KR20200010941A - Smart furniture apparatus with display function - Google Patents

Abstract

According to the present invention, a smart furniture apparatus placed in a store to enable a visited client to use the same comprises a smart table (100). The smart table (100) comprises: an upper plate portion (110) having a plate shape with a predetermined area and disposed horizontally; a plurality of support legs (120) standing on a lower portion of the upper plate portion (110) and configured to support a load thereof; a display (180) embedded in the upper plate portion (110) and configured to display a screen having a large area through an upper surface of the upper plate portion (110) according to control signals; and a table control unit (150) which controls the display (180) to display, in a normal situation, an upper plate image (I1) of a general table placed in a general store and to display, when an operation signal is inputted, a menu image (I2) including menus sold at the corresponding store, and outputs a menu order signal to order a specific menu that a client has selected from the displayed menu image (I2).

Description

Smart furniture device with display function {SMART FURNITURE APPARATUS WITH DISPLAY FUNCTION}

The present invention relates to a smart furniture device equipped with a display function of the present invention. More specifically, a menu can be viewed and ordered through a large-area screen using a top plate of a table arranged to be used by a client visiting a store. It relates to a smart furniture device having a display function that can provide.

In general, a number of tables are arranged in stores such as cafes and restaurants, so that clients who visit can put their own items or foods ordered. However, since the conventional store table is used only for the purpose of placing goods in this way, the utilization of the table occupying a relatively large space in the store was insignificant.

On the other hand, in shops where customers take orders at the counter and serve food, such as cafes or fast food restaurants, the client visits the table at the desired table in order to eat the food. There was a problem of going through a complicated procedure of receiving the ordered food when the preparation was completed after waiting.

In addition, a menu board is provided for each table so that the user can select a menu from the table. However, since most menu boards are made in a booklet format, only the name and price of each menu are guided, but the image and description of each menu is insufficient. The menu choices that suit the client's taste were limited.

Patent Publication No. 10-2017-0125666 (Nov. 15, 2017), a filling table.

The present invention was created in order to solve the above-mentioned problems, an object of the present invention is to view and order the menu through a large-area screen using a table of a large surface area can increase the convenience of the client, and A variety of video contents can be provided such as advertisement images promoting the menus and chain stores and beautiful backgrounds, such as atmosphere changing images, which greatly enhances the usability of the table. It is to provide a smart furniture device with a display function to display the image of the top of the table on the table top to make the overall atmosphere of the store stable and eliminate the heterogeneity caused by the image output.

Smart furniture device with a display function according to the present invention for achieving the above object, in the smart furniture device disposed in the store to be used by the visited client, the upper plate portion 110 is arranged horizontally consisting of a plate shape having a certain area ), A plurality of support legs 120 disposed upright in the lower portion of the upper plate portion 110 to support the load, and mounted inside the upper plate portion 110 through the upper surface of the upper plate portion 110 according to a control signal. A display 180 displaying a large-area screen, and a top plate image I1 of a general table normally arranged in a general store are displayed on the display 180, and when a manipulation signal is input, a menu sold in the store is displayed. The display 180 is driven to display the menu image I2 included therein, and the specific menu selected by the client is displayed on the displayed menu image I2. Comprising a table controller 150 for outputting the menu order signal for ordering smart table 100; comprises.

Here, the table controller 150 may control to change the top image I1 displayed on the display 180 in response to an operation signal when a plurality of top images I1 having different shapes are stored or received through a communication network. Can be.

In addition, the table control unit 150 further stores a predetermined advertisement image I3 and mood changing image I4 or is input through a communication network, and according to the operation signal, the top plate image I1, the menu image I2, One of the advertisement image I3 and the mood switching image I4 may be controlled to be displayed on the display 180.

In addition, each of the table control unit 150 of the plurality of smart tables 100 disposed in the store terminal 400 is connected to the communication network; further comprising, the store terminal 400 is each smart table 100 Outputs an operation signal for collectively manipulating the screens displayed on the display 180 of the display 180, and the table controller 150 of each smart table 100 according to the operation signal of the store terminal 400 displays the upper plate image I1. ), One of the menu image I2, the advertisement image I3, and the mood switching image I4 may be controlled to be displayed on the display 180.

In addition, the table controller 150 controls the display 180 to display a screen for menu order and payment for a menu selected by the client in cooperation with the store terminal 400, and the store terminal 400 controls the client. You can order the selected menu and make a payment.

In addition, the camera 500 is installed in the store and stores the store manager prepares the ordered menu to be sent to the store terminal 400; The store terminal 400 further comprises a smart ordered menu to prepare The received menu preparation image is transmitted to the table 100, and the table controller 150 of the smart table 100 may control the received menu preparation image to be displayed on the display 180.

In addition, the support leg 120 has a structure in which the vertical length is adjusted, the smart table 100, the driving force required to adjust the length of the support leg 120 in accordance with the control signal of the table control unit 150. Further comprising a length adjustment drive unit 130 to provide a backrest 210 that is upright disposed to support the user's back, horizontally arranged one side edge is fastened to the bottom of the backrest 210 and supports the user's buttocks To support the buttocks 220, a plurality of support legs 230 made of a structure that is arranged upright in the lower portion of the buttocks butler 220 to support the load and the vertical length is adjusted, according to the control signal 230 Smart chair 200 including a length control drive unit 240 for providing a driving force required to adjust the length and a chair control unit 260 for driving control of the length adjustment drive 240; and further comprises the table control unit 150 ) And of The control unit 260 is provided with a communication function that is connected to the communication terminal and the client terminal 300, the smart furniture control application is installed, the specified length of each support leg (120, 230) in accordance with the operation signal of the client terminal (300) Each length adjustment drive 130, 240 may be drive controlled to be adjusted.

On the other hand, the client terminal 300 is stored in the vertical length setting data of each of the support legs (120,230) provided in the smart table 100 and the smart chair 200, the table control unit 150 and the chair by NFC communication method When the table control unit 150 and the chair control unit 260 are recognized in signal connection with the control unit 260, the stored vertical length setting data is transmitted, and the table control unit 150 and the chair control unit 260 set the received vertical length. According to the data, the driving legs 120 and 230 may be controlled to be adjusted to the set up and down lengths.

According to the smart furniture device with a display function according to the invention,

First, the upper plate portion 110 is made of a plate shape having a predetermined area is horizontally arranged, the plurality of support legs 120 are placed upright in the lower portion of the upper plate portion 110 to support the load, the inside of the upper plate portion 110 The display 180 is mounted to display a large area screen through the upper surface of the upper plate 110 according to a control signal, and the table controller 150 displays a menu image including a menu sold in a corresponding store when an operation signal is input. By controlling (I2) to be displayed on the display 180 and outputting a menu order signal for ordering a specific menu selected by the client on the displayed menu image I2, the client needs to go to the counter to select and order the menu. It does not have enough information about the menu or the description of the menu.

Second, as shown above, when the menu image I2 is not displayed or the menu is normally selected, the top image I1 of a general table arranged in a general store is displayed on the display 180 to stably display the overall atmosphere of the store. And it can solve the heterogeneity of the top board caused by the image output.

Third, the table controller 150 stores a plurality of top images I1 having different shapes or is received from a store terminal 400 through a communication network and is displayed on the display 180 according to an operation signal. ) Can be changed to use the top image I1 that matches the taste of the client.

Fourth, the table control unit 150 further stores the image for changing the atmosphere (I4), such as an advertisement image (I3) promoting a menu or a chain store sold in a store or a beautiful background, or stores the terminal (400) through a communication network. By receiving an input from the image of any one of the top image (I1), the menu image (I2), the advertising image (I3) and the atmosphere switching image (I4) on the display 180 according to the operation signal by the interior effect and promotional effect Can be implemented at the same time.

Fifth, the terminal 400 is signal-connected to the table control unit 150 of each smart table 100 through a communication network and outputs an operation signal for collectively operating the screen displayed on each display 180, each The table controller 150 displays one of the upper plate image I1, the menu image I2, the advertisement image I3, and the atmosphere switching image I4 according to the operation signal of the store terminal 400. 180, the store manager does not need to manually manipulate the screen of the smart table 100, and the image displayed on each smart table 100 may be matched to increase the internal interior effect of the store.

Sixth, the table controller 150 controls the display 180 to display a screen for menu order and payment for a menu selected by the client in cooperation with the store terminal 400, and the store terminal 400 controls the client. By ordering the selected menu and performing the payment, the client does not need to go to the counter for payment of the ordered menu, thereby greatly increasing the convenience of the client.

Seventh, the store 500 is a camera 500 for storing the process of preparing the menu ordered by the store manager to send to the store terminal 400 is arranged, the store terminal 400 is ordered to prepare the smart table 100 ordered menu Transmits the received menu preparation image, the table control unit 150 of the smart table 100 controls the received menu preparation image to be displayed on the display 180, to watch the process of the ordered menu is sanitarily prepared By watching the cooking process, you can anticipate when the ordered menu is ready, and you can ease the boredom of waiting for the ordered menu to be ready.

Eighth, the support legs 120 of the smart table 100 and the support legs 1230 of the smart chair 200 are vertically adjusted according to control signals of the controllers 150 and 260, and the table controller 150 and The chair control unit 260 is provided with a communication function that is connected through a communication network and the client terminal 300, the smart furniture control application is installed, according to the operation signal of the client terminal 300, the designated up and down of each support leg (120, 230) By driving control to be adjusted to the length, a separate operation means is unnecessary, so that manufacturing costs can be reduced.

Ninth, the upper and lower length setting data of each of the support legs (120, 230) provided in the smart table 100 and the smart chair 200 is stored in the client terminal 300, the table control unit 150 and the chair by NFC communication method When the table control unit 150 and the chair control unit 260 are recognized in signal connection with the control unit 260, the stored vertical length setting data is transmitted, and the table control unit 150 and the chair control unit 260 set the received vertical length. By driving control so that each of the support legs 120 and 230 is adjusted to the set up and down lengths according to the data, the client merely moves the client terminal 300 to the smart table 100 and the smart chair 200 by the smart table 100. And the smart chair 200 can be automatically adjusted to the height optimized for the client.

1 is a schematic view showing the configuration of a smart furniture device having a display function according to an embodiment of the present invention,
2 is a block diagram showing the functional configuration of a smart table according to an embodiment of the present invention;
3 is a schematic diagram showing various images displayed on the upper plate of the smart table according to an embodiment of the present invention;
Figure 4 is a schematic diagram showing the configuration of the smart table and smart chair according to an embodiment of the present invention,
Figure 5 is a side cross-sectional view showing a structure in which the vertical length of the support leg is adjusted in accordance with a preferred embodiment of the present invention,
6 is a block diagram showing the functional configuration of a smart chair according to an embodiment of the present invention;
Figure 7 is a side cross-sectional view showing the configuration of the cushion adjustment unit according to a preferred embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the present specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

Smart furniture device equipped with a display function according to an embodiment of the present invention can view and order menus through a large area screen using a top plate of a table arranged to be used by clients visiting the store and at the same time provide a variety of video content As the furniture to be included, as shown in Figures 1 and 4 includes a smart table 100 and a smart chair 200.

First, the smart table 100 is a furniture used for storing goods, as shown in FIGS. 1 and 2, a top plate 110, a plurality of support legs 120, a display 180, and a table controller ( 150).

The top plate 110 is a top plate member that provides a space for arranging the display 180 is formed in a plate shape having a predetermined area horizontally and provides a flat loading space on the top. The plurality of support legs 120 is a leg member that supports the upper plate portion 110 at a predetermined height and is placed upright in the lower portion of the upper plate portion 110 to support the load.

The display 180 is a screen output means for providing various image contents including a menu and is mounted inside the upper panel 110 to display a large-area screen through the upper surface of the upper panel 110 according to a control signal. .

Here, it is preferable that a reinforcement film made of a transparent material is disposed on the upper surface of the display 180 to prevent scratches or damage to the surface of the beverage cup, food, and the possession of the client. When the upper surface of the 110 is made of a transparent reinforcing film material may be disposed inside the upper plate portion 110 to output the screen through the transparent upper surface.

The table controller 150 is a microcontroller that controls a screen designated on the display 180 to be displayed. An upper plate image (I1, FIG. 1 and FIG. 3A) of a general table normally disposed in a general store is shown. Is displayed on the display 180 and an operation signal is input, the display 180 drives the display 180 to display a menu image (I2, see FIG. 3B) including a menu sold in a corresponding store. A menu order signal for ordering a specific menu selected by the client is output on the image I2.

In this case, the display 180 may be a touch panel, and may receive a touch input signal together with a screen output to receive selection information (operation signal) of a menu selected by the user, and the upper panel 110 or the display 180. By using an input means such as an operation button not shown on one side of the), it is possible to receive selection information for selecting a particular menu selected by a user from among a plurality of menus included in the menu image I2 as an order menu.

As such, when the operation signal is input, the table controller 150 controls the display 180 to display a menu image I2 including a menu sold in a corresponding store and displays a specific menu selected by the client on the displayed menu image I2. By outputting a menu order signal for ordering, the client does not have to go to the counter to select and order a menu, and can sufficiently convey the picture or description of the menu to the client.

In addition, in the case where the menu image I2 is not displayed on the screen or the menu is not selected as described above, the top image I1 of the general table arranged in the ordinary store is displayed on the display 180 to stably display the overall atmosphere of the store. And it can solve the heterogeneity of the top board caused by the image output.

In addition, the table controller 150 stores a plurality of top images I1 having different shapes or is input from the store terminal 400 through a communication network and is displayed on the display 180 according to an operation signal. ) Can be changed to use the top image I1 that matches the taste of the client.

And, as shown in (c) and (d) of Figure 3, the table control unit 150 is a mood-changing image, such as advertising image (I3) for promoting the menu or chain stores sold in the store or a beautiful landscape background (I4) is further stored or received from the store terminal 400 through the communication network according to the operation signal any one of the top image (I1), menu image (I2), advertising image (I3) and mood switching image (I4) By displaying the image on the display 180 can be implemented at the same time interior effect and promotional effect.

On the other hand, the store terminal 400 is connected to the table control unit 150 of each smart table 100 by a communication network and outputs an operation signal for collectively operating the screen displayed on each display 180, each The table controller 150 displays one of the upper plate image I1, the menu image I2, the advertisement image I3, and the atmosphere switching image I4 according to the operation signal of the store terminal 400. 180, the store manager does not need to manually manipulate the screen of the smart table 100, and the image displayed on each smart table 100 may be matched to increase the internal interior effect of the store.

Here, the table controller 150 controls the display 180 to display a screen for menu order and payment for a menu selected by the client in cooperation with the store terminal 400, and the store terminal 400 controls the client. By ordering the selected menu and performing the payment, the client does not need to go to the counter for payment of the ordered menu, thereby greatly increasing the convenience of the client.

In addition, as shown in Figure 1, the store is disposed in the camera 500 to store the store manager prepares the ordered menu to transmit to the store terminal 400, the store terminal 400 is prepared The received menu preparation image is transmitted to the smart table 100 which has ordered the menu, and the table control unit 150 of the smart table 100 controls the received menu preparation image to be displayed on the display 180, whereby the ordered menu is displayed. You can watch the hygienic preparation process and watch the cooking process to anticipate the completion of the ordered menu and save the boredom of waiting until the order is ready.

In addition, the smart table 100 may be provided to automatically adjust to a horizontal state according to the inclined state of the top plate 110. To this end, the smart table 100 is a length control driver 130 for providing a driving force necessary to adjust the length of the support leg 120 according to the control signal of the table control unit 150, and the slope change of the top plate 110 It further includes a tilt sensor 140 for outputting a measurement signal corresponding to the.

In addition, the table controller 150 detects the inclination of the upper plate 110 in one direction according to the measurement signal of the inclination sensor 140, and the inclined movement of the upper plate 110 is performed a plurality of times in the same direction within the set time. If repeated, the length adjustment driver 130 is driven to control the vertical length of the support leg 120 so that the horizontal state of the upper plate 110 is maintained.

In addition, as shown in FIG. 5, the support leg 120 has an upper end mounted on the upper plate 110 and a base frame 121 provided with a lifting space therein, and is inserted through the lifting space so as to be elevated. The lifting frame 122 is included. The length adjustment driver 130 provides a driving force necessary to adjust the length of the support leg 120 according to the control signal of the table control unit 150.

To this end, as shown in the drawing, the first screw thread 131 formed around the upper portion of the elevating frame 122 and the support leg 120 are disposed on the upper part and rotate in accordance with a control signal of the table controller 150. A drive shaft having a second screw thread 134 which is disposed upright in the lifting space and is axially coupled to the drive motor 132 and engaged with the first screw thread 131 at a lower circumference thereof. 133).

Here, when the driving motor 132 and the drive shaft 133 is axially coupled to the drive shaft 133 in the vertical direction when the drive motor 132 is directly connected to the drive motor 120, the load applied to the support leg 120 May cause damage or malfunction. Accordingly, as shown in the drawing, a drive gear 135 having a gear train formed along the circumference is disposed above the drive shaft 133, and each gear train engages in a direction orthogonal to the drive gear 135 on the rotation shaft of the drive motor 132. The worm gear 136 is disposed, the upper end of the drive shaft 133 is formed to be round and the upper end portion 110 is supported by the upper end of the drive shaft 133 rotates the upper end of the drive shaft 133 with a round groove formed in the lower portion It is preferable that a bearing 137 is provided to possibly support it.

Therefore, when a control signal for increasing the vertical length of the support leg 120 is input from the table controller 150, the driving motor 132 rotates forward in one direction, and the driving shaft 133 condensed with the first screw thread ( The lifting frame 122 is lowered with respect to the base frame 121 by the screwing structure of the 131 and the second screw thread 134, thereby increasing the length. On the other hand, when a control signal for reducing the vertical length of the support leg 120 is input, the driving motor 132 reversely rotates in the other direction, and the driving shaft 133 rotates together, thereby elevating the frame 122 with respect to the base frame 121. ) Will move up and down, reducing the length.

The inclination sensor 140 is a sensor member that outputs a measurement signal corresponding to a change in inclination of the upper plate 110 to the table control unit 150, and inclines in the technical field to which the present invention belongs, such as a gyro sensor, an acceleration sensor, an ultrasonic sensor, and the like. Various sensors for outputting an electrical signal that varies with change may be used.

Here, although one inclination sensor 140 is illustrated that one is disposed on the edge of the upper plate portion 110, but is not limited to this, one inclination sensor 140 may be disposed in the center of the upper plate portion 110, a plurality of Inclination sensors 140 may be distributed and spaced apart along the rim.

For example, when the user applies downward pressure while raising his / her hand to the upper plate 110, the upper plate 110 may be arranged in a direction in which the support legs 120 having shorter vertical lengths are disposed among the respective support legs 120. When the movement occurs in the same direction in a set number of times (for example, three times) in succession, the table control unit 150 determines that the flow by the short support leg 120 is the support leg 120 By adjusting the upper and lower lengths of), even when downward pressure is applied to the upper plate part 110, the horizontal state can be maintained.

In addition, the table controller 150 calculates an average value of each movement change when the inclined movement of the upper plate 110 is repeated a plurality of times in the same direction within a set time, and the top and bottom of the support legs 120 arranged in the inclined direction. By adjusting the length by the calculated average value so that the horizontal state of the upper plate 110 is maintained, more precise length adjustment is possible, and the support leg 120, which was relatively short in the upper and lower lengths, was adjusted than the other support legs 120 by the length adjustment. The phenomenon of lengthening can be prevented.

In addition, the smart table 100 as shown in Figure 2 and 5 may further include a length measuring unit 160 for measuring the vertical length of each support leg 120, such a length measuring unit 160 ), An optical encoder can be preferably used. In addition, although the length measuring unit 160 is disposed inside the support leg 120 to sense the rotation state or the length adjustment state of the drive shaft 133, the present invention is not limited thereto. The rotation of the driving motor 132 is not limited thereto. By calculating the value it is also possible to measure the degree of length adjustment in proportion to the rotation.

And, as shown in the figure, the smart table 100 is mounted so that the rod 171 is placed upright and lowered in the lower portion of each support leg 120 is pulled down through the lower end of the support leg 120. The apparatus may further include a motion generator 170. Here, the movement generating unit 170 is a leg rest 172 disposed on the lower end of the support leg 120 to be supported on the ground, and the lower end of the lifting rod 171 is connected to the leg rest 172. It may include an actuator (173) fixedly mounted to the lower portion of the lifting frame (122).

In addition, when the inclined movement of the upper plate 110 is repeated a plurality of times in the same direction within a set time, the table controller 150 sequentially operates the movement generating units 170 disposed on the respective support legs 120. It calculates a movement change value inclined in the direction in which each support leg 120 is disposed, and is operated to adjust the vertical length of each support leg 120 so that the horizontal state of the upper plate 110 is maintained according to the calculated movement change value. .

In this case, the rod is smaller than the lifting force of the support leg 120 to which the load of the upper plate part 110 is applied and the lifting force is greater than the lifting force of the support leg 120 to which the load of the upper plate part 110 is not applied. By providing the elevating operation 171, it is possible to prevent the phenomenon that the upper plate portion 110 rises to a higher position beyond the horizontal state by the elevating operation of the rod 171.

When no external pressure is applied to the upper plate 110 through the configuration of the movement generating unit 170, a support leg 120 in a direction in which the upper plate 110 is inclined is generated by generating a similar motion as that of the external pressure. That is, it is possible to accurately recognize the support legs 120, which are the length adjustment targets, and to determine the case where the inclination occurs in the direction in which the two or more support legs 120 are disposed, respectively. It may be possible to adjust the horizontal state in a manner.

On the other hand, the smart chair 200 according to the preferred embodiment of the present invention can be automatically adjusted so that the buttock 220 is maintained in a horizontal state by the vertical length is automatically adjusted, such as the length adjustment function of the smart table 100 described above. have.

To this end, as shown in Figures 4 and 6, the backrest 210 is placed upright to support the user's back, horizontally arranged one side edge is fastened to the lower end of the backrest 210 and supports the user's buttocks To support the buttocks 220, a plurality of support legs 230 made upright and vertically spaced apart in the lower portion of the buttocks support 220, the vertical length is adjusted, and the support legs 230 according to the control signal The length adjustment driver 240 provides a driving force necessary to adjust the length of the inclination, the inclination sensor 250 for outputting a measurement signal corresponding to the change in the inclination of the buttocks 220, and the tilt of the buttocks 220 Chair control unit 260 for controlling the length adjustment drive 240 to maintain the horizontal state of the buttocks support 220 by adjusting the vertical length of the support leg 230 when the losing movement is repeated a plurality of times in the same direction within a set time Including All.

Here, in addition to the above-described smart table 100, the horizontal adjustment target is changed from the upper plate portion 110 to the buttocks 220, using the length adjusting drive unit 240, the tilt sensor 250 and the chair control unit 260. Since the method of adjusting the vertical length of the support leg 230 is similar to the same, overlapping description will be omitted.

On the other hand, inside the backrest 210 and the buttocks support 220 may be elastic support for the back or buttocks, such as the cushion material (211,221) of the spring structure is arranged and supported. However, the cushioning materials 211 and 221 are fixed in thickness or elastic force, and the cushioning feeling is inevitably constant.

Accordingly, the smart chair 220 may be provided with a cushion adjusting unit 280 to provide an appropriate cushioning feeling according to the user's taste. To this end, the cushion adjusting unit 280 is disposed inside the backrest 210 as shown in FIG. 7 and is provided with an airtight space portion 282 that is a soft first airbag that expands or contracts according to air injection. 281 and a hard second airbag 283 disposed inside the space portion 282 of the first airbag 281 and having an airtight space portion 284, which expands or contracts according to the air injection. The flexible third airbag 285 disposed inside the buttock 220 and having an airtight space portion 286 and expanding or contracting according to the air injection, and the space portion of the third airbag 285 ( 286, a fourth airbag 287 having a rigid airtight portion 288 disposed therein and expanding or contracting according to the air injection, and each airbag 281, 283, 285, 287 according to a control signal of the chair controller 260. Injected or injected air individually into the space of the It includes an air supply unit 289 for discharging.

In addition, the chair control unit 260 may inject air into the first airbag 281 and the third airbag 285 or provide a hard cushioning feeling to provide a soft cushioning feeling according to an operation signal. By driving control of the air supply unit 289 so that air is injected into the 283 and the fourth airbag 287, a soft cushion, a hard cushion, or both of these cushions are appropriately adjusted according to a user's preference. Mixed cushioning can optionally be used.

In addition, the table control unit 150 and the chair control unit 260 is provided with a communication function to be connected to the communication network and the client terminal 300, such as a smart phone, the smart furniture control application is installed, the communication network, the operation of the client terminal 300 By controlling the drive of each length adjustment drive (130,240) to be adjusted to the designated up and down length of each support leg (120,230) in accordance with the signal, a separate operation means is unnecessary, it is possible to reduce the manufacturing cost.

In addition, the client terminal 300 stores the vertical length setting data of each of the support legs 120 and 230 provided in the smart table 100 and the smart chair 200, and the table control unit 150 and the chair by the NFC communication method. When the table control unit 150 and the chair control unit 260 are recognized in signal connection with the control unit 260, the stored vertical length setting data is transmitted, and the table control unit 150 and the chair control unit 260 set the received vertical length. By driving control so that each of the support legs 120 and 230 is adjusted to the set up and down lengths according to the data, the client merely moves the client terminal 300 to the smart table 100 and the smart chair 200 by the smart table 100. And the smart chair 200 can be automatically adjusted to the height optimized for the client.

As mentioned above, although this invention was demonstrated by the limited embodiment and drawing, this invention is not limited by this, The person of ordinary skill in the art to which this invention belongs, Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

100 ... smart table 110 ... top plate
120,230 ... Supporting legs 130,240 ... Length adjustment drive
140,250 Tilt sensor 150 Table control
160 ... Length Measurement Unit 170 ... Motion Generation Unit
200 ... smart chair 210 ... backrest
220 ... buttocks 300 ... client terminals

Claims (8)

A smart furniture device that is placed in a store for use by a visited client,
The upper plate portion 110 is horizontally arranged consisting of a plate shape having a predetermined area,
A plurality of support legs 120 disposed upright in the lower portion of the upper plate part 110 to support a load;
A display 180 mounted inside the upper plate 110 to display a large area screen through an upper surface of the upper plate 110 according to a control signal;
In general, a top image I1 of a general table arranged in a general store is displayed on the display 180, and when an operation signal is input, the display image is displayed such that a menu image I2 including a menu sold in the store is displayed. And a smart table (100) including a table control unit (150) for controlling the driving and outputting a menu order signal for ordering a specific menu selected by the client on the displayed menu image (I2).
The method according to claim 1,
The table controller 150 controls a plurality of top images I1 having different shapes to be stored or received through a communication network and to change the top images I1 displayed on the display 180 according to an operation signal. Smart furniture.
The method according to claim 2,
The table controller 150 further stores a predetermined advertisement image I3 and an atmosphere changing image I4 or is input through a communication network, and according to the manipulation signal, the top image I1, the menu image I2, and the advertisement image. Smart furniture device, characterized in that for controlling so that any one of the image (I3) and the mood switching image (I4) is displayed on the display (180).
The method according to claim 3,
Further comprising; a store terminal 400 which is connected to each of the table control unit 150 of the plurality of smart tables 100 arranged in the store through a communication network,
The store terminal 400 outputs an operation signal for collectively operating the screen displayed on the display 180 of each smart table 100,
The table control unit 150 of each smart table 100 is selected from among the top image I1, the menu image I2, the advertisement image I3, and the atmosphere switching image I4 according to the operation signal of the store terminal 400. Smart furniture device characterized in that the control to display any one image specified on the display (180).
The method according to claim 4,
The table controller 150 controls the display 180 to display a screen for menu order and payment for a menu selected by the client in cooperation with the store terminal 400.
The store terminal 400 is a smart furniture device, characterized in that for processing the order and payment of the menu selected by the client.
The method according to claim 4,
Installed in the store, the store manager photographs the process of preparing the ordered menu to transmit to the store terminal 400; 500 further includes,
The store terminal 400 transmits the menu preparation image received to the smart table 100 in order to prepare a menu,
The table control unit 150 of the smart table 100 is smart furniture device, characterized in that the control to display the received menu preparation image on the display (180).
The method according to any one of claims 1 to 6,
Each support leg 120 is made of a structure in which the vertical length is adjusted,
The smart table 100 further includes a length adjusting driver 130 for providing a driving force necessary to adjust the length of the support leg 120 according to the control signal of the table control unit 150,
A backrest 210 that is placed upright to support the user's back,
Is arranged horizontally is fastened to one side of the lower end of the backrest 210, butt support 220 to support the buttocks of the user,
A plurality of support legs 230 which are arranged upright in the lower part of the butt support 220 to support the load and have a structure in which the vertical length is adjusted;
Length adjusting drive unit 240 for providing a driving force for adjusting the length of the support leg 230 in accordance with the control signal, and
And a smart chair 200 including a chair control unit 260 for driving control of the length adjustment driving unit 240 according to an input operation signal.
The table control unit 150 and the chair control unit 260 are provided with a communication function that is connected to the communication network and the client terminal 300, the smart furniture control application is installed, each support leg in accordance with the operation signal of the client terminal 300 Smart furniture device, characterized in that for driving control of each length adjustment drive (130,240) so as to be adjusted to a specified up and down length of (120,230).
The method according to claim 7,
The client terminal 300 stores the vertical length setting data of each of the support legs 120 and 230 provided in the smart table 100 and the smart chair 200, and the table control unit 150 and the chair control unit (NFC communication method). When the table controller 150 and the chair controller 260 are recognized in signal connection with the signal 260, the stored vertical length setting data is transmitted.
The table control unit 150 and chair control unit 260 is a smart furniture device characterized in that the drive control so that each support leg (120, 230) is adjusted to the set up and down length in accordance with the received up and down length setting data.

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