KR102141783B1 - Ai kitchen table - Google Patents

Abstract

The present invention relates to a kitchen table with artificial intelligence. According to the present invention, the table can be used for multi-purpose, such as a cooking table, a cutting board, and a sensitive display since heat resistance, durability, and pollution management effect are excellent by coating an upper surface of the table having an induction of the Internet of things (IoT) with graphene. In particular, various application functions can be performed by contacting a screen that a graphene upper plate is irradiated by a projector and interaction (PAI) beam projector, such that the entire or a part of a surface of the table is adjusted to be used as various displays so as to be widely used for various kitchen works or as an information utilizing display. In addition, the PAI beam projector is connected to a mobile terminal for interactive communication, such that various pieces of information stored in the mobile terminal can be viewed from an upper surface of the table through the PAI beam projector to easily and conveniently perform a desired work through a wide display screen.

Description

Artificial Intelligence Kitchen Table{AI KITCHEN TABLE}

The present invention relates to an AI-type kitchen table, and more specifically, an IoT (Internet of things) induction function-type equipment is mounted on the bottom of the top of the kitchen table, and the top surface is mixed with a main graphene and a member to coat it. The top of the pin itself is configured as a smart countertop with rigid conductive warpage and can function as a display board, mainly through the action detection sensor, the Projetor and Interaction is an induction pen from the top ceiling to the bottom of the smart table. Set the location and adjust the display angle and recognize the size and distance of the cookware and electronic equipment so that there is no confusion by recognizing the marking display, and at the same time, display various cooking app displays and other information on the table top with a mobile terminal such as a mobile phone. Includes support to enable charging and multi-task mirroring to work, one of the prominent features being the product's versatility, which allows it to be maintained on a knife-and-chemical countermeasure with a non-pitched, strain-free countertop. At the same time, since such a graphene coating layer is configured to be used as a display of a beam projector, various functions can be realized by detecting various motions on a table and controlling the beam projector based on the motion.

In general, the kitchen table is used as a cooker equipped with IoT ((Internet of things) induction, etc. as shown in (Patent Document 1) to (Patent Document 3) below, or for various purposes such as cooking or cutting board when cooking. use.

(Patent Document 1) Korea Registration Utility No. 20-0467639

It is a technique for a multi-purpose table that can be used in a kitchen, etc., top plate; Legs that are coupled to each of the four corners of the top plate; A support guide connected to two legs facing in the front-rear direction; A pocket that is provided on at least one of the support guides and protrudes downward while the inside and the top are open; Characterized in that it comprises; a shelf that can be stored horizontally on the support guide or stored in an erected form fitted in the pocket.

(Patent Document 2) Korean Registered Patent No. 10-1489942

It relates to an induction cooker that can be individually used in a dining table, and in particular, a dining table formed by a plurality of heating means installation holes at predetermined intervals; It has a shape in which a lid body is opened and closed on a top surface of a main body equipped with a signal and a power supply terminal detachably coupled to a signal and power connection means on the bottom surface, and is detachably installed in a heating means installation hole of the table to be installed in a high frequency inverter. When the magnetic field is generated in the working coil in response to the output high-frequency current, the induction heating plate fixedly installed in the food storage groove and the induction heating plate fixing groove of the main body is induction heated and the food is heated and cooked; A plurality of signal and power connection means installed at a bottom of the heating means installation hole on the bottom surface of the dining table so that signals and power supply terminals of the induction heating means are electrically connected to signals and power output terminals provided in the high frequency inverter; When the user wants to drive to the induction heating means through the control unit provided in the induction heating means in a state that is integrally installed on the bottom surface of the signal and power connection means or separately installed on the bottom surface of the dining table, the induction heating means is provided. It is characterized in that it consists of a single or a plurality of high-frequency inverters for generating a high-frequency current of a predetermined induction heating frequency band (X ㎑) required for driving the working coil. Therefore, users sitting at one table can perform various dishes at the same time, as well as each one can adjust the heating temperature of foods according to his/her preference, thereby greatly improving the merchandise and usability of the multi-induction cooker. Satisfaction of food and beverages cooked through the multi-induction cooker can also be satisfied, and in particular, reliability and productability according to the operation of the product itself can be greatly improved.

(Patent Document 3) Korea Open Room No. 20-2015-0004421

The separation stance is fixedly embedded in the island to eliminate the difficulties of movement and installation, and the bowl and other parts are stored in a separate storage box, and when used, the storage space is used by combining the coupling of the stance and the coupling of the bowl. It relates to an island cooker with a built-in stance characterized by reduced and improved mobility, fastness and safety of use.

However, these existing countertops have the following problems.

(1) The Seran plate glass of the Internet of things induction top plate has copper and iron components on its surface, and when it is operated, overheating occurs in that part. cause.

(2) IOT((Internet of things) Since it is a cooking area equipped with a crater such as induction, when the crater is not used, the counter cannot be used for any other purpose, thus reducing space utilization.

(3) In particular, the Internet of Things (Internet of things) induction is generally composed of two to three so that at least one dish can be cooked at a time, so a large number of IoT ((Internet of things) induction As for the countertop equipped with, space utilization for a larger area decreases, so improvement is needed.

(4) Therefore, the existing kitchen must be equipped with a cutting board, etc., so that the material can be lost or cut to an appropriate size in addition to the countertop.

(5) This not only makes the cooking space occupied and enlarged in the kitchen complex, but also acts as one factor that makes cooking difficult due to the longer copper wire.

Korea Registered Utility No. 20-0467639 (Registration date: 2013.06.19) Korean Registered Patent No. 10-1489942 (Registration Date: 2015.01.29) Korea Open Room No. 20-2015-0004421 (Publication date: 2015.12.10)

The present invention takes this point into consideration, and by coating the top surface of a table with Internet of things (IoT) induction with graphene, the heat resistance, durability, and pollution control effect are excellent, thereby making the table a countertop, a cutting board, and a sensing type display. The purpose is to provide an artificial intelligence kitchen table that can be used for various purposes.

Particularly, the present invention is configured to be able to perform various app functions by irradiating a screen on the top of a graphene in a Projetor and Interaction beam projector and touching the irradiated screen. Another purpose is to provide an artificial intelligence kitchen table that can be widely used for various purposes, such as functions as a display for various kitchen work and information utilization as a display.

In addition, the present invention is configured by allowing the PJ (Projetor and Interaction) beam projector to connect to a mobile terminal to perform two-way communication, thereby allowing various information stored in the mobile terminal to be tabled through the (Projetor and Interaction) beam projector. Another object is to provide an artificial intelligence kitchen table that can be viewed from the top, making it easy and convenient to perform a desired task through a wide display screen.

The artificial intelligence kitchen table according to the present invention for achieving this object includes a table 100 equipped with at least one Internet of things (Io) induction 110; and an image projected on an upper surface of the table 100 It includes a (Projetor and Interaction) beam projector (200); including;; The table (100) The PRA ((Projetor and Interaction) beam projector 200, the graphene 120 on the projecting surface Coated and configured to be used as a display, cutting board, or countertop; and the Projetor and Interaction beam projector 200 recognizes and learns the motion detection touch function on the graphene 120 to process the selected function It is characterized by being made.

Particularly, the projetor and interaction beam projector 200 includes an induction position 210 for displaying at least one Internet of things (110) induction position at a predetermined position; Charging location 220 for charging wirelessly; a plurality of menu buttons 230 used by a touch method or a drag method; touching or dragging the menu button 230 to show menu contents or to display a TV by wired or wireless communication At least one of a display 240 connected to be viewed, a cutting board 240' showing by touching or dragging the menu button 230, or a countertop 240" showing by touching or dragging the menu button 230. Characterized in that it comprises; a display portion showing; and a control button portion 250 controlled by a touch method.

In particular, the PJ (Projetor and Interaction) beam projector 200 is configured to be configured to recognize the mobile terminal placed on the graphene 120 so that it can be selected for two-way communication. Characterized in that the content in the mobile terminal is configured to show through the menu button 230.

In addition, the table 100 is characterized in that it is equipped with a manual controller capable of manually controlling the beamer (Projetor and Interaction) beam projector 200.

Lastly, the projetor and interaction beam projector 200 is characterized by arranging the position to be adjusted by dragging a portion that is not in a physically fixed position.

The AI-type kitchen table according to the present invention has the following effects.

(1) Optimized (by required crater) IOT ((Internet of things) induction is bonded to the lower part of the top plate to maintain the overall surface by coating graphene while maintaining the table surface used as an absolute cooking space in a flat surface. Then, the image can be projected on the top of this table with a beam projector (Projetor and Interaction), so that the entire table surface can be used as one display.

(2) In particular, graphene coating is not only strong in strength, but also excellent in electromagnetic conductivity, and has high temperature non-reflection property, transparent material, and elasticity, so it can be used as a display. Also, graphene-coated table surfaces such as cutting boards, countertops, etc. It is convenient because it can be used with various functions.

(3) On the other hand, the beam projector (Projetor and Interaction) uses a motion-sensing touch function, so the graphene is coated and used as a display to select menus or play selected menus on the touch screen. It can be used like this and can be used conveniently.

(4) In addition, by constructing the PJ (Projetor and Interaction) beam projector to enable two-way communication with the mobile terminal, and configuring the contents stored on the mobile terminal to be used, the graphene can be used to graph various contents stored in the mobile terminal. It can be used easily and conveniently through the coated surface, so it can be configured to charge and multi-task mirroring so that various cooking eps displays and other information can be interacted with a mobile terminal such as a mobile phone on the table top. have.

(5) And by having a manual controller on the table, it is possible to use the gesture-sensitive touch function on a graphene-coated display when it is not available or dangerous, so it can be controlled through this manual controller for safe and convenient use.

(6) By configuring the menu function displayed on the graphene-coated display so that the user can change it to a desired layout, the layout of the size or the location of the menu, etc. can be easily and conveniently used by the user, and the layout is more convenient. Easy to use.

1 is a perspective view showing the configuration of an artificial intelligence kitchen table according to the present invention.
2 is a plan view showing an example of using the artificial intelligence kitchen table according to the present invention as a display.
3 is a plan view showing an example of using the artificial intelligence kitchen table according to the present invention as a cutting board.
4 is a plan view showing an example of using the artificial intelligence kitchen table according to the present invention as a cooking table.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, the terms or words used in the specification and claims should not be interpreted as being limited to ordinary or dictionary meanings, and the inventor may appropriately define the concept of terms in order to explain his or her invention in the best way. According to the principle that it can be interpreted as a meaning and a concept consistent with the technical idea of the present invention.

Therefore, the configuration shown in the embodiments and drawings described in this specification is only one of the most preferred embodiments of the present invention and does not represent all of the technical spirit of the present invention, and various equivalents that can replace them at the time of this application It should be understood that there may be and variations.

(Configuration)

The artificial intelligence kitchen table according to the present invention, as shown in [FIG. 1] to [FIG. 4], the table 100 having at least one IoT (Internet of things) induction 110, and the table 100 And a beam projector 200 that projects an image on an upper surface of the projector.

In particular, by coating the graphene 120 on the upper surface of the table 100, the coated surface of the graphene 120, which does not deteriorate in conductivity, rigidity, warpage, and high temperature at 600 degrees, is used as a display, or It is intended to be used for various purposes required in a kitchen such as a cutting board or countertop.

In addition, the PJ (Projetor and Interaction) beam projector 200 uses a thing having a gesture detection touch function capable of touching a button or the like shown through the graphene 120 coated surface, and the behavior detection touch function is used. By configuring the learning to be done through, the graphene 120 coating surface can be used as a display such as a touch screen.

At this time, the PIA (Projetor and Interaction) beam projector 200 is configured to be able to communicate in both directions with an external portable terminal, thereby controlling the portable terminal through the coated surface of graphene 120 or storing it in the portable terminal. It made the content available.

And the ProJor (Interjet) and the beam projector 200 are configured such that various menus displayed on the graphene 120 coating surface can be arbitrarily arranged and used, so that the user can easily and conveniently use these menus. It was rearranged so that it could be used.

On the other hand, by having a manual controller in the table 100, when the graphene 120 coated surface is not used as a display or when it is not used due to a malfunction, a passive projector (Projetor and Interaction) beam projector is used through this manual controller. It is possible to utilize various functions provided by (200).

Hereinafter, this configuration will be described in more detail with reference to the accompanying drawings.

end. table

The table 100, as shown in [Fig. 1] to [Fig. 4], is made of a conventional technique made for use in the kitchen.

In particular, by having at least one Internet of things (110) induction 110 in the table 100, as shown in FIGS. 1 to 4, the table 100 can also be used as a countertop. Here, IoT ((Internet of things) induction 110 is a device that cooks using electricity rather than a direct heating method, and when a magnetic container is placed, it is cooked and the magnetic container is IoT. (Internet of things) This refers to a range where cooking can be stopped and cooked safely when removed from the induction.

On the other hand, on the table 100, as shown in [Fig. 1] to [Fig. 4], by coating the top surface of the Internet (IoT) (induction 110) using graphene 120, so Pin 120 is configured to be used as a display, cutting board, and countertop through coating.

Here, the graphene 120 is known as one of the carbon allotropes and has a hexagonal honeycomb-shaped two-dimensional planar crystal structure. In addition, graphene 120 is more electrically conducting than copper, and has a faster electron transfer speed than silicon, which is commonly used in semiconductors, and is more than 200 times stronger than steel. In addition, graphene 120 is well known for not only having excellent thermal conductivity, but also excellent elasticity, so that it does not lose electrical properties when stretched or bent.

The coating layer made of the graphene 120 is transparent, and is used as a display showing a screen projected by a beam projector 200 to be described later (Projetor and Interaction), as well as excellent strength and thermal conductivity, so that it is also used as a countertop and cutting board. In addition, the graphene 120 has a thin coating thickness so as not to damage the texture or texture of the top surface of the table 100, but can be used for various functions such as display, countertop, and cutting board.

On the other hand, although not shown in the drawings, the table 100 is preferably equipped with a manual controller. The manual controller controls the ProJor and Interaction beam projector 200 to be described later, and shows the graphene 120 coating layer used as the above-described display in the ProJor and Interaction beam projector 200. This is to enable manual selection of menus and the like.

I. (Projetor and Interaction) Beam Projector

The PJ beam (Projetor and Interaction) beam projector 200, as shown in Figure 1, the upper surface of the above-described table 100, preferably graphene 120 coating the graphene 120 from the top of the coating surface It is mounted so that the screen can be configured using the surface as a display.

In particular, the PJ (Projetor and Interaction) beam projector 200 has a motion detection touch function and a dip that can be operated by selecting a button such as a menu displayed on a display projected on the graphene 120 coating surface. It is preferable to use a thing equipped with a learning function capable of constructing an image by learning the taste or usage history of the user of the artificial intelligence kitchen table according to the present invention through such a motion detection touch function using a running technology or the like. .

The ProJor (Interjet) and the beam projector 200, as shown in [Fig. 1] to [Fig. 4], induction location 210, charging location 220, menu button 230, the display portion, and It can be configured to include a control button portion 250.

One. induction location

The induction location 210 is a part showing where the Internet of things (IoT) induction 110 mounted on the above-described table 100 is mounted, as shown in FIGS. 1 to 4. When using the artificial intelligence kitchen table according to the present invention, when using the IoT ((Internet of things) induction 110, if you do not cool enough, you may be burned if you touch your hand, so as to prevent this safety accident in advance as well as in a dark situation This is to make it easy to find and cook the location of the Internet of things induction 110. In this case, the location information of the Internet of things (Internet of things) induction, as well as the heating state, within the cooking vessel It is most desirable to configure the solution or data so that the colors can be viewed together.

2. Charging position

The charging position 220, as shown in [Fig. 1] to [Fig. 4], is a position that enables wireless charging when the mobile terminal is placed. To this end, it is preferable that a wireless charger is pre-installed on the table 100 and the position is recognized by a beam projector 200 (Projetor and Interaction) or a position is specified in advance. (Projetor and Interaction) Wireless charging can be achieved by placing a mobile terminal on the surface coated with graphene 120 using a technology that wirelessly provides power to the beam projector 200 at a distance of a few meters by a magnetic resonance method or the like. It can also be configured.

3. Menu button

The menu button 230, as shown in [FIG. 1] to [FIG. 4], implements a menu that can be used on the display surface in the form of a button as the graphene 120 coated surface is used as a display. At this time, the menu button 230 may be implemented in the form of a button, in the form of an icon, or in the form of an image, and a user using an artificial intelligence kitchen table according to the present invention may select a menu by touch. Any form can be used in any way.

In addition, in the menu that can be displayed on the graphene 120 coated surface through the menu button 230, according to the menu configuration that can be displayed when manufacturing the ProJor beam beam projector 200, news, Anyone skilled in the art to which the present invention pertains can readily realize that various functions, such as hobby, sports, watching TV, and recipes for cooking, can be implemented through menu buttons in general. .

4. Display part

The display portion is a portion for displaying the graphene 120 coated surface for various purposes, as shown in FIGS. 2 to 4. That is, as shown in FIG. 2, the display 240 is displayed on the coated surface of the graphene 120, and the menu 240 executed by touching or dragging the above-described menu button 230 is displayed on the display 240. Give it, or use it as a kind of screen that allows you to watch TV in a wired or wireless manner through a ProJor and Interaction beam projector 200. At this time, the display 240 is coated with graphene 120 in the drawing. Although a part of the display is shown as being used, the entire unused surface or the entire coated surface of graphene 120 may be used as one display 240.

In addition, as shown in FIG. 3, a portion of the coated surface of graphene 120 may be used as a cutting board 240'. At this time, the portion that can be used as a chopping board 240' does not matter where the coated surface of graphene 120 is used, but it is used as a chopping board in certain parts, such as when cooking or cooking and cooking while viewing recipes on the screen. The location is marked for use. The size and position of the cutting board 240' is preferably configured so that the user can arbitrarily drag and adjust the size or position.

And, as shown in Figure 4, the graphene 120 coated surface may be used as a part of the countertop 240". At this time, the part that can be used as the countertop 240", the above-described cutting board 240' As with the graphene 120, it does not matter where the coated surface is used, but the location is marked so that it can be used for a purpose such as cutting board in a certain part such as cooking or cooking and cooking while viewing recipes on the screen. The size and position of the countertop 240" is preferably configured such that the user can arbitrarily drag to adjust the size or position.

Finally, the display portion is shown in FIG. 2 to FIG. 4 as disposing the positions of the display 240, the cutting board 240', and the counter 240, respectively. You can show it at once or relocate it to the desired location.

5. Control button part

Control button portion 250, as shown in [Fig. 1] and [Fig. 2], such as the menu button 230 described above, the graphene 120 is large in size when placed on the entire surface of the coated surface, the size is easy It is possible to touch, but it is a part to enable the user to operate the menu by minimizing the range in which the user moves the hand in preparation for when the menu button 230 cannot be easily used, such as not touching the menu button 230. .

The beam projector 200 according to the present invention made as described above is preferably configured to recognize and communicate bi-directionally when a mobile terminal is placed on a surface coated with graphene 120. This makes it possible to easily view or view the contents such as music, videos, and recipes stored in the mobile terminal on the graphene 120 coating surface through the Projetor and Interaction beam projector 200. It is for sake.

In addition, the projor (interaction) beam projector 200 is configured to be able to operate in conjunction with the Internet of Things, so that it can communicate with refrigerators and water purifiers installed in the kitchen, and graphene the status of nearby appliances. (120) It is preferable to be configured to be easily identified or controlled through the coated surface.

In addition, the pro-I and (Projetor and Interaction) beam projector 200 detects the motion moving on the graphene 120 coating surface, thereby cooking the recipe stored in the Pro-Ior (Interjet) beam projector 200 You can select and use various contents such as turning pages or adjusting the size with your own hands.

Lastly, the ProJor beam beam projector 200 is configured to arbitrarily arrange various menus or operation buttons, etc., displayed through the coated surface of the graphene 120, or to adjust or drag its size. By doing so, it is preferable to configure the user to easily and conveniently use a configuration in which the mounting location is not physically determined, such as IoT ((Internet of things) induction 110 or a wireless charging device).

As described above, by coating graphene on the table surface, the coated surface can be used for various purposes such as a display, a cutting board, and a countertop.

100: table
110: Internet of things induction
120: graphene
200: Projetor and Interaction beam projector
210: induction location
220: charging position
230: Menu button
240: display
240': Thomas
240": countertop
250: control button portion

Claims (5)

delete Includes a table 100 having at least one Internet of things induction 110; and a Projetor and Interaction beam projector 200 projecting an image on the top surface of the table 100; Ha,
The table 100 is coated with graphene 120 on a surface projected by the projetor and interaction beam projector 200, and configured to be used as a display, cutting board, or countertop.
The PJ (Projetor and Interaction) beam projector 200 recognizes and learns the motion detection touch function on the graphene 120 to process the selected function,
The PJ (Projetor and Interaction) beam projector 200,
An induction location 210 indicating a location of at least one Internet of things (Io) induction 110 at a predetermined location;
A charging position 220 for placing the mobile terminal and charging wirelessly;
A plurality of menu buttons 230 used as a touch method or a drag method;
A display 240 for touching or dragging the menu button 230 to show menu contents or to connect to watch TV through wired or wireless communication, a cutting board 240' for touching or dragging the menu button 230, Or a display portion showing at least one of the counter (240") to display by touching or dragging the menu button 230; And
Artificial intelligence kitchen table comprising a; control button portion 250 to be controlled by a touch method.
Includes a table 100 having at least one Internet of things induction 110; and a Projetor and Interaction beam projector 200 projecting an image on the top surface of the table 100; Ha,
The table 100 is coated with graphene 120 on a surface projected by the projetor and interaction beam projector 200, and configured to be used as a display, cutting board, or countertop.
The PJ (Projetor and Interaction) beam projector 200 recognizes and learns the motion detection touch function on the graphene 120 to process the selected function,
The PJ (Projetor and Interaction) beam projector 200,
It is configured to recognize the mobile terminal placed on the graphene 120 so that it can be selected to communicate in two directions, but when it is selected to communicate in two directions, it is configured to show the contents in the mobile terminal through the menu button 230. Artificial intelligence kitchen table.
delete In any one of claims 2 to 3,
The PJ (Projetor and Interaction) beam projector 200,
Artificial intelligence kitchen table characterized by arranging so that the position can be adjusted by dragging a part that is not in a physically fixed position.

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