JP2002109002A - Strategic cooperation information management system, operation method therefor, managing program recording medium therefor or slip issuance system, freight management system, physical distribution management system and merchandise management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem in terms of costs that an ordering person side has to perform an item inspection processing in the case of receiving freight from a transport agency (different from an order receiving person) since merchandise is delivered through the transport agency in the case of ordering specified merchandise and receiving the delivery. SOLUTION: In this new strategic cooperation information management system, a series of the merchandise movement information of order issuance/reception-shipping/freight reception- physical distribution-item inspection can be shared by members with each other by using the member computers 3 of a physical distribution industry connected to the central computer 1 of an operator. When data regarding the order issuance, order reception, shipping, freight reception, transport, storage and physical distribution work of merchandise are inputted from the computer of a member accessing the central computer 1, the data are registered to the central computer 1 and (after the data are inputted), the individual members confirm the order issuance/order reception-shipping and freight reception-physical distribution-item inspection conditions of the merchandise in real time while sharing the data at their own Internet terminals.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to strategic alliance information comprising a plurality of member computers comprising a retail business, a wholesale business, a manufacturing business and a transportation business, and a central computer of an operator connected by a communication network. Regarding the management system, more specifically, the operator's central computer receives and places orders,
In addition to accumulating a series of data on receiving (receiving), distribution (transport), storage, distribution processing, etc., it is possible to access data with each related member's computer and check the input / output of data between the relevant members. A new strategic alliance information management system that can share distribution information related to the product, its operation method, a program recording medium for its management, and a slip issuing system such as slips, labels, tags, etc. attached to these data, The present invention relates to a cargo management system, a distribution management system, and a product management method.

[0002]

2. Description of the Related Art Conventionally, orderers such as retailers and manufacturers,
When ordering or placing an order for a product, product, material, etc. to a manufacturer or wholesaler, it is customary to use a telephone or FAX, but only between the major orderer and the major contractor. In some cases, dedicated communication means is provided.

In this case, the retailer, the manufacturer, etc., who are the ordering parties, place orders or orders by telephone or facsimile, and perform bookkeeping or input work for confirming and saving the contents of the order.
Manufacturers and wholesalers who are contractors also accept orders,
Checking and saving the contents of orders received and inputting.

[0004] Therefore, a plurality of entries and input operations are performed on a series of data corresponding to an order and an order, and personnel costs, slips, and consumables costs for detailed documents are required. In addition to these costs, it also contributes to communication errors, bookkeeping errors, input errors, and transcription errors.

[0005] In the case where dedicated communication means only between the orderer and the contractor is provided, the cost of providing dedicated communication means only between the two parties is required. It is a person who raises product and material costs.

[0006] Manufacturers and wholesalers, who are contractors, are required to ship products, commodities, materials, etc. for orders and orders.
In addition to sending shipping instructions to the shipper, preparing slips, and preparing detailed documents, when storing or shipping products, goods, materials, etc. as a contractor, transport when shipping products, goods, materials, etc. In this case, the company prepares and attaches slips and detailed documents to be packed in units and delivered to the place designated by the orderer or orderer, or creates and attaches a tag to the package. The cost of personnel and the cost of consumables for bills and bills are incurred, which results in a rebound in the cost of products, commodities, materials, etc., and also contributes to communication errors and production errors.

[0007] When a company or the like, which is entrusted with the storage and shipping of products, commodities, materials, and the like, performs storage and shipping,
When shipping products, materials, etc., pack them in transport units, create and attach slips and detailed documents for delivery to the place designated by the orderer, orderer and contractor, and create a tag on the packing. If the orderer or shipper requests the transporter to perform the work of delivering products, goods, materials, etc. to the place designated by the orderer, create a contact for delivery request, create a slip, and a detailed document In the case of pasting, similarly, the cost of personnel and the cost of consumables for bills and detailed documents are required, which results in a return to the cost of products, goods, materials, etc., as well as communication errors and mistakes in production. It is one of the causes.

[0008] A logistics company or the like requested to transport products, commodities, materials, and the like from the contractor or the shipper provides the shipper with a transportation request slip, detailed documents, and a tag attached to the package to be transported free of charge. In many cases, the cost for this is reflected in the cost of products, commodities, materials, etc. through distribution costs.

[0009] In addition, the distributor who receives the request cannot grasp the details of the products, commodities, materials, etc. requested to be transported until receiving a slip or a detailed document attached at the time of collection, and arranges a vehicle dispatch for collection. In particular, there is a problem that a vehicle cannot be selected due to its physical quantity, so that the vehicle is sometimes too large, or conversely, another vehicle must be additionally arranged because the vehicle is too small.

In addition, when a cargo is loaded on a vehicle at the time of collection, since the tag and the slip or the detailed document are visually checked, if the receipt of the slip or the detailed document is later than the shipping work, the collation cannot be performed and an error occurs. This was a cause of collection and a rise in distribution costs.

[0011] Further, the logistics company and the like, after unloading the collected cargo, sorting work, preliminary inspection work for delivery, storage correspondence, depending on the cargo characteristics, refrigerated storage work or frozen storage work,
In the series of operations from loading to delivery, there was no means to obtain and check the data corresponding to the cargo, resulting in misclassification of cargo, misinspection, storage mistake, storage location mistake, misstack, misdelivery. And the corresponding costs have contributed to an increase in logistics costs.

A brief description of the daily work flow of a transporter belonging to a delivery agent is as follows. After arrival at a company, a purchase slip and a delivery slip divided into delivery destinations are received, and as shown in FIG. , Labor data entry columns such as return time and number of mileage, delivery confirmation column printed with customer name, region, delivery destination,
Bring the daily report routing table of the day provided with a pickup confirmation column to enter the pick-up customer and the number together with the above purchase slip and delivery slip, but it will take considerable time for these paperwork to fill in the necessary items It was the current situation.

Usually, as a destination of a transportation vehicle, delivery destinations in the same area are grouped as much as possible because it is inexpensive to transport in a specific area. Delivery destinations with similar names, such as department stores, Tokyu Department Stores in Machida City, and Odakyu Department Stores, etc., can be incorrectly distributed because the transporter visually judges the stickers affixed to the package at the time of delivery. I could not say that it was not sex.

At the delivery destination, after receiving the inspection at the time of delivery, the delivery slip brought by the person in charge is stamped with the receipt of the person in charge, and the delivery work is completed. In this case, even if one delivery slip is received, about 5 sheets are received. In order to seal the copy slip, there are times when slips are not stamped, which causes inconvenience to later administrative work.Further, returned goods are received at the time of delivery and collected at the time of collection in the afternoon or the next morning. There is also the task of bringing the cargo to the shipper and returning it.

[0015] In the afternoon, the goods delivered the next day are collected by a manufacturer or a wholesaler together with a purchase slip and then transported to the company's own center, where the dry goods (normal temperature) and the refrigerated goods (around 5 ° C) are frozen. After applying a refrigerated or frozen sticker that indicates the distinction between products (-20 ° C or less),
The frozen products are stored in the freezer and prepared for transportation the next day.At the time of collection, the carrier himself / herself enters the collection customer, number, arrival time, end time, total number in the collection confirmation column of the daily report routing table. Items such as types of food and miscellaneous goods are described as in-house management data.

Next, at the in-house center receiving the picked-up goods,
The data from the collection confirmation column of the daily report route table submitted by the transporter is processed by computer, and there is a work to write and attach a sticker of the delivery destination for each package type, but this work is to return to each transporter If the return is delayed due to traffic congestion or a large amount of collected cargo, there is also a problem that the preparation for transportation on the next day is extended at midnight in proportion to the return time.

In recent years, with the progress of Internet communication,
The means of receiving orders from individual users and retailers online and sending them by home delivery or postal parcel are also increasing, but in order to manage the delivery of ordered products, the shipper side has to There is a problem in that the information cannot be obtained until the product reaches the client, and the orderer cannot obtain the information after receiving the order. And could not respond immediately to transportation problems such as late delivery.

As one means for solving these problems, Japanese Patent Laid-Open No. Hei 10-143568, "Distribution Information Management System"
Is a logistics network for moving goods, a logistics communication terminal for getting and setting information necessary for transportation while moving goods in and out of the logistics network, and a sender of the shipper who ships goods. A communication terminal, a recipient communication terminal of a recipient who receives the goods, a logistics communication terminal,
Disclose a logistics information management system that connects a sender's communication terminal and a receiver's communication terminal, and centrally manages information on items flowing on a communication network that enables mutual information exchange. It contributes to logistics services such as solving troubles caused by transportation of goods, optimizing the delivery schedule of goods, and sending back unwanted goods.

Further, Japanese Patent Application Laid-Open No. 2000-123093, "Business Management System" includes an ordering means for transmitting information on a product to be ordered, an order receiving means for receiving an order for various types of product information, and an ordering product from the ordering means. When processing the information of the specific product of the order receiving means corresponding to the above, as a communication processing means for performing settlement of the processed specific product, the processing status of the communication processing means is input to send out the specific product, and Disclose a business management system characterized by providing a logistics management means for transmitting product management information to the means, and collectively process orders and management of products using the Internet, avoiding the complexity of business We provide the means to make it.

In any case, in the conventional system, the orderer and the contractor, or the shipper and the shipper who are the contractors, and the shipper and the deliverer perform data processing in a one-to-one relationship with each other. This was usually the case, and the parties involved sometimes transacted because of the multiple relationships between them.

[0021]

However, the above-mentioned Japanese Unexamined Patent Publication No. Hei 10-143568 "distribution information management system".
Discloses that the ordering party can also obtain information such as the transfer route and delivery schedule of goods by e-mail using the physical distribution network, and troubles caused by transportation such as loss of goods, delayed delivery, incorrect delivery, etc. Has contributed to logistics services, such as canceling orders, optimizing the delivery schedule of goods, and returning unsolicited goods.
Information on the delivery and return of goods was not in a mutually recognizable state.

[0022] Similarly, Japanese Patent Application Laid-Open No. 2000-123093, "Business Management System"
This system provides a means of processing product orders and managing them in a batch, thereby avoiding the complexity of operations. However, this system uses the Internet to receive and manage product orders between users and publishers, publishers. The present invention system solves the problem, and the system of the present invention is to solve the problem, the order is ordered from a distributor such as a department store, a manufacturer or a wholesaler receives an order, and the logistics company that receives the delivery request, the product Until now, there has not been known a system capable of knowing the movement status and storage status of the product itself, in addition to information on a series of ordering, order receiving, delivery, and return processes of transporting the product.

Further, when an order is received for a product, even if there is a regular box packed in a certain amount or a box packed with a plurality of products, a sticker or a tag indicating the destination or the contents of the product is placed in each of these boxes. Must be affixed, which is troublesome until shipping, and has to be sorted for each destination, which has been a factor in increasing transportation costs.

However, in the conventional transport system, the orderer receives order data from the orderer, packs and ships the goods, and the shipping company transports and delivers the goods. Interactions during distribution are managed separately. Therefore, the order data from the orderer is transmitted as a series of flows to each side of the orderer, shipper, delivery person, custodian, processor, consignee, and the shipping data from the shipper is sent to the orderer, It could not be transmitted as a series of flows to each side of the deliverer, custodian, processor and consignee.

The orderer, the shipper, the deliverer, the custodian, the processor, and the consignee can share data at any time through a common communication network to facilitate input / output.
If the orderer who first receives the order changes position and becomes the orderer, the orderer can transfer the order data to another orderer and place an order. As a result, there is no system that can transfer orders to another contractor and place an order.

Furthermore, the orderer, the orderer, the shipper, the deliverer or the transporter, the custodian, the processor, and the consignee are related parties, and the movement status of the goods ordered by the orderer over a common communication network. A system that allows the user to know the subsequent storage status has not been known until now.

In addition, since a shipper does not attach a sticker or a tag on which order data or shipping data is written for each package of a product or the like packed for a certain amount in order to ship the product, The contents could not be found unless the contents and quantity were confirmed on a slip.

Further, it is possible to confirm goods to be picked with a bar code reader and pick the goods in a packing box.
(1) In addition to a tag label with a barcode on which data relating to the package is printed, a slip with various barcodes attached to the package as needed, or a statement with various barcodes, an IC tag, I
Until now, there has been no known system that can easily print out a C chip, an IC label, an RFID tag, an RFID chip, and an RFID label using a computer printer of a shipper.

[0029]

Means for Solving the Problems The present inventor has studied to solve such a problem, and found that the system operator (hereinafter, referred to as an operator) establishes a membership-based central server computer (hereinafter, referred to as a central computer). ), The ordering data entered by the ordering member in order to order the product, etc., is sent to each side of the contractor, the shipper, the deliverer, the custodian, the processor, and the consignee related to this member. It can be transmitted as common data and conversion data as a flow, or the shipping data from the shipper can be transmitted to the orderer as planned delivery data or advance shipment detail data. Alternatively, the order data can be transmitted by using another member as the orderer, and the contractor who is the end member who has received the order can become the orderer and another member can become the orderer. We have developed a novel system that can transmit the order data.

In addition, a barcode reader attached to a member is read by a barcode reader every time a product is moved by a logistics member so as to be able to grasp the movement status and storage status of the product itself. Inspection information can be shared between related members by accessing the central computer as freight tracking information, or new information discovered by a logistics officer who has moved a product can be added to the product data, We have developed a system that allows each other to share the data.

Further, in the picking operation for packing the product at a certain fixed amount in order for the shipper to ship the product, it is possible to confirm the product to be picked with a bar code reader and pick it into a packing box. Attach stickers or tags that print order data or shipping data for each unit quantity to be packed at the time of shipment, label labels with barcodes indicating the contents of the package, shipping destination, delivery destination, transporter, etc. We have developed a system that can easily print out slips and statements attached to packaging with a computer printer.

That is, the first aspect of the present invention comprises a computer of a plurality of members and a central computer of an operator connected by a communication network. The first step of managing one or more types of data of receiving, transporting, storing, and distribution processing, and ordering, receiving orders, shipping, receiving, transporting, storing, and processing distribution using the communication device of the relevant member who has accessed. A second step of performing input / output processing of any one or more types of data, and sharing the data in the central computer obtained in the second step between the relevant members, and accessing the communication devices of the relevant members. A third step of searching for the relevant data, and, if necessary, a fourth step of printing or issuing the data searched for in the third step in various forms, tags, labels, and seal formats. A strategic alliance information management system characterized in that it is al configuration.

[0033] A second aspect of the present invention is that the central computer of the operator is a product for allowing the accessed member to easily perform any of ordering, order receiving, shipping, receiving, transporting, storing, and distribution processing. Master, PLU master, PL
U history master, JAN code master, location master, inventory master, person in charge master, store master, delivery master, shipping master, member master,
Storage master, distribution processing master, item master,
2. The strategic alliance information management system according to claim 1, wherein the system has a master function and a search function of at least one of a supplier master and a distribution master.

A third aspect of the present invention is that the operator's central computer has a barcode creation function of at least one of a JAN code related to merchandise management, a date of manufacture, a display of expiration date, and a date of shipment. The strategic alliance information management system according to claim 1, wherein the barcode is printed or issued by the member's communication device having access and using the creation function.

A fourth aspect of the present invention is that the central computer of the operator includes an IC tag, an IC chip,
C label, RFID tag, RFID chip, has at least one type of creation function of RFID label, the tag using the creation function in the communication device of the member who accessed,
4. The strategic alliance information management system according to claim 1, wherein printing and issuance of chips and labels are performed.

A fifth aspect of the present invention is that the operator's central computer performs ordering, modification, correction history, replacement, replacement correction, replacement history, stock, inventory adjustment, and automatic replenishment of order related to ordering business. 5. The method according to claim 1, further comprising order processing means having various data management, search, and printing functions and performing order processing using said function from a communication device of an accessed member. It is an alliance information management system.

A sixth aspect of the present invention is that the central computer of the operator stores the above-mentioned products and the like based on sales data and stock data in order to keep stocks of products, products, materials, and cargoes as products in a certain range. 6. An order processing means having an automatic replenishing function for automatically placing an order for replenishment, and having an order processing means for performing an order process using the function from a communication device of an accessed member. Is a strategic alliance information management system.

According to a seventh aspect of the present invention, the operator's central computer has order unit conversion processing means for automatically converting order data into designated order receiving units of members who receive orders. 6 is a strategic alliance information management system.

An eighth aspect of the present invention is that the operator's central computer manages various kinds of data management of return, replacement, inventory, and inventory adjustment related to the return business of goods, products, materials, and goods as goods. 8. The strategic alliance information management system according to claim 1, further comprising a return processing unit having a search function and a print function, and performing a return process using the function from the communication device of the member who has accessed. It is.

A ninth aspect of the present invention is that the operator's central computer manages various types of data management such as details, replacement, inventory, and inventory adjustment of transfer goods related to transfer business of goods such as goods, products, materials, and goods. 8. A transfer processing unit having a search function, a search function, and a print function, and a transfer processing unit for performing a transfer process using a communication device of an accessed member using the function.
It is the strategic alliance information management system described.

A tenth aspect of the present invention is that the central computer of the operator has at least one of various data management, retrieval, and printing functions of at least one of details of orders, correction, inventory, and inventory adjustment. 10. The strategic alliance information management system according to claim 1, further comprising an order processing means for executing an order processing from said member's communication device using said function.

According to an eleventh aspect of the present invention, the operator's central computer ships order data corresponding to order data and shipping data corresponding to the order data for facilitating the shipping operation of the accessed member. 11. The strategic alliance information management system according to claim 1, further comprising a package unit conversion processing means for performing a conversion process for each designated package unit of the member.

A twelfth aspect of the present invention is that the operator's central computer performs a schedule, a detail, an instruction, a request, an inspection, a correction, a determination, a missing item, an excess item, a picking, an inventory, and an inventory of shipping operations. 12. A shipping processing means having various data management, search, and printing functions for adjustment, and shipping processing means for performing shipping processing using the function from a communication device of an accessed member. It is a strategic alliance information management system.

A thirteenth aspect of the present invention resides in that the central computer of the operator is provided with a request, a description, a logistics relating to the logistics relating to the transportation related to the freight transportation business of the contractor or the shipper, or the logistics of the member requested to perform the logistics business. It has various functions of correction, return, dispatch, schedule, completion, missing goods, unloading, inspection, sorting, storage, and actual data management, search, and printing of carriers. 13. The strategic alliance information management system according to claim 1, further comprising a logistics processing means for performing transport and logistics processing using functions.

A fourteenth aspect of the present invention is that the operator's central computer manages various data such as schedule, specification, correction, inspection, completion, missing item, excess item, etc.
15. The strategic alliance information management system according to claim 1, further comprising a receiving processing unit having a search and printing function and performing a receiving process using the function from the member's communication device that has accessed. .

A fifteenth aspect of the present invention is that the central computer of the operator comprises a purchase slip, a purchase statement, a shipping slip, a shipping slip, a delivery slip, Delivery statement, logistics request form, tag, JAN
Code, shipping date, manufacturing date, expiration date display, inner box tag, management tag has at least one type of printing or issuing function, using the above function from the member's communication device that accessed Purchase slip, purchase statement, shipping slip, shipping statement, delivery slip, delivery statement, logistics request,
15. The strategic alliance information management system according to claim 1, wherein a tag, a JAN code, a date of shipment, a date of manufacture, a date of expiration date, an inner box tag, and a management tag are printed or issued. .

A sixteenth aspect of the present invention is characterized in that the bar code obtained by using the printing or issuing function of the central computer of the operator corresponds to data managed by the central computer. A strategic alliance information management system according to any one of claims 1 to 15.

A seventeenth aspect of the present invention is that the operator's central computer reads the tag with a bar code attached to the cargo by a member who is the accessing shipper with a bar code reader, and reads the cargo and the shipping data. 17. The strategy according to claim 1, further comprising a shipping inspection function for verifying the shipment by comparing the data with each other, and having shipping inspection means for inspecting the shipping from the communication device of the relevant member using the function. Is a strategic alliance information management system.

An eighteenth aspect of the present invention is that the operator's central computer reads the bar code of the shipment cargo, to which the tag created through the central computer is attached, when collecting and unloading the logistics business. , Sorting, inspection, warehousing, warehousing,
At the time of loading, delivery, or storage, a bar code reader reads the bar code reader to verify or inspect the shipment cargo and logistics data. 18. A strategic inspection method according to claim 1, further comprising: verification inspection means for verifying and inspecting the cargo using the function, and cargo tracking means for sharing the collated data of the members among the related members. It is an alliance information management system.

A nineteenth aspect of the present invention is that the operator's central computer reads the bar code of the tag attached to the cargo with a bar code reader when carrying out the cargo receiving operation, so that the cargo can be delivered together with the cargo. Data, or a pre-shipment detail data, has a receiving goods function for receiving goods, and has a receiving goods means for receiving goods by using said function from a communication device of a related member who has accessed, Has cargo tracking means to share the data of the goods received and inspected among the relevant members, and means for checking the accounts receivable and payable between the orderer and contractor, between the contractor and shipper, and between the logistics client and the contractor. The strategic alliance information management system according to any one of claims 1 to 18, wherein:

A twentieth aspect of the present invention comprises a plurality of member computers and an operator's central computer connected by a communication line, wherein the operator's central computer is configured such that each relevant member is the operator's central computer. By connecting to the central computer via a communication network, the central computer arbitrarily selects any one or more processing means of ordering, order receiving, shipping, receiving, transporting, storing, and distribution processing on the computer of the member. , Which can be operated as processing means for the related members.

The twenty-first aspect of the present invention comprises a plurality of member computers and an operator's central computer connected by a communication network, wherein the operator's central computer is such that each relevant member has a central computer of the operator. By connecting to the computer via a communication network, any one or more processing means of ordering, order receiving, shipping, receiving, transporting, storing, and distribution processing possessed by the central computer can be arbitrarily selected by the member computer. And can be operated as a processing means of the related member,
This is a strategic alliance information operation method characterized in that the operated data can be shared between related members.

The twenty-second embodiment of the present invention comprises a plurality of member computers and an operator's central computer connected by a communication network, and the plurality of members who have accessed the operator's central computer can place orders, By selecting one or more of orders, shipping, receiving, transport, storage, and distribution processing, each of them is one of the orderer, order receiver, shipper, consignee, transporter, custodian, and distribution processor. It has processing means as one or more types of business operators, and performs ordering, receiving orders, shipping, receiving, transporting, storing, inputting / outputting, managing, searching, and printing processes of the member's communication equipment. This is a strategic alliance information management method.

The twenty-third aspect of the present invention comprises a plurality of member computers and an operator's central computer connected by a communication line. The operator's central computer stores and manages data input by members. It has a management function, a conversion function to convert input data, a data search function to start when searching for data, and a cargo tracking search function to start when searching for cargo information. A program recording medium for strategic alliance information management, which records a program for causing a computer, which is a strategic alliance information management system, to execute various functions.

A twenty-fourth aspect of the present invention is a system comprising a plurality of member computers and an operator's central computer connected by a communication network, wherein the operator's central computer is based on shipping data. Purchase slip with barcode, purchase statement, delivery slip, delivery statement, distribution request,
A shipping slip, having issuing means for creating and issuing any one or more slips of a shipping statement, printing by the member's communication device,
This is a slip issuing system characterized by being capable of printing and copying.

The twenty-fifth aspect of the present invention relates to a system comprising a plurality of member computers and an operator's central computer connected by a communication network. Hour, when entering, when leaving, when loading,
At the time of delivery, storage, or at least one type of work at the time of unpacking inspection, a barcode reader attached to the cargo is read by a barcode reader, and the incidental data of the cargo and the cargo managed by the central computer are read. And the second step of registering the obtained data as incidental data of the cargo in the central computer, and other members related to the cargo access the central computer to access the status of the cargo and A freight management system characterized by comprising a third step in which a moving situation can be searched.

A twenty-sixth aspect of the present invention relates to a system comprising a plurality of members' computers and an operator's central computer connected by a communication network. The first step of creating and issuing one or more types of routing tables based on the collection route table and delivery schedule data for each car, and at the time of shipment, collection, sorting, verification inspection, storage, At the time of unloading, loading, delivery,
At the time of one or more types of work during storage and inspection of goods, a barcode reader attached to the cargo is read by a barcode reader, and the cargo accompanying data managed by the central computer and the cargo are verified. The second step,
A third step of registering the obtained data as incidental data of the cargo in the central computer, and a fourth step in which other members related to the cargo can access the central computer to search for the status and movement of the cargo. It is a physical distribution management system characterized by comprising.

A twenty-seventh aspect of the present invention is a data management system comprising a plurality of member computers and an operator central computer connected via a communication network.
When managing any one or more types of information data of product, material, and cargo information, the accessing member registers each product, product, material, and cargo information in the central computer of the operator to manage or manage the information. A merchandise information management method characterized by having merchandise management means for performing inventory management, and then sharing the information between the related members who have accessed.

A twenty-eighth aspect of the present invention is that the operator's central computer includes a management specification, a correction, a correction history, an inventory, and the like relating to one or more types of management operations of goods, products, materials, and cargo information. Data management of any one or more of inventory adjustments,
In addition to the functions for searching and printing, JA related to the above information
28. The product according to claim 27, having a function of managing and printing at least one of N code, date of manufacture, expiration date display, product code, product code, material code, and cargo code. It is an information management method.

A twenty-ninth aspect of the present invention is that the central computer of the operator corresponds to the common code in addition to the common code for sharing data managed by the accessed related members with the central computer. Goods, products, materials,
29. The merchandise information management method according to claim 27, further comprising managing an individual code provided with a company code of the cargo.

[0061]

FIG. 1 is a block diagram showing the outline of the system of the present invention. A central computer 1 of an operator and computers of members, office computers and general-purpose machines are connected to the Internet, a dedicated line, or They are connected via a communication network such as satellite communication. Further, the central computer 1 operated by the operator has an ASN (not shown) as delivery data.
(Advanced Ship Notice) file, order header file, order details file, order correction file, order replacement order file, order replacement order correction file, order replacement order history file, return order file, transfer order file, store inventory File, inventory file, store inventory adjustment file, automatic product replenishment file, order header file, order details file, order correction file, return order file, transfer order data file, order inventory adjustment file, shipping header file, shipping schedule file, shipping Item file, shipping instruction file, shipping inspection file, shipping correction file, shipping confirmation file, shipping shortage file, shipping excess product file, shipping inspection file, pre-shipment inventory file, post-shipment inventory file, shipping adjustment inventory file, pickup header File, Receipt request file, Pickup detail file, Pickup correction file, Loading file, Unloading file, Pre-inspection scheduled file, Pre-inspection completion file, Delivery return request file, Vehicle dispatch management file, Delivery return header file, Delivery schedule file, Delivery return Detail file, delivery and return completion file, sorting file, missing item file, temporary cargo storage file, storage file, distribution processing file, labor performance management file, sales file, purchase file, stock file, inventory stock file,
Inventory inventory adjustment file, billing file, receiving header file, expected receiving file, receiving receipt file, receiving correction file, expected receiving inspection file, receiving inspection file, receiving completed file, missing receiving file, excess receiving file, etc. Built in accordingly.

As shown in FIG. 2, a product master, a PLU master, a PLU history master,
JAN code master, location master, inventory master, person in charge master, store master, delivery master, shipping master, member master, storage master, distribution processing master, item master, customer master,
As shown in FIG. 3, a data processing program for starting the file and the master, a data retrieval program for retrieving input data, and confirming a moving state of the cargo from shipment to delivery, as shown in FIG. Has a cargo tracking program.

Although not shown, JA relating to product management
N code, date of manufacture, expiration date display, IC tag, IC
Chip, IC label, RFID tag, RFID chip,
RFID label creation function, purchase slip with barcode based on actual data processed by shipping, purchase statement, shipping statement, delivery slip, delivery statement, distribution request form, tag, JA
It has a function of printing or issuing N code, inner box tag, management tag, and the like.

In the system of the present invention, an ID number and a password are given only to the participating companies that have been certified as members by the operator, and the system can access the central computer 1 only after these two numbers are entered. .

In this case, the central computer 1 manages each member with an ID number and a password, and
Although the numbers and passwords are associated with each other, no data is shared between members who do not manage / correspond with the computer 1, so that third parties other than the related members cannot view the data on the computer 1. Can not.

In order to understand the system of the present invention, for example, company A is a department store as an orderer, company B is a manufacturer or wholesaler as an order recipient, company C is a logistics company, and company D is a warehouse company. By way of example, the data and the flow of goods will be described with reference to FIGS. Company A, a member of the present system, accesses the central computer 1 through the Internet communication using its own computer 4, inputs its own ID number and password, activates a program included in the computer 1, PLU created by the company
The data is received, and the data is made compatible with the POS system of Company A.

The person in charge of the department store A checks the stock status with the POS system while checking the sales status within the company, and connects to the central computer 1 from the personal computer terminal of the company to prepare for the shortage. The product information from the manufacturer or the wholesaler is obtained from the product master included in the product information 1, and the order product and the order quantity are determined and input to the central computer 1 as order data.

In this case, the POS sales data of the department store A is transmitted to the POS sales data file of the central computer 1, and the POS sales data received from the department store A is edited for each manufacturer or wholesaler, and the transmission file is edited. The POS sales data is created and transmitted to a server computer of a maker or the like, or the POS sales data can be referred to from a computer terminal of the maker or the like using a Web application via the Internet communication. In addition to registering sales data, sales management can be performed, and sales data of merchandise can be obtained at an early stage.

Next, the order data input from the person in charge of the department A store is automatically input by the operator into the order data existing in the central computer 1 and written into a file, and at the same time as the member manufacturer or wholesaler. The data is processed into a plurality of shipping destinations, transmitted to the order data of each shipping destination, and distributed to a file of the company B which is also the order receiving destination.

Company B accesses order data inherent in the central computer 1 of the operator in the same manner as company A, activates a program existing in the central computer 1, and receives the order data allocated to its own file. Make sure that

The shipping destination that has received an order from a request destination such as a department store creates shipping data on its own computer. In this case, a delivery slip for each ordered product and the name of the packed product,
Attach a tag with a bird code indicating the quantity of goods, delivery destination, etc. to the original box (single item case), packing box (mixed case) or various packing styles, and sort it at the truck collection place without sorting by destination. Make a pile.

The shipping data created at the shipping destination is then transmitted to the central computer 1 by dividing the shipping data for several companies, and from a computer terminal of the company using a Web application via Internet communication. You may enter your shipping data.

The data input to the shipping database of the central computer 1 is edited by the operator as delivery data for the member department store to which the order is placed, and transmitted to the department store delivery data. The received delivery data is transmitted to the department store. Manage in your own computer system.

From the original box or packing box in which the order is placed at the shipping destination, or from the bar code attached to the tag attached to the outside of the box while being transported on the belt conveyor at the shipping place in another packing form, A delivery destination is read by a barcode reading device (not shown), and sorting is automatically performed for each delivery destination.

The sorted original boxes and packing boxes are loaded to the orderer by the carrier of the company C, which is a carrier. In this case, the carrier uses a handy scanner, a barcode reader, a handy terminal, or the like ( (Hereinafter, collectively referred to as a barcode reader.) The barcode of the shipping box is read by using a barcode reader, and the data of the delivery destination and the goods are accumulated in the cargo tracking data of the central server computer 1, and the collection operation is completed in real time. It is a mechanism that can register things.

The collected luggage is delivered by the carrier of the company C, which is a carrier, delivered to the department store A, which is the orderer, and is inspected by the person in charge on the spot.
Also in this case, the person in charge of the shipping company reads the barcode of the delivery box using a barcode reader for each delivery,
The delivery data at the delivery destination is accumulated in the cargo tracking data of the central computer 1, and the completion of the delivery work can be registered in real time.

[0077] The receiving staff of the department store A who received the delivery
Instead of checking the delivered items individually against the delivery slip and performing inspection work as in the past, the delivery database of the central computer 1 is accessed from the company's own computer terminal to receive the delivery data and the quantity of the delivered items The inspection work can be easily performed simply by checking.

Hereinafter, the present invention will be described in detail with reference to examples, but the present invention is not limited to this range.

[0079]

[Embodiment 1] In order to make the conventional transportation system useful, a system operator, who is a carrier, is entrusted with delivery by an orderer who places an order for a product, a contractor who receives an order for a product, and a contractor. A new strategic tie-up information management system has been developed that enables product management, order management, order management, and cargo tracking management with carriers.

As shown in FIG. 1, the system of the present invention comprises a plurality of member computers 3 and an operator's central computer 1 connected via a communication network 2. As shown in FIG. 3, various data information is managed by having a plurality of master functions, and these members can place orders, receive orders, ship, receive, receive these data via the central computer of the operator as shown in FIG. Transport, storage,
This system incorporates a program for performing data processing such as distribution processing, data search, or cargo tracking processing.

As shown in FIG. 2, when a member accesses the central computer 1 from his / her own computer terminal or the like and inputs his / her own ID number and password, ordering,
Product master, PLU master, PLU history master, JAN code master, location master, inventory master, person in charge master, store master who can easily perform each processing such as order reception, shipment, receipt, transportation, storage, distribution processing,
At least one of master functions of a delivery destination master, a shipping destination master, a member master, a storage master, a distribution processing master, an item master, a business partner master, and a distribution master can be operated.

(Product Master Management) In the system of the present invention,
A company C, which is a manufacturer or wholesaler who manufactures products in advance, receives data such as files from a product master in which product information in the company is registered, edits data in the product master of the central computer 1, and is a member. Product data for a department store A company, which is a retailer, is created and transmitted to a computer of the department store, and the department store A receiving the transmission manages the data by a POS system.

(Transmission / Reception of POS Sales Data) In the department store A, the sales amount and quantity are managed by the POS system by selling a specific product, and these POS data are totaled and summarized as POS sales data. And the central computer 1 of company E
Was sent to the POS sales database inside. The operator who receives this transmission edits the sales data for each delivery destination, creates and transmits a transmission file, transmits the transmission file to companies B and C, and registers them in their own systems.

(Order processing) Further, the member accesses the central computer 1 to order details, correction, correction history, replacement, replacement correction, replacement history, stock, stock adjustment, automatic It has replenishment various data management, search, and printing functions, and has order processing means for performing order processing using the above functions from the accessing communication device of the member.

As shown in FIG. 4, a sales clerk F who is in charge of selling clothes at the department store A (member A) uses a computer terminal located at the sales floor to communicate with the central operator of the operator via the Internet in order to replenish the clothes being handled. Connect to the computer 1 and enter the company code and the person in charge code using the data management function described above, and order the five types of clothing items ordered from Company B (member B) by 300 pieces each. Then, data was created and input as order data, and transmitted to the order database in the central computer 1 of the operator. The operator who has received the transmission edits the order data for each delivery destination, creates and transmits a transmission file, transmits the transmission file, transmits the transmission file to the company B, and can register each in the company's own system.

(Order Processing) In order to easily perform each processing for shipping the ordered goods by accessing the member, the central computer 1 receives details, corrections, stocks, and inventory adjustments of the orders related to the orders. One or more of various types of data management, search, and printing functions, and an order processing means for performing order processing using the above functions from the accessing member's communication device, and receiving order data. An order unit conversion processing means for automatically converting the order into designated order units of the member is provided, so that the delivery processing can be easily performed.

The person in charge of the company B, who has received the order from the department store A, prepares the shipping data by using its own system as shown in FIG. 4 and inputs the data into the shipping data, as well as the database in the central computer 1 of the operator. Was sent and data was registered. When this data is accessed from the ordering company A, only the data related to company A is displayed, and company A can download and register it in its own system as delivery check data for products to be delivered at a later date. Has become.

(Slip Forming Process) The central computer 1 accesses a purchase slip with a barcode, a purchase statement, a shipping slip, Any one of shipping statement, delivery slip, delivery statement, logistics request form, tag, JAN code, date of shipment, date of manufacture, expiration date display, inner box tag, and management tag
It has more than one kind of printing or issuing function, and uses the above function from the member's communication device to access the purchase slip with purchase barcode, purchase statement, shipping slip, shipping statement, delivery slip, delivery statement You can print or issue a letter, distribution request, tag, JAN code, date of shipment, date of manufacture, expiration date display, inner box tag, and management tag.

(Shipment Processing) Using this function, the person in charge of shipment at Company B places a prescribed number of pieces of ordered clothes in a box and packs a regular box packed with the same item and a box packed with a plurality of clothes. Attached to the outside of the box is a tag stating the delivery destination, the type of product, and the quantity, and sending it to the transport area, and using a barcode reader (not shown) mounted on a belt conveyor for A company. As a product, it was divided into products for other companies.

(Freight Carrying Process) Further, the central computer 1 is accessed by a carrier C (member of C) as a carrier to easily carry out each freight carrying process. It has various functions of transport, request, detail, correction, return, dispatch, planning, completion, missing item, unloading, inspection, sorting, storage, and actual data management, search, and printing of carriers. And logistics processing means for performing a transport process from the member's communication device using the above function.

C received a transportation request from the shipping company B
When transporting boxes for company A on a truck,
As shown in FIG. 5, data such as the number of boxes loaded by oneself and the transport destination are registered in the cargo tracking database of the central computer 1 of the operator in real time using a barcode reader. Is connected to the shipping database and the delivery database.
The company, B and C have access from their own computer terminals so that the status of cargo movement can be ascertained.

(Cargo Storage Processing) Further, in order for the person in charge of company C to access the central computer 1 and easily carry out each processing of storing cargo, etc., the logistics related to the logistics of the member requested to carry out the logistics business. Member who has various functions of request, statement, correction, return, dispatch, schedule, completion, missing item, unloading, inspection, sorting, storage and actual data management, search, and printing of carriers, who accessed And physical distribution processing means for performing physical distribution processing using the function from the communication device.

By using this function, if the product is not directly delivered even if requested for transportation as described above, especially when it is necessary to store it in the warehouse of company D (D member) at the request of the orderer 6 and 7, the current storage location and the movement status including the storage status can be grasped by the company's own computer terminals of company A, company B, company C and company D. I have to.

In particular, labor performance management data for facilitating labor performance management processing, sales data for facilitating sales management processing, and purchase data for facilitating purchase management processing. By using the inventory, inventory inventory, inventory inventory adjustment data, and billing data to facilitate each process of invoicing management, etc. to facilitate each process of inventory management, Since it can be processed as data such as the operation status of the transport vehicle, the labor management of the transporter, and the contract status, it is effective as a carrier management system.

(Inspection Processing) The box delivered by the carrier of the company C is inspected by the person in charge of receipt at the company A, and the delivery is completed. In this system, the tag is again read by the bar code reader at the time of delivery. After being read, the delivery completion data is input to the cargo tracking database of the central computer 1,
As a result, by comparing the data with the delivery data input from the computer terminal of the company A, the companies B and C can also confirm that the delivery is completely completed.

Using these functions, the received receipt data is input to the company's own system, and a series of issuance / order-out /
Although the work of receiving-distribution is completed, in the above-described embodiment, the department A is exemplified as the orderer. However, in some cases, when an order is received from another customer, as shown in FIGS. It is a system that can take orders and safely ship products using the same functions as above.

[0097]

Second Embodiment Although not shown in the drawings, the wholesaler F, which has become a member using the operator's central computer 1 shown in the first embodiment, receives orders from many retailers as a normal business. Despite delivering ordered products, but does not have its own factory as a manufacturing plant, we contract out manufacturing of products for which we received orders to our subsidiaries and grandchildren, and deliver the collected products to the retailer who is the orderer. ing.

Company F registers as a member of this system as a group together with its subsidiaries and grandchildren, and performs data communication via central computer 1 between the G department store as the ordering company and the H shipping company as a transport company. Became.

After accessing the above-mentioned central computer 1 and inputting the company ID number and the password, the ordering person in charge of the company F who has confirmed that 500 food cans have been ordered from the food department of the G department store, In order to request the production of 400 cans from a subsidiary and the remaining 100 cans from a grandchild company, data on the number of products, the date of delivery, the delivery destination, etc. were input to the subsidiary and the grandchild company as an orderer.

The persons in charge of the subsidiary and the grandchild company confirm the order from the company F, distribute necessary data to the manufacturing department, assemble the product, pack it, and execute the central computer 1 as in the first embodiment. As a product in the name of Company F using the slip creation processing function, a tag stating the delivery destination, product type, and quantity is attached to the outer body of the box and sent to the transport area, and a bar attached on a belt conveyor The code reader has been used as a shipping product for G department stores.

In this case, the data of the subsidiary and the sub-subsidiary entered using the delivery slip creation processing function are registered as the delivery data to the G department store and the F company, and the G department store checks the delivery of the goods to be delivered at a later date. The data can be downloaded to the company's own system, and the company F can confirm the movement of the product in the company's name.

A carrier of company E, which has received a transportation request from a subsidiary company and a sub-subsidiary of a shipper, uses a barcode reading device to load a box for a G department store on a truck. The data such as the number and the destination are registered in real time in the freight tracking database of the central computer 1 of the operator, and this freight tracking database is connected to the shipping database and the delivery database. And access from the company's own computer terminal of the grandchild company so that the movement status of the cargo can be grasped.

The box delivered by the carrier of company E is G
The department store receiving staff inspects the goods and the delivery ends.
In this system, the tag is read again by the barcode reader at the time of delivery, and the delivery completion data is input to the cargo tracking database of the central computer 1 and collated with the delivery data obtained from the computer terminal of the G department store as a result. It can be confirmed that the delivery has been completed.

[0104] The G department store receiving staff, the company E carrier, and the company F order receiving staff access the central computer 1 to complete a series of operations including issuing, receiving, shipping, receiving, logistics, and delivery inspection. I was able to confirm.

[0105]

[Embodiment 3] Company E, which operates a transportation business, undertakes the task of transporting foodstuffs with expiration dates such as bread and confectionery to retail stores and delivering them in addition to the transport route shown in Embodiment 2. Work to transport goods from the confectionery manufacturer H, which is the shipping destination, to 15 retail stores almost daily, and to receive the goods whose expiration date is past due from the retailing destinations and return them to the shipping destination. It is carried out.

Conventionally, orders are separately placed from the 15 retailers to the company H, which is the shipping destination, and the products are placed in a stack according to the order quantity and packed, and together with the shipping slip, the company is the carrier. A request for delivery was made to Company E, and between the shipper, the carrier, and the retailer, transactions of goods were made using copy-type handwritten delivery slips. All of the stores also become members of the system established by the operator shown in the first embodiment, and perform a series of processes such as ordering, receiving orders, shipping, transporting, delivering, returning, inspecting, and the like via the central computer 1.

The person in charge of the 15 retail stores looks at the stock of the store and inputs the desired quantity of the next day as order data to the central computer 1 from his / her own computer.
The shipping clerk of the company H, which has been transferred to the order receiving file of the company H, which has received the order, and has confirmed the order quantity, sends the central computer 1
, The tags were printed and attached to the end of the bundled goods, and the goods were collected at the transport location so that the shipping company could carry them.

Since the shipping data input by the shipping staff of Company H is transferred to the member file of the carrier, the carrier of the carrier confirming that the delivery request has been made is sent to the transportation section of Company H in the early morning of the next morning. , Read the tag affixed to the end of the number with a barcode reader, divide the luggage for each shipping destination, mount it on the carrier, and re-tag the specified number for each retail store. The product was read using a barcode reader and delivered, and the product whose expiration date was passed was returned as a return and returned to the company's collection site.

In this case, since the data of the tag read by the bar code reader by the carrier is input to the central computer 1, it is accumulated as the data at the time of collection and the data at the time of delivery. It is possible to easily confirm the presence or absence of the difference, and it is not necessary for the transfer staff to write the administrative work such as the paperwork related to the transfer and the internal route document, etc. Labor has improved.

[0110]

According to the present invention, order processing is performed by eliminating the conventional fixed concepts of an orderer and a contractor, a shipper and a consignee, or a product manager, a transporter, a custodian, and a processor in a commercial transaction. In that case, it becomes the orderer, if it receives an order, it becomes the orderer, if it ships the product, it becomes the shipper,
A new system that can be used as a consignee when a product is received, and when the data processing and data management are performed using the central computer of the operator, the position of the product is easily determined. is there.

Therefore, in the system of the present invention, all the members who have accessed the central computer of the operator have the same processing means and can reflect the processed data to all the related members who need it. Data transfer,
This has an office effect that eliminates the trouble of re-entry, entry, transcription, and the like, and eliminates human error in transfer, re-entry, entry, transcription, and the like.

Further, since the data is the same as the tag attached with the bar code attached to the product, it is possible to search for the product, check
It is possible to easily perform all management related to the product, such as state / status confirmation and work efficiency management, and also have an effect that related members can freely check the status of the product in real time.

Further, the connection method between the central computer of the operator and the member can be easily operated by using a personal computer which is generally available on the market and using a communication network such as the Internet. This has the effect of eliminating the need for such specialists and contributing to cost reduction.

[0114] For the logistics company as well, the goods picked up by the carrier are visually checked with a sticker at the delivery destination, the quantity and the delivery destination are checked together with the delivery slip, and the barcode is read. This makes it possible to ascertain the delivery destination and quantity, and eliminates the need to receive the checked receipt of the staff on the delivery slip at the time of delivery, while all the trends of these products are accumulated in the central computer Therefore, there is no difference between the quantity at the time of shipment and the quantity at the time of delivery, and when there is a difference between them, there is a great effect that it is possible to confirm at which point the difference has occurred.

In the conventional collection method, since each carrier collects the goods collected on the day at the distribution center and sorts the goods for each delivery destination, there is a large amount of goods collected on the day due to traffic congestion and the delivery center. In the case of returning, the final sorting work was completed after waiting for the return of all vehicles,
Each transporter can use the barcode reader to read the tag at the time of collection to prevent collection mistakes, and the sorting manager can wait for each vehicle to return,
Since most of the preparations for sorting can be performed, it also has the effect of greatly contributing to shortening of working hours.

[Brief description of the drawings]

FIG. 1 is a configuration diagram showing an outline of a system of the present invention.

FIG. 2 is a configuration diagram showing functions inherent in a central computer.

FIG. 3 is a configuration diagram showing a program function inherent in the central computer.

FIG. 4 is a configuration diagram showing an embodiment.

FIG. 5 is a configuration diagram showing an embodiment.

FIG. 6 is a configuration diagram showing an embodiment.

FIG. 7 is a configuration diagram showing an outline of a system of the present invention.

FIG. 8 is a flowchart showing an outline of the system of the present invention.

FIG. 9 is a flowchart showing an outline of the system of the present invention.

FIG. 10 is an explanatory diagram showing a conventional daily report route table.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Central computer 2 ... Communication network 3 ... Member computer 4 ... Retail store computer 5 ... Manufacturing and wholesaler computer 6 ... Transporter computer 7 ... Warehouse computer

Claims (29)

[Claims] An operator's central computer connected to a plurality of member computers and a communication network, wherein the operator's central computer orders goods, receives orders, ships, receives, transports, stores, A first step of managing any one or more types of data of distribution processing; and ordering, receiving orders, shipping, receiving, transporting, storing, and processing distribution of any one or more of the related member communication devices accessed. Data input /
A second step of performing output processing, and a third step of sharing the data in the central computer obtained in the second step between the related members, and searching for the corresponding data from the communication device of the accessed related member; , If necessary, the data retrieved in the third step is converted to various slips, bills, labels,
And a fourth step of printing or issuing in a seal style. 2. The operator's central computer includes a merchandise master, a PLU master, and the like, which allow the accessed member to easily perform any of ordering, order receiving, shipping, receiving, transporting, storing, and distribution processing. PLU History Master, J
AN code master, location master, inventory master, person in charge master, store master, delivery master, shipping master, member master, storage master, distribution processing master, item master, customer master,
2. The strategic alliance information management system according to claim 1, wherein the system has a master function and a search function of at least one of a distribution master. 3. The operator's central computer includes a JAN code relating to merchandise management, a date of manufacture, an expiration date display,
2. The barcode creation function of at least one kind of date of shipment is provided, and printing and issuance of the barcode are performed using the creation function by a communication device of an accessed member. 2. The strategic alliance information management system according to 2. 4. The operator's central computer includes an IC tag, an IC chip, an IC label, and an RFI related to product management.
Any one of D tag, RFID chip and RFID label
4. The strategic alliance according to claim 1, wherein the member, which has at least one kind of creation function, prints and issues the tags, chips, and labels by using the creation function in the communication device of the accessed member. Information management system. 5. The operator's central computer manages various types of data management, retrieval of order details, correction, correction history, replacement, replacement correction, replacement history, inventory, inventory adjustment, automatic replenishment related to the ordering business. 5. The strategic alliance information management system according to claim 1, further comprising an order processing unit having each function of printing, and performing order processing by using said function from a communication device of an accessed member. 6. The operator's central computer automatically replenishes the merchandise, products, materials, and cargoes based on sales data and stock data in order to keep the stock of the merchandise within a certain range. 6. Strategic alliance information according to claim 1, further comprising an order replenishing function for making an order for the service, and order processing means for performing order processing using the function from the communication device of the member who has accessed. Management system. 7. The strategic computer according to claim 1, wherein the central computer of the operator has order unit conversion processing means for automatically converting order data into each order designated unit of a member who receives order data. Alliance information management system. 8. The operator's central computer performs various types of data management, retrieval, and printing of return, replacement, inventory, and inventory adjustment related to the return of commodities such as commodities, products, materials, and cargo. 8. The strategic alliance information management system according to claim 1, further comprising a return processing unit having a function and performing a return process using a communication device of an accessed member using the function. 9. The operator's central computer manages various data management, retrieval, and printing of details, replacement, inventory, and inventory adjustment of transferred goods related to goods, products, materials, and cargo transfer operations. 8. The strategic alliance information management system according to claim 1, further comprising a transfer processing unit having each function and performing a transfer process from a member's communication device using the function. 10. The operator's central computer has at least one of various data management, retrieval, and printing functions of at least one of an order receipt, an amendment, an inventory, and an inventory adjustment relating to the order, and the member who has accessed the computer. 10. The strategic alliance information management system according to claim 1, further comprising an order processing means for performing an order processing from said communication device using said function. 11. The operator's central computer transmits order data corresponding to order data and shipping data corresponding to the order data for facilitating the shipping work of the member who has accessed, to each designated packing form of the member to be shipped. 11. The strategic alliance information management system according to claim 1, further comprising package unit conversion processing means for performing conversion processing into units. 12. The operator's central computer manages various data management of shipping schedule, specification, instruction, request, inspection, correction, determination, shortage, excess, picking, inventory, inventory adjustment relating to the shipping business. 2. A shipping processing means having search and printing functions, and having shipping processing means for performing shipping processing using the function from a communication device of an accessed member.
-Strategic alliance information management system according to item 11. 13. The operator's central computer may receive a request, a description, a correction, a return, a dispatch, a delivery related to the transportation related to the freight transportation business of the contractor or the shipper, or the logistics related to the logistics of the member requested to perform the logistics business. It has various functions such as schedule, completion, missing items, unloading, inspection, sorting, storage data, carrier data management, search and printing, and transports using the above functions from the member's communication equipment that accessed. 13. The strategic alliance information management system according to claim 1, further comprising physical distribution processing means for performing physical distribution processing. 14. The operator's central computer has various data management, retrieval, and printing functions for receiving, accessing, planning, detailing, correcting, inspecting, completing, missing goods, and excess goods relating to the receiving work, and has access functions. 15. The strategic alliance information management system according to claim 1, further comprising a receiving processing means for performing a receiving process using the function from a member's communication device. 15. The operator's central computer includes a purchase slip, a purchase statement, a shipping slip, a shipping slip, a delivery slip, a delivery slip, a distribution slip with a barcode based on the actual data processed by the shipment. It has a function of printing or issuing at least one of a certificate, a tag, a JAN code, a shipping date, a date of manufacture, a date of expiration date, an inner box tag, and a management tag. Using the function, the purchase slip with the bar code, purchase statement, shipping slip, shipping statement, delivery slip, delivery statement, distribution request form, tag, JAN code, shipping date, manufacturing date Date, expiration date display, inner box label,
The management tag is printed or issued, wherein the management tag is printed or issued.
14. The strategic alliance information management system according to item 14. 16. The bar code obtained by using a printing or issuing function of the central computer of the operator, wherein the bar code corresponds to data managed by the central computer. Strategic alliance information management system. 17. The operator's central computer reads the tag with a bar code attached to the cargo by a member who is the accessing shipper with a bar code reader, compares the cargo with the shipment data, and confirms the shipment. 17. The strategic alliance information management system according to claim 1, further comprising a shipping inspection function having a shipping inspection function for performing shipping inspection using a communication device of a related member who has accessed the device. 18. The operator's central computer reads the bar code of the shipment cargo to which the tag created through the central computer is attached at the time of collection, unloading, sorting, and inspection of logistics business. , At the time of entry, exit, loading, delivery, storage at any time, by reading with a barcode reader, has a collation inspection function to collate or inspect the shipment cargo and logistics data, The apparatus according to claim 1, further comprising: a verification inspection means for verifying and inspecting the cargo by using the function from the communication device of the related member who has accessed, and a cargo tracking means for sharing the collated data of the member between the related members. A strategic alliance information management system according to any one of 1 to 17. 19. The operator's central computer reads the barcode of the tag attached to the cargo with a barcode reader when carrying out the unloading operation, so that the cargo and the data to be delivered or the advance shipment details are read. It has a receiving goods function of checking the data and receiving goods, and has a receiving goods means for receiving and inspecting the cargo using the function from the communication device of the related member who has accessed, and the receiving data of the member is received. Claims characterized by having a cargo tracking means shared among the related members, and a receivable / payable confirmation means between the orderer and the contractor, between the contractor and the shipper, and between the logistics client and the consignee. The strategic alliance information management system according to any one of 1 to 18. 20. An operator's central computer connected with a plurality of member computers and a communication line, wherein said operator's central computer is connected to said operator's central computer by a communication network. By connecting, order, order, shipping, which the central computer has,
A strategic alliance information operation method, wherein any one or more processing means of receiving, transporting, storing, and distribution processing can be arbitrarily selected by the member's computer and operated as the processing means of the related member. 21. An operator's central computer connected to a plurality of member computers and a communication network, wherein said operator's central computer is connected to said operator's central computer by a communication network. By connecting
Any one or more processing means of ordering, order receiving, shipping, receiving, transporting, storing, and distribution processing of the central computer can be arbitrarily selected by the member's computer, and can be operated as the processing means of the related member, A strategic alliance information operation method characterized in that the operated data can be shared among related members. 22. A plurality of member computers and an operator's central computer connected by a communication network, wherein the plurality of members who have accessed the operator's central computer can place orders, receive orders, ship, receive, and transport. , Storage, and distribution processing by selecting at least one of them, each as an orderer, contractor, shipper, consignee, transporter, custodian, distribution processor or more. Strategic alliance information operation characterized by processing, inputting / receiving, shipping, receiving, transporting, storing, inputting / outputting, managing, searching, and printing processing of the member's communication equipment. Method. 23. An operator's central computer connected to a plurality of member computers and connected by a communication line, wherein the operator's central computer has a management function for storing and managing data input by members, It has a conversion function to convert data, a data search function to start when searching for data, and a cargo tracking search function to start when searching for cargo information. A program recording medium for strategic alliance information management, characterized by recording a program to be executed by a computer as a management system. 24. A system comprising a plurality of member computers and an operator's central computer connected via a communication network, wherein the operator's central computer uses a purchase slip with a barcode based on shipping data, It has issuing means for creating and issuing at least one of a purchase statement, a delivery slip, a delivery statement, a distribution request, a shipping slip, and a shipping statement. A slip issuing system characterized by the ability to copy. 25. A system comprising a computer of a plurality of members and a central computer of an operator connected by a communication network, at the time of shipment, collection, sorting, collation inspection, entry, and exit of cargo. At the time of loading, delivery, storage, unloading inspection, at least one of the following operations, the barcode reader attached to the cargo is read by a barcode reader, and the cargo managed by the central computer is read by the barcode reader. A first step of verifying incidental data and the cargo, a second step of registering the obtained data as incidental data of the cargo in the central computer, and allowing other members related to the cargo to access the central computer. And a third step of searching for the status and movement of the cargo. 26. A system comprising a computer of a plurality of members and a central computer of an operator connected by a communication network, when performing a transportation business, a collection route table for each transportation vehicle based on shipping data, The first step of creating and issuing one or more types of delivery route tables based on the delivery schedule data, and at the time of shipment, collection, sorting, verification inspection,
At the time of entry, unloading, loading, delivery, storage, at the time of any one or more of the work at the time of unloading inspection goods, read the tag with a barcode attached to the cargo with a barcode reader, with the central computer A second step of verifying the incidental data of the cargo to be managed and the cargo, a third step of registering the obtained data as the incidental data of the cargo in the central computer, and other members associated with the cargo A fourth step of accessing a central computer to search for the status and movement of the cargo. 27. A data management system comprising a computer of a plurality of members and a central computer of an operator connected by a communication network, wherein information data of at least one of merchandise, product, material, and cargo information is stored. At the time of management, the accessing member has a product etc. management means for performing information management or inventory management by registering each information of goods, products, materials, cargo in the central computer of the operator, and then each accessed A product information management method characterized by sharing such information among related members. 28. The operator's central computer may include any one of the following: management details, correction, correction history, inventory, and inventory adjustment relating to one or more types of management operations of merchandise, products, materials, and cargo information. In addition to the data management, search, and printing functions described above, one or more of JAN code, date of manufacture, expiration date display, product code, product code, material code, and cargo code related to the above information are provided. 28. The product information management method according to claim 27, further comprising a function of performing code management and printing. 29. The operator's central computer includes, in addition to a common code for sharing data managed by the accessed related members with each other, goods, products, materials, and cargo corresponding to the common code. 29. The merchandise information management method according to claim 27, further comprising managing the individual code to which the own code is assigned.