KR100899524B1 - Vacuum induction head with dust-beating apparatus - Google Patents

Abstract

According to the present invention, the hitting piece lifted by the rotating drum rotated by the electric motor is elastically pounded by the object (such as a bed mattress, bedding, etc.) or a cleaning object such as a carpet or clothing and adsorbed into the tissue (and / or Or to a suction head of a vacuum cleaner to which a dusting function capable of dusting dust and bacteria such as mites and the like is vacuum absorbed.

According to a preferred embodiment, the suction head is installed on the lower case to be cleaned by hitting the cleaning object through the blow hole of the lower case coupled to the intake pipe of the vacuum cleaner and coupled to the upper case; Electric motor to form a rotational force for hitting the cleaning object, the rotation is coupled to interlock with the motor and the outer periphery of the rotation is formed on the outer periphery of the blow piece engaging jaw for converting the rotational force of the electric motor to the elastic force for the impact of the cleaning object A drum is provided with a striking piece module to which the tip is added by the striking piece catching jaw of the rotating drum to strike the cleaning object. The striking piece module has one end fixed to the lower case and the tip The other end to form a resilience due to the striking jaw of the rotary drum interlocked with the electric motor It is joined to will be written to a plurality of blow reed body hitting the cleaning object.

Vacuum cleaner, suction head, rotating drum, blow piece

Description

Suction head with vacuuming function {VACUUM INDUCTION HEAD WITH DUST-BEATING APPARATUS}

The present invention relates to a suction head of a vacuum cleaner having a hair removing function, and more particularly, dust penetrating the cleaning object by applying elastic force to the cleaning object (eg, bed mattress, blanket, carpet, clothing, etc.) And / or to a suction head of a vacuum cleaner to which a dusting function, such as dirt, bacteria, such as mites, and the like, is added.

Conventionally, a vacuum cleaner for sucking and cleaning dust or dirt (that is, trash) by vacuum suction input at the bottom of a predetermined space of a residential space, an office space or a multi-use office has been widely used to provide convenience for cleaning.

While such a vacuum cleaner has a significant effect of sucking and cleaning dust or dirt from a floor or a gap in a window frame, for example, it is satisfactory to suck and clean dust or dirt from bedding or carpets or clothes such as a bed mattress or a blanket. It is true.

That is, in the case of bed mattresses, beddings such as duvets, carpets, or clothing, dust or dirt easily penetrates into the woven tissue, and in this state, it is very difficult to adsorb dust penetrated into the tissue only by vacuum suction input.

In addition, in households where pets such as dogs or cats are kept indoors, dirt, such as hair and dandruff falling from the pets, is frequently infiltrated into the tissues of bedding, carpets or clothing. The use of bedding or carpets or clothing when dirt, such as animal hair or dandruff, is not properly removed, may cause skin diseases such as atopic dermatitis or respiratory diseases such as rhinitis. If dirt, such as infiltrated into the woven tissue, it is very difficult to remove the adsorption only by the vacuum suction input of the vacuum cleaner.

In particular, in the case of bed mattresses, aphids (especially house ticks) inhabit the fibrous tissues and cause skin diseases and respiratory diseases in the human body. In the case of such aphids (house ticks), they are only absorbed by vacuum suction input. It's hard to bet.

And, in the state of high dust concentration by yellow dust or vehicle exhaust gas in the air, it is easy to adsorb the fine dust into the fiber structure of clothing when going out, but such fine dust or smell by smoking is sufficiently removed only by the vacuum suction input. Will not be.

In view of this, in recent years, an electronic solenoid or electromagnet is installed inside the suction head of a vacuum cleaner to adsorb dust or dirt from a cleaning object such as bedding or carpet, and the bedding is caused by vibration of the solenoid or electromagnet. Or a structure for cleaning the carpet has been proposed.

However, in the case of a configuration in which the vibration force in the vertical direction is generated by the solenoid or the electromagnet to clean the object to be cleaned such as bedding or carpet, the vibration force is transmitted to the dust or dirt that has infiltrated the tissue of the object to be cleaned. Therefore, it may be more advantageous than the case of vacuum adsorption, but the vibration of the solenoid is not in the form of tapping the actual object to be cleaned, but rather in contact with the form of repeatedly pressing the surface of the dust infiltrated into the tissue of the object to be cleaned. Soils, odors and / or mites are not sufficiently shaken out and adsorbed.

Accordingly, the present invention has been made in view of the above circumstances, and the tip of the striking piece is elastically added by the rotating drum rotated by the rotation of the electric motor, so that the bedding (eg, bed mattress, duvet, etc.) The suction head of the vacuum cleaner with the hair removal function that elastically hits a cleaning object such as a carpet or clothing to shake off the dust (and / or bacteria, such as dirt, odors, mites, etc.) adsorbed in the tissue. Is provided.

In order to achieve the above object, according to a preferred embodiment of the present invention is connected to the intake pipe of the vacuum cleaner while hitting the cleaning object through the blow hole of the lower case coupled to the upper case suction head of the vacuum cleaner is cleaned An electric motor installed on the lower case to form a rotational force for hitting the cleaning object, coupled to the electric motor and coupled to the outer circumferential surface, the rotational force of the electric motor as an elastic force for hitting the cleaning object A rotating drum having a striking piece engaging jaw for converting, and a striking piece module to which the tip is added by the striking piece hanging jaw of the rotating drum to strike the cleaning object, wherein the striking piece module has one end thereof at the lower portion. The other end fixed to the case and forming the front end is the circuit which is linked to the electric motor It is joined to the elastic force by the blow side locking step of the drum a suction head of a number of the impact of a whisk made of a function part main body portion of the vacuum cleaner blow the cleaning object is provided.

The striking body has a structure in which each tip is lifted by the striking jaw of the rotary drum, a structure in which a plurality of tips are integrally formed and lifted up, and a structure in which the entire tip is integrally formed and lifted up. Either form.

Preferably, the resilient reinforcing bent portion is formed on the striking piece, the tip of the individually raised striking piece is to form a spherical shape.

The striking jaw of the rotating drum is selected from the form of a single structure formed at the same position on the outer circumferential surface of the rotating drum and the form of a plurality of structures formed at different positions discontinuous with each other.

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In order to achieve the above object, according to another embodiment of the present invention is connected to the intake pipe of the vacuum cleaner hitting the cleaning object through the blow hole of the lower case coupled to the upper case to the suction head of the vacuum cleaner is cleaned An electric motor installed on the lower case to form a rotational force for hitting the cleaning object, and coupled to the shaft of the electric motor to convert the rotational force of the electric motor into an elastic force for the impact of the cleaning object A rotating drum having a striking jaw engaging jaw, a rotating piece formed at both ends of one end on both sidewalls of the lower case is rotated and the tip formed at the other end is added by the elastic force of the rotating drum to strike the cleaning object. The amount of the lower case to support the rotation of the rotary projections on both sides of the hit piece module There is provided a suction head of a vacuum cleaner having a hair removal function including a cover member installed on an upper sidewall and an elastic spring interposed between the cover member and the striking piece module to elastically press the striking piece module. .

At a predetermined position of the lower case, a plurality of striking piece module lifting guide rods are formed at a predetermined length to support a lifting action of the striking piece module by the rotary drum while maintaining a predetermined interval, and the rear predetermined portion of the striking piece module In the position, a plurality of guide rod mounting holes corresponding to the striking module lifting guide rod of the lower case are formed.

The striking piece module is branched into a plurality of striking piece bodies formed at one end, and each other end of the striking piece body forming the tip of the striking piece module is individually by the striking piece engaging jaw of the rotating drum. It is a form of any one of the structure to be lifted up, the structure in which a plurality is integrally lifted up, and the structure in which the whole is integrally formed and lifted up.

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As described above, according to the suction head of the vacuum cleaner with a whisk function according to the present invention, while the front end of the striking piece module is repeatedly engaged / released against the striking jaw of the rotating drum linked to the electric motor Since the blow piece module can elastically blow a cleaning object such as bedding, carpets and / or clothing, and dust and dust penetrated deeply into the cleaning object, it can be sucked and cleaned by a simple vacuum suction or solenoid or The cleaning effect of dust (and / or dirt, aphids, etc.) on bedding and carpets and / or clothes is much better than the electromagnet vibration method.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view for explaining the external structure of the suction head of the vacuum cleaner is added to the hair removal function according to an embodiment of the present invention.

In the drawing, the main body case 12 of the vacuum suction head 10 having a dust-removal function is provided with a connecting tube 14 detachable from a conventional vacuum cleaner, and the surface of the main body case 12 has power ON / OFF and For example, a light emitting display element (i.e., an LED element) for visually displaying a case where the power ON function is set by the switch element 16 and the switch element 16 for setting the strong / medium / weak of the whisk function. And a plug connection jack 18 to which a plug terminal 22a of a power plug 22 of a dedicated AC / DC converter (i.e., a power adapter) 20 is detached and a power ON display element 16a is installed. do.

Here, the switch element 16 may separately comprise a power ON / OFF switch element and an intensity setting switch element for setting the strength / medium / weak of the dusting function of the object to be cleaned.

The power adapter 20 may be configured inside the main body case 12 without being configured separately.

2 is a view for explaining the internal structure of the suction head of the vacuum cleaner is added to the hair removal function according to the present invention shown in FIG.

Referring to the drawings, the main body case 12 is composed of an upper case 12a and a lower case 12b, and the upper case 12a and the lower case 12b are detachably coupled to each other. The screw fastening ribs 24b are formed near the four corners of the case 12a, and the screw 24a is positioned on the upper surface of the lower case 12b corresponding to the screw fastening ribs 24b of the upper case 12a. ) Is fastened to the screw fastening hole 24 is formed.

Wheel lower openings 26 are formed at both the front and rear sides of the lower case 12b, and the wheels 28 for forward / rear movement of the corresponding vacuum suction heads correspond to the wheel exposure holes 26. ) Is placed.

3 and 4 is a view showing an example of a wheel configured in the suction head of the vacuum cleaner is added to the hair removal function shown in FIG.

Wheel rotation support holes 32 are formed around both sides of each wheel exposure port 26 of the lower case 12b, and both shafts 28a of the wheels 28 are formed at the center of the wheel rotation support holes 32. A bearing seating hemisphere 34 is installed on the lower half of the rotating bearing 36 to support the rotation of the corresponding wheel 28, and both sides of the bearing seating hemisphere 34 are provided with bearing fixing screw holes ( 32a) is formed.

The wheel bearing fixture 38 is provided to correspond to the wheel pivot support 32, and the center of the wheel bearing fixture 38 is formed in a bearing support hemisphere shape in which the upper half of the pivot bearing 36 is accommodated. On both sides thereof, a screw fastening hole 38a through which the fastening screw 40 penetrates is formed corresponding to the bearing fixing screw hole 32a.

According to the present invention, a structure for exposing the wheel 28 through the wheel exposure port 26 is not limited to the above, and the wheel 28 has the wheel exposure port 26. Instead of exposing it through, it may be provided so as to be located outside the main body case 12.

2, the rotation drum bracket 42 is formed at a predetermined interval in front of the lower case 12b, and the striking piece fixing bracket 46 having a constant height in the rear of the lower case 12b. ) Is formed between the rotating drum bracket 42 and the blow piece fixing bracket 46, the blow piece module described later elastically blows off the cleaning object (for example bedding, carpet, clothing, etc.) A blow intake hole 50 for sucking dust or dirt shaken from the object to be cleaned by the dusting action with the zoom is formed.
FIG. 5 is a view for explaining the main part of the suction head of the vacuum cleaner to which the hair removing function shown in FIG. 2 is added.

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Referring to the drawings, both shafts 56a and 56b of the rotating drum 56 are correspondingly installed between the rotating drum brackets 42, and the rotating drum 56 is disposed at the center of the rotating drum brackets 42. Rotating drum bearing 54 is provided to be fitted to each shaft 56a, 56b of the to support the smooth rotation of the corresponding rotating drum 56.

In addition, at one end of the rotary drum 56, a driven gear 58, for example, by a bevel gear, for interlocking with the rotation of the electric motor 16 shown in Fig. 2 is provided, and the rotary drum 56 On the outer circumferential surface the striking piece engaging jaw 60 is formed at a predetermined angle.

Here, the position of the electric motor 16 for driving the rotating drum 56 is not limited to just shown in Figure 5 any position for achieving the technical gist of the invention to drive the rotating drum 56. The electric motor 16 and the rotary drum 56 may be connected by an endless belt.

One end of the striking piece module 62 is fixedly installed on the striking piece fixing bracket 46 formed on the lower case 12b, and the striking piece module 62 is formed of a plurality of striking piece bodies 62a. The tip 62b of each striking body 62a is formed at an upward angle.

In addition, the electric motor 16 is fixed to the lower case 12b by fastening a screw to a bracket fixing hole formed in the fixing rib 66a formed on both sides of the motor fixing bracket 66, and the motor shaft 64a. The driving gear 69 is provided with the driven gear 58 installed on the shaft 56b of the rotating drum 56 to transmit the rotational force of the electric motor 16.

Therefore, the suction head of the vacuum cleaner to which the hair removal function of the present invention is added, the wheel 28 and the electric motor 16, the rotary drum 56 and the striking piece module 62 on the lower case 12b. In the installed state, when the power is turned on by the switch element 16 and any one of the strong, medium, and weak levels of the dust removing function is selected, the electric motor 16 is rotated and operated to the set level.

The rotational force of the electric motor 16 is transmitted to the driven gear 58 through the drive gear 69 coupled to the motor shaft 64a, whereby the rotary drum 56 is rotated, As the tip 62b of the striking piece body 62a is lifted by the rotation of the rotary drum 56, an elastic force is formed on the striking piece body 62a, and the tip 62b is the rotary drum 56. When the batting piece catching jaw (60) is out of the hitting piece body 62a by hitting the cleaning object (bedding, carpet, clothing, etc.) by elasticity, the dust (and / or dirt, ticks, etc.) It is to be sucked by the vacuum suction motor (not shown) provided in the vacuum cleaner main body connected to the suction head is added to the whisk function according to the invention.

That is, the front end 62b of the striking piece body 62a of the striking piece module 62 is not caught by the striking piece catching jaw 60 formed on the outer circumferential surface of the rotary drum 56 (ie, see FIG. 6A). ), When the rotary drum 56 is rotated, the tip 62b of the striking piece body 62a is raised while being caught by the striking piece catching jaw 60 of the rotary drum 56 (FIG. 6b), when the striking piece catching jaw 60 of the rotary drum 56 rotates beyond the critical rotation angle range, the tip 62b of the striking piece body 62a is removed from the striking piece catching jaw 60; As it is detached and elastically lowered, the cleaning object is elastically blown and swept through the corresponding blow intake hole 50 (see FIG. 6C).

Therefore, by repeatedly hitting the impact piece body 62a, dust (and / or dirt, mites, etc.) penetrated into a cleaning object such as bedding, carpet, and clothing can be cleaned by vacuum suction.

7 is a view showing another example of the suction head of the vacuum cleaner with a whisk function according to the present invention.

That is, a plurality of striking piece engaging jaw 60 is formed on the outer circumferential surface of the rotary drum 56 shown in Figure 5 to maintain at least one or a mutually constant angle, accordingly the striking piece of the other striking module 62 At the same time (62a) is to blow the object to be cleaned to blow, but as shown in Figure 7, the outer peripheral surface of the rotating drum 56, while maintaining a constant distance to each other while hitting the catch jaw (60a) at different positions ) Is formed, the number of the striking piece engaging jaw (60a) corresponds to the number of the striking piece (62a) of the striking piece module 62.

In such a configuration, the striking piece main body 62a of the striking piece module 62 is continuously cleaned by the striking piece catching jaw 60a formed at the different positions when the rotary drum 56 rotates. Hitting and hitting will give an effect.

On the other hand, according to another example of the rotary drum 56 shown in Figure 8 is formed so that one side is eccentric about the rotation axis (56a, 56b) so that the eccentric portion of the front end 62b of the striking body (62a) ) Is to act as a striking jaw (60b) is caught.

In addition, the shape and position of the striking piece engaging jaw (60) formed on the outer circumferential surface of the rotary drum 56 shown in Figure 5 is in conjunction with the rotation of the electric motor 16 elasticity of the striking piece body 62 If the action is to be made, it may be variously changed along the outer peripheral surface of the rotating drum (56).

9 is a view showing another example of the hitting body in the suction head of the vacuum cleaner with a whisk function according to the present invention.

That is, in the case of the striking piece body 62a of the striking piece module 62, the tip 62b is upwardly formed while being generally linear, but in the case of the striking piece body 62a shown in FIG. The reinforcing reinforcement bent portion (62c) is formed at the predetermined position can be shaken by hitting the cleaning object with a more reinforced elastic force.

Further, according to the present invention, if the tip 62d of the striking piece body 62a is processed into a spherical shape or a spherical member is coupled separately, the possibility of causing scratches on the surface of the cleaning object when the cleaning object is applied is excluded. .

Figure 10 shows another example of the hitting piece module provided in the suction head of the vacuum cleaner with a whisk function according to the present invention.

That is, in the case of the striking piece module 70 illustrated in FIG. 10, the striking body is integrally formed while the striking pieces of the striking body are maintained at a constant interval, and thus, an elastic action for striking the cleaning object. This is made stronger.

Here, in the above description, the striking piece module hits the cleaning object by the elastic force formed by the continuous rotation of the rotary drum 56 interlocked with the electric motor 16, the rotation according to the present invention The electric motor 16 is in a state in which the blow piece body is formed directly on both sides of the drum 56, so that the forward / reverse rotation is performed so that the rotating drum interlocks with the forward / reverse rotation of the electric motor 16 ( By the forward / reverse rotation of 56, the impact piece bodies formed on both sides of the rotating drum 56 may alternately strike the cleaning object.

11 is a view for explaining the main structure of the suction head of the vacuum cleaner is added to the hair removal function according to another embodiment of the present invention.

Referring to the drawings, at the bottom of the lower case 80 corresponding to the lower case 12b, the striking piece module 86 hits a cleaning object at regular intervals, and a plurality of blow intake holes 82 in which intake is made. Is formed.

In addition, a bearing seating groove 84 in which a bearing 84a for supporting rotation of the striking module 86 in a vertical direction is mounted on sidewalls upright on both rear sides of the lower case 80.

In addition, at a predetermined position of the lower case 80, a plurality of striking piece module lifting guide rods 84b are formed at a predetermined length to support a lifting action of the striking piece module 86 while maintaining a constant interval.

According to the striking piece module 86, unlike the striking piece modules 62 and 70 according to the above-described embodiment, the rear end and the front end are integrally formed and a plurality of striking piece main bodies 86b between the rear end and the front end. ) Is formed in a branched form.

On the other hand, the striking piece module 86 is composed of a plurality of striking piece body one end is formed integrally, the other end of the striking piece body (that is, the tip of the striking piece module 86) is a rotating drum described later It is also possible to apply a structure that is individually lifted by the structure (see the structure shown in FIG. 7) or a structure in which a plurality of tip ends are integrally formed and lifted (see the structure shown in FIG. 10).

On both sides of the rear side of the striking module 86, the rotation projection 88 is formed in the bearing (84a) disposed on both rear sides of the lower case 80 is formed, the rear predetermined of the striking piece module 86 At the position, a plurality of guide rod mounting holes 90 corresponding to the striking piece module lifting guide rod 84b formed at the rear of the lower case 80 are formed, and the striking piece module 86 corresponding to the elastic part is elastic. A spring support protrusion 92 is formed to support the lower end of the elastic spring 98 to pressurize with it.

In addition, referring to the drawings, the cover member 96 is coupled to both the rear side walls of the lower case 80 and the upper side of the rear wall, and the cover member 96 is formed on both sides through the bearing seating groove 84. As the bearing support piece 96a is formed to prevent the bearing 84a from being separated, the elastic spring 98 is interposed between the bottom surface and the spring support protrusion 92 on the striking piece module 86.

An electric motor 100 is installed in front of the lower case 80, and the rotational force of the electric motor 100 is added to the striking piece module 86 on the motor shaft 100a of the electric motor 100. The bearing hole 102a of the rotating drum 102 for converting the elastic force is coupled, and on both sides of the rotating drum 102, a rotary wing shape for lifting the tip 94 of the striking piece module 86 The hit piece engaging jaw 102b is formed in plural.

Here, the rotary drum 102 in the form illustrated in Figure 5, 7 or 8 according to the shape of the striking piece module 86 (that is, the form of the striking piece body forming the striking piece module) You may apply.

Therefore, when the electric motor 100 is rotated in a state in which the suction head of the vacuum cleaner having the hair removal function added to the present embodiment is assembled, the rotary drum 102 coupled to the shaft 100a rotates in association. As a result, the striking piece engaging jaw 102b of the rotary drum 102 rotates to lift the tip 94 of the striking piece module 86 so that an elastic force is accumulated.

The striking piece module 86 is a bedding stream as a cleaning object through the striking suction hole 82 of the lower case 80 with the accumulated elastic force when the tip 94 is released from the striking jaw 102b. They can also pat a carpet or clothing to shake off dust (and / or dirt, mites, etc.).

When the tip 94 of the striking piece module 86 is lifted by the striking piece catching jaw 102b of the rotary drum 102 in a series of whistle action processes of the striking piece module 86 The rotating protrusions 88 formed on both rear sides of the striking piece module 86 are supported by rotation by the bearings 84a provided on both rear side walls of the lower case 80.

In addition, the striking piece module 86 of the striking piece catching jaw of the rotary drum 102 from the state that the front end 94 is lifted by the striking piece catching jaw 102b of the rotary drum 102 It is elastically supported by the elastic spring 98 interposed between the cover member 96 in the process of being separated from the (102b) and blows off the cleaning object.

Therefore, the impact piece module 86 repeatedly hits the cleaning object repeatedly under the support of the elastic spring 98 by the rotating drum 102 interlocked with the electric motor 100, thereby reducing dust (and And / or dirt, aphids, etc.).

12 is a view showing a state in which the suction head of the vacuum cleaner with a whisk function according to an embodiment of the present invention is detachably installed in the intake pipe of the vacuum cleaner.

That is, referring to the drawing, the vacuum cleaner 200 is provided with a structure for cleaning a cleaning object including a vacuum suction motor. The vacuum cleaner 200 is provided with a dusting function according to the present invention. Detachable application of the suction head (refer to 12 in FIG. 1) enables cleaning by the whisk function.

On the other hand, Figure 13 is a view showing a form in which the suction head of the vacuum cleaner with a whisk function according to an embodiment of the present invention is installed in the intake pipe of the vacuum cleaner.

The vacuum cleaner 300 shown in the drawing is a so-called 'handy' and detachably attaches the suction head (typically 12 of FIG. 1) of the vacuum cleaner to which the whisk function according to the present invention is attached to the front or the front lower side of the vacuum cleaner. When applied or integrally applied, cleaning by the hair removal function is possible.

Furthermore, if the suction head of the vacuum cleaner with the whisk function according to the present invention is operated by operating the vacuum cleaner 200 or 300 without operating the electric motor, cleaning by the same suction as a normal vacuum suction head is possible. It becomes possible.

On the other hand, the present invention is not limited to the above-described application example, it is a matter of course that various changes and modifications can be carried out within the scope not departing from the technical gist and gist of the invention.

That is, when the blow piece module or the blow piece body elastically strikes a cleaning object by the power of the electric motor in the suction head of the vacuum cleaner having the hair removal function described in the above embodiments, the cleaning is performed. Any method may be applied.

In addition, a structure in which the tip of the striking piece module or the striking piece body is lifted by the power of the electric motor to obtain an elastic force may be changed to a structure in which the rear end of the striking piece module or the striking piece body is lifted to obtain an elastic force. The electric power of the electric motor may be transferred and lifted to the upper end of the striking piece module or the striking piece body.

In addition, the rotating drum has a structure in which the striking piece catching jaw is formed to lift the tip of the striking piece main body, but the striking piece is integrally formed on both sides of the rotating drum and the rotating drum is rotated by the forward / reverse rotation of the electric motor. The cleaning object may be elastically hit while being rotated forward and reverse.

On the other hand, on the outer circumferential surface of the rotating drum, for example, a striking member using a flexible material (synthetic resin) or a fiber rope or an elastic spring elasticity is formed to hit the cleaning object while rotating 360 ° in conjunction with the rotation of the rotating drum. You may also

Further, it is more advantageous if the sterilization unit, which is assembled with a UV sterilization lamp, is detachably applied by a pull lug or integrally applied to the front end, the rear end, or the bottom of the suction head of the vacuum cleaner having the hair removal function according to the present invention.

1 is a view for explaining the external structure of the suction head of the vacuum cleaner is added to the hair removal function according to an embodiment of the present invention,

2 is a view for explaining the internal structure of the suction head of the vacuum cleaner is added to the hair removal function according to the present invention shown in FIG.

3 and 4 is a view showing an example of a wheel configured in the suction head of the vacuum cleaner is added to the hair removal function shown in Figure 2,

FIG. 5 is a view for explaining the main part of the suction head of the vacuum cleaner to which the hair removing function shown in FIG. 2 is added;

6a to 6c is a view for explaining the whisk action to the cleaning object by the suction head of the vacuum cleaner with a whisk function according to the present invention,

7 is a view showing another example of the suction head of the vacuum cleaner is added whisk function according to the present invention,

8 is a view showing another example of the suction head of the vacuum cleaner is added whisk function according to the present invention,

9 is a view showing another example of the blow piece module configured in the suction head of the vacuum cleaner is added to the whisk function according to the present invention

10 is a view showing another example of the blow piece module provided in the suction head of the vacuum cleaner is added to the hair removal function according to the present invention,

11 is a view for explaining the main structure of the suction head of the vacuum cleaner is added whisk function according to another embodiment of the present invention,

12 is a view showing a state in which the suction head of the vacuum cleaner with a whisk function according to the present invention is detachably connected to the vacuum cleaner,

13 is a view showing another state in which the suction head of the vacuum cleaner to which the whisk function is added is connected to the vacuum cleaner according to the embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

10: suction head, 12: main body case,

12a: upper case, 12b: lower case,

16: electric motor, 28: wheels,

50: blow aspirator, 58: driven gear,

56: rotating drum, 60, 60a: striking jaw,

62: the striking piece module 62a: the striking piece body,
62c: reinforcement bend, 69: drive gear,

70: blow piece module, 80: lower case,

86: striking piece module, 84b: striking piece module lifting guide rod,

90: guide rod fitting, 98: elastic spring,

100: electric motor, 102: rotating drum.

Claims (11)

In the suction head of the vacuum cleaner which is connected to the intake pipe of the vacuum cleaner and hits the cleaning object through the blow hole of the lower case coupled to the upper case, the cleaning is made, An electric motor installed on the lower case to form a rotational force for hitting the cleaning object; Rotating drum is coupled to the electric motor and the outer peripheral surface has a blow piece engaging jaw for converting the rotational force of the electric motor into an elastic force for the impact of the cleaning object, A tip piece is added by the striking piece catching jaw of the rotary drum, and includes a striking piece module hitting the cleaning object. The one end of the striking piece module is fixed to the lower case and the other end forming the front end of the striking piece module hits the cleaning object with the elastic force by the striking jaw of the rotary drum linked to the electric motor Suction head of the vacuum cleaner with a whisk function, characterized in that consisting of a plurality of blow piece body. (delete) The method of claim 1, wherein the striking piece body has a structure in which each other end is lifted individually by the striking piece catching jaw of the rotary drum, a structure in which a plurality of other ends are formed integrally and lifted up, and the other end of the whole It is in the form of any one of the structure that is formed integrally lifted up, The resilient reinforcement bending portion is formed in the blow piece body, The suction head of the vacuum cleaner with a whisk function, characterized in that the other end of the striking piece main body is lifted individually to form a spherical shape. 2. The hair removal jaw according to claim 1, wherein the striking jaw of the rotating drum is selected from the form of a single structure formed at the same position on the outer circumferential surface of the rotating drum and the form of a plurality of structures formed at mutually discontinuous and different positions. Suction head of vacuum cleaner with function. (delete) (delete) In the suction head of the vacuum cleaner which is connected to the intake pipe of the vacuum cleaner and hits the cleaning object through the blow hole of the lower case coupled to the upper case, the cleaning is made, An electric motor installed on the lower case to form a rotational force for hitting the cleaning object; A rotating drum coupled to the shaft of the electric motor and having a striking jaw for converting the rotational force of the electric motor into an elastic force for hitting the cleaning object; A striking piece module which is rotated on both sidewalls of the lower case once by supporting the rotating projections and the tip end formed at the other end thereof by the striking jaw of the rotating drum to strike the cleaning object; A cover member installed on both sidewalls of the lower case to support the rotating protrusions formed at both ends of one end of the striking module; The suction head of the vacuum cleaner with a whisk function, characterized in that it comprises an elastic spring interposed between the cover member and the striking piece module to elastically press the striking piece module. The method of claim 7, wherein the predetermined position of the lower case is formed with a plurality of striking piece module lifting guide rods at a constant length to maintain a predetermined interval to support the lifting action of the striking piece module, The suction head of the vacuum cleaner with a whisk function, characterized in that a plurality of guide rod mounting holes corresponding to the hitting piece module lifting guide rod of the lower case is formed at a predetermined rear of the hitting piece module. According to claim 7, wherein the striking piece module is branched into a plurality of striking piece body formed integrally, The striking piece body has a structure in which each other end is lifted individually by the striking jaw of the rotary drum, a structure in which a plurality of other ends are formed integrally, and the other end of the whole is integrally formed and lifted up The suction head of the vacuum cleaner with a hair removal function, characterized in that formed in the form of any one of the losing structure. (delete) (delete)

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