JP2021033696A - Order information update server and computer program - Google Patents

Abstract

To provide an order information update server that can update order information corresponding to an order reception slip so that operation know-how will be reflected on the information without increasing the work of a shop manager.SOLUTION: In order to solve the problem, an order information update server 50 includes: condition/update content storing means (condition/update content information storing means 311) for acquiring condition/update content information D3 based on input information from a shop manager who manages a shop terminal 10 to the shop terminal 10 and storing the information into a storage unit 32; and order information update means 313 for executing update processing of updating order information D1 stored in a shopping mall server 30 or order information D1 stored in an order information management server 40 on the basis of the stored condition/update content information.SELECTED DRAWING: Figure 2

Description

The present invention relates to a computer program that causes a computer of an order information update server that communicates with a shopping mall server or an order information management server, and a store terminal that communicates with a shopping mall server or an order information management server to execute processing, particularly shopping. It is characterized by updating the order information stored in the mall server or the shopping mall server.

In recent years, an electronic shopping mall system that allows products to be purchased at an electronic shopping mall via a network such as the Internet has become widespread. For example, as shown in Patent Document 1, the electronic shopping mall system is used by a shopping mall server (electronic shopping mall server), a store terminal of a virtual store (store) that opens in an electronic shopping mall, and a purchaser (user). It is generally composed of a purchaser terminal (user terminal). Such a shopping mall server acquires product information and the like input from the store from the store terminal. Then, the purchaser acquires and browses the product information provided by the shopping mall server via the Internet using the purchaser terminal, and inputs an instruction to purchase the product. When the shopping mall server receives the purchase instruction of this product from the purchaser terminal, the shopping mall server generates and stores the order information corresponding to the order slip. The store manager browses the order information stored in the electronic shopping mall server via a network such as the Internet using the store terminal, and based on this order information, identifies the product and identifies the delivery destination of the product. , Specify the desired delivery date of the product, the presence or absence of benefits such as gifts, and so on. However, when a store is open on a plurality of electronic shopping mall servers, it is complicated for the store manager of this store to access each electronic shopping mall server with the store terminal and browse the order information. Therefore, the electronic shopping mall system may include an order information management server that acquires and stores order information from a plurality of electronic shopping mall servers. In this case, the store manager can browse the order information of a plurality of electronic shopping mall servers simply by accessing the order information management server using the store terminal.

The store manager generally updates the order information by changing, adding or deleting the information contained in the order information based on his / her business know-how while browsing the order information. .. For example, if the refrigerated shipping method is specified from the order information, the order information must be updated to specify the carrier of the goods for which the refrigerated delivery service is available. Among the delivery companies that have a refrigerated delivery service, the store manager will select the delivery company based on their own business know-how, considering various factors such as the price of the service, the speed of delivery, and whether there is a cash on delivery service. specify. After that, a delivery note, a shipping slip, and the like are created based on the order information corresponding to the order slip, and the purchased product is delivered to the purchaser according to the order information.

Japanese Patent No. 5620615

As described above, conventionally, the store manager accesses the shopping mall server or the order information management server via the Internet using the store terminal, and sequentially rewrites the order information based on his / her own business know-how. For this reason, when the amount of order information increases, the work burden of the store manager for rewriting the order information increases.

Therefore, an object of the present invention is to provide an order information update server and a computer program that can update the order information corresponding to the order slip so that the business know-how is reflected, while the work load of the store manager is light. ..

(1) In order to solve the above problems, the order information update server according to the present invention provides an electronic shopping mall in which a virtual store opens, and accepts the purchase of the product of the virtual store from the purchaser to receive an order for this purchase. A store terminal that communicates with a shopping mall server that stores order information corresponding to a slip or an order information management server that acquires the order information from the shopping mall server, and is operated by a store manager who manages the virtual store. An order information update server having a storage unit, which acquires the condition / update content information based on the input information from the store manager to the store terminal and stores the condition / update in the storage unit. An update process for updating the order information stored in the shopping mall server or the order information stored in the order information management server based on the content storage means and the stored condition / update content information. It is characterized by being provided with an order information updating means for executing.

According to the above configuration, the condition / update of the order information corresponding to the order slip stored in the shopping mall server or the order information management server based on the input information from the store manager who manages the store terminal. It becomes possible to update based on the content information. For this reason, the store manager inputs information based on business know-how such as product delivery method and transportation method to the store terminal, so that condition / update content information is acquired based on the business know-how, and this business know-how is obtained. Based on the above, it becomes possible to update the order information stored in the shopping mall server or the order information management server. Here, when there are a plurality of order information, the plurality of order information can be updated at once based on the condition / update content information. Therefore, the work load is lighter than that of the conventional technology in which the store manager accesses the shopping mall server or the order information management server and sequentially rewrites the order information based on the business know-how such as the delivery method and the transportation method of the product. Order information can be updated to reflect business know-how.

(2) The above-mentioned condition / update content information is information indicating the information included in the order information and / or the condition regarding the information based on this information and the update content of the order information when this condition is satisfied. You may. Further, when the condition and the update content are associated with each other and input to the store terminal by the store manager, the condition / update content storage means acquires the condition / update content information based on the input. The order information updating means determines whether or not the order information satisfies the condition indicated by the condition / update content information as the update process, and when the condition is satisfied, the order information is stored in the storage unit. The order information may be updated with the update content indicated by the condition / update content information.

According to the above configuration, the store manager can use the information contained in the order information (delivery method, order quantity of products, etc.) and / or the information based on the order information (total volume of ordered products, etc.) , It is possible to input the basis of the updated content information based on the business know-how of the store manager by a simple operation of inputting the updated content of the order information when this condition is satisfied.

(3) Information included in the above order information and / or information based on this information includes purchased products, the size of purchased products, the volume of purchased products, the number of purchased products, the prices of purchased products, and multiple purchased products. Total price, total volume of multiple purchased items, shipping temperature specification indicating the delivery temperature of the item, type of shopping mall server, how to sell the item, date of receiving the order, payment method, purchaser information, purchased item It may include at least one of the payment method, the payment status of the purchased goods, and the destination area.

According to the above configuration, the condition / update content information is acquired by inputting the condition related to "information included in the order information and / or information based on this information" that is frequently updated by the business know-how of the store manager. Therefore, the order information can be updated by appropriately reflecting the business know-how of the store manager.

(4) The above-mentioned condition / update content information may be information indicating a plurality of conditions and at least one of the above-mentioned update contents when these conditions are satisfied.

According to the above configuration, since a plurality of conditions corresponding to one update content can be set in the condition / update content information, the order information can be updated by reflecting the business know-how of the store manager in more detail. .. For example, if the condition that "discount coupon is used" and the condition that "discount coupon is not distributed in the purchased product" are satisfied, the selling unit price is set to the discount price. The business know-how of the store manager can be reflected in. In addition, the condition that "discount coupons are not distributed for purchased products" is also required for the discount coupons distributed for the next and subsequent product purchases due to the purchase of the product. This is to prevent it from being used for discounts.

(5) The condition / update content storage means may store a plurality of condition / update content information in the storage unit.

According to the above configuration, since the order information can be updated with a plurality of condition / update content information, the order information can be updated by reflecting the business know-how of the store manager in more detail. For example, the X delivery method is used when the condition that the total volume of the purchased products is equal to or less than the predetermined value is satisfied, and the Y delivery method is used when the condition that the total volume of the purchased products is larger than the predetermined value is satisfied. The order information can be updated by reflecting the business know-how in detail.

(6) The above-mentioned condition / update content information may indicate addition of a keyword to the content of the order information as the update content.

According to the above configuration, a keyword can be added to the content of the order information as the update content of the order information, so that the store manager can only select the order information including a specific keyword (for example, delivery is not possible on the delivery date). Can be extracted. In addition, it is possible to create conditions related to the added keyword and conditions / updated content information indicating the updated contents when this condition is satisfied, and the order information is updated by reflecting the business know-how of the store manager in more detail. be able to. For example, by adding "Delivery destination is Hokkaido" to the keyword, if the condition that the delivery destination is Hokkaido is satisfied, the update content information will be shown to indicate the update content that the delivery fee will be higher than usual. Can be created.

(7) The condition / update content information may indicate that one order information is divided into a plurality of order information as the update content.

Conventionally, for example, in order information, when the temperature at the time of delivery (transportation temperature designation) includes both frozen products and refrigerated products, or when the purchased product group includes products from different shipping sources, it is as follows. The work was done by the store manager. That is, when accessing the shopping mall server or the order information management server and viewing the order information (order slip), the store manager determines the temperature at the time of delivery based on the business know-how regarding the delivery method and transportation method of the product. The order information was divided according to the shipping source. According to the above configuration, the order information can be updated so as to divide the order information only by the store manager inputting the update content and the condition so as to indicate the division of the order information as the update content. The workload of store managers is reduced compared to the past.

(8) The above-mentioned condition / update content information indicates that additional information of a specific item is included in the order information as a condition regarding the information included in the order information and / or the information based on this information. The update content that the product code of the specific item is included in the order information when the condition is satisfied may be shown.

Conventionally, for example, when the order information includes additional information of a specific item such as a gift or a gift (including gift wrapping), the following work is performed by the store manager. It was broken. That is, when accessing the shopping mall server or the order information management server to browse the order information, the store manager sequentially rewrites the order information so as to additionally include the product code corresponding to the specific item based on the business know-how. It was. According to the above configuration, the order information is updated to include the product code of the specific item when the order information is satisfied with additional information of the specific item such as a gift or a gift. Therefore, the work load of the store manager is reduced as compared with the conventional case.

(9) The order information update server uses information on products sold by the virtual store at the electronic shopping mall, information about the electronic shopping mall, payment method adopted by the virtual store, and delivery method adopted by the virtual store. , Supplier information of products sold by the virtual store at the electronic shopping mall, shipping source information of products sold by the virtual store at the electronic shopping mall, code or terminology included in the order information or condition / update content information. A server storage information acquisition means for acquiring server storage information including at least one of the definitions from the shopping mall server or the order information management server by communication may be further provided. Further, the condition / update content storage means may acquire the condition / update content information generated based on the server storage information and the input information to the store terminal and store the condition / update content information in the storage unit.

According to the above configuration, information about the electronic shopping mall (for example, information identifying the electronic shopping mall in which the virtual store opens, information on whether the price display of the electronic shopping mall is tax-included or tax-excluded) is adopted by the virtual store. Payment method, delivery method adopted by the virtual store, supplier information of products sold by the virtual store in the electronic shopping mall, shipping source information of products sold by the virtual store in the electronic shopping mall, order information or It is possible to acquire the condition / update content information based on at least one of the definitions of the code or the term included in the condition / update content information. For example, the input screen of the condition / update content based on the server storage information is displayed on the store terminal, and the store terminal accepts the input of the condition / update content from the store manager, and the condition / update is based on this input. By acquiring the content information, it is possible to acquire the condition / update content information based on the server storage information and the input information to the store terminal.

(10) When the order information update server receives a confirmation information display instruction indicating how the order information is changed when the update process is executed from the store terminal, the confirmation information May be further provided with a confirmation information display processing means for performing a process of displaying the above on the store terminal.

According to the above configuration, the store manager is displayed with confirmation information indicating how the order information is changed when the update process is executed. Therefore, the store manager is browsing the confirmation information. Can change (correct) the condition / update content information as appropriate until the content becomes appropriate. The "process of displaying the confirmation information on the store terminal" is, for example, transmitting the confirmation information to the store terminal.

(11) The order information update server may execute the update process when the instruction to execute the update process is received from the store terminal.

According to the above configuration, the update process is executed when the instruction to execute the update process is received from the store terminal. In this way, since the update process is performed by the action of the store terminal, the update process can be performed at any timing of the store manager. Therefore, in order to view the order information, the order information can be reliably updated before the store terminal accesses the shopping mall server or the order information management server.

(12) When the order information update server receives a history information display instruction indicating an execution history of the update process of the order information update means from the store terminal, the order information update server performs a process of displaying the history information on the store terminal. Further, a history information display processing means to be performed may be provided.

According to the above configuration, when the display instruction of the history information is received from the store terminal, the history information indicating the execution history of the update process of the store order information update means is displayed to the store manager. By doing this, while browsing the history information, it is judged whether the condition / update content information is inappropriate, and if it is inappropriate, the store manager corrects it so that the condition / update content information becomes appropriate. Will be possible. The "process of displaying the history information on the store terminal" is, for example, a process of transmitting the history information to the store terminal.

(13) In order to solve the above problems, the computer program according to the present invention provides an electronic shopping mall in which a virtual store opens, and accepts the purchase of a product of the virtual store from a purchaser and fills an order slip for this purchase. The computer of the store terminal that manages the virtual store by communicating with the shopping mall server that stores the corresponding order information or the order information management server that acquires the order information from the shopping mall server, the input information acquisition means and the conditions. -Function as a means for storing updated contents and a means for updating order information. The input information acquisition means receives input information from the store manager who manages the store terminal to the store terminal. The condition / update content storage means generates condition / update content information based on the input information acquired by the input information acquisition means and stores it in the storage unit of the store terminal. The order information update means executes an update process for updating the order information stored in the shopping mall server or the order information stored in the order information management server based on the condition / update content information. ..

According to the above configuration, the action and effect described in (1) above are exhibited.

According to the above configuration, it is possible to provide an order information update server and a computer program that can update the order information corresponding to the order slip so that the business know-how is reflected, with a light work burden on the store manager.

It is a figure which shows the electronic shopping mall system which concerns on 1st Embodiment. It is a figure which shows an example of sending and receiving information from the purchase of a product to the update of order information in the electronic shopping mall system shown in FIG. 1, and the configuration of a store terminal and an order information update server. It is a figure which shows the other example of the transmission and reception of information from the purchase of the product to the update of order information in the electronic shopping mall system shown in FIG. It is a screen diagram which shows an example of the input screen of the condition / update content information. It is a screen view which shows the 1st pop-up window for condition input. It is a screen view which shows the 2nd pop-up window for condition input. It is a screen view which shows an example of the main screen in the state which a condition is input. It is a screen view which shows the 1st pop-up window for inputting the update contents. It is a screen view which shows the 2nd pop-up window for inputting the update contents. It is a screen view which shows the main screen in the state which the condition and the update content are input. It is a screen view which shows an example of the confirmation screen. It is a screen view which shows an example of the history screen. It is a screen diagram which shows an example of the main screen of the condition / update content input screen in which a condition and update content are input. It is a screen diagram which shows an example of the main screen of the condition / update content input screen in which a condition and update content are input. It is a screen diagram which shows an example of the main screen of the condition / update content input screen in which a condition and update content are input. It is a screen diagram which shows an example of an order information split screen. It is a screen view which shows the split setting input pop-up screen. It is a screen view which shows an example of a planned product screen. It is a flowchart (the 1) which shows an example of the order information update main process executed by an order information change server. It is a flowchart (2) which shows an example of the order information update main process executed by an order information change server. It is a flowchart which shows an example of the order information update process every predetermined time elapse which is executed by the order information change server. It is a figure which shows an example of the transmission / reception of information from the purchase of a product to the update of order information in the electronic shopping mall system which concerns on 2nd Embodiment, and the configuration of a store terminal. It is a figure which shows another example of sending and receiving information from the purchase of the product to the update of order information in the electronic shopping mall system which concerns on 2nd Embodiment, and the structure of a store terminal.

[First Embodiment]
(Configuration of electronic shopping mall system)
The electronic shopping mall system according to the first embodiment will be described below with reference to FIG. FIG. 1 is a diagram showing an electronic shopping mall system according to the first embodiment. The electronic shopping mall system 1 provides a store terminal 10 managed by a virtual store manager, a purchaser terminal 20 used (managed) by a purchaser, an electronic shopping mall in which a virtual store opens, and a network such as the Internet. The shopping mall server 30 that receives the purchase information of the product of the virtual store in the electronic shopping mall of the purchaser from the purchaser terminal 20 via N and stores the order information D1 corresponding to the order slip of this purchase, and shopping. It includes an order information management server 40 for acquiring order information D1 from a mall server 30, an order information update server 50 for updating order information, and a warehouse management server 60 for managing the shipment of purchased products. ..

The "virtual store manager" who manages the store terminal 10 is, for example, an employee or owner of a business entity such as a company that operates a virtual store, and the purchased product is appropriately delivered to the purchaser's desired delivery destination. The person in charge of the work of managing the delivery. In the first embodiment, the purchaser transmits the purchase information to the shopping mall server 30 via the Internet N using the purchaser terminal 20, whereby the shopping mall server 30 purchases the products of the virtual store from the purchaser. We are accepting. However, the purchaser contacts the business entity such as the company that operates the shopping mall server 30 by telephone or the like, and this business entity inputs the purchase information into the electronic shopping mall server 30, so that the shopping mall server 30 may accept the purchase of the product of the virtual store from the purchaser. Purchase information is information about the purchaser's purchase of goods, for example, the goods desired to be purchased, the number of goods desired to be purchased, the desired delivery date, the purchaser, the delivery destination (address, etc.), and the use of discount coupons. Presence / absence, presence / absence of addition of specific items (presence / absence of gifts, gift packaging), desired delivery method (type of delivery method such as mail service, courier service), desired payment method (credit payment, cash on delivery, bank transfer) , Convenience store payment, prepaid, postpaid, etc.) information. Although only one store terminal 10 and one purchaser terminal 20 are shown in FIG. 1, a plurality of stores may open in a shopping mall, and a plurality of purchasers may purchase products at an electronic shopping mall. It is a composition. Therefore, in reality, the electronic shopping mall system 1 includes a plurality of store terminals 10 and a plurality of purchaser terminals 20. The opening of electronic shopping malls may be limited to virtual stores that have become members. Further, the purchase of the products of the electronic shopping mall system may be restricted only to the purchasers who have become members.

Further, the shopping mall server 30 is a server that provides electronic shopping malls such as AMAZON (registered trademark) and Rakuten (registered trademark), and manages virtual shopping malls on network N in which a plurality of virtual stores participate. It is a server to do. In the first embodiment, the electronic shopping mall system 1 includes two shopping mall servers 30, a first shopping mall server 30A and a second shopping mall server 30B. However, the shopping mall server 30 may include two or more shopping mall servers 30. When the first shopping mall server 30A and the second shopping mall server 30B are not distinguished, it is simply described as "shopping mall server 30".

The order information management server 40 is a server that collectively manages order information D1 of a plurality of shopping mall servers 30 by receiving and storing order information D1 from a plurality of shopping mall servers 30. Here, the advantages of the order information management server 40 will be described. When the product is purchased and the order information D1 is generated, the store manager browses the order information D1 for ordering (shipping) the purchased product, and if necessary, based on his / her own business know-how. It is necessary to rewrite (update) the order information D1. For example, when a product such as ice cream that must be stored frozen is purchased, the product will not be delivered satisfactorily unless the delivery method (delivery temperature) is additionally entered as "frozen". In addition, regarding shipping charges, the virtual store manager knows what kind of service should be used by which delivery company, depending on the number of purchased products and the total volume of purchased products. , It is necessary to update the order information D1 based on the business know-how of the manager of such a virtual store.

The order information D1 is information generated based on the purchase information and the product master information (included in the server storage information D2 of FIGS. 2 and 3) registered in advance in the shopping mall server 30, and is price, quantity, and It corresponds to an order slip as a contractual agreement between a virtual store and a purchaser regarding the sale and purchase of goods such as delivery of goods (including the delivery date as the delivery date). The order information D1 may be the order slip itself or may be the information that is the basis for generating the order slip. The fact that the order information D1 is "information that is the basis for generating the order slip" means that the order slip is automatically created based on the order information D1. Normally, one order information D1 is generated for each purchase (shopping) of a product. The order information D1 is, for example, the product to be purchased, the number of products to be purchased, the size of the product to be purchased, the desired delivery date, the date when the order is received (for example, the creation date of the order information D1). , Purchaser, delivery address (address, etc.), use of discount coupons, addition of specific items (presence of gifts, gift packaging) Delivery method (type of delivery method such as mail service, courier service, etc. (Type of delivery company and services provided by the delivery company), designation of transportation method (delivery temperature of normal temperature, freezing, refrigeration, etc.), desired payment method (credit payment, cash on delivery, bank transfer, convenience store payment, prepaid, postpaid, etc. Information indicating the payment method), payment status, etc. Purchased products are shipped and delivered based on the order information D1. Further, the product master information is information that is input from the store manager to the store terminal 10 and received from the store terminal 10 to the shopping mall server 30 via the network N and registered. The product master information includes information about products in the virtual store for each product. Information about a product is, for example, the name of the product, the product code for identifying the product, the image of the product, the description of the product, the number of products, the unit price of the product, the size of the product, the weight of the product, and the product. Information such as shipping charges.

In the electronic shopping mall system 1 of the first embodiment, the store manager can access the individual shopping mall servers 30 via the network N using the store terminal 10 to view the order information D1 and rewrite it as appropriate. However, it is complicated to access each shopping mall server 30. In the first embodiment, the order information D1 can be browsed and appropriately rewritten by accessing the order information management server 40 in which the order information D1 of the plurality of shopping mall servers 30 is collectively managed. In FIG. 1, the order information management server 40 includes order information D1A which is order information D1 acquired from the first shopping mall server 30A and order information D1B which is order information D1 acquired from the second shopping mall server 30B. I remember. In this case, since the order information management server 40 may be accessed regardless of which electronic shopping mall the product is purchased from, the convenience of viewing and rewriting the order information D1 of the store manager is enhanced. However, even if the store terminal 10 can directly access the order information management server 40 via the network N and rewrite the order information D1 acquired from the plurality of shopping mall servers 30, it is managed by the order information management server 40. When the amount of order information D1 increases, it takes time and effort to rewrite the order information D1, and the work becomes complicated.

The order information update server 50 is for further reducing the burden of updating the order information D1 of the store manager. The order information update server 50 registers (stores) the condition / update content information D3 based on the business know-how of the store manager in advance, and the shopping mall server 30 and the order information management server based on this condition / update content information D3. The order information D1 stored in 40 is updated. In the first embodiment, the order information D1 stored in the shopping mall server 30 and the order information management server 40 can be collectively updated based on the condition / update content information D3, so that the order information D1 of the store manager can be updated. The burden of updating work can be greatly reduced. Further, in the first embodiment, the order information D1 can be updated (execution of the update process) at an arbitrary timing of the store manager who is the manager of the virtual store, and when the predetermined time is reached or predetermined. It is also possible to automatically update the order information D1 (execute the update process) every time the time elapses.

The condition / update content information D3 is information indicating the condition regarding the information included in the order information D1 and / or the information based on this information, and the update content of the order information D1 when this condition is satisfied. As described above, the condition (when "○○" is "XX") and the update content ("○○" is changed to "XX") from the store manager to the store terminal 10 based on the main screen G1. The condition / update content information D3 is generated (acquired) by the condition / update content registration means 511 (condition / update content storage means) based on this input. It is stored in the condition / update content information database 522 of the storage unit 52, which will be described later with reference to FIGS. 2 and 3. Then, the order information update server 50 (order information update means 523 of FIGS. 2 and 3) determines whether or not the order information D1 satisfies the condition indicated by the condition / update content information D3 as the update process, and sets this condition. When the condition is satisfied, the order information D1 is updated with the update content indicated by the condition / update content information D3.

The above-mentioned "information contained in order information D1 and / or information based on this information" includes, for example, purchased products, the size (dimensions) of purchased products, the volume of purchased products, the number of purchased products, and a plurality of purchases. Total price of goods, total volume of multiple purchased goods, transportation temperature designation indicating delivery temperature of goods, type of shopping mall server, amount of purchased goods, selling method of goods, date of receiving order, payment method, purchaser Information, the payment method of the purchased product, the payment status of the purchased product, and at least one of the destination area may be included. In addition, for example, among the above examples, "purchased product, size (dimension) of purchased product, number of purchased product, price of purchased product, transportation temperature designation indicating delivery temperature of product, type of shopping mall server, product "Selling method, date of receiving an order, payment method, purchaser information, payment method of purchased product price, payment status of purchased product price, and destination area" are described in "Information included in order information D1". is there. In addition, "how to sell products" means to promote the sale of products such as delivering specific items (such as gifts, gift methods, gifts, etc.) in addition to the purchased products, or putting a name on the purchased products. Includes methods for. Further, "volume of purchased product, total price of a plurality of purchased products, total volume of a plurality of purchased products" is "information based on this information (information included in order information)". The "information based on this information (information included in the order information)" is acquired from the information included in the order information D1 and the information included in the server storage information D2 (FIGS. 2 and 3). May be good.

(Configuration of store terminal 10 and order information update server 30)
Hereinafter, the configurations of the store terminal 10 and the order information update server 30 will be described with reference to FIGS. 2 and 3. FIG. 2 is a diagram showing an example of sending and receiving information from the purchase of a product to the update of order information in the electronic shopping mall system 1 shown in FIG. 1 and the configuration of the store terminal 10 and the order information update server 50. FIG. 3 is a diagram showing another example of sending and receiving information from the purchase of a product to the update of order information in the electronic shopping mall system shown in FIG. 1, and the configuration of a store terminal and an order information update server.

First, the configuration of the store terminal 10 will be described. The store terminal 10 includes an operation unit 101, a communication unit 102, a CPU 103, a storage unit 104, and a display unit 105. The operation unit 101 is for receiving the operation of the user (store manager). The communication unit 102 is a communication interface for communicating with other information processing devices via a network N such as the Internet or LAN. The CPU 103 performs information processing based on the operation of the user (store manager). The storage unit 104 functions as a working memory and is a memory or the like for storing (registering) various information. The display unit 105 is, for example, a display device such as a liquid crystal display device, and displays various information to a user (store manager). The store terminal 10 is an information processing device such as a smartphone, a tablet terminal, or a personal computer.

Next, the configuration of the order information update server 50 will be described. The order information update server 50 includes a CPU 51, a storage unit 52, and a communication unit 53. The communication unit 53 communicates with the shopping mall server 30 and the order information management server 40, and also communicates with the store terminal 10 operated by the store manager who manages the virtual store. By executing the order information update program stored in the storage unit 52, the CPU 51 functions as the condition / update content information storage means 511, the server storage information acquisition means 512, and the order information update means 513. The condition / update content information storage means 511 acquires the condition / update content information D3 based on the input information to the store terminal 10 from the store manager who manages the store terminal 10 and stores it in the storage unit 52. The server storage information acquisition means 512 acquires the server storage information D2 from the order information management server 40 or the shopping mall server 30 via the network N by communication, and stores the server storage information D2 in the condition / update content information database 522 of the storage unit 52. In the example of FIG. 2, in order to update the order information D1 of the order information management server 40, the order server storage information D2A (server storage information D2 stored in the order information management server 40) is acquired from the order information management server 40. In the example of FIG. 3, in order to update the order information D1 of each shopping mall server 30, the shopping mall server storage information D2B (server storage information D2 stored in the shopping mall server 30) is acquired from the shopping mall server 30.

The server storage information D2 is information on products sold by the virtual store in the electronic shopping mall (the above product master information), information on the electronic shopping mall (information identifying the electronic shopping mall in which the virtual store is open, electronic). Whether the price display of the shopping mall is tax-included or tax-excluded, etc.), the payment method adopted by the virtual store (cash on delivery, convenience store payment, prepaid, postpaid, etc.), the delivery method adopted by the virtual store (provided by the delivery company) Delivery service), supplier information of products sold by virtual stores in electronic shopping malls, shipping source information of products sold by virtual stores in electronic shopping malls, order information D1 or code or terminology included in condition / update content information D3 Information that includes at least one of the definitions of. The code definition included in the order information D1 or the condition / update content information D3 is, for example, when the time zone code (for example, "01") is included in the order information D1 or the condition / update content information D3. , The definition of the delivery time (for example, "from 9:00 am to 12:00 pm") corresponding to the time zone code for each delivery company. Further, the definition of the term included in the order information D1 or the condition / update content information D3 is that, for example, the term of the area area name (for example, "Kinki region") is included in the order information D1 or the condition / update content information D3. If so, it is a definition corresponding to the term of the area area name ("Osaka prefecture, Nara prefecture, Kyoto prefecture, Wakayama prefecture, Hyogo prefecture, Mie prefecture"). The server storage information D2 is registered in advance in the shopping mall server 30 and the order information management server 40 via the network N by the store manager using the store terminal 10. The condition / update content information storage means 511 performs a process of displaying an input interface (condition / update content input screen) based on the server storage information D2 on the store terminal 10 to display the condition / update content information storage means 511 on the server storage information D2 and the store terminal 10. The condition / update content information D3 generated based on the input information is acquired and stored in the condition / update content database 522 of the storage unit 52.

For example, the server storage information D2 includes information for identifying an electronic shopping center in which a virtual store is open, but a virtual store is opened as a condition input candidate on the condition / update content input screen. A list of electronic shopping malls can be displayed. By selecting "store" in FIG. 5, a list of electronic shopping malls is displayed. Further, the server storage information D2 includes information indicating the delivery method adopted by the virtual store, and the delivery adopted by the virtual store as a condition input candidate on the condition / update content input screen. You can display a list of methods. When the store manager inputs to the store terminal 10 based on such a condition / update content input screen, the condition / update content information D3 becomes the server storage information D2 and the input information to the store terminal 10. Generated based on.

The order information update means 513 is stored in the order information D1 or the order information management server 40 stored in the shopping mall server 30 based on the condition / update content information D3 stored in the condition / update content database 522. The update process for updating the existing order information D1 is executed. For example, the order information update means 513 acquires the order information D2 from the order information management server 40 by communication (in the case of the example of FIG. 2) or the shopping mall server 30 by communication as the update process (FIG. 3). (In the case of an example), the acquired order information D1 is changed based on the condition / update content information stored in the storage unit 52, and the changed order information D1 is used in the shopping mall server 30 or the order information management server 40. The update process for updating the stored order information D1 is executed. As a result, the order information D1 stored in the shopping mall server 30 or the order information management server 40 is converted into the condition / update content information D3 acquired based on the input information from the store manager who manages the store terminal 10. It will be possible to update based on. The order information updating means 513 may update the order information D1 by referring to the server storage information D2 in addition to the condition / update content information D3. For example, the code or term included in the condition / update content information D3 or the order information D1 may be replaced with reference to the definition of the code or term included in the server storage information D2 to update the order information D1. The code is, for example, a time zone code, but since the definition (time zone) associated with the time zone code is different for each delivery company, when updating to change the delivery method (delivery method), First, the time zone code of the delivery company to be changed corresponding to the time zone code of the delivery company before the change is acquired based on the server storage information D2, and the definition corresponding to the acquired time zone code (the delivery company after the change). The order information D1 may be updated at (time zone). In this way, with respect to the information contained in the order information D1 and the information based on the server storage information D2, it is determined whether or not the conditions indicated by the condition / update content information D3 are satisfied, and the order information D1 is updated. become able to do.

As a result of the above, the store manager inputs to the store terminal 10 based on the business know-how such as the delivery method of the product, and the condition / update content information D3 is acquired based on the business know-how. Based on this, the order information D1 stored in the shopping mall server 30 or the order information management server 40 can be updated. Here, when there are a plurality of order information D1, the plurality of order information D1 can be updated at once based on the condition / update content information D3. Therefore, the work load is lighter than that of the conventional technique of accessing the shopping mall server 30 or the order information management server 40 and sequentially rewriting the order information D based on the business know-how such as the delivery method of the product. The order information D1 can be updated to reflect the business know-how.

The virtual store manager accesses the shopping mall server 30 or the order information management server 40, outputs (prints, etc.) the delivery note, shipping slip, invoice, etc. based on the order information D1, and performs the shipping process by himself / herself. If you have a usage contract in advance, you may request the warehouse management server 60 (Fig. 1) to process the shipment using the delivery note, shipping slip, invoice, etc. via network N. You may.

(Transmission and reception of information in the electronic shopping mall system 1 when updating the order information D1 of the order information management server 40)
Next, with reference to FIG. 2, the transmission and reception of information from the purchase of the product to the update of the order information in the electronic shopping mall system 1 when the order information D1 of the order information management server 40 is updated will be described. Information transmission / reception between the customer terminal 20 and the shopping mall server 30 is generally performed using the browser function of the customer terminal 20. Further, information transmission / reception between the store terminal 10 and the order information update server 50, the order information management server 40, and the shopping mall server 30 is generally performed by using the browser function of the store terminal 10. First, the purchaser uses the purchaser terminal 20 to transmit information on the purchase of the product to the shopping mall server 30. Although the purchase information of the product is transmitted by using the browser function in the first embodiment, it may be transmitted by e-mail or the like. In addition, the purchaser may contact the operating entity of the electronic shopping mall with the purchase information by telephone or facsimile. When the shopping mall server 30 receives the purchase information from the purchaser terminal 20, the shopping mall server 30 creates and stores the order information D1. When the purchase information is contacted by telephone or facsimile, the operating entity of the electronic shopping mall inputs the purchase information to the shopping mall server 30 via the information processing device managed by the electronic shopping mall, and inputs the purchase information. The order information D1 may be generated based on the purchase information.

The order information management server 40 transmits a transmission request of order information D1 to the shopping mall server 30 every predetermined time elapses, and the shopping mall server 30 in response to the transmission request stores the order information stored in the shopping mall server 30. Receive all D1. In the second embodiment, the order information management server 40 receives order information D1 (D1A, D1B) from the first shopping mall server 30A and the second shopping mall server 30B, which are contracted to collectively manage in advance. The order information management server 40 receives and stores the order information D1. Further, the order information management server 40 acquires the order information D1 from the shopping mall server 30 even when there is a request from the store terminal 10 of the virtual store with which the usage contract is made. In this case, the virtual store Only the order information D1 related to the purchase of the product sold in is received (acquired).

When a request for viewing the order information D1 is transmitted from the store terminal 10 to the order information management server 40, the order information management server 40 causes the store terminal 10 to display the order information D1. For example, the information management server 40 transmits the order information D1 to the store terminal 10, and the store terminal 10 displays the received order information D1. As a result, the manager of the store terminal 10 (manager of the virtual store) can browse the order information D1 and create a delivery note and a shipping slip based on the order information D1.

Here, when the order information D1 managed by the order information management server 40 is updated based on the business know-how of the virtual store manager, the store terminal 10 directly accesses the order information management server 40 via the network N. The order information D1 can also be updated. Further, in order to reduce the burden on the virtual store administrator, the order information update server 50 is used, and the order information of the product purchased at the virtual store is set according to the condition / update content information D3 predetermined by the virtual store administrator. It is also possible to update D1 all at once. The condition / update content information D3 is an update rule of the order information D1 that reflects the business know-how of the virtual store manager, and the update condition and this update condition such that a certain result occurs when a certain condition is satisfied. It shows the update contents (update result) corresponding to the update condition.

The manager of the virtual store requests the order information update server 50 to transmit information for displaying the condition / update content input screen via the network N using the store terminal 10. If the member is required to use the order information update server 50, login processing is required in advance. When the order information update server 50 sends information for displaying the condition / update content input screen to the store terminal 10 in response to the request, the store terminal 10 sends the update condition based on the condition / update content input screen. And accepts the input of the update contents corresponding to this update condition. The order information update server 50 acquires the server storage information D2 from the order information management server 40 at predetermined time intervals, and displays the condition / update content information D3 reflecting the acquired server storage information D2. Information is transmitted to the store terminal 10. The order information update server 50 generates and stores the condition / update content information D3 based on the information input based on the condition / update content input screen. The order information update server 50 transmits a transmission request of order information D1 to the order information management server 40 every predetermined time elapses, receives the order information D1 from the order information management server 40 in response to the request, and stores the order information D1. The order information D1 received is changed based on the existing condition / update content information D3. The order information D1 may be changed based on the condition / update content information D3 and the server storage information D2. Then, the changed order information D1 is transmitted to the order information management server 40 to update the order information D1 stored in the order information management server 40. Here, when the condition / update content information D3 for a plurality of virtual stores is stored, the update process of the order information D1 for the plurality of virtual stores is collectively updated at predetermined time intervals. The update process is also executed when the store terminal 10 is instructed to update. In this case, only the order information D1 corresponding to the product purchased at the store terminal 10 may be updated. However, even in this case, the update processing of the order information D1 for a plurality of virtual stores may be collectively updated every predetermined time elapses.

When the order information D1 is updated, the order information update server 50 transmits the updated contents to the shopping mall server 30. For example, the shopping mall server 30 may send the details of the charge including the shipping fee to the purchaser terminal 10 by e-mail, and when the delivery method is changed, the updated order information D1 is sent to the shopping mall server 30. Because it needs to be acquired. The order information management server 40 may be configured to transmit the updated contents to the shopping mall server 30 when the order information D1 is updated.

(Transmission and reception of information in the electronic shopping mall system 1 when updating the order information D1 of the shopping mall server 30)
Next, with reference to FIG. 3, the transmission and reception of information from the purchase of the product to the update of the order information in the electronic shopping mall system 1 when the order information D1 of the order information management server 40 is updated will be described. Information transmission / reception between the customer terminal 20 and the shopping mall server 30 is generally performed using the browser function of the customer terminal 20. Further, information transmission / reception between the store terminal 10 and the order information update server 50, the order information management server 40, and the shopping mall server 30 is generally performed by using the browser function of the store terminal 10. In FIG. 3, the order information D1 of the shopping mall server 30 is updated without using the order information management server 40. In the first embodiment, when the store manager accesses the order information update server 50 using the browser function of the store terminal 10, the order information D1 of the order information management server 40 as shown in FIG. 2 is displayed on the selection screen or the like. It is possible to select whether to proceed to the update process of the order information D1 of the shopping mall server 30 as shown in FIG. However, even if the configuration is such that only the order information D1 of the order information management server 40 can be updated as shown in FIG. 2, the configuration can only update the order information D1 of the shopping mall server 30 as shown in FIG. There may be.

Since the purchase of the purchaser's product and the generation of the order information D1 by the shopping mall server 30 are the same as the transmission and reception of the information described with reference to FIG. 2, the description thereof will be omitted.

When a request for viewing the order information D1 is transmitted from the store terminal 10 to the shopping mall server 30, the shopping mall server 30 transmits the order information D1 to the store terminal 10. As a result, the manager of the store terminal 10 (manager of the virtual store) can browse the order information D1 and create a delivery note, a shipping slip, and an invoice. The viewing request for the order information D1 from the store terminal 10 is individually transmitted to the first shopping mall server 30A and the second shopping mall server 30B. It is not possible to view the order information D1 of the first shopping mall server 30A and the order information D1 of the second shopping mall server 30B at the same time or update them at the same time, unlike the example of FIG. In FIG. 3, it is shown that the order information D1 of the first shopping mall server 30A is updated.

Here, when the order information D1 managed by the shopping mall server 30 is updated based on the business know-how of the manager of the virtual store, the store terminal 10 directly accesses the shopping mall server 30 via the network N. The order information D1 can be rewritten sequentially. Further, in order to reduce the burden on the virtual store administrator, the order information update server 50 is used, and the order information D1 (virtual) of the shopping mall server 30 is used with the condition / update content information D3 predetermined by the virtual store administrator. It is also possible to update the order information D1) of the products purchased at the store at once.

The input of information based on the condition / update content input screen by the store terminal 10 and the generation and storage of the condition / update content information D3 based on this information are the same as the example of FIG. 2 except for the following points, so the description is omitted. To do. The next point is that the order information update server 50 does not acquire the server storage information D2 from the order information management server 40, but acquires the server storage information D2 from the shopping mall server 30 every predetermined time. The order information update server 50 transmits a transmission request of order information D1 to the shopping mall server 30 (first shopping mall server 30A) at predetermined time intervals, and orders information D1 is transmitted from the shopping mall server 30 in response to the request. The received order information D1 is changed based on the received and stored condition / update content information D3. The order information D1 may be changed based on the condition / update content information D3 and the server storage information D2. Then, the changed order information D1 is transmitted to the shopping mall server 30 to update the order information D1 stored in the shopping mall server 30. Here, when the condition / update content information D3 for a plurality of virtual stores is stored, the update process of the order information D1 for the plurality of virtual stores is collectively updated at predetermined time intervals. Further, although only the first shopping center server 30A is shown in FIG. 3, the order information D1 may be continuously updated for the plurality of shopping mall servers 30 at predetermined time intervals. When the store terminal 10 is instructed to update, only the order information D1 corresponding to the product purchased at the store terminal 10 may be updated.

[Condition / update content input screen: Main screen]
An example of the condition / update content input screen for accepting the input information (condition / update content input information) that is the basis of the condition / update content information D2 will be described below. First, the main screen of the condition / update content input screen will be described with reference to FIGS. 4 to 10. For example, the main screen is a screen displayed on the display unit 105 (FIGS. 2 and 3) of the store terminal 10 after logging in to the order information update server 50 and following the selection screen. For the selection screen, select whether to display the condition / update content input screen for updating the order information D1 of the order information management server 40 or the condition / update content input screen for updating the order information D1 of the shopping mall server 30. It is a screen to do. Note that FIG. 4 is a screen for inputting conditions / update contents for updating the order information D1 of the order information management server 40 shown in FIG. 2, but conditions / update contents for updating the order information D1 of the order information management server 40. The input screen and the condition / update content input screen for updating the order information D1 of the shopping mall server 30 may be the same. FIG. 4 is a screen view showing an example of the main screen G1 of the condition / update content input screen. The main screen G1 of the condition / update content input screen is displayed on the display unit 105 of the store terminal 10. The main screen G1 of the condition / update content input screen has an update history display operator G10, a condition / update content input area G11, a confirmation display operator G12, an update execution operator G13, and an order information split screen display instruction operator G14. , And the display instruction operator G15 and the like on the planned product screen are displayed.

The update history display operator G10 is an operator for inputting an instruction to transmit history information indicating the execution history of the update process of the store order information update means to the store terminal. When the update history display operator G10 is operated by a pointing device such as a mouse or a touch panel, information indicating the operation content (history information display instruction) is transmitted from the store terminal 10 to the order information update server 50. .. The order information update server 50 that has received this operation content transmits history information to the store terminal 10. When the store terminal 10 receives the history information, the store terminal 10 displays the history information on the display unit 105. For example, a history screen G9 showing history information is displayed. The history screen G9 will be described later with reference to FIG.

The condition / update content input area G11 displays the condition display area G111 and the update content addition instruction operator G112. The condition display area G111 is an area for displaying the conditions input to the manager of the virtual store, and has (displays) the condition addition operator G1111 for instructing the input of the conditions. The update content addition instruction operator G112 is an operator for instructing the display of the input screen of the update content (update result) of the order information D1 corresponding to the condition displayed in the condition display area G111. The conditions and result input method in the condition / update content input area G11 will be described later with reference to FIGS. 5 to 10. The title input field G113 is a field for inputting a title of a combination of the input conditions and the updated contents.

The confirmation display operator G12 is instructed to display confirmation information (store terminal) indicating how the order information D1 is changed when the update process of the order information D1 based on the condition / update content information D3 is executed. It is an operator for inputting (instruction to send to). When the confirmation display operator G12 is operated by a pointing device such as a mouse or a touch panel, information indicating the operation content (display instruction of confirmation information) is transmitted from the store terminal 10 to the order information update server 50. .. Upon receiving this operation content, the order information update server 50 performs a process of displaying confirmation information on the store terminal. At this time, the CPU 51 of the order information update server 50 functions as the "confirmation information display processing means" of the present invention. Specifically, the order information update server 50 transmits confirmation information to the store terminal 10. When the store terminal 10 receives the confirmation information, the store terminal 10 displays it on the display unit 105. For example, a confirmation screen G8 showing confirmation information is displayed. The confirmation screen G8 will be described later with reference to FIG.

The update execution operator G13 is an operator for inputting an instruction to execute the update process of the order information D1 based on the condition / update content information D3. When the update execution operator G13 is operated by a pointing device such as a mouse or a touch panel, information indicating the operation content (instruction to execute the update process) is transmitted from the store terminal 10 to the order information update server 50. The order information update server 50 that has received this operation content changes the order information D1 based on the condition / update content information D3, and the changed order information D1 is used to change the order information of the shopping mall server 30 or the order information management server 40. Update D1.

The display instruction operator G14 of the order information division screen is an operator for inputting the display instruction of the order information division screen G1A shown in FIG. When the display instruction controller G14 of the order information split screen G1A is operated by a pointing device such as a mouse or a touch panel, the operation content (display instruction of the order information split screen G1A) is sent from the store terminal 10 to the order information update server 50. ) Is transmitted. Upon receiving this operation content (display instruction of the order information division screen G1A), the order information update server 50 transmits information for displaying the order information division screen G1A on the store terminal 10 to the store terminal 10.

The display instruction operator G15 of the planned product screen is an operator for inputting the display instruction of the planned product screen G1B shown in FIG. When the display instruction controller G15 of the planned product screen G1B is operated by a pointing device such as a mouse or a touch panel, the operation content (display instruction of the planned product screen G1B) is transmitted from the store terminal 10 to the order information update server 50. The information shown is sent. Upon receiving this operation content (display instruction of the planned product screen G1B), the order information update server 50 transmits information for displaying the planned product screen G1B on the store terminal 10 to the store terminal 10.

[Condition / update content input screen: Condition / update content input method for main screen G1 condition / update content input area G11]
Hereinafter, a method of inputting the condition / update content into the condition / update content input area G11 on the main screen G1 of the condition / update content input screen will be described with reference to FIGS. 4 to 10. FIG. 5 is a screen view showing a first pop-up window G2 for inputting conditions. FIG. 6 is a screen view showing a second pop-up window G3 for inputting conditions. FIG. 7 is a diagram showing a main screen G1 in a state where conditions are input. FIG. 8 is a screen view showing a first pop-up window G5 for inputting update contents. FIG. 9 is a screen view showing a second pop-up window G6 for inputting update contents. FIG. 10 is a screen view showing the main screen G1 in a state in which conditions and update contents are input. Note that FIG. 10 shows only the condition / update content input area G11 portion of the main screen G1.

With reference to FIG. 4, when the condition addition operator G1111 is operated by a pointing device such as a mouse or a touch panel, the condition input first pop-up window G2 shown in FIG. 5 is displayed superimposed on the main screen G1. To. The condition is input as "when" ○○ "is" XX "", but in the first pop-up window G2 for condition input, the part "" ○○ "is" is an input candidate. Items G21 are listed. By selecting (for example, double-clicking) any of the listed items G21 with a pointing device or the like, the condition of the part "" ○○ "is" can be input. The condition deletion operator G22 is displayed in the first pop-up window G2 for inputting the condition, and the condition of the part "" ○○ "is already input by operating the condition deletion operator G22". If so, this condition can be removed. When the condition of "" ○○ "is" is input, the condition input second pop-up window G3 shown in FIG. 6 is displayed in place of the first pop-up window G2. By operating the "x" in the upper right corner of the first pop-up window G2 for condition input, the first pop-up for condition input can be performed without confirming the input (without displaying the second pop-up window G3 for condition input). The display of the window G2 can be terminated.

With reference to FIG. 6, in the second pop-up window G3 for condition input, the input candidate of the part "when" XX "" of the condition "when" XX "is" XX "" Is displayed. In FIG. 6, it is shown that "the" transport method designation "is" is input in the first pop-up window G2 for inputting the condition. Then, in the input area G31, a plurality of input candidates "when it is" XX "" are displayed. Here, three types of input candidates, "normal temperature", "refrigerated", and "frozen" are displayed. A check box is displayed next to the input candidate, and by selecting this check box with a pointing device or the like, the condition of "when it is" XX "" can be input. Here, among the input candidates, the condition of "when it is" frozen "" is input. When this input is performed, the display of the second pop-up window G3 for inputting the condition is terminated, and the main screen G1 in the state in which the condition as shown in FIG. 7 is input is displayed. By operating the "x" in the upper right corner of the second pop-up window G3 for condition input, the display of the second pop-up window G3 for condition input can be terminated without confirming the input.

With reference to FIG. 7, the input condition "when" XX "is" XX "" is displayed in the condition display area G111. The area displaying "○○" is approximately the first condition display area G1112, and the area displaying "XX" is approximately the second condition display area G1113. In addition, a condition / update content input area G11 in which the condition is not displayed is additionally displayed directly below the condition / update content input area G11 in which the condition is displayed so that new conditions and update contents can be input. .. In addition, the title input field G113 is displayed, and the title corresponding to the input of the condition / update content can be input. Then, when the update content addition instruction operator G112 is operated by a pointing device or the like, the update content input first pop-up window G5 as shown in FIG. 8 is displayed superimposed on the main screen G1.

Next, referring to FIG. 8, in the first pop-up window G5 for inputting the update content, among the update contents (contents) of the order information D1 that "change" XX "to" XX "", " The input candidate G51 of "○○" is displayed. By selecting (for example, double-clicking) any of the listed items G51 with a pointing device or the like, it is possible to input the updated content of the "" ○○ "" part. The update content deletion operator G52 is displayed in the first pop-up window G5 for inputting the update content, and by operating the update content deletion operator G52, the part of "" ○○ "" has already been updated. This update can be deleted if the content has been entered. When the update content of the "" ○○ "" part is input, the update content input second pop-up window G6 shown in FIG. 9 is displayed in place of the update content input first pop-up window G5. By operating the "x" in the upper right corner of the first pop-up window G5 for inputting update contents, the input is not confirmed (without displaying the second pop-up window G6 for inputting update contents). The display of the first pop-up window G5 can be terminated.

Next, referring to FIG. 9, in the second pop-up window G6 for inputting the update content, among the update contents (contents) of the order information D1 that "change" XX "to" XX "", " A plurality of input candidates G61 of "XX" are displayed. Further, in the second pop-up window G6 for inputting the update contents of FIG. 9, a plurality of input candidates G62 of another type of "XX" are displayed. Here, it is shown that the "shipping method" is entered in "○○" among the updated contents (contents) of the order information D1 that "changes" ○○ "to" XX "". Has been done. Then, as the plurality of input candidates G61, the delivery service names of the plurality of shipping companies are displayed. In FIG. 9, "Yamato (payment) B2V6" is selected from the input candidates G61. In addition, as the input candidate G62, select the transportation method (transportation temperature such as freezing, refrigerating, room temperature, etc.), the type of seal, the type of invoice (type of prepaid invoice, invoice for arrival payment, etc.), type of delivery service, etc. You can do it. After the input candidates G61 and G62 are appropriately selected, the setting operator G63 displayed in the second pop-up window G6 for inputting the update content is operated by a pointing device or the like, so that "" ○○ "is changed to" XX ". Of the updated contents (contents) of the order information D1 that says "to make", the input of "XX" is confirmed. As a result, the display of the second pop-up window G6 for inputting the update content is terminated, and the main screen G1 as shown in FIG. 10 is displayed. By operating the "x" in the upper right corner of the second pop-up window G6 for inputting updated contents, the display of the second pop-up window G6 for inputting updated contents can be terminated without confirming the input.

With reference to FIG. 10, the main screen G1 in a state in which conditions and update contents are input will be described. When the update content is input, the update content is displayed in the condition / update content input area G11. Of the updated contents (contents) of the order information D1 that "changes" ○○ "to" XX "", the area for displaying "○○" is the first updated content display area G114, "XX". (Area corresponding to the selected input of the input candidate G61 in FIG. 9) is the second update content display area G115. Further, in the update content display area G116, the optional update content (shipping temperature) input by the selection of the input candidate G61 in FIG. 9 is displayed. Even if the input is confirmed, if the update execution operator G13 of the main screen G1 of FIG. 4 is not operated, the condition / update content information D3 is not generated, and the order information D1 is based on the condition / update content information D3. Is not updated either.

[Order information split screen on the condition / update content input screen]
In the first embodiment, it is possible to display a condition / update content input screen of a type different from that of the main screen G1. Specifically, the order information split screen can be displayed as another type of condition / update content input screen. The order information split screen is displayed when the display instruction operator G14 of the order information split screen of FIG. 4 is operated. FIG. 16 is a screen view showing an example of the order information split screen. The order information split screen G1A is an interface for inputting the following condition / update content input information for generating the following condition / update content information D3. That is, as the update content, the condition / update content information D3 indicating that one order information D1 is divided into a plurality of order information D1 is generated. It should be noted that dividing one order information D1 into a plurality of order information D1 is described as a division setting.

On the order information split screen G1A, an update history display operator G10, a split update content input area G100, a confirmation display operator G12, an update execution operator G13, and the like are displayed. In the split update content input area G100, the split setting operator G1011, the split setting non-adopted operator G1012, and the condition / update content input area G11 are displayed. The condition / update content input area G11 has the same function as the condition / update content input area G11 of the main screen G1. The division setting operator G1011 is an operator for inputting an instruction not to adopt the division setting. By checking the split setting non-adopted operator G1012, the condition / update content information D3 related to the split setting can be invalidated. By operating the split setting operator G1011 with a pointing device or the like, the split setting input pop-up screen G200 shown in FIG. 17 is displayed superimposed on the order information split screen G1A. The split setting input pop-up screen G200 is a user interface for inputting condition / update content input information related to the split setting.

FIG. 17 is a screen view showing the split setting input pop-up screen G200. The split setting input pop-up screen G200 displays the split operator G201, the order classification tag addition operator G202, the refrigerated bundled operator G203, the frozen bundled operator G204, and the setting save operator 205.

The division operator G201 is an operator for inputting an update content for dividing one order information D1 into a plurality of parts when the temperature zone designation of the product master display satisfies a predetermined condition. Specifically, the split operator G201 states that "when a plurality of products are purchased, the transport method (temperature zone) designation (normal temperature, freezing, refrigeration) in the product master display of each product is not the same". It is an operator for inputting as a condition and for inputting the update content of "dividing the order information D1 according to the transport method (temperature zone)". By operating (checking) the division operator G201 with a pointing device or the like, it is possible to input such a condition in association with the update content. The condition / update content information D3 generated based on this condition / update content input information is "a transport method (temperature range: normal temperature, freezing, refrigeration) in the product master display of each product when a plurality of products are purchased. ) Is not the same ”and“ the order information D1 is divided according to the transport method (temperature range: normal temperature, freezing, refrigeration) ”is the information to be shown in association with each other.

The order classification tag addition operator G202 sets the "order classification tag" to "transportation method (temperature zone: normal temperature, freezing, refrigerating type)" in correspondence with the condition that the order information D1 is divided (additional entry). This is an operator for inputting the updated contents. By operating (checking) the order classification tag addition operator G202 with a pointing device or the like, it is possible to input such conditions and update contents in association with each other. The refrigerated bundled operator G203 bundles the product with the refrigerated product in accordance with the condition that the order information D1 is divided and the transport method is specified as a room temperature product and a refrigerated product. It is an operator for inputting the updated contents. By operating (checking) the refrigerating bundled operator G203 with a pointing device or the like, it is possible to input such conditions and the updated contents in association with each other. The freezing bundled operator G204 bundles the product with the frozen product in accordance with the condition that the order information D1 is divided and the transport method designation includes the product at room temperature and the frozen product. It is an operator for inputting the updated contents. By operating (checking) the freezing bundled operator G204 with a pointing device or the like, it is possible to input such conditions and the updated contents in association with each other.

The setting save operator 205 is an operator for confirming an input to any one of the split operator G201, the order classification tag addition operator G202, the refrigerating bundled operator G203, and the refrigerating bundled operator G204. By operating the setting save operator 205 with a pointing device or the like, the input to the division operator G201, the order classification tag addition operator G202, the refrigerating bundled operator G203, and the refrigerating bundled operator G204 is confirmed. When the input is confirmed, the display of the split setting input pop-up screen G200 is terminated. Even if the input is confirmed, if the update execution operator G13 of the order information split screen G1A of FIG. 16 is not operated, the condition / update content information D3 is not generated and the order is placed based on the condition / update content information D3. Information D1 is not updated either.

In addition, a condition regarding the information of the shipping source and the like may be input, and in correspondence with this condition, the order information D1 may be input to be divided for each shipping source as the update content.

[Planned product screen of condition / update content input screen]
In the first embodiment, it is possible to display a condition / update content input screen of a type different from the main screen G1 and the order information split screen G1A. Specifically, the planned product screen can be displayed as another type of condition / update content input screen. The planned product screen is displayed when the display instruction operator G15 of the planned product screen of FIG. 4 is operated. FIG. 18 is a screen view showing an example of the planned product screen. The planned product screen G1B is an interface for inputting the following condition / update content input information for generating the following condition / update content information D3. That is, the order information D1 contains additional information of a specific item including gifts or gifts, gift wrapping, etc., as a condition regarding the information contained in the order information D1 and / or the information based on this information. It is for generating the condition / update content information D3 indicating the update content indicating that the product code of the specific item is included in the order information D1 when the condition is satisfied.

On the planned product screen G1B, a table (for example, a table in CSV format, etc.) in which a "specific item" and a "product code" are input in association with each other is read into the store terminal 10 (downloaded from another information processing device or (By reading from a storage medium, etc.), condition / update content input information can be acquired. The planned product screen G1B displays the template download operator G301, the file selection operator G302, the download operator G303, the condition / update content input information display area G304, and the upload operator G305.

The template download operator G301 is an operator for instructing to template and download a table (for example, a table in CSV format or the like) for inputting a "specific item" and a "product code". By the operation of this operator, the store terminal 10 downloads this template from the order information update server 50. The file selection operator G302 is an operation for instructing the file of the above table stored in the storage unit 104 (FIG. 2) of the store terminal 10 or the external storage medium to be used as the condition / update content input information. I'm a child. The download operator G303 is an operator that instructs the above table to be downloaded from another information processing device (for example, the order information update server 50) and used as condition / update content input information.

The condition / update content input information display area G304 displays the condition / update content input information input by the operations of the file selection operator G302 and the download operator G303. The upload operator G305 is an operator that uploads the condition / update content input information to the order information update server 50. This operator has the same function as the update execution operator G13, and when operated, the condition / update content information D3 is generated, and the order information D1 is updated based on the condition / update content information D3. Will be done.

(confirmation screen)
The confirmation screen will be described below with reference to FIG. FIG. 11 is a screen view showing an example of the confirmation screen. The confirmation screen G8 is displayed by operating the confirmation display operator G12 on the main screen G1 of FIG. 4 with a pointing device or the like. The confirmation screen G8 displays confirmation information indicating how the order information D1 is changed when the update process is executed. The confirmation screen G8 shows the order information D1 when it is updated, and the updated part is displayed by making the color of the text different from the others. In FIG. 11, the difference in text color is shown by the density of the text. The virtual store administrator can determine whether the condition / update content input information is appropriate by looking at the confirmation screen G8, and if it is inappropriate, change it by changing the input content on the main screen G1. it can. Since the confirmation screen G8 is a pop-up screen and is displayed superimposed on the main screen G1, the store manager can change the contents of the main screen G1 while looking at the confirmation screen G8. As a result, it is possible to generate the condition / update content D3 that appropriately reflects the business know-how of the virtual store manager.

(History screen)
The history screen will be described below with reference to FIG. FIG. 12 is a screen view showing an example of the history screen. The history screen G9 is displayed by operating the update history display operator G10 on the main screen G1 of FIG. 4 with a pointing device or the like. The history screen G9 displays history information indicating the execution history of the update process of the order information update means 513 (FIGS. 2 and 3). That is, the history screen G9 shows the changed part in the order information D1 changed in the past. The information of the changed part is downloaded from the order information update server 50 and acquired by the store terminal 10. In FIG. 12, the history screen G9 corresponds to the previously updated order information D1 (slip number), and the content of the “condition” and the “match of conditions” of the condition / update content information D3 in which the order information D1 is changed. The presence / absence of, the presence / absence of adoption of "update content (update result)" due to this match, and the "update content (update result)" are displayed. The manager of the virtual store can determine whether the condition / update content information D3 is appropriate by looking at the history screen G9, and if it is inappropriate, can change it by inputting to the main screen G1. Since the history screen G9 is a pop-up screen and is displayed superimposed on the main screen G1, the store manager can change the condition / update content input information on the main screen G1 while looking at the history screen G9. .. As a result, it is possible to modify the condition / update content D3 that appropriately reflects the business know-how of the virtual store manager.

[Condition / update content information D3 based on condition / update content input information]
Hereinafter, the condition / update content information D3 generated based on the condition / update content input information will be described. A plurality of condition / update content information D3 may be stored in the condition / update content information database 522 of the storage unit 52 for the same virtual store by the condition / update content registration means 511 (condition / update content storage means). An input method for storing a plurality of condition / update content information D3 in the condition / update content information database 522 will be described with reference to FIG.

FIG. 13 is a screen view showing an example of the main screen G1 of the condition / update content input screen in which the condition and the update content are input. In FIG. 13, only the condition / update content input area G11 portion of the main screen G1 is displayed. In FIG. 13, a plurality of (two) condition display areas G111 are displayed vertically side by side on the main screen G1. In the upper condition display area G111, there is a condition that "when" total width x depth x height (total width x depth x height of purchased product) "is" within 50 (within 50 cubic centimeters) "". It is displayed, indicating that the condition has been entered. Then, since "shipping method" is displayed in the first update content display area G114 and "Yamato (Nekoposu)" is displayed in the second update content display area G115, "Yamato (Nekoposu)" is displayed as the update content corresponding to the input condition. It is shown that "Set the" Shipping method "to" Yamato (Nekoposu) "" has been entered. Based on this input information, in the upper condition display area G111, in the order information D1, "" total width x depth x height (total width x depth x height of purchased product) "is within 50 (50). When it is "within cubic centimeters)", it is possible to generate the condition / update content information D2 that "set the" shipping method "to" Yamato (cat POS) "".

Then, in the lower condition display area G111, "" total width x depth x height (total width x depth x height of purchased product) "is" 50 over (exceeding 50 cubic centimeters) ". Two conditions, "when there is" and "when" total width x depth x height (total width x depth x height of purchased product) "is" 100 or more (100 cubic centimeters) "" Is displayed, indicating that the two conditions have been entered.

Then, two update contents are input as the update contents. That is, two first update content display areas G114 and two second update content display areas G115 are arranged side by side in the vertical direction. Since "Shipping method" is displayed in the upper first update content display area G114 and "Yamato (Nekoposu)" is displayed in the second update content display area G115, "Yamato (Nekoposu)" is displayed as the update content corresponding to the input condition. It is shown that "Set the" Shipping method "to" Yamato (Nekoposu) "" has been entered. In addition, as an optional update, it is shown that the invoice will be "Nekoposu". Further, since "Option 1" is displayed in the lower first update content display area G114 and "Number of units: 2" is displayed in the second update content display area G115, the update content corresponding to the input condition is displayed. As a result, it is shown that "change" option 1 "to" number of units: 2 "" is input.

Based on the above input information, the condition that "width x depth x height total (total width x depth x height of purchased product)" is "50 over (more than 50 cubic centimeters)". And "when the condition" "total width x depth x height (total width x depth x height of purchased product)" is "100 or more (100 cubic centimeters)" is satisfied, the order is placed. Information D1 is the condition / update content of "set" shipping method "to" Yamato (cat POS) "", set the invoice to "cat POS", and "set" option 1 "to" number of units: 2 "". Information D3 can be generated.

By the above input method, a plurality of condition / update content information D3 can be stored in the condition / update content information database 522.

Further, the condition / update content information D3 may be information indicating a plurality of conditions and at least one update content when these conditions are satisfied. An input method for generating the condition / update content information D3 indicating a plurality of conditions and at least one update content when these conditions are satisfied will be described with reference to FIGS. 13 and 14. FIG. 14 is a screen view showing an example of the main screen G1 of the condition / update content input screen in which the condition and the update content are input. In FIG. 14, only the condition / update content input area G11 portion of the main screen G1 is displayed.

First, with reference to FIG. 13, as described above, two conditions are displayed in the condition display area G111 on the lower side of FIG. 13, and it is shown that the two conditions are input. ing. Further, in FIG. 13, two first update content display areas G114 and two second update content display areas G115 are arranged side by side in the vertical direction, and a plurality of (two) update contents are input as update contents. .. As shown in FIG. 13, when a plurality of conditions are input and update contents are input so as to correspond to the plurality of conditions, the condition / update content information D2 generated based on the input information becomes The information is shown in association with a plurality of conditions and at least one update content (update result). In the case of the example of FIG. 13, the condition / update content information D2 is information indicating a plurality of (two) conditions and a plurality of (two) update contents in association with each other.

Next, referring to FIG. 14, in the condition display area G111, there is a condition that "when the" product option "is" score: there is a product that uses a coupon "" and "the" product option "is" score: coupon ". Two conditions are displayed, such as "when there is no product containing a gift", indicating that the two conditions have been entered. Then, since "selling unit price" is displayed in the first update content display area G114 and "500 yen" is displayed in the second update content display area G115, "" sell "is displayed as the update content corresponding to the input condition. It is shown that "the unit price" is set to "500 yen". Based on this condition / update content input information, the condition that "when" product option "is" score: there is a product that uses a coupon "" and "" product option "is" score: there is no product that includes a coupon gift ". It is possible to generate the condition / update content information D3 that shows the two conditions of "when" and the update content of "setting the" selling unit price "to" 500 yen "" in association with each other. In addition, when you purchase a product, you may receive a discount coupon, and if the discount coupon is used by the purchaser, you may be discounted from the regular price and the selling price may be 500 yen. The condition / update content information D3 based on the input information shown in No. 14 can update the order information D1 in response to such a case. In addition, a discount coupon is distributed for the purchase of the product, and in order to prevent the distributed discount coupon from being used for the purchase of the product, "" Product option "is" Score: Product including coupon gift ". The condition "when there is no" is also entered. In this case, it is preferable that the selling unit price of all the purchased products in the order information D1 is not changed to 500 yen, but only the selling unit price of the product using the discount coupon is changed to 500 yen.

The condition / update content information D3 may indicate the addition of a keyword to the content of the order information D1 as the update content of the order information D1. An input method for generating such condition / update content information D3 will be described with reference to FIG. FIG. 15 is a screen view showing an example of the main screen G1 of the condition / update content input screen in which the condition and the update content are input.

In the condition display area G111 shown in FIG. 15, the condition "when the" desired delivery date "is" [3 business days after the order date + before the number of delivery days] "is displayed (input). Then, "order classification tag" is displayed in the first update content display area G114, and "delivery is not possible" is displayed in the second update content display area G115. It is shown that "Make it possible" is entered. The condition / update content information D3 generated based on this condition / update content input information corresponds to the condition "when the" desired delivery date "is" [3 business days after the order date + before the delivery days] "". In addition, the update content (update result) of "addition of the keyword" undeliverable "to the content of the" order classification tag "of the order information D1" is shown. In this way, if a keyword can be added to the order information D1, only the order information D1 including the keyword of a specific keyword (“undeliverable” in the example of FIG. 15) can be extracted by performing a keyword search. it can. For example, management of a virtual store by extracting only order information D1 including the keyword "undeliverable" and not being able to deliver to the purchaser who purchased the product related to this order information D1 on the desired delivery date. Can be contacted. The business day of the virtual store may be registered in advance as the server storage information D2.

(Process for updating order information D1 executed by order information update server 50)
Hereinafter, the process performed by the CPU 51 of the order information update server 50 by executing the order information update program will be described with reference to FIGS. 19 to 20. FIG. 19 is a flowchart (No. 1) showing an example of the order information update process executed by the order information change server. FIG. 20 is a flowchart (No. 2) showing an example of the order information update process executed by the order information change server. FIG. 21 is a flowchart showing an example of the order information update process executed by the order information change server every predetermined time.

First, an example of the order information update main process will be described with reference to FIGS. 19 and 20. The order information update main process is always executed unless the order information update server 50 is in the operation stop state. First, referring to FIG. 19, the CPU 51 acquires the server storage information D2 from the order information management server 40 and the shopping mall server 30 (the first shopping mall server 30A and the second shopping mall server 30B), and the storage unit 52. It is stored in the server storage information database 521 of the above (S1).

Then, the CPU 51 determines whether or not there has been an access from the store terminal 10 (S2). If it is determined that there is no access from the store terminal 10 (NO in S2), the CPU 51 executes step S2 until there is access for a predetermined time, and if there is no access for a predetermined time, the process is performed in step S1. Return to. If it is determined that there is access from the store terminal 10 (YES in S2), the CPU 51 executes the login process (S3). In the login process, the login screen is displayed on the store terminal 10, and it is determined whether or not an appropriate ID and password have been input on the login screen. When an appropriate ID and password are input, the CPU 51 displays a selection screen and inputs the conditions / update contents for updating the order information D1 of the order information management server 40, or the shopping mall server 30. Select whether to input the conditions and update contents for updating the order information D1. In response to this selection, the CPU 51 performs a process for displaying the condition / update content input screen as shown in FIGS. 4 to 10 and 13 to 18 on the store terminal 10. When the administrator of the virtual store inputs the condition / update content based on the condition / update content input screen, the condition / update content indicating the input content to the order information update server 50 from the store terminal 10 The input information will be transmitted. If the appropriate ID and password are not input, the CPU 51 does not shift to the process for displaying the selection screen and the condition / update content input screen on the store terminal 10.

Next, the CPU 51 determines whether or not the condition / update content input information has been acquired (received) (S4). When it is determined that the condition / update content input information has been acquired (YES in S4), the CPU 51 stores the condition / update content input information in the storage unit 52 (S5), and proceeds to the process in step S6. On the other hand, if it is determined that the condition / update content input information has not been acquired (NO in S4), the CPU 51 proceeds to step S6 without executing step S5.

In step S6, the CPU 51 determines whether or not the store terminal 10 has been instructed to display the confirmation information (S6). The confirmation information display instruction is received when the confirmation display operator G12 is operated on the main screen G1 of the condition / update content input screen shown in FIG. 4 (for example, by the operation unit 101 such as a mouse or a touch panel). (Accepted), when this operation is performed, information indicating the operation content is transmitted from the store terminal 10 to the order information update server 50. When this information is received, it is determined that the confirmation information display instruction has been given. When it is determined that the store terminal 10 has been instructed to display the confirmation information (it is determined that the confirmation display operator G12 has been operated) (YES in S6), the CPU 51 performs the confirmation information display process (S7). The confirmation information display process is based on the condition / update content information D3 stored in the condition / update content database 522 of the storage unit 5 by acquiring the order information D1 from the shopping mall server 30 or the order information management server 40. This is a process of displaying the confirmation information (for example, the confirmation screen G8 of FIG. 11) on the store terminal 10 by changing the order information D1 acquired in the above and transmitting the changed order information D1 to the store terminal 10. .. After this, the CPU 51 advances the process to step S8. On the other hand, if it is determined that the store terminal 10 has not been instructed to display the confirmation information (NO in S6), the CPU 51 proceeds to step S8 without executing step S7.

With reference to FIG. 20, the CPU 51 determines whether or not the store terminal 10 has been instructed to execute the update process (S8). The update process execution instruction is received when the update execution operator G13 is operated on the main screen G1 of the condition / update content input screen shown in FIG. 4 (for example, it is received by the operation unit 101 such as a mouse or a touch panel). When this operation is performed, the store terminal 10 transmits information indicating the operation content to the order information update server 50. When this information is received, it is determined that there was an instruction to execute the update. When it is determined that the store terminal 10 has been instructed to execute the update process (received the instruction to execute the update process) (YES in S8), the CPU 51 performs the update process (S9). In the update process, the order information D1 is acquired from the shopping mall server 30 or the order information management server 40, and is acquired based on the condition / update content information D3 stored in the condition / update content database 522 of the storage unit 5. The order information D1 is changed, the changed order information D1 is transmitted to the shopping mall server 30 or the order information management server 40, and the changed order information D1 is used as the order information D1 of the shopping mall server 30 or the order information management server 40. It is a process to update. In this process, the processes of steps S21 to S26, which will be described later, are executed using FIG. 21. The updated content is stored in the storage unit 52 for transmission as history information in a later step S11. After that, the process proceeds to step S10. On the other hand, if it is determined that the store terminal 10 has not been instructed to execute the update process (NO in S8), the CPU 51 proceeds to the process in step S10 without executing step S9.

In step S10, the CPU 51 determines whether or not the store terminal 10 has been instructed to display the history information (S10). The history information display instruction is received when the update history display operator G10 is operated on the main screen G1 of the condition / update content input screen shown in FIG. 4 (for example, the operation unit 101 such as a mouse or a touch panel). (Accepted), when this operation is performed, information indicating the operation content (instruction to display history information) is transmitted from the store terminal 10 to the order information update server 50. When this information is received, it is determined that the history display instruction has been given. When it is determined that the store terminal 10 has been instructed to display the history information (it is determined that the instruction to display the history information has been received) (YES in S10), the CPU 51 performs the history information display process (S11). By executing step S11, the CPU 51 functions as the "history information display processing means" of the present invention. The history information display process is to send history information indicating the execution history (updated content) of the past order information D1 to the store terminal 10 based on the condition / updated content information D3, so that the history is sent to the store terminal 10. This is a process for displaying information. Here, for example, the history information may be displayed by displaying the execution history screen G9 on the store terminal 10 as shown in FIG. It should be noted that the order information update server 50 may store only the update contents of the order information D1 updated in the past predetermined period (for example, the past March), and transmit only the history information indicating the update contents of the predetermined period. .. After that, the process proceeds to step S12. On the other hand, if it is determined that the store terminal 10 has not been instructed to display the history information (NO in S10), the CPU 51 proceeds to step S12 without executing step S11.

In step S12, the CPU 51 determines whether or not the end instruction of this process has been received from the store terminal 10 (S12). For example, when the store terminal 10 accepts a log-out instruction or an instruction to end the browser function, it is determined that the instruction to end has been accepted. If it is determined that the end instruction of this process has been received from the store terminal 10 (YES in S12), the CPU 51 returns the process to step S1. As a result, step S1 is repeatedly executed every predetermined time elapses. On the other hand, if it is determined that the end instruction of this process is not received from the store terminal 10 (NO in S12), the CPU 51 returns the process to step S4.

Next, an example of the order information update process for each predetermined time elapse will be described with reference to FIG. The order information update process for each predetermined time elapse is executed every predetermined time elapse. As a result, it may be executed several times a day. First, the CPU 51 reads the condition / update content information D3 from the storage unit 52 (S21). After that, the CPU 51 acquires the order information D1 from the shopping mall server 30 or the order information management server 40 (S22). Specifically, in step S22, the transmission request of the order information D1 is transmitted to the shopping mall server 30 or the order information management server 40, and the order information is ordered from the shopping mall server 30 or the order information management server 40 that responds to the transmission request. Receive D1.

After that, the CPU 51 performs a condition determination process on the order information D1 acquired in step S22 based on the condition / update content information D3 read in step S21 (S23). Here, for one acquired order information D1, it is determined whether or not there is an item that matches the read condition / update content information D3 and the update condition. Here, all the conditions / update content information D3 that read this process are performed.

Then, the CPU 51 stores the update content (update result) that matches the update condition in the storage unit 52 (S24). Next, the CPU 51 stores the update content (update result) that matches the update condition in the storage unit 52 (S24). Then, the CPU 51 determines whether or not the condition determination process of step S23 has been executed for all the order information D1 acquired in step S22 (S25). If it is determined that the condition determination process in step S23 has not been executed for all the order information D1 acquired in step S22 (NO in S25), the CPU 51 returns the process to step S23 and still processes in step S23. The condition determination process is executed for the order information D1 for which is not executed. On the other hand, when it is determined that the condition determination process of step S23 has been executed for all the order information D1 acquired in step S22 (YES in S25), the CPU 51 has updated contents stored in the storage unit 52 (YES in S25). Based on the content), the order information D1 acquired in step S22 is changed, the changed order information D1 is transmitted to the shopping mall server 30 and the order information management server 40, and the changed order information D1 is used for the shopping mall. The order information D1 of the server 30 and the order information management server 40 is updated (S26). After this, the CPU 51 ends this process.

[Second Embodiment]
Hereinafter, the electronic shopping mall system according to the second embodiment will be described with reference to FIGS. 1, 22 and 23. With reference to FIG. 1, the electronic shopping mall system 1A according to the second embodiment is different from the shopping mall system 1 according to the first embodiment only in that it does not include the order information update server 50, and the other configurations are the first. 1 It is the same as the shopping mall system 1 according to the embodiment. More specifically, in the electronic shopping mall system 1 according to the first embodiment, the order information update main process (FIGS. 19 and 20) executed by the order information update server 50, and the order every predetermined time elapses. In the electronic shopping mall system 1A according to the second embodiment, the information update process (FIG. 21) is performed by the store terminal 10A executing the order information update application. The order information update application may be downloaded in advance from the shopping mall server 30 or the like, or may be stored from the time of shipment of the store terminal 10A.

The electronic shopping center system 1A according to the second embodiment will be described only with a configuration different from that of the electronic shopping mall system 1 according to the first embodiment, and the same configuration will be omitted. FIG. 22 is a diagram showing an example of sending and receiving information from the purchase of a product to the update of order information and the configuration of a store terminal in the electronic shopping mall system according to the second embodiment. FIG. 23 is a diagram showing another example of sending and receiving information from the purchase of a product to the update of order information and the configuration of a store terminal in the electronic shopping mall system according to the second embodiment.

FIG. 22 shows the transmission / reception of information for updating the order information D1 of the order information management server 40 in the electronic shopping mall system 1A according to the second embodiment. FIG. 23 shows the transmission / reception of information for updating the order information D1 of the shopping mall server 30 in the electronic shopping mall system 1A according to the second embodiment. In the electronic shopping mall system 1A according to the second embodiment, the CPU 103 of the store terminal 10A executes the order information update application stored in the storage unit 104 to store the input information acquisition means 1030 and the condition / update content information. It functions as means 1031, server storage information acquisition means 1032, and order information update means 1033. The condition / update content information storage means 1031 has the same function as the condition / update content information storage means 511. The server storage information acquisition unit 1032 has the same function as the server storage information acquisition unit 512. The order information updating means 1033 has the same function as the order information updating means 513. However, the condition / update content information storage means 511 may acquire the condition / update content information D3 of a plurality of store information 10A, but the condition / update content information storage means 1031 may acquire the condition / update content information storage means 1031 of the store terminal 10A including the CPU 103. Only the updated content information is stored.

Further, the storage unit 104 of the store terminal 10A is provided with a server storage information database 1041 and a condition / update content information database 1042. The function of the server storage information database 1041 is the same as that of the server storage information database 521, and the function of the condition / update content information database 1042 is the same as that of the condition / update content information database 522. However, the condition / update content information database 522 may store the condition / update content information D3 of a plurality of store information 10A, but the condition / update content information database 104 may store the condition / update content information D3 of the store terminal 10A including the storage unit 104. Only the updated content information is stored.

As described above, the store terminal 10A is a shopping mall that provides an electronic shopping mall in which a virtual store opens, accepts purchases of products in the virtual store from a purchaser, and stores order information D1 corresponding to an order slip for this purchase. The CPU 103 of the store terminal 10A that manages the virtual store by communicating with the order information management server 40 that acquires the order information D1 from the server 30 or the shopping mall server 30 executes the order information update application to execute the order information update application. The input information acquisition means 1030 that receives the input information from the store manager that manages the above, and the condition / update content information D3 based on the input information acquired by the input information acquisition means are generated and stored in the storage unit of the store terminal. It functions as an order information acquisition means for acquiring the condition / update content information storage means 1031 and the order information D1 from the order information management server 40 or the shopping mall server 30 by communication, and the acquired order information D1 is used as the condition / update content information. It is changed based on the condition / update content information D3 stored in the database 1042, and the changed order information D1 is stored in the order information D1 or the order information management server 40 stored in the shopping mall server 30. It functions as an order information update means 1033 that executes an update process for updating the order information D1.

The first and second embodiments described above are examples of embodiments to which the present invention is applied, and the configuration can be changed as appropriate. For example, the arrangement, number, and type of each component can be changed as appropriate. An example of a modified example in which the configurations of the first and second embodiments are changed will be described below.

(Modification example)
Modifications of the first and second embodiments will be described below.

(1) In the first and second embodiments, both the order information D1 stored in the shopping mall server 30 and the order information D1 stored in the order information management server 40 can be updated by the update process. The configuration may be such that only one of the order information D1 can be updated.

(2) In the first embodiment, information transmission / reception between the customer terminal 20 and the shopping mall server 30 is generally performed using the browser function of the customer terminal 20, but even if a predetermined application is used instead of the browser function. Good. Further, information transmission / reception between the store terminal 10 and the order information update server 50, the order information management server 40, and the shopping mall server 30 is generally performed using the browser function of the store terminal 10, but instead of the browser function. You may use a given application.

1, 1A Electronic shopping mall system 10, 10A Store terminal 1030 Input information acquisition means 1031 Condition / update content information storage means (condition / update content information storage means)
1032 Server storage information acquisition means 1033 Order information update means 104 Storage unit 30 (30A, 30B) Shopping mall server 30A First shopping mall server 30B Second shopping mall server 40 Order information management server 50 Order information update server 511 Conditions / update contents Information storage means (condition / update content information storage means)
512 Server storage information acquisition means 513 Order information update means 52 Storage unit D1 (D1A, D1B) Order information D2 (D2A, D2B) Server storage information D2A Order server storage information D2B Shopping mall server storage information D3 Condition / update content information

Claims (13)

Order information from a shopping mall server that provides an electronic shopping mall where a virtual store opens, accepts purchases of products from the virtual store from a purchaser, and stores order information corresponding to an order slip for this purchase, or from the shopping mall server. It is an order information update server having a storage unit that communicates with the order information management server to acquire the information and also communicates with the store terminal operated by the store manager who manages the virtual store.
The condition / update content storage means for acquiring the condition / update content information based on the input information from the store manager to the store terminal and storing it in the storage unit.
Order information that executes an update process for updating the order information stored in the shopping mall server or the order information stored in the order information management server based on the stored condition / update content information. With renewal means,
An order information update server characterized by that. The condition / update content information is information indicating the information included in the order information and / or the condition related to the information based on this information and the update content of the order information when this condition is satisfied.
When the condition and the update content are associated with each other and input to the store terminal by the store manager, the condition / update content storage means acquires the condition / update content information based on the input and obtains the said condition / update content information. Make it memorize in the storage part
As the update process, the order information update means determines whether or not the order information satisfies the condition indicated by the condition / update content information, and when this condition is satisfied, the order information indicates the condition / update content information. Update the order information with the updated contents,
The order information update server according to claim 1. The information contained in the order information and / or the information based on this information includes the purchased product, the size of the purchased product, the volume of the purchased product, the number of purchased products, the price of the purchased product, and the total price of the plurality of purchased products. , Total volume of multiple purchased items, Transport temperature specification indicating the delivery temperature of the item, Type of shopping mall server, How to sell the item, Date of receiving the order, Payment method, Buyer information, Payment of the price of the purchased item Includes method, payment status of purchased items, and at least one of the destination regions,
The order information update server according to claim 2. The condition / update content information is information indicating a plurality of conditions and at least one update content when these conditions are satisfied.
The order information update server according to claim 2 or 3. The condition / update content storage means stores a plurality of condition / update content information in the storage unit.
The order information update server according to any one of claims 1 to 4, characterized in that. The condition / update content information indicates the addition of a keyword to the content of the order information as the update content.
The order information update server according to any one of claims 2 to 4, characterized in that. The condition / update content information indicates that one order information is divided into a plurality of order information as the update content.
The order information update server according to any one of claims 2 to 4, characterized in that. The condition / update content information indicates that additional information of a specific item is included in the order information as a condition regarding the information included in the order information and / or information based on this information, and the condition is expressed. Indicates the update content that includes the product code of the specific item in the order information when the condition is satisfied.
The order information update server according to any one of claims 2 to 4, characterized in that. Information on products sold by the virtual store at the electronic shopping mall, information about the electronic shopping mall, payment method adopted by the virtual store, delivery method adopted by the virtual store, and sales by the virtual store at the electronic shopping mall. Includes at least one of the supplier information of the product to be sold, the shipping source information of the product sold by the virtual store in the electronic shopping mall, the order information, or the definition of the code or the term included in the condition / update content information. Further provided with a server storage information acquisition means for acquiring server storage information from the shopping mall server or the order information management server by communication.
The condition / update content storage means acquires the condition / update content information generated based on the server storage information and the input information to the store terminal and stores the condition / update content information in the storage unit.
The order information update server according to any one of claims 1 to 8, wherein the order information update server is characterized in that. When a confirmation information display instruction indicating how the order information is changed when the update process is executed is received from the store terminal, the process of displaying the confirmation information on the store terminal is performed. Further equipped with information display processing means for confirmation to be performed,
The order information update server according to any one of claims 1 to 9, wherein the order information update server is characterized in that. The order information update server according to any one of claims 1 to 10, wherein the order information update means executes the update process when the instruction for executing the update process is received from the store terminal. .. Further provided is a history information display processing means that performs a process of displaying the history information on the store terminal when a history information display instruction indicating an execution history of the update process of the order information update means is received from the store terminal. The order information update server according to any one of claims 1 to 11, characterized in that. Order information from a shopping mall server that provides an electronic shopping mall where a virtual store opens, accepts purchases of products from the virtual store from a purchaser, and stores order information corresponding to an order slip for this purchase, or from the shopping mall server. The computer of the store terminal operated by the store manager who manages the virtual store by communicating with the order information management server.
An input information acquisition means for receiving input information from the store manager to the store terminal,
The condition / update content storage means for generating the condition / update content information based on the input information acquired by the input information acquisition means and storing it in the storage unit of the store terminal.
Order information that executes an update process for updating the order information stored in the shopping mall server or the order information stored in the order information management server based on the stored condition / update content information. Update method and
A computer program characterized by its ability to function.