JPH11102484A - Commodity ordering data processing device and method and computer-readable storage medium stored with commodity ordering data processing program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To quickly and accurately perform sorting and totalizing of ordering data and also the sending of ordering to each ordering destination via an ordering machine, by producing the ordering data which are sorted for each ordering destination from the ordering request data received by the ordering machine and sending the ordering data to each ordering destination after totalizing and storing these data into a totalization file. SOLUTION: Every ordering request machine 20 includes an ordering destination input means 27 and ordering request data production means 21 and 22, and an ordering machine 50 includes the sorting-production-totalization-storage control means 51 and 52. Then the machine 20 produces the ordering request data including the ordering destinations 300 and sends them to the machine 50. The machine 50 produces the ordering data sorted for each of destinations 300 included in the ordering request data from these request data received from the machines 20. Then the ordering data are totalized and stored in a totalization file 53S and then sent to each destination 300. Thus, the machine 50 can perform quick and accurate sorting-totalization of ordering data and also the sending of ordering to each destination 300.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a plurality of order request machines capable of transmitting order request data including product data, and creates order data corresponding to each received order request data. The present invention relates to a merchandise order data processing device and method having an order machine for transmitting an order to each of the suppliers, and a computer-readable storage medium storing a merchandise order data processing program.

[0002]

2. Description of the Related Art FIG. 5 shows a POS system in which a merchandise order data processing device is integrated. Each terminal (computer) 10 is provided in a store (for example, 200A) and performs product registration, accounting processing, and the like. A store controller (for example, 20A) connected by a data communication line (for example, LAN) 1 and including a computer installed in the store
Includes a function of downloading various data to each terminal 10 and collecting each sales data, and collectively manages all terminals 10. Therefore, complicated product sales operations can be performed quickly and accurately, and management analysis data and the like can be obtained quickly and accurately.

The host computer 50 arranged in the headquarters 100 is connected to each store controller 2 in each store 200.
0 and a data communication line (for example, ISDN, WAN) 2 and manage them collectively. For example, all stores 20
It manages the total sales management for 0 and inquiries to the credit company regarding inquiries from the store controllers 20 and the like.

Here, the product order data processing device includes a plurality of order request devices (store controller 20) capable of transmitting order request data including product data, and each order request device (2).
0), an ordering machine (host) capable of creating each ordering data corresponding to each ordering request data received and transmitting the created ordering data to each of the suppliers (for example, 300A, 300B,..., 300N). Computer 50).

[0005] That is, the order requesting machine (20) inputs order request data in its own store 200 using, for example, a keyboard (YES in ST60 of FIG. 6) and stores it in an order request file (ST61). Then, an order request (S
If T62 is YES), the order request transmitting means calls the order request data and calls the order machine (host computer 50).
(ST64).

[0006] The ordering machine (50) is provided for each ordering machine (20).
Received from the customer (YES in ST70 of FIG. 7)
Then, it is stored in the total file (ST71). However, these order request data have different products and quantities, and also have different suppliers 300 for each product.

Thus, the order request data is displayed on the display at an appropriate time within the order deadline (YES in ST72, ST73), and the ordering party (and quantity etc.) for each product is classified by key input (YES in ST74). And aggregate,
The result is stored in an aggregation file (ST75). Since this classification / aggregation work is performed repeatedly (NO in ST76), it is complicated and errors easily occur. Thereafter, when an order command is issued (YES in ST77), the order transmitting means for each supplier transmits the order data totalized for each supplier (vendor) 300 (ST78, ST79). The delivery data processor 90 in each supplier 300 issues a delivery slip and the like. Thus, each store 200 is delivered from each supplier 300.

[0008]

However, with the intensification of competition and the enhancement of customer service, the necessity for stricter order deadlines has been increasing. In addition, the number of stores tends to increase dramatically. Further, there are many cases where the same product is divided and ordered to a plurality of suppliers (suppliers).
Therefore, the work of classifying and totaling the persons in charge of ordering at the headquarters 100 becomes more complicated, the time and labor thereof are further increased, and there is a strong possibility that a large delay is caused, and inaccurate data is likely to be generated. This has a large negative impact on each store 200.

In particular, in the case of a custom-made product (for example, a lunch), the ordering party 300 naturally starts receiving the ordering data before starting cooking. However, the shop 200 side has just received an order from the viewpoint of cost and freshness maintenance. There is a strong tendency to request orders. Therefore, order requests from the order requesting machines 20 are concentrated, so that the above-mentioned negative influence is further increased. In addition, if the order acceptance deadline has passed, a shortage of the quantity at the store 200 will occur, which may lead to a loss of customer trust.

An object of the present invention is to provide a product order data processing apparatus and method which can quickly and accurately place an order while ensuring the practicability of classification and tabulation. Also, a computer-readable storage medium storing a product order data processing program is provided.

[0011]

Means for solving the problems By analyzing the work of the ordering machine (50) and the degree of OA of each supplier 300, the classification and
The customary necessity of having to place orders after tallying has been reduced. Further, among the products, there are many products that are repeatedly ordered to the determined ordering party 300.

The present invention pays attention to this point, and creates the order data from the order request data received from each order requesting machine and guarantees the ordering data to each ordering party while guaranteeing the practicability of classification and totaling by the ordering machine. Ordering can be performed quickly and accurately.

That is, according to the first aspect of the present invention, it is possible to create a plurality of order request machines capable of transmitting order request data including product data, and to create each order data corresponding to each order request data received from each order request machine. In the product order data processing device having an ordering machine capable of transmitting the created order data to each of the ordering parties, the order requesting machine is capable of creating each ordering request data including the ordering party. Each order request data is formed to be transmittable to the ordering machine,
The ordering machine can create and sort the ordering data classified by the supplier included in the ordering request data from the ordering request data received from the ordering requesting machines, and can collectively store the ordering data in the aggregation file, and have been aggregated. This is a product order data processing device formed so that order data can be sent to each of the suppliers.

[0014] In this invention, each order requesting machine creates order request data including the ordering party in addition to the product data, and transmits it to the ordering machine. The ordering machine creates each ordering data classified for each supplier included in each ordering request data from each ordering request data received from each ordering requesting machine, and collects and stores the ordering data in an aggregation file. Then, when there is a request, the totalized order data is transmitted to each of the suppliers.
Therefore, since each order request data received by the ordering machine includes the product, the quantity, and the like, the ordering party is included, so that the ordering machine can quickly and accurately perform classification and aggregation and place an order with each ordering party. Transmission can be performed quickly and accurately.

According to the second aspect of the present invention, it is possible to create a plurality of order request machines capable of transmitting order request data including product data, and to create respective order data corresponding to each order request data received from each order request machine. A product order data processing device having an order machine capable of transmitting the created order data to each of the order sources; and an order input device for inputting an order destination for each of the product data to each of the order requesting machines. And an order request data creating means for creating order request data including the input order destination. The order receiving device receives the order request data received from each order request device and sends the order request data included in the order request data to the order receiving device. Providing a classifying and summarizing storage control means for summarizing and storing each separately classified ordering data in a summarizing file, and the ordering machine is provided for each ordering party inputted by each ordering machine. The order data is merchandise ordering data processing devices that are ordered transmittable form to the respective vendor.

In this invention, in each order requesting machine,
The supplier is input for each product data using the supplier input means. The order request data creating means creates order request data including the order destination input together with the product data. Thus, order request data including the ordering party is created and transmitted to the ordering machine. Upon receipt of this, the ordering machine side classification creation tally storage control means creates each order data classified for each supplier included in each order request data from each order request data, sums them up, and stores them in a tally file. Thereafter, each order data stored in the tally file is transmitted to each of the suppliers.

Therefore, in addition to providing the same operation and effect as the case of the first aspect of the present invention, the order requester can input the order for the self-order using the order input means. Can be input in a shorter time without errors, and handling is simple.

Further, according to the invention of claim 3, priority order input means for inputting a priority order for each of the commodity data to each order requesting machine, and order request data for creating order request data including the input priority order Creating means for creating order data classified by priority included in each order request data from each order request data received from each order request machine in the order machine, and collecting and storing the order data in an aggregation file. A product order data processing apparatus provided with a creation totaling storage control means, wherein the ordering machine is formed so that the ordering data can be sent to each of the ordering parties in accordance with the priority input by the ordering requesting machine.

In this invention, when order request data is created by each order requesting machine, the order of priority for each product data is input using the order inputting means. For example, priority is given to a product such as a lunch box that requires immediate delivery in order production, and stock products (eg, toothpaste) are lowered. The order request data creating means creates order request data including the priority. The ordering machine side classification creation aggregation storage control means creates and summarizes each order data classified by priority included in each order request data from each order request data received from each order request machine, and aggregates the data into a summary file. Remember. Therefore, it is possible to send an order to each supplier in the order of priority. Therefore, in addition to achieving the same operation and effect as in the case of the invention of claim 2, it is possible to further minimize the sales loss while preventing out-of-stock such as a lunch box.

Further, according to the invention of claim 4, the ordering machine can select and select all or a part of the priority order and / or the ordering party included in the ordering data stored in the aggregation file. A product order data processing device configured to be able to transmit the order data including the specified priority order and / or the order destination to the order destination.

[0021] In the invention, the ordering machine selects the ordering data selected as the ordering destination or all or some of the priorities or all of the ordering data or the combination of all the ordering data totaled and stored in the totaling file. An order can be sent to the supplier. Therefore, in addition to providing the same operational effects as the inventions of the second and third aspects, for example, it is possible to place an order with a high priority on a product that requires a long production time or requires an urgent delivery.

According to a fifth aspect of the present invention, each order data corresponding to each order request data including the product data received from each order requesting machine is created, and the created order data is ordered to the respective order destination. In the commodity order data processing method to be transmitted, the order requesting machine creates each order request data including an ordering party and transmits the created order request data to the ordering machine. From the order request data received from the machine, each order data included in each order request data included in the order request data is created and stored in a tally file. This is a product order data processing method for sending an order to the product.

In this invention, each order request machine is made to create each order request data including the order destination and transmitted to the order machine. The ordering machine creates the ordering data classified by each supplier included in the ordering request data from the ordering request data received from the ordering requesting machine, collects and stores the ordering data in the aggregation file, and stores the respective ordering according to a timely request. Send the order to the destination. Therefore, the ordering request data received by the ordering machine includes the ordering party in addition to the product, quantity, etc., so that the ordering machine can quickly and accurately perform classification and aggregation and place an order with each ordering party. Transmission can be done quickly.

Further, according to a sixth aspect of the present invention, each order data corresponding to each order request data including the product data received from each order request machine is created, and the created order data is ordered to each of the order destinations. A computer-readable storage medium storing a product order data processing program to be transmitted, wherein the computer reads the product order data processing program and sends each order request data including an order destination from each order request machine to the computer. When the order data is received, the order data corresponding to each received order request data and classified according to the supplier included in the order request data is created, the order data is totaled, and the order data is stored in the aggregation file. Product order data processing that is to send each order data tabulated and stored to each supplier when there is a A computer readable storage medium having stored thereon program.

In this invention, when the computer that has read the product order data processing program receives each order request data including the ordering party from each order requesting machine, the computer responds to each received order request data and receives each order request data. While each order data included in the request data is classified according to the order destination, each order data is totaled and stored in the total file. Then, when there is a request, each order data totaled and stored is transmitted to each order destination.

Therefore, if the computer forming the ordering machine reads the commodity ordering data processing program stored in the storage medium, the computer can quickly and accurately sort and count the order and transmit the order to each ordering party. It is possible to easily construct a product order data processing device capable of quickly performing the excellent operation and effect, and to surely execute the product order data processing method.

Further, according to the invention of claim 7, each order request machine is formed so as to be able to create each order request data including the ordering party and to transmit each created order request data to the order machine.
Each order request data received from each order requesting machine by the ordering machine can be stored as it is in the order file as each ordering data, and can be directly transmitted to each of the ordering parties included in each ordering data, and thereafter, the ordering file can be transmitted. Is a merchandise order data processing apparatus formed so as to classify and totalize each order data stored in the order file and to store it in a total file.

In this invention, each order requester creates each order request data including the ordering party and transmits the data to the orderer.
The ordering machine stores the order request data received from each order requesting machine as it is in the order file as each order data, and directly transmits the order to each of the order destinations included in the order data. That is, it is possible to place an order in real time online from each ordering machine. Then, at an appropriate time, each order data stored in the order file is classified and totalized and stored in the total file. In other words,
Accuracy and speed can be achieved by placing top priority on ordering while ensuring the execution of counting.

Further, according to the invention of claim 8, each order request machine is made to create each order request data including the ordering party, and the created order request data is transmitted to the order machine. The order receiving machine receives the order request data, stores the order request data as it is in the order file as it is, directly transmits the order to each of the suppliers included in the order data, and thereafter places an order in a timely manner. This is a merchandise order data processing method in which each order data stored in the file is classified and totalized and stored in the total file.

[0030] In this invention, each order requester creates each order request data including the order destination and transmits it to the orderer.
The ordering machine sends the ordering request data received from each ordering requesting machine directly to each ordering destination included in the ordering data while storing the ordering request data as it is in the ordering file. Classification / aggregation can be performed using the order data stored in the order file at an appropriate time thereafter, and can be aggregated and stored in the aggregation file. Therefore,
The same operation and effect as in the case of the invention of claim 7 can be obtained.

According to a ninth aspect of the present invention, a computer storing a product order data processing program for causing each order data corresponding to each order request data created by each order request machine to be transmitted to each supplier is transmitted. A storage medium capable of receiving each order request data including each ordering party from each order requesting machine to the computer reading the product ordering data processing program, and receiving the ordering request data as it is. While order data is stored in the order file and sent directly to each supplier included in the order data, the order data stored in the order file is divided and tabulated based on subsequent requests and stored in the tabulation file. A computer-readable storage medium storing a product order data processing program to be That.

According to this invention, when the computer receives each order request data including each order destination from each order request machine, the computer stores the order request data as it is as the order data in the order file while storing the order request data. The order is transmitted directly to each supplier included in the data. Thereafter, each order data stored in the order file is classified and totalized, and stored in the total file.

Therefore, if the computer (ordering machine) reads the product order data processing program stored in the storage medium, it is possible to transmit the order to each ordering party while ensuring the execution of the classification / aggregation of the computer. It is possible to easily construct a product order data processing device capable of quickly performing the excellent operation and effect, and to surely execute the product order data processing method.

[0034]

Embodiments of the present invention will be described below with reference to the drawings. (First Embodiment) A commodity order data processing apparatus suitable for carrying out the present commodity order data processing method is integrally incorporated in a POS system having a basic configuration similar to that of the conventional example (FIG. 5). And each ordering machine (2
0) to the supplier input means (27) and the priority order input means (2)
7) and order request data creating means (21, 22), and an ordering machine (50) is provided with a classifying and totaling storage control means (51, 52). Create each order request data including the ordering machine (5
0), and the ordering machine (50) creates each ordering data classified according to the supplier included in each ordering request data from each ordering request data received from each ordering requesting machine (20). It is formed so that it can be counted in the counting file 53S and can be transmitted to each of the suppliers 300.

In FIG. 1, a store controller (for example, 20A) includes a CPU 21, a ROM 22, a RAM 2
3, including a clock circuit 24, an HDD 25, a keyboard 27, a display 28, and communication circuits 29I and 29L, connected to a host computer (ordering machine) 50 via a data communication line (network) [for example, ISDN] 2, Each terminal (electronic cash register) 10 in the store (for example, 200A) connected via the data communication line (for example, LAN) 1 can be collectively managed and forms an order requesting machine for the store 200.

The keyboard 27 forms data input means for inputting various data including product data and the like (ST10 and ST11 in FIG. 2), various commands including an order request (ST18), and the like. Enter the destination (S
T14) and a priority input means for inputting the priority of each product data (ST12). Further, it is also used to declare that no priority is input (pass... ST13).

The order request data creating means includes a ROM 22 storing an order request data creating control program and a CPU.
21 and the order request data including the input supplier 300 input (YES in ST14) and the input product data (YES in ST11) and the supplier input means (27) (ST15).

The order request data creating means (2)
1, 22) create order request data including the priority inputted (YES in ST12) using the priority input means (27) (ST15).

The created order request data is temporarily stored (ST16) in the order request file 23F until it is completed (YES in ST17). When there is an order request automatically or manually (YES in ST18),
The order request transmitting means (CPU 21, ROM 22) calls the order request file 23F and transmits it to the ordering machine (host computer 50) (ST19, ST20). In addition,
This transmission may be formed so as to immediately execute the created order request data.

On the other hand, the host computer 50 provided in the head office 100 has a CPU 51, a ROM 52, a RAM 5
3, an HDD (hard disk drive) 55, an FDD (floppy disk drive) 56, a keyboard 57, a display 58, and communication circuits 54 and 59, and each order requesting machine (store controller 20) via a data communication line (ISDN) 2. ), And each delivery data processor 90 in each of the suppliers 300A, B,..., N via a data communication line (network) [for example, WAN] 3.
A, B,..., N.

In the RAM 53, there is provided an aggregation file 53S for storing order data created, classified, and aggregated for each supplier. The order file 53
F is used in the second embodiment, and HDD (hard disk device) 55, FDD (floppy disk device) 56 and storage medium (floppy disk... FD)
Will be described in the third and fourth embodiments.

Here, the classifying and summarizing storage control means receives from each order requesting machine (store controller 20) (FIG. 3).
(YES in ST30), the ordering data is classified and totalized while creating ordering data classified by the ordering party 300 included in each ordering request data performed in the ordering request data.
A means for counting and storing in S, which is formed from the ROM 52 and the CPU 51 in which a classification creation counting and storage control program is stored, and executed in ST32 and ST33 in FIG.

Also, the classification creation total storage control means (C
When each order request data includes a priority order (ST31), the PU 51 and the ROM 52 classify the order request data according to the priority order, create the respective order data, and accumulate and store the data (ST31, ST33). ) Is formed. Even if the priority is included, the supplier is always included.

The order transmitting means (CPU 51, ROM 52) of the ordering machine (host computer 50) receives a request (for example, "order request") (Y in ST34).
ES), the order file 53S is searched (ST35), and the called order data is transmitted to the ordering party 300 (ST40). If the priorities are stored, the order is transmitted according to the priorities.

The request (“order request”) may be generated automatically or manually, but in this embodiment, it is automatically generated immediately before the order deadline.

However, for items that need urgently can be sent first and those that have room can be ordered with a larger total tabulation, for example, items with a long production time or items that require urgent delivery should be given top priority. Priority selection means (keyboard 57) and supplier selection means (keyboard 57) are provided.

The priority selecting means (supplier selecting means)
Select all or a part of the priority order (order destination) included in each order data stored in the tally file 53S [S
T36 (ST38)].

In this connection, the order transmission means for each supplier (CPU 51, ROM 52) selects the priority (order) when the priority (order) is selected.
Of the selected order to each of the suppliers 300 [ST3
7 (ST39)].

According to the first embodiment,
Each order requesting machine (20) is provided with an order input means (27) and an order request data creating means (21, 22), and the ordering machine (50) is provided with a classifying and totaling storage control means (5).
1, 52), and each order requesting machine (20) is
Each order request data including 0 is created and transmitted to the ordering machine (50), and the ordering machine (50) converts the order request data received from each ordering machine (20) into the order request data. Since each order data classified for each included supplier 300 is created and can be compiled in the aggregation file 53S and can be transmitted to each supplier 300, the ordering machine (50) can quickly sort and aggregate the data. In addition, accurate and accurate order transmission to each supplier 300 can be performed.

In each order requesting machine (20), the ordering party 300 for the self-ordering part is entered into the ordering party input means (2).
Since the input can be made by using 7), the ordering destination can be input in a shorter time without error, and the handling is simple.

Each order requester (20) is provided with a priority input means (27), and each order request data received by the orderer (50) is classified according to the priority included in the order request data. Since the order data can be totaled and stored in the totaling file 53S while the order data is being created, and the order data can be transmitted to the respective order destinations according to the priority entered by each order requesting machine (20), the priority order is set. Order can be sent to each ordering party 300 in descending order. Therefore, for example, sales loss can be minimized while running out of stock such as a lunch box.

Further, priority order selecting means (keyboard 5
7) and means for selecting a supplier (keyboard 57)
It is possible to select all or a part of the priorities and / or the suppliers included in the order data stored in the tally file 53S, and to replace the respective order data including the selected priorities and / or the suppliers with the respective order. Since the order can be sent to the destination 300, it is possible to place the highest priority on a product requiring a long production time or an urgent delivery, for example.

(Second Embodiment) In the second embodiment, the ordering to each ordering party 300 and the ordering / aggregation of ordering data are separated, and the ordering is executed with the highest priority.
In other words, while the conventional and first embodiments classify and totalize order data and then place orders to each supplier 300, the second embodiment classifies and sorts order data first. Tallying is done afterwards. In other words, ordering is performed online and in real time, and classification and tabulation are performed in a batch system.

That is, the ordering machine (host computer 5)
0), an order file 53F, an aggregation file 53S, an immediate creation storage control means (CPU 51, ROM 52), a direct order transmission means for each supplier (CPU 51, ROM 52), and a classification aggregation control means (CPU 51, ROM 52) are provided. Each order request data received from each order requester (20) similar to that of the first embodiment (YES in ST50 in FIG. 4) is stored as it is as order data in the order file 53F (ST51), and the order data is stored. Is directly sent to each of the suppliers 300 included in the order data (ST
52) After that, the order file 53F is searched (ST54) after that (YES in ST53), and the order data stored therein is classified and totalized (ST5).
5) While storing, it can be stored in the aggregation file 53S (ST56).

The other points are the same as those in the first embodiment. Further, the order file 53F and the tally file 53S may be formed integrally.

Therefore, it is possible to perform the ordering with the highest priority and to perform it accurately and quickly while ensuring the practicability of the classification / totaling. Moreover,
Compared to the first embodiment in which the order was issued after the classification and aggregation, the order request data was created immediately with the order data in the second embodiment, and the order was sent immediately. Can be ordered at The adaptability to the increase in order quantity is also wide.

(Third Embodiment) In this embodiment, a storage medium (floppy disk ...
FD) to read the product order data processing program,
A product order data processing device similar to that of the first embodiment is constructed and the method is formed so as to be executable.

That is, in the first embodiment, the ROM 52 storing the commodity order data processing program shown in FIG.
However, in the third embodiment,
For convenience, the commodity order data processing program is read from the FD via the FDD 56 shown in the first embodiment (FIG. 1), stored in the HDD 55, and developed into the RAM 53 so as to be executable. Others are the same as in the first embodiment.

A storage medium in which the HDD (55) or the ROM (52) is detachable and which stores the program of FIG. 3 is also a storage medium. Of course, the storage medium is not limited to the above (FD) and may be a CD-ROM, DVD-RAM, MO, magnetic tape, or the like.

Further, in the first embodiment, the commodity order data processing program (FIG. 2) including the order request data creation program in each order requesting machine (store controller 20) is stored in the ROM 22. In the third embodiment, the ordering machine (host computer 50) reads the program (FIG. 2) from the FD and downloads the program to each order requesting machine (store controller 20).

According to the third embodiment,
If the computer (50) forming the ordering machine reads the commodity ordering data processing program (FIGS. 2 and 3) stored in the storage medium (FD), the computer (50) can execute the classification / aggregation and the like. Product order data processing device (20,5) which can provide an excellent operation and effect that the order can be transmitted to each supplier 300 more quickly while ensuring the order.
0) can be easily constructed, and the commodity order data processing method can be reliably executed.

(Fourth Embodiment) In the fourth embodiment, a computer (50) stores a product order data processing program (FIG. 4) from a storage medium (floppy disk... FD).
(FIG. 2)] to construct a product order data processing device (20, 50) similar to that of the second embodiment, and the method is formed so as to be executable.

That is, it is understood that the third embodiment corresponds to the second embodiment as compared with the first embodiment.

[0064]

According to the first aspect of the present invention, each order requester prepares each order request data including the order destination and transmits it to the orderer, and the orderer receives each order request data from the received order request data. Since each order data classified by each supplier included in the request data is created and totaled and stored in a tally file, each order data is formed so that the order can be transmitted to the respective supplier. The data includes the ordering party in addition to the product and the quantity. Therefore, sorting and totaling by the ordering machine can be performed quickly and accurately, and order transmission to each supplier can be performed quickly and accurately.

According to the second aspect of the present invention, each order requesting machine is provided with an order input means and an order request data creating means. There is provided a classifying and totaling storage control means for totalizing and storing the ordering data classified by the orderer included in the ordering request data in the totaling file while creating the ordering data. Since the data can be transmitted to each of the suppliers, the same effect as in the invention of claim 1 can be obtained. Since the input can be made using the input means, the ordering party can be input in a shorter time without error, and the handling is simple.

According to the third aspect of the present invention, each order requesting machine is provided with a priority input means and an order request data creating means, and the ordering machine receives the order request data received from each order requesting machine and converts the order request data into the order request data. There is provided a classifying and totaling storage control means for totalizing and storing the ordering data classified according to the priority included in the ordering request data and totaling and storing the ordering data in a totalizing file. Since it is formed so that data can be sent to each supplier,
For example, it is possible to increase the priority of a product that requires immediate delivery in order production, such as a lunch box, and reduce the stock product (for example, toothpaste). Therefore, in addition to achieving the same effects as in the case of the invention of claim 2, it is possible to further minimize the sales loss while preventing out-of-stock items such as lunch boxes.

According to the invention of claim 4, the ordering machine selects all or a part of the priority order and / or the ordering destination included in each ordering data stored in the tally file, and selects each of the ordering destinations. Since it is formed to be able to send orders, the same effects as those of the inventions of claims 2 and 3 can be achieved, and, for example, products that require a long production time or require urgent delivery are given top priority. Can be ordered to

According to the invention of claim 5, each order request machine is made to create each order request data including the ordering party, and the created order request data is transmitted to the order machine and received by the order machine. From each order request data, each order data classified for each supplier included in each order request data is created and totaled and stored in a tally file, and the order data totaled by the request is transmitted to the respective supplier. Since it is a product order data processing method, sorting and totaling at the ordering machine can be performed quickly and accurately, and order transmission to each supplier can be performed quickly.

Further, according to the invention of claim 6, when the commodity order data processing program receives each order request data including the ordering party from each order request machine to the computer which has read the program, the respective order request data is processed. A product order data processing program that creates and aggregates each order data classified by each supplier included in the above, stores the totalized order data in an aggregation file, and transmits the aggregated and stored order data to each respective supplier. Is a computer-readable storage medium having stored therein, if the computer reads the product order data processing program stored in this storage medium, the computer can be quickly and accurately classified and counted, and each order can be placed. A simple product order data processing device that has the excellent effect of quickly sending orders to the destination. It can be constructed and are reliably allowed to execute the merchandise ordering data processing method.

Further, according to the invention of claim 7, each order requesting machine prepares each order request data including the order destination and is formed so as to be able to transmit it to the ordering machine, and the ordering machine receives from each order requesting machine. Each order request data can be stored as it is as order data in the order file and can be sent directly to each supplier included in the order data, and then the order data stored in the order file can be totaled. Since it is formed so as to be able to be stored in the tally file, ordering is given the highest priority while ensuring the practicability of the classification and tally, and more quickly and more quickly than in the case of the inventions of claims 1 to 6. I can do it.

Furthermore, according to the invention of claim 8, each order request machine is made to generate each order request data including the ordering party and transmitted to the order machine, and the order machine receives the order request data from each order request machine. Each order request data is stored as it is in the order file as it is in the order file, and the order is directly transmitted to each supplier included in the order data. Thereafter, the order data stored in the order file is totaled in a timely manner. Since this is a commodity order data processing method for storing in a totaling file, the same effect as that of the invention of claim 7 can be obtained.

Further, according to the ninth aspect of the present invention, the computer which reads the product order data processing program stores the order request data including the order destinations received from the order requesting machines as the order data as they are. Since it is a computer-readable storage medium that stores a product order data processing program that is supposed to directly transmit orders to the respective suppliers and then classify, count, and store each order data, If the stored product order data processing program is read by a computer, it is possible to obtain an excellent effect that the order can be transmitted to each supplier more quickly while ensuring the execution of the computer. A product order data processing device can be easily constructed and the product order data processing method can be executed reliably. Is Sera.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a first embodiment of the present invention.

FIG. 2 is a flowchart for explaining the operation of the order requesting machine.

FIG. 3 is a flowchart for explaining the operation of the ordering machine.

FIG. 4 is a flowchart for explaining an operation on the ordering machine side according to the second embodiment of the present invention.

FIG. 5 is a diagram for explaining a conventional example.

FIG. 6 is a flowchart for explaining a conventional operation of the order requesting machine.

FIG. 7 is a flowchart for explaining a conventional operation on the ordering machine side.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 10 Terminal 20 Store controller (order request machine ... commodity order data processing device) 21 CPU (order request data creating means) 22 ROM (order request data creating means) 23 RAM 23F Order request file 27 Keyboard (order input means, priority) Input means) 50 Host computer (ordering machine ... commodity order data processing device) 51 CPU (classification totaling storage control means) 52 ROM (classification totaling storage control means) 53 RAM 53F Ordering file 53S totalization file 55 HDD 56 FDD FD floppy Disk (storage medium) 57 Keyboard (supplier selection means, priority order selection means) 58 Display 90 Delivery data processor 100 Headquarters 200 Store 300 Ordering place

Claims (9)

[Claims] 1. A plurality of order requesters capable of transmitting order request data including product data, and each order data created and capable of creating order data corresponding to each order request data received from each order request machine. A product ordering data processing device having an ordering machine capable of transmitting an order to each of the ordering parties, wherein each of the ordering requesters can create each ordering request data including the ordering party and the created ordering request data to the ordering unit The ordering machine is formed so that it can be transmitted to the ordering machine, and the ordering machine can create the ordering data classified by the orderer included in the ordering request data from the ordering request data received from the ordering requesting machine, and collectively store the ordering data in the aggregation file A commodity order data processing device which is capable of transmitting the totalized order data to each of the suppliers at the same time as possible. 2. A plurality of order requesters capable of transmitting order request data including product data, and respective order data generated and capable of creating order data corresponding to each order request data received from each order request machine. A product ordering data processing device having an ordering machine capable of sending an order to each of the ordering parties. An order inputting means for inputting the ordering destination for each of the product data to each ordering request machine, Order request data creating means for creating order request data including the order request data received from each order request machine in the order machine. A sort creation totaling storage control means for totalizing and storing the totaling in the totalizing file is provided, and the ordering machine outputs the ordering data for each ordering party inputted by the ordering requesting machine to each of the source. Merchandise ordering data processor to previously being ordered transmittable form. 3. An order request inputting means for inputting the order of priority for each product data to each order requesting machine, and an order request data generating means for generating order request data including the input priority. The ordering machine is provided with a classifying and summarizing storage control means for summarizing and storing the ordering data classified by priority included in the ordering request data from the ordering request data received from the ordering requester, and summing up and storing the ordering data in a summation file. 3. The product order data processing device according to claim 2, wherein the order machine is configured to be able to send the order data to each of the order destinations according to the priority order inputted by each of the order requesting machines. 4. The priority order or / and the priority order or / and / or all or a part of the ordering party included in the ordering data stored in the aggregation file can be selected by the ordering machine. The product order data processing apparatus according to claim 2 or 3, wherein the order data including the order destination and the order destination can be transmitted to the order destination. 5. An article order data processing method for creating each order data corresponding to each order request data including the article data received from each order requesting machine, and sending the created order data to each of the ordering parties. In the above, each order request machine is made to create each order request data including the ordering party, and each created order request data is transmitted to the order machine, the order machine receives each order request received from each order request machine. Product order data that creates order data classified by each supplier included in each order request data from the data, stores the total data in a tally file, and transmits each order data tabulated by the request to the respective supplier. Processing method. 6. A product order data processing program for creating order data corresponding to each order request data including the product data received from each order requesting machine, and transmitting the created order data to each of the suppliers. A computer-readable storage medium storing the product order data processing program, the computer that has read the program, the respective order request data received when receiving each order request data including the order from each order request machine Each order data is compiled and stored in a tally file while creating each order data corresponding to the order request data and classified by the supplier included in each order request data. Computer that stores a product order data processing program that is supposed to transmit each order data sent to each supplier. Readable storage medium over data. 7. An order requesting machine is formed so that each order request data including an ordering party can be created and each created order request data can be transmitted to the ordering machine. The order request data can be stored in the order file as each order data as it is, and the order can be directly transmitted to each supplier included in the order data.
Thereafter, a merchandise order data processor configured to classify and totalize each order data stored in the order file and to be able to store the data in the total file. 8. Each order request machine is made to generate each order request data including the ordering party, and each created order request data is transmitted to the order machine, and each order request data is received from each order request machine. The ordering machine stores the ordering request data as it is in the ordering file as it is in the ordering file, directly transmits the order to each of the suppliers included in the ordering data, and then stores each order stored in the ordering file in a timely manner. A product order data processing method that classifies and aggregates data and stores the data in an aggregation file. 9. A computer-readable storage medium storing a product order data processing program for causing each order data corresponding to each order request data created by each order request machine to be transmitted to each supplier. When the commodity order data processing program reads this, the computer reads the order request data including each order from each order request machine, and stores each order request data as each order data in the order file as it is. Product order data processing that is to send an order directly to each of the suppliers included in the order data, and based on subsequent requests, totals each order data stored in the order file and stores it in the aggregate file A computer-readable storage medium storing a program.