KR20210134541A - Wireless charger - Google Patents

Abstract

The present invention relates to a method for performing an order and a payment through a charger connected with a smartphone connected to a server, which comprises the steps of: having a smartphone (mobile terminal) (20) to be in contact with a charger; transmitting information according to an embodiment of FIG. 3 in the charger (130) to the smartphone (mobile terminal) (20) by a near field communication scheme; connecting the smartphone (mobile terminal) (20) to a server (10); confirming, by the server (100), store and table or charger information with the information received through the smartphone (mobile terminal) (20); allowing, by the server (100), an order and a payment by displaying a menu (product) of a store corresponding to the received information on a webpage, and displaying, by a display of the smartphone (mobile terminal) (20), an order and payment screen provided by the server; and allowing, by the server, an operation of the charger connected with the smartphone (mobile terminal) (20) to be turned on when the order or payment is completed through an input device (24) of the smartphone (mobile terminal) (20). Accordingly, an order can be performed through a smartphone, and a payment can be performed by using a smartphone.

Description

Wireless charger{WIRELESS CHARGER}

The present invention relates to a wireless charger, and in more detail, an order can be placed using a charger equipped with a short-range communication chip having a communication function capable of communication within a distance of several tens of cm and a portable terminal or smart phone connected by short-distance communication, , relates to a wireless charger equipped with an order system that enables payment in some cases.

Recently, as smartphones have become popular, our daily life has changed a lot from the past. When team members go to a restaurant for lunch or dinner, they order food and then look at their smartphones with their heads bowed without talking to each other. In other words, smartphones have changed our daily lives. Run the school app to conveniently register for classes, press ‘Library’ to reserve a reading room, and check the restaurant menu on your smartphone.

As a result, if you utilize the functions of smartphones in the smartphone era, you will be able to provide very convenient functions when ordering and paying at restaurants or stores. That is, as the use of smartphones becomes common and smartphone applications are widely used, the number of users who make a reservation for a movie or order food without directly visiting a store using a smartphone is increasing. In addition, for those who have to visit a restaurant, if they can order and pay with a smartphone, it will be possible to provide a much more convenient leisure life.

On the other hand, the current situation in which smartphone payment pay has become a single flow is reflected, and payment using a smartphone is widely used.

On the other hand, among prior patent technologies, Korean Patent Registration No. 10-1535072 discloses “a keypad comprising a plurality of function key buttons, a plurality of numeric key buttons and a vibrating bell operation button; When card information is input from the card reader and payment is made, a vibration bell number is issued together when a card receipt is issued, a vibration bell operation request signal is input from the keypad, and a vibration bell number is issued through the numeric key buttons. a control unit for outputting a vibration bell operation signal based on the vibration bell number when input; Vibration comprising an RF oscillation signal generating unit for generating an RF oscillation signal in response to the vibration bell operation signal of the control unit and transmitting it through an antenna, further comprising a storage unit for storing a plurality of vibration bell numbers and already issued vibration bell numbers Provides an electronic payment terminal equipped with a bell operation function."

And, Korean Patent Laid-Open Publication No. 10-2018-0030960 discloses “an order system in which an order is completed when a number corresponding to a menu number is input using a vibrating bell display unit installed on a table and a numeric keypad; a payment system that selects a payment method divided into card payment, NFC payment, mobile phone NFC payment, and others with a button after completing the order, and then completes the payment through the payment relay system at the counter; A mobile payment system using a vibrating bell including; a call system that calls a customer through a vibrating bell of each table after the order and payment information are all processed at the counter and the food is cooked."

However, the conventional payment method provides a vibration bell function, but the order payment method using the smartphone payment pay is not employed.

In addition, it is a trend to be equipped with a wireless charging function in a portable terminal or smart phone in the future, and in preparation for this, the development of a charger connected to an order payment system is also required.

Therefore, there is an urgent need to develop a charger and an ordering system that allows users of restaurants, etc. to order without downloading an application, and to pay using smartphone payment pay.

Citation 1: Republic of Korea Patent 10-1535072, registration date (July 02, 2015) Citation 2: Republic of Korea Patent Publication No. 10-2018-0030960, publication date (March 27, 2018)

An object of the present invention is to provide a wireless charger having an order or payment system function so that a user of a restaurant can order or pay using a smartphone connected to a charger and short-distance communication without separately downloading an application. .

The above purpose is that the order payment is done through the charger connected to the smartphone connected to the server.

Step of contacting the smart phone (portable terminal) 20 to the charger,

In the charger 130, the information according to the embodiment of Fig. 3 is transmitted to the smart phone (portable terminal) 20 by the method of short-range communication,

Step in which the smartphone (portable terminal) 20 is connected to the server 100,

The server 100 is the information received through the smart phone (portable terminal) 20, the step of checking the store (shop) and table or charger information,

The server 100 displays the menu (product) of the store (shop) that matches the received information on the web page to enable ordering and payment, and the display of the smart phone (portable terminal) 20 is provided by the server. displaying the order payment screen;

When an order or payment is completed through the input device 24 of the smart phone (portable terminal) 20, the server “operates the charger ㅇ to which the smart phone (portable terminal) 20 is connected;

It is solved by including

And, when payment of a selected menu or product is selected through the input device of the portable terminal 20, the control unit 101 of the server 100 connects the portable terminal 20 to a separate server 150 capable of payment. And, the portable terminal 20 is characterized in that the payment is carried out through a separate server (150).

According to the present invention, a user of a restaurant using a portable terminal or smart phone connected to a charger and short-distance communication is connected to the server without separately downloading an application, and can order and pay for products, and the connected server is the By providing the information to the restaurant operator, it becomes possible to place an order through a portable terminal or smartphone and to make payment using smartphone pay.

1 is a view of an embodiment showing a charger of the present invention.
Figure 2 is a diagram of an embodiment showing a schematic diagram of a charger equipped with a short-range communication chip.
3 is a diagram of an embodiment showing a method for receiving information of a short-range communication chip;
4 to 7 are diagrams of an embodiment showing the configuration of a system constituting the present invention.
8 and 9 are diagrams of an embodiment showing a method of storing information in a database of a server.
10 to 12 are diagrams of an embodiment showing a method of being displayed on a display in the course of carrying out the present invention.
13 is a diagram of an embodiment showing the configuration of the charger of the present invention.
14 is a view showing an operating system diagram of a charger equipped with an order payment system.

Hereinafter, an embodiment according to the present invention will be described in detail with reference to the accompanying drawings. The configuration of the present invention and the effects thereof will be clearly understood through the following detailed description.

In addition, a detailed description of the known technical configuration may be omitted.

1 is a diagram of an embodiment showing a charger of the present invention.

As shown in (A) of FIG. 1 , the charger 130 of the present invention is a device that wirelessly charges a portable terminal or a smart phone, and may further include an alarm function through vibration, sound or lamp. That is, it is a conventional wireless charger, that is, the charger 130 is further provided with a short-range chip.

Accordingly, the short-range communication chip area 131 is provided on the charger 130 of the present invention, and a sound generator 132 may be further provided. At this time, the sound generating unit 132 is an outlet for the sound of the vibrating bell to come out well. Alternatively, a function to make the vibrating bell vibrate better is also possible. In addition, although not shown separately in the drawing, a wireless charging coil for transmitting wireless power energy is provided outside the communication chip area,

On the other hand, the short-range communication chip area 131 may be referred to as an area where the antenna of the short-range communication chip is installed. Although a specific area is designated in FIG. 1A , it is possible anywhere on the upper surface of the charger 130 .

And, by placing the portable terminal 20 on top of the charger 130 of the present invention, wireless charging is possible and ordering and payment are possible. At this time, the portable terminal 20 of the present invention includes a conventional smart phone.

Figure 1 (B) is a view of an embodiment when the charger of the present invention is provided on the table (5). Therefore, by placing the portable terminal 20 (smartphone) on the top of the charger 130 provided on the table 5, it is possible to order and pay.

Figure 2 is a diagram of an embodiment showing a schematic diagram of a charger equipped with a short-range communication chip,

In the present invention, a short-range communication chip means a communication means capable of communicating within several tens of cm. Also, in the present invention, a short-distance communication means in the form of an NFC (Near Field Communication) tag may be used as the short-range communication chip, but is not necessarily limited to NFC.

That is, as shown in FIG. 2 , a protective film (QR code printing) 13 is present on the top of the charger 130 , an NFC antenna 11 is present under it, and an NFC antenna 11 is located below it. ) there is an adhesive layer (adhesive film) 12 to which it adheres. And, the charger body 130a provided with charger parts and the like is positioned at the bottom.

The NFC antenna 11 is an antenna used to transmit and receive information in a short distance, and in the present invention, it is sufficient to achieve the object of the present invention even using a conventional antenna for an NFC tag. And the charger main body (130a) is provided with parts such as a wireless charger component, an alarm unit, a communication module, CPU, memory.

On the other hand, on the protective film protecting the NFC antenna 11, a code in which information can be stored, such as a QR code, may be printed, that is, if the code is information stored, it is not necessarily limited to the QR code.

In this case, when the charger 130 is mounted on the table, one may be mounted per table, but two or more may be mounted depending on the size of the table.

3 is a diagram illustrating an embodiment of a method for receiving information of a short-range communication chip.

It is a feature of the present invention to provide a method for enabling an order or payment without downloading an application.

The short-distance communication chip provided in the charger 130 of the present invention includes URL information that can be connected to the server 100, affiliate store (restaurant, coffee shop or retail store) information, and table 5 location information, or vibration bell serial number information. is saved

And, when the smart phone (or portable terminal) 20 approaches or comes into contact with the charger 130 of the present invention, URL information that can be connected to the server 100 from the short-range communication chip in the charger 130, affiliated stores (restaurants or Coffee shop or retail store) information, and table 5 location information, or vibration bell serial number information is transmitted.

The smart phone 20 that has received the information is connected to the server 100, and the steps of receiving affiliate store information and table information are as follows.

- It is connected to the server by the "URL information character (code) 14" received by the method of the embodiment of FIG. may have to be entered.)

- In addition to the "URL information character (code) 14", the delimiter (code) 15, merchant identification character (code) 16, and table identification character (code) 17 information are also transmitted to the server. In this case, a table identification character (code) may be further provided.

- The character after the delimiting character (code) 15 exemplified by “??” in the embodiment of FIG. 3 is recognized by the server 10 as information. Accordingly, the affiliated store identification character (code) 16 and the table identification character (code) 17 are recognized by the server 100 as information. That is, the server 100 recognizes that the mobile terminal 20 is connected to the 000 table (or 000 vibration bell) of the 000 affiliate.

On the other hand, in the embodiment of Figure 3, although the affiliated store identification character 16 and the table identification character 17 are in the form of "0000" and "000", it is natural that a predetermined identification code can be used. For example, if the affiliated store identification character 16 is "KA01", the server 100 can recognize the first affiliated store in Gangnam-gu, and if the table identification character 17 is "002", the server 100 is transferred to the second table. can recognize In addition, if "--", the server may recognize the character that distinguishes the affiliated store identification character 16 and the table identification character 17 . Of course, the server can be recognized by specifying a separate rule for the vibration bell identification character.

In addition, another feature of the present invention is that the information shown in the embodiment of FIG. 3 can be obtained through a QR code. Therefore, provided on the top of the vibrating bell 130 of the present invention, the protective film to protect the NFC antenna 11 is a QR code protective film (13). That is, the QR code protective film 13 means that the QR code is printed on the protective film.

Accordingly, by the user's selection of the smart phone (portable terminal) 20 of the present invention, the information described in the embodiment of FIG. 3 may be received through the short-range communication chip 10, and may also be recognized from the QR code. . Of course, since it may be recognized through a code for storing information other than the QR code, it can be said that a code capable of storing information other than the QR code is included in the embodiment of the present invention.

4 to 7 are diagrams of an embodiment showing the configuration of a system constituting the present invention.

As shown in FIG. 4 , a mobile terminal connected to the charger 130 of the first table 5 is referred to as 20-1 in a certain affiliate store, and a mobile terminal connected to the charger 130 of the second table 5 is referred to as a mobile terminal connected to the charger 130 of the second table 5 . Assuming that is 20-2, and the mobile terminal connected to the charger 130 of the nth table is 20-n, the terminals are respectively connected to the server 100 .

At this time, the connection method is based on the embodiment of FIG.

Of course, the mobile terminal that recognizes the information storage code of the first table 5 (refer to the method of the embodiment of FIG. 3) is referred to as 20-1, and the mobile terminal that recognizes the information storage code of the second table 5 is 20 -2, and similarly, a mobile terminal recognizing the information storage code of the nth table may be referred to as 20-n.

In addition, the portable terminal 20 of the present invention can be connected to a separate server 150, and in this case, the URL information frame of the separate server 150 is obtained and connected by the first connected server 100.

In this case, the separate server 150 may be at least two or more servers that provide advertisements or provide payment functions.

On the other hand, the embodiment described in the drawing of FIG. 4 exemplifies a case in which the charger 130 is mounted on a table, but in reality, the charger 130 is not mounted on the table and can be directly distributed to customers,

* In that case, the description of the above embodiment is changed as follows.

That is, "in any affiliated store, the mobile terminal connected to the first charger 130 is referred to as 20-1, the mobile terminal connected to the second charger 130 is referred to as 20-2, and similarly, the mobile terminal connected to the nth charger 130 is referred to as 20-2. If the mobile terminal is referred to as 20-n, the terminal is connected to the server 100, respectively."

5 is a diagram of an embodiment showing the connection of the affiliated store operator terminal 30 . The portable terminal 20 used by the customer is connected to the server 100 through the short-range communication chip 10 or a code (QR code) for storing information printed on the short-range communication chip 10 . However, the affiliated store operator terminal 30 is connected to the server 100 by executing an application stored in the affiliated store operator terminal 30 .

In this case, the affiliate store operator terminal 30 may also be connected to a separate server 150 . In addition, the configuration of the operator terminal 30 is similar to that of the portable terminal 20 . Therefore, if it is a component present in the portable terminal 20, it is a component present also in the operator terminal 30,

On the other hand, "the merchant operator terminal 30 is connected to the server 100 by executing the application stored in the merchant operator terminal 30." is the "server 100" in the memory unit 22 of the operator terminal 30. It means that information and algorithms for connection with the server 100 and information and algorithms on the method to be executed after being connected to the server 100 are stored.

6 is a block diagram showing the configuration of the server 100 and the portable terminal (smartphone) 20. The server 100 in the wired/wireless Internet communication system is a device constituting a system for operating a service by providing various types of information through the wired/wireless Internet. An input unit 103 for the manager or operators of the server 100 to input and manage information, an output unit 105 for outputting or displaying information, and a database unit 104 for storing various types of information and information on service operation. ), a control unit 101 that controls, controls, and outputs information, and a communication unit 102 that enables communication through the Internet.

And information refers to all information files such as images, videos, and texts.

In addition, the portable terminal (smartphone) 20 is a device capable of transmitting and receiving various information through the wired/wireless Internet (or communication network), and displaying necessary information on a display.

Therefore, the portable terminal (smartphone) 20 has a CPU 21 (central processing unit) serving as a central processing unit, a display unit 23 for displaying moving images, a memory unit 22 for storing various information, An input device 24 for inputting information is configured. In addition, it is natural that various functions such as a wired/wireless communication system module and a speaker vibration or a key button may be imposed.

At this time, although one server is presented when the portable terminal (smartphone) and the server are connected in FIG. 6, in reality, one or more separate servers 150 may be further connected. That is, a server providing advertisements, a server providing news or information, or a server capable of payment may be further provided, and the provision of the additional server may utilize a normal server connection system.

In addition, the configuration of the portable terminal (smartphone) 20 shown in the embodiment of FIG. 6 is applied to the configuration of the operator terminal (operator's smartphone) 30 . And, the server 100 to which the portable terminal (smartphone) 20 shown in the embodiment of FIG. 6 is connected is applied to the server 100 to which the operator terminal (operator's smartphone) 30 is connected.

7 is a diagram of an embodiment showing the configuration of a portable terminal (smartphone) 20 . In the drawing, the central processing unit 21 (CPU) is a control means for controlling the overall operation of the portable terminal used in the embodiment of the present invention. The ROM 22a controls the execution program of the display device, the RAM 22b stores data generated when the program is executed, and the EEPROM 22c is the data required by the user and data necessary to process it. keep the

The communication module 25, as a radio frequency, tunes to an RF channel, amplifies an input voice signal, and converts an RF signal received from an antenna into an intermediate frequency signal. The input/output unit 26 includes various input devices, numeric keys, menu keys, and selection keys, and includes speakers and sensors.

There is a display driving circuit 23a that drives the display by the output of the central processing unit 21, and there is a display 23 that displays information on the screen according to the output signal of the driving circuit.

In addition, the central processing unit controls the input device 24 through the input device driving unit 24a.

Meanwhile, although a portable terminal is taken as an example in the present invention, it can be said that all devices using the central processing unit, the input unit 24, and the flat panel display device correspond to the algorithm of the present invention.

In addition, the configuration of the portable terminal (smartphone) 20 shown in the embodiment of FIG. 7 is applied to the configuration of the operator terminal 30, and the operator terminal may be a portable terminal smart phone or a computer.

- Examples -

The charger 130 of the present invention aims to operate when an order or payment is made. And the execution method for achieving the above object is as follows.

1) When the portable terminal 20 is placed on the charger 130 , URL information, affiliate store information, and table information on which the wireless charger is mounted (or through the NFC tag, which is a super short-range communication means mounted on the charger 130 ) Information on the wireless charger, where the information on the wireless charger is the 00th wireless charger of the 00 affiliate store) is transmitted to the portable terminal 20 .

2) The central processing unit 21 of the portable terminal 20 that has received the information is connected to the server 100 through the communication module 25 and the wired/wireless Internet network. At this time, the server 100 is a server 100 connectable to the address of the URL received from the ultra-short-range communication means in the wireless charger 10 .

3) The control unit of the server 100 transmits information (various contents) that can be ordered or paid through the web page to the mobile terminal 20 by displaying it on the web page. At this time. The displayed information is text, image or video.

4) The central processing unit 21 of the mobile terminal 20 connected to the web page of the server 100 displays the web page content of the server 100 through the display 23 .

5) The control unit 101 of the server 100 connects the server 100 with the operator terminal 30 (or the charger control device 35) of the affiliate store where the wireless charger 10 to which the portable terminal 20 is connected is located. make it possible

The operator terminal 30 (or the charger control device 35) of the affiliated store where the charger 130 to which the portable terminal 20 is connected is located is identified by a member code or ID of the affiliated store.

That is, if the ID or member code of an affiliated store whose identification code is "kang01" in which the charger 10 is located is "abcde01", the terminal in which the application is executed by subscribing to "abcde01" becomes the operator terminal 30 .

6) When an order or payment is made through the web page of the server, the control unit 101 of the server 100 instructs the operator terminal 30 (or the charger control device 35) to turn on the charger 130 to “ON”. send a command signal.

At this time, the server 100 sends a command signal to turn on the charger 130 to which the portable terminal 20 is connected to the operator terminal 30 (or the charger control device 35 ). This is because the identification code (table identification code) of the charger 130 has been received from the portable terminal 20 .

- Confirmation through a portable terminal (smartphone)

Step 1: The order or payment price is displayed on the display 23 of the smart phone (portable terminal) 20 connected to the server.

Step 2: The order or payment is processed through the input device on the display 23, and the control unit of the server 100 confirms “order or payment progress”,

Step 3: The control unit 101 of the server confirms "order or payment in progress" and sends a control signal so that the charger to be charged by the portable terminal (smartphone) is "on".

- Charger Control Unit

When the charger control device receives an "on" or "off" signal through the server 100, it is a normal device that sends a signal so that the charger 130 is "on" or "off" accordingly.

In addition, the charger control device 35 may exchange information with the charger 130 through an R/F signal.

7) The central processing unit of the operator terminal 30 (or the charger control device 35) sends a signal “ON” through the local area network to the charger 130 having the identification code received from the server 100 .

8) The wireless charger 10 that has received the "ON" signal from the operator terminal 30 (or the charger control device 35) transmits the wireless charging power energy to the portable terminal through the wireless charging transmitting antenna 14, 130 starts wireless charging.

9) After a certain period of time, the operator terminal 30 (or the charger control device 35) transmits a signal to turn off the wireless charging to the charger 130, and is displayed on the display 23 of the portable terminal 20. After the necessary information is displayed again, by the same process as above, the charger can be made to start wireless charging again.

- How to control the wireless charger directly from the server

The server 100 may be configured such that a WiFi module is provided inside the charger 130 and the server 100 directly recognizes the code provided in the WiFi module built into the wireless charger 10 .

When the server 100 directly recognizes the WiFi module of the charger 130, and the server directly controls the "on" and "off" of the wireless charger, in the above step, the server 100 is the operator terminal 30 ( Or it does not go through the charger control device (35).

And, the server directly controls the charger 130 through the internal Wifi network in which the charger 130 exists.

8 and 9 are diagrams of an embodiment showing a method of storing information in a database of a server.

As shown in FIG. 8 , the server database 104 includes an affiliate store information database, an order information database, a member information database, and a payment information database.

The affiliate information database stores information about affiliated stores. Information about affiliated stores stores information about menus or products sold by affiliated stores, affiliated store locations, and tables existing in affiliated stores. In addition, the table information is information on the number of tables existing in the affiliated store, such as the first table and the second table, and codes assigned to each table.

On the other hand, when the charger 130 of the present invention is not mounted on the table 5, information on the charger is stored instead of the table information. And, the charger information is information on the number of chargers existing in the affiliate store, such as the first charger and the second charger, and codes assigned to each charger.

In the order information database, when an order is placed through the portable terminal at the affiliated store, information on the order record is stored.

The member information database stores information about the person in the kitchen, the person at the counter, and the owner of the franchise as an operator who operates the affiliated store. And, the terminal used by the operator who operates the affiliated store is the operator terminal 30 .

In the payment information database, when payment is made through the portable terminal at the affiliated store, information on the payment record is stored.

9 is a diagram of an embodiment showing an affiliated store database. As shown in FIG. 9, the affiliate store database stores the affiliate store name, affiliate store ID (membership number), location information where the affiliate store is located, and the like. In addition, the characteristics of the affiliated store, such as items handled by the affiliated store and sales trends, are also stored, and information on products or menus handled by the affiliated store is also mortgaged.

In addition, information on the details of the order or payment in the table in the affiliated store is also stored. In addition, when the charger is not mounted on the table, information on the order or payment history with each charger is also stored.

At this time, that an order or payment occurred at the table means that the order payment occurred on the smartphone connected to the charger mounted on the table by short-distance communication. settlement has occurred.

10 to 12 are diagrams of an embodiment showing a method of displaying on a display in the course of carrying out the present invention.

As shown in FIG. 10, when the portable terminal is placed on the short-distance charger 130, the display unit 23 of the portable terminal 20 includes the affiliate store information 50, the server URL information 51, and the confirmation 52. is displayed And if the confirmation 52 is selected, the portable terminal is connected to the server 100, and in some cases, the selection of the confirmation 52 may be omitted.

11 is a diagram of an embodiment in which an orderable menu is displayed. That is, it is a diagram of an embodiment in which an orderable menu is displayed on the display 23 of the portable terminal (smartphone) 20 connected to the server 100 .

It is a diagram of an embodiment of the menu 90 displayed on the display. That is, information 93 on the type and price of food provided by the affiliated store is displayed on the screen of the portable terminal 20 . At this time. If the part on which the name of the food is displayed (indicated by C in the drawing) is selected on the display through the input device, the selected food can be regarded as ordered, but the part on which the order is displayed in the order or selectable box 93a You can order the food by selecting it. Depending on the number of selections, the order quantity of each food is determined and the price is determined. Then, in the order box 94, the order quantity 94a and the price 94b are displayed. The principle in which the price is displayed is determined by the price of the ordered food and the quantity ordered.

At this time. Order or payment is executed by selecting one of “order” and “payment” shown in 94c.

12 is a diagram of an embodiment showing the display unit of the portable terminal 20 for performing payment. When payment is selected in the step of the embodiment of FIG. 11 , a payment possible screen is displayed as in the embodiment of FIG. 12 .

When an order is selected, order information is transmitted to the server (computer or mobile terminal) of the affiliated store, and when payment is selected, the order information is transmitted and at the same time connected to a normal payment system to enable payment. At this time, the normal payment system is connected to the smart phone payment payment system that is commercially available in various ways.

That is, if a member is subscribed to the smart phone payment pay in the portable terminal (smartphone) 20 and it is stored in an application, etc., it is connected to the payment pay system and payment is possible. As a result, when payment is made, various payment means are displayed on the display unit of the portable terminal 20 , and the user of the portable terminal 20 can select one of various payment methods and pay.

In this case, it is natural that the advertisement image 90a may be displayed (the position where the advertisement is displayed may be different depending on the case). And of course, it is natural that the advertisement content displayed when the terminal of the affiliated store is used and when the operator terminal 30 is used may be different.

Then, the operator terminal 30 displays the order window and the payment window in a manner determined by the application. Order information and payment information may be displayed for each table (or for each charger),

In this case, the payment process may be performed in the server 100 of the present invention, in a separate server 150 where the payment is possible, and the portable terminal 20 may use a payment method that can be executed by itself.

On the other hand, when an order or payment is generated through the portable terminal 20, the server 100 transmits the order information and payment information to the operator terminal 30 in the form of an order window 85 or a payment window 80,

When the ordered product or food is completed, when the food completion is transmitted to the server 100 through the operator terminal 30, the server 100 indicates that the food is completed on the screen display information connected to the portable terminal 20 that ordered the food. can be displayed, if so, the display of the terminal 20 for the table for ordering the food is displayed the completion of the ordered food.

That is, when food orders and payment are made in the portable terminal 20 connected to the charger of the 21st table in the 0011 store, the completion of the food is displayed on the display of the portable terminal connected to the charger of the 21st table in the 0011 store.

At this time, the transmission of the order or payment of food completion may be notified through the charger separately provided at the table 50 in the store, not through the server 100,

13 is a diagram of an embodiment showing the configuration of a charger according to the present invention.

The charger of the present invention includes a communication unit 137 , a CPU 135 , a memory unit 136 , a short-range communication module 138 , a short-range communication antenna 139a and a charging unit 138 .

When code information is transmitted to the communication unit 137 of the charger through a local area network such as Wi-Fi or Bluetooth operating under the control of the operator terminal 30 , the CPU 135 transmits the code information to the memory unit 136 . save,

And, when the portable terminal 20 is located close to the charger 130, an electromagnetic field is detected in the short-range communication antenna 139a, and the electromagnetic field signal detected by the short-range communication antenna 139a is transmitted to the short-range communication module ( 139) transmits to the CPU 135, the CPU 135 transmits the code information stored in the memory unit 136 to the portable terminal (smartphone) 20 close to the charger 130 . At this time, the CPU 135 transmits the code information to the portable terminal 20 through the short-range communication antenna 139a and the short-range communication module 139. On the other hand, the code information is the code described in the embodiment of FIG. it is information

On the other hand, the charging unit 138 of the present invention is a component constituting a conventional wireless charger. That is, it is an antenna for transmitting various common parts for wireless charging and wireless power energy. It is a common general component that enables wireless charging.

In addition, the charger 130 of the present invention may further include an alarm unit. That is, when the ordered food is completed, the operator terminal 30 transmits a signal for operating the alarm unit to the vibrating bell, and when the vibrating bell receives a signal for operating the alarm unit through the communication unit 137, the vibrating bell's CPU activates the alarm unit. The alarm part is vibration generation or operation of the lamp.

14 is a diagram illustrating an operation system diagram of a charger equipped with an order payment system.

And, the operation system diagram based on FIG. 14 is as follows.

1) The smartphone (portable terminal) 20 is in contact with the charger.

2) In the charger 130, the information according to the embodiment of FIG. 3 is transmitted to the smart phone (portable terminal) 20 by the method of short-distance communication,

3) the smartphone (portable terminal) 20 is connected to the server 100,

4) The server 100 is the information received through the smart phone (portable terminal) 20, and checks the store (shop), table or charger information.

5) The server 100 displays the menu (product) of the store (store) that matches the received information on the web page to enable ordering and payment, and the display of the smart phone (portable terminal) 20 is the server Displays the provided order payment screen,

6) When an order or payment is completed through the input device 24 of the smart phone (portable terminal) 20, the server says, “The operator terminal of the store where the charger connected to the smart phone (portable terminal) 20 is located. Send order payment information to ”.

Then, the server 100 turns on the operation of the charger 130 .

7) When the order food is completed, the operator terminal transmits an alarm signal to the charger 130,

On the other hand, the portable terminal (smartphone) central processing unit 21 also displays the payment table of contents 96a on the display. Here, the payment table of contents 96a shows the items of smartphone pay that can be paid as a table of contents. For example, payment items such as Apple Pay, Alibaba Pay, and Samsung Pay, which are smart phone payment methods, are displayed as a table of contents.

And, when one of the payment items is selected through the input device 24, payment is performed through a normal smartphone pay method.

When the order or payment is completed as described above, the control unit 101 of the server stores the order or payment information in a predetermined portion of the database 104 . Then, the control unit 101 of the server transmits the order or payment information to the operator terminal 30 of the store (shop) where the order or payment is made.

- Real-time change of information transmitted to portable terminals (smartphones) -

The present invention is characterized in that the short-range communication module 139 changes the information transmitted to the smart phone through the short-range communication antenna 139a in real time. And the method is as follows.

1) the first method

Step 1: When the smartphone contacts the charger, the CPU of the charger 130 or the central processing unit of the operator terminal 30 generates a number or code in real time according to a predetermined algorithm,

Step 2: The CPU of the charger transmits information including the newly generated number or code in the information of FIG. 3 to the smartphone (when the operator terminal generates a number or code, the operator terminal transmits the generated number or code to the communication network It is transmitted to the vibrating bell through

Step 3: The smart phone that has received the information from the CPU of the charger is connected to the server, and the control unit 101 of the server also says “the CPU of the charger 130 or the central processing unit of the operator terminal 30 receives a number or A number or code is generated with the same algorithm as “algorithm for generating code”.

Step 4: If the server's control unit compares "the newly generated number or code included in the information transmitted to the smartphone" with the "newly generated number or code by the server's control unit", the server's control unit to be connected to the smartphone.

If the two numbers or codes do not match, the control unit of the server does not connect with the smart phone.

In this case, the newly generated number or code may be included in the URL address so that a new address is generated each time. In this case, the following steps are performed.

Step 1: The smartphone is in contact with the charger,

Step 2: Transmit the smartphone contact fact to the charger operator terminal, and the operator terminal transmits to the server.

Step 3: The server generates a new URL address.

Step 4: The charger sends the new URL address information to the smartphone,

Step 5: The smartphone connects to the server with the new URL address.

- Specific of the portable terminal -

The present invention provides a method for enabling an order or payment using a portable terminal that has not downloaded an application. However, when making a payment after placing an order, one of the payment items 96 is selected and processed, and at this time, the payment item becomes a payment item by downloading an application or becoming a member,

That is, the mobile terminal does not download the application until the order is placed through the present invention and payment is decided, but when the payment item 96 is selected as the payment proceeds to the next step, the application is downloaded or registered as a member The payment item 96 has no choice but to be selected.

Accordingly, when payment is made, it is possible to specify the portable terminal in which the payment is made. At this time, the specific means that the information on the portable terminal 20 in which the payment is made is confirmed.

In addition, when payment is in progress, the control unit 101 of the server displays a barcode or QR code indicating payment completion on the Internet page of the server, and in that case, it is also displayed on the display 23 of the portable terminal connected to the Internet page of the server. will become

On the other hand, the mobile terminal 20 may also provide information (including a barcode or QR code indicating payment completion) to the subscribed text application by specifying the mobile terminal 20 through a text application to which the mobile terminal 20 is subscribed. there will be Also, information (including a barcode or QR code indicating payment completion) may be provided through the selected payment item 96 .

In addition, the payment completion information (including a barcode or QR code indicating payment completion) may be provided to the operator's portable terminal or the operator terminal.

- Internet pages served by the server -

1) The Internet page provided by the server is displayed through the display of the portable terminal connected to the server.

2) Internet pages provided by the server can be distinguished by store (store),

3) Internet pages provided by the server can be distinguished by franchise if the store (shop) is a franchise. In this case, if a characteristic exists for each store (store), it is differentiated by franchise, but the characteristic of the store (store) is added, so that it can be classified by store (store).

4) When applied to a car, train, or plane, the Internet page provided by the server can be distinguished by car, train, or plane. Information about a car, train, or plane is displayed on an Internet page, and the origin, current location, destination, arrival time, etc. may be displayed.

5) When applied to karaoke, the Internet page provided by the server may include a song level.

6) An input window for entering text may exist on the Internet page provided by the server. When text is input through the input window of the portable terminal 20, the server 100 may transmit the input text to the operator terminal, and the input text content is displayed on the operator terminal through the execution of the application.

- When time is included in the input used when generating the algorithm -

A timer (clock) can be added to the configuration. A timer (clock) may be linked to the control unit. Then, the time information through the timer (clock) is transmitted to the control unit,

Since power is present in the timer (clock), power is also supplied to the short-distance communication chip 10 . Accordingly, when a timer (clock) having a power supply is further provided in the short-distance communication chip 10 , the power can be used. Therefore, in this case, when the portable terminal (smartphone) 20 is connected (wireless connection), the power obtained from the portable terminal 20 is not used, but the power of the power supply device can be used.

5: Table 11: Adhesive layer (film)
12: NFC antenna 13: protective film (QR code printing)
14: URL information character (code) 15: Separator character (code)
16 ; Merchant Identification Character (Code) 17: Table Identification Character (Code)
20: portable terminal 21: central processing unit
22: memory unit 23: display unit
24: input device 25: communication module
30: operator terminal 60: menu window
70: payment window 74: information input window
100 : server
150: separate server 101: control unit
102: communication unit 103: input unit
104: database 105: output unit
130: charger 130a: charger body

Claims (3)

In a wireless charger that performs wireless charging on a smartphone,
A short-distance communication antenna for transmitting information to the nearby smart phone, a wireless charging unit performing a wireless charging function, and a CPU for controlling each component are provided in the wireless charger, respectively,
URL information, affiliated store information, and affiliated store table (or wireless charger) information to be received by the smart phone are stored in the wireless charger,
The URL information, affiliated store information, and affiliated store table (or wireless charger) information is transmitted to the nearby smart phone of the wireless charger,
Wireless charger, characterized in that the URL information is changed.
The method of claim 1,
The wireless charger first transmits URL information to the smartphone, and then
Wireless charger, characterized in that starting wireless charging to the smartphone.
The method of claim 1,
The wireless charger combines the affiliate store information code with the URL information code, and transmits it to the smartphone.

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