KR20210027199A - The order system in the shop - Google Patents

Abstract

In the present invention, a portable terminal (20) is connected to a server by ″URL information text message (14)″, a separation text message (15), an affiliated store identification text message (16), and a table identification text message (17) with ″URL information text message (14)″ are also transmitted to the server, and a text message after the separation text message (15) is recognized by the server (10) as information. The server (100) checks an affiliated store in which the portable terminal (20) is located by the affiliated store identification text message (16) located behind the separation text message (15), and menu or product information of the affiliated store is transmitted to the portable terminal (20) to allow a user of the restaurant to be connected to the server without separately downloading an application and to enable orders and payment for a product. Moreover, the connected server provides order or payment information to a restaurant operator, thereby more conveniently performing the orders and payment than in the prior art.

Description

Contents provision system in lodging establishments {The order system in the shop}

The present invention relates to a content providing system in a lodging establishment, and more specifically, content can be used in a lodging establishment using a super short-range communication network and a portable terminal within a distance of several tens of cm. It relates to a content providing system in a lodging establishment that enables payment as well.

Recently, with the popularization of smartphones, our daily lives have changed a lot from the past. When team members go to a restaurant for lunch or dinner, they do not talk to each other after ordering food and look at their smartphones with their heads bowed. In other words, smartphones have changed everyday life. You can conveniently register for classes by launching the school app, click ‘Library’ to reserve a reading room, and check the restaurant menu on your smartphone.

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

That is, in the related art, in Korean Patent Publication No. 10-2014-0134152, “As the reservation information is received from the reservation information, it moves to the restaurant designated by the reservation information. part; An expected arrival time prediction unit for predicting an expected arrival time at which the reservationer terminal arrives at the restaurant according to the calculated movement speed; A cooking start time determining unit for determining a cooking start time of a menu designated by the reservation information in consideration of the expected arrival time; And a cooking start time providing unit that provides the determined cooking start time to a restaurant terminal related to the restaurant.",

In Korean Patent Registration No. 10-1417870, “reservation-related data is transmitted to the management terminal of the restaurant, and when an order is received through the management terminal in the restaurant, the order sent to the kitchen is directly linked and included in the number of pending orders. The information included in the number of waiting orders is provided to the food ordering app embedded in the user's smartphone through a web server, and after the food order is completed in the reservation step, advertisement videos and games are provided until the ordered food is provided. Or music is provided, and the data transmitted from the management terminal of the restaurant to the web server is the table status, payment status, location and menu data of the restaurant, directly updated by the restaurant manager, or the order and reservation status automatically updated from the management terminal. It provides a method of ordering food using a smartphone, characterized by data.”

However, in the conventional ordering or payment system, an application must be downloaded, and in the case of multiple types of restaurants, there is a disadvantage that the application must be downloaded for every type of restaurant.

Therefore, users such as restaurants can order without downloading the application, and information on seats can be immediately known, so that even the operator of a restaurant serving food can provide food more conveniently. The development of the system is urgently needed.

Prior art literature

Cited Document 1: Korean Patent Laid-Open Patent 10-2014-0134152, Publication Date (November 21, 2014)

Cited Document 2: Korean Patent Registration 10-1417870, Registration Date (July 3, 2014)

An object of the present invention is to enable a user of a lodging establishment to obtain business location information and seat information using a local area network or QR code without separately downloading an application, and to use the content by connecting to a server, and the server is a content It is intended to provide a content provision system in lodging establishments that enables the use or payment of information to be provided to the business operator.

For the above purpose, the portable terminal 20 is connected to the server by the "URL information character 14", and the server has the "URL information character 14", a separator character 15, and an affiliate store identification character 16 And the table identification character 17 information is also transmitted, the character after the separation character 15 is recognized by the server 10 as information, and the server 100 is in the affiliated store identification character 16 located behind the separation character 15 This is achieved by confirming the affiliated store where the portable terminal 20 is located and transmitting the menu or product information of the affiliated store to the portable terminal 20.

And, when payment of the selected menu or product is selected through the input device of the portable terminal 20, the control unit 101 of the server 100 allows the portable terminal 20 to be connected to a separate server 150 where payment is possible. And, the portable terminal 20 performs payment through a separate server 150,

According to the present invention, a user of a lodging establishment is connected to a server without separately downloading an application, so that content use and payment is possible, and the connected server provides the information used or paid for the content to the business site operator. Unlike that, it can be carried out much more conveniently.

1 to 3 are diagrams of an embodiment showing how the present invention may be practiced.
4 to 8 are diagrams of an embodiment showing the configuration of a system constituting the present invention.
9 and 10 are diagrams of an embodiment showing a method of storing information in a database of a server.
11 to 14 are diagrams of an embodiment showing a method of being displayed on a display while the present invention is being executed.
15 is a diagram of an embodiment showing the configuration of a short-range communication chip of the present invention.
16 is a diagram of an embodiment showing a method of generating a real-time algorithm using a QR code.
17 is a block diagram of a code generator.
18 to 22 are diagrams showing an embodiment in which a short-range communication chip is applied to a wireless charging system.
23 is a diagram showing an operation example of a wireless charging system.
24 is a diagram of an embodiment showing an embodiment of using a short-range communication chip.
25 is a diagram of an embodiment showing a use embodiment of a wireless charging system.
26 is a diagram of an embodiment showing a configuration diagram when applied to a restaurant or coffee shop.
27 is a diagram illustrating an embodiment displayed on a display of an operator terminal.
28 to 30 are diagrams of an embodiment showing a method applied in a lodging establishment.
31 is a diagram of an embodiment showing a method displayed on a display of a delivery store operator terminal.
32 is a diagram of an embodiment showing a method of connecting a delivery shop operator terminal and a lodging business operator terminal.
33 is a diagram of an embodiment in which a coupon issuance list is displayed on a display.
34 is a diagram of an embodiment in which the “text transmission window 181a” is displayed on the display when the transmission window 181 is selected through an input device.
35 and 36 are diagrams of an embodiment in which a coupon is delivered through text.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. The configuration of the present invention and its effect will be clearly understood through the detailed description below.

In addition, detailed descriptions of known technical configurations may be omitted.

1 to 3 are diagrams of an embodiment showing how the present invention may be practiced.

As shown in the drawing of FIG. 1, the user of the present invention places a portable terminal 20 (smart phone) on the top of the short-range communication chip 10 provided on the table 5, so that orders and payments are possible.

In addition, the drawing of FIG. 2 is a diagram of an embodiment showing a schematic diagram of a short-range communication chip. In the present invention, the short-range communication chip 10 refers to a communication means capable of communication within several tens of cm. In addition, in the present invention, a short-range communication means in the form of a NFC (Near Field Communication) tag is used as the short-range communication chip 10.

That is, as shown in FIG. 2(B), the short-range communication chip 10 is provided with an adhesive film-type attachment film 11 coated with an adhesive at the bottom so that the short-range communication chip 10 is attached to a table or the like. Attached, the NFC tag component 12 is provided on the attachment film, and a protective film 13 (a QR code may be printed on the protective film) is provided on the top again to protect the NFC tag component.

In addition, as shown in Fig. 2A, an NFC tag component 12 (including components such as memory and CPU) is provided at the center of the center, and an NFC tag antenna 12a is provided at the edge thereof.

In addition, it is premised that the NFC tag of the present invention is made so that information can be read through the smart phone, which is the portable display device 20. Therefore, the size of the NFC tag should be made so that it is easy to read by a smartphone. 2A is a diagram of an embodiment showing the size of an NFC tag.

-The NFC tag of the present invention has a rectangular shape, and the vertical length (A in Fig. 2A) is longer than the horizontal length (B in Fig. 2A).

-Since the screen of the flagship model of the smartphone is growing up to 6 inches, the length of B (the width of the NFC tag) in Fig. 2 (A) should be 3cm or more. In addition, the length of A (the vertical length of the NFC tag) in FIG. 2A should be 4cm or more. That is, when the NFC tag has a certain size, it is possible to easily receive information by checking the location of the NFC tag with a smartphone. And, since there is no need to be too large, the length of B is 7 cm or less, and the length of A is 9 cm or less.

A feature of the present invention is to provide a method of enabling an order or payment without downloading an application. Therefore, when the portable terminal 20 is connected to the short-range communication chip 10, data necessary for order settlement is transmitted from the short-range communication chip 10 to the portable terminal 20.

That is, the portable terminal 20 receives from the short-range communication chip 10, URL information that can be connected to the server 100, affiliate store (restaurant, coffee shop, or store) information, and table 5 location information.

3 is a diagram of an embodiment showing a method of receiving the information from the short-range communication chip 10.

At this time, the steps of connecting to the server and receiving affiliate store information and table information are as follows.

-It is connected to the server by the "URL information character 14" received by the method of the embodiment of FIG. 3. (At this time, a selection such as "confirmation or consent" must be input through the input device of the portable terminal 20. May be.)

-In addition to the "URL information character 14", information about the identification character 15, the affiliate store identification character 16, and the table identification character 17 is also transmitted to the server.

-In the embodiment of FIG. 3, the character after the separator character 15 exemplified as “??” is recognized by the server 10 as information. Accordingly, the affiliate store identification character 16 and the table identification character 17 are recognized by the server 100 as information.

Meanwhile, in the embodiment of FIG. 3, the affiliate store identification character 16 and the table identification character 17 are in the form of “0000” and “000”, but it is natural that they can be made with a predetermined identification code. For example, if the affiliated store identification character 16 is “KA01”, the server 100 can recognize it as the first affiliated store in Gangnam-gu, and when the table identification character 17 is “002”, the server 100 will go to the second table. I can recognize it. In addition, if “--”, the server may recognize the affiliated store identification character 16 and the table identification character 17 as a character that separates it.

In addition, another feature of the present invention is that the information shown in the embodiment of FIG. 3 can also be obtained through a QR code. Therefore, the QR code may be printed on the protective film 13 that protects the NFC tag component 12 provided on the top of the short-range communication chip 10 of the present invention.

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

4 to 8 are diagrams of an embodiment showing the configuration of a system constituting the present invention.

As shown in FIG. 4, the basic configuration of the present invention is a portable terminal (smart phone) 10, a server 100, and an operator terminal 30. That is, information is exchanged with the server 100 through the portable terminal 20 and information is selected, and the server 100 transmits the exchanged information and the selected information to the operator terminal 30.

As shown in FIG. 5, a portable terminal connected to the short-range communication chip 10 of the first table 5 in an affiliated store is referred to as 20-1, and the short-range communication chip 10 of the second table 5 is referred to as 20-1. If the portable terminal connected to is 20-2, and similarly, the portable terminal connected to the short-range communication chip 10 of the nth table is 20-n, the portable terminal is connected to the server 100, respectively.

In this case, the method of connecting the portable terminal is based on the embodiment of FIG. 3.

Of course, if the above expression is different, a portable terminal that recognizes information stored in the NFC tag of the first table 5 (or a code in which information is stored, for example, a QR code) is referred to as 20-1, and the second table ( 5) The portable terminal that recognizes the information stored in the NFC tag (or the code in which the information is stored, for example, the QR code) is referred to as 20-2, and similarly, the information (or information stored in the NFC tag of the nth table 5) is A portable terminal that recognizes a stored code, for example a QR code), can be referred to as 20-n.

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

In this case, the separate server 150 may be at least two or more servers that provide an advertisement or a payment function.

6 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 a short-range communication chip 10 or a code for storing information printed on the top of the short-range communication chip 10. However, the affiliate store operator terminal 30 is connected to the server 100 by executing an application stored in the affiliate store operator terminal 30.

At this time, the affiliated store operator terminal 30 may also be connected to a separate server 150.

Accordingly, the operator terminal 30 stores a list of n short-range communication chips 10 provided in a business place managed by the operator terminal 30.

That is, the operator terminal 30 stores and operates an application program, and the operator terminal 30 stores a list of short-range communication chips 10 managed by the operator terminal 30. Therefore, when content execution is performed in the portable terminal (smartphone) 20 through the short-range communication chip 10, the server 100 transmits the information on the content execution record to the operator terminal 30. do.

7 is a block diagram showing the configuration of the server 100 and the portable terminal 20. The server 100 in the wired/wireless internet communication system is a device constituting a system for operating a service by providing various information through wired/wireless internet. An input unit 103 through which administrators or operators of the server 100 input and manage information, an output unit 105 that can output or display information, and a database unit 104 that stores various 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 means all information files, such as images, videos, and text.

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

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

In this case, in FIG. 7, when the portable terminal and the server are connected, one server is presented, but 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 conventional server connection system.

8 is a diagram of an embodiment showing the configuration of the portable terminal 20. As shown in FIG. In the drawing, the central processing unit 21 (CPU) is a control means for controlling the entire operation of the portable terminal used in the embodiment of the present invention. The memory 22 stores information. In addition, a ROM is provided in the memory to control the execution program of the display device, and a RAM is provided to store data generated when the program is executed, and the EPROM is provided to provide data required by the user and to process it. Necessary data is kept.

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 is shown including various input devices, numeric keys, menu keys, and selection keys, and includes a speaker and a sensor.

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, in the present invention, a portable terminal has been exemplified as an embodiment, but in practice, a portable display device such as a tablet PC and a smart phone can be applied to an embodiment of the present invention.

9 and 10 are diagrams of an embodiment showing a method of storing information in a database of a server.

As shown in FIG. 9, the database 104 of the server includes an affiliate store (sales store) information database, an order information database, a member information database, and a payment information database.

The affiliated information database stores information on affiliated stores. As for the information on the affiliated store, information on the menu or product sold by the affiliated store, the location of the affiliated store, and tables existing in the affiliated store are stored. In addition, the table information is the number of tables existing in the affiliated store, such as the first table and the second table.

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

In the member information database, information about the person in the kitchen, the person at the counter, and the owner of the affiliate store as an operator who operates the affiliate store is stored. In addition, the terminal used by the operator operating the affiliated store is the operator terminal 30.

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

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

In addition, information on the details of orders or payments made in the table in the affiliated store is also stored.

-Franchise-

If the franchisees (branches) are in the form of a franchise, franchisees can be grouped. For example, in the case of a Starbox coffee shop, an identification code can be assigned to a member store within the Starbox coffee shop. For example, "Starbox 1st, Starbox 2nd, Starbox nth".

-Operation steps-

Steps in which the system of the present invention made with each configuration described in the embodiments so far is executed are as follows.

-It is connected to the server by the "URL information character 14" received by the method of the embodiment of Fig. 3 (At this time, a selection such as "confirmation" or "agree" is input through the input device of the portable terminal 20. It may have to be.)

-In addition to the "URL information character 14", information about the identification character 15, the affiliate store identification character 16, and the table identification character 17 is also transmitted to the server.

-In the embodiment of FIG. 3, the character after the separator character 15 exemplified as “??” is recognized by the server 10 as information. Accordingly, the affiliate store identification character 16 and the table identification character 17 are recognized by the server 100 as information.

-The server 100 identifies the affiliate store where the portable terminal 20 is located by the affiliate store identification character 16 located behind the identification character 15, and stores the portable terminal 20 stored by the information storage method of FIGS. 8 and 9. The menu or product information of the affiliate store where) is located is displayed on the web page of the server.

In this case, the web page of the server is a web page that the portable terminal 20 accesses and can be displayed on the display 23 of the portable terminal.

Accordingly, the server 100 causes the menu or product information of the affiliate store where the portable terminal 20 is located to be displayed on the display of the portable terminal 20. As a result, the central processing unit of the portable terminal 20 displays the menu or product information of the affiliated store on the display 23.

-Menu or product information is displayed on the display unit 23 of the portable terminal 20, and when a menu or product is selected through the input device of the portable terminal 20, information on the selected menu or product, It is transmitted to the operator terminal 30 of the affiliated store.

-When payment of the selected menu or product is selected through the input device of the portable terminal 20, the control unit 101 of the server 100 allows the portable terminal 20 to be connected to a separate server 150 for payment. , The portable terminal 20 performs payment through a separate server 150. Then, the server (!00) transmits the payment information to the operator terminal 30 of the affiliated store.

At this time, since the application is downloaded to the operator terminal 30, the server 100 transmits the "product or payment information selected by the portable terminal 20" to the operator terminal 30 through the application program. Will be transmitted.

11 to 14 are diagrams of an embodiment showing a method of being displayed on a display while the present invention is being executed.

As shown in FIG. 11, when the portable terminal 20 is placed on the short-range communication chip 10 (an NFC tag in the embodiment of the present invention), the affiliate store information 50 is displayed on the display unit 23 of the portable terminal 20. , Server UL information 51, and confirmation 52 are displayed. And when the confirmation 52 is selected, the portable terminal is connected to the server 100. At this time, in the case of the portable terminal 20 having experience connected to the system of the present invention, the selection of the confirmation 52 is omitted. Can be.

Of course, the steps of the embodiment of FIG. 11 may be omitted in the actual implementation process. That is, on the display 23 of the portable terminal 20 that has received information from the short-range communication chip 10 or the portable terminal 20 that has recognized the QR code information, the affiliate store (business site) where the portable terminal 20 is located. The menu or product information of is displayed.

12 is a diagram of an embodiment showing a method of displaying on the display unit 23 of the portable terminal 20 connected to the server 100, and a product or menu 60 of an affiliated store in which the table 5 to which the portable terminal 20 is connected is located. ) Is displayed.

In addition, a menu 61 such as a product or food name is displayed on the menu window 60, a display for distinguishing the selected menu 62a from the unselected menu 62b exists, and the menu screen is moved up or down. There is a mark 64 to move, and the order quantity 63 is displayed.

In addition, the payment window 70 displays the total price 71 of the ordered food, and a payment confirmation button 73 is also displayed. If you click this button, the payment is executed. On the other hand, the payment method implemented in the present invention applies a conventional payment method that can make payment using a portable terminal.

At this time, the usual payment method may be a smart pay. For example, Google Pay, Apple Pay, Samsung Pay, Kakao Pay, etc., a smart pay application capable of smart phone payment is downloaded to the portable terminal 20, and the payment application is paid by the downloaded smart pay. Becomes possible.

For example, when payment is selected from the portable terminal 20 through the input device 24 (selected on the screen of the embodiment of FIG. 12), Apple Pay, Samsung Pay, Kakao Pay, etc. are displayed in the form of a table of contents (or list). , If one of them (one of several pays) is selected, payment is made with the selected pay.

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

In addition, an advertisement window 73 may be provided so that an advertisement may be displayed on the advertisement window 73. In this case, the advertisement may be a conventional method in which advertisements provided by the advertisement server 150 (other servers) are displayed, or the advertisement may be provided by the server 100 of the present invention.

13 is a diagram of an embodiment showing an operator terminal. The portable terminal 20 used by the customer receives the server address by the short-range communication chip 10 and is connected to the server. On the other hand, the control unit of the operator terminal 30 executes the application stored in the memory unit of the operator terminal, so that the operator terminal 30 is connected to the server 100.

When an order or payment occurs through the portable terminal 20 related to the affiliated store's table 5 operated by the operator, the server 100 is in the form of an order window 85 or a payment window 80 on the operator terminal 30 Send order information and payment information to

Then, the operator terminal 30 displays an order window and a payment window in a manner determined by the application. Order information and payment information can be displayed for each table (81) (86), and a distinction (83) (88) for food is also displayed, allowing the screen to be moved up or down. Marks 84 and 89 are also displayed.

In addition, the advertisement window 90 may also be displayed to display an advertisement.

14 is a diagram showing an embodiment of a payment process.

When the payment 72 is selected in the payment window 70 of the embodiment of FIG. 12, the payment details 80 shown in FIG. 14 are displayed on the display 23, and a payment progress window 85 is displayed on the display. .

In this case, the payment progress window 85 displays a payment item 86 such as a smart pay, a credit card payment application, or other payment method that can be paid through a smartphone. At this time, when one of the payment items 86 is selected through the input device 24 of the portable terminal 20, payment can be made through the selected payment item 86.

15 is a diagram of an embodiment showing the configuration of a short-range communication chip of the present invention.

15 shows the configuration of the NFC tag component 12, which is a short-range communication chip 10. It has substantially the same configuration as a conventional NFC tag component (semiconductor chip and antenna). That is, the controller 125 that performs and controls the function of the NFC tag, the memory unit 126 that stores necessary information or data, the short-range communication module 129 that performs the short-range communication function, and selects to receive the necessary communication data. The matching unit 120 constitutes an NFC tag component. In addition, an antenna 12a is further provided on the NFC tag component 12, so that an NFC tag (near-field communication chip) 10 is made.

-When there are two or more short-range communication chips in the table-

Two or more short-range communication chips 10 may exist for each table 5. In this case, the table identification character 17 becomes as follows,

That is, in the embodiment of FIG. 3, the table identification character (code) 17 can be divided into 001, 002, 003, 00N, and each table 5 in the store (store) according to the table order. When there are two or more short-range communication chips, in the first table, codes identifying the short-range communication chip 10 can be identified as "001-01", "001-02", and "001-03". That is, “001-01” is the first short-range communication chip 10 in the 001th table, “001-02” is the second short-range communication chip 10 in the 001th table, and “001-03” is In table 001, it is called the third short-range communication chip 10.

-The meaning of "table" described in the previous embodiment of the present invention-

If the application field of the present invention is a golf driving range, the store is a golf driving range, and "the table" is a place or table in which a short-range communication chip (or QR code) can be installed in a room of the golf driving range.

If the application field of the present invention is karaoke, the store is a karaoke room, and "the table" is a place or table in which a short-range communication chip (or QR code) can be installed in a room in the karaoke room.

If the application field of the present invention is a game store, the store is a game store, and "the table" is a place or table in which a short-range communication chip (or QR code) can be installed in a predetermined place in the game store.

The field of application of the present invention is P.C. If it's a room, the store is a game P.C. It is a room, and "the table" is a place or table that is attached to each P.C and where a short-range communication chip (or QR code) can be installed.

If the application field of the present invention is a bus, the store is a bus, and "the table" is a place where a communication chip (or QR code) can be installed by being attached to each seat.

If the application field of the present invention is an aircraft, the store is an aircraft, and "the table" is a place where a communication chip (or QR code) can be installed by being attached to each seat.

If the application field of the present invention is a train, the store is a train, and "the table" is a place where a communication chip (or QR code) can be installed by being attached to each seat.

If the application field of the present invention is a lodging business, the store is a lodging business, and the table is a place or table where a communication chip (or QR code) can be installed by being provided in each room.

-How the algorithm is created-

In the present invention, whenever the portable terminal 20 approaches the short-range communication chip 10 (when the portable terminal (smart phone) 20 receives data from an NFC tag), a code value is newly generated. That is, the control unit 125 in the NFC tag 10 recognizes that the NFC antenna of the smartphone is close.

At this time, the method of generating the algorithm code value is as follows.

1) Each short-range communication chip 10 of the present invention has its own algorithm that is distinguished from other short-range communication chips 10.

For example, there are K short-range communication chips 10, and each short-range communication chip 10 is identified as "No. 1, No. 2, No. 3, No. 4, No. 5,---and No. K" And, if an arbitrary sequence number from No. 1 to No. K-1 is set to N, the N short-range communication chip and the N+1 short-range communication chip have different algorithms for generating the algorithm code 18 from each other. In this case, the fact that the algorithms are different in the present invention means that the values of the algorithm code 18 (refer to the embodiment of Fig. 3) generated under the same conditions are different from each other.

For example, "the value of the algorithm code 18 generated when the portable terminal 20 approaches the N-th short-range communication chip 10 for the 100th time" and "100 on the N+1th short-range communication chip 10 The value of the algorithm code 18 generated when the first portable terminal 20 is touched is different from each other.

In the above sentence, "approach" means "when the portable terminal (smart phone) 20 receives data from the NFC tag, or the controller 125 in the NFC tag 10 recognizes that the NFC antenna of the smartphone is close. Means "when to do",

In addition, the meaning of "100th" in the above sentence means that the number of times the portable terminal (smartphone) 20 is accessed to the "Nth" short-range communication chip and the "N+1" short-range communication chip is 100 times. It is called. That is, if it is contacted once, it is the first, and if it is contacted twice, it is the second.

In addition, the "same condition" in the above is "the number of times the portable terminal is accessed to the near-field communication chip" or "time when the portable terminal is in contact with the near-field communication chip".

2) Different stores (stores) have different algorithms generated by short-range communication chips.

Each store may exist, such as Gangnam-gu store "KA", Songpa-gu store "SP", and Jongno-gu store "JR". In this case, an embodiment in which the unique algorithm generated by the short-range communication chip 10 for each of the stores is different. According to the example of "item 1)",

3) Each table in a store (store) has a unique algorithm that is generated by a short-range communication chip.

However, in the same table, the algorithm code 18 generated under the same condition (the number of times the portable terminal device is accessed (for example, the Nth) or the time when the short-range communication chip is accessed) may be the same.

Even if there are a plurality of short-range communication chips 10 provided in the same table 5, the short-range communication chips 10 are distinguished from each other by a sequence number (such as 01, 02, 03) set in the same table 5, so that short-range communication This is because each of the chips 10 can be identified.

In this case, an embodiment in which the unique algorithm generated by the short-range communication chip 10 for each table is different is according to the example of "Item 1)".

-Algorithm generation method in short-range communication chip-

1) How to provide power to short-range communication chip

Power is not supplied to the commonly used short-range communication chip 10, and the moment the portable terminal (smart phone) 20 approaches (or contacts and connects to the short-range communication) the portable terminal (smart phone) The power is supplied from a short-range communication antenna (NFC communication antenna) or a wireless charging antenna provided in the phone) 20. And the short-range communication chip 10 is operated for a short time with the received power.

2) Algorithm generation method

The control unit 125 of the short-range communication chip 10 generates an algorithm code according to a predetermined algorithm. And an example of generating the algorithm is as follows.

a) A predetermined algorithm is stored in the memory unit 126, and the control unit 125 generates the algorithm code 18 by the stored algorithm.

The algorithm is generated by reflecting the number of times the portable terminal (smart phone) 20 has been accessed. For example, when the portable terminal (smart phone) 20 is first approached to an arbitrary short-range communication chip 10, the first sequence is performed, and when the 100th approach is made, the 100th sequence is obtained. Then, the input value is 1 in the first order and 100 in the 100th order.

Then, with the input value 1 or 100, the control unit 125 generates the algorithm code 18 by a predetermined algorithm.

Of course, this is an example, and the currently developed code generation algorithm technology or encryption technology is applicable to the algorithm code generation of the present invention.

b) Store (store) code and table code may be included in addition to the number of times that the input value to generate the algorithm code is accessed.

c) The time when the portable terminal (smart phone) 20 is accessed may be applied to an input value for generating an algorithm code. For example, if the approached time is "August 25, 2019 12:21", the number of "201908251221" may be an input value for generating an algorithm code.

Therefore, the short-range communication chip 10 or the control unit 125 that generates the algorithm code 18 is included in the technology of the present invention. Likewise, the memory unit 126 in which the algorithm for generating the algorithm code is stored is also the present invention. Is included in the technology of.

3) When the control unit 125 generates an algorithm

The control unit 125 generates the algorithm code 18 at a time when the portable terminal (smart phone) 20 approaches the short-range communication chip 10 and receives power.

4) Save in memory

a) When the number of times the input value for generating the algorithm code is accessed is used, the accessed number is increased once (or a predetermined method), and then the increased number is stored in the memory unit 126. At this time, the number of the accessed number stored in the memory unit 126 is used when generating the next algorithm code.

b) At the time when the portable terminal (smart phone) 20 is connected to the short-range communication chip 10 and supplied with power, the control unit 135 generates the algorithm code 18 to be used the next number of times.

That is, if the current portable terminal (smart phone) 20 approaches the short-range communication chip 10 for the 100th time, while the portable terminal (smart phone) 20 approaches the short-range communication chip 10, the controller 125 ) Generates an algorithm code 18 to be used at the next connection (when the 101st connection is made) and stores it in the memory unit 126.

5) Data transmitted to the smartphone

When the short-range communication chip (NFC tag) 10 transmits the "algorithm code 18 of the embodiment of Fig. 3" to the smartphone, it is possible to transmit the algorithm code generated during the access, and is also generated when the previous access is made to the memory The algorithm code stored in the unit 126 may be transmitted.

-How the server 100 determines to block the access of the portable terminal 20-

1) Generate server's algorithm code

The control unit 101 of the server 100 also generates the algorithm code 18 by the algorithm stored in the database 104.

Algorithms for generating algorithm codes 18 stored in all short-range communication chips 10 are stored in the database 104 of the server. For example, the algorithm stored in the first short-range communication chip 10, the algorithm stored in the second short-range communication chip 10, and the algorithm stored in the n-th short-range communication chip 10 are all stored.

Identification characters for each short-range communication chip 10 (for example, numerals 16 and 17 in FIG. 3) are also stored.

The control unit 101 of the server selects an algorithm from the database 104 to generate an algorithm code 18 suitable for the identification code. Then, the algorithm code 18 is generated using the selected algorithm.

At this time, as an input value for generating the algorithm code, various information such as the number of accesses and access time may be used. (The identification character described in the embodiment of FIG. 3 may also be an input value.

In this case, a method of performing the control unit 101 of the server 100 is as follows.

a) The server 100 receives the identification record of the short-range communication chip 10 (the embodiment of FIG. 3) from the portable terminal 20.

b) The control unit 101 of the server selects an algorithm suitable for the identification record of the short-range communication chip 10 received from the database 104, and generates an algorithm code 18 by the algorithm.

c) The algorithm code 18 generated by the short-range communication chip 10 received from the portable terminal and the algorithm code 18 generated by the control unit 101 of the server are compared to determine whether they match.

d) If the two algorithm codes 18 match according to item c), the control unit 101 of the server maintains the connection of the portable terminal (smart phone) 20. And, if the two algorithm codes 18 do not match according to item c), the control unit 101 of the server blocks the connection of the portable terminal (smart phone) 20.

2) Use of algorithm code

The control unit 101 of the server includes “when the algorithm code 18 generated while the server 100 and the portable terminal (smart phone) 20 are connected is used” and “the server 100 and the portable terminal (smart phone) 20 are used. While the phone) 20 is connected, a case of using the algorithm code 18 (stored in the memory unit 136 or the database 104) generated before that time” can be used.

-Algorithm code in the present invention-

1) How to reflect on Internet address

The generated algorithm code is reflected in the Internet address, and the Internet address is changed at that time.

2) How to exist only as code

The generated algorithm code can only be used as an identification code to determine access connection and disconnection.

3) The connection time of the portable terminal (smartphone) 20 with the correct algorithm code can be set, for example, it can be limited to 20 minutes.

-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 classified by franchise if the store (store) is a franchise. At this time, if there is a characteristic for each store (store), it is distinguished by franchise, but the characteristic of the store (store) is added, so that each store (store) can be classified.

4) When applied to cars, trains or airplanes, Internet pages provided by the server can be distinguished by car, train or airplane. Information about a car, train, or airplane is displayed on the Internet page, and the departure location, current location, destination, and arrival time may be displayed.

5) When applied to a karaoke room, the Internet page provided by the server may contain song information.

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

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

A timer (clock) may be added to the configuration of FIG. 15. A timer (clock) can be connected to the control unit (!25). And, the time information through the timer (clock) is transmitted to the control unit 125,

At this time, since power is present in the timer (clock), power is also supplied to the short-range communication chip 10. Therefore, when a timer (clock) in which a power supply is present is further provided in the short-range communication chip 10, the power may be used.

On the other hand, the timer (clock) does not necessarily need to be a separate part. It is integrated with the control unit 125 and may exist as a function (timer function) in the control unit 125.

-Algorithm generation method using QR code-

Another method of receiving the URL information of the server by the portable display device (smartphone) 20 of the present invention is, in addition to the short-range communication chip 10, the portable display device (smart phone )(10) recognizes" method.

That is, when the portable display device (smart phone) 20 recognizes the "code with embedded information", the portable display device 20 is connected to the server. In addition, the "code with embedded information" may include a QR code.

Meanwhile, the present invention provides a method of changing the QR code image in real time.

16 is a diagram of an embodiment showing a method of generating a real-time algorithm using a QR code.

That is, FIG. 16 is a diagram showing a code generator that generates a QR code (or code) in real time.

The code generator 110 for displaying the code is provided with a display 111 to display the QR code on the display 111. In addition, the display 111 is further provided with a frame 102 made of metal that protects the periphery of the device, a switch 101 for commanding to generate a QR code, and a solar cell 103 for supplying power.

At this time, the switch is a switch that performs a code generation function (for example, pressing the right button among the two switches 101 in FIG. 16) and a switch that performs other functions (for example, in FIG. 16, two switches ( 101), press the left button.) may exist. However, what is important in the present invention is the switch that generates the code.

On the other hand, when the present invention is applied to a business place, two or more code generators 110 may be installed depending on the size of the table. In addition, the codes displayed by the display device 111 displaying codes mounted on the same table may be the same, but may be different from each other.

17 is a block diagram of a code generator.

When the switch 101 provided in the code generator 110 for displaying the code in real time is pressed, the display 111 displays the QR code, and the steps for this are as follows.

-Selection step of the switch 101:

This is the step in which the switch is pressed by the user.

-The central processing unit 112 recognizes the selection of the switch 101 and generates a new QR code:

The central processing unit 112 is a step of generating a new QR code by using a QR code image and a QR code generation algorithm stored in the memory 113.

-Step of displaying the generated QR code image on the display 111 by the central processing unit 112:

When the central processing unit 112 converts the "QR code image" into a "display driving signal" by a predetermined algorithm and transmits it to the display driver (not shown in the block diagram of FIG. 17), the display driver drives the display 111 A signal for outputting a signal is output, and the display 111 displays a newly generated QR code image by receiving the driving signal. (The display driver may be embedded in the central processing unit 112 to be one-chip.)

At this time, data necessary for execution by the code generator 110 of the present invention, such as the "QR code image", "a predetermined algorithm program," or "code information for generating a QR code", are stored in the memory 113.

On the other hand, the power supply unit 114 is a battery or solar cell is used.

In order to reduce power consumption, the display may be a reflective display, a reflective LCD, or electronic paper ("electronic paper, e-paper" is a display technology to which the characteristics of general ink are applied). However, the present invention is not necessarily limited to a reflective display.

-Algorithm to generate code in QR code generator-

1) The code generator 110 of the present invention generates a code having character information 14, 15, 16, 17 and algorithm code 18 information according to the embodiment of FIG. 3.

2) The method of generating the algorithm code 18 by the central processing unit 112 of the code generator 110 of the present invention using the data stored in the memory 113 is according to the method of the previous embodiment of the present invention.

3) When the central processing unit 112 of the code generator 110 newly generates an algorithm code, the “newly generated algorithm code 18”, “URL information character (code) 14”, “Affiliate identification character A QR code (or a code in the form of an image containing information) including (code) 16" or "table identification character (code) 17" is generated, and the generated QR code is a code generator 110 ) Is displayed on the display 111 of.

-How to connect to the server-

1) The newly created portable display device (smartphone) 20 of the present invention that recognizes the QR code displayed on the display 111 is connected to the server 100 of the present invention.

2) The server checks the algorithm code from the information transmitted through the smartphone (information according to the embodiment of Fig. 3 of the present invention), and if the algorithm code is the correct algorithm code, it maintains the connection to the server, and the algorithm code is If not, it will block access to the server.

-Encryption value in short-range communication chip-

An encryption value is stored in the memory unit 126 of the short-range communication chip (NFC tag) 10. That is, the "URL information character (code) 14", "Affiliation store identification character (code) 16", and "table identification character (code) 17" described in the embodiment of FIG. 3 of the present invention are It is stored in the memory unit 126. And, instead of the "algorithm code 18", the "cryptographic value"

Of course, both the "algorithm code 18" and the "password value" can be stored.

In addition, a method of accessing the portable terminal 20 to the server 100 by the encryption value is as follows.

1) When a portable terminal approaches (a state in which the portable terminal can receive data of an NFC tag) to the short-range communication chip 10 in which information is stored according to the embodiment of FIG. 3, the portable terminal 20 returns to the server 100 ).

2) The server 100 determines the encryption value.

3) If the password values match, the server 100 maintains the connection of the portable terminal, and if the password values do not match, the server 100 blocks the connection of the portable terminal.

In this case, the encryption value is an imaged code that may contain information, and may have a shape such as a QR code barcode, but is not limited thereto.

That is, the server 100 reads and determines the imaged encryption value transmitted through the portable terminal 20.

4) The encryption value is different for each short-range communication chip 10.

The encryption value is different for each short-range communication chip 10.

In addition, in the "method where the encryption value is different for each short-range communication chip 10", the "algorithm" for generating an algorithm code (reference numeral 18 in FIG. 3 of the present invention) is different for each short-range communication chip 10. It is based on "how to become."

-How to save data on short-range communication chip-

In order to store data in the short-range communication chip 10, a writing program is used. In addition, the data stored in the short-range communication chip 10 is a character code described in the embodiment of FIG. 3.

And, so that the customer cannot store data on the short-range communication chip 10, it is necessary to hang LOCk or set a password. This method is based on a conventional method of storing data in a short-range communication chip (NFC tag).

Meanwhile, a program capable of storing data on the short-range communication chip (NFC tag) 10 is stored in the operator terminal 30, and the short-range communication is performed by the operator terminal (or a smartphone used by the operator) 30. Data may be stored in the chip (NFC tag) 10.

-Wireless charging system-

18 to 22 are diagrams showing an embodiment in which a short-range communication chip is applied to a wireless charging system.

18 is a diagram of an embodiment showing a wireless charging system 130 in which a short-range communication chip is embedded,

1, the wireless charging system 130 may be mounted on the table 5. Therefore, the user of the portable terminal (smart phone) 20 puts the portable terminal 20 (or smart phone) on the top of the wireless charging system 130 provided on the table 5, so that content display and wireless charging are not possible. It becomes possible.

As shown in FIG. 18, in the wireless charging system 130 of the present invention, a wireless charging area 130b and an ultra short-range communication area 130a exist.

The wireless charging area 130b is an area in which an antenna transmitting wireless charging energy is located, and wireless charging is performed on the smartphone in the area. In addition, the ultra short-range communication area 130a is an area that transmits wireless data to a smartphone, and is an area where a wireless data transmission antenna is located, and may be referred to as a short-range communication area.

On the other hand, when power is supplied to the wireless charging system 130, it may be supplied with a battery, but may be supplied with an adapter.

19 is a diagram of an embodiment showing the configuration of the wireless charging system 130. The wireless charging system 130 is provided with a communication unit 134, a CPU 132, a memory unit 136, an ultra short range communication module 135, an ultra short range communication antenna (NFC tag antenna) 12a, and wireless charging A module 133 and a wireless charging coil 133a are provided. Meanwhile, although the power supply unit or the battery is not shown, it is natural that it may exist in the configuration of the wireless charging system 130. In addition, a switch (relay) 137 is further provided, and the switch (relay) 137 controls "on" and "off" of the wireless charging module 133 under the control of the CPU 132.

20 is a method of another embodiment of FIG. 19. The ultra short-range communication module 135 and the ultra short-range communication antenna 12a are electrically and physically separated from the wireless charging module 133 and the device on which wireless charging is performed.

The ultra short range communication module 35a and the ultra short range communication antenna 12a according to the method of the embodiment of FIG. 20 may be in the form of a conventional NFC tag.

21 is a diagram showing the configuration of a wireless charger, a wireless charging system capable of charging USB and 220 V. As shown above, in another embodiment of the present invention, a wireless charging module 133, an SMPS 137b, and a 220 V charging unit 137d are provided, so that wireless charging is possible, USB charging is also possible, and 220 V charging is also possible.

In addition, a communication unit 134, a CPU 132, a memory unit 136, an ultra short range communication module 135, an ultra short range communication antenna 12a are provided, and a wireless charging transmission antenna 133a is provided. Meanwhile, although the power supply unit or the battery is not shown, it is natural that it may exist in the configuration of the wireless charging system 130.

In addition, a switch (relay) 137 that controls the wireless charging module 133, a switch (relay) 137a that controls the SMPS (137b), and a switch (relay) 137d that controls the 220V power supply unit 137c. ) Is further provided, and the CPU 32 may control the connection and disconnection of the switches (relays) 137, 137c, and 137a.

Therefore, the control signal of the server 100 is transmitted to the CPU 132 of the wireless charging system through the communication unit 134, the CPU 132 is the switch (relay) 137, 137c, 137a Control each,

As a result, the server 100 can control "on" and "off" of the wireless charging module 133 of the wireless charging system, and the server 100 is "on" of the SMPS 137b of the wireless charging system. And "off" may be controlled, and the server 100 may control "on" and "off" of the 220V power supply 137d of the wireless charging system.

Meanwhile, an embodiment of the wireless charging module 133 may also correspond to a WiFi switch. That is, the signal of the server 100 is transmitted to the Internet network and a local area network (WiFi network).

22 is a diagram of an embodiment showing a short-range communication antenna 12a and a wireless charging coil 133a. As shown in the drawing, in addition to the flexible resin substrate 133b, a short-range communication antenna (NFC antenna) 12a is provided, and a wireless charging coil 133a is provided therein.

Therefore, when the portable terminal is placed on the wireless charging system 130 (FIG. 18) of the present invention, data can be received through the short-range communication antenna (NFC antenna) 12a at the same location, and the wireless charging coil 133a ) Through wireless charging.

-Example of operation of the wireless charging system-

23 is a diagram showing an operation example of a wireless charging system.

The wireless charging system 130 of the present invention is installed in each store in a manner similar to the "near-range communication chip 10 is installed in each store".

And the operation steps are as follows.

1) The portable terminal (smart phone) 20 that has received data from the short-range communication antenna 12a of the wireless charging system 130 is connected to the server 100.

The "data received from the near field communication antenna (NFC tag antenna) 12a" of the wireless charging system 130 is received from the "near field communication antenna (NFC tag antenna) 12a of the near field communication chip 10" of the present invention. According to the embodiment of "Received Data".

Accordingly, the data stored in the memory unit 136 of the wireless charging system 130 also conforms to the data stored in the memory unit 126 of the short-range communication chip 10 of FIG. 15.

In addition, the method for the CPU 132 of the wireless charging system 130 to generate the algorithm code 18 (the embodiment of Fig. 3) is also a method for the control unit 125 of the short-range communication chip 10 to generate the algorithm code. Conforms to.

Meanwhile, although one memory unit 136 is shown in FIGS. 19 and 21, a separate memory unit may exist in connection with short-range communication.

2) The server 100 provides content to the portable terminal (smart phone) 20. That is, content is displayed on the display 23 of the portable terminal (smart phone) 20 connected to the server 100.

When the content provided in this embodiment is an order payment system, it is in accordance with the previous embodiment of the present invention.

Content can be ordered and paid. The content provided at this time also conforms to the embodiment of order payment presented in the embodiment of the present invention.

In addition, in the present invention, various contents such as video advertisements, shopping malls, and video orders may also be provided.

Accordingly, although one server 100 is presented in FIG. 23, it is possible to connect to a plurality of other servers that provide various contents.

3) After a predetermined period of time, the server 100 sends a signal to operate the wireless charging module in the wireless charging system 130.

-The control unit 101 (the embodiment of Fig. 7) of the server 100 determines the data received from the portable terminal 20 connected to the server, and wireless charging to which the portable terminal (smart phone) 20 is connected. It transmits an "on" signal to the communication unit 134 of the system 130.

At this time, the communication unit 134 (a communication module capable of receiving data through a local area network or a WiFi network) receives the "on" signal received from the control unit 101 of the server 100 to the wireless charging system 130 ) To the CPU 132. (In some cases, the control unit 101 of the server may send an "off" signal.

When the CPU 132 operates the switch 137 in the wireless charging system 130 to operate the wireless charging module 133, power energy is wirelessly transmitted from the wireless charging coil 133a, and the portable terminal ( The smartphone) 20 receives wireless power energy.

In addition, the control unit 101 of the server 100 can transmit the “on” signal to the communication unit 134 of the wireless charging system 130 to which the portable terminal (smartphone) 20 is connected, the communication unit 134 ). This is because an address that can be identified with a different communication unit exists for each, and this identification address is also possible because it is stored in the database 104 of the server 100.

Of course, in other ways, a switch function exists in the communication unit 134 of the wireless charging system 130, and when the on signal is received from the control unit 101 of the server 100, the short-range communication module (WiFi module) is turned off. By supplying, the wireless charging module 133 can be operated. In this case, the communication unit 134 and the switch 137 are integrally manufactured, and a method of being directly connected to the wireless charging module 133 is used.

In addition, since a short-range communication device capable of transmitting a signal to each wireless charging system 130 is provided for each business site as another method, the operation of the wireless charging module (!33) is possible. If this method is used, the communication unit 134 becomes a communication unit connected to a short-range communication device installed in each business site.

4) When the CPU 132 of the wireless charging system 130 turns on the wireless charging module 133, the short-range communication module 135 is turned off.

Conversely, when the CPU 132 of the wireless charging system 130 turns on the short-range communication module 135, the wireless charging module 133 is turned off.

5) The server 100 transmits the operation status of the wireless charging system 130 to the operator terminal 30.

The operator terminal 30 is a terminal used by a manager of a business place where the wireless charging system 130 is installed.

Accordingly, the operator terminal 30 stores a list of n wireless charging systems 130 provided in a business place managed by the operator terminal 30.

Accordingly, the operator terminal 30 stores and operates an application program, and the operator terminal 30 stores a list of the wireless charging system 130 managed by the operator terminal 30. Therefore, when content execution is performed in the portable terminal (smartphone) 20 through the wireless charging system 130, the server 100 transmits the information on the content execution record to the operator terminal 30. do.

-Another embodiment of the operation of the wireless charging system-

1) The short-range communication antenna of the portable terminal (smart phone) 20 is approached to the short-range communication antenna 12a connected to the short-range communication module (NFC tag module) 135 to recognize the electric field. The recognition is made by the CPU 132 of the wireless charging system.

2) The CPU 132 transmits the information stored according to the embodiment of FIG. 3 to the portable terminal 20, and the portable terminal 20 is connected to the server.

3) After a predetermined period of time (the CPU executes the algorithm stored in the memory 136 at a predetermined time), the CPU 132 turns off the power of the short-range communication module 135, and the wireless charging module 133 ) Is on, and transmits wireless charging energy to the portable terminal (smart phone) 20.

At this time, the predetermined time is appropriate within 2 to 20 seconds.

During the predetermined period of time, the server 100 may allow the content to be displayed on the display 23 of the portable terminal 20.

Content can be ordered and paid. The content provided at this time also conforms to the embodiment of order payment presented in the embodiment of the present invention.

In addition, in the present invention, various contents such as video advertisements, shopping malls, and video orders may also be provided.

-Example of using a short-range communication chip-

24 and 25 are diagrams illustrating an embodiment in which a short-range communication chip and a wireless charging system are used, and an initial menu selection screen is displayed on the display.

24 is a diagram of an embodiment showing an embodiment of using a short-range communication chip.

According to the previous embodiment of the present invention, the portable terminal (smartphone) 20 accessed to the short-range communication chip 10 (approached to the extent that data can be received from the short-range communication chip 10) is a server Connected to (100).

In addition, the content provided by the server 100 is displayed on the display 23 of the portable terminal 20.

Accordingly, FIG. 24 is a diagram illustrating an embodiment in which content is displayed. That is, shopping 170, order 171, and advertisement 172 are displayed.

Therefore, when the shopping 170 is selected through the input device 24 of the portable terminal, shopping proceeds through the portable terminal 20. In this case, the server allowing the shopping to proceed may be another plurality of servers 150 other than the original server 100. In addition, the shopping list is diverse, such as items, videos, and contents.

In addition, when the order 171 is selected through the input device 24 of the portable terminal, the order is processed through the portable terminal 20. And, the order is in accordance with the previous embodiment of the present invention. In this case, the server through which the order is processed may be another plurality of servers 150 other than the original server 100.

In addition, when the advertisement 172 at the bottom is selected through the input device 24 of the portable terminal, an additional advertisement is displayed through the portable terminal 20. In this case, the server on which the advertisement is displayed may be another plurality of servers 150 other than the original server 100.

-Example of using the wireless charging system-

25 is a diagram of an embodiment showing a use embodiment of a wireless charging system.

According to the previous embodiment of the present invention, a portable terminal (smartphone) (approached to the wireless charging system 130 to the extent that data can be received from the short-range communication antenna 12a in the wireless charging system) ( 20) is connected to the server 100.

In addition, the content provided by the server 100 is displayed on the display 23 of the portable terminal 20.

Accordingly, FIG. 25 is a diagram showing an embodiment in which content is displayed. That is, shopping 170, order 171, wireless charging 173 and advertisement 172 are displayed.

In this case, when shopping 170, an order 171, and an advertisement 172 are selected through the input device 24 of the portable terminal 20, it is executed according to the embodiment of FIG. 23.

On the other hand, when the wireless charging 174 is selected through the input device 24 of the portable terminal 20, an advertisement is displayed on the display 23 of the portable terminal 20 for a certain period of time, and the wireless charging module 133 is It becomes "on".

The advertisement is provided by the control unit of the server 100, and the method in which the wireless charging module of the wireless charging system 130 is "on" is based on the previous embodiment of the present invention. off" signal.)

-Another example of using the wireless charging system-

Although not shown in the drawings of Figs. 19, 20, and 21, the power supply unit is always present. Power is supplied to the wireless charging system shown in FIGS. 19, 20, and 21.

And, the operation steps of another embodiment of use of the wireless charging system are as follows.

1) The portable terminal (smartphone) 20 is accessed through the CPU 132 of the wireless charging system 130 through the short-range communication antenna 12a (or may be a wireless charging coil 133a in some cases). Upon recognizing the electric field generated by the CPU 132, the short-range communication module 135 is "on" and transmits the data according to the embodiment of FIG. 3 to the portable terminal 20 through the short-range communication antenna 12a. .

2) The portable terminal 20 is connected to the server 100, and the content according to the previous embodiment of the present invention is displayed on the display 23 of the portable terminal (smart phone) 20.

3) The CPU 132 "off" the short-range communication module 135 and "on" the wireless charging module 133 to transmit the wireless charging energy through the wireless charging coil (133a).

4) Server 100 to the operator terminal 30 that manages the wireless charging system 130 (operator terminal 30 used by the operator of the business place where the wireless charging system is located), "The wireless charging system 130 )'S unique identification code and "start time when wireless charging" are transmitted.

5) The operator terminal 30 stores the data received from the server 100 in a memory unit of the operator terminal.

6) If the portable terminal 20 that is being wirelessly charged through the wireless charging system 130 is separated from the wireless charging system 130 (the distance that wireless charging is not performed, or a short distance communication antenna ( 120a) is separated by a distance that is not recognized.), the wireless charging system 130 turns off the wireless charging module 133.

However, when the portable terminal 20 approaches the wireless charging system 130 again, steps 1), 2), 3), 4), and 5) are executed again.

-Examples of using a restaurant or coffee shop-

26 is a diagram of an embodiment showing a configuration diagram when applied to a restaurant or coffee shop.

Each restaurant or coffee shop is assigned an identification code that is distinguished from other restaurants or coffee shops, and the identification code is stored in a database of the server 100.

In addition, n short-range communication chips or n wireless charging systems are mounted on each table provided in the restaurant or gourpi shop. In addition, each of the n short-range communication chips or n wireless charging systems is also assigned an identification code that is distinguished from the others. In addition, the identification code is stored in the database of the server 100.

In addition, a step performed after the portable terminal 20 approaches the n short-range communication chips or n wireless charging systems is in accordance with the previous embodiment of the present invention.

In FIG. 26, 20-1 is a first portable terminal "connected to the first short-range communication chip 20-1 or the first wireless charging system 130-1 (receives data through short-range communication)". Likewise, 20-n is an nth portable terminal "connected (receives data through near-field communication) with the nth short-range communication chip 20-n or the nth wireless charging system 130-n".

Therefore, from "the first portable terminal connected to the first short-range communication chip 10-1 (or the first wireless charging system 130)", "the n-th short-range communication chip 10-n (or the n-th wireless charging system) The "order payment execution data, payment status data, wireless charging status information, or information on external shopping" generated from up to the n-th portable terminal connected to the charging system 130-n) is generated by the server 100 It transmits to the operator terminal 30.

Therefore, in the memory of the operator terminal 30, each short-range communication chip (10-1) (10-2) (10-3) (10-n) or each wireless charging system (130-1) (130-2) ) (130-3) (130-n) exists, and thus, the above information transmitted from the server is displayed on the display of the operator terminal 30 for each list.

27 is a diagram showing an embodiment displayed on a display of an operator terminal.

FIG. 27 is a diagram of an embodiment displayed on the display 23 of the operator terminal 30 by the information transmitted from the server 100.

no.1 represents "the first short-range communication chip 10-1 or the first wireless charging system (!30-1)", and no.2 is the "second short-range communication chip 10-2 or the first wireless Charging system (!30-2)", and similarly, no.n indicating "nth short-range communication chip (10-n) or nth wireless charging system (!30-n)" is also displayed on the display 23. do.

And, for each order (no.1, no.2 or no.n), information about order, payment, wireless charging, shopping, advertisement, and point is displayed. Of course, if only the short-range communication chip 10 is provided in each table, the wireless charging information is not displayed.

In this case, an advertisement may be displayed in the lower display separate window 37, or a total value for each item (order, payment, wireless charging, shopping, advertisement, point) may be displayed.

In the embodiment of Fig. 27, when "order" is selected through the input device 24 from "no.1" displayed on the display 23, the order record by time and the ordered product (food or beverage) generated in no.1 The information is displayed on the display 23 in a separate window (a window in a separate area within the display) or a new screen.

When "Payment" is selected from "no.1" through the input device 24, the hourly payment record generated in no.1 and information of the product (food or drink) paid are displayed in a separate window (in the display). In the form of a window in a separate area) or a new screen.

When "wireless charging" is selected from "no.1" through the input device 24, information about the time-based wireless charging record generated in no.1 and whether advertisements are displayed according to wireless charging is displayed on the display 23. It is displayed as a separate window (a window in a separate area within the display) or a new screen.

When "shopping" is selected from "no.1" through the input device 24, product purchase and payment information for time-based shopping generated in no.1 is displayed in a separate window on the display 23 (a window in a separate area within the display). Form) or a new display screen. (In the previous embodiment of the present invention, an embodiment in which shopping is performed in the portable terminal (smartphone) 20 by connection of the server 100 or a separate server 150 of the present invention was presented.)

In this case, the shopping refers to a purchase of a product provided at an external place other than a business place managed by the operator terminal 30.

When "advertisement" is selected in "no.1" through the input device 24, the details of the advertisement display by time generated in no.1 are displayed in a separate window of the display 23 (in the form of a window in a separate area in the display) or It is displayed as a new display screen.

In this case, the advertisement may include various types of advertisements such as advertisements performed before wireless charging and advertisements displayed on the screen.

When "advertisement" is selected in "no.1" through the input device 24, the details of the advertisement display by time generated in no.1 are displayed in a separate window of the display 23 (in the form of a window in a separate area in the display) or It is displayed as a new display screen.

When "point" is selected from "no.1" through the input device 24, the details of the occurrence of the point by time that occurred in no.1 are displayed in a separate window of the display 23 (in the form of a window in a separate area in the display) or a new It is displayed as a display screen.

In the present invention, points are provided to the operator terminal 30. As a result, points are provided to the owner (business owner) of the operator terminal. In addition, the point is an amount representing money or a number that can be converted into money.

And, the point is generated when an advertisement is displayed. When an advertisement is displayed, there is an advertisement unit price of a certain amount, and points for advertisement display are generated by calculating the advertisement unit price at a ratio of a predetermined method.

In addition, when "shopping" occurs, points are generated by a certain percentage of the amount of "shopping". That is, there are products sold in other business locations or shopping malls other than those managed by the operator terminal 30. And, when the product is purchased through the portable terminal (smartphone) 20 through the server 100 or another server 150, points are generated by a predetermined percentage of the purchase amount.

And the generated point is provided to the short-range communication chip 10-1 connected to the portable terminal 20 or the operator terminal 30 that manages the wireless charging system 130-1.

On the other hand, the implementation method from no.2 to no.n displayed on the display in the embodiment of FIG. 27 is also executed by the same method as the implementation method of no.1 described above.

In addition, assuming that there exist from the first affiliated store to the nth affiliated store, and FIGS. 26 and 27 are an embodiment implemented in the first operator terminal 30 that manages the first affiliated store, 2 The method of the "embodiment implemented in the first operator terminal" is also used in the embodiment implemented in the affiliated store operator terminal and the nth operator terminal managing the nth affiliated store.

- The server generates and transmits the algorithm code, ---

The method of generating the algorithm code illustrated in FIG. 3 of the present invention and described in the previous embodiment of the present invention may be different.

1) How to generate algorithm code in server 100

The portable terminal (smart phone) 20 accesses the wireless charging system 130 n times (n is a natural number of 1 or more, and "approach" means the portable terminal (smart phone) 20 is a short-range antenna (or NFC tag antenna) ( 12a) When the distance that can receive data is approached as large as possible), the control unit 101 of the server 100 stores the number of times of the access in the database 104 of the server.

-The control unit 101 of the server 100 has a portable terminal (smartphone) 20 in the nth wireless charging system 130-n within the first business site (or from the second business site to the nth business site) n times. Recognize being approached.

-The control unit 101 of the server 100 has a portable terminal (smartphone) 20 in the nth wireless charging system 130-n within the first business site (or from the second business site to the nth business site) n+ Algorithm code to be used for one-time access is generated in advance.

-The control unit 101 of the server transmits the algorithm code to be used for the n+1 access to the nth wireless charging system. The CPU 132 of the nth wireless charging system stores the algorithm code to be used when the n+1 access is received through the communication unit 134 in the memory unit 136.

-When the portable terminal 20 is accessed n+1 times, the control unit 132 of the wireless charging system transmits the algorithm code to be used when the portable terminal 20 is accessed n+1 times to the portable terminal 20.

2) Method for generating algorithm code in operator terminal 30

According to the principle of item 1) above, when the portable terminal is accessed n times to the wireless charging system, the operator terminal generates an algorithm code to be used n+1 times, transmits it to the wireless charging system 130 through a local area network, and transmits it to the wireless charging system. It is also transmitted to the server 100 through the Internet network.

And, the wireless charging system is near-n+1 times. The algorithm code generated n+1 times is transmitted to the portable terminal.

3) How to enter the algorithm code

An algorithm code generator is provided next to the wireless charging system. The algorithm code generator operates on the general OPT card principle.

When the portable terminal (smart phone) 20 approaches the wireless charging system 130, and a screen provided by the server 100 is displayed on the display 23 of the portable terminal. An algorithm code input window is generated on the screen, and a number generated by the OPT card is input into the algorithm code input window.

At this time, the OPT card has the same identification number as the wireless charger system. For example, it is the same identification number as the nth OPT card of the nth business site.

4) Application in short-range communication chip

The short-range communication chip 10 is provided with a communication unit (communication unit provided in the wireless charging system described in the previous embodiment of the present invention) that can receive information from the server 100 (or operator terminal 30), The method of the embodiment of the preceding items 1), 2), and 3) can be applied as it is.

5) Data management in short-range communication chip

Wireless charging system 130 or a short-range communication chip (data stored in the memory in the NFC tag 10, a person other than the operator uses a smartphone or portable terminal, NFC tag antenna (or short-range communication antenna) 12a) There is a problem that can be changed (newly entered) through.

Therefore, in order to solve this problem, the wireless charging system 130 or the short-range communication chip (NFC tag 10) so that the data stored in the memory unit 126, 136 cannot be changed other than a designated person or operator. The system 130 or the short-range communication chip (NFC tag 10) can be given a lock function, and the "lock function grant" is a conventional method.

In this case, a password function may be provided so that the data stored in the memory units 126 and 136 can be changed with a portable terminal having a matching password. And, such a method also uses a conventional method.

-Examples of use of accommodation establishments-

28 to 30 are diagrams of an embodiment showing a method applied in a lodging establishment.

As shown in FIG. 28, from the first delivery point operator terminal 33-1 to the nth delivery point operator terminal 33-n may receive information from the server 100.

As a result, there are multiple dividend shop operators in one lodging facility. For example, at least two or more delivery points exist in one lodging facility with an ID of “Identification No. 53” or “knnumber 1” and the name of the lodging business is “Gangnam No. 1 Motel”. In addition, the plurality of delivery points are also assigned an identification number or ID to distinguish them.

In addition, steps executed in the system of FIG. 28 are as follows.

1) Access to the short-range communication chip 10 or the wireless charging system 130 (close enough to allow the portable terminal (smartphone) 20 to receive data from the short-range communication antenna (or NFC tag antenna) 12a) Or contact), information provided by the server 100 is displayed on the display 23 of the portable terminal (smart phone) 20.

2) The screen shown in the embodiment of FIGS. 24 and 25 is displayed on the display 23 of the portable terminal (smart phone) 20, and an order is selected through the input device 24.

3) When the order is selected, the server 100 displays a list of delivery stores connected to "the short-distance communication chip 10 to which the portable terminal (smart phone) 20 is accessed, or a lodging establishment equipped with a wireless charging system 130". It is selected from the database 104 of the server and displayed on a web page. The delivery point list is displayed on the display 23 of the portable terminal (smart phone) 20 connected to the web page.

Referring to the embodiment of Fig. 29, a restaurant list is displayed, and if there are selectable items such as Korean, snack, or Chinese in the menu 175, one item is selected from the selection menus (in the example of Fig. 29). Chinese) Then, a restaurant list 176 relating to the selected “Chinese” is displayed on the display 23.

-The list of delivery stores differs for each lodging establishment. Of course, in the case of lodging establishments in the same region, the list of delivery outlets lodging establishments may be the same, but may be different.

Accordingly, in the database 104 of the server 100, a list of delivery stores and a list of foods provided by each delivery store are stored for each lodging establishment, and a program in which order payment is made for the food list is also stored.

For example, there is a list of delivery stores connected to the first accommodation and a list of foods for each delivery store. In addition, there is a list of delivery stores connected to the second accommodation and a list of foods for each delivery store. In addition, there is a list of delivery stores connected to the nth accommodation and a list of foods for each delivery store.

4) When one of the delivery points is selected through the portable terminal (smart phone) 20 and an order and payment are performed, the server 100 transmits order and payment information to the selected delivery point operator terminal 33 do.

In the embodiment of FIG. 30, "xx spots" are selected through the input device 24 in the Chinese style, and the food list 177 sold in the "xx spots" is displayed on the display 23, and Jajangmyeon and Jjambong are selected. Seems to have been. When the payment has been made in the total amount window 178, and payment is made through the input device, the payment is proceeded with the previous embodiment of the present invention or a conventional payment method.

The delivery point operator terminal 33 means "a portable terminal (smart phone) that is connected with the ID of the delivery store and is logged in and connected to the server." In addition, the application program is downloaded and stored in the delivery point operator terminal 33 to perform the above process.

On the other hand, the server 100 is the "portable terminal (smartphone) 20, the short-range communication chip 10 or the wireless charging system 130 is installed in the room information" and the "order payment information" to the It is transmitted to the operator terminal 30 of the accommodation business. In addition, points according to order payment are also transmitted to the operator terminal 30.

In this case, the point means that the point is generated in a predetermined method or rate with respect to the amount of order payment generated in the accommodation establishment, and the point is an amount or number, and if it is a number, it can be converted into money.

On the other hand, the delivery store is also assigned an identification number or ID, and a portable terminal (smartphone) logged in with the identification number or ID and connected to the server is the delivery point operator terminal.

In addition, there exist from the first accommodation business operator terminal 30-1 to the nth accommodation business operator terminal 30-n, and FIG. 28 shows the first accommodation business operator terminal 30-1 that manages the first accommodation business. ), assuming that the embodiment is implemented in "the second accommodation operator terminal managing the second accommodation business and the nth accommodation business terminal managing the nth accommodation business", "the first accommodation business operator The method of "embodiment implemented in the terminal" is used.

-Number of operator terminals-

In the present invention, for convenience of explanation, the operator terminal is illustrated as one, but it is natural that two or more operator terminals may exist in one branch.

For example, if you have an ID of "Identification No. 53" or "knnumber 1" and the name of the lodging business is "Gangnam No. 1 Motel", the identification number "53" or the ID "knnumber 1" is used and two The above operator terminals can be created, and additional IDs can be assigned like "knnumber 1-01" or multiple IDs can be assigned as "identification number 53".

Similarly, a plurality of delivery point operator terminals may exist in each delivery point.

On the other hand, points are also generated for purchases through shopping, video purchases, or advertisements generated on the shopping screen, in addition to orders and payments generated through restaurants around the lodgings.

That is, in "a lodging establishment equipped with a short-range communication chip 10 or a wireless charging system 130 to which the portable terminal (smart phone) 20 is accessed", a predetermined ratio according to the purchase amount when a product or video purchase occurs. Points are generated as much as possible, and even if an advertisement is displayed, points are generated according to the advertisement unit price.

Therefore, the server 100 is the short-range communication chip 10 or the wireless charging system 130 to which the "portable terminal (smart phone) 20 is accessed (or the most recently accessed) on the operator terminal 30 of the lodging establishment. ) It transmits the information on the "room in which the device is installed" and the points that have occurred.

On the other hand, the embodiment of Figure 27 of the present invention is also applied to the accommodation operator terminal. Information on orders, product purchases, and advertisements generated from the short-range communication chip 10 or wireless charging system (!30) provided in each room is displayed for each room on the accommodation operator terminal, and the generated point values Information about is also displayed.

At this time, in the embodiment added to the embodiment of FIG. 27, a point value determined by an amount ordered and paid through a delivery point in each room is added.

For example, a short-distance communication chip 10 of room 3 in a lodging establishment with an identification number "53" or an ID "knnumber 1" or a portable terminal (smartphone) 20 connected to the wireless charging system 130 "xx" When an order payment occurs in "Blood Spot", the server 100 transmits the order or payment information to the delivery shop operator terminal of the "xx Spot", and transmits the order or payment information to the accommodation operator terminal with the ID "knnumber 1". Also transmits to (30). And the point value generated according to the order amount is also transmitted to the delivery point operator terminal and the accommodation operator terminal 30, respectively.

31 is a diagram of an embodiment showing a method displayed on a display of a delivery store operator terminal.

The delivery point operator terminal 33 is a portable terminal (smart phone) connected with an ID used by the operator of the delivery store, and the delivery point operator terminal 33 is also a terminal having the same concept as the portable terminal (smart phone) of the present invention.

In addition, the delivery store is not affiliated with one lodging facility, but it can be said that it is affiliated with at least two or more nearby lodging locations.

Accordingly, information on the affiliated accommodations is stored in the database 104 of the server 100 for each delivery point. For example, it may be assumed that the identification number of the delivery store is "no.77", the ID is "chinafood12", and the name of the delivery store is "00 spot".

Then, in the database of the server 100, the information of the accommodation business connected to the delivery store whose name is "00 spot" and the identification number and ID are "no.77" and "chinafood12", respectively, is stored. In addition, information (order food, price, date, and generated points (points to be provided to the lodging facility, etc.) are stored for each lodging business ordered and paid to the delivery store.

Therefore, on the display of the delivery shop operator terminal, a list of accommodation businesses connected to the delivery shop and information on food ordered for each accommodation shop are displayed. That is, as in the drawing of the embodiment of FIG. 31, a selection menu 175 is displayed on the display of the delivery shop operator terminal, and a list of accommodation businesses affiliated with the delivery shop is also displayed. And, although not shown separately in the drawings of the present invention, when one of the accommodations list 179 is selected through the input device of the delivery shop operator terminal, food information, price information, and date information ordered from the selected accommodations Is displayed, and information on the points to be provided to the selected accommodation by the order is also displayed. In this case, the points are values generated in a predetermined manner according to the order amount.

32 is a diagram of an embodiment showing a method of connecting a delivery shop operator terminal and a lodging business operator terminal.

That is, one delivery shop operator terminal 33 is a diagram showing that a plurality of accommodation operator terminals 30-1, 30-2, 3--3, and 30-n are connected through the server 100. .

-How to add affiliated businesses-

Meanwhile, in the present invention, the accommodation business operator or the delivery store operator may add a business affiliated with each other, and the steps of the method of adding them are as follows.

1) On the display of the accommodation operator terminal 30 (or the delivery store operator terminal 33), an application providing the content system of the present invention is executed. At this time, a conventional method is used as a method of executing the application.

2) On the display of the operator terminal 30 (or delivery store operator terminal 33), a selection menu is displayed on the display.

3) Addition of an affiliated delivery store (or an affiliated accommodation business if the delivery point operator terminal 33) is selected.

4) Enter the business name or ID of the delivery store you want to cooperate in the input window or the search box (or the affiliated accommodation business if the delivery store operator terminal 33).

5) The operator terminal 30 (or delivery store operator terminal 33) is connected to the server 100, and the server 100 transmits the information related to the business name (or ID) input in step 4) to the operator terminal. (30) (or delivery point operator terminal 33) to transmit.

6) Information related to the business name (or ID) entered in step 4) is displayed on the display of the operator terminal 30 (or the delivery store operator terminal 33), and the operator terminal 30 (or the delivery store operator The business name (or ID) is finally selected as an additional partner company through the input device of the terminal 33).

7) When the affiliated company is selected, the operator terminal 30 (or delivery point operator terminal 33) transmits the "selection" to the server 100. The control unit 101 of the server 100 adds and stores the affiliate company information in the affiliate company information folder of the operator terminal 30 (or the delivery shop operator terminal 33) in the database 104.

In addition, the central processing unit of the operator terminal 30 (or the delivery shop operator terminal 33) is also input to the memory unit and the selected affiliate company information is stored. In addition, when the affiliated companies are displayed in a list on the display of the operator terminal 30 (or delivery shop operator terminal 33) by the storage of the affiliated companies, the additional companies are also displayed. )

In the affiliated company information, classification information of a delivery shop or accommodation business is displayed, that is, a Chinese restaurant, snack shop, chicken, etc. are examples, and hotels, motels, and pensions are examples.

-How to purchase goods-

Products or images can be purchased from a short-distance communication chip 10 provided in the guest room of the guest room of Balgo, or a portable terminal close to the wireless charging system 130.

In the embodiments of FIGS. 24 and 25 of the present invention, the items of "shopping" and "order" (or "wireless charging") are displayed as a menu selection on the display 23, where "image" is a menu selection. Can be added. In addition, when "shopping" is selected in the input device of the portable terminal (smartphone) 20, "video" may be added as a lower menu.

In addition, in the present invention, the server 100 provides content information to the portable terminal (smart phone) 20, but when "shopping" and "video" are selected, the portable terminal (smart phone) 20 Can be connected.

And, when an advertisement is displayed or a purchase occurs through the "shopping" and "video", the server 100 provides the advertisement display information or purchase information, and the point information generated according to the advertisement display and purchase, It will be transmitted to the business operator terminal 30. In addition, the advertisement display information, the purchase information, and point information generated according to the advertisement display and purchase are displayed on the display of the operator terminal 30.

-How to issue coupons-

The content providing method of the present invention can be used in a variety of fields such as restaurants, coffee shops, lodging establishments, PC rooms, game rooms, golf driving ranges (or sports centers), trains, and airplane buses.

In addition, a method of issuing a coupon can also be provided. However, it is a method of issuing a coupon without an application in the portable terminal (smart phone) 20,

(1) How to issue store coupons

In the present invention, a coupon can be issued to a visitor's portable terminal using a store.

For example, when a visitor who used the “AAA store” visits the “AAA store” again, he or she can receive benefits such as discounts or points.

The store coupon issuance method is as follows, (applicable to the embodiments of FIGS. 24 and 25 of the present invention).

Step 1: The portable terminal 20 that has received the URL address of the server through a short-range communication chip (or a short-range communication chip provided in the wireless charger) or a QR code is connected to the server.

Step 2: The coupon issuance is displayed on the display of the mobile terminal 20 connected to the server. (In the embodiment of Figs. 24 and 25 of the present invention, "shopping 170, order 171, wireless charging 173" is displayed as a selection window, where coupon issuance is further displayed as a selection window. (For convenience, drawings are omitted.)

Step 3: When the “coupon issuance window” is selected through an input device, a coupon issuance list is displayed on the display 23 of the portable terminal 20.

33 is a diagram of an embodiment in which a coupon issuance list is displayed.

It is performed by each operation of the control unit of the server, the memory unit of the portable terminal, and the central processing unit, and the method is the same as the previous embodiment of the present invention.

In addition, the method of issuing a coupon is assumed to use a conventional technique.

Step 4: Send the coupon through a text system,

In this method, a conventional method is used,

(2) How to issue coupons around the store

This is a coupon issuance method used when a visitor using the “AAA store” visits another store in the vicinity after visiting the “AAA store”.

For example, a visitor using “0000 motel” visits “00 spot” after using “0000 motel”, that is, a short-range communication chip connected from “0000 motel” (or a short-range communication chip provided in a wireless charger). ) Or, from the server accessed by QR code, a coupon of “00 spots” was issued. (Applicable to the embodiment of FIG. 30 of the present invention).

In the drawing of the embodiment of FIG. 30, a “coupon issue window” is further provided around the advertisement window 172 (the “coupon issue window” is omitted for convenience.) And the “coupon issue window” is selected through an input device. If the coupon is issued,

The above process will be described again with reference to the illustrated drawings.

33 is a diagram of an embodiment in which a coupon issuance list is displayed on a display.

When the "coupon issuance window" is selected in the embodiment of FIG. 24, 25 or 30 of the present invention, the coupon issuance list 180 is displayed as in the embodiment of FIG. 33. Of course, if possible, a “coupon issuing window” may also be displayed and selected in the drawings of other embodiments of the present invention.

And, when the delivery window 181 is selected, the coupon is delivered through the text system.

34 is a diagram of an embodiment in which the “text transmission window 181a” is displayed on the display when the transmission window 181 is selected through an input device.

The “text transmission window 181a” may be displayed as a separate window in FIG. 33.

And, when one of the plurality of “messenger windows 181b” existing in the “text transmission window 181a” is selected, it is created in the server 100 of the present invention (the control unit is created by information stored in the database). The coupon is delivered through the selected "messenger window 181b".

35 and 36 are diagrams of an embodiment in which a coupon is delivered through text.

When one of a plurality of “messenger windows 181b” existing in the “text transmission window 181a” is selected, a coupon is delivered through a text message. That is, a diagram of an embodiment in which a coupon is delivered as the text box 181 is FIG.

For example, when a Facebook, Twitter, or text system exists as a “messenger window 181b” in the “text transmission window 181a”, when “text” is selected in the “messenger window 181b” The coupon is transmitted through the selected text system. (This transmission method uses a conventional method.)

And, FIG. 35 is a diagram of an embodiment of a method for delivering a coupon to me, and FIG. 36 is a diagram of an embodiment in which the server 100 of the present invention transmits the coupon to the user's portable terminal 20 when friend making is performed. It is a drawing.

And, a method of delivering a coupon through a text system or a “message delivery program” is a conventional method.

In addition, when the text box 182 shown in FIGS. 35 and 36 is selected through an input device, a coupon (made with an image of a code) is displayed on the display 23, and the coupon is used when visiting a store. . And, the method in which the coupon is displayed and used on the display is a conventional method.

Meanwhile, one coupon may be selected and transmitted by text, and multiple coupons (or all menus provided by the store) may be transmitted by text.

In addition, coupon issuance may be reflected in the point value described in the embodiment of FIG. 27 of the present invention.

For example, when a coupon of “00 spots” is issued and used in the “AAA store”, the coupon issuance is reflected in the points displayed on the operator terminal of the “AAA store” and the point value is increased.

10: short-range communication chip 11: attachment film
12: NFC tag part 12a: NFC tag antenna
13: protective film 14: URL information character (code)
15: Separator character (code) 16; Merchant identification character (code)
17: table identification character (code) 18: algorithm code
20: portable terminal 21: central processing unit
22: memory unit 23: display
24: input device 25: communication module
26: input/output unit 30: operator terminal
45: delivery operator terminal 110: code generator
102: metal frame 103: code generator solar cell
101: code generator switch 111: code generator display
112: code generator central processing unit 113: code generator memory
114: code generator power supply unit 126: short-range communication chip memory unit
125: short-range communication chip control unit 120: short-range communication chip matching unit
129: short-range communication module 130: wireless charging system
130b: wireless charging area 130a: short-range communication area
132: wireless charging system CPU 133: wireless charging module
133a: wireless charging coil 134: wireless charging system communication unit
136: wireless charging system memory unit 135: ultra short-range communication module
137: switch 100: server
150: other server 37: a separate window at the bottom

Claims (2)

The portable terminal 20 is connected to the server by the "URL information character 14",
In addition to the “URL information character 14”, information about the separator character 15, the affiliated store identification character 16, and the table identification character 17 is also transmitted to the server,
The character after the division character 15 is recognized by the server 10 as information, and the server 100 identifies the affiliate store where the portable terminal 20 is located by the affiliate store identification character 16 located behind the division character 15. , Ordering system using short-range communication, characterized in that transmitting the menu or product information of the affiliated store to the portable terminal (20). According to claim 1, When payment of the selected menu or product is selected through the input device of the portable terminal 20, the control unit 101 of the server 100 sends the portable terminal 20 to a separate server 150 for payment. ) To be connected, and the portable terminal 20 is an order system using short-range communication, characterized in that the payment is made through a separate server 150.

Images