JP2015127911A - Intensive type electronic storage system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an intensive type electronic storage system for enabling both a user and an execution counter to handle the demands of a plurality of users who want to execute the content of a plurality of pieces of execution information at once without any stress.SOLUTION: An intensive type electronic storage system is configured of: an intensive code issuing device 0210 for acquiring identification information of execution information indicating the fulfillment obligation or beneficiary right of a user or the like, and for generating and outputting one code information for identifying them, and for, when acquiring the executed code information, acquiring and outputting the identification information to be identified by the code information; and a store terminal 0220 for acquiring the code information to be executed by reading, from a display on which an optical reading code to be acquired on the basis of the code information output from the intensive code issuing device is displayed, the optical reading code, and for outputting the identification information to be identified on the basis of the executed code information or acquired code information to be specified on the basis of the acquired code information.

Description

  The present invention relates to a centralized electronic storage system for suitably processing a plurality of transactions by one user.

  Conventionally, a storage agent technology using a convenience store or the like as a payment window is known as a means for paying public charges, mail order charges, insurance premiums, and the like. The storage agent technology will be explained. First, the biller issues a payment slip printed with a bar code associated with information such as transaction details and fees / charges to the user who is the demandee, and the user pays the payment. Bring your vote with cash to the convenience store and pay the price.

  Here, FIG. 29 is shown. This figure is a diagram showing an example of a conventionally known payment slip. In the payment slip shown in the figure, a one-dimensional bar code is printed as code information in addition to character information such as a price and a due date. At convenience stores, etc., by reading the barcode printed on the payment slip using a device such as a reader, the existence of payment obligations such as the payment obligation identified through the barcode and the payment amount is grasped. . And collect the price by receiving the payment from the user who brought the payment slip with the barcode printed, and stamp the receipt receipt 2910 that is configured to be separable from the payment slip Issued to the user after separating from the payment slip. Thereafter, the convenience store or the like remits the collected money to the franchisor (headquarters), storage agent, or business operator of the convenience store based on information such as the payment destination included in the barcode. By adopting the payment means, the user can make payments without going to the claimant's office, financial institution, etc., and without restrictions on time of day or day of the week. Patent Document 1 discloses a technique that employs the above-mentioned storage agent mechanism for paying insurance premiums.

JP 2004-62326 A

  Many businesses pay attention to the convenience of such storage agent technology, and use this technology as a payment method. For this reason, multiple users may use storage agents at convenience stores, etc. at the same time. For example, before a specific date and time (for example, the end of each month, 25th, etc.) Customers use the payment slips at the same time, and store staffs such as convenience stores are busy with paperwork such as the above-mentioned payment slip reading process and stamping the receipt, creating a queue at the cash register, etc. There was a situation that could lead to

  In order to solve the problems as described above, the present invention obtains one or more enforcement information identification information for identifying enforcement information indicating a user's performance obligation or / and beneficiary authority, and the enforcement information identification information. Generate one code information to identify the code, output the code information alone or together with other code information, and then acquire the code information that has already been enforced, and one or more enforcements identified by the enforced code information An integrated code issuing device that obtains the completed enforcement information identification information and outputs the enforced enforcement information identification information, and an optical display from the display that displays the optical reading code acquired based on the code information output from the aggregate code issuing device. Reads the reading code, obtains code information to be executed based on the optical reading code, and specifies the executed code information specified based on the acquired code information. Or / and propose such intensive electronic storage system including a store terminal that outputs enforcement already enforcement information identification information identified on the basis of the acquired code information.

  In accordance with the present invention mainly configured as described above, both the user and the enforcement window respond to the demand of multiple users who want to enforce the contents of multiple enforcement information at the same time at the enforcement window of the enforcement information. It becomes possible to respond without stress.

1 is a conceptual diagram of a centralized electronic storage system according to a first embodiment. The figure which shows an example of the functional block of the centralized electronic storage system of Embodiment 1. The figure which shows an example of enforcement information in the intensive type | mold electronic storage system of Embodiment 1, and enforcement information identification information acquisition The figure which shows an example of the correlation with enforcement information identification information and code | cord | chord information in the intensive type | mold electronic storage system of Embodiment 1. FIG. The figure for demonstrating an example of the code | cord | chord information generation for identifying the one enforcement information identification information in the intensive type | mold electronic storage system of Embodiment 1. FIG. The figure for demonstrating an example of the code | cord | chord information generation for identifying two or more enforcement information identification information in the intensive type | mold electronic storage system of Embodiment 1. FIG. The figure which shows an example of the correlation of the code information and the optical reading code in the intensive electronic storage system of Embodiment 1. Schematic which shows an example of a structure at the time of implement | achieving the functional structure of the aggregated code issuing apparatus which comprises the intensive type | mold electronic storage system of Embodiment 1 as hardware. Schematic which shows an example of a structure at the time of implement | achieving the functional structure of the shop terminal which comprises the intensive type | mold electronic storage system of Embodiment 1 as hardware. The figure which shows an example of the flow of a process in the intensive type electronic storage system of Embodiment 1. The figure which shows an example of the functional block of the intensive type | mold electronic storage system of Embodiment 2. FIG. Schematic which shows an example of a structure at the time of implement | achieving the functional structure of the store network management apparatus which comprises the intensive type | mold electronic storage system of Embodiment 2 or 3 as a hardware. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 2. FIG. The figure which shows an example of the functional block of the centralized electronic storage system of Embodiment 3. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 3. The figure which shows an example of the functional block of the intensive type | mold electronic storage system of Embodiment 4. Schematic which shows an example of a structure at the time of implement | achieving the functional structure of the provider server apparatus which comprises the intensive type | mold electronic storage system of Embodiment 4 as hardware. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 4. The figure which shows an example of the functional block of the intensive type | mold electronic storage system of Embodiment 5. Schematic which shows an example of a structure at the time of implement | achieving the functional structure of the storage agent server apparatus which comprises the intensive type | mold electronic storage system of Embodiment 5 as hardware. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 5. The figure which shows an example of the functional block of the intensive type | mold electronic storage system of Embodiment 6. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 6. The figure which shows an example of the functional block of the intensive type electronic storage system of Embodiment 7. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 7. The figure which shows an example of the continuation of the flow of the process in the intensive type | mold electronic storage system of Embodiment 7. The figure which shows an example of the functional block of the intensive type | mold electronic storage system of Embodiment 8. The figure which shows an example of the flow of a process in the intensive type | mold electronic storage system of Embodiment 8. The figure which shows an example of the optical reading code displayed on a display in the collective electronic storage system of Embodiment 1. The figure which shows an example of the payment slip with the barcode issued under the prior art The conceptual diagram which showed the outline | summary of Example 1 Conceptual diagram showing an outline of the second embodiment Conceptual diagram showing an outline of the third embodiment Conceptual diagram showing an outline of the fourth embodiment Conceptual diagram showing an outline of the fifth embodiment Conceptual diagram showing an outline of the sixth embodiment Conceptual diagram showing an overview of Example 7 Conceptual diagram showing an overview of Example 8 Conceptual diagram showing an outline of the ninth embodiment Conceptual diagram showing an outline of the tenth embodiment Conceptual diagram showing an outline of Example 11 Conceptual diagram showing an outline of Example 12 Conceptual diagram showing an outline of Example 13 Conceptual diagram showing an outline of Example 14 Schematic diagram showing the outline of Example 15 Conceptual diagram showing an overview of Example 16

  Embodiments of the present invention will be described below with reference to the drawings. The mutual relationship between the embodiment and the claims is as follows. First, the first embodiment mainly corresponds to claims 1, 4, 10, and 13. The second embodiment mainly corresponds to claims 2 and 11 and the like. The third embodiment corresponds to claims 3 and 12. The fourth embodiment corresponds to claims 5 and 14 and the like. The fifth embodiment corresponds to claims 6 and 15. The sixth embodiment corresponds to claims 7 and 16 and the like. The seventh embodiment corresponds to claims 8 and 17. The eighth embodiment corresponds to claims 9 and 18 and the like. In addition, this invention is not limited to these embodiments at all, and can be implemented in various modes without departing from the scope of the invention.

<< Embodiment 1 >>
<Overview>
FIG. 1 is a conceptual diagram of the intensive electronic storage system of this embodiment. As shown in the figure, in the “aggregated code issuing device” 0110, a person who imposes performance obligations such as “Raku-Raku mail order” 0120 and “Yamato Electric Power” 0130, and “Alpha-Cola” 0090 has a beneficiary authority. "Enforcement information identification" to identify enforcement information that represents the user's obligation to pay for cash or the right to receive cash back from one or more of the persons to be granted (sometimes collectively referred to as "businesses") The information “0170, 0180, 0190 is acquired, and is integrated as code information based on the plurality of enforcement information identification information, and one“ barcode ”0140 is generated. In this case, it is usually possible to grasp the specific contents of enforcement information such as rights and obligations specified by each enforcement information identification information from the barcode, but for example only the payment amount, There may be a case where only part of the enforcement information can be grasped. The example shown in FIG. 1 is an example in which the code information is generated so that the total amount of the payment fee can be grasped from the generated code information, but the specific contents of each duty cannot be grasped. . The barcode is output to a portable terminal such as “smart phone” 0150 managed by the user and displayed as an optical reading code on the display of the portable terminal.

  At the store terminal of “Convenience Store” 0160, which is the enforcement window for the contents of the enforcement information, the optical reading code is read by a device such as a barcode reader, and the code information is acquired according to the reading result, and the code information is Based on the authority, such as acceptance processing of fulfillment of obligations represented by enforcement information such as payment of payment from the user or / and cashback, etc. is executed. In this case, in the terminal managed by the convenience store, the received code information or the enforcement information identification information identified based on the code information is used as the aggregated code issuing device or other information as the enforced code information or / and the enforced enforcement information identification information. Output to equipment. As the “other devices” here, a store network management device, a company server device, a storage agent server device, etc., which will be described in detail later, can be considered.

  In the aggregated code issuing device, the enforcement information identification information related to the enforcement code information, which is related to the enforcement code information, is implemented as easy-to-use information identification information that includes payment to Yamato Electric Power. To the terminals managed by businesses such as Easy Mail Order and Yamato Electric, etc. Output. At this time, the enforcement information identification information may be output without being associated with the enforced code information. In the example shown in FIG. 1, the enforcement information identification information not particularly associated with the enforced code information is being output. Is shown.

<Functional configuration>
FIG. 2 is a diagram illustrating an example of functional blocks of the centralized electronic storage system of the present embodiment. As shown in this figure, the intensive electronic storage system of the present embodiment includes an “aggregate code issuing device” 0210 and a “store terminal” 0220, and the “aggregated code issuing device” 0210 includes “enforcement information identification”. “Information acquisition unit” 0211, “Code information generation unit” 0212, “Code information output unit” 0213, “Enforced code information acquisition unit” 0214, “Enforced enforcement information identification information acquisition unit” 0215, “ The “store terminal” 0220 includes a “reading unit” 0221, a “code information acquisition unit” 0222, and a “reading result output unit” 0223. In the centralized electronic storage system of this embodiment, the aggregate code issuing device is managed by an aggregate code issuer that is a business operator or a business operator that has received a request from a storage agent entrusted by the business operator. It can be considered that the storage agent itself manages it.

  Note that all of the function blocks of the aggregate code issuing device and the store terminal constituting the aggregated electronic storage system described below can be realized as hardware, software, or both hardware and software. Specifically, if a computer is used, a CPU, a main memory, a GPU, an image memory, a graphic board, a bus, or a secondary storage device (a storage medium such as a hard disk, a nonvolatile memory, a CD, a DVD, and the like) Media reading drive), input devices used for information input, touch panel, printers, scanner devices such as barcode readers, and other hardware components such as external peripheral devices, and interfaces and communications for the external peripheral devices Interface, a driver program for controlling the hardware, and other application programs. Then, by the arithmetic processing of the CPU in accordance with the program developed on the main memory, the data input from the input device or other interface etc. and held in the memory or hardware is processed and accumulated, or each of the hardware And commands for controlling the software are generated. Here, the program may be realized as a plurality of modularized programs, or may be realized as a single program by combining two or more programs.

  In addition, each device constituting the centralized electronic storage system of the present invention can be realized as a system in combination with one or a plurality of devices. A part of such an apparatus can be configured as software. Further, a recording medium on which such software is recorded is naturally included in the technical scope of the present invention (the same applies throughout the present specification, not limited to the present embodiment).

(Functional configuration of aggregate code issuing device)
The “enforcement information identification information acquisition unit” 0211 is configured to acquire one or more enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority. “User” is a user of the centralized electronic storage system of the present embodiment who is responsible for performance obligations and / or beneficiary authority, etc., and identifies a user ID or the like as used in FIG. Identified by information. As a specific example of a user's performance obligation, firstly, a payment obligation of money is conceivable. As illustrated in FIG. 1, a payment obligation of “1,800 yen”, a payment obligation of “13,000 yen”, etc. Can be mentioned. As an example of the enforcement information in this case, in addition to the above-mentioned payment amount, it may be information necessary for specifying a biller name, a billing cost item, a payment deadline, a payee financial institution account, and other performance obligations.

  Also, the beneficiary authority of “50 yen cashback” shown in FIG. 1 can also constitute enforcement information. Specific examples of the beneficiary authority include the authority to receive privileges (coupons, points) that can be used at the time of product purchase or service use, the authority to exchange with products / services using the above privileges, the authority to receive cashback, and the like. As the enforcement information in this case, discount start date / time, name of discounter, sales price, discount rate, cashback amount, cashback method, expiration date, and other information necessary for specifying the beneficiary authority can be considered.

  “Enforcement information identification information” is unique information associated with one enforcement information, and may be information such as an identification ID, for example. The enforcement information identification information may constitute a part of the enforcement information, or may be configured as Japanese notation indicating all or a part of the enforcement information. As described above, the enforcement information identification information is information for making it possible to grasp the contents of the duty and rights of the duty person and the beneficiary authority in the enforcement information. Therefore, as long as the uniqueness for enabling the grasp is ensured, it does not matter where the enforcement information identification information is generated.

  FIG. 3 is shown here. This figure is a diagram showing an example of enforcement information, enforcement information identification information, and enforcement information identification information acquisition in the centralized electronic storage system of the present embodiment, but in this figure, the usage identified by the user ID 0123456 It is shown that enforcement information related to a person's obligations and authority is associated with enforcement information identification information. Looking at the example shown in FIG. 1, the 1800 yen fee payment obligation for Raku-Raku mail order is identified by the enforcement information identification information which is the identification ID of “A0002”, and the 13,000 yen fee payment obligation for Yamato Electric is “ It is identified by enforcement information identification information which is an identification ID of “A0005”. In the example shown in FIG. 3, a state is shown in which second enforcement information identification information that is identification IDs “A0002” and “A0005” is acquired from the enforcement information identification information held in advance. Yes.

  “Obtain one or more enforcement information identification information” means that one or more enforcement information identification information is obtained from a plurality of operators, or one or more enforcement information is obtained from one operator, etc. This means that the identification information is acquired, and it is not obtained by associating two or more pieces of enforcement information identification information with one piece of enforcement information.

  The “code information generation unit” 0212 is configured to generate one code information for identifying one or more acquired enforcement information identification information. “Generate one code information for identifying one or more enforcement information identification information” means to generate unique code information associated with one enforcement information identification information, as well as two or more enforcement information identifications. This includes a case where one piece of unique code information is generated so that information can be associated together. As an example of “generating one unique code information so that two or more enforcement information identification information can be associated together” as an example here, the mail order price and the electric bill payment obligation in the example shown in FIG. In this way, it is conceivable that the enforcement information identification information for identifying two or more enforcement informations having the same type of obligation as a content is related together. In addition, as long as the nature permits, enforcement information identification information for identifying two or more enforcement information having the same kind of obligation and authority, such as payment obligation and cashback receipt authority, may be associated together. By adopting this configuration that combines the contents of multiple enforcement information into one code information through enforcement information identification information, it becomes possible to enforce the contents of multiple enforcement information at once using one code information .

  The generation mode of the code information is not particularly limited. Examples include simple numbers, alphabets, character codes based on ASCII, Unicode, or any other standard, one-dimensional codes such as barcodes, and two-dimensional codes such as QR codes (registered trademark). It is possible to do. In the case of the example described with reference to FIG. 3, when one piece of code information for identifying one piece of enforcement information identification information is generated, the enforcement information ID in FIG. 3 is “A0002”, “A0003”, or “B0002”. Like the enforcement information, the status column is changed from the previous “not generated” to “generated”.

  FIG. 4 is shown here. The figure shows the association between one or more enforcement information identification information illustrated in FIG. 3 and code information generated by an ASCII character code. For example, since the code information associated with the enforcement information identification information “A0001” has not yet been generated, “n / a” is indicated in the code information column. On the other hand, “6546165165065 4988798666” is shown as code information for identifying the enforcement information identification information “A0002”. Furthermore, “4568165044653 2954681324” is shown as code information for identifying the second enforcement information identification information “A0005” acquired in addition to “A0002”.

  The code information includes the date and time of generation of the code information, the expiration date of the code information to be generated, the name of the billing agent or storage agent, the name of the institution that can be handled (such as “Ailenven” and “Losan”), the storage agent fee ( Information that is not included in enforcement information or information that is not associated with enforcement information identification information, such as “200 yen excluding tax”) and the contents of the target product / service (“Mug present when paying”) can be added and associated. It is. By adopting this configuration, information management can be appropriately performed even when processing such as intervening parties other than the business operator and the user is performed.

  Specifically, the code information generation process is processed by a computer according to the order in which the enforcement information identification information is acquired according to a predetermined program and the content of the enforcement information identified by the enforcement information identification information. More specifically, they are generated in the order in which the date and time when the enforcement information identification information is acquired is early, the order in which the billing date is early, or the order in which the payment deadline is approaching. Moreover, you may perform selection of the enforcement information identification information at the time of producing | generating code information which identifies the timing which produces | generates code information, or two or more enforcement information identification information according to the selection request | requirement from a user.

  Here, FIG. 5 and FIG. 6 are shown and an example of the process which produces | generates code information according to the request | requirement from a user is demonstrated concretely. FIG. 5 shows a display of a portable terminal operated by the user specified by the user ID (ID: 0123456). The user operates a web browser and application software, inputs a user ID and password, and displays a list of enforcement information associated with the user on the display. The user can select one of the enforcement information. The user arbitrarily specifies one piece of enforcement information from the display, and requests the code information generation unit to generate code information for identifying the enforcement information identification information for identifying the specified enforcement information. . If the said structure is taken, the user can select the enforcement information which he wants to enforce instead of the order of an expiration date and a billing date, and can acquire postscript code information. Here, the display display of the mobile terminal is used as an example, but the terminal that performs the display need not be a mobile terminal, and may be a stationary terminal device.

  Next, a selection process of enforcement information identification information when generating code information that collectively identifies two or more enforcement information identification information will be described with reference to FIG. This figure shows an example of requesting generation of code information by a portable terminal similar to the example described with reference to FIG. Also in this figure, a list of enforcement information associated with the user whose user ID is 0123456 is displayed, and whether or not code information identifying enforcement information identification information for identifying each enforcement information is generated. The display is such that it can be determined whether or not the code information is output. The user arbitrarily specifies a plurality of enforcement information (for example, electricity bill payment and mail-order price payment) from the display, and code information for identifying the enforcement information identification information for identifying the specified plurality of enforcement information. You can request to generate. As a result of the request, one piece of code information for identifying the second enforcement information identification information is generated.

  Here, any combination of two or more pieces of enforcement information identification information identified together in association with one code information may be used. Specifically, it may be two or more enforcement information identification information for which code information has not yet been generated, but in a combination that partially includes enforcement information identification information associated with already generated code information. It may be present, or all the enforcement information identification information may be associated with already generated code information. When the combination including the enforcement information identification information associated with the already generated code information is taken, the code information generated and output before is generated when the code information generation processing based on the combination is performed. It is desirable that processing for invalidation is performed.

  Here, “the process of invalidating previously generated and outputted code information” specifically refers to a process of setting an invalidation flag for invalidating code information by receiving a predetermined signal. It is possible. On the other hand, it is also possible to allow a process to delete this invalidation flag, and by enabling this process, it is possible to eliminate a group of two or more enforcement information identification information once associated with one code information. For example, after generating code information linking two or more enforcement information identification information, `` I thought to fulfill the payment obligation at once, but there was a sudden expense, so only the payment of the mail order fee will be postponed until next week It becomes possible to respond flexibly and quickly to the emergency situation of the user such as “Let's do it”.

  The “code information output unit” 0213 is configured to output the generated code information alone or together with other code information. The output destination of the code information is considered to be a terminal managed by the user who enforces the contents of enforcement information using the code information, but in addition, a terminal managed by the operator receiving the enforcement, Alternatively, a store terminal that is a terminal managed by a store such as a convenience store serving as a window for accepting the use of code information by the user may be an output destination, or may be output to a plurality of these terminals. By adopting a configuration in which code information is directly output to the store terminal, for example, even when only the optical read code that is difficult to read on the user terminal can be displayed due to various circumstances, the code information is read from the code information at the store terminal. , And the optical reading code can be displayed and read. By the way, as a method of outputting code information to the store terminal, a method of bringing a portable terminal or a storage medium having a non-contact IC chip or IC tag storing code information in a housing close to a reader connected to the store terminal is considered. It is done. Further, the store terminal ID, which is its own terminal ID, is transmitted from the store terminal to the mobile terminal, and a request for transmitting predetermined code information from the mobile terminal that has received the ID to the store terminal specified by the store terminal ID. A method is also conceivable in which the code is output to the aggregate code issuing device and the code information is output from the aggregate code issuing device to the store terminal specified by the store terminal ID.

  In addition to the terminals listed so far, the code information output mode includes display output on a display, output to a printing device such as a printer, and a non-contact ID chip. The output may be a storage medium such as a tag such as an RFID chip. In the case of display output to a display, display output in the form of electronic paper using a display format corresponding to various displays such as liquid crystal or organic EL or an electrophoresis method may be considered. By adopting these configurations, it becomes possible to enforce the contents of enforcement information using code information output in various modes.

  The generated code information may be output every time it is generated, such as “output code information alone or together with other code information”, or a plurality of times each time a predetermined number is generated or at a predetermined timing. Code information may be output. That is, the output timing can be appropriately set from the same viewpoint as the code information generation timing already described.

  The “enforced code information acquisition unit” 0214 is configured to acquire enforced code information, which is already executed code information. “Enforced” means that the content of enforcement information identified by the enforcement information identification information identified by the code information has been enforced. More specifically, the code information is used. Meaning that the payment has been made (for example, payment has been made, cash back has been received, etc.). The enforced code information and the code information may have the same configuration or different configurations. When different configurations are used, a function or conversion table for associating the executed code information and the code information is held in advance.

  Specific examples of “obtaining enforced code information” include, for example, a configuration in which enforced code information is directly acquired from an external terminal such as a store terminal via a network, and has been enforced from an external terminal. Code information that can be associated with code information is received and information indicating that enforcement has been performed is received, and code information held in the aggregate code issuing device is executed code based on the received information and the function or conversion table A configuration for obtaining information is also conceivable. In the case of a configuration that acquires code information that has been enforced after receiving information indicating that enforcement has been performed, for example, an enforcement flag indicating that the code information has been enforced for code information that is held in advance The code information is acquired as the executed code information by performing a process such as setting By adopting a configuration that obtains the enforced code information from the reading result output unit of the store terminal in the aggregate code issuing device that is the code information generation source, it is possible to grasp the enforcement of the content of the enforcement information by the user more directly By adopting a configuration that obtains code information that has already been enforced after receiving information that the device has simply been enforced, the fact that it has been enforced in real time without the burden of communication. It becomes possible to grasp the fact.

  The “enforced enforcement information identification information acquisition unit” 0215 is configured to acquire enforced enforcement information identification information that is one or more enforcement information identification information identified by the acquired enforced code information. . Specifically, the enforcement information identification information identified by the enforcement code information acquired by the enforcement code information acquisition unit among the enforcement information identification information held by the aggregate code issuing device is the enforcement information. The structure acquired as identification information can be mentioned. As a specific aspect of “obtaining as enforced enforcement information identification information”, it is conceivable to perform a process of setting an enforced flag on the corresponding enforcement information identification information. By adopting these configurations, it is possible to make the fact that the content of the specific enforcement information is enforced into a state that can be recognized by the aggregate code issuing device.

  The “enforced enforcement information identification information output unit” 0216 is configured to output the acquired enforced enforcement information identification information in association with or without association with the enforced code information generated to identify the information. . As a specific output destination, it is considered that it is various terminals such as a store terminal that is the output destination of the enforced code information. By outputting the enforced enforcement information identification information to these terminals, the store terminal etc. It is possible to grasp what kind of enforcement information identification information the enforced code information output by itself is associated with. In the centralized electronic storage system of this embodiment, one code information can be generated in association with two or more pieces of enforcement information identification information. By taking this configuration, the store terminal accepts itself as a window. It is possible to grasp the specific contents of the enforcement after the fact, not at the time of the enforcement reception, which tends to be complicated.

  Moreover, as an output destination of enforced enforcement information identification information other than a store terminal etc., a terminal managed by a business operator or a terminal managed by a person (such as a storage agent) who acts as a proxy for receiving enforcement content from the business operator Etc. are also conceivable. When these terminals are output destinations, the process of associating and executing the executed code information is not particularly necessary. If the said structure is taken, it will become possible to notify an operator etc. quickly about the enforcement status of the enforcement information identified by enforcement information identification information. It should be noted that the output destination of the enforced enforcement information identification information need not be limited to one of these terminals, and may be output to a plurality of terminals simultaneously or at different timings.

(Functional configuration of store terminal)
As a specific example of the “store terminal” 0220, a POS cash register managed at a store serving as an enforcement window for the contents of enforcement information by the user, such as a convenience store, can be considered. When one store manages a plurality of POS cash registers etc., all of the POS cash registers can be used as store terminals, and the store is a device that manages the POS cash registers in the store via the network. The management device may be a store terminal.

  The “reading unit” 0221 is configured to read the optical reading code from a display that displays the optical reading code acquired based on the code information output from the code information output unit of the aggregate code issuing device. The “optical reading code” is a code configured to be readable by various optical reading devices such as a code reader and a scanner. The type and standard of the optical reading code are associated with the code information by the code reading device described later. As long as it can be recognized, it may be set appropriately. Specifically, it may be a character code that can be read by an optical reading reader or a bar code expressed in one or two dimensions.

  Specifically, the “optical reading code acquired based on the code information output from the code information output unit of the aggregate code issuing device” specifically refers to the user who has received the code information output from the code information output unit. This is an optical reading code generated or acquired by a terminal device to be managed (for example, a mobile terminal such as a mobile phone, a smartphone, or a mobile game terminal).

  Here, an example of optical reading code acquisition will be described with reference to FIG. A plurality of pieces of code information are described in the left column of the figure, and optical reading codes acquired corresponding to the respective pieces are described in the right column. What kind of optical reading code is acquired based on what kind of code information may be arbitrarily determined. For example, as shown in the figure, the code information is represented by a character code “123”. The character code “123” may be used as an optical reading code as it is, or a character code (for example, “12345”) generated by adding and subtracting a predetermined value to the value represented by the character code, A character code (for example, “1004596”) that is a value determined based on the above rule may be used as the optical reading code. When the code information is a barcode, a new barcode having a different configuration from that of the barcode may be used as the optical reading code, or a barcode having the same configuration may be used as the optical reading code. Furthermore, it is conceivable that the optical reading code is generated in a mode different from the code information, and the bar code may be generated from the character code (for example, “123”) shown in FIG. The relationship between these optical reading codes and code information is not limited to terminals managed by users by a predetermined method such as pre-holding corresponding tables, but also to store terminals, aggregate code issuing devices, etc. It is desirable to be able to grasp.

  The “display displaying the optical reading code” can be considered to be a display of various terminals already managed by the user, and the optical reading code is displayed on the display by a predetermined operation by the user. Specifically, “reading an optical reading code from a display” specifically refers to a predetermined position on the display using a hand scanner, a CCD camera, or other code reader corresponding to the type or standard to which the optical reading code complies. Whether or not an optical reading code exists is determined, and when the presence is recognized, reading processing is performed. “Whether or not an optical reading code exists” may be appropriately set according to the standard, color, output form, etc. of the optical reading code. For example, in the case of a one-dimensional barcode or a two-dimensional barcode, a predetermined area is used. The presence of the optical reading code is recognized according to the arrangement position and interval of a plurality of white and color ground lines or points, and the thickness and size of the lines or points.

  FIG. 28 is shown here. The figure shows an example of displaying an optical reading code acquired based on the code information output from the aggregated code issuing device of the present embodiment. In the figure, the display on the liquid crystal display of the “user terminal” 2801 is used as an example, and the “optical reading code” 2802 is a one-dimensional barcode, and the one-dimensional barcode is displayed at the center of the display. The situation is shown. Display output may be performed so that the total cost amount collected, the number of collected code information, and the breakdown thereof can be understood.

  In addition, you may employ | adopt the structure which displays an optical reading code on the display provided in the shop terminal. By adopting this configuration, for example, even when only an optical reading code that is difficult to read on the user's terminal can be displayed due to various circumstances, the optical reading code can be displayed and output at the store terminal. . A specific method for displaying the optical reading code on the store terminal is the same as the description for displaying the optical reading code described in the explanation of the code information output unit.

  The “code information acquisition unit” 0222 is configured to acquire code information to be executed based on the read optical reading code. “Code information to be enforced based on an optical reading code” is usually code information associated with enforcement information identification information for identifying enforcement information that the user desires to enforce. By acquiring such code information as “enforced code information”, it becomes possible to accept payment of a price from the user using the store terminal or to perform cash back to the user.

  As a specific method for acquiring code information, for example, a function used for acquiring an optical reading code is acquired in advance, and the read optical reading code is expressed using an inverse function of the function. A method of acquiring code information can be considered.

  The “read result output unit” 0223 is configured to output enforced code information identified based on the acquired code information and / or enforced enforcement information identification information identified based on the acquired code information. Yes. “Enforced code information specified based on acquired code information” is code information used when the content of enforcement information is enforced, and is code information obtained by the code information obtaining unit It is. Enforced code information can be obtained from the aggregate code issuing device as the output destination of the enforced code information, and the content of the enforcement information identified by the enforcement information identification information associated with the specific code information by taking this configuration It becomes possible to notify the fact that has been enforced.

  In addition, the enforcement code that is identified based on the acquired code information is configured to receive the enforcement information information that has been enforced from the enforcement information identification information output unit of the enforcement code that has received such notification. It is also possible to output enforcement information identification information. The output destination of the enforced enforcement information identification information in this case may be a terminal managed by a business operator or its storage agent. If the said structure is taken, it will become possible to notify the provider of the fact of the said reception directly from the store which received the enforcement of the content of enforcement information.

<Specific configuration>
(Specific configuration of the aggregate code issuing device)
FIG. 8 is a schematic diagram illustrating an example of a configuration when the functional configuration of the aggregated code issuing device configuring the aggregated electronic storage system of the present embodiment is realized as hardware. As shown in this figure, the aggregated code issuing device according to the present embodiment includes “CPU” 0801, “storage device (storage medium)” 0802, “main memory” 0803, and “ Output interface ”0804,“ input interface ”0805, and“ internet communication interface ”0806, and the external peripheral devices such as“ keyboard ”0807 and“ display ”0808 via the input / output interface. Send and receive. In addition, information is transmitted / received to / from “provider server device” 0870, which is a terminal managed by the operator, “user terminal” 0880, “store terminal” 0890, etc. . Regardless of whether the Internet communication interface is in a wired or wireless manner, the aggregated code issuing device of the aggregated electronic storage system of the present embodiment can be provided in a so-called cloud computing format. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as “system bus” 0809 to transmit / receive information and process information.

(Specific processing of the enforcement information identification information acquisition unit)
The CPU reads “execution information identification information acquisition program” 0810 from the storage device into the main memory and executes it, and executes the execution information indicating the performance obligation or / and the beneficiary authority of a predetermined user from a terminal or the like managed by the operator. The enforcement information identification information to be identified is acquired in association with the user and stored at a predetermined address in the main memory.

(Specific processing of the code information generator)
The CPU reads one or more enforcement information identification information obtained by executing the enforcement information identification information acquisition program from the storage device and reads and executes the “code information generation program” 0820 to the main memory. One code information for identifying the identification information is generated and stored in a predetermined address of the main memory.

(Specific processing of the code information output unit)
The CPU reads out the code information obtained by executing the code information generation program from the storage device, reads out and executes the “code information output program” 0830 to the main memory, and executes a terminal for managing the read code information by the user, A process of outputting to a terminal managed by a business operator or a terminal managed by a store such as a convenience store serving as a window for accepting use of code information by a user is performed.

(Specific processing of the enforced code information acquisition unit)
The CPU reads the “enforced code information acquisition program” 0840 from the storage device into the main memory and executes it, acquires the enforced code information, which is already executed code information, and stores it at a predetermined address in the main memory. As an acquisition mode of the enforced code information, in addition to the configuration for receiving and obtaining the enforced code information output from the store terminal by executing the “reading result acquisition subprogram”, predetermined code information from the store terminal or the like Any configuration may be employed in which information indicating that enforcement has been performed is received, and predetermined code information stored based on the information is acquired as enforcement code information.

(Specific processing of the enforced enforcement information identification information acquisition unit)
The CPU reads out the enforced code information obtained by executing the enforced code information acquisition program from the storage device, reads out and executes the “enforced enforcement information identification information acquisition program” 0850 to the main memory, and executes the acquired enforced code information. Enforced enforcement information identification information, which is one or more enforcement information identification information identified by the code information, is acquired and stored in a predetermined address of the main memory.

(Specific processing of the enforced enforcement information identification information output unit)
The CPU reads the enforced enforcement information identification information obtained by the execution of the enforced enforcement information identification information acquisition program from the storage device and reads and executes the “enforced enforcement information identification information output program” 0860 to the main memory, Associating the read enforced enforcement information identification information with the enforced code information generated to identify it, the store terminal, the terminal managed by the business operator, and the storage that performs the acceptance of the enforcement content from the business operator A process of outputting to a terminal managed by an agent or the like is performed.

(Specific configuration of store terminal)
FIG. 9 is a schematic diagram illustrating an example of a configuration when the functional configuration of the store terminal configuring the centralized electronic storage system of the present embodiment is realized as hardware. As shown in this figure, the store terminal according to the present embodiment includes a “CPU” 0901, a “storage device (storage medium)” 0902, a “main memory” 0903, and an “output interface” for executing various arithmetic processes. "0904", "input interface" 0905, and "Internet communication interface" 0806, and devices such as "optical reading code scanner" 0907, "display" 0908, and "touch panel" 0909 are provided via an input / output interface. And send / receive information to / from external peripheral devices such as “POS cash register” 0990. Of course, the store terminal may have a function as a POS register. In addition, information is transmitted / received to / from the “aggregated code issuing device” 0970 and the “provider terminal” 0980 via the Internet communication interface. The specific mode of the Internet communication interface may be either wired or wireless. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as “system bus” 0999, and perform transmission / reception and processing of information.

(Specific processing of the reading unit)
The CPU reads the “reading program” 0910 from the storage device into the main memory and executes it, and displays the optical reading code acquired based on the code information output by executing the code information output program of the aggregate code issuing device. Processing for reading the optical reading code from the display is performed, and the processing result is stored at a predetermined address in the main memory.

(Specific processing of the code information acquisition unit)
The CPU reads information obtained by executing the reading program from the storage device and reads and executes the “code information acquisition program” 0920 to the main memory to acquire code information to be executed based on the read optical reading code. And stored in a predetermined address of the main memory.

(Specific processing of the reading result output unit)
The CPU reads out the code information obtained by executing the code information acquisition program from the storage device, reads out and executes the “read result output program” 0930 to the main memory, and executes the executed code information specified based on the code information. Alternatively, a process of outputting the enforcement enforcement information identification information identified based on the code information to a store terminal or a terminal managed by the business operator is performed.

<Specific processing flow>
FIG. 10 is a diagram illustrating an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S1001, enforcement information identification information for identifying enforcement information representing a user's performance obligation and / or beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S1002, a process for determining whether or not to generate code information for identifying the enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result is that it is generated, the process in step S1003 is performed. Transition. If it is determined that the information is not to be generated, the process returns to step S1001 to further obtain enforcement information identification information. In step S1003, one piece of code information for identifying one or more enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step), and in step S1004, the code generated by the aggregate code issuing device. Information is output alone or together with other code information (code information output step).

  In step S1005, it is determined whether or not the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If the determination result is readable, the optical reading code is read in step S1006 (reading step). If the reading is impossible, the processing in step S1005 is continued until a determination result that reading is possible is obtained. In step S1007, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined whether or not enforcement related to the code information is accepted in step S1008. If it is a determination result that it has been accepted, the process proceeds to step S1009, and if it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S1009, the enforced code information identified based on the code information acquired at the store terminal and / or the enforced enforcement information identification information identified based on the acquired code information are output (reading result output step). .

  In step S1010, the enforcement code information is acquired by the aggregate code issuing device (enforcement code information acquisition step), and in step S1011, one or more enforcement information identification information identified by the acquired enforcement code information. The enforced enforcement information identification information is acquired (enforced enforcement information identification information acquisition step). Thereafter, in step S1012, the acquired enforced enforcement information identification information is output in association with the enforced code information generated to identify it (enforced enforcement information identification information output step). Note that in step S1010, it is also possible to take a configuration in which the enforced code information output from the reading result output unit of the store terminal is acquired (reading result output substep).

<Effect>
The centralized electronic storage system with this configuration makes it possible to respond without stress to the demands of multiple users who want to enforce the contents of multiple enforcement information at the same time at the enforcement window. .

<< Embodiment 2 >>
<Overview>
The centralized electronic storage system of the present embodiment is basically the same as the centralized electronic storage system of the first embodiment, but the executed code information or / and acquisition output from the read result output units of a plurality of store terminals It is characterized in that it further includes a store network management device having a function of acquiring the enforced enforcement information identification information identified based on the code information. By adopting this configuration, when a person who configures a store network consisting of multiple stores, such as a convenience store, serves as a window and accepts enforcement from the user, the enforcement information identification information that has been enforced separately for the operator Can be eliminated.

<Functional configuration>
FIG. 11 is a diagram illustrating an example of functional blocks of the intensive electronic storage system according to the present embodiment. As shown in this figure, the centralized electronic storage system of this embodiment includes an “aggregate code issuing device” 1110, a “store terminal” 1120, and a “store network management device” 1130. The “device” 1110 includes an “enforcement information identification information acquisition unit” 1111, a “code information generation unit” 1112, a “code information output unit” 1113, an “enforced code information acquisition unit” 1114, and an “enforcement enforcement information” “Identification information acquisition unit” 1115 and “Enforced enforcement information identification information output unit” 1116, “Store terminal” 1120 includes “Reading unit” 1121, “Code information acquisition unit” 1122, “Read result” The “shop network management device” 1130 includes an “aggregation acquisition unit” 1131. Since the basic configuration is the same as that of the centralized electronic storage system described with reference to FIG. 2 of the first embodiment, the function of the “aggregate acquisition unit” 1131 of the “store network management apparatus” 1130 which is a difference will be described below. To do.

  The “aggregate acquisition unit” 1131 is configured to acquire enforced code information output from read result output units of a plurality of store terminals and / or enforced enforcement information identification information identified based on the acquired code information. Has been. Specifically, as already mentioned, the store that manages the store terminal is a convenience store, and the terminal managed by the operator that is the franchisor of the convenience store is a store network management device. However, the term “plurality of store terminals” in the aggregation acquisition unit refers to store terminals managed by each convenience store. More specifically, it is conceivable to obtain enforced code information or / and enforced enforcement information identification information from a plurality of stores together with a store ID assigned to each store. By adopting this configuration, it becomes possible to collect the enforced code information and enforced enforcement information identification information in a certain number and then output it to each terminal, so reception that tends to be complicated on the side receiving each information It becomes possible to reduce the processing burden. In addition, as the output destination of each information here, the output destination of the enforced enforcement information identification information is a terminal managed by the business operator or its agent, or the aggregated code is issued as the output destination of the enforced code information It may be an enforced code acquisition unit of the device.

<Specific configuration>
(Specific configuration of aggregate code issuing device and store terminal)
The functional configuration of the aggregate code issuing device and the store terminal constituting the centralized electronic storage system of the present embodiment is basically the same as the functional configuration of the aggregate code issuing device and the store terminal described in the first embodiment. It is.

(Specific configuration of store network management device)
FIG. 12 is a schematic diagram illustrating an example of a configuration when the functional configuration of the store network management device that configures the centralized electronic storage system of the present embodiment or a third embodiment described later is realized as hardware. As shown in this figure, the store network management apparatus of the present embodiment includes a “CPU” 1201, “storage device (storage medium)” 1202, “main memory” 1203, and “ An “output interface” 1204, an “input interface” 1205, and an “Internet communication interface” 1206, and send / receive information to / from devices such as a “keyboard” 1207 and a “display” 1208 via the input / output interface. Do. In addition, information is transmitted / received to / from “shop terminals” 1250, 1260, 1270, “business server device” 1280, “aggregated code issuing device” 1290, and the like via the Internet communication interface. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as a “system bus” 1209 to transmit / receive information and process information.

(Specific processing of the aggregate acquisition unit)
The CPU reads the “aggregate acquisition program” 1210 from the storage device to the main memory and executes it, acquires the enforced code information or / and the enforced enforcement information identification information output from the plurality of store terminals, Store at the address of.

<Process flow>
FIG. 13 is a diagram illustrating an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S1301, enforcement information identification information for identifying enforcement information indicating a user's performance obligation or / and beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S1302, a process for determining whether or not to generate code information for identifying enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result indicates that the code information is to be generated, the process proceeds to step S1303. Transition. If it is determined that the information is not to be generated, the process returns to step S1301 to obtain enforcement information identification information. In step S1303, one piece of code information for identifying one or more enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step), and in step S1304, the code generated by the aggregate code issuing device. Information is output alone or together with other code information (code information output step).

  In step S1305, it is determined whether or not the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If the determination result is readable, the optical reading code is read in step S1306 (reading step). If it is not readable, the process of step S1305 is continued until it is determined that reading is possible. In step S1307, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and in step S1308, it is determined whether or not the enforcement associated with the code information has been accepted. If it is a determination result that it has been accepted, the process proceeds to step S1309, and if it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S1309, the enforced code information identified based on the code information acquired at the store terminal and / or the enforced enforcement information identification information identified based on the acquired code information are output (reading result output step). .

  In step S1310, the enforced enforcement information identification information identified based on the enforced code information output in the reading result output step and / or the acquired code information is acquired in the store network management device (aggregation step). . It should be noted that the aggregation step and each step in the aggregation code issuing device described below are not related to the flow of processing. That is, the aggregation step may be executed after the processing of step S1311 and subsequent steps.

  In step S1311, enforcement code information is acquired by the aggregate code issuing device (enforcement code information acquisition step), and in step S1312, one or more enforcement information identification information identified by the acquired enforcement code information. The enforced enforcement information identification information is acquired (enforced enforcement information identification information acquisition step). Thereafter, in step S1313, the acquired enforced enforcement information identification information is output in association with the enforced code information generated to identify it (enforced enforcement information identification information output step).

<Effect>
With the integrated electronic storage system having the above configuration, it is possible to eliminate the complexity of transmitting the enforced enforcement information identification information to the business operator.

<< Embodiment 3 >>
<Overview>
The centralized electronic storage system of the present embodiment is basically the same as the centralized electronic storage system of the second embodiment, but the store network management device further includes an enforced enforcement information identification information output unit of the aggregated code issuing device. The enforced enforcement information identification information that is output is acquired in association with the enforced code information that identifies them, and the acquired enforced enforcement information identification information is output. By adopting such a configuration, it is possible to avoid the occurrence of a situation in which the enforcement information identification information that has already been enforced is transmitted to each business operator in the May rain type and the smooth reception process is hindered.

  FIG. 14 is a diagram illustrating an example of functional blocks of the intensive electronic storage system according to the present embodiment. As shown in this figure, the centralized electronic storage system according to the present embodiment includes an “aggregate code issuing device” 1410, a “store terminal” 1420, and a “store network management device” 1430. The “device” 1410 includes “enforcement information identification information” 1411, “code information generation unit” 1412, “code information output unit” 1413, “enforced code information acquisition unit” 1414, and “enforced enforcement information identification information” The “store terminal” 1420 includes a “reading unit” 1421, a “code information acquisition unit” 1422, and a “read result output unit”. 1423, “shop network management device” 1430, “aggregation acquisition unit” 1431, “second enforcement information identification information acquisition unit” 1432, and “second enforcement information identification information output unit” Has a 1433, a. Since the basic configuration is the same as the centralized electronic storage system described with reference to FIG. 11 of the second embodiment, the “second enforcement information identification information acquisition unit” of the “shop network management device” 30, which is a difference, will be described below. 1432 and the function of the “second enforcement information identification information output unit” 1433 will be described.

  The “second enforcement information identification information acquiring unit” 1432 acquires the enforced enforcement information identification information output from the enforced enforcement information identification information output unit of the aggregate code issuing device in association with the enforced code information for identifying them. It is configured as follows. In particular, when the code information is associated with two or more pieces of enforcement information identification information, even if the enforcement is accepted based on the code information, the breakdown of the enforcement details cannot be grasped at the store. Therefore, once the enforced code information acquired by the aggregation acquisition unit is output to the aggregate code issuing device, the output of the enforced enforcement information identification information can be accepted according to the output contents. And by acquiring this enforced enforcement information identification information, it becomes possible to grasp the specific contents or breakdown of the enforcement accepted at the store side for the first time.

  The “second enforcement information identification information output unit” 1433 is configured to output the acquired enforcement information identification information. The output destination may be a terminal managed by the business operator or its agent, and by adopting this configuration, the business operator side uses multiple services from the store side that has actually accepted the enforcement. It becomes possible to acquire a large amount of enforced enforcement information from a person with a smaller number of communications.

<Specific configuration>
(Specific configuration of aggregate code issuing device and store terminal)
The functional configuration of the aggregate code issuing device and the store terminal constituting the centralized electronic storage system of the present embodiment is basically the same as the functional configuration of the aggregate code issuing device and the store terminal described in the first embodiment. It is.

(Specific configuration of store network management device)
The hardware configuration of the store network management apparatus constituting the centralized electronic storage system of the present embodiment is basically the same as the hardware configuration of the store network management apparatus of the second embodiment described with reference to FIG. Therefore, hereinafter, specific processing of the “second enforcement information identification information acquisition unit” and the “second enforcement information identification information output unit” that have not been described in the second embodiment will be described.

(Specific processing of the second enforcement information identification information acquisition unit)
The CPU reads and executes the “second enforcement information identification information acquisition program” 1220 from the storage device to the main memory, executes the enforcement information identification information output from the aggregate code issuing device, Acquired in association, and stores it at a predetermined address in the main memory.

(Specific processing of the second enforcement information identification information output unit)
The CPU reads out the enforced enforcement information identification information obtained by executing the second enforced enforcement information identification information acquisition program from the storage device, and reads out and executes the “second enforcement information identification information output program” 1230 to the main memory. Then, a process of outputting the read-out enforced enforcement information identification information to a terminal managed by a business operator or its agent is performed.

<Process flow>
FIG. 15 is a diagram illustrating an example of a processing flow of the intensive electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S1501, enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S1502, a process for determining whether or not to generate code information for identifying enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result is that it is generated, the process in step S1503 is performed. Transition. If it is determined that the information is not to be generated, the process returns to the process of step S1501 to further obtain enforcement information identification information. In step S1503, one code information for identifying one or more enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step), and in step S1504, the code generated by the aggregate code issuing device. Information is output alone or together with other code information (code information output step).

  In step S1505, it is determined whether or not the optical reading code can be read from the display on which the optical reading code acquired based on the code information output based on the code information output step at the shop terminal is displayed. If the determination result is readable, the optical reading code is read in step S1506 (reading step). If the reading is impossible, the processing in step S1505 is continued until a determination result that reading is possible is obtained. In step S1507, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined whether or not enforcement related to the code information is accepted in step S1508. If it is a determination result that it has been accepted, the process proceeds to step S1509, and if it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S1509, the enforced code information identified based on the code information acquired at the store terminal and / or the enforced enforcement information identification information identified based on the acquired code information are output (reading result output step). .

  In step S1510, the enforced enforcement information identification information identified based on the enforced code information output in the reading result output step and / or the acquired code information is acquired in the store network management device (aggregate acquisition step). ).

  In step S1511, enforcement code information is acquired by the aggregate code issuing device (enforcement code information acquisition step), and in step S1512, one or more enforcement information identification information identified by the acquired enforcement code information. The enforced enforcement information identification information is acquired (enforced enforcement information identification information acquisition step). Thereafter, in step S1513, the acquired enforced enforcement information identification information is output in association with the enforced code information generated to identify it (enforced enforcement information identification information output step).

  In step S1514, the enforced enforcement information identification information output from the aggregated code issuing device in the enforced enforcement information identification information output step in the store network management device is acquired (second enforced enforcement information identification information acquisition step), In S1515, it is acquired in step S1514 in the same store network management device and enforced enforcement information identification information is output (second enforced enforcement information output step).

<Effect>
With the centralized electronic storage system having the above-described configuration, it is possible to transmit the enforcement information identification information that has already been enforced to each business operator in a rainy season manner, and to avoid the occurrence of a situation that hinders the smooth reception process.

<< Embodiment 4 >>
<Overview>
The centralized electronic storage system of this embodiment is basically the same as the centralized electronic storage system of any one of the first to third embodiments, but enforcement information indicating the performance obligation or / and the beneficiary authority of the user. It is characterized in that it further has an operator server device having a function of outputting enforcement information identification information for identifying the enforcement information and acquiring enforced enforcement information identification information for identifying the enforced enforcement information. With this configuration, since the enforcement information is managed by the business operator and only the enforcement information identification information is used for enforcement, it is possible to reduce the risk that the enforcement information is unnecessarily leaked.

  FIG. 16 is a diagram illustrating an example of functional blocks of the centralized electronic storage system according to the present embodiment. As shown in this figure, the centralized electronic storage system of this embodiment includes an “aggregate code issuing device” 1610, a “store terminal” 1620, and an “enterprise server device” 1630. "Device" 1610 includes "enforcement information identification information" 1611, "code information generation unit" 1612, "code information output unit" 1613, "enforced code information acquisition unit" 1614, and "enforced enforcement information identification information" The “store unit” 1620 includes a “reading unit” 1621, a “code information acquisition unit” 1622, and a “read result output unit”. The “provider server device” 1630 includes a “provider output unit” 1631 and a “provider acquisition unit” 1632. Since the basic configuration is the same as that of the centralized electronic storage system described with reference to FIG. 2 of the first embodiment, the “provider output unit” 1631 and “business” of the “provider server device” 1630 which are the differences are described below. The function of “person acquisition unit” 1632 will be described.

  The “enterprise output unit” 1631 is configured to output enforcement information identification information for identifying enforcement information representing a performance obligation or / and beneficiary authority of the user. Specifically, enforcement information identification information that can be associated with individual enforcement information is generated based on a predetermined rule, and only the enforcement information identification information is associated with the user and output. If the said structure is taken, even if enforcement information identification information leaks to a third party, it can avoid grasping | ascertaining the content of enforcement information itself. Further, when the amount of enforcement information is large, it is possible to reduce the burden of output processing by outputting enforcement information identification information.

  The “company acquisition unit” 1632 is configured to acquire enforced enforcement information identification information that identifies enforced enforcement information. Specifically, the enforced enforcement information identification information output from the enforced enforcement information output unit of the aggregate code issuing device or the second enforced enforcement information identification information output unit of the store network management device is acquired, and the predetermined Enforced enforcement information is identified from the enforced enforcement information identification information acquired based on the rules. By adopting this configuration, it becomes possible to grasp that the enforcement information has been implemented without outputting the enforcement information itself.

<Specific configuration>
(Specific configuration of aggregate code issuing device and store terminal)
The functional configuration of the aggregate code issuing device and the store terminal constituting the centralized electronic storage system of the present embodiment is basically the same as the functional configuration of the aggregate code issuing device and the store terminal described in the first embodiment. It is.

(Specific configuration of the operator server device)
FIG. 17 is a schematic diagram illustrating an example of a configuration when the functional configuration of the provider server apparatus that configures the centralized electronic storage system of the present embodiment is realized as hardware. As shown in this figure, the provider server device of this embodiment includes a “CPU” 1701, “storage device (storage medium)” 1702, “main memory” 1703, “ An “output interface” 1704, an “input interface” 1705, and an “Internet communication interface” 1706, and exchange information with devices such as a “keyboard” 1707 and a “display” 1708 via the input / output interface. Do. In addition, information is transmitted / received to / from the “aggregated code issuing device” 1790 via the Internet communication interface. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other through a data communication path such as a “system bus” 1709 to transmit / receive information and process information.

(Specific processing of the company output department)
The CPU reads the “business operator output program” 1710 from the storage device into the main memory and executes it, and associates the enforcement information identification information for identifying the enforcement information indicating the performance obligation or / and the beneficiary authority of the user with the user. Process to output.

(Specific processing of the business acquisition department)
The CPU reads the “business operator acquisition program” 1720 from the storage device and executes it, acquires the enforced enforcement information identification information for identifying the enforced enforcement information, and stores it at a predetermined address in the main memory. To do.

<Process flow>
FIG. 18 is a diagram showing an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S1801, enforcement information identification information for identifying enforcement information indicating a user's performance obligation or / and beneficiary authority is output by the provider server device (provider output step).

  Thereafter, in step S1802, enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S1803, a process for determining whether or not to generate code information for identifying enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result is that it is generated, the process in step S1804 is performed. Transition. If it is determined that the information is not to be generated, the process returns to step S1802 to further obtain enforcement information identification information. In step S1804, one piece of code information for identifying one or more enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step), and in step S1805, the code generated by the aggregate code issuing device. Information is output alone or together with other code information (code information output step).

  In step S1806, it is determined whether or not the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If the determination result is readable, the optical reading code is read in step S1807 (reading step). If it is not readable, the process of step S1807 is continued until it is determined that reading is possible. In step S1808, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined in step S1809 whether the enforcement associated with the code information has been accepted. If it is a determination result that it has been accepted, the process proceeds to step S1810, and if it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S1810, the enforced code information identified based on the code information acquired at the store terminal and / or the enforced enforcement information identification information identified based on the acquired code information are output (reading result output step). .

  In step S1811, the enforcement code information is acquired by the aggregate code issuing device (enforcement code information acquisition step), and in step S1812, one or more enforcement information identification information identified by the acquired enforcement code information. The enforced enforcement information identification information is acquired (enforced enforcement information identification information acquisition step). In step S1813, the acquired enforced enforcement information identification information is output in association with the enforced code information generated to identify it (enforced enforcement information identification information output unit).

  Thereafter, in step S1814, the operator server device acquires the enforced enforcement information identification information to identify the enforced enforcement information (provider acquisition step).

<Effect>
With the centralized electronic storage system having the above configuration, the enforcement information is managed by the operator and only the enforcement information identification information is used for enforcement. Therefore, it is possible to reduce the risk that the enforcement information is unnecessarily leaked.

<< Embodiment 5 >>
<Overview>
The centralized electronic storage system of the present embodiment is basically the same as the centralized electronic storage system of the fourth embodiment, but obtains enforced enforcement information identification information output from the aggregate code issuing device or the store network management device. The storage agent server device is further characterized in that it outputs the acquired enforced enforcement information identification information to the provider server device. By adopting this configuration, even if there are multiple store networks serving as enforcement windows, each store network management device sends the enforced enforcement information identification information to the business operator in a rainy season manner and receives it smoothly. Occurrence of a situation that hinders processing can be avoided.

  FIG. 19 is a diagram illustrating an example of functional blocks of the intensive electronic storage system according to the present embodiment. As shown in this figure, the centralized electronic storage system of this embodiment includes an “aggregate code issuing device” 1910, a “store terminal” 1920, an “enterprise server device” 1930, and a “storage agent server device” 1940. The “aggregated code issuing device” 1910 includes an “enforcement information identification information” 1911, a “code information generation unit” 1912, a “code information output unit” 1913, and an “enforced code information acquisition unit” 1914. And “enforced enforcement information identification information acquisition unit” 1915 and “enforced enforcement information identification information output unit” 1916. “Store terminal” 1920 includes “reading unit” 1921, “code information acquisition unit” ”1922 and“ read result output unit ”1923,“ provider server device ”1930 includes“ provider output unit ”1931,“ provider acquisition unit ”1932, and so on. Becomes "receipt agent server" 1940 has a "receipt agent acquisition unit" 1941, and "receipt agent output unit" 1942, a. Since the basic configuration is the same as that of the centralized electronic storage system described with reference to FIG. 16 of the fourth embodiment, the “storage agent acquisition unit” 1941 and “storage” of the “storage agent server device” 1940 which are the differences are described below. The function of “proxy output unit” 1942 will be described.

  The “storage agent acquisition unit” 1941 is configured to acquire the enforced enforcement information identification information output from the second enforced enforcement information output unit of the store network management device. The more the number of windows that accept the enforcement of the contents of the enforcement information, the more convenient for the user. As already described in the third embodiment, the convenience of having a lot of franchisers as the window that accepts the enforcement is significant. For further convenience, the window is not limited to a single store network, and a store network employing a chain store system such as a plurality of convenience stores, major super chains, and fast food chains can serve as the window. By adopting the configuration of the present embodiment in which the storage agent acquisition unit is provided, it becomes possible to acquire the enforced enforcement information identification information from the plurality of store network management devices managed in the plurality of store networks.

  The “storage agent output unit” 1942 is configured to output the acquired enforced enforcement information identification information to the provider server device. Enforced enforcement management information identification information acquired by the storage agency acquisition department is mixed with enforcement information identification information that is provided by various operators. In addition, the enforcement information identification information for each grouped business operator is collectively output to the business operator server device. By taking this configuration, it is possible to avoid a situation in which the enforced enforcement information identification information must be received and processed in the May rain method by the business entity server device.

  It should be noted that at least one storage proxy server device in the centralized electronic storage system of the present embodiment may be provided via the store terminal and the provider server device. For example, a plurality of storage proxy server devices are provided. Also good.

<Specific configuration>
(Specific configuration of aggregated code issuing device, store terminal, and business server device)
The functional configuration of the aggregate code issuing device, the store terminal, and the business server device that constitute the centralized electronic storage system of the present embodiment is basically the aggregate code issue device and store terminal described in the first and fourth embodiments. This is the same as the functional configuration.

(Specific configuration of the storage agent server device)
FIG. 20 is a schematic diagram illustrating an example of a configuration when the functional configuration of the storage agent server device included in the centralized electronic storage system of the present embodiment is realized as hardware. As shown in this figure, the storage agent server device of the present embodiment includes a “CPU” 2001, a “storage device (storage medium)” 2002, a “main memory” 2003, and “ Output interface "2004," input interface "2005, and" internet communication interface "2006. Via an input / output interface, for example," keyboard "2007 and" display "2008, etc., can exchange information with devices. Do. In addition, information is transmitted / received to / from the “shop network management device” 2070, the “business server device” 2080, the “aggregated code issuing device” 2090, and the like via the Internet communication interface. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other through a data communication path such as “system bus” 2009 to transmit / receive information and perform processing.

(Specific processing of the storage agent acquisition unit)
The CPU reads the “storage agent acquisition program” 2010 from the storage device into the main memory and executes it, acquires the enforced enforcement information identification information output from one or a plurality of store network management devices and the aggregate code issuing device, Store at a predetermined address in the memory.

(Specific processing of the storage agent output unit)
The CPU reads out the enforced enforcement information identification information obtained by the execution of the storage agent acquisition program from the storage device, reads out and executes the “storage agent output program” 2020 to the main memory, and executes the enforced enforcement information for a predetermined business. To output to the user server device.

<Process flow>
FIG. 21 is a diagram illustrating an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S2101, enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority is output by the provider server device (provider output step).

  Thereafter, in step S2102, enforcement information identification information for identifying enforcement information representing the performance obligation or / and beneficiary authority of the user is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S2103, a process for determining whether or not to generate code information for identifying the enforcement information identification information acquired by the aggregate code issuing device is performed. Transition. If it is determined that the information is not to be generated, the process returns to step S2102 to further obtain enforcement information identification information. In step S2104, one piece of code information for identifying one or more enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step), and in step S2105, the code generated by the aggregate code issuing device. Information is output alone or together with other code information (code information output step).

  In step S2106, it is determined whether or not the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If the determination result is readable, the optical reading code is read in step S2107 (reading step). If it is not readable, the process of step S2107 is continued until it is determined that reading is possible. In step S2108, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined in step S2109 whether the enforcement associated with the code information has been accepted. If it is a determination result that it has been accepted, the process proceeds to step S2110, and if it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S2110, the enforced code information identified based on the code information acquired at the store terminal and / or the enforced enforcement information identification information identified based on the acquired code information are output (reading result output step). .

  In step S2111, the enforced code information is acquired by the aggregate code issuing device (enforced code information acquisition step), and in step S2112 one or more enforcement information identification information identified by the acquired enforced code information. The enforced enforcement information identification information is acquired (enforced enforcement information identification information acquisition step). Thereafter, in step S2113, the acquired enforced enforcement information identification information is output in association with the enforced code information generated to identify it (enforced enforcement information identification information output step).

  In step S2114, the storage agency server device acquires the enforced enforcement information identification information output in step S2113 (storage agency acquisition step). In step S2115, the enforcement agent information identification information is obtained from the provider server device. Is output (storage agent output step). In addition, when taking the structure using the shop network management apparatus demonstrated in Embodiment 4, you may employ | adopt the structure which acquires the enforcement enforcement information identification information output from the said shop network management apparatus in step S2114.

  Thereafter, in step S2116, the operator server device acquires the enforced enforcement information identification information to identify the enforced enforcement information (provider acquisition step).

<Effect>
With the centralized electronic storage system having the above configuration, even if there are multiple store networks serving as enforcement windows, each store network management device sends the enforced enforcement information identification information to the business operator in a rainy season manner. Therefore, it is possible to avoid the occurrence of a situation that hinders the smooth reception process.

<< Embodiment 6 >>
<Overview>
In the intensive electronic storage system of the present embodiment, the intensive code issuing device has an enforcement information identification information acquisition unit, a code information generation unit, and a code information output unit, the store terminal is a reading unit, and the code information The acquisition unit is the same as the integrated electronic storage system of the first embodiment, but the generated enforcement information identification information, which is the enforcement information identification information generated by the aggregate code issuing device, is used. A point of outputting in association with the generated code information generated for identification and outputting generated enforcement information identification information identified based on the code information acquired by the code information acquisition unit at the store terminal. It has as a feature. By adopting such a configuration in which the store terminal acquires the generated enforcement information identification information, it becomes possible to promptly notify the operator or the like of the enforcement status from the store terminal that has read the code information.

<Functional configuration>
FIG. 22 is a diagram illustrating an example of functional blocks of the intensive electronic storage system of the present embodiment. As shown in this figure, the intensive electronic storage system of this embodiment includes an “aggregate code issuing device” 2210 and a “store terminal” 2220. The “aggregated code issuing device” 2210 includes “enforcement information identification”. An “information acquisition unit” 2211, a “code information generation unit” 2212, a “code information output unit” 2213, and a “generated enforcement information identification information output unit” 2214, Part ”2221,“ code information acquisition part ”2222, and“ second reading result output part ”2223. Each configuration of the “enforcement information identification information acquisition unit”, “code information generation unit”, “code information output unit”, “reading unit”, and “code information acquisition unit” is the integrated electronic storage system described with reference to FIG. Therefore, each function of the “generated execution information identification information output unit” 2214 and the “second reading result output unit” 2223 which are different points will be described below.

  The “generated enforcement information output unit” 2214 is the generated code information generated to identify the generated enforcement information identification information, which is the enforcement information identification information that generated the code information, in the aggregate code issuing device; It is configured to output in association. That is, if the code information is associated with only one enforcement information identification information, the one enforcement information identification information is output as generated enforcement information identification information, and if the code information is associated with two or more enforcement information identification information The two or more pieces of enforcement information identification information are output together as generated enforcement information identification information. As a specific output destination, a store terminal or a store network management device managed by a person who manages a plurality of store networks to which the store belongs can be considered, and code information is given to these terminals based on predetermined enforcement information identification information. It is possible to notify the information that it has been generated.

  “Generated enforcement information identification information” refers to enforcement information identification information after the associated code information is generated, and it does not matter whether enforcement has been performed. Therefore, it is a concept including the enforced enforcement information identification information described in the first to sixth embodiments.

  The “second reading result output unit” 2223 is configured to output generated enforcement information identification information identified based on the acquired code information at the store terminal. A specific output destination is assumed to be a terminal managed by a person who manages the store or a terminal managed by a business operator or its agent. The “acquired code information” here is code information acquired by the code information acquisition unit, that is, linked to enforcement by the user. By adopting a configuration in which such code information is transmitted to a terminal such as a business operator, it is possible to receive information on the fact that the enforcement is accepted directly from the store terminal that accepted the enforcement at the output destination.

<Specific configuration>
(Specific configuration of the aggregate code issuing device)
Among the aggregated code issuing devices constituting the aggregated electronic storage system of the present embodiment, the functional configuration of the enforcement information identification information acquisition unit, the code information generation unit, and the code information output unit is basically the same as that of the first embodiment. This is the same as the functional configuration of the described aggregate code issuing device. Therefore, the specific processing of the “generated enforcement information identification information output unit” will be described below.

(Specific processing of the generated enforcement information identification information output unit)
The CPU reads out the code information obtained by executing the code information generation program from the storage device and executes the “generated execution information identification information output program” to generate the generated code information. A process of outputting the identification information in association with the code information as generated enforcement information identification information is performed.

(Specific configuration of store terminal)
Among the store terminals constituting the centralized electronic storage system of the present embodiment, the functional configurations of the reading unit and the code information acquisition unit are basically the same as the functional configurations of the store terminal described in the first embodiment. is there. Therefore, hereinafter, specific processing of the “second reading result output unit” will be described.

(Specific processing of the second reading result output unit)
The CPU reads out the code information obtained by executing the code information acquisition program from the storage device, reads out and executes the “second reading result output program” in the main memory, and generates the generated enforcement identified based on the code information. A process of reading out the information identification information and outputting it is performed.

<Specific processing flow>
FIG. 23 is a diagram illustrating an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S2301, enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S2302, a process for determining whether or not to generate code information for identifying enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result is that it is generated, the process in step S2303 is performed. Transition. If it is determined that the information is not to be generated, the process returns to step S2301 to further obtain enforcement information identification information. In step S2303, one piece of code information for identifying one or more pieces of enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step), and in step S2304, the enforcement information identification that generated the code information. The generated enforcement information identification information, which is information, is output in association with the generated code information generated to identify it (generated enforcement information identification information output step). In step S2305, the code information generated by the aggregate code issuing device is output alone or together with other code information (code information output step).

  In step S2306, it is determined whether the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If the determination result is readable, the optical reading code is read in step S2307 (reading step). If it is not readable, the process of step S2306 is continued until it is determined that reading is possible. In step S2308, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined in step S2309 whether enforcement related to the code information has been accepted. If it is a determination result that it has been accepted, the process proceeds to step S2310, and if it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S2310, the generated enforcement information identification information identified based on the code information acquired at the store terminal is output (second reading result output step).

<Effect>
The integrated electronic storage system having such a configuration makes it possible to promptly notify the business operator and the like of the enforcement from the store terminal that has read the code information.

<< Embodiment 7 >>
<Overview>
The centralized electronic storage system of the present embodiment is basically the same as the centralized electronic storage system described in the sixth embodiment, but the generated enforcement information identification information output unit of the centralized code issuing device is used at the store terminal. Is generated in association with generated code information generated to identify this. With this configuration, as soon as the optical reading code is read at the store terminal, it is possible to grasp the generated enforcement information identification information associated with the store terminal without the need for special communication.

<Functional configuration>
FIG. 24 is a diagram illustrating an example of functional blocks of the intensive electronic storage system according to the present embodiment. As shown in this figure, the intensive electronic storage system of this embodiment includes an “aggregate code issuing device” 2410 and a “store terminal” 2420, and the “aggregated code issuing device” 2410 includes “enforcement information identification”. An “information acquisition unit” 2411, a “code information generation unit” 2412, a “code information output unit” 2413, and a “generated enforcement information identification information output unit” 2414, It has an “acquisition unit” 2424, a “reading unit” 2421, a “code information acquisition unit” 2422, and a “second reading result output unit” 2423. Since the basic configuration is the same as that of the centralized electronic storage system described with reference to FIG. 22 of the sixth embodiment, the function of the “pre-acquisition unit” 2424 that is a difference will be described below.

  The “pre-acquisition part” 2424 is generated code information generated to identify the generated enforcement information identification information output from the generated enforcement information identification information output part of the aggregate code issuing device at the store terminal. It is configured to be acquired in association with. Here, “preliminary” only means acquisition so that the generated enforcement information identification information can be output at a timing to be output by the second reading result output unit. It is not intended to limit the timing to a specific stage. Therefore, in some cases, the acquisition timing of the generated enforcement information identification information may be later than the timing to be output by the second reading result output unit in the centralized electronic storage system of the present embodiment. sell. In this case, the second reading result output unit may perform a process of outputting an alarm indicating that the generated enforcement information identification information to be output cannot be acquired. By performing the configuration, it is possible to determine whether or not to accept the enforcement based on the code information associated with the generated enforcement information identification information at the store terminal.

  The acquisition progress of the generated enforcement information identification information in the prior acquisition unit only needs to start from the generated enforcement information identification information output unit, and the subsequent process is not particularly limited. Accordingly, there may be a configuration in which the information is directly acquired, or a configuration in which the information is acquired through another device such as a store network management device.

<Specific configuration>
(Specific configuration of store terminal)
The hardware configuration of the store terminal constituting the centralized electronic storage system of the present embodiment is basically the same as the hardware configuration of the store terminal of the sixth embodiment already described. Therefore, specific processing of the “pre-acquisition unit” that has not been described in the sixth embodiment will be described below.

(Specific processing of the advance acquisition unit)
The CPU reads the “pre-acquisition program” from the storage device into the main memory and executes it, and associates the generated enforcement information identification information output from the aggregate code issuing device with the generated code information generated to identify it. And is stored at a predetermined address in the main memory.

<Specific processing flow>
FIG. 25 is a diagram illustrating an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of the process of the figure consists of the following steps shown in FIGS. 25a and 25b. First, in step S2501, enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S2502, a process for determining whether or not to generate code information for identifying enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result is that it is generated, the process in step S2503 is performed. Transition. If it is determined that the information is not to be generated, the process returns to step S2501 to further obtain enforcement information identification information. In step S2503, one piece of code information for identifying one or more pieces of enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step). In step S2504, the enforcement information identification for which the code information is generated is generated. The generated enforcement information identification information, which is information, is output in association with the generated code information generated to identify it (generated enforcement information identification information output step). In step S2505, the generated enforcement information identification information output as a result of the processing in step S2504 is acquired at the store terminal in association with the generated code information generated to identify it (pre-acquisition step).

  Next, as shown in FIG. 25b, in step S2506, the code information generated by the aggregate code issuing device is output alone or together with other code information (code information output step). In step S2507, it is determined whether or not the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If it is possible to read the determination result in step S2508, the optical reading code is read (reading step). If the reading is impossible, the process of step S2507 is continued until a determination result that reading is possible is obtained. In step S2509, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined in step S2510 whether the enforcement associated with the code information has been accepted. If it is a determination result that it is accepted, the process proceeds to step S2511. If it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S2511, the generated enforcement information identification information identified based on the code information acquired at the store terminal is output (second reading result output step).

<Effect>
With the centralized electronic storage system with the configuration, as soon as the optical reading code is read at the store terminal, it is possible to grasp the generated enforcement information identification information associated with the store terminal without the need for special communication. Become.

<< Embodiment 8 >>
<Overview>
The centralized electronic storage system of this embodiment is basically the same as the centralized electronic storage system described in the sixth or seventh embodiment, but is generated from the second reading result output units of a plurality of store terminals. It is characterized by further comprising a store network management device having a function of acquiring completed enforcement information identification information. By providing this feature, it is possible to transmit the generated enforcement information identification information to each business operator in a May-rain style and to avoid the occurrence of a situation that hinders the smooth reception process.

<Functional configuration>
FIG. 26 is a diagram illustrating an example of functional blocks of the intensive electronic storage system according to the present embodiment. As shown in this figure, the centralized electronic storage system according to the present embodiment includes an “aggregate code issuing device” 2610, a “store terminal” 2620, and a “store network management device” 2630. The device 2610 includes an “enforcement information identification information acquisition unit” 2611, a “code information generation unit” 2612, a “code information output unit” 2613, and a “generated enforcement information identification information output unit” 2614. The “store terminal” 2620 includes a “pre-acquisition unit” 2624, a “reading unit” 2621, a “code information acquisition unit” 2622, and a “second reading result output unit” 2623, and includes a “shop network management device” 2630 has a “second aggregation acquisition unit” 2631. Since the basic configuration is the same as that of the centralized electronic storage system described with reference to FIG. 22 of the sixth embodiment, the function of the “second central acquisition unit” 2631 of the “store network management device” 2630 which is different from the following. Will be described.

  The “second aggregation acquisition unit” 2631 is configured to acquire the generated enforcement information identification information output from the second reading result output unit of the plurality of store terminals by the store network management device. The specific functional configuration is almost the same as the functional configuration of the aggregation acquisition unit described in the third embodiment except that the information to be acquired is not the enforced enforcement information identification information. The completed enforcement information identification information can produce the same effect by substituting each other.

<Specific configuration>
(Specific configuration of aggregate code issuing device and store terminal)
The functional configuration of the aggregate code issuing device and the store terminal constituting the centralized electronic storage system of the present embodiment is basically the functional configuration of the aggregate code issuing device and the store terminal described up to the sixth embodiment. It is the same.

(Specific processing of the second aggregation acquisition unit of the store network management device)
The CPU reads the “second aggregate acquisition program” 0810 from the storage device into the main memory and executes it, acquires the generated enforcement information identification information output from the plurality of store terminals, and stores it at a predetermined address in the main memory. .

<Specific processing flow>
FIG. 27 is a diagram illustrating an example of a processing flow in the centralized electronic storage system of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S2701, enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority is acquired by the aggregate code issuing device (enforcement information identification information acquisition step). Next, in step S2702, a process for determining whether or not to generate code information for identifying the enforcement information identification information acquired by the aggregate code issuing device is performed. If the determination result is that it is generated, the process proceeds to step S2703. Transition. If it is determined that the information is not to be generated, the process returns to step S2701 to further obtain enforcement information identification information. In step S2703, one piece of code information for identifying one or more pieces of enforcement information identification information acquired by the aggregate code issuing device is generated (code information generation step). In step S2704, the execution information identification for which the code information is generated is generated. The generated enforcement information identification information, which is information, is output in association with the generated code information generated to identify it (generated enforcement information identification information output step). In step S2705, the code information generated by the aggregate code issuing device is output alone or together with other code information (code information output step).

  In step S2706, it is determined whether or not the optical reading code can be read from the display that displays the optical reading code acquired based on the code information output based on the code information output step at the store terminal. If the determination result is readable, the optical reading code is read in step S2707 (reading step). If the reading is impossible, the process of step S2706 is continued until it is determined that reading is possible. In step S2708, code information is acquired based on the optical reading code read by the store terminal (code information acquisition step), and it is determined whether or not enforcement related to the code information is accepted in step S2709. If it is a determination result that it is accepted, the process proceeds to step S2710. If it is a determination result that enforcement is not performed, the subsequent process is not performed. In step S2710, the generated enforcement information identification information identified based on the code information acquired at the store terminal is output (second reading result output step).

  In step S2711, the store network management device acquires the generated enforcement information identification information output in the second reading result output step from the plurality of store terminals (second aggregation acquisition step).

<Effect>
With the centralized electronic storage system having such a configuration, it is possible to avoid the occurrence of a situation that prevents the smooth reception processing by transmitting the generated enforcement information identification information to each operator in a rainy month manner.

<< Example 1 >>
Hereinafter, examples of the intensive electronic storage system of each embodiment described so far will be specifically described with reference to the drawings. 30 to 45 are conceptual diagrams showing the outline of each embodiment. In these figures, the movement information identification information is moved with a thin arrow represented by a solid line, the code information is moved with a thick arrow with a solid inside, and the optical reading code is moved with a thick arrow with a polka dot pattern. The movement is indicated by the thick arrow with hollow outline, and the movement of the enforced enforcement information identification information is indicated by the thin arrow indicated by the wavy line (for all examples described below). The same).

  First, in this embodiment, as shown in FIG. 30, the storage agency server device receives the enforcement information identification information output from each provider server device, and the enforcement output from each storage agent server device. The aggregate code issuing device that has received the information identification information collects the enforcement information identification information and generates one code information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, Is sent to the store network management device. The store network management device that has acquired the enforced enforcement information identification information in this way outputs the obtained information to the business operator server device via the output to the storage agent server device.

<< Example 2 >>
In the present embodiment, as shown in FIG. 31, the storage agency server device receives the enforcement information identification information output from each provider server device, and the enforcement information output from each storage agent server device. The aggregate code issuing device that has received the identification information collects the enforcement information identification information and generates one piece of code information. The code information generated in this way is output to a user terminal or the like, and enforcement information identification information is also output to each store terminal via the store network management device and further the store network management device. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and all of them are output to the store network management device. Then, the store network management device outputs the acquired enforced code information to the aggregate code device, and outputs the enforced enforcement information identification information to the aggregate code issuing device and each storage agent server device. The storage agency server device outputs the received enforced enforcement information identification information to each business operator server device.

<< Embodiment 3 >>
In the present embodiment, as shown in FIG. 32, the storage agency server device receives the enforcement information identification information output from each provider server device, and the enforcement information output from each storage agent server device. The aggregate code issuing device that has received the identification information collects the enforcement information identification information and generates one piece of code information. The code information generated in this way is output to the user terminal or the like, and the enforcement information identification information is output to the store terminal in advance. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and all of them are output to the aggregate code issuing device. At this time, the enforced enforcement information identification information is also output to the store network management device. The store network management device outputs the received enforced enforcement information identification information to each storage agent server device. The storage agency server device outputs the received enforced enforcement information identification information to each business operator server device.

<< Example 4 >>
In the present embodiment, as shown in FIG. 32, the storage agency server device receives the enforcement information identification information output from each provider server device, and the enforcement information output from each storage agent server device. The aggregate code issuing device that has received the identification information collects the enforcement information identification information and generates one piece of code information. The code information generated in this way is output to the user terminal or the like, and the enforcement information identification information is output to the store terminal in advance. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and the enforcement code information is output to the aggregate code issuing device and the enforcement information identification information is output to the store network management device. The store network management device outputs the received enforced enforcement information identification information to the aggregated code issuing device and each storage agent server device. The storage agency server device outputs the received enforced enforcement information identification information to each business operator server device.

<< Example 5 >>
In the present embodiment, as shown in FIG. 34, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, Is sent to the store network management device. The store network management device that has acquired the enforced enforcement information identification information in this way outputs the obtained information to the respective company server devices.

<< Example 6 >>
In the present embodiment, as shown in FIG. 35, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to a user terminal or the like, and enforcement information identification information is output to a store network management device or a store terminal in advance. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and all of them are output to the aggregate code issuing device. At this time, the enforced enforcement information identification information is also output to the store network management device. The store network management device outputs the received enforced enforcement information identification information to each business operator server device.

<< Example 7 >>
In the present embodiment, as shown in FIG. 36, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to the user terminal or the like, and is output to the store terminal in advance. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and the enforcement code information is output to the aggregate code issuing device and the enforcement information identification information is output to the store network management device. The store network management device outputs the received enforced enforcement information identification information to the aggregated code issuing device and each provider server device.

<< Example 8 >>
In the present embodiment, as shown in FIG. 37, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, Is sent to the store network management device. The store network management device that has acquired the enforced enforcement information identification information in this way outputs the obtained information to the business operator server device via the output to the storage agent server device.

<< Example 9 >>
In the present embodiment, as shown in FIG. 38, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to a user terminal or the like, and enforcement information identification information is also output in advance to each store terminal via the store network management device and further the store network management device. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and all of them are output to the store network management device. Then, the store network management device outputs the acquired enforced code information to the aggregate code device, and outputs the enforced enforcement information identification information to the aggregate code issuing device and each storage agent server device. The storage agency server device outputs the received enforced enforcement information identification information to each business operator server device.

<< Example 10 >>
In this embodiment, as shown in FIG. 39, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to the user terminal or the like, and the enforcement information identification information is output to the store terminal in advance. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and all of them are output to the aggregate code issuing device. At this time, the enforced enforcement information identification information is also output to the store network management device. The store network management device outputs the received enforced enforcement information identification information to each storage agent server device. The storage agency server device outputs the received enforced enforcement information identification information to each business operator server device.

<< Example 11 >>
In the present embodiment, as shown in FIG. 40, the aggregated code issuing device that has received the enforcement information identification information output from each provider server device collects the enforcement information identification information as one. Generate code information. The code information generated in this way is output to the user terminal or the like, and the enforcement information identification information is output to the store terminal in advance. When reading the optical reading code displayed on the display of the user terminal, etc. at the store terminal, the store terminal that has acquired the code information to be enforced based on the read optical reading code is already enforced in addition to the enforced code information after enforcement. The enforcement information identification information is acquired, and the enforcement code information is output to the aggregate code issuing device and the enforcement information identification information is output to the store network management device. The store network management device outputs the received enforced enforcement information identification information to the aggregated code issuing device and each storage agent server device. The storage agency server device outputs the received enforced enforcement information identification information to each business operator server device.

<< Example 12 >>
In the present embodiment, as shown in FIG. 41, the storage agency server device receives the enforcement information identification information output from each provider server device, and the enforcement information output from each storage agent server device. Another storage agent server device that has received the identification information collects a plurality of pieces of enforcement information identification information and outputs them to the aggregate code issuing device. The aggregate code issuing device that has received the enforcement information identification information generates one piece of code information from the collected enforcement information identification information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, Is sent to the store network management device. The store network management device that has acquired the enforced enforcement information identification information in this way outputs the obtained information to the business operator server device via the output to the storage agent server device.

<< Example 13 >>
In the present embodiment, as shown in FIG. 42, the storage agency server device receives the enforcement information identification information output from each provider server device, and the storage agency server device has a plurality of enforcement information identifications. The information is collected and output to the aggregate code issuing device. The aggregate code issuing device that has received the enforcement information identification information generates one piece of code information from the collected enforcement information identification information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, Is sent to the store network management device. The store network management device that has acquired the enforced enforcement information identification information in this way outputs the obtained information to the business operator server device via the output to the storage agent server device.

<< Example 14 >>
In the present embodiment, as shown in FIG. 43, the storage agent server device receives the enforcement information identification information output from each provider server device, and the enforcement information output from each storage agent server device. The aggregation code issuing device receives the information identification information. The aggregate code issuing device that has received the enforcement information identification information generates one piece of code information from the plurality of enforcement information identification information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, The enforced enforcement information identification information is output to the provider server device via the output to each storage proxy server device.

<< Example 15 >>
In the present embodiment, as shown in FIG. 44, the aggregated code issuing device receives the enforcement information identification information output from each provider server device. The aggregate code issuing device that has received the enforcement information identification information generates one piece of code information from the plurality of enforcement information identification information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, The enforced enforcement information identification information is output to each provider server device.

<< Example 16 >>
In the present embodiment, as shown in FIG. 45, the aggregation code issuing device receives the enforcement information identification information output from each provider server device. The aggregate code issuing device that has received the enforcement information identification information generates one piece of code information from the plurality of enforcement information identification information. The code information generated in this way is output to a user terminal or the like, and the optical reading code displayed on the display of the terminal or the like is read at the store terminal. The store terminal that has acquired the code information to be executed based on the read optical reading code outputs the executed code information to the store network management device after the execution. The store network management device that has received the enforced code information outputs the information to the aggregate code issuing device, and the aggregate code issuing device acquires the enforced enforcement information identification information based on the received enforced code information, The enforced enforcement information identification information is output to the storage agent server device. When the storage agent server device receives the enforced enforcement information identification information, the storage agent server device outputs the information to the respective business operator server devices.

  [0210] Aggregated code issuing device, 0220 ... Store terminal, 0210 ... Aggregated code issuing device, 0211 ... Enforcement information identification information acquisition unit, 0212 ... Code information generation unit, 0213 ... Code information output unit, 0214 ... Enforced code information acquisition unit , 0215 ... Enforced enforcement information identification information acquisition unit, 0216 ... Enforced enforcement information identification information output unit, 0220 ... Store terminal, 0221 ... Reading unit, 0222 ... Code information acquisition unit, 0223 ... Reading result output unit

Claims (18)

An enforcement information identification information acquisition unit for acquiring one or more enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority, etc .;
A code information generation unit that generates one piece of code information for identifying one or more acquired enforcement information identification information;
A code information output unit that outputs the generated code information alone or together with other code information;
Enforced code information acquisition unit that acquires enforced code information that is enforced code information,
An enforced enforcement information identification information acquisition unit that obtains enforced enforcement information identification information that is one or more enforcement information identification information identified by the obtained enforced code information;
An enforced enforcement information identification information output unit that outputs the enforced enforcement information identification information acquired in association with or without association with the enforced code information generated to identify this,
An aggregate code issuing device having
A reading unit that reads the optical reading code from a display that displays the optical reading code acquired based on the code information output from the code information output unit of the aggregate code issuing device;
A code information acquisition unit for acquiring code information to be executed based on the read optical reading code;
A store terminal having a read result output unit that outputs enforced code information identified based on the acquired code information and / or enforced enforcement information identification information identified based on the acquired code information;
A centralized electronic storage system.   A store network management device further comprising an aggregation acquisition unit that acquires enforced code information output from read result output units of a plurality of store terminals and / or enforced enforcement information identification information identified based on the acquired code information The intensive electronic storage system according to claim 1. The store network management device further obtains the enforced enforcement information identification information output from the enforced enforcement information identification information output unit of the aggregate code issuing device in association with the enforced code information for identifying the second enforced enforcement information. An identification information acquisition unit;
A second enforced enforcement information identification information output unit that outputs the obtained enforced enforcement information identification information;
The intensive electronic storage system according to claim 2, comprising: Enforced code information acquisition unit of the aggregate code issuing device,
The intensive electronic storage system according to any one of claims 1 to 3, further comprising reading result acquisition means for acquiring the executed code information from the reading result output unit of the store terminal. An operator output unit that outputs enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority, etc .;
A business acquisition section that acquires enforced enforcement information identification information that identifies enforced enforcement information,
The intensive electronic storage system according to any one of claims 1 to 4, further comprising: A storage agent acquisition unit that acquires the enforced enforcement information identification information output from the enforced information identification information output unit of the aggregate code issuing device or the second enforced enforcement information identification information output unit of the store network management device;
A storage agent output unit that outputs the acquired enforced enforcement information identification information to the operator server device;
The centralized electronic storage system according to claim 5, further comprising a storage agent server device having a storage area. An enforcement information identification information acquisition unit for acquiring one or more enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority, etc .;
A code information generation unit that generates one piece of code information for identifying one or more acquired enforcement information identification information;
A code information output unit that outputs the generated code information alone or together with other code information;
A generated enforcement information identification information output unit that outputs the generated enforcement information identification information, which is the enforcement information identification information that generated the code information, in association with or without being associated with the generated code information generated to identify this,
An aggregate code issuing device having
A generated enforcement information identification information acquisition unit that acquires the generated enforcement information identification information output from the generated enforcement information identification information output unit of the aggregate code issuing device;
A reading unit that reads the optical reading code from a display that displays the optical reading code acquired based on the code information output from the code information output unit of the aggregate code issuing device;
A code information acquisition unit for acquiring code information to be executed based on the read optical reading code;
A store terminal having a second reading result output unit for outputting generated enforcement information identification information identified based on the acquired code information;
A centralized electronic storage system.   The store terminal includes a pre-acquisition unit that acquires the generated enforcement information identification information output from the generated enforcement information identification information output unit of the aggregate code issuing device in association with the generated code information generated to identify this The intensive electronic storage system according to claim 7.   The intensive electronic storage according to claim 7 or 8, further comprising a store network management device having a second aggregation acquisition unit that acquires generated enforcement information identification information output from the second reading result output units of a plurality of store terminals. system. An operation method of an intensive electronic storage system comprising an aggregation code issuing device as a computer and a store terminal as a computer,
An enforcement information identification information acquisition step for acquiring one or more enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority, etc .;
A code information generation step for generating one piece of code information for identifying the acquired one or more enforcement information identification information;
A code information output step for outputting the generated code information alone or together with other code information;
Enforced code information acquisition step for acquiring enforced code information that is already implemented code information,
An enforced enforcement information identification information acquisition step for obtaining enforced enforcement information identification information, which is one or more enforcement information identification information identified by the obtained enforced code information,
An enforced enforcement information identification information output step for outputting the obtained enforced enforcement information identification information in association with or without association with the enforced code information generated to identify this,
Is executed by the aggregate code issuing device,
A reading step of reading the optical reading code from the display displaying the optical reading code acquired based on the code information output from the code information output unit of the aggregate code issuing device;
A code information acquisition step for acquiring code information to be executed based on the read optical reading code;
A read result output step for outputting enforced code information identified based on the acquired code information or / and enforced enforcement information identification information identified based on the acquired code information;
Of operation of centralized electronic storage system that causes store terminals to execute. An operation method of an intensive electronic storage system comprising an aggregation code issuing device that is a computer, a store terminal that is a computer, and a store network management device that is a computer,
Causing the store network management device to execute an aggregate acquisition step of acquiring the enforced code information output from the read result output unit of the plurality of store terminals and / or the enforced enforcement information identification information identified based on the acquired code information The operation method of the intensive type electronic storage system according to claim 10. Further, a second enforced enforcement information identification information acquisition step for obtaining the enforced enforcement information identification information output from the enforced enforcement information identification information output unit of the aggregate code issuing device in association with the enforced code information for identifying these,
A second enforced enforcement information identification information output step for outputting the acquired enforced enforcement information identification information;
The operation method of the intensive type | formula electronic storage system of Claim 11 which makes a store network management apparatus perform. The enforced code information acquisition step in the operation method of the aggregate code issuing device is:
The operation method of the intensive type electronic storage system according to any one of claims 10 to 12, further comprising a reading result acquisition sub-step of acquiring enforced code information from a reading result output unit of a store terminal. An operation method of an intensive electronic storage system comprising an aggregation code issuing device that is a computer, a store terminal that is a computer, and an operator server device that is a computer,
A company output step for outputting enforcement information identification information for identifying enforcement information indicating a user's performance obligation or / and beneficiary authority, and the like;
An operator acquisition step for acquiring enforced enforcement information identification information for identifying enforced enforcement information,
The operation method of the intensive type electronic storage system according to any one of claims 10 to 13, wherein the business server apparatus is executed. An operation method of a centralized electronic storage system comprising an aggregate code issuing device that is a computer, a store terminal that is a computer, an operator server device that is a computer, and a storage agent server device that is a computer,
A storage agent acquisition step for acquiring the enforced enforcement information identification information output from the enforced information identification information output unit of the aggregate code issuing device or the second enforced enforcement information identification information output unit of the store network management device;
A storage agent output step of outputting the acquired enforced enforcement information identification information to the company server device,
15. The operation method of the centralized electronic storage system according to claim 14, wherein the storage proxy server device is executed. An operation method of an intensive electronic storage system comprising an aggregation code issuing device as a computer and a store terminal as a computer,
An enforcement information identification information acquisition step for acquiring one or more enforcement information identification information for identifying enforcement information representing a user's performance obligation or / and beneficiary authority, etc .;
A code information generation step for generating one piece of code information for identifying the acquired one or more enforcement information identification information;
A code information output step for outputting the generated code information alone or together with other code information;
A generated enforcement information identification information output step for outputting the generated enforcement information identification information, which is the enforcement information identification information that generated the code information, in association with or without being associated with the generated code information generated for identifying the code information;
Is executed by the aggregate code issuing device,
Generated enforcement information identification information acquisition step for acquiring the generated enforcement information identification information output from the generated enforcement information identification information output unit of the aggregate code issuing device;
A reading step of reading the optical reading code from the display displaying the optical reading code acquired based on the code information output from the code information output unit of the aggregate code issuing device;
A code information acquisition step for acquiring code information to be executed based on the read optical reading code;
A second reading result output step for outputting generated enforcement information identification information identified based on the acquired code information;
Of operation of centralized electronic storage system that causes store terminals to execute.   The store terminal executes a pre-acquisition step for acquiring the generated enforcement information identification information output from the generated enforcement information identification information output unit of the aggregate code issuing device in association with the generated code information generated to identify it. The operation method of the intensive type electronic storage system according to claim 16.   The centralized electronic storage according to claim 16 or 17, which causes the store network management device to execute a second aggregation acquisition step of acquiring the generated enforcement information identification information output from the second reading result output unit of the plurality of store terminals. How the system works.

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