KR102118976B1 - Showcase for contact lenses and method for displaying contact lenses with it - Google Patents

Abstract

The present invention is to provide a contact lens display device capable of displaying a variety of information on a corresponding contact lens product in real time according to a user's selection while displaying a plurality of sample contact lenses. The contact lens display device according to the present invention is provided by a user among a plurality of contact lens cases and a plurality of contact lens cases having a display plate main body having a display plate portion, a case receiving groove accommodating a contact lens, and disposed on the display plate portion. A switch unit for generating a signal corresponding to the touched contact lens case, a storage unit for storing information of the contact lenses accommodated in each of the plurality of contact lens cases, a display unit for displaying contact lens information stored in the storage unit, and a switch And a control unit that matches one of the contact lens information stored in the storage unit according to the signal generated by the unit and displays it through the display unit.

Description

Display device for contact lenses and how to display contact lenses using the same{SHOWCASE FOR CONTACT LENSES AND METHOD FOR DISPLAYING CONTACT LENSES WITH IT}

The present invention relates to a contact lens display device, and more specifically, while displaying a plurality of contact lens samples, a contact lens display device capable of providing information on a contact lens product selected by a user in real time and a method of displaying a contact lens using the same It is about.

Contact lenses are lenses that adhere to the front of the eyeball to correct or improve vision. Contact lenses are used in medical applications as well as in cases where the glasses are blurred or dangerous for occupation, and are not used for cosmetic purposes or to make the bill look good.

These contact lenses have no aberration because the line of sight and the optical axis of the lens are identical, and there is no difference in the size of the retina on the left and right, so there is no visible or distorted object, so the field of view is wide and the eyesight is improved. It is widely used due to the like. Recently, color contact lenses, which are implemented by coating various colors on lenses, are gaining popularity.

Due to the increase in the types of contact lenses, opticians selling contact lenses secure display space and display various types of contact lenses so that consumers can easily see them.

However, contact lenses are difficult to store due to the nature of the contact lenses when exhibited for propaganda or sales, and there are difficulties in making it easy to see many types of contact lenses having various colors. In addition, the contact lens is difficult to wear a sample, and after the seller inspects the consumer's eyesight, the product suitable for the eyesight is sold without a wearing process according to the consumer's selection.

Therefore, there is a problem in that the consumer cannot purchase the contact lens without confirming the wearing state.

To solve this problem, a contact lens dry display device is disclosed in Korean Utility Model Publication No. 0470737 (January 07, 2014). The device disclosed in the above publication includes a case made of a transparent acrylic material accommodating a contact lens, and a base plate to which a plurality of cases are fixed, and the purchaser visually checks the product name and amount of the contact lens on the base plate. An explanation unit is provided, and an example unit in which a wear photograph wearing a contact lens is disposed.

However, since such a conventional device shows information about a contact lens in printed text or a photograph, there is a disadvantage in that the size increases as the number of displays of the contact lens increases, and there is a simple limit to the information provided to the consumer.

Registered Utility Model Publication No. 0470737 (January 07, 2014)

The present invention is to solve the problems of the prior art as described above, while displaying a plurality of contact lens samples while displaying a variety of information about the contact lens product in accordance with the user's selection in real time, a contact lens that can be provided to the user An object of the present invention is to provide a display device and a method of displaying contact lenses using the same.

A contact lens display device according to the present invention for solving the above object, a display plate body having a display plate portion; A plurality of contact lens cases having a case accommodating groove accommodating the contact lenses and disposed on the display panel; A switch unit for generating a signal corresponding to a contact lens case touched by a user among the plurality of contact lens cases; A storage unit for storing information of contact lenses accommodated in each of the plurality of contact lens cases; A display unit that displays contact lens information stored in the storage unit; And a control unit that matches one of the contact lens information stored in the storage unit and displays it through the display unit according to a signal generated by the switch unit.

The controller may change the displayed information of the contact lens accommodated in the contact lens case according to the number of times the same contact lens case is touched by the user among the plurality of contact lens cases.

The contact lens case is movably disposed on the display panel part, and the switch part may generate an electrical signal according to the movement of the contact lens case.

The switch unit includes a touch panel disposed inside the display panel body so as to be touched by the plurality of contact lens cases, and the touch panel generates signals corresponding to the touch positions of each of the plurality of contact lens cases. Can be.

The switch unit may include a plurality of push switches disposed inside the display panel body so as to generate a signal by being pressed by the plurality of contact lens cases.

The contact lens display device according to the present invention may include a plurality of elastic members disposed inside the display panel body so as to apply elastic force in a direction to return the contact lens case to its original shape.

The contact lens case includes a case body formed to open the case receiving groove upwardly and coupled to the display panel, a case cover detachably coupled to the case body to cover the case receiving groove, and the case receiving It may include a window provided in the middle of the case cover so that the contact lens accommodated in the groove can be seen from the outside of the case cover.

The display panel portion is provided with a display plate portion opening in which the case body is vertically movable, and a display plate portion guide for guiding the case body, and the case body is engaged with the display plate portion guide so as to be movable relative to the case guide. May be provided.

The switch unit includes a plurality of touch pads disposed on each of the plurality of case covers to generate a touch input signal, the case cover is provided with a case cover terminal electrically connected to the touch pad, and the case body A case body terminal electrically connected to the control unit and detachably connected to the case cover terminal may be provided.

The contact lens display device according to the present invention may include an input unit disposed on the display panel body to enable information input by a user.

The contact lens display device according to the present invention comprises: an optical code reader disposed on the display panel body so as to scan the optical code formed on the packaging case in which the contact lens is packaged and transmit the scanned contact lens information to the storage unit; It can contain.

The contact lens display device according to the present invention may include a communication unit that receives contact lens information stored in an external server and communicates with the external server to update information of the contact lens stored in the storage unit.

On the other hand, the contact lens display method according to the present invention for solving the above-mentioned object, (a) a plurality of contact lens cases that are arranged to accommodate the contact lenses and arranged on the display panel, and the contact lens case touched by the user A switch unit for generating a signal corresponding to, and a storage unit for storing information of the contact lenses accommodated in each of the plurality of contact lens cases, a display unit for displaying contact lens information stored in the storage unit, and the switch unit Providing a contact lens display device comprising a control unit for receiving the generated signal and controlling the display unit; (b) detecting a user touch on the plurality of contact lens cases; (c) checking, by the storage unit, information on a contact lens accommodated in a contact lens case touched by a user among the plurality of contact lens cases according to a signal generated by the switch unit; And (d) displaying, by the control unit, contact lens information matching the signal generated by the switch unit among contact lens information stored in the storage unit through the display unit.

The step (a) may include preparing the contact lens display device and inputting data related to contact lens information stored in the storage unit.

The data input step may include inputting coordinates of each of the contact lens cases, inputting contact lens information related data of the contact lenses accommodated in each of the contact lens cases, and the coordinates of each of the input contact lens cases. And matching the input contact information related data and storing the data in the storage unit.

The step of inputting the data related to the contact lens information may be performed by scanning the optical code formed in the packaging case in which the contact lens is packaged with an optical code reader provided in the contact lens display device.

The data input step includes: an update check and a data update step for contact lens information related data of the contact lenses accommodated in each of the contact lens cases, inputting coordinates of each of the contact lens cases, and each of the contact lens cases The method may include inputting contact lens information related data of the contact lens accommodated in, and matching the coordinates of each input contact lens case with the input contact lens information related data and storing the data in the storage unit. .

In step (d), the control unit may change and display the displayed information of the contact lens accommodated in the contact lens case according to the number of times the same contact lens case is touched by the user among the plurality of contact lens cases.

According to another aspect of the present invention, in the contact lens display device according to the present invention, the contact lens case, the case receiving groove is formed to be opened to the upper side and the case body coupled to the display panel portion, the case accommodation It includes a case cover detachably coupled to the case body to cover the groove, and a window portion provided in the middle of the case cover so that a contact lens accommodated in the case receiving groove can be seen from the outside of the case cover, The display plate portion is provided with a display plate portion opening in which the case body is vertically movable, and a bottom surface through hole 115 of the display plate portion opening is formed on the bottom surface of the display plate portion opening 113, and the contact lens case 120 is provided. ) Is disposed spaced apart from the case body and includes a case body extension 125 supporting the case body, and a case body plunger base 136a and one end disposed on the bottom side of the display panel 112. A case body plunger 136 that is connected to the body plunger base 136a and includes a case body plunger shaft 136b whose upper end penetrates through the opening of the display panel portion and can be connected to or contact with the bottom surface of the case body extension portion 125. Including, it is also possible to generate a signal change of the switch body 140, the case body plunger base (136a) is disposed at the bottom.

In the contact lens display device, a lamp 180 including an LED may be disposed outside the switch unit 140.

The contact lens display device according to the present invention stores and stores contact lenses in a plurality of contact lens cases arranged and arranged on the display panel body, so that a user can visually check the contact lens object through the window portion of the contact lens case. In addition, when the user touches the contact lens case, detailed information on the contact lens accommodated in the contact lens case is displayed through the display unit, so that various information about the contact lens that the user wants to check can be provided in real time. Therefore, it can help the user to quickly check sufficient information about the contact lens and select a product.

1 is a perspective view schematically showing a contact lens display device according to an embodiment of the present invention.
2 is a block diagram showing a part of a contact lens display device according to an embodiment of the present invention.
3 and 4 are for explaining the movement of the contact lens case of the contact lens display device according to an embodiment of the present invention.
5 is an exploded perspective view showing a contact lens case of a contact lens display device according to an embodiment of the present invention.
6 and 7 are for explaining the coupling structure of the display panel body and the contact lens case of the contact lens display device according to an embodiment of the present invention.
8 is a plan view showing a touch panel of a contact lens display device according to an embodiment of the present invention.
9 is a flowchart illustrating a method of displaying a contact lens using a contact lens display device according to an embodiment of the present invention.
10 and 11 are flowcharts showing in detail the providing steps of the contact lens display method shown in FIG. 9.
12 is a flowchart illustrating a method of displaying a contact lens using a contact lens display device according to an embodiment of the present invention.
13 and 14 are for explaining the operation of the contact lens display device according to an embodiment of the present invention.
15 shows a partial configuration of a contact lens display device according to another embodiment of the present invention.
16 and 17 show a partial configuration of a contact lens display device according to another embodiment of the present invention.
18 and 19 are partial perspective views and cross-sectional views of some configurations of a contact lens display device of a modified example of another embodiment of the present invention.

Hereinafter, a contact lens display device according to the present invention will be described with reference to the drawings.

1 is a perspective view schematically showing a contact lens display device according to an embodiment of the present invention, Figure 2 is a block diagram showing a partial configuration of a contact lens display device according to an embodiment of the present invention, Figure 3 and Figure 4 is for explaining the movement of the contact lens case of the contact lens display device according to an embodiment of the present invention, Figure 5 is an exploded perspective view showing a contact lens case of the contact lens display device according to an embodiment of the present invention .

As shown in the drawings, the contact lens display device 100 according to an embodiment of the present invention includes a display panel body 110, a plurality of contact lens cases 120 disposed on the display panel body 110, and a user A switch unit 140 for generating a signal corresponding to the contact lens case 120 touched by, a display unit 145 for displaying contact lens information, and a signal generated by the switch unit 140 are displayed. It includes a control unit 150 for controlling the unit 145. In FIG. 1 of the present embodiment, the plurality of contact lens cases 120 form a matrix arrangement structure and are arranged to have a diamond shape, but this can be achieved by rotating a 90-degree rotation from the diamond shape arrangement to have a rectangular shape as an example. Various configurations are possible.

The display panel main body 110 includes a main body base 111 and a display panel part 112 coupled to an upper portion of the main body base 111. A space in which components such as the switch unit 140 are disposed is provided between the main body base 111 and the display panel unit 112. The display plate portion 112 has a plurality of display plate portion openings 113 to which the contact lens case 120 is coupled. The contact lens case 120 is inserted into the display plate opening 113 to move up and down. In addition, a plurality of display plate guides 114 are provided around the display plate opening 112 of the display plate portion 112 to guide the contact lens case 120 to move linearly.

Although the display panel body 110 is shown as a square box in the drawing, the display panel body 110 may be changed to various other structures in which a plurality of contact lens cases 120 are arranged.

The contact lens case 120 accommodates the contact lens C and is movably inserted in the display plate opening 112 of the display panel portion 112. The contact lens case 120 is a case body 121 which is movably inserted up and down in the display panel opening 113 and a case detachably coupled to the case body 121 so as to cover the upper portion of the case body 121. It includes a cover 128.

The case body 121 is coupled to the case body base 122 in which the case accommodating groove 123 is provided inside the contact lens C is accommodated, and the case body protruding upwardly to the top of the case body base 122. It includes a portion 124 and a case body expansion portion 125 disposed at the bottom of the case body base 122. The case receiving groove 123 is opened outward from the top of the case body base 122 so that it can be opened and closed by the case cover 128. Case body coupling portion 124 is made of a structure provided with a spiral projection on the outside so that the case cover 128 can be screwed. The case body expansion portion 125 is provided with a width larger than the width of the display plate portion opening 113 to prevent the case body base 122 from leaving the display plate portion opening 113.

A plurality of case guides 126 corresponding to the display plate portion guide 114 of the display plate portion 112 are disposed on the outer surface of the case body base 122. The case guide 126 is movably engaged with the display plate portion guide 114 to guide the case body base 122 to move linearly in the display plate portion opening 113. In the drawing, the display panel portion guide 114 is formed in a groove shape, and the case guide 126 is shown to have a projection shape inserted into the display plate portion guide 114, but the display plate portion guide 114 is a case guide in a projection shape. 126 may be formed in a groove shape.

In addition, a touch conduction unit 135 is disposed at the bottom of the case body base 122. The touch conduction unit 135 is made of a conductive material and may change the capacitance of the touch panel 141 by contacting the touch panel 141 of the switch unit 140.

The case cover 128 includes a case cover body 129 and a case cover coupling portion 131. The window 130 is provided in the middle of the case cover body 129. The window 130 is made of a transparent or translucent material so that the contact lens C accommodated in the case receiving groove 123 of the case body 121 can be seen from the outside of the case cover 128. The case cover coupling portion 131 has a structure having a spiral protrusion corresponding to the spiral protrusion of the case body coupling portion 124 so as to be screwed to the case body coupling portion 124. The case body coupling portion 124 and the case cover coupling portion 131 may take various other coupling structures in addition to the screw-coupled structure as illustrated.

The contact lens case 120 is a contact lens (C) by covering the case receiving groove 123 of the case body 121 with the case cover 128 in a state in which the contact lens C is accommodated inside the case body 121. ) Can be safely stored to prevent contamination by foreign substances. Since the contact lens C accommodated inside the contact lens case 120 is exposed to the outside through the window 130 of the case cover 128, the user does not remove the case cover 128, but the contact lens case ( 120) the contact lens C stored in can be visually confirmed. The contact lens protection liquid is accommodated in the case accommodating groove 123 so that the contact lens C may be stored in the contact lens protection liquid.

The contact lens case 120 is elastically supported by an elastic member 137 disposed inside the display panel body 110. The elastic member 137 exerts an elastic force in a direction in which the contact lens case 120 is returned to its original shape. Therefore, when the user presses the contact lens case 120, the contact lens case 120 may descend to the touch panel 141 side of the switch unit 140, and then return to the original state by the elastic force of the elastic member 137. The elastic member 137 may be supported by the support member 138 disposed on the upper surface of the touch panel 141 of the switch unit 140. The support member 138 may be formed of various structures that can separate the elastic member 137 from the touch panel 141.

The switch unit 140 is for generating a signal corresponding to the contact lens case 120 when a user touches the contact lens case 120, and includes a touch panel 141 that generates a signal according to the touch. . The touch panel 141 is disposed inside the display panel body 110 so as to face the bottoms of the plurality of contact lens cases 120. The touch panel 141 may be formed in a capacitive manner. The touch panel 141 generates a signal corresponding to each touch of the plurality of contact lens cases 120 and transmits the signal to the controller 150.

That is, as shown in FIG. 4, when the contact lens case 120 is lowered by the user and the touch conduction unit 135 at the bottom of the contact lens case 120 touches the touch panel 141, the capacitance changes at the site. Then, a signal corresponding to the coordinates of the touch point is generated in the touch panel 141 and transmitted to the control unit 150. Since the plurality of contact lens cases 120 have respective touch positions on the touch panel 141, when the user presses the contact lens case 120, a unique touch signal corresponding to each of the contact lens cases 120 is touch panel. (141).

In addition to the capacitive type, the touch panel 141 may have various other structures capable of generating a corresponding signal according to each touch of the plurality of contact lens cases 120.

The display unit 145 displays contact lens information according to a signal generated by the switch unit 140. The display unit 145 may be integrally formed with the display panel body 110 as illustrated, or may be disposed separately from the display panel body 110. The display unit 145 is controlled by the control unit 150 and displays information corresponding to the contact lens C accommodated in the contact lens case 120 touched by the user.

The controller 150 controls the display unit 145 to display information corresponding to the contact lens C accommodated in the contact lens case 120 touched by the user. Specifically, the control unit 150 receives a signal from the switch unit 140, matches one of the contact lens information stored in the storage unit 155 according to the signal, and displays it through the display unit 145. The storage unit 155 stores information about each of the contact lenses C accommodated in each of the plurality of contact lens cases 120. The contact lens information may include an enlarged image, size, color, and wearing sample image of the corresponding contact lens C. Accordingly, when the various types of information on the contact lens C accommodated in each of the plurality of contact lens cases 120 are matched with the coordinates of the contact lens case 120 and stored in the storage unit 155 in advance, the user can contact the contact lens case ( When touching 120), information on the contact lens C accommodated in the corresponding contact lens case 120 can be directly displayed and provided to the user.

Information about the contact lens C accommodated in the contact lens case 120 may be newly input or updated as necessary. To this end, the display panel body 110 is provided with an input unit 160 and an optical code reader 165. The input unit 160 may be provided in various forms capable of inputting information, such as an input button or a touch screen. The user can easily update information such as the type, size, color, and image of the contact lens C accommodated in the contact lens case 120 disposed at a predetermined coordinate on the touch panel 141 using the input unit 160. have. The optical code reader 165 may scan the optical code formed on the packaging case in which the contact lens C is packaged, and transmit the scanned contact lens information to the storage unit 155. The optical code containing the contact lens information may be formed in various forms such as a QR code or a bar code, and the optical code reader 165 may take various structures to scan various types of optical codes.

In addition, contact lens information stored in the storage unit 155 may be provided from an external server S. That is, by communicating with the server S through the communication unit 170, the control unit 150 can receive newly input or updated information to the server S, and contact lens information related data stored in the storage unit 155 Can be updated.

As described above, the contact lens display device 100 according to an embodiment of the present invention can display the contact lens C in a plurality of contact lens cases 120 disposed on the display panel body 110. have. The user or the customer can visually check the contact lens C contained in the contact lens case 120 through the window 130 of the contact lens case 120, and more detailed information about the contact lens C When necessary, detailed contact lens information may be provided in real time through the display unit 145 by touching the corresponding contact lens case 120.

Hereinafter, a method of displaying a contact lens using the contact lens display apparatus 100 according to an embodiment of the present invention will be described.

Referring to FIG. 9, a method for displaying a contact lens according to an embodiment of the present invention includes a providing step (S10 ), a touch sensing step (S20 ), a data confirmation step (S30 ), and a display step (S40 ). do.

As shown in FIG. 10, the providing step (S10) includes a step (S11) of preparing the contact lens display device 100 and a data input step (S12 ). Step S11 of preparing the contact lens display device 100 is a step of preparing the contact lens display device 100 in hardware as described above. In the data input step (S12 ), data related to contact lens information of the contact lens C accommodated in each of the plurality of contact lens cases 120 is matched to the coordinates of the contact lens case 120 and input and stored in software. It is a step.

The data input step (S12) may include a corresponding coordinate input step (S14), a data input step (S16) related to individual contact lens information, and a step (S18) of storing the corresponding coordinate data. The corresponding coordinate input step (S14) is a step of inputting the coordinates of each of the plurality of contact lens cases 120, and the individual contact lens information related data input step (S16) is a contact accommodated in each of the plurality of contact lens cases 120 This is a step of inputting data related to contact lens information of the lens C. And the step of storing the corresponding coordinate data (S18) is a step of matching the coordinates of each input contact lens case with the input contact information related data and storing the data in the storage unit 155. The step of inputting contact lens information related data (S16) may be performed through the input unit 160 or the optical code reader 165.

The providing step S10a may include steps as shown in FIG. 11. The device preparation step (S11) in FIG. 11 is the same as described above. The data input step (S12a) is a data update check and update step (S13a), a corresponding coordinate input step (S14a), an individual contact lens information related data input step (S16a), and a step of storing the corresponding coordinate data (S18a). It may include. Here, the corresponding coordinate input step (S14a), the individual contact lens information related data input step (S16a), and the step of storing the corresponding coordinate data (S18a) is as described above. In the data update check and update step (S13a ), update check and data update of contact lens information related data of the contact lens C accommodated in each of the plurality of contact lens cases 120 may be performed. That is, the communication unit 170 communicates with the server S to receive newly input or updated information to the server S to update contact lens information related data stored in the storage unit 155.

The touch sensing step (S20) is a step of sensing a user touch on the plurality of contact lens cases 120. In this step, as the user touches the contact lens case 120, the control unit 150 receives a signal generated from the touch panel 141.

The data checking step S30 is a step in which the control unit 150 checks contact lens information in the storage unit 155 according to a signal generated by the switch unit 140. In this step, the control unit 150 according to the signal generated by the switch unit 140, the contact lens (C) accommodated in the contact lens case 120 touched by the user of the plurality of contact lens case 120 Check in the storage unit 155.

The display step S40 is a step in which the control unit 150 controls the display unit 145 according to a signal generated by the switch unit 140 to display related contact lens information. In this step, the control unit 150 displays contact lens information matching the signal generated by the switch unit 140 among the contact lens information stored in the storage unit 155 through the display unit 145.

The data confirmation step (S30) and the display step (S40) of the method for displaying a contact lens according to an embodiment of the present invention may be specifically performed as follows.

First, as shown in FIG. 4, when a user or a customer touches and contacts the contact lens case 120, the contact lens case 120 descends toward the touch panel 141 and the touch conduction unit 135 of the contact lens case 120 Touches the touch panel 141. At this time, the touch panel 141 generates a signal corresponding to the touch coordinates of the contact lens case 120 and transmits the signal to the control unit 150. At this time, the control unit 150 displays information corresponding to the contact lens C matched among the contact lens information stored in the storage unit 155 according to the signal of the switch unit 140 through the display unit 145.

Specifically, as illustrated in FIG. 12, the controller 150 checks the coordinates of the contact lens case 120 touched according to the signal received from the switch unit 140 (S31), and touches the contact lens case 120 ) Is checked whether the coordinates are the same (S32). At this time, when the contact lens case 120 and the contact lens case 120 different from the first touch are touched, the controller 150 determines that the coordinates of the touched contact lens case 120 are different, and according to the new coordinate information. The new contact lens information is displayed through the display unit 145 (S33).

On the other hand, when the same contact lens case 120 as the first contact lens case 120 is touched, the controller 150 determines whether the contact lens case 120 is overlapped and touched (S34), and the same contact lens. If it is confirmed that the case 120 is touched repeatedly, another contact lens C for the contact lens C corresponding to the same coordinates is displayed (S35).

For example, when a user touches the contact lens case 120, an enlarged image of the corresponding contact lens C may be displayed on the display unit 145 as shown in FIG. 13. In addition, when the user touches the same contact lens case 120 again, the control unit 150 may display other information such as a wearing sample image for the same contact lens C, as shown in FIG. 14.

In addition, if the same contact lens case 120 is not touched repeatedly, the controller 150 may maintain the contact lens displayed on the display unit 145 (S36).

Here, the overlapping touch may be limited to a case in which the same contact lens case 120 is touched again within a preset time, and the time serving as the overlapping touch criterion may be variously set.

As such, the controller 150 may variously change the displayed information of the contact lens C accommodated in the contact lens case 120 according to the number of times the same contact lens case 120 is touched by the user. Different information on the same contact lens C may be displayed in various forms according to the number of touches of the contact lens case 120, so that it is possible to provide a variety of contact lenses to the user quickly and accurately.

As described above, the contact lens display device 100 according to an embodiment of the present invention contains and stores the contact lens C in a plurality of contact lens cases 120 arranged and arranged on the display panel body 110. As a result, the user can visually check the real contact lens through the window 130 of the contact lens case 120. In addition, when the user touches the contact lens case 120, detailed information about the contact lens C accommodated in the contact lens case 120 is displayed through the display unit 145, so that the user wants to check the contact lens C ) Can be provided in real time. Therefore, it is possible to help the user to quickly check sufficient information about the contact lens C and select a product.

On the other hand, Figure 15 shows a part of the configuration of a contact lens display device according to another embodiment of the present invention.

In the contact lens display device shown in FIG. 15, the switch unit 240 is modified compared to the contact lens display device 100 described above. That is, the switch unit 240 includes a plurality of push switches 241 corresponding to the plurality of contact lens cases 120. The push switch 241 is pressed by the contact lens case 120 when the contact lens case 120 is lowered by the user, generates a signal, and transmits the signal to the control unit 150. The plurality of push switches 241 may generate different signals. By matching the different signals generated by the plurality of push switches and the information of each of the contact lenses C accommodated in the plurality of contact lens cases 120 and storing them in the storage unit 155, the contact lens case pressed by the user ( A variety of information about the contact lens (C) accommodated in 120) can be displayed in real time.

18 and 19 also show a partial perspective view and a cross-sectional view of a part of the configuration of a contact lens display device of a modified example of another embodiment of the present invention.

Any one of the plurality of contact lens cases 120 is inserted into any one of the plurality of display plate openings 113 formed in the display plate portion 112 which is coupled to the upper portion of the body base 111 of the display plate body 110. It can be moved up and down, the bottom surface of the display plate opening 113 is formed with a through-hole opening 115 of the display panel opening,

The case body plunger 136 is provided with a case body plunger base 136a and a case body plunger shaft 136b, the case body plunger base 136a is disposed on the bottom side of the display panel portion 112, and the case body plunger shaft (136b) is through the display panel opening through the bottom surface through-hole 115, the upper end is connected to or in contact with the lower surface of the separated case body expansion unit 125 of the contact lens case 120.

A touch conduction unit 135 may be further disposed on the bottom surface of the case body plunger base 136a to more clearly change the electrical signal.

A touch panel 141 of the switch unit 140 is disposed under the base body plunger base 136a, and is formed through a change in electrostatic force or electrical signal that changes according to the vertical movement of the case body plunger base 136a. The touch signal of is generated, which is transmitted to the control unit through the touch panel 141.

At this time, in some cases, a lamp 180 that can be implemented as an LED or the like is disposed in the vicinity of the touch panel 141 to form light, which is transmitted to the upper side through the touch panel 141 formed of a transparent substrate. As a result, a structure for transmitting predetermined light to the contact lens case 120 may be employed.

With the generation of a signal through the pressurization of the contact lens case, related information on the contact lens disposed inside the predetermined pressurized contact lens case may be displayed according to the control signal of the controller.

Meanwhile, FIGS. 12 and 17 show a part of a contact lens display device according to another embodiment of the present invention.

The contact lens display device shown in FIGS. 12 and 17 is a change in the contact lens case 320 and the switch unit 340 compared to the contact lens display device 100 described above.

The contact lens case 320 shown in FIGS. 12 and 17 accommodates the contact lens C and is disposed on the display panel portion 112. The contact lens case 320 includes a case body 321 fixed to the display panel body 110 and a case cover 328 detachably coupled to the case body 321 so as to cover the upper portion of the case body 321. It includes.

The case body 321 is coupled to the case body base 322 is provided with a case receiving groove 323 inside the contact lens (C) is accommodated, and the case body is provided protruding upward to the top of the case body base 322 Includes section 324. A coupling protrusion 325 is provided on the outer surface of the case body coupling portion 324. One side of the case body base 322 is provided with a case body terminal 326 that is electrically connected to the control unit 150 inside the display panel body 110.

The case cover 328 includes a case cover body 329 and a case cover coupling part 331. In the middle of the case cover body 329, a transparent or translucent window portion 330 is provided. A coupling groove 332 corresponding to the coupling protrusion 325 of the case body 321 is provided on the inner surface of the case cover coupling portion 331. The case cover terminal 333 is disposed on one side of the case cover body 329 to face the case body terminal 326 of the case body 321.

The case cover 328 is detachably coupled to the case body 321 in a form in which the case cover coupling portion 331 surrounds the case body coupling portion 324. When the case cover coupling portion 331 is coupled to the case body coupling portion 324, the case cover 328 by being inserted into the coupling protrusion 325 of the case body 321 into the coupling groove 332 of the case cover 328 ) May maintain a stable coupling state with the case body 321. In addition, when the case cover coupling portion 331 is coupled to the case body coupling portion 324, the case body terminal 326 of the case body 321 and the case cover terminal 333 of the case cover 328 are electrically connected. .

The switch unit 340 includes a plurality of touch pads 341 disposed in the plurality of contact lens cases 320. The touch pad 341 is disposed outside the case cover 328 of the contact lens case 320 to generate a touch input signal. The touch pad 341 is electrically connected to the case cover terminal 333 of the case cover 328. Therefore, when the case cover terminal 333 is connected to the case body terminal 326, the touch pad 341 may be electrically connected to the control unit 150.

When the user touches the touch pad 341, the touch pad 341 generates a touch input signal and transmits it to the controller 150. Accordingly, by matching the touch input signal generated in each of the plurality of touch pads 341 and the information of each of the contact lenses C accommodated in the plurality of contact lens cases 120 and storing them in the storage unit 155, the user Various information on the contact lens C accommodated in the contact lens case 120 in which the touch pad 341 touched is disposed may be displayed in real time.

In this embodiment, the position of the touch pad 341 may be changed to various other positions other than the case cover body 329. In addition, the electrical connection structure of the touch pad 341 and the control unit 150 is not limited to that shown, and may be variously changed.

The present invention has been described as a preferred example, but the scope of the present invention is not limited to the form described and illustrated above.

For example, although the drawing shows that the contact lens case includes a case body having a case receiving groove, and a case cover provided with a window portion in the middle and detachably coupled to the case body, the contact lens case includes a contact lens ( C) can be accommodated so that it can be seen from the outside can be changed to various other structures disposed on the display panel portion 112.

In addition, although the input unit 160 and the optical code reader 165 are illustrated in the drawing as being disposed on the display panel body 110, components for inputting these information may be provided separately from the display panel body 110.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and variations without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the claims below, and all technical spirits within the equivalent range should be interpreted as being included in the scope of the present invention.

100: contact lens display device 110: display panel body
111: body base 112: display panel portion
120, 320: contact lens case 121, 321: case body
123, 323: case receiving groove 128, 328: case cover
130, 330: window unit 135: touch conduction unit
137: elastic member 140, 240, 340: switch unit
141: touch panel 145: display unit
150: control unit 155: storage unit
160: input unit 165: optical code reader
170: communication unit 241: push switch
341: Touch pad

Claims (20)

A display plate body having a display plate portion; A plurality of contact lens cases having a case accommodating groove accommodating the contact lenses and disposed on the display panel; A switch unit for generating a signal corresponding to a contact lens case touched by a user among the plurality of contact lens cases; A storage unit for storing information of contact lenses accommodated in each of the plurality of contact lens cases; A display unit that displays contact lens information stored in the storage unit; It includes; and a control unit for matching one of the contact lens information stored in the storage unit according to the signal generated by the switch unit to display through the display unit; includes,
The contact lens case is movably disposed on the display panel portion, and the switch portion generates an electrical signal according to the movement of the contact lens case,
And a plurality of elastic members disposed inside the display panel body so as to apply elastic force in a direction to restore the contact lens case to its original shape.
According to claim 1,
The control unit is a contact lens display device, characterized in that for changing the displayed information of the contact lens accommodated in the contact lens case according to the number of times the same contact lens case is touched by the user among the plurality of contact lens cases.
delete According to claim 1,
The switch unit includes a touch panel disposed inside the display panel body so as to be touched by the plurality of contact lens cases,
The touch panel is a contact lens display device, characterized in that for generating a signal corresponding to the touch position of each of the plurality of contact lens case.
According to claim 1,
The switch unit, a contact lens display device, characterized in that it comprises a plurality of push switches disposed inside the display panel main body to generate a signal by being pressed by the plurality of contact lens cases.
delete According to claim 1,
The contact lens case,
A case body formed to open the case receiving groove upward and coupled to the display panel part,
A case cover detachably coupled to the case body so as to cover the case receiving groove;
And a window portion provided in the middle of the case cover so that the contact lens accommodated in the case receiving groove is visible from the outside of the case cover.
A display plate body having a display plate portion; A plurality of contact lens cases having a case accommodating groove accommodating the contact lenses and disposed on the display panel; A switch unit for generating a signal corresponding to a contact lens case touched by a user among the plurality of contact lens cases; A storage unit for storing information of contact lenses accommodated in each of the plurality of contact lens cases; A display unit that displays contact lens information stored in the storage unit; It includes; and a control unit for matching one of the contact lens information stored in the storage unit according to the signal generated by the switch unit to display through the display unit; includes,
The contact lens case includes a case body formed to open the case receiving groove upwardly and coupled to the display panel, a case cover detachably coupled to the case body to cover the case receiving groove, and the case receiving It includes a window provided in the middle of the case cover so that the contact lens accommodated in the groove can be seen from the outside of the case cover,
The display panel portion is provided with a display panel portion opening in which the case body is inserted to be movable up and down, and a display plate portion guide for guiding the case body, and in the case body, a case that is movably engaged with the display plate portion guide Contact lens display device characterized in that the guide is provided.
The method of claim 7,
The switch unit includes a plurality of touch pads disposed on each of the plurality of case covers to generate a touch input signal,
The case cover is provided with a case cover terminal electrically connected to the touch pad,
A contact lens display device characterized in that the case body is provided with a case body terminal which is electrically connected to the control unit and is detachably connected to the case cover terminal.
According to claim 1,
And an input unit disposed on the display panel body to enable information input by a user.
According to claim 1,
And an optical code reader disposed on the display panel body to scan the optical code formed on the packaging case where the contact lens is packaged and transmit the scanned contact lens information to the storage unit. Device.
According to claim 1,
And a communication unit that communicates with the external server to receive contact lens information stored in an external server and update information of the contact lens stored in the storage unit.
(a)
A display plate body having a display plate portion; A plurality of contact lens cases having a case accommodating groove accommodating the contact lenses and disposed on the display panel; A switch unit for generating a signal corresponding to a contact lens case touched by a user among the plurality of contact lens cases; A storage unit for storing information of contact lenses accommodated in each of the plurality of contact lens cases; A display unit that displays contact lens information stored in the storage unit; And a control unit that matches one of the contact lens information stored in the storage unit and displays it through the display unit according to a signal generated by the switch unit, wherein the contact lens case is movably disposed on the display panel unit, The switch unit generates an electrical signal according to the movement of the contact lens case, and a plurality of elastic members disposed inside the display panel body so as to apply elastic force in a direction to return the contact lens case to its original shape. Providing a lens display device;
(b) detecting a user touch on the plurality of contact lens cases;
(c) checking, by the storage unit, information on a contact lens accommodated in a contact lens case touched by a user among the plurality of contact lens cases according to a signal generated by the control unit; And
(d) displaying, through the display unit, contact lens information matching the signal generated by the switch unit among the contact lens information stored in the storage unit by the control unit.
The method of claim 13,
Step (a) is,
Preparing the contact lens display device,
And inputting data related to contact lens information stored in the storage unit.
The method of claim 14,
The data input step,
Inputting coordinates of each of the contact lens cases,
Inputting data related to contact lens information of a contact lens accommodated in each of the contact lens cases;
And matching the coordinates of each of the input contact lens cases with data related to the input contact lens information, and storing the contact lens information in the storage unit.
The method of claim 15,
The step of inputting the data related to the contact lens information is performed by scanning an optical code formed in a packaging case in which the contact lens is packaged with an optical code reader provided in the contact lens display device.
The method of claim 14,
The data input step,
An update check and data update step for data related to contact lens information of the contact lens accommodated in each of the contact lens cases;
Inputting coordinates of each of the contact lens cases,
Inputting data related to contact lens information of a contact lens accommodated in each of the contact lens cases;
And matching the coordinates of each of the input contact lens cases with data related to the input contact lens information, and storing the contact lens information in the storage unit.
The method of claim 13,
In the step (d), the control unit may change and display the displayed information of the contact lens accommodated in the contact lens case according to the number of times the same contact lens case is touched by the user among the plurality of contact lens cases. How to display contact lenses.
A display plate body having a display plate portion; A plurality of contact lens cases having a case accommodating groove accommodating the contact lenses and disposed on the display panel; A switch unit for generating a signal corresponding to a contact lens case touched by a user among the plurality of contact lens cases; A storage unit for storing information of contact lenses accommodated in each of the plurality of contact lens cases; A display unit that displays contact lens information stored in the storage unit; It includes; and a control unit for matching one of the contact lens information stored in the storage unit according to the signal generated by the switch unit to display through the display unit; includes,
The contact lens case,
The case receiving groove is formed to be opened upward and is coupled to the display panel, a case body, a case cover detachably coupled to the case body to cover the case receiving groove, and a contact lens accommodated in the case receiving groove It includes a window provided in the middle of the case cover so that it can be seen from the outside of the case cover,
The display plate portion is provided with a display plate portion opening in which the case body is vertically movable, and a bottom surface through hole 115 of the display plate portion opening is formed on the bottom surface of the display plate portion opening 113, and the contact lens case 120 is provided. ) Is disposed spaced apart from the case body and includes a case body extension 125 supporting the case body, and a case body plunger base 136a and one end disposed on the bottom side of the display panel 112. A case body plunger 136 that is connected to the body plunger base 136a and includes a case body plunger shaft 136b whose upper end penetrates through the opening of the display panel portion and can be connected to or contact with the lower surface of the case body extension 125 Including, the case body plunger base (136a) is a contact lens display device characterized in that it generates a signal change of the switch 140 is disposed at the bottom.
The method of claim 19,
A contact lens display device characterized in that a lamp 180 including an LED is disposed outside the switch part 140.

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