KR20200089355A - Neck management apparatus having temperature control function - Google Patents

Abstract

The present invention relates to a neck management apparatus having a neck tension relieving function, which comprises: a sensor unit including at least one sensor among a plurality of sensors each of which is attached to the inside or the outside of the neck management apparatus to measure a body temperature, moisture, pulse, and blood pressure, check the thyroid gland, and detect the wearing or binding of the neck management apparatus, the pressure caused due to tightening of the neck by air pressure, and a condition of the neck skin; a manipulation input unit receiving a user′s command for operating the neck management apparatus; a light emitting unit having a plurality of light sources disposed at regular intervals on the inside of the neck management apparatus and selectively emitting light to the entire or a part of the circumference of the neck; a temperature control unit controlling, based on the temperature or moisture information of the neck detected by the sensor unit, the temperature of the neck to be maintained within a predetermined temperature range according to control of the control unit when the neck management apparatus is worn around the neck, and the temperature of the neck is higher or lower than the predetermined temperature range; a control unit controlling, based on information detected through the sensor unit and the command inputted through the manipulation input unit, the light emitting unit in an operation mode corresponding to a health condition and a skin condition of the neck of each user, or controlling the temperature control unit to keep the temperature of the neck to be maintained within the predetermined temperature range.

Description

Neck management device with temperature control function{NECK MANAGEMENT APPARATUS HAVING TEMPERATURE CONTROL FUNCTION}

The present invention relates to a neck management device having a temperature control function, more specifically, improving wrinkles occurring in the neck, restoring neck fatigue, lumping muscles around the neck, blood circulation around the neck, skin care around the neck, or neck It relates to a neck management device having a temperature control function, which enables to support health care and also maintains the temperature of the neck in a specified temperature range.

In general, wrinkles on the skin appear as a combination of intrinsic aging that occurs naturally with age, and actinic aging due to environmental influences. Of the body parts, the neck is very thin and sensitive, so wrinkles are relatively better than other parts of the body, but steady care is needed to relieve and remove wrinkles once formed.

Conventionally, functional cosmetics for neck wrinkle improvement are mainly used to relieve and eliminate neck wrinkles, or rely on cosmetic procedures. However, in the case of functional cosmetics, since the price is expensive, the economical burden is large, and in the case of cosmetic surgery, there is a problem in that the burden of side effects is large.

Recently, a device for helping a specific skin disease or skin care by stimulating the cell structure through photomodulation by photon absorption (Photon Absorption) has been developed.

On the other hand, it is well known that cells are activated by optical action when light is irradiated to a living body, and pain is relieved by inducing physiological activation of the living body by irradiating light with low energy without damaging the living cells. Methods to impart therapeutic effects such as rapid regeneration of affected areas and elimination of causative diseases have been studied.

At this time, it is already known that different therapeutic effects appear depending on the wavelength of the light used.

For example, light at a wavelength of 633nm is known to improve the natural healing power of the skin and create healthy and beautiful skin through the production of collagen and elastin, blue light at 415nm is known to be effective in treating inflammatory diseases, and light at a wavelength of 830nm is skin cells It is known to be effective in wound healing after regeneration and sunburn.

However, the conventional phototherapy device is installed only in a specific place, such as a hospital, and the patient can only perform a treatment operation when visiting the place, so there is a limit to general public use.

Background of the invention is disclosed in Republic of Korea Patent Publication No. 10-2018-0096971 (2018.08.30., published, the name of the invention: LED treatment device for the relief of surgical scars).

According to one aspect of the present invention, the present invention was created to solve the above problems, improving wrinkles occurring in the neck, restoring the fatigue of the neck, muscle lumping in the neck, blood circulation around the neck, and skin around the neck An object of the present invention is to provide a neck management device having a temperature control function, which enables support for neck health management, and also maintains the temperature of the neck within a specified temperature range.

A neck management device having a temperature control function according to an aspect of the present invention is a neck management device having a temperature control function, and is attached to the inside or outside of the neck management device to check body temperature, moisture, pulse, blood pressure, thyroid, and wear. A sensor unit including at least one sensor among a plurality of sensors for detecting whether or not binding, neck tightening pressure by air pressure, and neck skin condition are respectively performed; An operation input unit that receives a user's command for operating the neck management device; A light irradiator configured to selectively irradiate the entire circumference of the neck or a part of the neck by forming a plurality of light sources at predetermined intervals inside the neck management apparatus; When the neck care device is worn on the neck, based on the temperature or moisture information of the neck detected through the sensor unit, when the temperature of the neck is overheated than the specified temperature range, or the temperature of the neck is lowered than the specified temperature range In the case, the temperature control unit for controlling the temperature of the neck to be maintained within a specified temperature range under the control of the control unit; And based on the information detected through the sensor unit and the command input through the operation input unit, controls the light irradiation unit in an operation mode corresponding to the health condition or skin condition of the neck of each user, and also specifies the temperature of the neck It characterized in that it comprises a; control unit for controlling the temperature control unit to be maintained in the temperature range.

In the present invention, the temperature control unit, a pump for circulating hot water heated by a heater or cold water cooled by a thermoelectric element; And a hose through which the hot water or cooling water is circulated.

In the present invention, the control unit, according to the skin condition or health condition of the user's neck, irradiates light only to a selectively designated position among the entire neck circumferential areas, or adjusts the energy intensity of light irradiated for each neck area differently It is characterized by.

In the present invention, in order to control the light irradiation unit in an operation mode corresponding to the skin condition or health condition of the neck of each user, the control unit recognizes the user based on information input through the operation input unit, and operates the operation. The information input through the input unit is characterized by including at least one of voice, fingerprint, and ID of a smart phone or a mobile terminal connected to a communication.

In the present invention, the control unit recognizes the user, stores user-specific usage information including usage time and operation mode information of the user-specific neck management apparatus in a memory, and stores total usage information of the neck management apparatus in the memory. It is characterized by predicting the lifespan or performance degradation of each light source based on the user-specific usage information and total usage information stored in the memory.

In the present invention, the control unit controls the light irradiation unit, but according to whether or not the user wears the neck management device on the neck according to whether or not the user wears the neck management device on the neck, the light source of the light irradiation unit is designated minimum. (Min) driving to output energy, and when the user wears the neck management device on the neck, the light source is driven to output the maximum energy in the corresponding user-specific operation mode in response to the operation mode for each user. Is done.

According to an aspect of the present invention, the present invention is to improve the wrinkles occurring in the neck, recovery from fatigue of the neck, muscle lumps in the neck, blood circulation around the neck, skin care around the neck, or neck health care, Also, keep your neck temperature within the specified temperature range.

1 is a perspective view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 2 is a side view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 3 is a front view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 4 is a conceptual diagram showing to explain the light irradiation unit of the neck wrinkle management apparatus according to an embodiment of the present invention.
5 is a lateral cross-sectional view of FIG. 1;
Figure 6 is a longitudinal sectional view of the main portion of Figure 1;
Figure 7 is an exploded perspective view of a main portion showing the front neck portion of the neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 8 is an exploded perspective view showing the main portion of the neck in front of the neck wrinkle management apparatus according to an embodiment of the present invention in a different direction from FIG.
Figure 9 is an exploded perspective view showing the main portion of the neck to the back of the neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 10 is an exploded perspective view showing the main portion of the neck from the back of the neck wrinkle management apparatus according to an embodiment of the present invention in a different direction from FIG.
Figure 11 is a perspective view of the main portion showing the connection portion of the neck wrinkle management apparatus according to an embodiment of the present invention.
12 is an exploded perspective view of a main portion illustrating a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention.
13 is an exploded perspective view of a main portion showing a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention.
14 is a conceptual diagram illustrating various embodiments of a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention.
15 is a conceptual diagram illustrating another various embodiment of a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention.
16 is a use state diagram illustrating the operation of the connecting portion and the locking portion of the neck wrinkle management apparatus according to an embodiment of the present invention.
17 is an exemplary view showing a schematic configuration of a neck management apparatus according to a first embodiment of the present invention.
18 is an exemplary view showing a schematic configuration of a neck management apparatus according to a second embodiment of the present invention.
19 is an exemplary view showing a schematic configuration of a neck management apparatus according to a third embodiment of the present invention.
20 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fourth embodiment of the present invention.
21 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fifth embodiment of the present invention.
22 is an exemplary view showing a schematic configuration of a neck management apparatus according to a sixth embodiment of the present invention.
23 is a flowchart for explaining a control method of a neck management apparatus according to a first embodiment of the present invention.
24 is a flowchart for explaining a control method of a neck management apparatus according to a second embodiment of the present invention.
FIG. 25 is a flowchart for explaining a method of analyzing data (ie, neck scan data) in which a neck condition is scanned in FIG. 24.
26 is a flowchart for explaining a control method of a neck management apparatus according to a third embodiment of the present invention.
27 is a flowchart for explaining a control method of a neck management apparatus according to a fourth embodiment of the present invention.

Hereinafter, an embodiment of a neck management device having a temperature control function according to the present invention will be described with reference to the accompanying drawings. In this process, the thickness of the lines or the size of components shown in the drawings may be exaggerated for clarity and convenience. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or practice. Therefore, definitions of these terms should be made based on the contents throughout this specification.

Figure 1 is a perspective view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention, Figure 2 is a side view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention, Figure 3 is a view A front view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 4 is a conceptual view illustrating a light irradiation unit of the neck wrinkle management apparatus according to an embodiment of the present invention.

5 is a cross-sectional view of the main portion of FIG. 1, FIG. 6 is a longitudinal sectional view of the main portion of FIG. 1, and FIG. 7 is an exploded perspective view showing the main portion of the neck wrinkle management apparatus according to an embodiment of the present invention. 8 is an exploded perspective view of a main portion showing a neck front cover portion of the neck wrinkle management apparatus according to an embodiment of the present invention in a different direction from FIG. 7.

9 is an exploded perspective view showing a main portion of the neck of the neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 10 is a view of the neck of the neck wrinkle management apparatus according to an embodiment of the present invention It is an exploded perspective view of the main part shown in a direction different from 9.

11 is a perspective view of a main portion showing a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 12 is a main portion showing a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention It is an exploded perspective view, and FIG. 13 is an exploded perspective view showing main parts of a neck wrinkle management apparatus according to an embodiment of the present invention.

14 is a conceptual diagram illustrating various embodiments of a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 15 is another various implementation of a connection portion of a neck wrinkle management apparatus according to an embodiment of the present invention. It is a conceptual diagram illustrating an example, and FIG. 16 is a use state diagram illustrating an operation of a connecting portion and a locking portion of the neck wrinkle management apparatus according to an embodiment of the present invention.

1 and 4, the neck wrinkle management apparatus according to an embodiment of the present invention is for alleviating and removing wrinkles formed on the neck by irradiating the neck with light having a wavelength that stimulates the skin cells of the neck, It includes a neck cover portion 10 that is detachably mounted around the neck and a light irradiating portion 60 provided on the neck cover portion 10 with a light source 60A for improving neck wrinkles.

The light emitted from the light irradiator 60 while wearing the neck cover 10 on the neck is irradiated to the neck and has effects such as activation of epidermal cells, cleanliness, and skin regeneration according to the wavelength range of the light source 60A. Can be implemented. The user (A) can easily perform skin care of the neck and care to relieve and remove neck wrinkles by the light irradiation unit 60 while wearing the neck cover portion 10 around the neck.

1 and 5, the neck cover part 10 according to an embodiment of the present invention includes a neck front cover part 20, a neck back cover part 30, a connecting part 40, and a locking part 50 It includes.

The front neck cover portion 20 is formed to extend along the circumference of the front portion (front neck portion) of the neck. The neck rear cover part 30 is formed to extend along the circumference of the back part (back neck part) of the neck, and is connected to the neck front cover part 20 by the connecting part 40. The neck front cover portion 20 is formed to extend in an arc shape corresponding to the circumference of the neck, and the neck rear cover portion 30 is formed to extend in an arc shape corresponding to the neck circumference. The neck front cover part 20 and the neck back cover part 30 are connected by the connecting part 40 to form a continuous circular shape corresponding to the circumference of the neck together.

Hereinafter, in describing the present invention, the left and right sides are based on directions on the perspective view illustrated in FIG. 1. The left side in FIG. 1 corresponds to the right side of the user A wearing the neck wrinkle management apparatus according to the present invention, and the right side in FIG. 1 enters the user A wearing the neck wrinkle management apparatus according to the present invention. Esau corresponds to the left.

The neck rear cover part 30 is connected to the left end of the neck front cover part 20 and has a first curved back cover part 30A and a neck neck front cover part 20 that extends toward the back neck while having a curved shape to the right. It includes a second neck rear cover portion 30B that is connected to the right end portion of the) and extends to the back neck side while having a curved shape to the left. The rear end portions of the first neck rear cover portion 30A and the second neck rear cover portion 30B face each other and are detachably coupled to each other by the locking portion 50.

The connection part 40 is disposed between the neck front cover part 20 and the neck back cover part 30, and connects the neck front cover part 20 and the neck back cover part 30. More specifically, the connecting portion 40 is a left connecting portion 40 that interconnects the left end of the front neck cover portion 20 and the front end of the first neck rear cover portion 30A, and the right side of the neck front cover portion 20 A pair of left and right sides including a right connecting portion 40 that interconnects an end portion and a front end portion of the second neck rear cover portion 30B is provided.

The locking unit 50 is a device unit for detachably binding the first neck rear cover unit 30A and the second neck rear cover unit 30B, and the locking unit 50 according to an embodiment of the present invention is magnetic By this, the first neck rear cover portion 30A and the second neck rear cover portion 30B are configured to be detachably attached. 5 and 9, the locking unit 50 according to an embodiment of the present invention includes a first magnetic member 51 and a second magnetic member 52.

The first magnetic member 51 includes a permanent magnet, and is installed at the rear end of the first neck rear cover portion 30A. The second magnetic member 52 includes a permanent magnet, and is installed at the rear end of the second neck rear cover portion 30B. The rear end portions of the first neck rear cover portion 30A and the second neck rear cover portion 30B are mutually bound or adhered to each other by the attraction force between the first magnetic member 51 and the second magnetic member 52, and the first magnetic force The separation force greater than the attraction force between the member 51 and the second magnetic member 52 is separated from each other when acting.

If the rear end portions of the first neck rear cover portion 30A and the second neck rear cover portion 30B are located within the range of the magnetic force, the rear ends of the first neck rear cover portion 30A and the second neck rear cover portion 30B The additional magnetic force member 51 and the second magnetic force member 52 are attached to each other by the attraction force, so there is no need to take a separate operation to bind them together. In addition, when a separation force is applied in a direction spaced apart from the first neck rear cover part 30A and the second neck rear cover part 30B, the first neck rear cover part 30A and the second neck rear cover part 30B Is easily separated from each other without any manipulation.

According to the locking portion 50, the first neck rear cover portion 30A and the second neck rear cover portion 30B are spaced apart from each other as shown in FIG. 16, as shown in FIG. After fitting the neck wrinkle management device around the neck, a series of wearing processes for releasing the detachment force to bind the first neck rear cover part 30A and the second neck rear cover part 30B to each other is made simple and easy. Can.

In addition, there is no need to protrude or depress separate fastening members of the rear ends of the first neck rear cover part 30A and the second neck rear cover part 30B by the action of the locking part 50 as described above. , A smooth and beautiful exterior design can be realized without protrusions, depressions or fastening members.

The configuration of the locking part 50 according to an embodiment of the present invention including the first magnetic member 51 and the second magnetic member 52 is disclosed as a preferred embodiment of the locking part 50 according to the present invention That is, it is not intended to limit the structure of the locking portion 50 according to the present invention. If the locking portion 50 according to the present invention is detachably coupled to the first neck rear cover portion 30A and the second neck rear cover portion 30B, a specific structure including a binding means such as a hook and a Velcro It is not limited to shape.

The light irradiation unit 60 is provided with a light source 60A for improving neck wrinkles, and is installed inside at least one side of the neck front cover portion 20 and the neck rear cover portion 30. The light irradiation unit 60 according to an embodiment of the present invention is installed on both the neck front cover portion 20 and the neck rear cover portion 30 to irradiate wrinkle-enhancing light toward the neck in a 360-degree total direction. While improving neck wrinkles, you can maximize the effectiveness of management.

The light source 60A may be provided with a variety of specifications for irradiating light in different wavelength regions. For example, some of the plurality of light sources 60A may be LEDs outputting a wavelength of 460nm to 470nm, other portions may be LEDs outputting a wavelength of 620nm to 680nm, and another portion of the wavelength of 760nm to 900nm It may be an LED outputting.

In the case of an infrared wavelength of 460nm to 470nm, it is known to have an effect of improving skin regeneration and wrinkles by activating epidermal cells and increasing blood flow to activate skin tissue. It is possible to induce active production of collagen and elastin by stimulating cells that make collagen and elastin that maintain skin elasticity by light emitted from the light source 60A and heat generated by the light emission.

In the case of a wavelength of 620nm to 680nm, it is known to have an effect of preventing skin troubles by sterilizing and cleaning the skin epidermal cells. In addition, in the case of infrared rays having a wavelength of 760nm to 900nm, light having two wavelength ranges as described above When used in combination with, it is known to further improve the effect. By the action of the light irradiation unit 60, it is possible to realize the effect of improving, treating, and preventing neck skin and wrinkles.

1 to 3, the neck cover part 10 according to an embodiment of the present invention includes a shoulder seating part 11, a turtle neck bridge government 12, and a back neck support part 16.

The shoulder seating portion 11 is a device portion seated on the shoulder, and is formed on the side of the neck cover portion 10. The shoulder seating portion 11 is formed by connecting the rear portion of the neck front cover portion 20, the connection portion 40, and the front portion of the neck rear cover portion 30 to each other in succession.

The turtle neck bridge government (12) is a device part that restrains the forward movement of the neck based on the shoulder line within a set angle, and is formed on the front part of the shoulder seat (11), and has a first set width in the vertical direction, and the front part of the neck. Come face to face. The turtle neck bridge government 12 is formed to extend in an arc shape along the circumference of the anterior portion of the neck, and has a vertical width extending from the chin to the chest under the neck.

The back neck support portion 16 is a device portion for restraining the rear movement of the neck based on the shoulder line within a set angle, formed on the rear portion of the shoulder seat portion 11, and has a second set width in the vertical direction and the rear portion of the neck. Face to face. The back neck support portion 16 is formed to extend in an arc shape along the circumference of the front portion of the neck, and has a width in the vertical direction extending from the back of the neck to the bottom of the neck.

Referring to FIG. 2, the shoulder seating portion 11 according to an embodiment of the present invention includes a side extension portion 111 and a seating bending portion 112.

The side extension portion 111 is a portion forming the basic frame of the shoulder seating portion 11 and is formed to extend from front to rear along the circumference of the side of the neck with a reduced vertical width than the turtle neck bridge government 12.

The seating bent part 112 is a part that comes into contact with the shoulder and is seated, and is formed under the side extension part 111 and is concave upward in a shape corresponding to the shoulder. Referring to FIG. 2, the seating bent part 112 according to an embodiment of the present invention includes an upward bent part 113 and a downward bent part 114.

The upward bent portion 113 is formed at the rear of the turtle neck bridge government 12, more specifically, is formed at the rear portion of the neck front cover portion 20, and has a shape in which the lower portion gradually increases upward from the front to the rear side. The downward bent portion 114 is formed at the rear of the upward bent portion 113, more specifically, is formed at the front portion of the neck rear cover portion 30, and has a shape in which the lower portion is gradually downward from the front to the rear side.

The neck wrinkle management apparatus according to the present invention by the shape of the shoulder seating portion 11 as described above can wrap the neck in a stable seated state on the shoulder, and the seating in the right position and the forward position based on the left and right shoulder lines is reliable. It can be done. In addition, the neck wrinkle management apparatus according to the present invention does not return in an arbitrary direction by the shoulder seat 11 while being mounted around the neck, while constantly irradiating light of a desired wavelength to a target position. Can be effectively performed.

2 and 3, the turtle neck bridge government 12 according to an embodiment of the present invention includes an anti-pull extension 13, a chest contact 14, and a chin support 15.

The anti-chamber extension 13 is a device unit facing the front of the neck, and the anti-chamber extension 13 contacts the front of the neck while the shoulder seat 11 is seated on the shoulder of the user A, The user's (A)'s neck is bound. In addition, the anti-chamber extension 13 has a length in the vertical direction of the first set width corresponding to the distance from the chin to the chest below the neck, so as to limit the user A's head lean within a set angle.

The chest contact portion 14 is a device portion that comes into contact with the chest under the neck, and is formed in a shape corresponding to the shape of the chest under the neck under the anti-chamber extension portion 13. More specifically, the chest contact portion 14 has a'U'-shaped front shape to continuously contact the chest below the neck at the front portion of the upward bending portion 113, and has a side shape that slopes downward toward the front. Accordingly, the load of the neck wrinkle management apparatus according to the present invention is distributed and acts evenly across the shoulder seating portion 11 and the chest contacting portion 14, and the wearing effect is improved compared to the case where the load is concentrated on one side. can do.

The chin support portion 15 is a device portion facing the chin, and is formed on the upper portion of the anti-pinch extension 13. If the user A bows his or her head at an angle corresponding to the first set angle, the user A's chin comes into contact with the chin support 15 and restrains the head from the angle exceeding the first set angle. The chin support portion 15 is formed to form a shape corresponding to the upper portion of the neck, that is, gradually curved toward the outer side of the neck gradually in the radial direction to improve the fit.

The neck wrinkle management apparatus according to the present invention can be limited and restrained so that the user A's inner throat and head are in the set angle range by the turtle neck bridge government 12 as described above. As described above, by limiting and restraining the user A's head-down posture and neck-inward posture within a set angle range, the effect of correcting the straight neck and turtle neck deformation due to muscle tension in the back neck can be implemented.

The more the head is bent, the deeper the neck wrinkles are created. By the turtle neck bridge government 12, the user A's bow is restrained to be within a set angle. Due to the shrinkage, it is possible to further reduce non-uniformity of light irradiation, and it is possible to efficiently perform neck wrinkle management while irradiating light of an effective wavelength more uniformly over the entire front part of the neck.

Referring to FIG. 2, the back neck support 16 according to an embodiment of the present invention includes an anti-wetting extension 17, a back contact 18, and a larynx contact 19.

The anti-extension extension portion 17 is a device portion facing the rear portion of the neck, and the anti-extension extension portion 17 is in contact with the rear portion of the neck while the shoulder seat portion 11 is seated on the shoulder of the user A, Restrains the user A's rear neck tilt. In addition, the anti-twist extension 17 has a length in the vertical direction of the second set width corresponding to the neck from the back of the neck to the bottom of the neck, etc. so as to limit the user's neck tilt within a set angle.

The back contact portion 18 is a device portion that contacts the back of the neck, and is formed to extend in a horizontal direction at a position corresponding to the rear portion of the downward bending portion 114 under the anti-wetting extension portion 17. Accordingly, the back contact portion 18 can be continuously contacted in the horizontal direction, such as under the neck, the load of the neck wrinkle management apparatus according to the present invention is the shoulder seat portion 11, the chest contact portion 14, the back contact portion 18 It is evenly distributed in the first half.

The larynx contact portion 19 is a device portion facing the occipital portion on the neck, and is formed on the upper portion of the anti-wetting extension portion 17. When the user A tilts the head back at an angle corresponding to the second setting angle, the head occipital portion of the user A contacts the larynx contact portion 19, and the head tilting at an angle exceeding the second setting angle is restrained. The larynx contact portion 19 is formed to have a shape corresponding to the upper portion of the neck, that is, gradually curved toward the outer side of the neck gradually in the radial direction to improve the fit.

The neck wrinkle management apparatus according to the present invention can be limited and restrained so that the head A of the user A is made within the set angle range by the back neck support 16 as described above. Accordingly, it is possible to further reduce non-uniform light irradiation due to excessive head tilt, that is, due to excessive overlapping or contraction of the skin at the back of the neck, and more uniformly effective wavelength of the entire back of the neck. It is possible to efficiently perform neck wrinkle management while irradiating light.

In addition, using the turtle neck bridge government 12 in restraining the user's A's high inclination and neck inward to a set range, the back neck support portion 16 functions as a reference together with the shoulder seating portion 11. That is, in implementing the turtle neck correction operation using the turtle neck bridge government 12, the shoulder seating portion 11 contacting the shoulder line of the user A and the back neck support portion 16 contacting the back neck portion of the user A are provided. As a standard, it is possible to stably restrain the user A's high inclination and throat intention within a set range.

5 to 8, the front neck cover portion 20 according to an embodiment of the present invention is the front inner skin 21, the front outer skin 22, the front light receiving unit 23, the reinforcement frame ( 24), a spacer supporting portion 25, a front fastening portion 26, and a front cover fastening portion 29.

The front endothelial portion 21 is a device portion in contact with the neck of the neck front cover portion 20, and is formed to extend in an'U' to arc shape along the circumference of the front portion of the neck. The anterior endothelium 21 forms a continuous curved surface in consideration of the contact between the anterior portion of the neck, the chest under the neck, and the chin. The front endothelial skin 21 is made of a light-transmitting material capable of transmitting light having a specific wavelength emitted from the light-irradiating part 60, and at the same time, is made of a sunscreen material capable of blocking ultraviolet rays harmful to the human body.

The front sheath 22 is a device part that forms the exterior of the front anterior cover part 20, is disposed outside the front end skin 21, and is formed to extend in an'U' to arc shape along the front end skin 21 do.

The front light source receiving portion 23 is a device portion in which the first light irradiation portion 61 of the light irradiation portion 60 is accommodated, and is formed to be hollow between the front inner skin 21 and the front outer skin 22. The reinforcing frame portion 24 is a device portion for installing and supporting the light irradiation portion 60 in place, between the front inner skin 21 and the front outer skin 22, that is, on the front light source receiving portion 23 Is placed.

The spaced support portion 25 binds the reinforcing frame portion 24 and the front endothelial portion 21 to each other, but by mutually binding at a predetermined interval, a continuous'U between the reinforcing frame portion 24 and the front endothelial portion 21' A'shaped front light source receiving portion 23 is formed. The first light irradiation unit 61 of the light irradiation unit 60 is disposed on the'U' shaped front light source receiving unit 23 formed between the reinforcing frame unit 24 and the front endothelial unit 21 (FIG. 4) Reference).

The front fastening part 26 is a device part for fastening the front sheath 22 to the reinforcing frame part 24. In the state where the reinforcing frame portion 24 is bound to the front endothelial portion 21 by the separation support portion 25, the front sheath portion 22 is fastened to the reinforcing frame portion 24 by the front fastening portion 26. The reinforcing frame portion 24 has a shape corresponding to the front outer skin portion 22, and is tightly coupled to the front outer skin portion 22 by the front fastening portion 26, thereby improving the rigidity of the front cover portion 20. Reinforcement.

The front cover fastening part 29 is a device part for fastening the front sheath 22 to the connecting part 40, and is formed at both ends of the front sheath 22 that contact the connecting part 40. The front part and the middle part of the front sheath 22 are joined to the reinforcement frame part 24 by the front fastening part 26, and the rear part of the front sheath 22 is connected by the front cover fastening part 29 ( 40). The front sheath 22 is another component located in the radially inner side based on the neck in a plurality of places where the front fastening part 26 and the front cover fastening part 29 are formed, and more specifically, the reinforcement frame part 24 ), fastening and binding with the front connecting member 42 of the connecting portion 40.

5, the front endothelial 21 according to an embodiment of the present invention includes an anterior central endothelial 211 and an anterior side endothelial 212.

The anterior central endothelium 211 faces the anterior central portion of the neck among the anterior endothelium 21, and the anterior endothelium 212 faces the anterior lateral portion of the neck among the anterior endothelium 21. The front central inner skin 211 forms the inner part of the turtle neck bridge government 12. The front side endothelial skin 212 is continuously formed at the side of the front center endothelial skin 211, and has a shape in which the lower portion gradually increases toward the rear. Due to this shape, the front side endothelial skin 212 forms the upwardly bent portion 113 of the shoulder seat 11.

5, 7 and 8, the front outer skin 22 according to an embodiment of the present invention is the front left outer skin 221, the front right outer skin 222, the front center outer skin 223 It includes.

The front left outer skin part 221 is a device part forming the left part of the front skin part 22, and is formed to extend in an arc shape from the front center part of the neck to the left. The front right outer skin part 222 is a device part forming the right part of the front skin part 22, and is formed to extend in an arc shape from the front center part of the neck to the right.

The front central outer skin 223 covers the front end of the front left outer skin 221 and the front end of the front right outer skin 222 and is positioned between the front left outer skin 221 and the front right outer skin 222. Is placed. A fastening hole (not shown) through which a fastening member (not shown) can be formed at the front end of the front left outer skin 221 for fastening with the reinforcement frame 24, the front center outer skin 223 By covering the fastening hole portion and being fastened to the reinforcing frame portion 24, a clean and smooth appearance is formed.

The front central outer skin 223 according to an embodiment of the present invention has a rectangular front shape, and covers the front end of the front left outer skin 221 and the front right outer skin 222. On the front central outer skin part 223, a mode operation part 69 for receiving the manipulation force of the user A for switching the operating state of the light irradiation part 60 is formed. The user A can switch the operation state of the light irradiation unit 60 by touching or pressing the mode operation unit 69 formed on the front center outer shell 223.

7, 8, the reinforcing frame portion 24 according to an embodiment of the present invention includes a frame body portion 241, a lateral support portion 242, and a longitudinal support portion 243.

The frame body portion 241 is a device portion constituting the main body of the reinforcing frame portion 24, and is formed to extend along an anterior skin portion 22 in an arc shape surrounding the anterior portion of the neck. In the middle portion of the frame body portion 241, an open hole portion (not shown in the drawing) is formed to penetrate, and a mode operation portion 69 formed on the front envelope 22 is connected to the front light source receiving portion 23 through the open hole portion. It may be electrically connected to the installed first light irradiation unit 61.

The lateral support part 242 is a device part for supporting the light irradiation part 60 in the lateral direction, and is formed to extend in the longitudinal direction on the frame body part 241. The transverse support portion 242 according to an embodiment of the present invention is formed to stand upright in the central portion of the open hole portion, and has a first transverse support portion having a flat plate shape extending in the left and right directions, and left and right portions of the open hole portion. And a second transverse support formed to extend in the direction. A plurality of components constituting the light irradiation unit 60 may be stably installed and fixed in place using a plurality of lateral support portions 242 disposed to extend in different directions as a reference surface.

The longitudinal support portion 243 is a device portion that supports the light irradiation portion 60 in the longitudinal direction, and is formed to extend transversely on the frame body portion 241. The longitudinal support portion 243 according to an embodiment of the present invention is formed to extend in the front-rear direction at the upper and lower portions of the open hole portion. A plurality of components constituting the light irradiation unit 60 may be stably installed and fixed in place using a plurality of longitudinal support portions 243 disposed apart from each other as a reference surface.

5 and 7, the separation support part 25 according to an embodiment of the present invention includes a front-rear prevention part 251 and a side-prevention part 252.

The front-rear prevention portion 251 is a device portion for binding the reinforcing frame portion 24 and the front endothelial portion 21 at a predetermined interval, and the reinforcing frame portion to stably secure the stiffness in the front-rear direction of the neck front cover portion 20 It is formed to extend in the front-rear direction between (24) and the front endothelial (21). The front-rear prevention portion 251 is formed to protrude in a direction facing each other on at least one of the reinforcement frame portion 24 and the front endothelial portion 21.

The front and rear prevention portions 251 are arranged to be dispersed in a plurality of places. In one example, the front and rear prevention support portion 251 is arranged in a plurality of dispersed over the front, middle, top, bottom of the neck front cover portion 20 to see the bonding force between the reinforcement frame portion 24 and the front endothelial portion 21 It can be stably secured.

The side preventing portion 252 is formed to extend laterally between the reinforcement frame portion 24 and the front endothelial portion 21 to stably secure the lateral stiffness of the front anterior cover portion 20. The side preventing portion 252 is formed to protrude in a direction facing each other on at least one side of the reinforcing frame portion 24 and the front endothelial portion 21.

The side stoppers 252 are disposed to be distributed in a plurality of places. As an example, the side-preventing portion 252 is dispersedly disposed on the left and right rear portions of the front-side front cover portion 20, thereby stably securing the lateral stiffness of the front-side front cover portion 20. The neck wrinkle management device according to the present invention, as the side portion, for example, the shoulder seat 11 has a relatively small width compared to other parts, when the neck wrinkle management device according to the present invention is moved, worn, or detached The user A mainly grips the side portion, and the stiffness against the gripping force can be stably secured by the side preventing portion 252.

5 and 6, the front fastening part 26 according to an embodiment of the present invention includes a front side fastening part 27 and a front central fastening part 28.

The front side fastening part 27 is a device part for fastening the front left outer skin part 221 and the front right outer skin part 222 to the reinforcing frame part 24. The front side fastening portion 27 is disposed such that a plurality of the left and right outer skin portions 221, the front right outer skin portion 222, and the reinforcing frame portion 24 are dispersed. The front central fastening portion 28 fastens the front central outer skin portion 223 to the reinforcing frame portion 24. The front central fastening portion 28 is disposed above and below the front central outer skin portion 223.

7, 8, the front side fastening portion 27 according to an embodiment of the present invention includes a reference jaw portion 271, an engaging jaw portion 272, a first engaging jaw portion 273, and a first elastic hook portion 274, assembly assembly 277.

The front sheath 22 is coupled with the reinforcement frame 24 while the reinforcement frame 24 is coupled with the front endothelial 21. The assembly of the front sheath 22 can be made easily and reliably based on the set point on the reinforcement frame 24. The reference jaw portion 271 is a device portion that provides such a standard when assembling the front sheath 22 to the reinforcing frame portion 24, and is formed at a set point on the reinforcing frame portion 24.

The reference jaw portion 271 according to an embodiment of the present invention is formed to extend in the vertical direction to the left end and the right end of the reinforcing frame portion 24. The engaging jaw portion 272 is a device portion folding with the reference jaw portion 271 and is formed to protrude toward the reference jaw portion 271 on the front left outer skin portion 221 and the front right outer skin portion 222. The engaging jaw portion 272 is formed at a position corresponding to the reference jaw portion 271.

The first engaging jaw portion 273 is a device portion to which the first elastic hook portion 274 is fastened, and is spaced apart from the reference jaw portion 271 on the reinforcing frame portion 24. The first catching jaw portion 273 according to an embodiment of the present invention is a plurality of spaced apart on the upper and lower portions of the reinforcing frame portion 24, and is formed to extend laterally.

The first elastic hook portion 274 is a device portion fastened to the first locking jaw portion 273, and is formed to protrude laterally on the front left outer skin portion 221 and the front right outer skin portion 222. The first elastic hook portion 274 is disposed to contact the first engaging jaw portion 273 while the engaging jaw portion 272 is in contact with the reference jaw portion 271.

When a pressing force acts to press the front left outer skin 221 and the front right outer skin 222 toward the reinforcement frame 24, that is, the pressing force pressing the first elastic hook portion 274 toward the first locking jaw portion 273 In operation, the first elastic hook portion 274 is elastically fastened to the first catching jaw portion 273 by an elastic force and is hung. Referring to FIG. 8, the first elastic hook portion 274 according to an embodiment of the present invention includes an elastic extension portion 275 and an elastic ring portion 276.

The elastic extension portion 275 is formed to protrude laterally toward the reinforcing frame portion 24 on the front left outer skin portion 221 and the front right outer skin portion 222, and the upper surface portion of the first locking jaw portion 273 Or it is in surface contact with the bottom part. The elastic extension portion 275 has an elastic force that can be elastically bent by a contact force with the first engaging jaw portion 273.

The elastic ring portion 276 is a device portion hanging on the side end portion of the first engaging jaw portion 273, and is formed to protrude upwardly, that is, to the side of the reinforcing frame portion 24 at the end of the elastic extension portion 275. When assembling the front sheath 22, when the front sheath 22 is disposed so that the engagement jaw 272 contacts the reference jaw 271, the first catching jaw 273 and the first elastic hook positioned to correspond to each other The wealth 274 comes into contact with each other.

As described above, when the first elastic hook portion 274 is positioned to correspond to the first locking jaw portion 273, when the pressing force is applied to the front sheath portion 22, the elastic extension portion 275 is elastically bent. The elastic hook portion 276 may be moved toward the end side of the first locking jaw portion 273 in a state in contact with the top or bottom surface of the first locking jaw portion 273. When the elastic ring portion 276 reaches the end of the first locking jaw portion 273, the elastic extension portion 275 and the elastic ring portion 276 are in different directions by the elastic restoring force of the elastic extension portion 275. The first engaging jaw portion 273 is in close contact and binding.

The assembly fastener 277 is a device unit for binding the front left outer skin 221 and the front right outer skin 222 to the reinforcement frame 24 using separate fastening members (not shown) such as bolts. Assembly assembly 277 according to an embodiment of the present invention is disposed spaced apart from the reference jaw portion 271, the first catching jaw portion 273 on the reinforcing frame portion 24, the female screw portion to which the fastening member can be fastened It has a structure.

Assembly assembly 277 according to an embodiment of the present invention is formed to stand upright in the central portion of the opening hole formed in the front portion of the frame body portion 241 of the transverse support portion 242, the flat plate shape extending in the left and right direction A plurality of branches are formed on the first transverse support. The fastening member passes through the front ends of the front left outer skin 221 and the front right outer skin 222 and is fastened to the assembly fastening 277. By this assembly, the front ends of the front left outer skin 221 and the front right outer skin 222 can be firmly fastened to the reinforcing frame 24.

6 to 8, the front central fastening portion 28 according to an embodiment of the present invention includes a second engaging jaw portion 281 and a second elastic hook portion 282.

The second locking jaw portion 281 is a device portion to which the second elastic hook portion 282 is fastened, and is formed at a portion of the reinforcement frame portion 24 facing the front central outer shell portion 223. The second locking jaw portion 281 according to an embodiment of the present invention is formed to extend in the front-rear direction on the upper center portion and the lower center portion toward the front of the reinforcing frame portion 24.

The second elastic hook portion 282 is a device portion that is fastened to the second locking jaw portion 281, and is formed to protrude rearward on the front central envelope portion 223. The second elastic hook portion 282 according to an embodiment of the present invention is formed to protrude toward the reinforcement frame portion 24 on the upper and lower portions of the front central shell portion 223.

When a pressing force is applied to press the second elastic hook portion 282 toward the second locking jaw portion 281, the second elastic hook portion 282 is elastically fastened to the second locking jaw portion 281 by an elastic force. The second engaging jaw portion 281 and the second elastic hook portion 282 have structures corresponding to the first engaging jaw portion 273 and the first elastic hook portion 274, respectively, and a detailed description of the structure and operation Is omitted.

By fastening the second elastic hook portion 282 to the second locking jaw portion 281, the front central outer shell portion 223 can be detachably attached to the reinforcing frame portion 24. At this time, the upper and lower portions of the front central outer shell 223 are fastened to the reinforcement frame portion 24 by the front central fastening portion 28, and the left and right portions of the front left outer skin 221 and the front right outer skin ( The front end of 222), the assembly 277 and the fastening member are covered. A mode operation portion 69 is disposed in the middle portion of the front central outer skin portion 223.

7 and 8, the front cover fastening portion 29 according to an embodiment of the present invention includes a third catching jaw portion 291 and a third elastic hook portion 292.

The third locking jaw portion 291 is a device portion to which the third elastic hook portion 292 is fastened, and is formed on the front connection member 42 of the connection portion 40. The third engaging jaw part 291 according to an embodiment of the present invention is formed at the upper end and the lower end of the front connecting member 42. The third elastic hook portion 292 is a device portion caught by the third catching jaw portion 291, and protrudes inward toward the front connecting member 42 on the rear ends of the front left outer skin portion 221 and the front right outer skin portion 222. Is formed.

The third elastic hook portion 292 is positioned to correspond to the third catching jaw portion 291. The front connecting member 42 is disposed at the rear portion of the neck front cover portion 20 that is in contact with the neck side portion of the user A, and more specifically, is coupled and fixed to the rear portion of the front side endothelial skin 212, and 3 The elastic hook portion 292 is formed to protrude laterally toward the front connecting member 42 on the rear portions of the front left outer skin portion 221 and the front right outer skin portion 222.

When a pressing force is applied to press the third elastic hook portion 292 toward the third locking jaw portion 291, the third elastic hook portion 292 is elastically fastened to the third locking jaw portion 291 by an elastic force. The third engaging jaw portion 291 and the third elastic hook portion 292 have structures corresponding to the first engaging jaw portion 273 and the first elastic hook portion 274, respectively, and a detailed description of the structure and operation Is omitted.

When assembling the front left outer skin 221 and the front right outer skin 222, when the front left outer skin 221 and the front right outer skin 222 are disposed so that the engaging jaw 272 contacts the reference jaw 271 , The first engaging jaw portion 273 and the first elastic hook portion 274 are in contact with each other, and at the same time, the third engaging jaw portion 291 and the third elastic hook portion 292 are positioned to correspond to each other.

As described above, in a state in which the first elastic hook portion 274 is positioned to correspond to the first engaging jaw portion 273, and the third elastic hook portion 292 is positioned to correspond to the third engaging jaw portion 291, the front left side When a pressing force is applied in the lateral direction to the outer skin portion 221 and the front right outer skin portion 222, that is, when the pressing force is applied to the reinforcement frame portion 24 and the front connecting member 42, the first elastic hook portion 274 Is fastened to the first engaging jaw portion 273 and at the same time, the third elastic hook portion 292 is caught and fastened to the third engaging jaw portion 291.

The front left outer skin portion 221 and the front right side by fastening between the first engaging jaw portion 273 and the first elastic hook portion 274, and the third engaging jaw portion 291 and the third elastic hook portion 292 The assembly of the outer skin 222 is primarily made at a plurality of locations over the entire length, and the assembly of the front left outer skin 221 and the front right outer skin 222 is secondary to the assembly using the assembly 277. It is made more robust.

Next, the assembly of the front central sheath 223 is made by fastening between the second locking jaw portion 281 and the second elastic hook portion 282. The reinforcing frame portion 24 is assembled to the front endothelial portion 21 by the spacer supporting portion 25, and thus, by the front side fastening portion 27, the front cover fastening portion 29, and the front central fastening portion 28, Through the process of assembling the front outer skin 22 in multiple stages, assembling and binding between the front inner skin 21, the reinforcing frame part 24, the front outer skin 22, and the front connecting member 42 is made.

9 and 10, the rear neck cover part 30 according to an embodiment of the present invention includes a rear end skin part 31, a rear skin part 32, a rear light source receiving part 33, and a rear cover fastening part. (34), the cap portion 35, the rear cap fastening portion 36, and includes a sliding coupling portion 37.

The rear endothelial portion 31 is a device portion in contact with the neck of the neck rear cover portion 30, and is formed to extend in an'U' to arc shape along the circumference of the rear portion of the neck. The rear endothelial part 31 is made of a light-transmitting material capable of transmitting light of a specific wavelength emitted from the light-irradiating part 60, and at the same time, is made of a sunscreen material capable of blocking ultraviolet rays harmful to the human body.

The rear outer skin part 32 is a device part that forms the exterior of the neck rear cover part 30, is disposed outside the rear end skin part 31, and is formed to extend in a'U' to arc shape along the rear end skin part 31. do.

The rear light source receiving portion 33 is a device portion in which the second light irradiation portion 64 of the light irradiation portion 60 is accommodated, and is formed hollow between the rear endothelial portion 31 and the rear outer shell portion 32. The rear cover fastening part 34 binds the rear end skin 31 and the rear skin part 32 to each other. The rear end skin part 31 and the rear skin part 32 have'C'-shaped longitudinal cross-sections and are arranged to face each other. In the state, by being mutually fastened to the rear cover fastening portion 34, the'U'-shaped rear light receiving portion 33 is hollowly formed therein.

The cap part 35 is a device part forming a rear end portion of the first neck rear cover part 30A and the second neck rear cover part 30B, and is coupled while covering the ends of the rear endothelial part 31 and the rear sheathing part 32. . The locking portion 50 is a device portion for binding the first neck rear cover portion 30A and the second neck rear cover portion 30B, and is installed on the cap portion 35 including a permanent magnet. Referring to Figure 9, the cap portion 35 is formed with a locking portion coupling portion (not shown in the drawing) into which the first magnetic member 51 and the second magnetic member 52 can be fitted.

In one embodiment of the present invention, the locking portion coupling portion is formed in a shape corresponding to each of the first magnetic member 51 and the second magnetic member 52. More specifically, the locking portion coupling portion is formed to protrude on the inner surface portion of the cap portion 35 in contact with the first neck rear cover portion 30A and the second neck rear cover portion 30B, and the first magnetic member 51 And a second magnetic member 52 extending along the circumference. The first magnetic member 51 and the second magnetic member 52 are fixed by being fitted into a locking portion engaging portion having a shape of a concave receiving portion.

The first neck rear cover portion 30A and the second neck rear cover portion 30B are mutually bound by the magnetic force of the locking portion 50. At this time, the left and right pair of cap portions 35 coupled to each of the first neck rear cover portion 30A and the second neck rear cover portion 30B are in close contact or spaced apart from each other. The right end portion facing the right cap portion 35 among the left cap portions 35 has a shape corresponding to the left end portion of the right cap portion 35 so that the right cap portion 35 can be stably in close contact.

In one embodiment of the present invention, the pair of left and right cap parts 35 have flat ends. According to such a shape, since the left and right pair of cap portions 35 have the same structure and shape, compared to the case where the left and right pair of cap portions 35 have different shapes, it is easier to manufacture and assemble, and manufacture The unit cost can be lowered.

The rear cap fastening portion 36 is a device portion that binds the cap portion 35 to the rear inner skin portion 31 and the rear outer skin portion 32. In the state in which the rear end skin part 31 and the rear outer skin part 32 are bound together by the rear cover fastening part 34, the cap part 35 by the rear cap fastening part 36 the rear end skin part 31 and the rear outer skin part It can be assembled at the rear end of (32). The rear end portions of the rear end skin 31 and the rear end skin 32 are more firmly bound by being covered by the cap portion 35 together while facing each other.

The sliding coupling portion 37 is a device portion slidingly coupled with the second cover coupling portion 434 (described below) of the connecting portion 40 at a set angle, and is formed to protrude laterally to the front portion of the rear shell portion 32. do. The neck rear cover portion 30 is coupled and supported at a set angle with respect to the connection portion 40 by the sliding coupling portion 37, so that it becomes curved toward the rear center portion of the neck toward the rear side and forms an arc shape surrounding the rear portion of the neck. .

9 and 10, the rear cover fastening portion 34 according to an embodiment of the present invention includes a locking hole portion 341 and a locking hook portion 343.

The locking hole portion 341 is a device portion for fastening the rear endothelial portion 31 and the rear endothelial portion 32, and is formed to protrude above and below the rear endothelial portion 31 and extends the direction of the rear endothelial portion 31. Accordingly, a plurality of pieces are spaced apart. On the engaging hole portion 341, a hole portion (not shown in the drawing) into which the engaging hook portion 343 can be inserted is formed to penetrate in the vertical direction.

The engaging hook portion 343 is a device portion that is fastened to the engaging hole portion 341, and is arranged to be spaced apart from the upper and lower portions of the rear shell portion 32, more specifically, at positions corresponding to the engaging hole portion 341. do. Referring to Figure 10, the hook hook portion 343 according to an embodiment of the present invention includes a guide groove portion 344 and the locking projection (345).

The guide groove portion 344 is a device portion into which the locking hole portion 341 is fitted and accommodated, and is formed to be recessed in a shape corresponding to the locking hole portion 341 at upper and lower portions of the rear shell portion 32. The guide groove portion 344 is formed on the side end portion of the rear shell portion 32, and when the hook hook portion 343 is positioned to correspond to the guide groove portion 344, when the pressing force is applied in the direction overlapping each other, the hook hook As the sliding movement along the extending direction of the portion 343 guide groove portion 344 is fitted to the guide groove portion 344.

The guide groove portion 344 is formed to extend in the same direction as the guide jaw portion 372 of the sliding coupling portion 37 extends. Accordingly, when assembling the rear outer skin 32 to the rear inner skin 31 and the rear connecting member 43, the assembly between the rear outer skin 32 and the rear connecting member 43 by the sliding coupling portion 37 And, the assembly between the rear outer skin portion 32 and the rear end skin portion 31 by the rear cover fastening portion 34 can be made at the same time.

The locking protrusion 345 is a device portion that is fitted into the locking hole portion 341 and is formed to protrude on the guide groove portion 344. In the state in which the engaging hole portion 341 is fitted into the guide groove portion 344, the engaging protrusion portion 345 is inserted into the hole portion formed in the engaging hole portion 341 to be caught. The guide groove portion 344 has a width and shape corresponding to the engaging hole portion 341, and the engaging projection portion 345 has a width and shape corresponding to the hole portion formed in the engaging hole portion 341. Accordingly, the edge portion of the guide groove portion 344 and the engaging projection portion 345 are in double contact with the outer portion and the inner portion of the engaging hole portion 341, thereby stably restraining the flow of the engaging hole portion 341.

Referring to FIG. 9, the rear cap fastening portion 36 according to an embodiment of the present invention includes an assembly hole portion 361 and an assembly jaw portion 362.

The assembly hole portion 361 is formed to penetrate in the front-rear direction on the rear end portions of the rear end portion 31 and the rear end portion 32. The assembly jaw part 362 is a device part fastened to the assembly hole part 361 and is formed to protrude at a position corresponding to the assembly hole part 361 among the cap parts 35. When assembling the cap portion 35 into the rear end portions of the rear end portion 31 and the rear end portion 32, the assembly jaw portion 362 is fitted into the assembly hole portion 361, and the cap portion 35 is connected to the rear end portion portion 31. It is bound to the rear outer skin 32.

10 to 12, the sliding coupling part 37 according to an embodiment of the present invention includes a guide protrusion 371, a guide jaw part 372, and a support protrusion 373.

The guide protrusion 371 is a device part assembled with the rear connection member 43 (described below) of the connection part 40, and is formed to protrude on the rear sheath part 32. The guide protrusion 371 is formed at positions corresponding to each of the upper and lower portions of the second cover coupling portion 434 of the rear connecting member 43. When assembling the rear sheath 32 to the rear connecting member 43, the second cover coupling part 434 is sandwiched between a pair of upper and lower guide protrusions 371, and the upper and lower ends are respectively guided by the upper guide protrusions ( 371), which is in contact with the lower guide protrusion 371.

The guide jaw part 371 and the support protrusion 373 are device parts for guiding the assembly between the rear shell part 32 and the rear connecting member 43 at a set angle. The guide jaw portion 371 is formed to protrude on the guide protrusion 371 and is formed to extend at a set angle. The support protrusion 373 is formed to protrude between the upper and lower pair of guide protrusions 371 on the rear outer shell portion 32, and more specifically, the second cover coupling portion on the opposite side to the guide chin portion 371. (434).

Among the protrusion projections 373, the protruding end portion contacting the second cover coupling portion 434 is formed in parallel with the extension direction of the guide jaw portion 371, that is, inclined at a set angle. The second cover coupling portion 434 has its upper and lower portions contacting the guide protrusion 371, one side portion in contact with the guide jaw portion 372, and the other side portion in contact with the support protrusion portion 373 and the guide jaw portion 372. As it slides along, it can be reliably assembled and fastened with the rear sheath 32 at a set angle.

In guiding the assembly between the rear shell part 32 and the rear connecting member 43 at a set angle, the guide protrusion part 371 in addition to the above-described one embodiment including the guide chin part 371 and the support protrusion part 373 Among the other embodiments, the guide slit portion (not shown) is recessed in the contact portion with the second cover coupling portion 434. By forming the guide slit on the guide protrusion 371 to extend at a set angle, the upper and lower portions of the second cover coupling portion 434 are moved along the guide slit while sliding along the guide slit, and the rear sheath 32 ) Can be assembled and tightened at a set angle.

11 to 13, the connecting portion 40 according to an embodiment of the present invention is a connecting body portion 41, the front connecting member 42, the rear connecting member 43, the cable extension 44 Includes.

The connecting body part 41 is a device disposed between the neck front cover part 20 and the neck back cover part 30 to rotatably connect the neck back cover part 30 to the neck front cover part 20. Buro, between the neck front cover portion 20 and the neck rear cover portion 30 forms a continuous appearance, a smooth curved surface with the neck front cover portion 20 and the neck rear cover portion 30. The connecting body portion 41 according to an embodiment of the present invention is made of a flexible elastic material having flexibility to be bent by external force and elasticity to be restored to an initial form upon removal of the external force. .

Silicone, rubber, thermoplastic polyurethane (TPU, Thermoplastic Polyurethane), etc. may be used as the material of the connecting body portion 41. By applying a material having flexibility and elasticity as the material of the connecting body portion 41, the neck rear cover portion 30 is more specifically, the first neck rear cover, based on the neck front cover portion 20 as a reference. As shown in FIG. 16, the part 30A and the second neck rear cover part 30B can be supported and connected so as to be rotatable in a direction spaced apart from each other or in contact with each other.

The front connecting member 42 connects the neck front cover portion 20 made of an inflexible hard material and the connecting body portion 41 made of a flexible soft elastic material. It is the device part. The rear connecting member 43 is a device portion for connecting the neck rear cover portion 30 made of a non-flexible hard material and the connection body portion 41 made of a flexible soft elastic material.

The connecting body part 41 made of a soft elastic material is connected to the neck front cover part 20 by the front connecting member 42, and the connecting body part 41 is connected to the neck rear cover part by the rear connecting member 43. It is connected to 30. By this connection structure, the front neck cover portion 20, the connecting body portion 41, and the rear neck cover portion 30 are sequentially connected from the front.

The front connecting member 42 interconnects the connecting main body part 41, the front neck cover part 20, and the rear neck cover part 30 so as not to be exposed to the outside. By such a connection structure, the connecting body part 41 supports the neck rear cover part 30 rotatably based on the front cover part 20, and at the same time, the entire neck wrinkle management apparatus according to the present invention is continuous and smooth. It can have an appearance.

The cable extension part 44 electrically connects the first light irradiation part 61 installed on the neck front cover part 20 and the second light irradiation part 64 installed on the neck back cover part 30. As a device part forming a wiring passage (see FIG. 4 ), it is formed to be hollow on the connection body part 41 and is formed to extend in the lateral direction between the front connection member 42 and the rear connection member 43. By this structure, the cable extension portion 44 communicates with the front light source accommodation portion 23 and the rear light source accommodation portion 33.

By electrically connecting the first light irradiating unit 61 and the second light irradiating unit 64 through the cable extension unit 44, the first light is used using the battery unit 67 disposed on the neck front cover unit 20. Electricity can be supplied to both the irradiation unit 61 and the second light irradiation unit 64, and the first light irradiation unit 61 and the second light irradiation unit 64 can be collectively controlled by operating the mode operation unit 69. Can.

Referring to FIG. 13, the connection body part 41 according to an embodiment of the present invention includes a body part 411, a front connection part 412, and a rear connection part 413.

The main body part 411 is a device part forming a basic frame of the connecting body part 41, and is made of the soft elastic material described above, and is disposed between the neck front cover part 20 and the neck back cover part 30. do. The main body portion 411 has a set length in the front-rear direction and a set thickness in the left-right direction.

As the main body portion 411 has flexibility, the first neck rear cover portion 30A and the second neck rear cover portion (B) while the main body portion 411 is flexibly bent by the user A applying a release force ( 30B) can be rotated apart from each other as shown in FIG. In addition, as the main body portion 411 has an elastic restoring force, the user A simply releases the leaving force, and the main body portion 411 is elastically restored to the initial shape, and the first neck rear cover portion 30A As shown in FIG. 1, the second neck rear cover portion 30B may be returned in contact with each other. At this time, the first neck rear cover portion 30A and the second neck rear cover portion 30B are in close contact by the magnetic force of the locking portion 50.

The front connection portion 412 is a device portion connected to the front connection member 42 of the main body portion 411, and is formed to be hollow at the front end of the main body portion 411, and the front connection member 42 is inserted and coupled. The front connection portion 412 is formed to be hollow in a shape corresponding to the rear portion of the front connection member 42, and more specifically, to a shape corresponding to the first press-fitting assembly 422 of the front connection member 42. The first press-fitting assembly 422 is forcibly fitted and fixed to the front connection portion 412.

The rear connection portion 413 is a device portion that is connected to the rear connection member 43 of the body portion 411, and is formed to be hollow at the rear end of the body portion 411, and the rear connection member 43 is inserted and coupled. The rear connection portion 413 is formed to be hollow in a shape corresponding to the front portion of the rear connection member 43, and more specifically, to a shape corresponding to the second press-fitting assembly 432 of the rear connection member 43. The second press-fitting assembly 432 is forcibly fitted and fixed to the rear connection portion 413.

Referring to FIG. 14, the connection body part 41 according to the embodiment of the present invention has a first connection body part 41A having a first length L1 in the front-rear direction and a second length L2 in the front-rear direction. Any one of the second connection body portion (41B) having a can be selectively applied. According to an embodiment of the present invention shown in FIG. 14, the second connection body portion 41B has an extended length than the first connection body portion 41A.

According to the present invention, by selectively applying the connection body portion 41 according to the thickness or taste of the user A, that is, by selectively applying the first connection body portion 41A or the second connection body portion 41B, The length and width of the entire neck wrinkle management device can be adjusted. Accordingly, the usability of the user A can be further improved, and the usable range of the neck wrinkle management apparatus according to the present invention can be further extended.

In addition, referring to FIG. 15, the connection body portion 41 according to the embodiment of the present invention has a third connection body portion 41C having a first width W1 in the left and right directions, and a second width in the left and right directions ( Any one of the fourth connection body portion 41D having W2) may be selectively applied. According to an embodiment of the present invention shown in Figure 15, the fourth connecting body portion 41D has a longer length than the third connecting body portion 41C.

According to the present invention by selectively applying the connecting body portion 41 according to the thickness or taste of the user A, that is, by selectively applying the third connecting body portion 41C or the fourth connecting body portion 41D, It is possible to adjust the lateral width of the inner diameter of the neck wrinkle management device. Accordingly, the usability of the user A can be further improved, and the usable range of the neck wrinkle management apparatus according to the present invention can be further extended.

11 and 13, the front connection member 42 according to an embodiment of the present invention includes a first elastic body coupling portion 421 and a first cover coupling portion 424.

The first elastic body coupling portion 421 is a device portion that is coupled to the connection body portion 41 of the front connection member 42, is forcibly fitted and fixed to the front connection portion 412. Referring to FIG. 13, the first elastic body coupling portion 421 according to an embodiment of the present invention includes a first press-fitting assembly 422 and a first cable passing portion 423.

The first press-fitting assembly 422 is a device portion press-fitted into the front connection portion 412, has a shape corresponding to the front connection portion 412, and is fitted into the front connection portion 412. The front connection portion 412 is formed to have an elliptical longitudinal cross-sectional shape and a set depth on the front end portion of the connection body portion 41, and the first press-fitting assembly 422 is a shape corresponding to the shape of the front connection portion 412 Have

The first cable passing part 423 is formed to penetrate through the front-rear direction at a position corresponding to the cable extension part 44 of the first press-fitting assembly 422. Accordingly, the first cable passing portion 423 communicates with the cable extension portion 44 in a state where the first press-fitting assembly 422 is pressed into the front connection portion 412. A cable (not shown) for electrically connecting the first light irradiating unit 61 and the second light irradiating unit 64 is connected to the front connecting member (20) from the front cover unit 20 through the first cable passing unit 423. 42) can be continuously extended to the cable extension (44).

In the following description of the connection portion 40, the direction toward the neck of the user A of the first press-fitting assembly 422 is referred to as the inside, and the direction opposite to the neck is called the outside. The first cable passing part 423 is formed to be opened toward the outside on the first press-fitting assembly 422. Accordingly, the cable can be easily disposed on the first cable passing portion 423 in the state where the assembler is located outside the neck wrinkle management apparatus according to the present invention, and the cable can be extended and assembled in the front-rear direction while checking.

When the first cable passing part 423 is formed to be open toward the outside on the first press-fitting assembly 422, it means that the cable extension part 44 is also positioned correspondingly. According to the structure of the connection portion 40, since the hollow portion of the shape extending in the front-rear direction is located outside the center portion on the longitudinal section, the first neck rear cover portion 30A and the second neck rear cover portion 30B are spaced apart from each other. When rotated, the deformation of the connecting body portion 41 that is bent outward can be easily and smoothly performed with less force.

The first cover coupling portion 424 is a device portion coupled with the neck front cover portion 20, and is formed to protrude forward of the front end portion of the first elastic body coupling portion 421. 11 and 13, the first cover coupling part 424 according to an embodiment of the present invention includes a front extension part 425 and a front cover coupling part 426.

The front extension portion 425 is formed to protrude forward on the front end portion of the first elastic body coupling portion 421. The front extension portion 425 is provided with a pair positioned on the upper and lower sides based on the first cable passing portion 423. Accordingly, the cable inside the neck front cover portion 20, that is, the front light source receiving portion 23 can enter and pass through the first elastic body coupling portion 421 without interference with the first cover coupling portion 424. .

The front cover coupling part 426 is a device part that is fastened to the neck front cover part 20 and is formed on the front extension part 425. The front cover coupling portion 426 is coupled with the front endothelial portion 21 by a fastening member (not shown), with the front connecting member 42 facing the front endothelial portion 21 as shown in FIG. 7. In addition, a third catching jaw portion 291 is formed on the front extension portion 425.

The third elastic hook portion 292 formed on the front outer skin portion 22 is fastened to the third catching jaw portion 291. Through this assembly, assembly and binding between the neck front cover portion 20, the front connecting member 42, and the connecting body portion 41 is achieved, and the front connecting member 42 is connected to the neck front cover portion 20 and the connecting body. It is not exposed outside of the part 41.

11 and 13, the rear connection member 43 according to an embodiment of the present invention includes a second elastic body coupling portion 431 and a second cover coupling portion 434.

The second elastic body coupling portion 431 is a device portion that is coupled to the connection body portion 41 of the rear connection member 43, forcibly fitted and fixed to the rear connection portion 413. Referring to FIG. 13, the second elastic body coupling portion 431 according to an embodiment of the present invention includes a second press-fitting assembly portion 432 and a second cable passing portion 433.

The second press-assembled portion 432 is a device portion press-fitted into the rear connection portion 413, has a shape corresponding to the rear connection portion 413, and is fitted into the rear connection portion 413. The rear connection portion 413 is formed to have an elliptical longitudinal cross-sectional shape and a set depth on the rear end portion of the connection main body portion 41, and the second press-fitting assembly portion 432 has a shape corresponding to the shape of the rear connection portion 413. Have

The second cable passing portion 433 is formed to penetrate in the front-rear direction at a position corresponding to the cable extension portion 44 of the second press-fitting assembly portion 432. Accordingly, the second cable passing part 433 communicates with the cable extension part 44 in a state where the second press-fitting assembly 432 is pressed into the rear connection part 413. A cable (not shown) for electrically connecting the first light irradiating unit 61 and the second light irradiating unit 64 is a rear connection member 43 from the cable extension unit 44 through the second cable passing unit 433 ) May be continuously extended to the neck rear cover portion 30.

The second cable passing portion 433 is formed to open toward the outside on the second press-fitting assembly 432. Accordingly, the cable can be easily disposed on the second cable passing portion 433 in the state where the assembler is located outside the neck wrinkle management apparatus according to the present invention, and the cable can be extended and assembled in the front-rear direction while checking.

The second cable passing portion 433 is formed to open toward the outside on the second press-fitting assembly 432, the cable extension portion 44, the first cable passing portion 423 is also positioned correspondingly it means. According to the structure of the connection portion 40, since the hollow portion of the shape extending in the front-rear direction is located outside the center portion on the longitudinal section, the first neck rear cover portion 30A and the second neck rear cover portion 30B are spaced apart from each other. When rotated, the deformation of the connecting body portion 41 that is bent outward can be easily and smoothly performed with less force.

The second cover coupling portion 434 is a device portion coupled to the neck rear cover portion 30, and is formed to protrude rearward to the rear end portion of the second elastic body coupling portion 431. 11 and 13, the second cover coupling part 434 according to an embodiment of the present invention includes a rear extension part 435 and a rear cover coupling part 436.

The rear extension portion 435 is formed to protrude rearward on the rear end portion of the second elastic body coupling portion 431. The rear extension portion 435 is provided with a pair positioned on the upper and lower sides based on the second cable passing portion 433. Accordingly, the cable on the second elastic fastening portion 431 can enter the inside of the neck rear cover portion 20, that is, the rear light source receiving portion 33 without interference with the second cover coupling portion 434.

The rear cover coupling portion 436 is a device portion that is fastened to the neck rear cover portion 30 and is formed on the rear extension portion 435. The rear cover coupling portion 426 is coupled to the rear endothelial portion 31 by a fastening member (not shown) in a state where the rear connecting member 42 faces the rear endothelial portion 31. The upper and lower portions of the second cover coupling portion 434 are slidingly coupled with the sliding coupling portion 37 formed on the rear shell portion 32. By this assembly, the connection between the connecting body portion 41, the rear connecting member 43, and the neck rear cover portion 30 is made, and the rear connecting member 43 is connected to the neck rear cover portion 30 and the connecting body portion ( 41) is not exposed outside.

4 to 6, the light irradiation unit 60 according to an embodiment of the present invention includes a first light irradiation unit 61, a second light irradiation unit 64, a battery unit 67, a charging unit 68, A mode operation unit 69 is included.

The first light irradiation unit 61 is a device unit for irradiating light for improving neck wrinkles on the front of the neck, including a flexible substrate on which a plurality of light sources 60A are mounted, in front of the neck front cover unit 20 It is installed in the light source receiving portion (23). The first light irradiation unit 61 is arranged in the longitudinal and transverse directions so that a plurality of light sources 60A form a curved surface along the front light source receiving unit 23 having a'U' cross-sectional shape corresponding to the front portion of the neck. Is formed. Referring to FIG. 4, the first light irradiation unit 61 according to an embodiment of the present invention includes a front irradiation unit 62 and a front side irradiation unit 63.

The front irradiating unit 62 is a device unit for irradiating light for improving neck wrinkles in the front center of the neck, and is positioned to correspond to the front center of the neck. The front irradiator 62 is formed by arranging a plurality of light sources 60A in the longitudinal and transverse directions to form a shape that covers the front center of the neck.

The front side irradiating unit 63 is a device unit for irradiating light for improving neck wrinkles on the front side of the neck, and is positioned to correspond to the front side of the neck, and is continuously formed on both sides of the front irradiating unit 62. The front side irradiation portion 63 is formed by arranging a plurality of light sources 60A in the longitudinal and transverse directions to form a curved surface corresponding to the front portion of the neck together with the front irradiation portion 62.

The second light irradiation unit 64 is a device unit for irradiating light for improving neck wrinkles on a rear portion of the neck, including a flexible substrate on which a plurality of light sources 60A are mounted, and a rear of the neck rear cover unit 30 It is installed in the light source receiving portion (33). The second light irradiation unit 64 is arranged in the longitudinal and transverse directions so that a plurality of light sources 60A form a curved surface along the rear light source receiving unit 33 having a'U' cross-sectional shape corresponding to the rear portion of the neck. Is formed. Referring to FIG. 4, the second light irradiation unit 64 according to an embodiment of the present invention includes a rear side irradiation unit 65 and a rear irradiation unit 66.

The rear side irradiating unit 65 is a device unit for irradiating light for improving neck wrinkles on the rear side of the neck, and is positioned to correspond to the rear side of the neck. The rear side irradiating portion 65 is formed by arranging a plurality of light sources 60A in the longitudinal and transverse directions to form a shape that covers the rear side of the neck.

The rear irradiating unit 66 is a device unit for irradiating light for improving neck wrinkles in the rear central portion of the neck, and is positioned to correspond to the rear central portion of the neck. The rear irradiation portion 66 is formed by arranging a plurality of light sources 60A in the longitudinal and transverse directions to form a curved surface corresponding to the rear portion of the neck together with the rear side irradiation portion 65.

Accordingly, compared to simply including a few light sources (60A) or the light source (60A) is disposed biased on one side of the neck, the first circumference of the neck using the first light irradiation unit 61 and the second light irradiation unit 64 The effect of neck wrinkle improvement can be maximized while irradiating light for neck wrinkle improvement from 360 degrees across.

On the other hand, while selectively operating the first light irradiation unit 61 or the second light irradiation unit 64, more specifically, the front irradiation unit 62 and the front side irradiation unit 63, the rear side irradiation unit 65 and the rear irradiation unit ( 66) may be selectively operated, or neck wrinkle improvement may be performed while irradiating light of different wavelengths.

The battery unit 67 is a device unit that is charged with electricity for operating the first light irradiation unit 61 and the second light irradiation unit 64, and is mounted on the front neck cover 20 or the rear neck cover 30. do. The battery unit 67 according to an embodiment of the present invention may be disposed, seated, and fixedly installed between the plurality of lateral preventing portions 242 and the longitudinal support portions 24 formed on the reinforcing frame portion 24. .

The charging unit 68 is a device unit for charging the battery unit 67, and may be operated by at least one of a wired or wireless method. In charging the battery unit 67 by wire, the charging unit 68 has a structure capable of connecting an external power supply (not shown) and the battery unit 67 by wire.

6 and 7, the charging unit 68 according to an embodiment of the present invention has a structure in which a terminal of a power supply device can be inserted and connected, and a lower portion of the neck front cover unit 20 is more detailed. Specifically, among the front endothelial portions 21 that are not exposed to the outside, they are disposed under the battery portion 67. With this arrangement, it is possible to stably supply current to the battery unit 67 from an external power supply while preventing aesthetics from being impaired by the charging unit 68.

The mode operation unit 69 is a device unit that receives the operation force of the user A for switching the operating states of the first light irradiation unit 61 and the second light irradiation unit 62, the front neck cover unit 20 or the back of the neck It is installed on the cover portion 30. Referring to Figures 4 to 6, the mode operation unit 69 according to an embodiment of the present invention, for convenience of operation of the user, the central portion of the front cover portion 20, more specifically the front central outer skin ( 223).

By performing the operation of touching or pressing the mode operation unit 69 or applying a pressing force, selectively emit a plurality of light sources 60A having different wavelength regions, or the front irradiation unit 62 and the front side irradiation unit 63 as necessary. ), the rear side irradiator 65 and the rear irradiator 66 can be selectively operated.

Hereinafter, in the present embodiment, the neck management apparatus is a concept including a neck wrinkle management apparatus.

Hereinafter, in the present embodiment, the cradle device (or cradle) capable of charging the neck management device is not specifically illustrated, but the cradle device (or cradle) may be used to manage or operate the wireless charging and neck management device. In addition, the light irradiation unit 914 is a concept corresponding to the light irradiation unit 60.

17 is an exemplary view showing a schematic configuration of a neck management apparatus according to a first embodiment of the present invention.

As shown in FIG. 17, the neck management apparatus 910 according to the first embodiment includes a sensor unit 911, an operation input unit 912, a control unit 913, a light irradiation unit 914, and information & status output. Includes section 915.

Although the neck management device 910 is not shown in the drawing, it is mounted on a cradle device (not shown) and charged wirelessly, or is connected directly to an adapter (not shown) even though it is not mounted on the cradle device (not shown). Can be charged in a manner.

The sensor unit 911 is attached to the inside or outside of the neck management device 910, body temperature (eg, temperature detection around the neck), humidity (eg, moisture detection around the neck), pulse, blood pressure, ultrasound (eg : Thyroid check), magnetic force (e.g., wearing or binding detection), pressure (e.g., neck tightening pressure by air pressure), and at least one sensor for detecting a camera (e.g., neck skin condition detection).

At this time, the sensors detecting the above-described information (eg, body temperature, blood pressure, pulse, moisture, pressure, ultrasound, camera, magnetic force, etc.) are for illustrative purposes only, and are not intended to be limiting.

In particular, by photographing the skin condition around the neck through the camera sensor of the sensor unit 911 and transmitting it to the control unit 913, the control unit 913 can analyze the skin condition of the neck of each user.

For reference, the camera sensor includes at least one camera (or image sensor), and the at least one camera (or image sensor) may be formed at a predetermined location between a plurality of light sources of the light irradiation unit 914. have.

The control unit 913 may calculate a management effect of the neck by comparing and analyzing the skin image of the neck, which is taken before the user starts neck management and after the neck management is finished. For example, the control unit 913 may calculate a neck management effect by comparing and analyzing the skin tone, sweat pores, and wastes of the neck skin.

The manipulation input unit 912 receives a user command for operating the neck management device 910.

For example, the operation input unit 912 is powered on/off, operating mode, and status guidance through the user's touch, voice, fingerprint, and remote control (eg, a dedicated remote control, software remote control using a remote control app installed on a smartphone, etc.) And the like.

Therefore, the operation input unit 912 is preferably formed outside the neck management device 910, but is not limited to the outer and inner boundary of the neck management device 910, or a remote control (for example, a dedicated remote control, It can be formed on at least one of the software remote control using a remote control app installed on the smartphone.

The light irradiation unit 914 includes a plurality of light sources (eg, 270 LEDs) formed at predetermined intervals inside the neck management device 910.

The light source includes an LED (LED) type light source, the wavelength region of the light generated by each light source is formed differently, and the emission color of each light source may be formed differently. That is, a plurality of light sources having different wavelengths and colors of light are formed at predetermined intervals at predetermined positions.

The light irradiation unit 914 adjusts the size of the wavelength, color, and energy of light emitted from the light source according to the condition of the neck of each user, thereby improving wrinkles, improving pigmentation, improving skin tone, and improving blood circulation. Can be implemented.

In addition, the light irradiation unit 914 may irradiate light only to a selectively designated position among the entire areas around the neck, or may adjust the energy intensity of light irradiated for each area differently. Accordingly, unnecessary waste of power can be prevented and the effect on the neck circumference of each user can be balanced.

The information & status output unit 915 outputs power on/off, an operation mode, and status guide information of the neck management device 910.

The information & status output unit 915 may output power on/off, an operation mode, and status guidance information by sound, vibration, and light (light), for this purpose, the neck management device 910 A speaker, a motor, and a light source are formed inside or outside or at a boundary thereof.

The control unit 913 controls and controls the sensor unit 911, the operation input unit 912, the light irradiation unit 914, and the information & status output unit 915, so that the operation mode corresponding to the user's neck condition is determined. The neck management device 910 is controlled.

Accordingly, the control unit 913 includes a memory (not shown) that stores an algorithm for controlling the neck management apparatus 910 therein. Of course, the memory (not shown) may be included in an external form.

The control unit 913 may recognize a user by analyzing information input through the manipulation input unit 912 (eg, voice, fingerprint, communication connected smartphone ID, etc.).

As described above, when the user is recognized, the control unit 913 may store the usage time and operation mode information of the neck management device 910 for each user in a memory (not shown), and also of the neck management device 910. Total usage information (ie, usage time, operation mode, etc.) may be stored in the memory (not shown). As described above, by managing the total usage information (ie, usage time, operation mode, etc.) of the neck management apparatus 910, the lifespan (or performance degradation) of each light source can be predicted.

The control unit 913 may analyze the state of the neck for each user based on at least one or more information detected through the sensor unit 911. By analyzing the neck state for each user as described above, the control unit 913 may personally control the light source of the light irradiation unit 914 for each user.

In addition, the control unit 913 controls the light irradiation unit 914, depending on whether the user wears the neck management device 910 on the neck (or fixedly coupled), the neck management device 910 is neck When not wearing, the light source of the light irradiation unit 914 is driven to output a minimum energy to prevent the light source from being directly irradiated to the user's eye, and the user necks the neck management device 910. When worn on (or fixedly coupled even if not worn), the light source is driven to output the maximum energy in the corresponding mode in response to the operation mode.

In addition, the control unit 913 may output the usage time, battery status, operation mode, neck status, and neck management guide information of the neck management apparatus 910 through the information & status output unit 915.

FIG. 18 is an exemplary view showing a schematic configuration of a neck management apparatus according to a second embodiment of the present invention, and further includes an air pressure unit 916 in FIG. 17.

When the user wears the neck management device 910 on the neck, the air pressure unit 916 blows air pressure (that is, supplies the inside of the neck management device 910 to fit the neck of each user). ) Means.

Accordingly, the air pressure unit 916 sucks air by an electric pump (not shown), and a rubber hose (not shown) inflated by the sucked air is formed inside the neck management device 910.

Accordingly, the control unit 913 blows air into the air pressure unit 916 (ie, supplies it) to inflate the rubber hose (not shown), and the pressure is detected by the pressure detected through the sensor unit 911. When it is detected that the inside of the neck management device 910 is in close contact with the circumference of the neck, the operation of blowing (ie, supplying) air to the air pressure unit 916 is stopped.

In addition, the control unit 913 reversely drives the electric pump (not shown) in a state in which the supply of air is stopped to discharge a portion of the air pressure by a specified amount. This is because when the inside of the neck management device 910 is too close to the circumference of the neck, the user may feel frustrated by tightening the user's neck.

As described above, the inside of the neck management device 910 is closely fitted to the neck per user through the air pressure unit 916, so that light irradiated through the light irradiation unit 914 can stably act on the neck skin. In addition, the neck management device 910 is worn stably to improve the wearing stability, and also to secure the neck to obtain a neck posture correction effect.

19 is an exemplary view showing a schematic configuration of a neck management apparatus according to a third embodiment of the present invention, further includes a magnet unit 917 in FIG.

The magnet unit 917 has a plurality of magnets arranged at a predetermined interval inside the neck management device 910 in order to use the known health effects of the magnet (for example, blood circulation promotion, fatigue recovery, pain relief, skin improvement, etc.) It includes a magnet (not shown).

In this case, the magnet (not shown) may include a magnet (permanent magnet) made of neodymium or earth-earth material, and may also include an electromagnet using a core made of neodymium or earth-earth material. In particular, these electromagnets are for the purpose of selectively limiting the influence section of the magnetic force and controlling the strength of the magnetic force.

As described above, by controlling the influence section of the magnetic force and the strength of the magnetic force, it is possible to prevent the occurrence of side effects of magnets for each user (eg, children, adults, men, women, users according to constitution).

Of course, when the magnet is a permanent magnet, the degree to which the inside of the neck management device 910 is in close contact with each user's neck (ie, the distance from the neck to the magnet) is controlled through the control of the air pressure unit 916. By using the method, it is also possible to control the influence of the magnetic force of the permanent magnet and the strength of the magnetic force (ie, the strength of the magnetic force according to the distance from the neck). That is, the control unit 913 controls the degree to which the inside of the neck management device is in close contact with each user's neck through the control of the air pressure unit in order to control the influence section and the strength of the magnetic force of the magnet for each user. Or, it controls the current applied to the electromagnet.

20 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fourth embodiment of the present invention, and further includes a communication unit 918 in FIG. 19.

The communication unit 918 connects the neck management device 910 to communication with a server (not shown) through a mobile terminal (eg, a smart phone) 980, an internet sharer 970, and the internet sharer 970. .

The communication unit 918 may be implemented by at least one of a short-range wireless communication method (eg, WiFi, Bluetooth, NFC, infrared (IR), etc.) and a long-range wireless communication method (eg, a mobile communication method such as GSM, LTE).

The control unit 913 may update a driving program (or a driving algorithm) through the communication unit 918, and may also transmit operation information or status information to the mobile terminal 980 and the server (not shown). In addition, a remote control signal may be received through the portable terminal 980 and the server (not shown) to remotely control the neck management device 910.

FIG. 21 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fifth embodiment of the present invention, and further includes a temperature controller 919 in FIG. 20.

When the neck control unit 919 is worn on the neck, the temperature control unit 919 is based on temperature (body temperature) or humidity (eg, moisture) information around the neck detected through the sensor unit 911, When the temperature (body temperature) of the neck is overheated than the specified temperature range, or when the temperature of the neck is lower than the specified temperature range, the temperature of the neck may be maintained in the specified temperature range under the control of the control unit 913. To make.

For example, although the temperature control unit 919 is not shown, a pump for circulating hot water heated by a heater (not shown) or cold water cooled by a thermoelectric element (not shown) (eg, cooling water circulation, hot water circulation) (not shown) City) and the hot water or the hose through which the coolant is circulated (not shown) may be applied to control the temperature of the neck that is in contact with the neck management device 910.

As described above, the temperature control unit 919 has an effect of improving the neck management effect by rapidly stabilizing the state of the neck when the user starts neck management. It also allows the user to receive neck care in a comfortable mind state.

22 is an exemplary view showing a schematic configuration of a neck management apparatus according to a sixth embodiment of the present invention, and further includes acupressure driving unit 920 in FIG. 21.

The acupressure driving unit 920 performs acupressure, low-frequency massage, and pneumatic massage because the effect of neck management may be deteriorated when the user receives neck care in an uncomfortable state due to tension or fatigue.

Accordingly, the acupressure driving unit 920, although not shown in the drawing, the projections are pushed up and down (or back and forth) by an electric motor (not shown) or an air pressure unit 916 to press the circumference of the neck (eg, the back neck). It may include at least one of a protruding device (not shown), a low-frequency electrical device (not shown) capable of outputting a low-frequency electrical stimulation.

The control unit 913 may store and use a preferred acupressure (or massage) method for each user.

For example, the pressure and intensity of the user's favorite, the frequency and intensity of the low frequency electricity that the user likes, and the pressure and intensity of the air pressure are stored, and the control unit 913 recognizes the user and stores the stored pressure. And period, frequency and intensity of low frequency electricity, and air pressure intensity and period) can be applied automatically.

23 is a flowchart illustrating a control method of a neck management apparatus according to a first embodiment of the present invention.

As shown in FIG. 23, when the operation (drive) switch of the neck management device 910 is turned on (YES in S101) (that is, when the power switch is turned on), the control unit 913 may include the neck management device ( It is checked whether 910 is worn (or combined) on the neck (S102).

For reference, the neck management device 910 may be coupled to itself by a magnet, even if it is not worn on the neck, a coupling device (eg, a spaced apart or coupled means for wearing the neck management device).

When the neck management apparatus 910 is worn on the neck while the power is turned on (YES in S102), the control unit 913 operates to irradiate the light irradiation unit 914 with the maximum energy (MAX) (S103). Here, it is noted that the energy of the maximum (MAX) per user may be different because the maximum (MAX) energy means the maximum allowed energy according to the user's neck condition.

On the other hand, if the neck management device 910 is not worn on the neck (or the device itself is coupled) while the power is turned on (No in S102), the control unit 913 allows the user to check the inside of the neck management device 910 ( That is, it is determined that the light irradiator) can be viewed, and the light irradiator 914 is irradiated with a minimum energy of MIN to protect the user's eyes (S104).

However, when the user manually up/down the energy of the light irradiation unit 914 through the manipulation input unit 912 (for example, when manually operating the light irradiation unit to check the light source state of the light irradiation unit), the control unit ( 913) irradiates light with up/down energy in response to the manual operation (S105).

24 is a flowchart illustrating a control method of a neck management apparatus according to a second embodiment of the present invention.

As shown in FIG. 24, the control unit 913 is when the neck management device 910 is worn on the neck (or the device itself is coupled) (YES in S201), the control unit 913 is provided with a sensor unit 911. The neck circumference and neck state are scanned through the air pressure unit 916, stored in an internal memory (not shown), and transmitted to a designated server (not shown) (S202).

The designated server (not shown) receives the scanned data of the neck condition and analyzes the neck condition (eg, neck health condition, neck skin condition) according to a predetermined algorithm (S203). For example, the control unit 913 or a server (not shown) combines the information detected through the sensor unit 911 and the air pressure unit 916 to measure the skin condition of the neck or a health condition that can be measured in the neck (for example: Pulse, blood pressure, thyroid, disc, neck muscles, etc.) can be analyzed.

Accordingly, the controller 913 directly analyzes the scanned data of the neck condition (eg, neck health condition, neck skin condition), or the neck condition (eg, neck health condition, neck) in the designated server (not shown). Skin condition) and receives the results of analyzing the scanned data (S204).

Then, the control unit 913 outputs the neck state analysis result through the information & state output unit 915 or the mobile terminal 980 connected through the communication unit 918, and is previously designated according to the neck state analysis result. The method (or mode) performs light irradiation (that is, light irradiation for each user) (S205).

FIG. 25 is a flowchart for describing a method of analyzing data (ie, neck scan data) in which a neck condition is scanned in FIG. 24.

As illustrated in FIG. 25, when the controller 913 analyzes data (ie, neck scan data) that scans the neck state (eg, neck health state, neck skin state) (example of S301), the entire head The region is virtually divided into a plurality (S302).

For example, the number of virtually divided regions and the range of each region may be set based on the region where the camera or sensor is installed.

Then, the controller 913 analyzes the state of each region virtually divided as described above (S303).

At this time, the control unit 913 sequentially performs on/off control of light irradiation for each area to perform a scan to perform analysis.

In addition, the control unit 913 sets a light irradiation method (or light irradiation mode) (eg, wavelength of light, energy intensity of light, light irradiation time, temperature range of neck, etc.) according to the state analysis result for each region to be divided ( S304)

For example, the control unit 913 may be a light irradiation method (or light irradiation mode) according to a user's neck condition (eg, neck health condition, neck skin condition) (eg, wavelength of light, energy intensity of light, light irradiation time, temperature of neck) Range, etc.).

In addition, the control unit 913 performs light irradiation using a light irradiation method (or light irradiation mode) set for each region around the neck (eg, wavelength of light, energy intensity of light, light irradiation time, temperature range of neck, etc.) S305).

In the above embodiment, the light irradiation method is automatically set by setting the light irradiation method (or light irradiation mode) according to the state analysis result for each region, but the light irradiation method (or light) is not limited thereto. It is also possible to set the irradiation mode) to perform light irradiation.

26 is a flowchart illustrating a control method of a neck management apparatus according to a third embodiment of the present invention.

As shown in FIG. 26, the control unit 913 checks whether the operation of the health care function is set when the neck management device 910 is worn on the neck (or coupled to the device itself) (YES in S401) ( S402).

For example, the health care function is a device to which a function capable of performing the corresponding function is added (eg, a premium grade neck management) according to the grade of the neck management apparatus 910 (eg, a low-cost grade, a general grade, a premium grade, etc.) Device).

Accordingly, when the health care function is activated after the neck management device 910 is worn on the neck (YES in S402), the control unit 913 performs an alignment operation around the neck, and the neck management device 910 When the inside is adjusted to the neck circumference of each user (S403), the control unit 913 detects health information for each user through the sensor unit 911 included in the neck management device 910 (S404).

And according to the result of checking the acupressure (massage) performance included in the neck management device 910, perform at least one of acupressure acupressure (S407), air pressure massage (S406), and low frequency massage (S408) by performance. do.

This is to improve the neck management effect by removing the tension and fatigue of the user's neck.

Meanwhile, the control unit 913 may store and use a preferred acupressure (or massage) method for each user. For example, the user's favorite acupressure intensity and period, the user's favorite low frequency electricity frequency and intensity, and the user's favorite air pressure intensity and period are stored, and the control unit 913 recognizes the user and the stored acupressure (or Massage) method can be applied automatically.

27 is a flowchart illustrating a control method of the neck management apparatus according to the fourth embodiment of the present invention.

As illustrated in FIG. 27, when the device is operated through the operation input unit 912 of the neck management device 910 (YES in S501), the control unit 913 inputs information through the operation input unit 912 ( Example: It is checked whether automatic user recognition is possible based on touch, voice, fingerprint, remote control, etc. (S502).

If the automatic user recognition is not possible (No in S502), the control unit 913 recognizes the user based on information manually input by the user (eg, password, ID, user selection menu input, etc.) Example of S503).

When the user is automatically or manually recognized as described above (YES in S502, S503), the control unit 913 is a user-specific light irradiation method (or light irradiation) stored in a memory (or storage unit, DB) (not shown). Mode) (e.g., wavelength of light, energy intensity of light, light irradiation time, temperature range of neck, etc.) is taken out and light irradiation is performed (S504).

In addition, the control unit 913 accumulates and stores the usage information of the user-specific (and total) neck management device 910 in the memory (or storage unit, DB) (not shown), and also determines the user-specific neck state. The analyzed result is stored cumulatively every time the neck is managed (S505).

In addition, the control unit 913 outputs usage information of the cumulatively stored user-specific (and total) neck management device 910, and also outputs results and effects of analyzing the accumulated stored user-specific neck state (S506). .

For example, the control unit 913 uses the information of the user's (and total) neck management device 910, and the results and effects of analyzing the neck status of each user, and is connected to the information & status output unit 915 or communication. It can be output through the terminal 980.

On the other hand, if the user is not recognized automatically or manually as described above (No in S502, No in S503), the control unit 913 sets the user as the default (eg anyone) (S507), and only the neck management device 910 ), the total usage information is accumulated in the memory (or storage unit, DB) (not shown) (S508), and the accumulated usage information of the total neck management device 910 is output (S509). ).

For example, the control unit 913 may output the usage information of the total neck management device 910 through the information & status output unit 916 or a mobile terminal 980 connected with communication.

The present invention has been described above with reference to the embodiment shown in the drawings, but this is only exemplary, and those skilled in the art to which the art pertains may have various modifications and other equivalent embodiments. You will understand the point. Therefore, the technical protection scope of the present invention should be defined by the following claims. Also, the implementations described herein can be implemented, for example, as methods or processes, apparatus, software programs, data streams, or signals. Although discussed only in the context of a single form of implementation (eg discussed only as a method), implementation of the discussed features may also be implemented in other forms (eg, devices or programs). The device can be implemented with suitable hardware, software and firmware. The method can be implemented in an apparatus, such as a processor, generally referring to a processing device, including, for example, a computer, microprocessor, integrated circuit, or programmable logic device. The processor also includes communication devices such as computers, cell phones, portable/personal digital assistants ("PDAs") and other devices that facilitate communication of information between end-users.

10: neck cover portion 11: shoulder seat
12: Turtle Mokkyo Government 13: Anti-Buddhism Extension
14: chest contact 15: chin support
16: Back neck support part 17: Anti-wetting extension part
18: back contact portion 19: larynx contact portion
20: neck front cover part 21: anterior endothelium
22: front outer skin 23: front light receiving unit
24: reinforcement frame 25: separation support
26: front fastening part 27: front side fastening part
28: front central fastening 29: front cover fastening
30: neck rear cover portion 30A: first neck rear cover portion
30B: second neck rear cover part 31: rear end skin
32: rear outer skin 33: rear light receiving unit
34: rear cover fastening portion 35: cap portion
36: rear cap fastener 37: sliding coupling
40: connecting portion 41: connecting body portion
41A: 1st connection body part 41B: 2nd connection body part
41C: 3rd connection body part 41D: 4th connection body part
42: front connecting member 43: rear connecting member
44: cable extension section 50: locking section
51: first magnetic member 52: second magnetic member
60: light irradiation unit 60A: light source
61: first light irradiation unit 62: forward irradiation unit
63: front side irradiation unit 64: second light irradiation unit
65: rear side irradiation section 66: rear side irradiation section
67: battery unit 68: charging unit
69: Mode operation unit
111: side extension part 112: seating bending part
113: upward bending portion 114: downward bending portion
211: anterior central endothelial 212: anterior lateral inner skin
221: front left outer skin 222: front right outer skin
223: front central skin 241: frame body
242: transverse support 243: longitudinal support
251: front and rear prevention branch 252: side prevention branch
271: reference jaw portion 272: engagement jaw portion
273: first engaging jaw portion 274: first elastic hook portion
275: elastic extension 276: elastic hook
277: assembly connection 281: the second engaging jaw
282: second elastic hook portion 291: third hanging jaw portion
292: third elastic hook portion 341: engaging hole portion
343: hook hook 344: guide groove
345: engaging projection 361: assembly hole
362: assembly jaw portion 371: guide projection
372: guide jaw 373: support protrusion
411: main body 412: front connection
413: rear connection portion 421: first elastic body coupling portion
422: 1st press assembly 423: 1st cable pass
424: first cover coupling portion 425: front extension portion
426: front cover coupling portion 431: second elastic body coupling portion
432: 2nd press-fitting assembly 433: 2nd cable passing part
434: second cover coupling portion 435: rear extension portion
436: rear cover coupling
910: neck management device 911: sensor unit
912: operation input unit 913: control unit
914: light irradiation unit 915: information & status output unit
916: air pressure portion 917: magnet portion
918: communication unit 919: temperature control unit
920: Chiropractor 970: Internet router
980: mobile terminal

Claims (6)

As a neck management device with temperature control function,
A sensor unit attached to the inside or outside of the neck management device, including at least one sensor that detects body temperature, moisture, pulse, blood pressure, thyroid, detection of wearing or binding, neck tightening pressure by air pressure, and skin condition of the neck ;
An operation input unit that receives a user's command for operating the neck management device;
A light irradiator configured to selectively irradiate the entire circumference of the neck or a part of the neck by forming a plurality of light sources at predetermined intervals inside the neck management apparatus;
When the neck care device is worn on the neck, based on the temperature or moisture information of the neck detected through the sensor unit, when the temperature of the neck is overheated than the specified temperature range, or the temperature of the neck is lowered than the specified temperature range In the case, the temperature control unit for controlling the temperature of the neck so as to be maintained in a specified temperature range under the control of the control unit; And
Based on the information detected through the sensor unit and a command input through the manipulation input unit, the light irradiation unit is controlled in an operation mode corresponding to a user's neck health condition or skin condition, and the temperature of the neck is designated temperature. Neck control device having a temperature control function comprising a; control unit for controlling the temperature control unit to be maintained in the range.
According to claim 1, wherein the temperature control unit,
A pump circulating hot water heated by a heater or cold water cooled by a thermoelectric element; And a hose through which the hot water or the coolant is circulated; a neck management device having a temperature control function.
The method of claim 1, wherein the control unit,
Depending on the skin condition or health condition of the neck for each user,
Light is irradiated only at a selectively designated position among the entire neck circumference, or
A neck management device having a temperature control function, characterized in that the energy intensity of light irradiated for each neck area is adjusted differently.
According to claim 1, To control the light irradiation unit in an operation mode corresponding to the skin condition or health condition of the neck of each user,
The control unit,
Recognize the user based on the information input through the operation input unit,
The information input through the manipulation input unit includes a voice, fingerprint, and a neck management device having a temperature control function, characterized in that it comprises at least one of a communication connected smartphone or a mobile terminal ID.
The method of claim 1, wherein the control unit,
Recognizing the user,
User-specific usage information including usage time and operation mode information of the user-specific neck management apparatus is stored in a memory, and total usage information of the neck management apparatus is stored in the memory,
A neck management device having a temperature control function, characterized in that the life or performance degradation of each light source is predicted based on user-specific usage information and total usage information stored in the memory.
The method of claim 1, wherein the control unit,
Control the light irradiation unit,
Depending on whether the user wears the neck care device on the neck,
When the neck management device is not worn on the neck, the light source of the light irradiation unit is driven to output a specified minimum energy,
When the user wears the neck management device on the neck, a neck management device having a temperature control function, characterized in that the light source is driven to output the maximum energy in the corresponding user-specific operation mode in response to the operation mode for each user. .

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