JP2012108856A - Commodity management consolidation system on network mall - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a commodity management consolidation system on network malls capable of facilitating smooth and efficient sales activities.SOLUTION: In relation to clients which open stores on a plurality of network malls, a commodity management consolidation system comprises: theoretical stock obtaining means for collectively obtaining each theoretical stock on a plurality of network malls; actual stock obtaining means for collectively obtaining the actual stock on a plurality of warehouses; and stock matching confirmation means for confirming whether the theoretical stock matches the actual stock. To confirm whether the theoretical stock matches the actual stock, the actual stock obtaining means obtains the actual stock by checking a decrease of the actual stock every time commodities are delivered to an end user, and the checked actual stock data is transmitted to the stock matching obtaining means.

Description

  The present invention relates to a centralized inventory management system on an online mall such as an EC shopping mall.

2. Description of the Related Art In recent years, so-called mail-order sales companies have been actively selling on the Internet, that is, on the EC shopping mall (electronic shopping shopping mall).
However, the current situation is that, for example, logistics infrastructure has not caught up with the sales paradigm shift (change in sales framework) represented by the advent of EC shopping malls.
Compared to foreign countries, Japan is a country with a relatively well-developed distribution network for goods, etc., but still compared to online malls (EC shopping malls) where transactions can be made "regardless of 24 hours / location". Therefore, it can be said that the usual distribution network is restricted in time and place.
On the other hand, there is a difference between "data" as electrical signals and physical "things", so it can be said that there is no way.
In addition, since selling products at online malls is the biggest point of increasing sales by maximizing opportunities for customers to see, opening single stores (opening into a single online mall) ) To multiple store openings (opening to multiple online malls) has become one standard model.
Here, the difference between mail-order sales through the Internet and the development of multiple stores in the real world is that the business management part, including the management of product inventory, is called “net mall” etc. It can be easily realized by utilizing the mail-order function provided.
However, because inventory management, which is a core business, depends on the systems and services provided by each net mall, growing companies that have entered the stage of expanding their business by developing multiple stores are With the exclusion policy, it is necessary to manage each Internet mall separately, and it is necessary to conduct regular sales activities on the ground that do not manage and operate each Internet store called `` mail order site ''. "Business complexity" is born.
In addition, secondary problems have arisen, such as failure to comply with the “first-in first-out principle” of inventory doubles and products.
In response to these problems, the present invention combines merchandise individual management at the on-site warehouse and so-called centralized information collection, thereby causing a difference in distribution inventory, such as the occurrence of deviation between "real inventory" and "theoretical inventory". It tries to solve the problem of.
The difference between the inventory of goods shipped on the net mall, that is, the theoretical inventory of the goods and the actual inventory actually in the warehouse, etc. There is often a difference between the theoretical inventory and the actual inventory of the product for sale.
Therefore, inventory is performed once a month, for example, and the theoretical stock and the real stock are synchronized.
Here, inventory is to check the actual inventory quantity that is regularly performed in order to grasp the difference between the inventory quantity listed in the book (theoretical inventory) and the actual inventory quantity (real inventory). This is often called physical inventory because it actually checks the inventory.
Originally, as described above, the inventory quantity on the book must match the actual inventory quantity, but it often does not match due to various causes such as theft, loss, and misrecording.
Therefore, accounting requires that the difference be accurately recognized and adjusted to the book value in accordance with the actual inventory amount.
It is said that the difference between theoretical stock and actual stock is caused by, for example, the following reasons in ordinary sales activities on the ground that are not on the net mall.
Due to improper registration of cash register, for example, wrong key entry, wrong amount, wrong checker / customer, wrong checker / employee, wrong check due to unconfirmed price, price check Mistakes, products that do not have a POS registration, and products that do not have a selling price display at an appropriate price, due to improper tapping error correction procedures, fictitious return of checkers and clothing for the price.
The second is due to inappropriate administrative procedures. For example, an in-store transfer slip and the amount of money are improper, the product is diverted to expenses, a double return book for purchase returns, a book return for purchase returns, sales price correction slips ) Drafts, entry of accounts receivable slips, improper amounts, misunderstanding of unclear numbers such as slips, postings in the middle of creating slips, and miscalculations.
In addition, due to inadequate product management, overstocked products may become defective, due to lack of product knowledge, price reductions due to deterioration of freshness, consumption of foods that are not subject to prescribed procedures, etc. Loss in transportation due to poor loading, natural loss of excess inventory, loss due to improper processing of unsold products, loss of merchandise value due to improper storage location and storage method, loss due to defective packaging, marketed fresh food, etc. Such as forgetting to load and disassembling set products.
In addition, due to inadequate inventory, miscounting of quantities, mis-filling mistakes in selling prices, miscalculation of inventory slips, forgetting to take inventory of goods, leakage, inclusion of products that should not be inventoried, Double inventory due to unclear areas in charge, inappropriate inventory of large quantities of small products, irresponsible inventory of support clerk, inappropriate inventory of products in progress, overlooking price differences of the same product For example, forgetting to take inventory of containers, wrapping paper, etc. added to the purchase price.
In addition, examples of damage due to equipment failure include damage caused by rats, cats, weasels and dogs, damage caused by inaccurate scales, loss of product value due to rain leaks, etc. This may be due to deficiencies.
In addition, due to carelessness of employees, due to unconfirmed results of packaging work, miscalculation at the time of measurement, product damage due to poor handling, misplacement of price POS registration, loss of loss in product value due to excessive purchases And loss of merchandise value due to lack of merchandise knowledge, errors due to selling merchandise at prices other than the indicated selling price, and the like.
In addition, fraud by employees. Examples of misappropriation include picking up food, taking goods without permission, calculating cashiers by registering with customers or employees, unauthorized consumption of goods, dressing cash by fictitious returns, dressing sales prices outside business hours, etc. Can be mentioned.
Examples of fraudulent misconduct by customers include shoplifting, cashier pricing by close-up with employees, cashing by return of shoplifting goods, unreasonable returns by customer responsibility (if product value is lost), in children's store Consumption, replacement of price tags, mixing with other products, cheating checker's eyes, fraud such as rewriting prices by changing the packaging of face-to-face products, etc.
Possible reasons include incorrect quality, grade confusion, mistakes, returned goods without permission, incorrect supplier pricing, and uncertain exchanges.
Thus, most of the reasons why inventory is required in normal sales activities that are not on the net mall are also the main reasons for the need to match the theoretical inventory and the actual inventory on the net mall.
In particular, on the net mall, it is necessary to make the theoretical stock and the real stock coincide with each other instantly, in other words, every time it is shipped to the end user or before it is shipped to the end user. This is because it becomes increasingly difficult to match the theoretical stock and the actual stock unless they are checked at each stage.
The next issue is the problem of so-called handling infrastructure for goods that must be sent all over Japan, and in some cases overseas, when selling goods using an online mall.
Conventionally, merchandise transportation to end users on the net mall is generally performed by a transporter designated by each net mall or recommended by each net mall.
However, there are a wide variety of products used in online malls, and as a result, there has been a demand that transporters should be selected for each product or for each region to be transported. This is because the transportation cost can be greatly reduced, and efficient and speedy product transportation can be realized.
In addition, there is a problem in that it is effective to efficiently use a warehouse in an area where many buyers using the net mall live to improve the efficiency of goods transportation and to reduce the cost of individual delivery.
Furthermore, it is always necessary to know whether the goods are being transported properly. For relatively expensive logistics products such as courier services, it is possible to confirm arrival, etc. Although the suppressed mail service is suitable as an advertising notice means, there is no confirmation means as to whether or not the mail service is properly distributed.
There is also a problem that such a problem should be solved by having a “reception monitoring organization” for each region, and at the same time, it would also function as a deterrent to illegal delivery to delivery companies.
In addition, there is a challenge to enjoy the economies of scale of quantity by consolidating shipping operations in warehouses networked throughout the country with a single account and entrusting it to a logistics company. This scale merit is a quantity that cannot be achieved by each warehouse alone, and is therefore an advantage or merit in regional sales for each warehouse.
Furthermore, each warehouse also conducts sales activities in the region, but the activity process in the warehouse sales can set a standard model to some extent. Many of the sales processes in warehouse sales, such as after-sales staff visits, are done by email, because these can be delegated by the system.
Similarly, it is recommended that sales representatives deal with details such as reminder emails after a certain period of time, seasonal greetings, or any kind of anniversary, but complement the communication with customers who are often forgotten. There is also a problem that a system can be given to the warehouse. This is because the effect that the salesman communicates with the customer can be exhibited.
Furthermore, in addition to the expiration date, there is a management called “expiration date” for distribution of food products. This indicates that a product that has passed a third of the period from the date of manufacture to the expiration date cannot be received at a convenience store or the like.
These products will flow to supermarkets and discount stores as the day goes by, but as a manufacturer, it may become a factor of price collapse, so as much as possible is not seen by consumers. In order to meet the demands of such manufacturers and at the same time promote the securing of human resources on the warehouse side, there is also a problem that products that can be purchased at low cost are applied to benefits such as employees and part-timers. This is because the reason why the warehouse can be purchased cheaply is because the company compensates as a welfare program. As a result, there is a solution to the problem that the employee's belonging consciousness increases and the demands of the manufacturer that do not want to collapse can be met. This is because a warehouse that has become more attractive to attract workers who choose a workplace that is in a better condition can easily secure part-time workers and home workers, and become more competitive in the region.
In addition, by utilizing cheap local labor costs and land rents, it is possible to provide low-cost manual processing of postal items including so-called private e-mail services (hereinafter simply referred to as “postal items”) to clients at a low cost. The problem of being able to enjoy the benefits of both central and local can be achieved by the merit of scale by combining the mail handled at the work place (warehouse, packing business, etc.) with the account of the mass handling business in Tokyo.
In addition, with the approval of the grace period for the “delivery date” from the client, the shipment for several days is consolidated into one or one day, and the “shipment cost” charged by the distribution infrastructure company. There is a problem-solving method that can provide the merit of scale by applying a large discount.
By combining these scale merits and local cost merits and extracting the maximum discount rate, the difference is appropriately distributed to the related companies including the client. This is because it can be obtained legally.
On the other hand, products called private mail services and post office booklet parcels are inexpensive, but have the weakness of being unable to obtain arrival confirmation obtained by courier and mail parcels. There is a solution to the problem that by setting “personnel”, it is possible to check the delivery status of each region even if individual delivery records cannot be taken. This is because the arrival monitoring personnel are organized to provide evidence to relieve the client's anxiety about arrival of mail.
JP 2002-7823 A

Thus, the present invention was devised in view of the above-mentioned problems, and can solve various problems on the above-mentioned net mall, and can be smoothly and efficiently performed on the net mall. The object is to provide a unified product management system.

  The present invention comprises a plurality of net malls, a store opening client that opens in the plurality of net malls, a plurality of warehouses that store theoretical stocks opened from the store opening client in the plurality of net malls as real stock, The system includes a plurality of carriers that ship goods from a warehouse and send them to an end user, and the system for confirming the coincidence between the theoretical stock on the plurality of net malls and the actual stock actually stored in the plurality of warehouses, Theoretical inventory grasping means for grasping the inventory of each theory in a plurality of net malls at the same time, the actual inventory grasping means for grasping the actual inventory in the plurality of warehouses collectively, and the theoretical inventory and the actual inventory match. It is configured with inventory matching confirmation means for confirming whether or not the actual inventory is matched with the theoretical inventory by the actual inventory grasping means. The actual inventory is checked by checking the reduction of the actual inventory for each shipment to the end user and transmitting the reduced inventory checked actual inventory data to the inventory matching grasping means, or a plurality of Shipping products from the plurality of warehouses, an online mall, a store opening client that opens in the plurality of online malls, a plurality of warehouses that store the theoretical stock that opened from the store opening client in the plurality of online malls as real stock, and A system for confirming a match between the theoretical inventory on the plurality of net malls and the actual inventory actually stored in the plurality of warehouses. Theoretical inventory grasping means for grasping the inventory of each theory at once, the actual inventory grasping means for grasping the actual inventory in the plurality of warehouses at once, the theoretical inventory and the previous inventory It is configured with inventory matching confirmation means for confirming whether or not the actual stock matches, and whether or not the theoretical stock and the actual stock are matched is determined by the actual stock grasping means by the actual stock grasping means. For each end-user shipment, the actual inventory data is checked for reduction, and the reduced inventory-checked actual inventory data is transmitted to the inventory match grasping means and sent from the plurality of carriers to the end user. The selection and specification of a specific carrier to be carried out is characterized by comprehensive consideration of the amount of fare by region, the amount of fare by weight and the amount of special conditions, or in a plurality of net malls and the plurality of net malls A store opening client that opens a store, a plurality of warehouses that store theoretical stocks opened from the store opening client in the plurality of net malls as real stock, and shipping products from the plurality of warehouses, A plurality of transporters to be sent to an end user, and a system for confirming a match between the theoretical stock on the plurality of net malls and the actual stock actually stored in the plurality of warehouses is provided for each of the plurality of net malls. A theoretical inventory grasping means for collectively grasping theoretical inventory, an actual inventory grasping means for grasping actual stock in the plurality of warehouses at once, and an inventory for confirming whether or not the theoretical stock and the actual inventory match. And confirming whether or not the theoretical stock and the actual stock match each other by checking the real stock by the real stock grasping device for each shipment to an end user. , Check the reduction of the actual inventory, send the inventory control data of the reduced inventory to the inventory match grasping means, and select and specify the specific carrier to be sent from the plurality of carriers to the end user In addition, the total amount of fare by region, fare by weight, and special conditions is taken into consideration, and the delivery to the end user is done in a low-cost transportation format that does not require individual arrival confirmation and is set for each region. It is characterized by the arrival confirmation by region by the arrival confirmation monitor who did.

  Thus, according to the product management centralized system on the net mall according to the present invention, it is possible to solve various problems that are a matter of concern on the net mall, and to carry out smooth and efficient sales activities on the net mall. Excellent effect.

Hereinafter, the present invention will be described based on preferred embodiments.
As shown in FIG. 1, when the centralized merchandise management system on the net mall according to the present invention is applied, there are a plurality of net malls 1 on the Internet.
The formation of these net malls 1 has grown rapidly in recent years, and initially there was only a single net mall 1, but now there are multiple net malls 1 ... In addition, a plurality of new net malls 1 are born one after another. In this way, each net mall 1 has been rapidly developed as compared with ordinary sales activities on the ground.
Reference numeral 2 denotes a store opening client that opens a store in the plurality of net malls 1...
The store opening client 2 normally opens a store in a single net mall 1 and conducts sales of products on the single net mall 1, but after a predetermined period of time, other net malls expand their business. We will also consider opening a store to 1.
Reference numeral 3 denotes a warehouse in which the store opening client 2 stores a stock of merchandise, and a plurality of warehouses 3 are prepared.
Further, reference numeral 4 indicates a carrier that delivers the product sold by the store opening client 2 on the net mall 1 to, for example, an end user, and a plurality of carriers 4 are also prepared.
Here, conventionally, the store 3 and the transporter 4 are usually determined by the opened net mall 1 because the store opening client 2 has nothing to do with the warehouse or the transporter. It was.
Reference numeral 5 denotes an operation server computer for operating the system according to the present invention.
Here, the configuration of the operation server computer 5 will be described. The configuration is not different from a general computer configuration. As shown in FIG. 2, a control unit 6 composed of a CPU or the like, a storage unit 7 composed of a hard disk or the like. And a transmission unit 9 and a reception unit 10 that communicate with the communication network 8 such as the Internet, an input unit 11 such as a keyboard, and a display unit 12 such as a display.
In addition, the control unit 6 of the management server computer 5 includes a plurality of different net malls 1, for example, an A net mall 1, a B net mall 1, a C net mall 1, an N net mall 1, and the like. The compatibility management control unit 13 has compatibility with different management systems of the net malls 1, and the compatibility management control unit 13 can transmit / receive data to / from the management systems in the net malls 1. Moreover, it is comprised so that the said management system of a different net mall 1 can be operated.
In particular, a store opening client 2 who opens a store in a plurality of net malls 1 without being bored with a single net mall 1 indicates that each net mall 1 has a predetermined number of product stocks (theoretical stock) in advance. In addition to the theoretical stock, it is necessary to grasp the actual stock stored in the predetermined warehouse 3 in addition to the theoretical stock.
Here, what is extremely important in the commercial transaction related to the net mall is that the theoretical inventory and the actual inventory must always be confirmed and synchronized as described above. This is important not only when a store is opened in a single net mall 1 but also when a store is opened in a plurality of net malls 1. Therefore, the present invention is able to do this with a simple operation.
That is, when a product is sold in the net mall 1, a message to that effect (A sold on the net mall A) is transmitted from each net mall 1 side to the management server computer 5 side.
This is transmitted to the operation server computer 5 at a time even for different Internet malls 1 and can be received by the operation server computer 5 at a time.
The operation server computer 5 can manage the store opening merchandise for each of these different net malls 1 and can also manage the collective merchandise for the entire net mall.
Therefore, when a product is sold at a certain net mall 1, the management server computer 5 side transmits information indicating that the product is sold (in other words, shipping information) to the warehouse 3 side.
Then, the warehouse 3 receives information to that effect and prepares for the shipment of goods. At this time, the warehouse 3 side confirms the actual inventory with the corresponding shipment reduced. The data of the actual inventory quantity with the shipment reduced is transmitted to the management server computer 5 side. In this way, every time the store opening goods are shipped from the warehouse 3, or before the shipment, the theoretical stock and the real stock are quickly synchronized.
In particular, in the past, as described above, a plurality of net malls 1... Operate systems using their own management software, and management of products opened for each net mall 1 has been carried out. It was.
Therefore, even if the store opening client 2 aims to expand the business scale and intends to participate in other net malls 1, it is difficult for the store opening client 2 to operate a system that integrates a plurality of net malls 1. It was. For this reason, the store opening client 2 side is currently refraining from opening stores in other online malls 1.
The present invention has solved that point. That is, the compatible management control unit 13 of the operation server computer 5 is connected to the management software of each net mall 1, and for example, the theoretical inventory data related to the store opening client 2 that each net mall 1 grasps. The management server computer 5 side can grasp this.
Furthermore, the operation server computer 5 can acquire and update the data of the actual inventory from the warehouse 3 side, for example, every time it is shipped to the end user or before the shipment, and by synchronizing these data, So-called “inventory” can be performed instantly.
The above-described theoretical management for each of the plurality of net malls 1 and the actual inventory actually stored in the plurality of warehouses 3 are confirmed by the compatibility management control unit 13 in the operation server computer 5. It becomes.
Here, the compatibility management control unit 13 includes a theoretical stock grasping unit 15 that collectively grasps the theoretical stock in the plurality of net malls 1 and a real stock grasping unit 16 that collectively grasps the actual stock in the plurality of warehouses 3. And an inventory coincidence confirmation unit 17 for confirming whether or not the theoretical stock and the actual stock coincide with each other.
The confirmation of whether or not the theoretical stock and the real stock are the same can be made by checking the real stock by the real stock grasping unit 16, for example, every time the product is shipped to the end user who has purchased the real stock. This is performed by checking the reduction of the actual inventory data transmitted to the inventory matching confirmation unit 17.
Next, shipment is confirmed from the warehouse 3 side, and a shipping instruction is communicated to the transporter 4 side delivering the purchased product.
Here, as described above, the carrier 4 has been determined by the net mall 1 side. Accordingly, it is determined without considering the address of the end user who purchased the product or the state of the product to be transported, and the transportation cost is not very efficient.
However, in the present invention, this point was also greatly improved and invented. That is, as can be understood from FIG. 4, the compatibility management control unit 13 is provided with a product purchaser region confirmation unit 18 to confirm the region of the purchaser who purchased the product. In addition, the purchased product state confirmation unit 19 confirms various states of the purchased product. Here, the confirmation of the state of the purchased product refers to, for example, whether the product must be transported in a frozen state, or how much the weight and size are. These determinations are made with reference to various data stored in the storage unit 7.
When the confirmation by the confirmation unit is performed, the information is determined by the carrier determination unit 20 by determining which carrier 4 is most suitable for the corresponding product. Various kinds of data stored in the storage unit 7 are taken into consideration when making this determination and determination.
In addition, in the case where goods are purchased, for example, for transportation to an end user, conventionally, when individual arrival confirmation is required, the fare has to be increased by the amount necessary for the arrival confirmation. However, in the present invention, the system is greatly improved in that respect, and a system that can confirm arrival without fail without confirming individual arrival is provided.
That is, the commodity transportation according to the present invention is performed in a low-cost transportation format that does not require individual arrival confirmation, however, an arrival confirmation monitor member is set for each transportation area. Thus, although the individual arrival confirmation is not performed, the arrival confirmation according to the area can be performed, and the system can confirm the rough arrival as a whole in the area.
Next, a specific use state of the system according to the present invention will be described.
For example, a certain store opening client 2 considers listing in an EC shopping mall and an internet mall at an early stage of the mail order business, decides to open a store in the A internet mall 1, and contracts with the internet shopping mall 1 so-called EC. Suppose you opened a shop.
After that, the business at A Net Mall 1 got on track, and in order to acquire more customers, they started thinking about opening other stores at Net Mall 1.
Therefore, after investigating, we obtained information that consumers seemed to be gathering in B's net mall 1, so we decided to open a store in B net mall 1 and contracted to open as the second EC store.
However, when starting business at multiple stores on a plurality of net malls 1, there was a problem. This is because the inventory prepared at A Net Mall 1 is sold out, and the person in charge of A Net Mall 1 thinks that it is a “selling product,” and sales efforts focused on sales. Played, became popular and was out of stock. In the wake of this out of stock, we placed an additional order with the factory.
However, as a result, a considerable proportion of the additional orders remained on the A net mall 1 as stock.
With this alone, normal inventory adjustments were sufficient, but on the other B Net Mall 1 side, the inventory for the initial order managed by the person in charge of the other B Net Mall powered other products on the B Net Mall side. As a result, the product is not selling as much as A Net Mall 1, so when you check the inventory as a whole, the number corresponding to the additional order of the person in charge of the A Net Mall is exactly the same as the total inventory As a result.
Since A Net Mall 1 wants to exclude other shopping malls and B Net Mall 1, we cannot provide a solution to this problem (for example, the meaning of an information system for solving this problem or realizing the request) Is the current situation.
Therefore, the store opening client 2 has to solve the problem independently. Conventionally, the method of counting the data owned by each of the A net mall and the B net mall not only takes time but also timely. Due to the lack of sexuality and the problem of receiving orders even after the actual inventory was exhausted, contrary to the previous case, there was a situation where a phone call was made to apologize to consumers.
In the past, clerk at the office at the same time carried out shipping work such as packing and creating slips, but if the main item is a product that takes up space such as a futon, Time was not in time, and it was necessary to arrange a warehouse and manpower.
However, in order to prepare the warehouse 3 independently, there is still a shortage of shipments, and it is unlikely that workers can be managed. Furthermore, since there is no on-site know-how to efficiently handle situations where operations are becoming more complicated due to an increase in shipment volume, a system that provides appropriate services from existing warehouse operators I felt the need.
Thus, in order to solve these problems, the store opening client 2 is provided with the operation server computer 5 that can collectively manage the stock allocation of the plurality of net malls 1 including appropriate distribution / redistribution.
In addition, the real inventory of the warehouse 3 and the database, that is, the theoretical inventory on the net mall 1 can be grasped in near real time, can be synchronized with the data of the store opening client 2, and the ordered product can be obtained. It was decided to cooperate with the warehouse 3 which can receive the system which can perform the shipment process which can be shipped smoothly within the day.
Fortunately, the operation server computer 5 that can provide these services in a batch enables the system to exchange data between the so-called management servers of the A net mall and B net mall, and the systems that have been opened in a plurality of net malls 1. Each of the services of the net mall 1 itself is used and is taken into the management server computer 5 so that the system can manage the inventory centrally.
Moreover, since the inventory is synchronized with the actual inventory by storing the product in the warehouse 3 where the system is installed, the same effect as the inventory is performed for each shipment. It has been obtained.
That is, as soon as an order is placed, a product is secured, preventing double sales of the product, and after shipment, the actual number of stocks is counted and synchronized with the net mall stock, that is, the theoretical stock.
By this procedure, the trouble with the customer that the store opening client 2 had caused and the poor grasp of the inventory were eliminated, and CS (customer satisfaction) was greatly improved.
In addition, since the standard inventory processing can be performed, the timing of the additional order can be appropriately determined.

  It is schematic structure explanatory drawing (the 1) explaining schematic structure of this invention.   It is a schematic structure explanatory drawing explaining the schematic structure of the management server computer by this invention.   It is schematic structure explanatory drawing (the 1) explaining schematic structure of the compatibility management control part by this invention.   It is schematic structure explanatory drawing (the 2) explaining schematic structure of the compatibility management control part by this invention.   It is schematic structure explanatory drawing (the 2) explaining schematic structure of this invention.

DESCRIPTION OF SYMBOLS 1 Net mall 2 Store opening client 3 Warehouse 4 Forwarding company 5 Management server computer 6 Control part 7 Storage part 8 Communication line network 9 Transmission part 10 Reception part 11 Input part 12 Display part 13 Compatibility management control part 15 Theoretical inventory grasping part 16 Reality Stock grasping unit 17 Stock match confirming unit 18 Product purchaser region confirming unit 19 Purchased product state confirming unit 20 Transporter determining unit

Claims (3)

A plurality of net malls, a store opening client that opens in the plurality of net malls, a plurality of warehouses that store theoretical stocks that have opened from the store opening clients in the plurality of net malls as real stock, and products from the plurality of warehouses It has a plurality of transporters that ship and send to the end user, and the matching check between the theoretical inventory on the plurality of net malls and the actual inventory actually stored in the plurality of warehouses is performed by using different system programs. The management server computer can be connected to a plurality of net malls, and the management server computer collectively grasps the theoretical inventory of each of the plurality of net malls and the physical inventory to the plurality of warehouses. Inventory matching means for confirming whether the theoretical inventory and the actual inventory match. Confirming whether or not the theoretical stock and the real stock are the same is confirmed by checking the real stock by the real stock grasping means when shipping the purchased product to the end user. A system for centralizing merchandise management on a net mall, characterized in that a reduction of actual stock is checked for each time, and the real stock data subjected to the reduction check is transmitted to the inventory matching grasping means. A plurality of net malls, a store opening client that opens in the plurality of net malls, a plurality of warehouses that store theoretical stocks that have opened from the store opening clients in the plurality of net malls as real stock, and products from the plurality of warehouses It has a plurality of transporters that ship and send to the end user, and the matching check between the theoretical inventory on the plurality of net malls and the actual inventory actually stored in the plurality of warehouses is performed by using different system programs. The management server computer can be connected to a plurality of net malls, and the management server computer collectively grasps the theoretical inventory of each of the plurality of net malls and the physical inventory to the plurality of warehouses. Inventory matching means for confirming whether the theoretical inventory and the actual inventory match. Confirming whether or not the theoretical stock and the real stock are the same is confirmed by checking the real stock by the real stock grasping means when shipping the purchased product to the end user. For each time, the reduction of the actual inventory is checked, the reduced inventory checked actual inventory data is transmitted to the inventory matching grasping means, and the selection and specification of the specific carrier to be sent from the plurality of carriers to the end user is: A centralized product management system on the net mall, which takes into account the total amount of fare by region, the amount of fare by weight and the amount of special conditions. A plurality of net malls, a store opening client that opens in the plurality of net malls, a plurality of warehouses that store theoretical stocks that have opened from the store opening clients in the plurality of net malls as real stock, and products from the plurality of warehouses It has a plurality of transporters that ship and send to the end user, and the matching check between the theoretical inventory on the plurality of net malls and the actual inventory actually stored in the plurality of warehouses is performed by using different system programs. The management server computer can be connected to a plurality of net malls, and the management server computer collectively grasps the theoretical inventory of each of the plurality of net malls and the physical inventory to the plurality of warehouses. Inventory matching means for confirming whether the theoretical inventory and the actual inventory match. Confirming whether or not the theoretical stock and the real stock are the same is confirmed by checking the real stock by the real stock grasping means when shipping the purchased product to the end user. For each time, the reduction of the actual inventory is checked, the reduced inventory checked actual inventory data is transmitted to the inventory matching grasping means, and the selection and specification of the specific carrier to be sent from the plurality of carriers to the end user is: Comprehensive consideration of regional fare amount, weight fare amount, and special conditions amount, and sending to end users will be made for each region so that it can be transported in a low-cost mode that does not require individual arrival confirmation. Centralized merchandise management system on the net mall, characterized by confirmation of arrival by region by a confirmation monitor.

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