JP2002183360A - System for creating two-dimensional code, system for decoding two-dimensional code, system for registering and managing temporary help business utilizing system for creating two-dimensional code - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system for easily creating a two-dimensional code, and a system using the same. SOLUTION: The system includes a means for selecting two-dimensionally coded information 4 for selecting information to be two-dimensionally coded on the basis of a predetermined standard out of information inputted and transmitted from terminal side equipment 1 of a terminal side computer system A to a server side computer system B having a function of creating the two-dimensional code and being connectable with the terminal side computer system A through a communication line 2, a means for creating a two-dimensional code 5 for converting predetermined information including information selected by the means for selecting two-dimensionally coded information 4 into the two-dimensional code, a means for creating a transmitting display 8 for creating a transmitting display including a two-dimensionally coded image created by the means for creating a two-dimensional code 5 and predetermined information determined in advance, and a transmitting means for transmitting the transmitting display created by the means for creating a transmitting display 8 through the communication line 2 to the predetermined terminal side equipment.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for creating or decoding a two-dimensional code using a communication line such as the Internet. The present invention relates to a new system using a two-dimensional code, such as a staffing management system or an electronic ticket system that uses a two-dimensional code.

[0002]

2. Description of the Related Art It is well known that a barcode has been used as a means for managing various information.
In particular, a bar code is an indispensable means in a device such as a POS system for managing information on products and customers. As shown in FIG. 20, such a bar code is obtained by coding various kinds of information and linearly arranging the code symbol characters. The bar code has information only in the x direction and all information in the y direction. It has no structure. A lot of information is collected in this barcode. Furthermore, unlike characters, ordinary people cannot immediately know the contents of the information from the barcode. Suitable to do. However, recently, information has been diversified, and the need to manage more information has been increasing.

Therefore, a two-dimensional code as shown in FIG. In this method, information is coded, and the code symbol characters are arranged vertically and horizontally, and have information in both the x and y directions. In this sense, the barcode described above is recently called a one-dimensional code in contrast to a two-dimensional code. This two-dimensional code can collect a large amount of information 10 to 100 times as large as the bar code. One such two-dimensional code is JIS (Japanese Industrial Standard) X0510 in Japan in January 1999.
(QR code), and in this standard, J
Character codes (S-JIS) specified in the shift-coded representation of IS X 0208 and ANSI X3.4 (7-
Standards such as bit ASCII) have been cited, and cases in which character information is printed as a two-dimensional code on various papers or devices and used are becoming widespread. The present invention relates to such a two-dimensional code creation system and its application.

A conventional two-dimensional code creation system generally stores a two-dimensional code creation program in each computer, and creates a two-dimensional code as required by each computer.

[0005] In addition, it is assumed that various application fields of the two-dimensional code will be proposed in the future, but the present invention proposes a registration management system and an electronic ticket system in personnel dispatch as the application fields. Is what you do.

[0006] In a personnel registration management system for dispatching personnel, it is general to confirm whether or not the person is a registered person by using an identification card with a face photograph.

In order to purchase admission tickets for various events, tickets for transportation, boarding tickets, air tickets, etc., a method of directly purchasing at a predetermined ticket sales window or a method of making a reservation by telephone and purchasing at the window. There is a method of making a reservation and a method of making a reservation through the Internet.

In the method of purchasing at a predetermined window, in the case of a concert of a popular singer or the like or a popular event such as a Japanese series, a long line is formed in order to obtain a ticket, and sometimes the person stays overnight for several days. As a measure to avoid this, a system for selling tickets for events such as concerts via the Internet has recently been proposed. This system reserves tickets through the Internet. To get tickets, you can get them by mail, get them at a predetermined store, or record the information sent to a floppy (registered trademark), This is a method of bringing this to a predetermined place and exchanging it for a ticket, and the ticket itself is a usual printed matter conventionally used.

Means for sending special treatment tickets, discount tickets, and invitation tickets (including invitations and invitations; the same applies hereinafter) of various events to predetermined members, customers, and the like, may be implemented by mail such as postcards. It is generally mailed as a thing.

[0010]

First, in the conventional two-dimensional code generation system, it is necessary to introduce a two-dimensional code generation program into each personal computer that generates a two-dimensional code. The computers that can perform the work are limited, and when performing maintenance such as renovation of the two-dimensional code creation program, it is necessary to replace the programs on each computer, and the use of two-dimensional code will dramatically expand in the future. Is expected to be difficult to respond to.

On the other hand, in the temporary staffing registration management system, a person who wishes to register goes to a temporary staffing company, receives an identification card with a face photograph through a predetermined procedure such as an interview, and uses the identification card. It is common to confirm whether or not the person is the person.If the registered person is a Japanese person, it is possible to identify the person by a face photograph, but if it is a foreigner, it is often difficult to distinguish it. . Especially when the worker is dispatched to a factory to perform simple labor work, it is difficult for the guard to identify himself or herself only by looking at the ID card from a distance, so he / she can be a dispatched person with another person's ID card. There are situations where people enter and leave the factory. In addition, if you enter an identification card that also serves as a gate card through a ticket inspection machine, even if you use another person's gate card (identification card), it is impossible to determine whether you are the person or not, so please block the entrance. Was difficult.

On the other hand, in the above-described conventional ticket sales system using the Internet, the ticket itself is a conventional printed matter, the ticket itself does not change at all, and only the Internet is used for ticket reservation. Obtaining physical tickets was essential.

[0013] In order to mail special treatment tickets, discount tickets, and invitation tickets for various events to a predetermined target person, considerable mailing costs are incurred, and whether or not the person who receives these tickets has come to the venue. However, it was necessary to manually compare the name and name of the target person described in these tickets received at the venue with the destination list, and there was a problem that it took too much time and cost to make it a marketing material.

The present invention has been made in view of the above situation, and has as its first object to provide a simple creation and decoding system of a two-dimensional code which has recently been put into practical use.
The second purpose is to provide a temporary staffing registration management system that can easily confirm the identity and manage work using the two-dimensional code. It is a third object of the present invention to provide a new electronic ticket system that can obtain the ticket itself through a communication line such as the Internet at low cost.

[0015]

The present invention comprises three invention groups. The first invention group is a two-dimensional code creation / decoding service for creating or decoding a two-dimensional code through a communication line such as the Internet. A second invention group is a personnel dispatch registration management system using the system, and a third invention group is an electronic ticket system similarly using a two-dimensional code.

First, there are three systems in a two-dimensional code creation / decoding system which is a first invention group. The first system is that a server-side computer system communicates with a terminal-side computer system such as the Internet. It can be connected through a line, and from the information input and transmitted from the terminal device of the terminal computer system,
Two-dimensional coded information selecting means for selecting information to be two-dimensionally coded based on a predetermined criterion, and predetermined information including information selected by the two-dimensional coded information selecting means, A two-dimensional code creating means for converting a reply screen including at least the two-dimensional code image created by the two-dimensional code creating means, and a reply screen created by the reply screen creating means. ,
Response means for returning a response to a predetermined terminal device via the communication line, whereby the server-side computer system receives a predetermined item based on a signal transmitted from the terminal-side computer system. A two-dimensional code is formed, and predetermined information including the two-dimensional code image is returned to a predetermined terminal device.

In the second method, information transmitted from a terminal-side computer system to a server-side computer system connectable through a communication line such as the Internet is converted into a two-dimensional code in the server-side computer system to convert the information into a two-dimensional code. In the two-dimensional code creation service system for returning to the computer system, the server-side computer system selects two-dimensional information to be converted into a two-dimensional code from information input and transmitted from a terminal device of the terminal computer system. Coding information selecting means, two-dimensional code generating means for converting the information selected by the two-dimensional coding information selecting means into a two-dimensional code, and a two-dimensional code image generated by the two-dimensional code generating means. Reply screen creating means for creating a reply screen including Replying means for returning the reply screen created by the face creating means to the terminal-side device via the communication line, and the two-dimensional coded information selecting means includes an input of the terminal-side device. Means for selecting information to be two-dimensionally coded through the communication line, and the reply screen creating means, by means of the input device of the terminal-side device, with predetermined character information transmitted through the communication line, etc. An arbitrary reply screen including the two-dimensional code image can be created with the two-dimensional code image. With this configuration, based on the information transmitted from the terminal-side computer system, the server-side computer system converts predetermined items into a two-dimensional code, and returns information including the two-dimensional code image to a predetermined terminal-side device. Is to do
An arbitrary two-dimensional coded image can be obtained by operating the terminal device.

According to the first and second methods, it is possible to obtain a two-dimensional code image on the terminal device using the Internet or the like, even if the terminal device does not have a two-dimensional code generating means. Become.

In any of these methods, the information input and transmitted from the terminal device of the terminal computer system includes return destination information for designating another return destination terminal device different from the terminal device. May be included, and the screen created by the reply screen creating means may be sent back to the specified terminal device. In particular, by specifying a mobile terminal such as a mobile phone as the reply destination terminal device,
The two-dimensional code image information returned to the portable terminal is stored, and the portable terminal is brought to a place where the two-dimensional code is used. At the place of use, the two-dimensional code image information stored in the portable terminal is stored. Alternatively, by presenting the two-dimensional code image displayed on the display of the portable terminal, it is possible to use the image for the intended purpose. Of course, it is also possible to make an input from the mobile terminal and make it return to the mobile terminal.

In any of these systems, only the terminal-side computer system having predetermined authentication means can be connected to the server-side computer system so that a two-dimensional code can be created.

Further, in the second method, the information to be converted into a two-dimensional code is encrypted by an encrypting means, so that even if the two-dimensional code is decrypted by a third party, the confidentiality of the content is maintained. It can be held.

Next, the third method enables a person who does not have a two-dimensional code reading means to be able to decode a transmitted or transmitted two-dimensional code. In a two-dimensional code decoding service system for decoding two-dimensional coded information transmitted to a server-side computer system connectable through a communication line in the server-side computer system and returning it to the terminal-side computer system, the server-side computer system Is a two-dimensional code reader that reads two-dimensional coded information from the image data and converts it into original information based on a two-dimensional code image transmitted from the terminal device of the terminal computer system via the communication line. Means for reading by the two-dimensional code reading means. It has the characteristics of taken information in that it has a, a reply means for replying to said terminal device via the communication line. In this system, when the transmitted two-dimensional code includes the encrypted information, the two-dimensional code read information returned from the server-side computer system is a code, so that the two-dimensional code The password is decrypted by using a decryption password or the like.

Next, a second invention group is one in which the two-dimensional code creation system and the decryption system are applied to a temporary staffing registration management system of a temporary staffing company. The company-side computer system can be connected to the terminal computer system of the registration staff or registration applicant through a communication line such as the Internet, and is input from a terminal device owned by the registration staff or the registration applicant and the communication line. The registration information or registration application information of the person transmitted through the above, the registration personnel information file recorded in a callable and rewritable, and the dispatch company information transmitted from the computer system of the dispatch company via the communication line , Call and rewritable dispatch company information file, and the registered personnel information file and dispatch Two-dimensional coded information selecting means for selecting information to be two-dimensionally coded from the information recorded in the company information file based on a predetermined criterion; Predetermined information, a two-dimensional code creating means for converting to a two-dimensional code, a reply screen creating means including an image of the two-dimensional code created by the two-dimensional code creating means and predetermined information, It is characterized in that it has a reply means for returning a reply screen created by the reply screen creating means to a terminal device of a predetermined registration staff or a person who wants to register via the communication line.

In the case where the computer system of the dispatch company is also adapted to the two-dimensional code system, the system includes the dispatch staff information transmitted from the dispatch company computer system via the communication line. A dispatch staff information file recorded in a callable and rewritable manner, a two-dimensional code reading means, and a dispatch stored in the dispatch staff information file while the two-dimensional code presented by the dispatch staff is read by the two-dimensional code reading means. A comparison means for comparing with the personnel information is provided.

As a specific embodiment of the personnel dispatch registration management system, the registration personnel information file includes authentication information such as a password for specifying the personnel, and the authentication information is also two-dimensional. By encoding, it is possible to use a two-dimensionally encoded code for identification. In addition, a display for enlarging and displaying the face photograph of the person read by the two-dimensional code reading means in the computer system of the dispatch company in which the registered person's face photograph is included in the two-dimensional coded information is provided. If this is done, it becomes possible to make it easy to distinguish even a foreigner who is difficult to distinguish from a face photo attached to a small entrance certificate.
Further, the two-dimensional code reading means reads the two-dimensional code at the time of leaving and leaving the company by the two-dimensional code reading means, and calculates the presence / absence of the temporary worker and the work time and records the result. A time management file is provided, and the working data of the dispatched personnel recorded in the working time management file is transmitted to the dispatching company computer system via the communication line every predetermined period. The company-side computer system performs necessary work such as creating a work table and a bill for a dispatch cost based on the transmitted work data of the dispatched personnel, and transmitting the result to the dispatch destination via the communication line. Sending it to the company is also a preferred method.

The two-dimensional code reading means has the following four methods. First, a first method is a two-dimensional code image reader for reading a two-dimensional code image, and a code for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. A decoding unit including a conversion unit, wherein a combination of the decoding unit and the two-dimensional code image reader is installed at the two-dimensional code reading place. Only the two-dimensional code image reader is installed at the place where the two-dimensional code is read, and the decoding means is connected to a dedicated wire or wireless line. Only the reader is installed at the place where the two-dimensional code is read, and the decoding means is connected via the communication line. The fourth method,
In this method, the two-dimensional code image reader is not provided, and the two-dimensional code image data stored in the portable device is directly transmitted to the decryption unit to be read. Which method is adopted may be determined by appropriately selecting the most appropriate method in designing the system, or a plurality of methods may be applied.

The electronic ticket system of the third invention group is roughly classified into three types. The first method is a method of selling various pay tickets through a communication line, specifically, an electronic ticket system using a two-dimensional code, and a ticket issuing computer system that issues the electronic ticket includes: A ticket information file that can be connected from the customer's computer system through a communication line such as the Internet, and that records information on tickets to be sold and ticketing information in a rewritable and callable manner; Two-dimensional coded information selecting means for selecting information to be two-dimensionally coded from predetermined ticket purchase application information input and transmitted from the device, based on a predetermined criterion; Means for converting predetermined information including information selected by the means into a two-dimensional code. Means, a ticket screen creation means for creating a ticket screen including the two-dimensional code image created by the two-dimensional code creation means and predetermined ticket information, and the ticket screen creation means created by the ticket screen creation means. Return means for returning a ticket screen to a predetermined terminal device via the communication line; means for additionally storing ticket information returned to the terminal device of the customer in the ticket information file; two-dimensional code reading means And validity evaluation means for evaluating the validity of the ticket based on the information read by the two-dimensional code reading means, whereby the ticket returned to the terminal device of the customer is provided. Screen information, or the ticket screen itself displaying the ticket screen information on the display of the terminal-side device, or printing this on any paper The print ticket screen is a primary ticket, and the validity evaluation means evaluates the validity of the ticket based on the information read by the two-dimensional code reading means. This realizes an electronic ticket in place of a printed matter.

The above-mentioned primary ticket is basically intended for paying tickets such as various admission tickets, air tickets, boarding tickets, boarding tickets, meal tickets, and the like, and the primary ticket itself can be the final ticket. However, there are various modes such as a system in which a reservation ticket is not provided, and a main ticket is paid at the time of payment.

In addition, since pay tickets are targeted, it is necessary to devise measures for preventing duplicate ticket issuance for the same seat, measures for preventing duplicate use of the primary ticket by copying, and a method for collecting money. Therefore, as a specific security measure such as prevention of duplicate ticketing and duplicate use or a policy of collecting money, predetermined ticket purchase information transmitted from the terminal device of the customer is recorded in the ticket information file. Measures to prevent duplicate ticketing for the same seat or excessive ticketing over the number of seats by providing ticketing permission / prohibition judging means for judging the possibility of ticketing by comparing with the information.The ticket screen returned to the customer has a two-dimensional code. And the validity evaluation means determines that only the first primary ticket of the same number is valid for the serial number read by the two-dimensional code reading means. Measures to prevent copying of the same ticket, authentication of the customer's ticket purchase request information such as a password identifying the customer And the authentication information is also included in the two-dimensional code, and the validity evaluation unit determines whether the authentication information read by the two-dimensional code reading unit matches the authentication information presented by the customer. There are authentication measures, etc. to make a judgment, and in particular, the credit card number of the customer is used as authentication information for identifying the customer, and a credit card number reading device is installed at the place where the primary ticket is used. Comparing the credit card number presented by the customer read by the credit card number reading device with the credit card number read by the two-dimensional code reading means, and comparing the primary ticket with the validity evaluation means. There are measures to determine the effectiveness. As another ticket collection method, when the credit card number is used as an authentication means, it is reasonable to settle the ticket price using a credit card. Further, the validity period of the primary ticket is included in the two-dimensionally coded ticket information returned to the customer, and if the predetermined payment is not made within the validity period, the primary ticket is invalidated. Or a method in which the primary ticket is exchanged for a predetermined secondary ticket along with payment.

The primary ticket may be a paper ticket printed by a printer connected to a terminal device, or the two-dimensional code image displayed on a display of a portable terminal such as a customer's portable telephone. In this case, the two-dimensional code reader determines the validity of the primary ticket from the display image of the portable terminal. In this sense, the ticket purchase application information input and transmitted from the terminal device of the customer causes the terminal device of the reply destination to be designated, and the ticket information created by the reply screen creating means is replaced by the designated terminal device. If the reply is made to the device, the reply can be made to the own portable terminal, and the ticket can be given to another person.

Next, the second system is an electronic ticket system for providing free tickets such as special treatment tickets, discount tickets, invitation tickets, and the like to a predetermined target person through a communication line. An electronic ticket system for providing a ticket to a predetermined target through a communication line, the target information including an individual e-mail address of the target, recorded in a rewritable and callable manner, and a predetermined target information file; A ticket information file in which ticket information is recorded in a rewriteable and callable manner, input means connected to a computer for storing predetermined information in the target person information file and the ticket information file, and storage in the target person information file Information stored in the ticket information file or the target information input from the input means. From among the information, two-dimensional coded information selecting means for selecting information to be two-dimensionally coded based on a predetermined criterion, and predetermined information including information selected by the two-dimensional coded information selecting means. A two-dimensional code creating means for converting to a two-dimensional code, and a ticket screen including the two-dimensional code image created by the two-dimensional code creating means and predetermined information are selected from the subject information file. And a two-dimensional code reading means for transmitting the ticket information to the terminal device of the predetermined subject via the communication line. That is,
The second method is a new and inexpensive ticket sending method that replaces direct mail that has been conventionally mailed.

Also in this system, there are various modes. For example, the two-dimensional coded information includes information for specifying the target person such as the member number of the target person, and the two-dimensional code reading is performed. By storing the information read by the means in the column of the predetermined target person in the target person information file, there is an advantage that the statistical processing of the marketing information such as the presence or absence of the target person and the type thereof is facilitated. Also in this method, there is a method in which the ticket screen including the transmitted two-dimensional code is printed by a printer and used as a print ticket screen, and a method in which the ticket screen is displayed on the display of a portable terminal and used as it is in the first method. The same applies to the case of one method.

Next, the third system relates to a system for issuing a ticket with a two-dimensional code in place of a conventional ticket or ticket at a ticket sales counter. Specifically, the terminal-side device and the terminal-side device A host computer connectable to the host computer via a communication line, predetermined ticket information input means provided on the terminal-side device, and transmission means for transmitting the input ticket information to the host computer through the communication line. And the host computer has two-dimensional coded information selecting means for selecting information to be two-dimensional coded from the transmitted ticket information based on a predetermined criterion; Means for converting predetermined information including information selected by the means into a two-dimensional code, and the two-dimensional code creation means Reply screen creation means for creating a reply screen including the created two-dimensional code image and predetermined information, and a predetermined ticket screen created by the reply screen creation means to the terminal device. A printer connected to the terminal device and for printing predetermined ticket information including the two-dimensional code image on a predetermined ticket sheet, and a ticket output from the printer. It has two-dimensional code reading means for reading a two-dimensional code, and ticket inspection means for judging the validity of the ticket based on information read by the two-dimensional code reading means.

Further, in the above electronic ticket system, the two-dimensional code reading means has the following four systems as in the above-described case. First, a first method is a two-dimensional code image reader for reading a two-dimensional code image, and a code for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. A decoding unit including a conversion unit, wherein the decoding unit and the two-dimensional code image reader are integrally combined and installed at a ticket use place, which is the two-dimensional code reading place, In the second method, only the two-dimensional code image reader is installed at the ticket use place, and the decoding means is connected by a wired or wireless dedicated line. The third method is the two-dimensional code image reader. Only the code image reader is installed at the place where the ticket is used, and the decoding means is connected via the communication line. , Fourth scheme, the a method of not providing the two-dimensional code image reader, a two-dimensional code image data stored in the portable terminal, a method of reading and sent directly to decoding means.
Which method is adopted should be appropriately selected in designing the system, and a combination of these two or more methods can be used. Incidentally, the first to third methods are applicable to the first to third electronic ticket systems, and the fourth method is applicable to the first and second electronic ticket systems. It is not suitable for the third ticket system.

[0035]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The contents of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a conceptual diagram showing an outline of a two-dimensional code creation system according to a first system of the first invention group of the present invention, and FIG. 2 is a flowchart showing a procedure for creating a two-dimensional code by the system of FIG. It is.
In these drawings, A indicates a terminal-side computer system of a customer or the like, and B indicates a server-side computer system having a two-dimensional code creation function. First, a communication line 2 such as the Internet is sent from a terminal computer (terminal device) 1 of the terminal computer system A.
(Hereinafter sometimes simply referred to as "Internet" or "communication line"), the terminal computer 1 is connected to the server-side computer system B (block A1 in FIG. 2). Is displayed in the usual manner (block A2), where the information requested by the server is entered (block A3), and the Internet 2
To the server-side computer system B via In the server-side computer 3 receiving this information,
It is determined whether or not the input has been performed properly (whether or not necessary information has been input, etc.) (block B1). If the input is not appropriate, such as insufficient input, a signal prompting re-input is returned ( Block B5). If the input is appropriate, the two-dimensional coded information selecting means 4 selects information to be two-dimensionally coded from the information transmitted from the terminal side computer 1 based on a predetermined criterion. (Block B
2) Send the selection information or the two-dimensional coding information including the selection information to the two-dimensional code generation means 5 to generate a two-dimensional code in a manner described later (block B3). The created two-dimensional code is combined with other information selected from the various information files 6 by the reply screen creating means 8 to create a reply screen (block B4), and the created screen information is The data is transmitted from the server computer 3 to the terminal computer 1 via the Internet 2 (block B5).

In the terminal-side computer system A, this is stored in the computer 1 or output by a printer 7 attached to the system as needed (block A).
5). This makes it possible to create a two-dimensional code through the Internet without equipping the terminal-side computer system A with a two-dimensional code creation program.

The information including the two-dimensional code returned to the terminal-side computer 1 is not printed by the printer 7, but is directly used as a portable telephone, a portable information terminal, an electronic organizer, a notebook personal computer, a wearable personal computer, or the like. To a portable or wearable terminal-side device 1a (hereinafter simply referred to as a "portable terminal") and save (in some cases, transfer and save via the communication line 2) or a terminal-side computer When information is transmitted from the server 1 to the server-side computer system B, it is possible to reply to another terminal-side device 1b by inputting an e-mail address of a reply destination. Further, further processing can be performed for a predetermined purpose using the returned two-dimensional code (block A6).

Next, the procedure for creating a two-dimensional code in the two-dimensional code creating means 5 will be described. This preparation procedure is described in Japanese Patent Application No. 2000-302 filed by the present applicant.
No. 655, and various creation methods are disclosed, so that the detailed description is omitted here and only the outline is described with reference to FIG. FIG. 3 illustrates a two-dimensional code creation step and a reading / decoding step. A step indicated by a thick arrow in the figure is a two-dimensional code creation step, and a part surrounded by a solid line is a two-dimensional code creation means. It becomes 5. Also, in FIG.
2 shows an internal process of the process of FIG. 1.

First, when a normal character or code is input from an appropriate input means of the terminal side computer system (block A3), the character code is converted into a normal character code by the character code conversion means 42 according to a conventional method (block A3). A3
a). The character code signal is transmitted to the server-side computer system B via the Internet, and is transmitted to the two-dimensional code generation means 5 in the server-side computer system, where the ordinary character code and the two-dimensional code character code are transmitted. Is converted into a two-dimensional code character code such as "S-JIS" or "ANSI X3.4" by the code conversion means 43 (block B3a) which performs mutual conversion of the two-dimensional code, and becomes bit string data of the two-dimensional code ( Block B3b). Next, by adjusting the bit string data, the size and shape of the two-dimensional code image are adjusted according to a predetermined procedure (block B3c), and the finally adjusted shape (square, rectangle, circle, sector, etc.) and size are adjusted. A two-dimensional code image is created (block B4a).
The adjusted image is transmitted to the terminal device 1 as described above (block B5), and the image is displayed on the screen of the terminal device 1 (block A5a). Printing or the like is performed (block A5b).

Next, examples of the use of the above two-dimensional code creation system include one in which the two-dimensional coding itself is a business (the second method of the present invention) and one in which the created two-dimensional code is decoded. Is a business (third method)
There is. An example in this case will be described with reference to FIG. FIG.
FIG. 5 is an example of a system configuration diagram used for the second and third methods, FIG. 5 is a flowchart showing a procedure of the second service system, and FIG. 6 is a flowchart showing a procedure of the third service system. It is.

First, the second system (two-dimensional code creation service system) will be described with reference to FIGS. The customer of the terminal-side computer system A without the two-dimensional coding program first connects his / her terminal-side computer 1 to the two-dimensional code generation system of the two-dimensional code generation server computer system B via the Internet 2 ( (Block A11), a server initial screen is displayed (block A12). At this time, if the customer is a member who can receive the two-dimensional code creation service of the server, the user inputs authentication means such as an ID and a password which are given in advance from the server, and inputs the authentication means through the Internet 2 to the server side. Computer system B
Is sent to the server-side computer system, and compared with the authentication means of the customer stored in the customer information file 6b, when the authentication is completed, the server computer system is connected to the two-dimensional code creation screen (block A14). On the other hand, in the case of a non-member, the above authentication means is obtained through an enrollment registration procedure (block A13), and the connection to the two-dimensional code creation screen is made (block A14). The predetermined information including the authentication information about the newly registered member is additionally stored in the customer information file 6b as in the normal case. Furthermore, the connection to the server is specified by the authentication means such as the ID and the password, and the system usage fee is charged.
The point that it is blocked so that it cannot be connected to the two-dimensional code creation system is the same as the case of the connection to the ordinary various paid systems.

Next, the customer inputs predetermined items to be converted into a two-dimensional code from the input means 10 connected to his / her terminal side computer 1 (block A15). If there is no secret information, it is encrypted by the encryption means 27 included in its own computer system (block A16). Next, the server-side computer system B calls the two-dimensional coded information selecting means 4 through the Internet 2 and selects information to be two-dimensionally coded from the above-mentioned encrypted information and non-encrypted information (block B11). When the selection is completed, this selection information is transmitted to the server-side computer system B via the Internet 2 (block A17). In the server-side computer system B receiving this, the two-dimensional code is automatically created by the two-dimensional code creation means 5 built in the server-side computer system (block B12). When this two-dimensional code image is displayed, it can be returned to the customer's terminal computer 1 as it is via the Internet (block B14). However, if necessary, the response provided in the server-side computer system B can be provided. The screen creation means 8 is called, another character information and image information are selected together with the two-dimensional code image, and the reply screen creation means 8 combines them to create a reply screen (block B13).
It is also possible to return this composite screen to its own terminal side computer 1 through the Internet 2 (block B14).

When the size and the shape of the created two-dimensional code image are adjusted and two-dimensional coded information is added or reduced in creating the reply screen, the "predetermined information input" of the block A15 is performed. Or the block B
It is also possible to return to the step of “selection of two-dimensional coded information” of step 11 and start over. If the transmission screen is satisfactory, it is stored in its own file (not shown) as described above, and an arbitrary image including other characters and images is created (block A18). ), And transmits the information including the two-dimensional code image to the predetermined partner terminal computer system A 'through the Internet 2 (block A).
19). At this time, if the two-dimensional code includes the encrypted information, the two-dimensional code is transmitted with a code for decrypting the code (such as a password) attached thereto.

The reply destination from the server-side computer system B is the originating terminal equipment 1
Instead, other terminal side device 1b is selected, or
It is also possible to directly select the other party's terminal computer system A '.

The two-dimensional code creation fee for the customer is charged to the customer by an ID as one of the authentication means, and the ID is assumed to be permanent and used. The method of charging according to the frequency,
It may be a prepaid ID for limiting the number of times D is used or for limiting the period of use. Needless to say, this point can employ a normal payment collection system.

Next, the customer A
The two-dimensional code image transmitted from the other party to the other party A ′ cannot be read unless the other party computer system A ′ has a two-dimensional code reader.
Therefore, a third system of the present invention relates to a system for performing this reading service, which is described in FIG.
And FIG. The other party who has received the information including the two-dimensional code image connects its terminal-side computer system A 'to the server-side computer system B (block A'1), and calls the server-side initial screen (block A'2). ). Here, if the member is not registered as a two-dimensional code decryption member provided by the server (same as the two-dimensional code creation member), the registration procedure is performed to obtain authentication information such as an ID and a password (block). A'3), input the authentication information, connect to the two-dimensional code reading screen of the server (block A'4), and transmit the received two-dimensional code image to the server-side computer system B through the Internet 2 (block A'3). A'5). At this time, comparing with the member information stored in the customer information file 6b on the server side, whether or not the authentication information is correctly input, and for the newly registered member, the member information is compared with the member information. Customer information file 6
The additional registration in b is the same as the conventional various methods.

The transmitted two-dimensional code image is automatically read by a two-dimensional code reading means 9 provided in the server-side computer system in a manner described later (block B15). A reply is sent back to the other computer system A '(block B16). If the transmitted read information is not encrypted, it performs predetermined processing such as secondary processing by itself (block A'7), and prints it by the printer 7 'as necessary. However, if it is encrypted, it is encrypted using a decryption code (such as a password) transmitted together with the two-dimensional code image from the terminal-side computer system A that encrypted the two-dimensional code and transmitted the same. The encryption is decrypted by the decryption means 27a (block A'6).

Next, the two-dimensional code reading means 9 will be described with reference to FIG. A portion surrounded by a dotted line in FIG. 3 is the two-dimensional code reading means 9. Note that reference numerals in parentheses in the figure indicate steps corresponding to the steps in FIG. 6, and alphabetical suffixes indicate internal steps of each step. The counterpart customer A 'receiving the two-dimensional code first transmits the image to the server-side system B (block A'5).
If the two-dimensional code is attached to the document, the image is read by the two-dimensional code image reader 9a such as a scanner (block A'0) and transmitted to the server-side system. The computer on the server side receives the transmitted two-dimensional code image as bit string data (block B15a). The bit string data is converted from a two-dimensional code character code to a normal character code by a code conversion system 43 for mutually converting the normal character code and the two-dimensional code character code (block B15b). The returned normal character code data is sent back to the customer computer 1 via the Internet (block B15c). Since the customer's computer receives this, the character code is a normal character code, and is displayed as a normal character or code by software built in the computer 1 (block A'7). As is clear from the above, the two-dimensional code reading means 9 includes a two-dimensional code image reader 9a for reading a two-dimensional code image, and the two-dimensional code character code based on the image data read by the image reader. It comprises a code conversion means 43 for converting to a code and a decoding means having a normal character code conversion means 42 for converting the converted normal character code into characters. Therefore, it will be understood that the two-dimensional code image reader 9a can be separated from the decoding means. Further, as is apparent from the above example, when the two-dimensional code image is transmitted from the customer A to the other party A 'via the Internet 2, the two-dimensional code image is already transmitted to the computer 1' of the other party A '. Is read, the two-dimensional code image reader 9a is not always necessary. Therefore, in this sense, the "two-dimensional code reading means" in the present invention may or may not include the two-dimensional code image reader 9a, which differs depending on the case. The relationship between the two-dimensional code creating means 5 and the two-dimensional code reading means 9 is as follows.
Since the basic configuration is the same and the only difference is that the flow is reversed, the server of the two-dimensional code creation service and the server of the two-dimensional code decryption service are basically Generally, they are the same.

In the above description, the encryption means 27 is arranged in the terminal side computer system A, and the other party terminal computer system A ′, to which the two-dimensional code image is transmitted from the terminal side computer system A, is decrypted. Although the means 27a is disposed, since the creation and decryption of the cipher are two sides of the same coin, it is not shown, but the terminal side computer system A is also provided with the decryption means 27a. Needless to say, the encryption means 27 is also installed in A '.

As described above, a document using a two-dimensional code can be created even if the terminal-side computer system does not have a two-dimensional code creating means or a reading device. In particular, when a maker sends a quote or the like to a user over the Internet, the user uses the two-dimensional code as an in-house management system, but the manufacturer who is the supplier still uses the two-dimensional code system. If not, by utilizing the two-dimensional code creation server system, it is possible to promptly respond to the user's request even if the in-house system has not been completely converted to two-dimensional code. Also, in this case, the secret information such as the estimated amount is encrypted and converted into a two-dimensional code so that it is not recorded on the server side. Mutual secrecy can be maintained.

In the above case, since the estimate request sent from the user side contains the two-dimensionally coded information, the maker receiving the request sends the two-dimensionally coded information to the server-side computer system. By using the code decoding service system, it is possible to respond to users even if they do not have a two-dimensional code system. Furthermore, when the user requests the quote request information to be encrypted and converted into a two-dimensional code, similarly to the case described above, the quote request is attached with a decryption code and transmitted to the maker, so that the server can be used. Leakage of quote request information to third parties, including the third party, is prevented.

Next, an example of a registration management system in a temporary staffing service using the above-described two-dimensional code creation system according to the second invention group will be described with reference to the examples for foreigners shown in FIGS. I do. FIG. 7 is a schematic diagram of the system, FIG. 8 is a flowchart showing the procedure of the system, and FIG. 9 is an example of a transmission screen including a two-dimensional code. In these figures, A is the terminal computer system of the registrant or registration applicant to be dispatched, and B is
C indicates the computer system of the staffing company, and C indicates the computer system of the company to which the registered staff is dispatched.

First, on the homepage of the computer system B of the temporary staffing company side, recruitment of foreigners is performed in a predetermined language (block B21 in FIG. 8). Is connected to the dispatch company computer 3 of the dispatch company computer system B via the Internet 2 from the terminal computer 1 or the portable terminal 1a such as a mobile phone, and a request is made through a screen transmitted from the dispatch company computer system B. Enter the necessary information (name, age, gender, nationality, employment history, license, desired occupation, etc.) necessary for the registered personnel registration, as well as authentication information such as a password that identifies the person, and send it to the dispatch company via the Internet 2. (The same block A21).

In response to this, the computer system B of the dispatching company calls up this information in a registered personnel information file 18 attached to the computer 3 of the dispatching company and rewritably records the information. The means 4 converts a two-dimensional code including authentication information such as a password for identifying the person from the personal information transmitted from the registration applicant and various kinds of information already stored in accordance with predetermined criteria. The information to be selected is selected, and the two-dimensional code is created by the two-dimensional code creating means 5. The reply screen creating means 8 creates a reply screen 17 as shown in FIG. 9 based on the two-dimensional code image and other predetermined information. This reply screen 17 displays a name field 1 displaying the name of the registration applicant.
5, the two-dimensional code 13 is displayed together with ordinary display fields such as an age field 18, a gender field 19, a nationality field 22, a dispatch company name 25, and the like. The face photograph 16 is displayed on the screen when the photograph is transmitted at the time of registration application, but is not always necessary at this stage. This image 17 is returned to the applicant's terminal-side computer 1 or portable terminal 1a as a temporary registration certificate (block B22).

The registrant prints this screen with the printer 7 (block A22), or copies it to the portable terminal 1a, or receives and saves it in the portable terminal, brings it to the dispatch company, and receives an interview as usual. . The dispatching company receives the printed temporary registration certificate 17 or the screen of the temporary registration certificate displayed on the screen of the mobile terminal 1a, and reads the two-dimensional code 13 in the screen with the two-dimensional code reader 9 ′. The authentication information such as the password is checked to determine whether the visitor is the same as the registration applicant (block B23). It goes without saying that the information on the registration applicant obtained through this interview is also added to the registration personnel information file 18 and recorded. As a result of this interview, when the registration is determined,
A formal registration certificate 17 similar to that shown in (1) is created legally (block B24) and issued to the registrant (block A2).
3). Here, if the face photograph of the registrant is not sent beforehand, the face photograph 16 is created by taking the photograph at the interview or taking it on the spot after the registration is determined. Through the above steps, the applicant for registration is registered as a regular employee of the staffing company.

Next, a dispatch request of personnel is made from the terminal computer 20 of the computer system C of the dispatch destination company to the computer system B of the personnel dispatch company via the Internet 2 by indicating dispatch conditions (wages, working hours, occupations, etc.). Then (block C1), the dispatching company's computer system B records this in the dispatching company information file 19 in such a way that it can be called and rewritten, and extracts personnel meeting the required conditions from the registered personnel information file 18 (block B25). ), Internet 2
A consultation is made through or by telephone. If the registered personnel accepts this (block A24), the dispatching company
The detailed information of the dispatched personnel is transmitted to the computer system C of the dispatched company via the Internet 2 together with a photograph of the face (block B26), and the dispatch of the dispatched company is approved (block C2). When the dispatch company approves this, the dispatch company records the information about the dispatch staff in the dispatch staff information file 21 of its own computer system C in a freely callable and rewritable manner. On the other hand, the dispatching company sends a formal dispatch certificate together with a document describing formal dispatch conditions to the terminal computer 1 or the portable terminal 1a of the registered person via the Internet 2 (block B27).
The dispatch card transmitted here includes, in the same manner as the registration card 17 in FIG. 9, authentication information such as a password for confirming the identity of the person to be dispatched and predetermined information such as the dispatch company, together with the photograph 16 of the dispatched staff. Two-dimensional coded two-dimensional code image 13
In addition, predetermined information such as name, gender, age, nationality, etc. is described according to a predetermined format. The registrant who has received this prints the dispatch letter 17 (the same code is used because it has the same format as the registration certificate) on the printer 7 (block A25), or copies it to the portable terminal 1a, or 1a, which is received and stored, and brought to a predetermined destination company.

In the dispatch company, when the dispatch staff presents the dispatch certificate 17 instead of the introductory certificate, the two-dimensional code reading means 9 reads the two-dimensional code 1 described in the dispatch certificate 17.
3, the read information is compared with the information of the personnel stored in the dispatched personnel information file 21 by the read information comparison means 23, and the security guard uses the face photograph 16 and the authentication information such as the password. Confirm whether you are the person or not and permit entry. At the same time, the entry time is transmitted and recorded in the work time management file 24 of the personnel (block C3). Here, the face photograph of the dispatched staff is also coded and posted in the two-dimensional code 13, and the information read by the two-dimensional code reading means 9 includes the dispatching company name, name, and gender. If the face photograph is displayed on the display device together with the face photograph, the face photograph is enlarged and displayed. High discrimination is possible. Especially, if you are a foreigner, from a small face photograph,
Although there is a problem that is difficult to discern from the Japanese perspective, when displayed on a large display device, this problem is greatly improved, and troubles such as another person entering on behalf of registered personnel are prevented beforehand. become. Also, instead of converting the face photograph into a two-dimensional code, a face photograph of the dispatched employee is stored in the dispatch staff information file 21 and a program for calling the face photograph is recorded in the two-dimensional code. Thus, when the dispatching staff enters, the secondary binary code is read and the face of the dispatching staff stored in the dispatching staff information file 21 by the face photograph calling program included in the two-dimensional code is read. There is also a method in which a photograph is called and displayed on a display device.

Next, even when the registered employee leaves the company, the dispatch certificate 17 is presented, and the two-dimensional code 13 is read by the reading means 9, and at the same time, the time at which the employee leaves the company is recorded in the working time management file. 24, the working time is calculated from the entry time and the leaving time, and the calculated working time is recorded in the same file 24 as the working time (block C4). The work time data is transmitted from the dispatch company computer C to the dispatch company computer system B via the Internet 2 on a daily or weekly basis, and the dispatch company sends the work time data to the dispatch company. It is recorded in the personnel information file 18 and a work schedule of the personnel is created based on the data at predetermined intervals (for example, every month) (block B28). Create an invoice (Block B2)
9) The dispatching company's computer system C from the dispatching company's computer system B via the Internet 2
Send to At the same time, a wage statement for the dispatched staff is prepared and transmitted to the terminal computer 1 or the portable terminal 1a of the dispatched staff via the Internet 2 (block B30). It is usual for the dispatching staff to check the statement (block A26) and to contact the dispatching company if there is a problem. Further, the dispatching company transfers wages to a predetermined account of the dispatching staff (block B3).
1), the employee confirms the payment (block A2)
7).

In the personnel dispatch registration management system using the two-dimensional code creation system described above, the present invention is not limited to the above example, and it goes without saying that various modifications exist. For example, in the procedure up to human resource registration, the person who wishes to register goes to the dispatch company as before, performs registration through a predetermined interview, and registers the e-mail address and mobile terminal number etc. As described above, after the process of actually engaging in dispatching work, it is also possible to use a two-dimensional code between the dispatching company and the staffing company to confirm the identity and manage work.

In the above description, the case of registration of a foreigner has been described. However, this does not matter at all even if it is a Japanese. Further, as described with reference to FIG. 3, the two-dimensional code reading means 9 and 9 'installed in connection with the dispatching company computer system B and the computer system C of the dispatching company are also provided. Includes a two-dimensional code image reader 9a for reading image data from a two-dimensional code image, and a code conversion unit 43 for converting the image data read by the reading unit 9a into characters, symbols, and the like according to the predetermined code table. Since the two-dimensional code image reader 9a and the two-dimensional code image reader 9a are configured as separate devices, only the two-dimensional code image reader 9a is used. It may be installed at a two-dimensional code reading place and connected to the decoding means by a wired or wireless dedicated line. Further, only the two-dimensional code image reader 9a may be installed at the two-dimensional code reading place, and the decoding means may be connected through the Internet. In particular, since the two-dimensional code is presented at the time of entry / exit, only the two-dimensional code image reader 9a is installed at the entrance of the dispatched company, and the decoding means including the code conversion means 43, A practical method is to connect the computer to the dispatch company computer 20 in the office building and connect them both by wire (intranet) or wirelessly. In this sense, only the two-dimensional code image reader 9a is installed in the dispatching company, and a decoding unit including the code conversion unit 43 is installed in the dispatching company B, and the two are communicated via a dedicated line or the Internet. It is also possible to connect by a line. Further, the dispatching staff brings the mobile terminal 1a storing the two-dimensional code image, and the terminal is directly connected to the terminal computer 20 of the dispatch company, so that the two-dimensional code image data is transmitted from the mobile terminal to the image reader 9a. Can be directly transmitted to the decryption means 43 without going through.

As described above, the two-dimensional code creation system of the present invention has various uses, and various modifications exist in the above-mentioned personnel dispatch registration management system and two-dimensional code creation / decoding service. Needless to say.

Next, the third invention group of the present case will be described.
FIG. 10 is a conceptual diagram showing a first method of the electronic ticket system according to the third invention group, and FIG. 11 is a flowchart showing the procedure. In these figures, A
Indicates a computer system on the ticket purchaser (customer) side, and B indicates a computer system on the ticket issuer side (server side). In both figures, the customer who wants to purchase a ticket is his / her own terminal computer 1 or mobile terminal 1.
is connected to the server of the electronic ticket issuing system B through the communication line 2 such as the Internet (block A).
41), the initial screen of the server is displayed (Block A)
42). The terminal-side computer 1 or the portable terminal 1a is operated in accordance with the operation guide shown on the screen, and a ticket purchase application screen 30 as illustrated in FIG. Block A43).

The procedure for describing (inputting) on the ticket purchase application screen 30 in FIG. 12 will be described. First, the type of the ticket desired to be purchased is selected from the ticket type column 37, and a button describing the type (for example, if a concert ticket is desired, a button 37 labeled “concert” is displayed).
When a) is selected, various concerts currently being handled by tickets are displayed according to a conventional method (not shown), and a desired concert is selected from the displayed concerts. Next, name entry column 3
1, Phonetic column 32, Age column 33, Gender column 3
4. A destination e-mail address 36 is entered together with a contact telephone number entry field 35 and a desired purchase quantity entry field 38. This destination e-mail address should be filled in with your own e-mail address if you want to receive tickets by e-mail when purchasing for yourself, but if you want to give a ticket to another person, Fill in your email address. Next, from the selection field 39 of the payment method of the ticket purchase price, the card payment 3
9a, the designated store payment 39b, and the venue payment 39c are selected, and the button of the selected payment method is clicked. In this case, if the card payment 39a is selected, entry of the card number is required in accordance with a common law, and the payment is completed at the time of purchasing this ticket. However, if the designated store payment 39b or the venue payment 39c is selected, At this point, since the payment decision is not made, a password entry field 40 indicated by a dotted line in the figure is displayed, and entry of a password for authenticating the user is requested here. When all entries and confirmation are completed in this way, the execution button 41 is clicked and transmitted to the server, ie, the ticket issuer's computer system B via the Internet 2 (block A44).

The computer 3 of the ticket issuer's computer system B that has received this application first determines whether or not all the required items have been entered, and whether or not there is a corresponding ticket (if there is a mistake in the date of the performance, If no input error is found, the ticket information is called and compared with the ticket information stored in the ticket information file 6a which is rewritably stored. It is determined whether or not it is possible (whether it is reserved or not, whether it is sold out, etc.) (block B41), and if ticketing is not possible at that time, the reason why it is not possible to issue tickets such as omission of input, a different performance date or sold out To the applicant via the Internet 2 (Block B4
5). As will be described later, if the purchaser is allowed to cancel after the ticket is issued, confirm with the customer whether or not he / she wants to wait for the cancellation, and if the customer wants to wait for the cancellation, the cancellation wait number Internet 2
Notify through As will be described later, when cancellation is not permitted, there is also a method of displaying that the ticket has been sold out on the ticket application screen 30 before receiving an application from a customer so that the application itself is not accepted. .

Next, when it is possible to sell, the information to be converted into a two-dimensional code from the ticket purchase application information transmitted from the customer is selected by the two-dimensional coded information selecting means 4 (block B42). It is transmitted to the dimension code creating means 5. Here, in the case of a concert, the information to be two-dimensionally coded includes basic information such as date and time, venue, number of tickets, amount of money, authentication information for identifying a purchaser and a serial number of a ticket as described later. Is selected and encoded into a two-dimensional code (block B43). The two-dimensionally coded information is synthesized with predetermined character information and image information by the ticket screen creating means 8 and is sent to the applicant as a primary ticket through the Internet 2 to the customer's terminal computer 1 or mobile terminal. 1a (block B4
4).

Next, the screen of the returned primary ticket will be described. FIG. 13 shows a card payment 3 by a credit card as a payment method when applying for a ticket.
9A is an example of the reply ticket screen 50 when 9a is selected, and together with the two-dimensional code image 13, the ticket title 51, the performance date and time 54, the performance hall 53, the number of people 52, and the seat number 55 if there is a seat designation. Etc. are described as character information. The ticket purchaser who has received the primary ticket 50 prints it with the printer 7 connected to the terminal-side computer 1 to create the primary ticket 50 as a paper ticket (block A45).
When the data is received by the portable terminal 1a, it is possible to save the data as it is without printing it on a paper ticket and use it as a primary ticket.

Since the price of the primary ticket has already been paid by the card at the time of application, the ticket issuer only needs to prevent the appearance of illegal visitors due to the duplication of the ticket 50. Therefore, this ticket includes
The serial numbers are two-dimensionally coded and included in the two-dimensional code image 13. When a visitor presents the primary ticket 50 at a ticket use place C such as a concert venue, the two-dimensional code 13 in the ticket is displayed on the two-dimensional code image reader 9 installed at the ticket use place C.
a, and transmits the information to the ticket issuer's computer system B through the Internet 2 or a dedicated line. Decoding means having a code conversion means 43 for converting to a character code reads the contents by character code conversion, and, based on the read contents, the information recorded in the ticket information file 6a by the validity evaluation means 12 and In comparison, the presence or absence of the ticket with the serial number already stored in the two-dimensional code 13 is checked, and only the ticket brought by the first visitor of the number is evaluated as valid. Subsequent ticket holders are considered invalid and refused entry. The validity / invalidity determination result is displayed on the validity display means 14 installed adjacent to the two-dimensional code reading means 9 (block C12). As described above, it is also possible to install the two-dimensional code reading means 9 in which the two-dimensional code image reader 9a and the decoding means having the code conversion means 43 are integrated in the ticket use place C. As described above, only the two-dimensional code image reader 9a is arranged, and it can be connected to the decoding means as the main body part via a dedicated line (wired or wireless) or the Internet. Is the same as Further, in the case of the portable terminal 1a storing the two-dimensional code, the portable terminal 1a is
To read directly from the portable terminal without using the two-dimensional code image reader 9a.

Next, FIG. 14 shows a designated store payment 39b as a ticket payment method at the time of the ticket purchase application.
Is an example of the primary ticket 50 in which case, in this case, the two-dimensional code 13 and the character information such as the ticket name and the venue are exchanged for a regular ticket by paying the price by the designated date. If not, a note 57 indicating that the primary ticket is invalid and a ticket exchange place (designated shop) 58 as a place for paying the price are described. Accordingly, the applicant can pay the price by bringing the primary ticket printed by the printer 7 or the primary ticket stored in the portable terminal 1a to the designated exchange place (primary ticket use place) as described above. It will be exchanged for a regular ticket. Note that a convenience store or a ticket shop is convenient as the price payment place and ticket exchange place (designated shop), and the ticketing company entrusts handling of tickets to such convenience stores as before. .

Also in this case, various measures have been taken to prevent duplicate ticketing by copying the primary ticket 50 or the like. For example, as in the case described above, a serial number is stored in the two-dimensional code 13, and the two-dimensional code 13 printed on the primary ticket presented by the customer is read by the two-dimensional code image reader installed at the ticket exchange place. 9a
Read the image data and, as in the previous case,
The image data is transmitted to the ticket issuer's computer system B via the Internet 2 or a dedicated line, and the validity evaluation means 12 determines whether or not the primary ticket of the serial number stored in the ticket information file 6a has been exchanged with the actual ticket. There is a method of confirming and exchanging the ticket for a predetermined real ticket only when the exchange is not performed, and recording the completion of the exchange in the ticket information file 6a. In this case as well, it is possible to install the two-dimensional code reading means 9 including the decoding means which is the main part at the ticket exchange place, but as described above, only the two-dimensional code image reader 9a is installed and the It is convenient to transmit the read information to the issuing computer.

Another method for preventing duplicate ticket issuance is shown in FIG.
As indicated by the dotted line in FIG. 2, a password 40 for authenticating the applicant at the time of ticket application is entered,
The password 40 is stored in the ticket information file 6a, and the password included in the information read by the two-dimensional code reading means 9 at the time of ticket exchange is confirmed by a person who has come to the exchange. After confirming that it is the same as the applicant, exchange the ticket for this ticket. Also in this case, the fact that the exchange of the primary ticket of the password is completed is described in the ticket information file 6.
Needless to say, by storing the same in a, it is possible to prevent duplicate ticketing with the same password. Also, a combination of the serial number and the password is a preferable method.

In addition, the designated store payment 39b or the venue payment 3
As another authentication method when 9c is selected, there is a method using a card number of a credit card. In this case, the applicant's card number is entered in the password column 40 of FIG. 12, and the card number reading device 9 together with the two-dimensional code reading means 9 is provided at a payment place (this ticket exchange place) such as a convenience store. (Not shown)
This is a method in which a customer is presented with a credit card together with the primary ticket, and only when the credit card numbers of the two coincide, the customer is authenticated to determine that the primary ticket is valid. In this case, it is more rational if the payment for the exchange with the ticket is also performed by the credit card. If it is difficult to install the card number reading device, the customer is required to present a credit card, and the clerk at the ticket exchange place checks the card number stored in the two-dimensional code with the presented credit card number. May be visually confirmed.

The primary ticket printed on the paper may cause a problem of loss or breakage. On the other hand, the two-dimensional code reading means 9 reads from the image of the portable terminal capable of transmitting and receiving electronic mail. Since it is possible, the ticket screen 50 including the two-dimensional code image 13 transmitted to the own terminal-side device 1 or only the two-dimensional code image 13 is transmitted to the mobile terminal 1a such as a mobile phone capable of receiving and transmitting the e-mail. It is also possible to adopt a method in which the ticket screen is displayed on the portable terminal 1a as a primary ticket and transferred to the portable terminal 1a, and the ticket screen is presented at the ticket use place. Of course, it goes without saying that the portable terminal 1a can be connected to the server-side computer system B and directly received and stored therein.

Further, it is also possible to send a reply from the server to the terminal device 1b of another person instead of the terminal device 1 of the applicant. In this case, this reply method is used when a ticket is presented to another person or when an application is requested by another person. Similarly, the applicant himself can designate his / her own portable terminal 1a instead of the terminal-side device 1 used for his / her application.

The electronic ticket according to the first method is basically a pay ticket and has a limited number of issued tickets. It is also possible to adopt a method of selling only by lottery at a later date by only accepting during the period. In this case, the lottery is displayed on the ticket purchase application screen shown in FIG. 12, and the ticket screen shown in FIG. 13 is returned to the applicant after the lottery. In this case, the subsequent procedures are the same as in the case described above.

The first method described above is a paid ticket in principle, and various uses are conceivable. That is, the present invention can be applied not only to tickets for various entertainments that have been conventionally sold for a fee, but also to other food tickets that are considered to be unfamiliar to commercialization. For example, by applying the present invention to a fast food restaurant such as a hamburger shop or a restaurant such as a restaurant, and particularly to a store in which a customer places an order sequentially at an order counter, customer service at the order counter can be achieved. It is also possible to increase the effect of attracting customers by shortening the waiting time of customers by shortening the time.

In this case, before visiting the restaurant, the customer first connects from his / her own terminal side computer 1 to the homepage of the restaurant via the Internet 2 and follows the procedure described on the homepage. Specify the food and drink you want. Then, in the customer system B on the restaurant side,
The name or code number of the food or drink is converted into a two-dimensional code in accordance with the above-described procedure, and the two-dimensional code image and a reply screen in which the name of the food or the like is displayed as characters are returned as a ticket, and the restaurant side is used. Computer system B
Is stored in the ticket information file 6a located in the file. On the other hand, the customer who has received the ticket information prints a ticket screen including the two-dimensional code image and brings it to a predetermined restaurant. A two-dimensional code reading means 9 is installed at an order counter of a restaurant, reads a two-dimensional code image of a ticket brought by a visitor with the device, and is provided in a computer system B on the side of the restaurant. The validity evaluation means 12 confirms the validity of the ticket by comparing it with the order information stored in the ticket information file 6a, and if the ticket is valid, starts the production of the order as usual. At the restaurant's order counter, the counter for customers who order at the time of normal visit and the counter for customers who bring the ticket are separated, so that the customers who bring the tickets wait in line It is possible to perform the order procedure promptly without having to do. In particular, it is possible to enter the store visit time when ordering, and if the restaurant side displays the customer visit time and order items in the kitchen, it can be prepared in advance according to the customer visit time. Food and drink can be promptly provided without having to wait for the customer, so that an effect of promoting the use of the ticket reservation system is expected. In this case, if you enter the credit card number etc. at the time of application and make a payment decision at the same time, it is possible to save the trouble of paying the price when visiting the store, and it is more effective to use this system It becomes something.
In addition, this ticket purchase procedure is performed from a mobile terminal such as a mobile phone instead of a fixed terminal device, and the returned ticket image is stored in the mobile terminal, and the ticket image is read by the two-dimensional code reading means on the restaurant side. If it is made to be read, it is possible to easily place an order even on the go, and further utilization of this system can be promoted.

In addition, it goes without saying that the electronic ticket of this system can be applied to a wide variety of applications, and can be applied to various paid tickets. In particular, a ticket according to this method is given a certain discount to the applicant, or a point equivalent to a coupon is given to the customer, and this is stored in the customer information file. It is also possible to increase the willingness to purchase the ticket from the next time onward by using it together with various benefits that have been conventionally used, such as displaying points. Furthermore, if personal information such as the sex, age, occupation, and address of the applicant is also required to be input, it can be used for marketing by analysis for each customer.

Next, a second method according to the electronic ticket system of the present invention will be described. This second system is free tickets and discount tickets such as concerts and hotels, or free tickets such as invitation tickets such as exhibitions and bargain sales,
Alternatively, the present invention relates to a free ticket issuing system in which an organizer or the like unilaterally transmits a shareholder courtesy ticket or the like issued free of charge to shareholders by various companies. Conventionally, these tickets are generally mailed by direct mail to a customer such as a predetermined member, but the ticket is issued and the customer (member) information after use is easily managed by a computer. .

The second method will be described below with reference to the drawings. FIG. 15 is a conceptual diagram showing the second method, and FIG. 16 is a flowchart of the system. In this system, first, the ticket issuer inputs predetermined ticket information such as a special treatment ticket or a discount ticket from the input means 10 connected to the computer 3 of the computer system B of the ticket issuer (block B51). Is stored in the ticket information file 6a so that it can be freely rewritten and called. Next, as a destination of the ticket, a ticket destination extracted based on a predetermined criterion as a destination of the ticket from the target person information file 6b in which the target person information of the customer, the member or the shareholder is rewritably and callably stored. The information of the target person is called (block B52), the predetermined ticket information is called from the ticket information file 6a, and information to be converted into a two-dimensional code based on a predetermined selection criterion is determined from the two pieces of information. The selected information is selected by the dimensional coded information selecting means 4 (block B53), and the selected information is converted into a two-dimensional code by the two-dimensional code creating means 5 (block B54). Next, the ticket screen to be transmitted by the transmission screen creation means 8 is obtained by combining the obtained two-dimensional code image with information to be described as character information of the information called from the ticket information file 6a. It is created (block B55).

FIG. 17 shows an example of this transmission screen. As shown in the figure, on the ticket screen 60, necessary information is displayed on the ticket screen 60 so that the user can see at a glance what the ticket is, when, where, and for what purpose. It is displayed as. That is, on the ticket screen 60, a ticket name field 61, an event venue field 62, a date and time field 63, a sender (ticket sender)
The two-dimensional code image 13 is included together with the column 64 and the outline column 65 of the event. In this two-dimensional code image 13,
Along with keyword information such as the name of the event, information on the customer such as the name of the destination (customer such as a member), the necessity of a guide at the venue, and other correspondence standards of the organizer is stored in a two-dimensional code. Have been.

The ticket information screen 60 including the two-dimensional code image 13 is created for each of the above-mentioned selected sending targets, and the communication line 2 is connected to the terminal-side computer 1 of each of the sending targets.
(Block B56). Each subject who has received this (block A51) prints it, if necessary, with the printer 7 connected to its own terminal-side computer 1 (block A52), and prints the printed matter including the two-dimensional code image to the primary. Make a ticket. This primary ticket can be used as it is by bringing it to the event venue and presenting it (Block C22), or in the case of special discount tickets for concerts and shareholder discount tickets (discount tickets) for railways, airlines, etc. Similarly to the case described above, there is a case where the price is paid at a predetermined place and exchanged for this ticket (block C21), but the former case is general. In the latter case, as described in the case of the first method described above, the authentication means such as the member number for authenticating the user is also stored in the form of a two-dimensional code, and the membership card is presented. The validity of the primary ticket can be confirmed through the confirmation of the member number using the same method as in the case described above.

In the former case, when the customer brings the primary ticket to a ticket use place such as a predetermined concert hall, the image of the two-dimensional code 13 is read by the two-dimensional code image reader 9a installed at the use place. The read data is transmitted to the computer 3 on the issuer side, and the contents are read by the two-dimensional code reading means 9 comprising decoding means such as the code conversion means 43, and the fact that the customer has arrived is notified to the target person information file 6b. Is additionally stored.
In the case where the place of use and the computer system B on the ticket issuer side are far from each other, and the two-dimensional code reading means 9 and the computer 3 on the ticket issuer side are not directly connected (the part indicated by the dotted line C 'in FIG. 15). In (2), information read by the two-dimensional code image reader 9a may be transmitted to the ticket issuer-side computer 3 through the communication line 2 such as the Internet.

Further, the customer who has received the ticket screen including the two-dimensional code image 13 is connected to his / her own portable terminal and copied or transferred without printing it with the printer 7, as described above. It is also possible to present the image of the mobile terminal at the venue. If the e-mail address registered by the customer is a portable terminal, the ticket is directly transmitted from the ticket issuer to the portable terminal, and this method can be used as in the case described above.

The electronic ticket system of the second type described above can be used in various forms. For example, in the case of preferential coupons and discount coupons for hotel members, discount coupons and coupons for chain hotels nationwide were conventionally mailed regardless of whether or not customers used them. And, by sending e-mail of discount coupons and discount coupons of each hotel, members only have to print and use only the coupons and discount coupons of the hotel to be used each time, so it is unnecessary for the hotel side The mailing of the ticket is omitted, which leads to cost reduction, and the used information is immediately transmitted to the ticket issuing computer system B through the two-dimensional code reading means 9.
And is stored in the customer information file 6b.
The usage frequency, preferences, behavior patterns, and the like of each customer are statistically processed and analyzed, and customer management such as reference to the next ticket transmission becomes extremely easy. Also, in the case of a department store event guide (entrance ticket), a guide (entrance ticket) containing a two-dimensional code image related to a foreign business member is transmitted and brought to the public (usually a bring-in ticket). A measure to encourage bringing the ticket, such as exchanging a gift card (entrance ticket) and a gift, is taken), reading the two-dimensional code image of the brought ticket and storing it in its own computer system. This facilitates customer information management and analysis.

Since the ticket to be sent here is a free ticket, if a large number of copies are to be used, authentication means for specifying the target person (recipient) is unnecessary, but If it is difficult for even non-members to copy and use the card like a courtesy ticket for a hotel member, use of the card by a non-member, such as clearly stating that a membership card must be presented on the ticket It is also possible to take measures to prohibit.
Similarly, in the case of a shareholder benefit coupon, the serial number is converted into a two-dimensional code and stored in the two-dimensional code image, and the same number is valid only for the least used one. It is also a good measure to take safety measures in advance.

In this method, the mail address of the target person such as a member is indispensable.
Considering the rapid spread of mobile terminals such as mode, it will be possible to send e-mail to most homes in the near future, so if you have conventional members notify their e-mail addresses, It is easy to implement. Even now, many hotels still accept e-mail reservations, so it is a simple method to list the e-mail reservations and form the target person information file 6b. It is also possible for the issuer to collect information on the customer's e-mail address by guiding the event to his / her homepage on the Internet and disclosing the fact that a discount ticket will be sent and recruiting discount ticket applicants. It is.

Further, as described above with reference to FIG. 3, the two-dimensional code reader 9 includes an image reader 9a for reading image data from a two-dimensional code image and an image reader 9a. It is composed of a decoding means which is a main body part including a code conversion means 43 for converting the image data read in the above into a character, a symbol or the like by the predetermined code table. It is preferable that both are configured as separate devices, only the image reader 9a is installed at the place where the ticket is used, and the decoding means as the main body is connected by a wired or wireless dedicated line. Good. In particular, the two-dimensional code is presented at an entrance of an entertainment venue, a ticket shop or an exchange contract shop for exchanging the primary ticket for the present ticket, and may not be close to the ticket issuing computer system. In such a case, only the two-dimensional code image reader 9a is installed in the place where the ticket is used, and the main body 9 which is the decoding means such as the code conversion means 43 is connected to the ticket issuing computer. It is also possible to install them in such a way that they are connected by a dedicated line or by radio. Similarly, it is also possible to connect the two via the Internet 2 instead of these dedicated lines or wireless.

Next, FIG. 18 is a conceptual diagram showing a third method of the electronic ticket system of the present invention. Even when the first pay ticket electronic ticket system is adopted, the same day ticket is issued at the venue. This is a system used when a ticket is issued, or when an advance ticket is issued at a conventional ticket store.

In the figure, since the ticket purchaser has come to the sales counter, the purchaser (customer) verbally applies for a ticket purchase. The contact person receiving the application inputs ticket information desired by the customer from the input means 10 connected to the terminal-side device 1 and transmits the purchase application information to the host computer 3 of the ticket issuer through the communication line 2. I do. The host computer 3 has a ticket information file 6a storing predetermined ticket information so that it can be called and rewritten freely, the two-dimensional coded information selecting means 4, the two-dimensional code creating means 5, and the reply screen creating means 8 described above. Are arranged, and out of the information stored in the purchase application information of the customer and the ticket information file 6a,
The information to be converted into a two-dimensional code is selected, a two-dimensional code image is generated by the two-dimensional code generating means 5, and the reply screen generating means 8 includes this image information and predetermined ticket information.
To create a ticket screen and return it to the terminal-side computer 1 through the communication line 2. At the same time, if the ticket is forbidden to be duplicated like a seat reservation ticket,
It goes without saying that duplication prohibition information such as the seat number of the ticket is stored in the ticket information file 6a.

The terminal-side computer 1 prints the ticket screen including the two-dimensional code image on a predetermined ticket sheet by the printer 7 connected to the terminal-side computer 1, and sells the ticket screen to the customer as a ticket. I do. In this case, since the ticket is sold face-to-face, the authentication means for identifying the purchaser is not required, and the ticket can be issued in the same manner as in a normal magnetic card type ticket issuance. it can.

When the customer uses this ticket, the two-dimensional code image displayed on the ticket is read by the two-dimensional code image reader 9a installed at the place where the ticket is used, and the read information is read by the host. The contents are transmitted to the two-dimensional code reading means (main body decoding means) 9 provided in the computer 3 to read the contents. It is determined whether or not the ticket has been issued correctly. If the ticket is invalid, the validity display means 14 displays the fact. That is, determine whether the ticket is valid,
Performing a so-called ticket inspection is the same as in the above-described case.

The electronic ticket system according to the third method is applicable to railway tickets, bus tickets, boat tickets, board tickets, boarding tickets, etc.
It can be used for all face-to-face ticketing systems such as boarding passes or various admission tickets for concerts, ballparks, stadiums, etc. Compared to the conventional magnetic card system, magnetic materials are not used, so magnetic There are advantages such as being unaffected. Also in this case, it is possible to install the two-dimensional code reading means 9 together with its main body at the place where the ticket is used.

[0093]

As described above, according to the two-dimensional code generation system of the present invention and various systems using the same, various effects are expected as compared with the conventional system. First, according to the two-dimensional code creation system of the present invention, it is possible to easily create a two-dimensional code without arranging two-dimensional code creation software in each terminal device. That is, the terminal-side device is connected to a server-side computer system having two-dimensional code generation means through a communication line, performs predetermined two-dimensional coding processing on the server-side computer system, and transmits the two-dimensional code image through the communication line. Since it is sent back to the terminal device, general-purpose use of two-dimensional codes becomes easy, and unlike conventional barcodes, two-dimensional codes that can store a large amount of information are expected to be dramatically spread. Will be done.

Further, a new development of a two-dimensional code creation business using this system is possible, and even when the two-dimensional code is not frequently used, it is possible to connect to the two-dimensional code creation server and to connect to the own server. Since it is possible to create a two-dimensional code as desired, the use of the two-dimensional code is expected to expand dramatically.

Further, when the present system is applied to a case where a foreign worker is employed and dispatched by a temporary staffing company, it is difficult for Japanese people to distinguish themselves from others simply by looking at the face of a foreigner.
With regular identification cards with a photo of the face, there was a problem that it was difficult to understand even if people were replaced halfway, but recruitment of a temporary staffing company was conducted in foreign languages via the Internet, and predetermined based on items entered by applicants Return a temporary registration certificate that has two-dimensionally coded information, and include some authentication information (for example, date of birth, e-mail address, telephone number, family information, password, etc.) in the two-dimensionally coded information. If a predetermined two-dimensional code is prepared and the two-dimensional coded image is attached to the registration certificate together with the face photograph even after the official registration, the two-dimensional coded information is displayed each time the dispatch destination is changed. It is also possible to perform authentication based on the information, thereby reducing the problem of being replaced by another person. At the same time, the dispatch company reads the two-dimensional code information, manages the arrival and departure of temporary employees, and manages working hours (overtime management, etc.). By transmitting the data to the computer system through a communication line such as the Internet, it is possible to use the system for work management of temporary employees, and to expect effects such as simple work management other than authentication.

According to the electronic ticket system using the two-dimensional code creation system of the present invention, the concept of the conventional ticket is broken and a new concept of the ticket is created. In addition, various applications are possible, and its social impact is revolutionary.

First, according to the first method of the electronic ticket system of the present invention, various pay tickets can be obtained as images through the communication line, and the purchaser can print the ticket screen only with a printer and use a regular ticket. Since the (primary ticket) is obtained, it is not necessary to use a print ticket in consideration of the conventional design, which not only makes it possible to significantly reduce the ticketing cost but also greatly contributes to resource saving. In addition, it is possible to maintain the security of the ticket by giving the two-dimensional code image described on the ticket security information such as authentication information for identifying the person and a serial number that prohibits the use of duplicate products. It becomes.

[0098] If this method is adopted, the ticket purchaser can purchase the ticket at home, so that the ticket purchaser can not only easily purchase the ticket, but also has the conventional wi The long wasted time spent for obtaining tickets, such as waiting in line in a queue, is eliminated, and time can be effectively utilized. Further, the returned ticket screen is transferred or copied to a portable terminal such as a mobile phone of the user, and can be used as a ticket as it is, so that printing of a paper ticket is omitted, which not only contributes to resource protection but also loses the ticket. It is also effective in preventing problems. Furthermore, since the return destination of the ticket screen can be specified not the fixed terminal of the user but the mobile terminal or the terminal of another person, the terminal of another person can be used as a present for a ticket. Become.

When the method of the present invention is applied to a restaurant such as a fast food restaurant, the waiting time at the order counter of the visitor can be greatly reduced, and the store can be easily accessed by the customer, and the effect of attracting customers can be expected. It will be.

According to the second system of the electronic ticket system of the present invention, various free tickets are sent to a specific target such as a member mainly through a communication line, instead of the conventional mailing method using a postcard or a sealed letter. This eliminates the need to print conventional paper tickets and guides, which not only reduces ticket creation costs, but also reduces communication costs by e-mail to tens of minutes compared to postal costs. It can be reduced, and significant cost merit is expected. In addition, many discount tickets and special treatment tickets for various members sent free of charge are discarded without being used, but according to the method of the present invention, the recipient prints only the necessary tickets and prints the required number of tickets. Since it can be used, the generation of unnecessary tickets is minimized, which greatly contributes to the protection of paper resources such as forests.

Furthermore, if information for specifying the destination such as the name of the destination (recipient) is converted into a two-dimensional code in the ticket, the user information is read by the two-dimensional code reading means when the ticket is used. By reading the information, the information on the attributes of the user (destination) can also be obtained. If this information is stored in the customer information file such as the customer list (member list), the creation of the shipping list and the determination of the number of shipments, etc. It can also be used for customer information management and marketing.

According to the third method of the electronic ticket system of the present invention, various pay tickets are issued using a two-dimensional code in the same manner as a conventional face-to-face ticket issuance. Tickets can be issued at a lower cost than in the conventional method. In addition, in the reuse of collected used tickets, since they are ordinary paper without magnetic materials, they can be reused at low cost and easily. Becomes

As described in detail above, according to the method of the present invention, various unprecedented functions and effects can be expected, a new social system is created, and the life of the people is greatly convenient in many fields. Because it brings
Its social impact is immeasurable.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram showing a two-dimensional code creation system according to the present invention.

FIG. 2 is a flowchart showing a flow of the two-dimensional code creation system of FIG. 1;

FIG. 3 is a flowchart showing an outline of each of a two-dimensional code creation step and a two-dimensional code reading step used in the present invention.

FIG. 4 is a system conceptual diagram showing an example of a two-dimensional code creation business using the two-dimensional code creation system of FIG. 1;

FIG. 5 is a flowchart showing a flow of the two-dimensional code creation service system of FIG. 4;

FIG. 6 is a flowchart showing a flow of the two-dimensional code decoding service system of FIG. 4;

7 is a conceptual diagram showing a personnel dispatch registration management system using the two-dimensional code creation system of FIG. 1;

8 is a flowchart showing a flow of the personnel dispatch registration management system of FIG. 7;

9 is a screen diagram illustrating an example of a transmission screen including a two-dimensional code image used in the personnel dispatch registration management system of FIG. 7;

FIG. 10 is a conceptual diagram showing an outline of a first method of an electronic ticket system using a two-dimensional code according to the present invention.

FIG. 11 is a flowchart showing a flow of the electronic ticket system of FIG. 10;

12 is a computer screen showing an example of a ticket purchase application form in the electronic ticket system of FIG.

13 is a computer screen showing an example of a primary ticket screen returned from a ticket issuer in the electronic ticket system of FIG.

14 is a computer screen showing another example of a primary ticket screen returned from a ticket issuer in the electronic ticket system of FIG. 10;

FIG. 15 is a conceptual diagram showing an outline of a second system of an electronic ticket system using a two-dimensional code according to the present invention.

16 is a flowchart showing a flow of the electronic ticket system of FIG.

17 is a computer screen showing an example of a primary ticket screen transmitted from a ticket issuer in the electronic ticket system of FIG.

FIG. 18 is a conceptual diagram showing an outline of a third method of an electronic ticket system using a two-dimensional code according to the present invention.

FIG. 19 is a two-dimensional code image showing an example of a two-dimensional code used in the present invention.

FIG. 20 is a barcode diagram showing an example of a conventional barcode (one-dimensional code).

[Explanation of symbols]

A, A 'Terminal side (customer side) computer system B Server side (dispatching company side, ticketing side) computer system C 2D code image use place (dispatch destination company computer system, ticket use place) 1 Terminal side equipment (terminal side) PC) 1a Portable information terminal 1b Terminal device (terminal PC) 2 Communication line (Internet etc.) 3 Server side (dispatching company side, ticket issuer side) computer 4 2D coded information selection means 5 2D code creation means 6 Various Information file 6a Ticket information file 6b Target person (customer, member, etc.) information file 7 Printer 8 Sending screen creation means 9, 9 'Two-dimensional code reading means 9a Two-dimensional code image reader 10 Input means 11 Ticket issuance determination means 12 Validity Judgment means (Checking means) 13 Two-dimensional code 14 Validity display means 17 Send Screen (Temporary Registration Certificate, Dispatch Certificate) 18 Registered Personnel Information File 19 Dispatched Company Information File 20 Dispatched Company Side Computer 21 Dispatched Personnel Information File 23 Read Information Comparison Means 24 Working Time Management File 27 Encryption Means 27a Decryption Means 43 Code conversion means 50 Primary ticket (primary ticket screen) 60 Primary ticket (free ticket)

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[Procedure amendment]

[Submission Date] December 19, 2000 (200.12.
19)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

Patent application title: Two-dimensional code creation system and two- dimensional code
Code decoding system and two-dimensional code creation system
Staffing registration management system used

[Claims]

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for creating or decoding a two-dimensional code using a communication line such as the Internet. it relates to staffing management system that was used.

[0002]

2. Description of the Related Art It is well known that a barcode has been used as a means for managing various information.
In particular, a bar code is an indispensable means in a device such as a POS system for managing information on products and customers. As shown in FIG. 11 , such a bar code is obtained by encoding various kinds of information and linearly arranging the code symbol characters. The bar code has information only in the x direction and all information in the y direction. It has no structure. A lot of information is collected in this barcode. Furthermore, unlike characters, ordinary people cannot immediately know the contents of the information from the barcode. Suitable to do. However, recently, information has been diversified, and the need to manage more information has been increasing.

[0003] Accordingly, a two-dimensional code as shown in FIG. 10 has been proposed and some have been put to practical use. In this method, information is coded, and the code symbol characters are arranged vertically and horizontally, and have information in both the x and y directions. In this sense, the barcode described above is recently called a one-dimensional code in contrast to a two-dimensional code. This two-dimensional code can collect a large amount of information 10 to 100 times as large as the bar code. One such two-dimensional code is JIS (Japanese Industrial Standard) X0510 in Japan in January 1999.
(QR code), and in this standard, J
Character codes (S-JIS) specified in the shift-coded representation of IS X 0208 and ANSI X3.4 (7-
Standards such as bit ASCII) have been cited, and cases in which character information is printed as a two-dimensional code on various papers or devices and used are becoming widespread. The present invention relates to such a two-dimensional code creation system and its application.

A conventional two-dimensional code creation system generally stores a two-dimensional code creation program in each computer, and creates a two-dimensional code as required by each computer.

[0005] Also, as applications of the two-dimensional code, but is assumed to be proposed. Future variety, the present invention takes as its applications, registration management shea <br/> stearyl arm in staffing It is proposed.

[0006] In a personnel registration management system for dispatching personnel, it is general to confirm whether or not the person is a registered person by using an identification card with a face photograph.

[000 7 ]

First, in the conventional two-dimensional code generation system, it is necessary to introduce a two-dimensional code generation program into each personal computer that generates a two-dimensional code. The computers that can perform the work are limited, and when performing maintenance such as renovation of the two-dimensional code creation program, it is necessary to replace the programs on each computer, and the use of two-dimensional code will dramatically expand in the future. Is expected to be difficult to respond to.

[000 8] On the other hand, in staffing registration management system, who wish to register, I received a face photo identification card through the prescribed procedures of the interview or the like appear on the staffing company, this identification card Is generally used to confirm whether or not the person is registered.If the registered person is a Japanese person, it is possible to identify himself or herself by a face photograph, but in the case of foreigners, it is often difficult to distinguish it. is there. Especially when the worker is dispatched to a factory to perform simple labor work, it is difficult for the guard to identify himself or herself only by looking at the ID card from a distance, so he / she can be a dispatched person with another person's ID card. There are situations where people enter and leave the factory. In addition, if you enter an identification card that also serves as a gate card through a ticket inspection machine, even if you use another person's gate card (identification card), it is impossible to determine whether you are the person or not, so please block the entrance. Was difficult.

[000 9] The present invention relates has been made in view of the current situation, to provide a simple creation and decryption systems of the two-dimensional code that recently commercialized is advanced to the first object, then,
A second purpose is to provide a personnel dispatch registration management system that can easily confirm the identity and manage work using the two-dimensional code.
It is to shall.

[00 10 ]

The present invention SUMMARY OF] consists of two inventive group, the first inventive group, the two-dimensional code creating and decoding service for creating or decrypt the two-dimensional code through the communication line such as the Internet The second invention group is a personnel dispatch registration management system using this system.
There is .

[00 11] First, the first two-dimensional code creation and decoding system, the inventor group has three methods, the first method, the server computer system, such as the Internet from a terminal computer system Connectable through a communication line, and from information input and transmitted from the terminal device of the terminal computer system,
Two-dimensional coded information selecting means for selecting information to be two-dimensionally coded based on a predetermined criterion, and predetermined information including information selected by the two-dimensional coded information selecting means, A two-dimensional code creating means for converting a reply screen including at least the two-dimensional code image created by the two-dimensional code creating means, and a reply screen created by the reply screen creating means. ,
Response means for returning a response to a predetermined terminal device via the communication line, whereby the server-side computer system receives a predetermined item based on a signal transmitted from the terminal-side computer system. A two-dimensional code is formed, and predetermined information including the two-dimensional code image is returned to a predetermined terminal device.

[001 2] The second method, the terminal computer system, the information transmitted to the server computer system connectable via a communication line such as the Internet, said two-dimensionally encoded in the server-side computer system terminal In the two-dimensional code creation service system for returning to the computer system, the server-side computer system selects information to be converted into a two-dimensional code from information input and transmitted from the terminal device of the terminal computer system. Two-dimensional coded information selecting means, two-dimensional code generating means for converting the information selected by the two-dimensional coded information selecting means into a two-dimensional code, and a two-dimensional code image generated by the two-dimensional code generating means Reply screen creating means for creating a reply screen including Replying means for returning the reply screen created by the screen creating means to the terminal-side device via the communication line, and the two-dimensional coded information selecting means includes an input of the terminal-side device. Means for selecting information to be two-dimensionally coded through the communication line, and in the reply screen creating means, the input means of the terminal-side device includes predetermined character information transmitted through the communication line and the like. An arbitrary reply screen including the two-dimensional code image can be created with the two-dimensional code image. With this configuration, based on the information transmitted from the terminal-side computer system, the server-side computer system converts predetermined items into a two-dimensional code, and returns information including the two-dimensional code image to a predetermined terminal-side device. Is to do
An arbitrary two-dimensional coded image can be obtained by operating the terminal device.

[001 3] These first and second method, even if no terminal device has a two-dimensional code creating unit, can be via the Internet or the like to obtain a two-dimensional code image in terminal equipment It becomes.

[001 4] In any of these schemes, the information entered is transmitted from the terminal side device of the terminal computer system, Reply to specify the terminal device different from the reply destination and the terminal equipment It is also possible to include information and return the screen created by the reply screen creating means to the designated terminal device. In particular, by specifying a mobile terminal such as a mobile phone as the reply destination terminal device,
The two-dimensional code image information returned to the portable terminal is stored, and the portable terminal is brought to a place where the two-dimensional code is used. At the place of use, the two-dimensional code image information stored in the portable terminal is stored. Alternatively, by presenting the two-dimensional code image displayed on the display of the portable terminal, it is possible to use the image for the intended purpose. Of course, it is also possible to make an input from the mobile terminal and make it return to the mobile terminal.

[00 15] Further, in any of these methods, it is also possible to only the terminal computer system having an authentication means predetermined forms allow two-dimensional code created by connecting to the server computer system.

[00 16] Further, in the second method, by previously encrypted by the encryption means the information to two-dimensional coding, even if the two-dimensional code is deciphered by a third party, the confidentiality of its contents Can be held.

[00 17] Next, a third method, also those who do not possess a two-dimensional code reading means, been made to enable the decoding of two-dimensional code transmitted or sent, such as the Internet from a terminal computer system A two-dimensional coded information transmitted to a server-side computer system connectable through a communication line, the server-side computer system decodes the two-dimensional coded information and returns the same to the terminal-side computer system; Based on a two-dimensional code image transmitted from the terminal-side device of the terminal-side computer system via the communication line, the system reads two-dimensional coded information from the image data and converts the two-dimensional coded information into the original information. Reading means and the two-dimensional code reading means And returning means for returning only took information to the terminal device via the communication line, and it has the characteristics in that it has a. In this system, when the transmitted two-dimensional code includes the encrypted information, the two-dimensional code read information returned from the server-side computer system is a code, so that the two-dimensional code The password is decrypted by using a decryption password or the like.

[00 18] Next, the second inventive group, the two-dimensional code creation system and decryption system, which is applied to staffing agencies staffing registration management system, specifically, the staffing agencies The computer system of the dispatching company can be connected from the terminal computer system of the registration staff or the registration applicant through a communication line such as the Internet. A registration personnel information file that records the registration information or registration application information of the person transmitted via the line so that it can be called and rewritten, and the dispatch company information transmitted from the computer system of the dispatch company via the communication line The dispatched company information file, which is recorded so that it can be called and rewritten, and the registered personnel information file and the dispatched Two-dimensional coded information selecting means for selecting information to be two-dimensionally coded from the information recorded in the destination company information file based on a predetermined criterion; The predetermined information, a two-dimensional code generating means for converting the two-dimensional code into a two-dimensional code, a reply screen generating means including an image of the two-dimensional code generated by the two-dimensional code generating means and predetermined information And a reply means for returning a reply screen created by the reply screen creating means to a terminal device of a predetermined registration staff member or a person desiring registration via the communication line.

[00 19] Further, in the case of corresponding to the dispatch destination corporate computer systems two-dimensional code system, the same system, the dispatching personnel information transmitted via the communication line from the agency computer system A dispatch staff information file recorded so as to be able to be called and rewritten, a two-dimensional code reading means, and a two-dimensional code presented by the dispatch staff is read by the two-dimensional code reading means and stored in the dispatch staff information file. A comparison means for comparing with dispatched staff information will be provided.

[002 0] As a specific embodiment of the staffing registration management systems are the registration personnel information file, the authentication information such as a password for identifying the personnel are included, also the authentication information two The two-dimensionally coded encryption can be used for the identification of the user by performing the dimensional coding. In addition, a display for enlarging and displaying the face photograph of the person read by the two-dimensional code reading means in the computer system of the dispatch company in which the registered person's face photograph is included in the two-dimensional coded information is provided. If this is done, it becomes possible to make it easy to distinguish even a foreigner who is difficult to distinguish from a face photo attached to a small entrance certificate.
Further, the two-dimensional code reading means reads the two-dimensional code at the time of leaving and leaving the company by the two-dimensional code reading means, and calculates the presence / absence of the temporary worker and the work time and records the result. A time management file is provided, and the working data of the dispatched personnel recorded in the working time management file is transmitted to the dispatching company computer system via the communication line every predetermined period. The company-side computer system performs necessary work such as creating a work table and a bill for a dispatch cost based on the transmitted work data of the dispatched personnel, and transmitting the result to the dispatch destination via the communication line. Sending it to the company is also a preferred method.

[002 1] In addition, the said two-dimensional code reading means, there are the following four methods. First, a first method is a two-dimensional code image reader for reading a two-dimensional code image, and a code for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. A decoding unit including a conversion unit, wherein a combination of the decoding unit and the two-dimensional code image reader is installed at the two-dimensional code reading place. Only the two-dimensional code image reader is installed at the place where the two-dimensional code is read, and the decoding means is connected to a dedicated wire or wireless line. Only the reader is installed at the place where the two-dimensional code is read, and the decoding means is connected via the communication line. The fourth method,
In this method, the two-dimensional code image reader is not provided, and the two-dimensional code image data stored in the portable device is directly transmitted to the decryption unit to be read. Which method is adopted may be determined by appropriately selecting the most appropriate method in designing the system, or a plurality of methods may be applied.

[00 22 ]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The contents of the present invention will be described below in detail with reference to the drawings. Figure 1 is a conceptual diagram showing an outline of a two-dimensional code creation system according to the first method of the first invention group present Application, Figure 2 shows the steps to create a two-dimensional code by the system of FIG. 1 It is a flowchart.
In these drawings, A indicates a terminal-side computer system of a customer or the like, and B indicates a server-side computer system having a two-dimensional code creation function. First, a communication line 2 such as the Internet is sent from a terminal computer (terminal device) 1 of the terminal computer system A.
(Hereinafter sometimes simply referred to as "Internet" or "communication line"), the terminal computer 1 is connected to the server-side computer system B (block A1 in FIG. 2). Is displayed in the usual manner (block A2), where the information requested by the server is entered (block A3), and the Internet 2
To the server-side computer system B via In the server-side computer 3 receiving this information,
It is determined whether or not the input has been performed properly (whether or not necessary information has been input, etc.) (block B1). If the input is not appropriate, such as insufficient input, a signal prompting re-input is returned ( Block B5). If the input is appropriate, the two-dimensional coded information selecting means 4 selects information to be two-dimensionally coded from the information transmitted from the terminal side computer 1 based on a predetermined criterion. (Block B
2) Send the selection information or the two-dimensional coding information including the selection information to the two-dimensional code generation means 5 to generate a two-dimensional code in a manner described later (block B3). The created two-dimensional code is combined with other information selected from the various information files 6 by the reply screen creating means 8 to create a reply screen (block B4), and the created screen information is The data is transmitted from the server computer 3 to the terminal computer 1 via the Internet 2 (block B5).

[00 23] In the terminal computer system A, which can save in the computer 1, and outputs by the printer 7 attached to the system as needed (block A
5). This makes it possible to create a two-dimensional code through the Internet without equipping the terminal-side computer system A with a two-dimensional code creation program.

[00 24] In addition, information including a two-dimensional code sent back to the terminal computer 1, instead of printing by the printer 7 mentioned above, as it is a mobile phone, a portable information terminal, an electronic organizer, laptop or wearable PC And the like, or copied and stored in a portable or wearable terminal device 1a (hereinafter simply referred to as “mobile terminal”) (in some cases, transferred and stored via the communication line 2), or When information is transmitted from the computer 1 to the server-side computer system B, it is possible to reply to another terminal-side device 1b by inputting an e-mail address of a reply destination. Further, further processing can be performed for a predetermined purpose using the returned two-dimensional code (block A6).

[00 25] will now be described two-dimensional code creation procedure in the two-dimensional code creating unit 5 described above. This preparation procedure is described in Japanese Patent Application No. 2000-302 filed by the present applicant.
No. 655, and various creation methods are disclosed, so that the detailed description is omitted here and only the outline is described with reference to FIG. FIG. 3 illustrates a two-dimensional code creation step and a reading / decoding step. A step indicated by a thick arrow in the figure is a two-dimensional code creation step, and a part surrounded by a solid line is a two-dimensional code creation means. It becomes 5. Also, in FIG.
2 shows an internal process of the process of FIG. 1.

[00 26] first converted from a suitable input means of the terminal computer system when ordinary characters and numerals, etc. are inputted (block A3), a normal character code by the character code conversion unit 42 according to a conventional method ( Block A3
a). The character code signal is transmitted to the server-side computer system B via the Internet, and is transmitted to the two-dimensional code generation means 5 in the server-side computer system, where the ordinary character code and the two-dimensional code character code are transmitted. Is converted into a two-dimensional code character code such as "S-JIS" or "ANSI X3.4" by the code conversion means 43 (block B3a) which performs mutual conversion of the two-dimensional code, and becomes bit string data of the two-dimensional code ( Block B3b). Next, by adjusting the bit string data, the size and shape of the two-dimensional code image are adjusted according to a predetermined procedure (block B3c), and the finally adjusted shape (square, rectangle, circle, sector, etc.) and size are adjusted. A two-dimensional code image is created (block B4a).
The adjusted image is transmitted to the terminal device 1 as described above (block B5), and the image is displayed on the screen of the terminal device 1 (block A5a). Printing or the like is performed (block A5b).

[00 27] Next, as an example using the above two-dimensional code creation system, which the business of the two-dimensional coding itself (the second method of the present invention), decoding of the two-dimensional code created Business itself (third method)
There is. An example in this case will be described with reference to FIG. FIG.
FIG. 5 is an example of a system configuration diagram used for the second and third methods, FIG. 5 is a flowchart showing a procedure of the second service system, and FIG. 6 is a flowchart showing a procedure of the third service system. It is.

[00 28] First, the second type (two-dimensional code creation service system), will be described with FIGS. The customer of the terminal-side computer system A without the two-dimensional coding program first connects his / her terminal-side computer 1 to the two-dimensional code generation system of the two-dimensional code generation server computer system B via the Internet 2 ( (Block A11), a server initial screen is displayed (block A12). At this time, if the customer is a member who can receive the two-dimensional code creation service of the server, the user inputs authentication means such as an ID and a password which are given in advance from the server, and inputs the authentication means through the Internet 2 to the server side. Computer system B
Is sent to the server-side computer system, and compared with the authentication means of the customer stored in the customer information file 6b, when the authentication is completed, the server computer system is connected to the two-dimensional code creation screen (block A14). On the other hand, in the case of a non-member, the above authentication means is obtained through an enrollment registration procedure (block A13), and the connection to the two-dimensional code creation screen is made (block A14). The predetermined information including the authentication information about the newly registered member is additionally stored in the customer information file 6b as in the normal case. Furthermore, the connection to the server is specified by the authentication means such as the ID and the password, and the system usage fee is charged.
The point that it is blocked so that it cannot be connected to the two-dimensional code creation system is the same as the case of the connection to the ordinary various paid systems.

[00 29] Then, the customer, from the input means 10 connected to its own terminal computer 1 and inputs a predetermined matters to be two-dimensional code (block A15), the server is known to them If there is secret information that one does not want to use, it is encrypted by the encryption means 27 included in the computer system (block A16). Next, the server-side computer system B calls the two-dimensional coded information selecting means 4 through the Internet 2 and selects information to be two-dimensionally coded from the above-mentioned encrypted information and non-encrypted information (block B11). When the selection is completed, this selection information is transmitted to the server-side computer system B via the Internet 2 (block A17). In the server-side computer system B receiving this, the two-dimensional code is automatically created by the two-dimensional code creation means 5 built in the server-side computer system (block B12). When this two-dimensional code image is displayed, it can be returned to the customer's terminal computer 1 as it is via the Internet (block B14). However, if necessary, the response provided in the server-side computer system B can be provided. The screen creation means 8 is called, another character information and image information are selected together with the two-dimensional code image, and the reply screen creation means 8 combines them to create a reply screen (block B13).
It is also possible to return this composite screen to its own terminal side computer 1 through the Internet 2 (block B14).

[00 30] In addition, contact to create the reply screen, the case of adjusting and adding or reducing the two-dimensional coded information of the size and shape of the created two-dimensional code image, the "predetermined information of the block A15 Input "process or the block B
It is also possible to return to the step of “selection of two-dimensional coded information” of step 11 and start over. If the transmission screen is satisfactory, it is stored in its own file (not shown) as described above, and an arbitrary image including other characters and images is created (block A18). ), And transmits the information including the two-dimensional code image to the predetermined partner terminal computer system A 'through the Internet 2 (block A).
19). At this time, if the two-dimensional code includes the encrypted information, the two-dimensional code is transmitted with a code for decrypting the code (such as a password) attached thereto.

[00 31] In addition, as the reply destination that you want to reply from the server-side computer system B, the calling-side terminal equipment 1
Instead, other terminal side device 1b is selected, or
It is also possible to directly select the other party's terminal computer system A '.

[00 32] In addition, the two-dimensional code creation fee for customers, has become a way will be charged to the customer by the ID as one of the authentication means, this ID is, none shall have the persistence, use Method that is charged according to the frequency of
It may be a prepaid ID for limiting the number of times D is used or for limiting the period of use. Needless to say, this point can employ a normal payment collection system.

[00 33] Next, created by the above-mentioned manner, customer A
The two-dimensional code image transmitted from the other party to the other party A ′ cannot be read unless the other party computer system A ′ has a two-dimensional code reader.
Therefore, a third system of the present invention relates to a system for performing this reading service, which is described in FIG.
And FIG. The other party who has received the information including the two-dimensional code image connects its terminal-side computer system A 'to the server-side computer system B (block A'1), and calls the server-side initial screen (block A'2). ). Here, if the member is not registered as a two-dimensional code decryption member provided by the server (same as the two-dimensional code creation member), the registration procedure is performed to obtain authentication information such as an ID and a password (block). A'3), input the authentication information, connect to the two-dimensional code reading screen of the server (block A'4), and transmit the received two-dimensional code image to the server-side computer system B through the Internet 2 (block A'3). A'5). At this time, comparing with the member information stored in the customer information file 6b on the server side, whether or not the authentication information is correctly input, and for the newly registered member, the member information is compared with the member information. Customer information file 6
The additional registration in b is the same as the conventional various methods.

[00 34] the transmitted two-dimensional code image is automatically read in the manner described below by a two-dimensional code reading means 9 server computer system is provided (block B15), the read information, through the Internet 2 A reply is sent back to the other computer system A '(block B16). If the transmitted read information is not encrypted, it performs predetermined processing such as secondary processing by itself (block A'7), and prints it by the printer 7 'as necessary. However, if it is encrypted, it is encrypted using a decryption code (such as a password) transmitted together with the two-dimensional code image from the terminal-side computer system A that encrypted the two-dimensional code and transmitted the same. The encryption is decrypted by the decryption means 27a (block A'6).

[00 35] will now be described with reference to FIG For the two-dimensional code reading means 9 described above. A portion surrounded by a dotted line in FIG. 3 is the two-dimensional code reading means 9. Note that reference numerals in parentheses in the figure indicate steps corresponding to the steps in FIG. 6, and alphabetical suffixes indicate internal steps of each step. The counterpart customer A 'receiving the two-dimensional code first transmits the image to the server-side system B (block A'5).
If the two-dimensional code is attached to the document, the image is read by the two-dimensional code image reader 9a such as a scanner (block A'0) and transmitted to the server-side system. The computer on the server side receives the transmitted two-dimensional code image as bit string data (block B15a). The bit string data is converted from a two-dimensional code character code to a normal character code by a code conversion system 43 for mutually converting the normal character code and the two-dimensional code character code (block B15b). The returned normal character code data is sent back to the customer computer 1 via the Internet (block B15c). Since the customer's computer receives this, the character code is a normal character code, and is displayed as a normal character or code by software built in the computer 1 (block A'7). As is clear from the above, the two-dimensional code reading means 9 includes a two-dimensional code image reader 9a for reading a two-dimensional code image, and the two-dimensional code character code based on the image data read by the image reader. It comprises a code conversion means 43 for converting to a code and a decoding means having a normal character code conversion means 42 for converting the converted normal character code into characters. Therefore, it will be understood that the two-dimensional code image reader 9a can be separated from the decoding means. Further, as is apparent from the above example, when the two-dimensional code image is transmitted from the customer A to the other party A 'via the Internet 2, the two-dimensional code image is already transmitted to the computer 1' of the other party A '. Is read, the two-dimensional code image reader 9a is not always necessary. Therefore, in this sense, the "two-dimensional code reading means" in the present invention may or may not include the two-dimensional code image reader 9a, which differs depending on the case. The relationship between the two-dimensional code creating means 5 and the two-dimensional code reading means 9 is as follows.
Since the basic configuration is the same and the only difference is that the flow is reversed, the server of the two-dimensional code creation service and the server of the two-dimensional code decryption service are basically Generally, they are the same.

In [00 36] above description, the terminal computer system A, are arranged encrypting means 27, to the terminal computer system counterpart two-dimensional code image from A is transmitted terminal computer system A 'is encrypted Although the decryption means 27a is provided, since the creation and decryption of the cipher are two sides of the same coin, it is not shown, but the decryption means 27a is also provided in the terminal side computer system A, and the other party terminal computer It goes without saying that the encryption means 27 is also provided in the system A '.

[00 37] As described above, it is possible to create documents using even when the own terminal computer system does not have a two-dimensional code creating unit and reader a two-dimensional code. In particular, when a maker sends a quote or the like to a user over the Internet, the user uses the two-dimensional code as an in-house management system, but the manufacturer who is the supplier still uses the two-dimensional code system. If not, by utilizing the two-dimensional code creation server system, it is possible to promptly respond to the user's request even if the in-house system has not been completely converted to two-dimensional code. Also, in this case, the secret information such as the estimated amount is encrypted and converted into a two-dimensional code so that it is not recorded on the server side. Mutual secrecy can be maintained.

[00 38] Further, in the above case, RFQ document sent from the user side, because it contains information which is two-dimensional coding, manufacturer side which receives the two-of the server computer system By using the dimensional code decoding service system, it is possible to respond to the user even if the user does not have a two-dimensional code system. Furthermore, when the user requests the quote request information to be encrypted and converted into a two-dimensional code, similarly to the case described above, the quote request is attached with a decryption code and transmitted to the maker, so that the server can be used. Leakage of quote request information to third parties, including the third party, is prevented.

[00 39] Next, an example of the registration management system in staffing operations using the two-dimensional code creation system according to the second invention group, targeting foreign shown in FIGS. 7-9 examples explain. FIG. 7 is a schematic diagram of the system, FIG. 8 is a flowchart showing the procedure of the system, and FIG. 9 is an example of a transmission screen including a two-dimensional code. In these figures, A is the terminal computer system of the registrant or registration applicant to be dispatched, and B is
C indicates the computer system of the staffing company, and C indicates the computer system of the company to which the registered staff is dispatched.

[00 40] First, in the home page of the computer system B of the staffing company, carried out the recruitment targeting foreigners in a predetermined language (block B21 of FIG. 8), foreigners wishing to register to this, Connect to the dispatch company computer 3 of the dispatch company computer system B via the Internet 2 from the own terminal computer 1 or a portable terminal 1a such as a mobile phone, and through the screen transmitted from the dispatch company computer system B. Enter the required information (name, age, gender, nationality, employment history, license, desired occupation, etc.) for the required personnel registration and authentication information such as a password to identify the person, and dispatch via the Internet 2. The data is transmitted to the computer system B of the company (block A21).

[00 41] In the computer system B of agencies that response, as well as calling and rewritten freely recorded in the registration personnel information file 18 which is attached to this information to the agency side computer 3, the two-dimensional encoded information A two-dimensional code including authentication information such as a password for identifying the individual from among the personal information transmitted from the registration applicant and various kinds of information already stored by the selection unit 4 in accordance with a predetermined standard. The information to be converted is selected, and a two-dimensional code is created by the two-dimensional code creating means 5. The reply screen creating means 8 creates a reply screen 17 as shown in FIG. 9 based on the two-dimensional code image and other predetermined information. This reply screen 17 displays a name field 1 displaying the name of the registration applicant.
5, the two-dimensional code 13 is displayed together with ordinary display fields such as an age field 18, a gender field 19, a nationality field 22, a dispatch company name 25, and the like. The face photograph 16 is displayed on the screen when the photograph is transmitted at the time of registration application, but is not always necessary at this stage. This image 17 is returned to the applicant's terminal-side computer 1 or portable terminal 1a as a temporary registration certificate (block B22).

[00 42] subscribers, to print this screen printer 7 (block A22), or copied to the mobile terminal 1a, or to save received by the mobile terminal to bring to the dispatch company, as usual interview receive. The dispatching company receives the printed temporary registration certificate 17 or the screen of the temporary registration certificate displayed on the screen of the mobile terminal 1a, and reads the two-dimensional code 13 in the screen with the two-dimensional code reader 9 ′. The authentication information such as the password is checked to determine whether the visitor is the same as the registration applicant (block B23). It goes without saying that the information on the registration applicant obtained through this interview is also added to the registration personnel information file 18 and recorded. As a result of this interview, when the registration is determined,
A formal registration certificate 17 similar to that shown in (1) is created legally (block B24) and issued to the registrant (block A2).
3). Here, if the face photograph of the registrant is not sent beforehand, the face photograph 16 is created by taking the photograph at the interview or taking it on the spot after the registration is determined. Through the above steps, the applicant for registration is registered as a regular employee of the staffing company.

[00 43] Next, the computer system B dispatch destination corporate computer system C terminal computer 20 from the staffing companies, dispatched conditions through the Internet 2 (wages, working hours, job, etc.) human resource dispatch request indicates the When this is done (block C1), the dispatching company side computer system B records this in the dispatching company information file 19 in such a way that it can be called and rewritten, and extracts the personnel meeting the required conditions from the registered personnel information file 18 (block C1). B25), Internet 2
A consultation is made through or by telephone. If the registered personnel accepts this (block A24), the dispatching company
The detailed information of the dispatched personnel is transmitted to the computer system C of the dispatched company via the Internet 2 together with a photograph of the face (block B26), and the dispatch of the dispatched company is approved (block C2). When the dispatch company approves this, the dispatch company records the information about the dispatch staff in the dispatch staff information file 21 of its own computer system C in a freely callable and rewritable manner. On the other hand, the dispatching company sends a formal dispatch certificate together with a document describing formal dispatch conditions to the terminal computer 1 or the portable terminal 1a of the registered person via the Internet 2 (block B27).
The dispatch card transmitted here includes, in the same manner as the registration card 17 in FIG. 9, authentication information such as a password for confirming the identity of the person to be dispatched and predetermined information such as the dispatch company, together with the photograph 16 of the dispatched staff. Two-dimensional coded two-dimensional code image 13
In addition, predetermined information such as name, gender, age, nationality, etc. is described according to a predetermined format. The registrant who has received this prints the dispatch letter 17 (the same code is used because it has the same format as the registration certificate) on the printer 7 (block A25), or copies it to the portable terminal 1a, or 1a, which is received and stored, and brought to a predetermined destination company.

[00 44] In a dispatch partner company, dispatch personnel, and presenting the dispatch card 17 in place of the admission cards, in a two-dimensional code reading means 9, the two-dimensional code has been posted on the dispatch card 17 1
3, the read information is compared with the information of the personnel stored in the dispatched personnel information file 21 by the read information comparison means 23, and the security guard uses the face photograph 16 and the authentication information such as the password. Confirm whether you are the person or not and permit entry. At the same time, the entry time is transmitted and recorded in the work time management file 24 of the personnel (block C3). Here, the face photograph of the dispatched staff is also coded and posted in the two-dimensional code 13, and the information read by the two-dimensional code reading means 9 includes the dispatching company name, name, and gender. If the face photograph is displayed on the display device together with the face photograph, the face photograph is enlarged and displayed. High discrimination is possible. Especially, if you are a foreigner, from a small face photograph,
Although there is a problem that is difficult to discern from the Japanese perspective, when displayed on a large display device, this problem is greatly improved, and troubles such as another person entering on behalf of registered personnel are prevented beforehand. become. Also, instead of converting the face photograph into a two-dimensional code, a face photograph of the dispatched employee is stored in the dispatch staff information file 21 and a program for calling the face photograph is recorded in the two-dimensional code. Thus, when the dispatched employee enters, the two-dimensional code is read, and the face photograph calling program included in the two-dimensional code is stored in the temporary worker information file 21 so that the dispatched worker's face photograph There is also a method of calling and displaying on a display device.

[00 45] Next, even when the registered personnel to leaving presents the dispatch card 17 read by the reading means 9 and the two-dimensional code 13, at the same time the time at that time, namely the working time managing leaving time The work time is recorded in the file 24, the working time is calculated from the entry time and the leaving time, and the calculated working time is recorded in the file 24 as the working time (block C4). The work time data is transmitted from the dispatch company computer C to the dispatch company computer system B via the Internet 2 on a daily or weekly basis, and the dispatch company sends the work time data to the dispatch company. It is recorded in the personnel information file 18 and a work schedule of the personnel is created based on the data at predetermined intervals (for example, every month) (block B28). Create an invoice (Block B2)
9) The dispatching company's computer system C from the dispatching company's computer system B via the Internet 2
Send to At the same time, a wage statement for the dispatched staff is prepared and transmitted to the terminal computer 1 or the portable terminal 1a of the dispatched staff via the Internet 2 (block B30). It is usual for the dispatching staff to check the statement (block A26) and to contact the dispatching company if there is a problem. Further, the dispatching company transfers wages to a predetermined account of the dispatching staff (block B3).
1), the employee confirms the payment (block A2)
7).

[00 46] In staffing registration management system which utilizes a two-dimensional code generation system described above, the present invention is not intended to be limited to the above example, it goes without saying that various modifications are present For example, in the procedure up to human resource registration, the person who wishes to register goes to the dispatch company as before, performs registration through a predetermined interview, and at this time, registers the e-mail address and mobile terminal number etc. In addition, after the process of actually engaging in dispatching work, as described above, it is also possible to use a two-dimensional code between the dispatching company and the staffing company to confirm the identity and manage work.

[00 47] In addition, in the above explanation, has been described with regard to a case of alien registration, this is not a problem at all even in Japanese. Further, as described with reference to FIG. 3, the two-dimensional code reading means 9 and 9 'installed in connection with the dispatching company computer system B and the computer system C of the dispatching company are also provided. Includes a two-dimensional code image reader 9a for reading image data from a two-dimensional code image, and a code conversion unit 43 for converting the image data read by the reading unit 9a into characters, symbols, and the like according to the predetermined code table. Since the two-dimensional code image reader 9a and the two-dimensional code image reader 9a are configured as separate devices, only the two-dimensional code image reader 9a is used. It may be installed at a two-dimensional code reading place and connected to the decoding means by a wired or wireless dedicated line. Further, only the two-dimensional code image reader 9a may be installed at the two-dimensional code reading place, and the decoding means may be connected through the Internet. In particular, since the two-dimensional code is presented at the time of entry / exit, only the two-dimensional code image reader 9a is installed at the entrance of the dispatched company, and the decoding means including the code conversion means 43, A practical method is to connect the computer to the dispatch company computer 20 in the office building and connect them both by wire (intranet) or wirelessly. In this sense, only the two-dimensional code image reader 9a is installed in the dispatching company, and a decoding unit including the code conversion unit 43 is installed in the dispatching company B, and the two are communicated via a dedicated line or the Internet. It is also possible to connect by a line. Further, the dispatching staff brings the mobile terminal 1a storing the two-dimensional code image, and the terminal is directly connected to the terminal computer 20 of the dispatch company, so that the two-dimensional code image data is transmitted from the mobile terminal to the image reader 9a. Can be directly transmitted to the decryption means 43 without going through.

[00 48] As described above, the two-dimensional code creation system of the present invention have various usage modes, and also in the staffing registration management system and a two-dimensional code creation / decryption services described above, there are various modifications Needless to say.

[00 49 ]

As described above, the two-dimensional code creation and decoding system of the present invention and the personnel dispatch registration using the same are provided.
According to the record management system, various effects are expected as compared with the conventional system. First, according to the two-dimensional code creation system of the present invention, it is possible to easily create a two-dimensional code without arranging two-dimensional code creation software in each terminal device. That is, the terminal-side device is connected to a server-side computer system having two-dimensional code generation means through a communication line, performs predetermined two-dimensional coding processing on the server-side computer system, and transmits the two-dimensional code image through the communication line. Since it is sent back to the terminal device, general-purpose use of two-dimensional codes becomes easy, and unlike conventional barcodes, two-dimensional codes that can store a large amount of information are expected to be dramatically spread. Will be done.

[00 50] In addition, new developments of the two-dimensional code creating business utilizing this system also makes it possible, even in the case frequently, such as not using the two-dimensional code, is connected to the two-dimensional code creating server, its own self Since it is possible to create a two-dimensional code as desired, the use of the two-dimensional code is expected to expand dramatically.

[00 51] In addition, when applied to the case of dispatch and employs foreigners this system in the temporary staffing company, only saw the face of foreigners in Japanese, it is difficult to distinguish the principal and others,
With regular identification cards with a photo of the face, there was a problem that it was difficult to understand even if people were replaced halfway, but recruitment of a temporary staffing company was conducted in foreign languages via the Internet, and predetermined based on items entered by applicants Return a temporary registration certificate that has two-dimensionally coded information, and include some authentication information (for example, date of birth, e-mail address, telephone number, family information, password, etc.) in the two-dimensionally coded information. If a predetermined two-dimensional code is prepared and the two-dimensional coded image is attached to the registration certificate together with the face photograph even after the official registration, the two-dimensional coded information is displayed each time the dispatch destination is changed. It is also possible to perform authentication based on the information, thereby reducing the problem of being replaced by another person. At the same time, the dispatch company reads the two-dimensional code information, manages the arrival and departure of temporary employees, and manages working hours (overtime management, etc.). By transmitting the data to the computer system through a communication line such as the Internet, it is possible to use the system for work management of temporary employees, and to expect effects such as simple work management other than authentication.

[00 52] described above in detail streets, two-dimensional code of the present invention
Creation system, decryption system and staffing registration management
According to the system , various unprecedented functions and effects can be expected, and a new social system is created and it brings great convenience to the people's lives in various fields. There is something that cannot be measured.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram showing a two-dimensional code creation system according to the present invention.

FIG. 2 is a flowchart showing a flow of the two-dimensional code creation system of FIG. 1;

FIG. 3 is a flowchart showing an outline of each of a two-dimensional code creation step and a two-dimensional code reading step used in the present invention.

FIG. 4 is a system conceptual diagram showing an example of a two-dimensional code creation business using the two-dimensional code creation system of FIG. 1;

FIG. 5 is a flowchart showing a flow of the two-dimensional code creation service system of FIG. 4;

FIG. 6 is a flowchart showing a flow of the two-dimensional code decoding service system of FIG. 4;

7 is a conceptual diagram showing a personnel dispatch registration management system using the two-dimensional code creation system of FIG. 1;

8 is a flowchart showing a flow of the personnel dispatch registration management system of FIG. 7;

9 is a screen diagram illustrating an example of a transmission screen including a two-dimensional code image used in the personnel dispatch registration management system of FIG. 7;

FIG. 10 shows an example of a two-dimensional code used in the present invention .
It is a two-dimensional code image.

FIG. 11 shows an example of a conventional barcode (one-dimensional code).
FIG.

[Description of the code] A, A 'terminal side (customer side) computer system B server side (the dispatch company) computer system C two-dimensional code image using location (temporary destination company computer systems) 1 terminal equipment (terminal side PC 1a Mobile information terminal 1b Terminal side device (terminal PC) 2 Communication line (Internet etc.) 3 Server side (dispatch company side) computer 4 2D coded information selection means 5 2D code creation means 6 Various information files 6b Customer information File 7 Printer 8 Transmission screen creation means 9, 9 'Two-dimensional code reading means 9a Two-dimensional code image reader 10 Input means 13 Two-dimensional code 17 Transmission screen (temporary registration certificate, dispatch certificate) 18 Registration personnel information file 19 Dispatch company Information file 20 Dispatch company computer 21 Dispatch personnel information file 23 Read information comparison means 24 Working time management file 27 Encryption means 27a Decryption means 43 Code conversion means

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──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06F 17/60 322 G06F 17/60 322 324 324 332 332 410 410A 506 506 19/00 300 19/00 300N G06K 1/12 G06K 1/12 E 17/00 17/00 L G07B 1/00 G07B 1/00 A E 5/00 5/00 D (72) Inventor Kunihiro Inoue 2-chome, Wakihama-cho, Chuo-ku, Kobe City, Hyogo Prefecture No. 11-14 Kobelco System Co., Ltd. F term (reference) 3E026 AA03 AA10 5B058 CA40 KA02 KA04 KA06 KA08 YA20

Claims (54)

[Claims] In a two-dimensional code generation system, a server-side computer system (B) connectable from a terminal-side computer system (A) through a communication line (2) such as the Internet and has a two-dimensional code generation function. A two-dimensional coded information selecting means (4) for selecting information to be two-dimensionally coded from information input and transmitted from the terminal device (1) of the terminal computer system (A). A two-dimensional code creating means (5) for converting predetermined information including the information selected by the two-dimensional coded information selecting means (4) into a two-dimensional code; and at least the two-dimensional code creating means (5) A reply screen creating means (8) for creating a reply screen including the two-dimensional code image created in step (1); and a reply screen created by the reply screen creating means (8). Given terminal device via the communication line (2) (1, 1
a, 1b) is provided, whereby at least a part of the information transmitted from the terminal-side computer system (A) is two-dimensionally converted by the server-side computer system (B). A two-dimensional code creating system, wherein the information is converted into a code and information including the two-dimensional code image is returned to a predetermined terminal device. 2. The information transmitted from the terminal-side device (1) connected to the server-side computer system (B) includes a terminal-side device (1a) of another reply destination different from the terminal-side device (1). 2. The two-dimensional code generation system according to claim 1, wherein reply destination information for designating the two-dimensional code is included. 3. The two-dimensional code generation system according to claim 2, wherein the other designated terminal device is a portable terminal (1b). 4. The two-dimensional device according to claim 1, wherein the terminal device connected to the server computer system (B) via the communication line (2) is a portable terminal (1a). Code creation system 5. The terminal-side computer system (A) capable of creating the two-dimensional code by being connected to the server-side computer system (B) has a predetermined authentication means. Two-dimensional code creation system described in either 6. The server computer system (B) transmits information transmitted from the terminal computer system (A) to a server computer system (B) connectable through a communication line (2) such as the Internet. In the two-dimensional code creation service system for encoding and returning to the terminal-side computer system (A), the server-side computer system (B) is inputted from the terminal-side device (1) of the terminal-side computer system (A). Two-dimensional coded information selecting means (4) for selecting information to be two-dimensionally coded from the transmitted information; and information selected by the two-dimensional coded information selecting means (4), A two-dimensional code creating means (5) for converting the two-dimensional code into a two-dimensional code created by the two-dimensional code creating means (5) A reply screen creating means (8) for creating a reply screen including a password image, and a reply screen created by the reply screen creating means (8) through a predetermined terminal-side device ( 1,1
a, 1b). The two-dimensional coded information selecting means (4) includes: a communication line (2) provided by an input means (10) of the terminal device (1). The information to be two-dimensionally coded can be selected through the communication line (2), and in the reply screen creating means (8), the communication line (2) is input by the input means (10) of the terminal device (1).
An arbitrary reply screen including the two-dimensional code image can be created based on the predetermined character information and the like transmitted through the terminal device and the two-dimensional code image, thereby transmitting the reply screen from the terminal-side computer system (A). The server-side computer system (B) converts predetermined items into a two-dimensional code based on the obtained information, and returns information including the two-dimensional code image to a predetermined terminal-side device. Dimension code creation service system 7. Information transmitted from the terminal-side device (1) connected to the server-side computer system (B) includes a terminal-side device (1a) of another reply destination different from the terminal-side device (1). 7. A two-dimensional code generation service system according to claim 6, wherein reply destination information for designating the two-dimensional code is included. 8. The two-dimensional code creation service system according to claim 7, wherein the designated terminal device is a portable terminal (1a). 9. The two-dimensional terminal according to claim 6, wherein the terminal device connected to the server computer system (B) via the communication line (2) is a portable terminal (1a). Code creation system 10. The terminal-side computer system (A) capable of creating the two-dimensional code by being connected to the server-side computer system (B) has a predetermined authentication means. Two-dimensional code creation service system described in any of them 11. At least a part of information transmitted from the terminal-side computer system (A) is encrypted by an encryption means (27) provided in the terminal-side computer system (A). A two-dimensional code creation service system according to any one of claims 6 to 10. 12. A terminal-side computer system (A ′)
The two-dimensional coded information transmitted from the server-side computer system (B) which can be connected through a communication line (2) such as the Internet to the server-side computer system (B) is decoded by the server-side computer system (B). ), The server-side computer system (B) transmits from the terminal-side device (1 ′) of the terminal-side computer system (A ′) via the communication line (2). Two-dimensional code reading means (9) for reading two-dimensional coded information from the image data based on the obtained two-dimensional code image and converting it into original information; and information read by the two-dimensional code reading means (9). Through the communication line (2) to the terminal-side device (1 ′)
A two-dimensional code decoding service system, comprising: 13. The two-dimensional code image transmitted from the terminal-side computer system includes encrypted information in the form of a two-dimensional code, and is read by the two-dimensional code reading means (9). The two-dimensional code decryption service system according to claim 12, wherein the encrypted information is decrypted by decryption means (27a) provided in the terminal-side computer system. 14. A temporary staffing registration management system, comprising: a temporary staffing company-side computer system (B) of a temporary staffing company;
Can be connected from the terminal computer system (A) of the registration staff or registration applicant through a communication line (2) such as the Internet, and the terminal equipment (1) owned by the registration staff or registration applicant. ), The registration information or registration application information of the person himself / herself transmitted through the communication line (2) is called and rewritably recorded.
8), a dispatch company information file (19) in which dispatch company information transmitted from the computer system (C) of the dispatch company via the communication line (2) is recordable and rewritable; A two-dimensional coded information selecting means (4) for selecting information to be two-dimensionally coded from information recorded in the personnel information file (18) and the dispatch company information file (19) based on a predetermined criterion; A two-dimensional code generating means (5) for converting predetermined information selected by the two-dimensional coded information selecting means (4) into a two-dimensional code; and a two-dimensional code generated by the two-dimensional code generating means (5). A reply screen creating means (8) including a dimension code image and predetermined information; and a reply screen (1) created by the reply screen creating means (8).
And 7) a reply means for returning to the terminal device (1, 1a, 1b) of a predetermined registration person or a registration applicant via the communication line. system 15. The registered personnel information file (18) includes authentication information for specifying the personnel, and includes the authentication information as information to be converted into a two-dimensional code. 14. Staffing registration management system described in 14. 16. The dispatching company computer system (C) is capable of calling and rewriting dispatch staff information transmitted from the dispatching company computer system (B) via the communication line (2). The recorded dispatcher information file (21), two-dimensional code reading means (9), and two-dimensional coded information in the two-dimensional code presented by the dispatcher are read by the two-dimensional code reading means (9). The personnel dispatch registration management system according to claim 14 or 15, further comprising: comparing means (23) for comparing with dispatch staff information stored in the dispatch staff information file (21). 17. The two-dimensional coded information includes a photograph of the registered person's face, and the computer system (C) of the dispatched company uses the two-dimensional code reading means (9). 17. The personnel dispatch registration management system according to claim 16, further comprising a display for displaying the face photograph of the person read. 18. A computer system (C) of the dispatch company, wherein the two-dimensional code reading means (9) reads the two-dimensional code at the time of leaving and leaving the company to determine whether or not the dispatch staff has attended. A working time management file (24) for recording the calculation of the working hours and the result thereof is provided, and the working data of the dispatched personnel recorded in the working time management file (24) for each predetermined period is transmitted to the dispatch company. The transmission is made to the computer system (B) of the dispatch company via the communication line (2), and the computer system (B) of the dispatch company creates a work table based on the transmitted work data of the dispatched personnel. And necessary work such as preparation of a dispatch cost invoice,
18. The personnel dispatch registration management system according to claim 16, wherein the result is transmitted to the dispatch company via the communication line (2). 19. The two-dimensional code image presented by the dispatching staff is displayed on the portable terminal (1a) of the dispatching staff, and the two-dimensional code reading means (9) is connected to the portable terminal (1a). 20. The personnel dispatch registration management system according to claim 16, wherein the two-dimensional code displayed in (1) can be read. 20. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. 2. A decoding means comprising a decoding means comprising a combination of the decoding means and the two-dimensional code image reader (9a) is installed at the two-dimensional code reading place.
A personnel dispatch registration management system according to any one of 6 to 19 21. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. 20. The two-dimensional code image reader (9a) is installed at a place where the two-dimensional code is read, and is connected to the decoding means by a wired or wireless dedicated line. Personnel dispatch registration management system described in any of 22. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. The two-dimensional code image reader (9a) is installed at a place where the two-dimensional code is read, and is connected to the decoding means via the communication line (2). 20. A temporary staffing registration management system according to any one of claims 16 to 19, wherein 23. The two-dimensional code reading means (9),
It has decoding means including a code conversion means (43) for converting a character code for a two-dimensional code into a normal character code or the like based on image data of the two-dimensional code, and the two-dimensional code presented by the dispatch staff is , The mobile terminal (1
a) storing the two-dimensional code image data stored in the portable terminal (1a) without passing through a two-dimensional code image reader (9a) for reading a two-dimensional code image. 19. The personnel dispatch registration management system according to any one of claims 16 to 18, wherein the personnel dispatch registration management system is configured to directly transmit the information to the reading means (9). 24. The terminal device of the registration staff or the registration requesting staff connected to the dispatching company computer system (B) via the communication line (2) is a portable terminal (1).
24. The temporary staffing registration management system according to claim 14, which is a). 25. An electronic ticket system using a two-dimensional code, wherein the issuing computer system (B) for issuing the electronic ticket includes a communication line (2) such as the Internet from the customer computer system (A). A ticket information file (6a), which is connectable through and stores information about tickets to be sold and ticketing information in a freely rewritable and callable manner; A two-dimensional coded information selecting means (4) for selecting information to be two-dimensionally coded from predetermined ticket purchase application information input and transmitted from the server, based on a predetermined criterion; Two-dimensional code creation means (5) for converting predetermined information including information selected by the information selection means (4) into a two-dimensional code A ticket screen creating means (8) for creating a ticket screen (50) including the two-dimensional code image created by the two-dimensional code creating means (5) and predetermined ticket information; Replying means for returning the ticket screen created by the creating means (8) to predetermined terminal devices (1, 1a, 1b) via the communication line (2); Means for additionally storing the obtained ticket information in the ticket information file (6a), two-dimensional code reading means (9), and validity for evaluating the validity of the ticket from the information read by the two-dimensional code reading means (9). The ticket screen information returned to the customer terminal device or the ticket screen information is displayed on the display of the terminal device. Ket screen itself or which is formed by printing on any paper printed ticket screen primary ticket (5
0), and based on the information read by the two-dimensional code reading means (9), the validity evaluation means (1)
An electronic ticket system using a two-dimensional code, wherein the validity of the ticket is evaluated by 2). 26. Predetermined ticket purchase request information transmitted from the terminal device (1) of the customer is compared with ticket information recorded in the ticket information file (6a) to determine whether ticketing is possible. Issuance determination means (11)
The electronic ticket system according to claim 25, wherein the electronic ticket is provided in the ticket issuing computer system (B). 27. The terminal device of the customer is a mobile terminal (1a) such as a mobile phone, and the two-dimensional code image displayed on the display of the mobile terminal is a primary ticket, and the two-dimensional code The validity of the primary ticket is determined from the two-dimensional code image displayed on the display of the portable terminal by the reading means (9).
Electronic ticket system according to 5 or 26 28. A two-dimensionally coded serial number is attached to the ticket screen returned to the customer, and the two-dimensional code reading means (9) is used by the validity evaluation means (12). 28. The electronic ticket system according to claim 25, wherein, with respect to the read serial numbers, the primary ticket having the same number is determined to be valid only in the first primary ticket. 29. The ticket purchase request information of the customer includes authentication information (4) such as a password for specifying the customer.
0) and the authentication information is also included in the two-dimensional code, and the validity evaluation means (12) displays the authentication information read by the two-dimensional code reading means (9) and the customer The electronic ticket system according to any one of claims 25 to 27, wherein the electronic ticket system is configured to determine whether or not the authentication information matches the authentication information. 30. The authentication information for specifying the customer is a credit card number of the customer, a credit card number reading device is installed at a place where the primary ticket is used, and the credit card number reading device reads the credit card number. The validity evaluation unit (1) compares the credit card number presented by the customer with the credit card number read by the two-dimensional code reader (9).
30. The electronic ticket system according to claim 29, wherein the electronic ticket system is configured to judge the validity of the primary ticket in 2). 31. The electronic ticket system according to claim 30, wherein the ticket purchase price is settled by a credit card. 32. The predetermined ticket purchase request information transmitted from the terminal device of the customer includes the credit card number of the customer, and the ticket price is settled by the credit card. Items 25 to 3
Electronic ticket system according to any one of 1. 33. The ticket screen returned to the customer in the form of a two-dimensional code includes a validity period display column (57) for the primary ticket, and a predetermined payment is not made within the validity period. 25. If not performed, the primary ticket is invalidated.
Electronic ticket system according to any one of 8. 34. The primary ticket is exchanged for a predetermined secondary ticket together with payment.
Electronic ticket system described in 35. The ticket purchase application information input and transmitted from the terminal device of the customer includes return destination information for designating the terminal device (1a, 1b) of the return destination. The electronic ticket system according to any one of claims 25 to 34, wherein the ticket screen created by the creating means (8) is returned to the designated terminal device (1a, 1b). 36. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. The electronic ticket system according to any one of claims 25 to 35, wherein the electronic ticket system comprises decoding means including the decoding means, and the decoding means and the two-dimensional code image reader (9a) are integrally combined. 37. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. 36. The decoding device according to claim 25, wherein the two-dimensional code image reader (9a) is provided at a place where the primary ticket is used, and is connected to the decoding device by a wired or wireless dedicated line. Electronic ticket system described in either 38. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. The two-dimensional code image reader (9a) is installed at the place of use of the primary ticket, and is connected to the decoding means via the communication line (2). An electronic ticket system according to any one of claims 25 to 35. 39. The two-dimensional code reading means (9),
Decoding means including code conversion means (43) for converting a character code for a two-dimensional code into a normal character code or the like based on the image data of the two-dimensional code; 1a). The two-dimensional code image data stored in the portable terminal (1a) can be converted into the two-dimensional code image reader (9a) without reading through the two-dimensional code image reader (9a). 3. The apparatus according to claim 2, wherein the data is transmitted directly to the reading means.
Electronic ticket system according to any one of Items 5 to 35 40. The customer terminal device connected to the ticket issuer computer system (B) via the communication line (2) is a portable terminal (1a). Electronic ticket system described 41. The ticket is a paid ticket such as an admission ticket, an air ticket, a boarding ticket, a boarding ticket, a meal ticket, and the like.
Electronic ticket system according to any one of to 40 42. An electronic ticket system for providing a ticket to a predetermined target person through a communication line, wherein the target person information including the individual e-mail address of the target person is recorded in a rewriteable and callable manner. File (6b), a ticket information file (6a) in which predetermined ticket information is recorded so as to be rewritable and callable, and predetermined information in the target person information file (6b) and the ticket information file (6a). Input means (10) connected to the computer (3), and target person information stored in the target person information file (6b) or target person information and the ticket information input from the input means (10) From the information stored in the file (6a), information to be two-dimensionally encoded is determined based on a predetermined standard. Two-dimensional coded information selecting means (4) for selecting, and two-dimensional code creating means (5) for converting predetermined information including information selected by the two-dimensional coded information selecting means (4) into a two-dimensional code. A ticket screen (60) including the two-dimensional code image created by the two-dimensional code creation means (5) and predetermined information, selected from the subject information file (6b); A two-dimensional code, comprising: ticket information transmitting means for transmitting to the user's terminal-side device (1) via the communication line (2); and two-dimensional code reading means (9). Electronic ticket system used 43. The two-dimensional code image includes information for specifying a target person such as a member number of the target person, and reads the information read by the two-dimensional code reading device into the target person information file. 43. The electronic ticket system according to claim 42, wherein additional recording is performed in a column of a predetermined target person in (6b). 44. The terminal device of the target person is a mobile terminal (1a) such as a mobile phone, and the two-dimensional code reading means from a ticket screen including the two-dimensional code image displayed on a display of the mobile terminal. The electronic ticket system according to claim 42 or 43, wherein the two-dimensional code is read by (9). 45. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. The electronic ticket system according to any one of claims 42 to 44, wherein the electronic ticket system comprises decryption means including the decryption means and the two-dimensional code image reader (9a). 46. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. 45. A decoding means comprising: a two-dimensional code image reader (9a) installed at a place where the ticket is used, and connected to the decoding means by a wired or wireless dedicated line. Electronic ticket system described in Crab 47. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. The two-dimensional code image reader (9a) is installed at the place of use of the ticket, and is connected to the decoding means via the communication line (2). An electronic ticket system according to any one of claims 42 to 44. 48. The two-dimensional code reading means (9),
Decoding means including code conversion means (43) for converting a character code for a two-dimensional code into a normal character code or the like based on the image data of the two-dimensional code; )
The image data of the two-dimensional code stored in the portable terminal (1a) is directly transmitted to the two-dimensional code reading means (9) without passing through the two-dimensional code image reader (9a) for reading the two-dimensional code image. 42. The method according to claim 42, wherein
Electronic ticket system according to any one of Claims 1 to 44 49. The electronic ticket is a free ticket such as a special treatment ticket, a discount ticket, an invitation ticket, or the like.
Electronic ticket system according to any of the above 50. A ticket system using a two-dimensional code, comprising: a terminal device (1); and a host computer (3) connectable to the terminal device (1) through a communication line (2).
A predetermined ticket information input means (10) provided in the terminal-side device; and a transmission means for transmitting the input ticket information to the host computer (3) through the communication line (2). And the host computer (3) includes two-dimensional coded information selecting means (4) for selecting information to be two-dimensionally coded from the transmitted ticket information based on a predetermined criterion; A two-dimensional code creating means (5) for converting predetermined information including the information selected by the two-dimensional coded information selecting means (4) into a two-dimensional code; and a two-dimensional code creating means (5) A reply screen creating means (8) for creating a reply screen including the obtained two-dimensional code image and predetermined information, and a predetermined ticket screen created by the reply screen creating means (8). A reply means for replying to the terminal-side device (1), further comprising a predetermined ticket information connected to the terminal-side device (1) and including the two-dimensional code image on a predetermined ticket sheet. A printer (7) for printing; a two-dimensional code reading means (9) for a ticket output from the printer (7); and a ticket of the ticket based on information read by the two-dimensional code reading means (9). Ticket checking means (12) for determining validity; and a ticket system using a two-dimensional code, comprising: 51. The two-dimensional code reading means (9)
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. And a two-dimensional code image reader (9a) integrally combined with the decoding means,
The ticket system according to claim 50, wherein the ticket system is installed at the ticket use place. 52. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. 51. The ticket according to claim 50, wherein the ticket comprises a decryption means, and the two-dimensional code image reader (9a) is installed at a place where the ticket is used, and is connected to the decryption means by a wired or wireless dedicated line. system 53. The two-dimensional code reading means (9),
A two-dimensional code image reader (9a) for reading a two-dimensional code image, and code conversion means (43) for converting a two-dimensional code character code into a normal character code or the like based on image data read by the two-dimensional code image reader. The two-dimensional code image reader (9a) is installed at the place of use of the ticket, and is connected to the decoding means via the communication line (2). A ticket system according to claim 50. 54. The ticket system according to claim 50, wherein the ticket is a ticket issued at a ticket issuing window such as a boarding ticket, a boarding ticket, an entrance ticket, and an air ticket.