JP2002334142A - Sale/inventory control system of dry goods - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sale/inventory control system to unitarily and efficiently manage inventory, shipment and sale, etc., of merchandise at a warehouse and chain stores in real time by a head office by adopting a peculiar sale system to set a unit price per gram and to sell dry goods by weight. SOLUTION: Terminals (11, 21, 31) are installed in the head office (10), the warehouse (20) and a plurality of stores (30) and mutual transmission/reception is enabled via the Internet by using a web server (13). Especially, the terminals (21, 31) to be installed in the warehouse (20) and the chain stores (30) are linked with measuring scales (23, 24), weight data is automatically inputted in the terminals, the inputted data is unitarily managed by the head office (10) as a part of reference data for data for management. Thus, the data is shared by minimizing various kinds of overlapped data in the warehouse (20) and the plurality of stores (30) and unitary sale/inventory control of the dry goods is performed in real time by using a product number and the unit price per gram of the dry goods to be inputted in the respective terminals (11, 21, 31) as the reference data in real time by the head office (10).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for managing the sale and inventory of clothing and miscellaneous goods, and more specifically, the purchase of clothing and miscellaneous goods, the inventory of clothing and miscellaneous goods between warehouses and a plurality of stores, and the amount of movement. The present invention relates to a system for integrally and efficiently managing sales, inventory and sales status in real time.

[0002]

2. Description of the Related Art Ordinary clothing items are usually purchased and sold based on quantities and predetermined unit prices. The distribution channels are extremely complicated, such as going through wholesalers, wholesalers, wholesalers, and clothing / grocery stores. Not only are prices inevitably high, but prices are also determined uniformly due to the specialty of products. There is no fact. In addition, since the tastes of recent consumers are diverse, various types of designs are required, and it is strongly required to keep the price as low as possible when compared with other similar clothing goods of good quality. It has been demanded.

[0003] Under such circumstances, a retail store has a plurality of stores under its umbrella and is enlarged, and also performs product standards and designs in-house, presents them to the manufacturer, directs the production quantity, etc., and directly manufactures the product. Increasingly, more and more vendors purchase large quantities and sell them at prices significantly lower than before. In addition, sales modes are various, and in addition to general stores, there are mail order sales using various media, sales using the Internet, and the like.

On the other hand, there is a growing demand for some clothing miscellaneous goods such as old ones which have conventionally been forced to be discarded, and other clothing items which are worn little and are regrettable to be discarded without damage. Miscellaneous goods, especially luxury clothing miscellaneous goods, are largely left in ordinary households. In recent years, for these clothing items that have been left unused,
Motivation to use it again is increasing, and the second-hand market is emerging for that purpose.

[0005] Under such circumstances, the present inventors have developed a new purchasing, selling and merchandise management system for clothing miscellaneous goods which the present inventors and others did not expect. According to this system, all of the purchase price, sales price, and merchandise management of clothing miscellaneous goods are performed based on the unit price per gram set for each type of clothing miscellaneous goods.

The outline of the system is briefly described as follows.
For example, gross weight of various kinds of used clothing miscellaneous goods
, And the purchased clothing miscellaneous goods are sorted by type. The gross weight (gram) of the sorted same sorts of clothing miscellaneous goods is weighed, and the selling price per gram is set. The price per gram set as described above is displayed on the various types of clothing accessories displayed at the store, and customers take the clothing accessories they want to buy, go through the cash register, and see the amount indicated. To purchase the same clothing and miscellaneous goods. At this time, the cashier weighs each apparel item brought by the customer and presents to the customer an amount obtained by multiplying the weight (gram) by the corresponding price per gram.

[0007] By adopting such a system, it becomes easy to manage each type of clothing and miscellaneous goods. For example, even when a headquarters, a warehouse, and a plurality of stores exist independently in different districts, centralized management is possible. To

[0008]

However, not only in such a sales system but also in the management of sales and inventory of products in conventional business transactions, for example, in the headquarters business, purchasing (importing) from stores and warehouses is performed. There is also a data entry business for receipt / shipment statement, sales report, and return statement.
Since an enormous amount of data must be input, the time required for the input is long, and all of the data is manually input. In addition, various types of data are often distributed among the headquarters, the warehouse, and the store, and files cannot be shared. Therefore, it is difficult to integrally manage them in real time.

[0009] In the product analysis, the headquarters inputs all of the incoming / outgoing data and the sales / returned data, and calculates the total for product analysis. Since these operations are performed after data input, if data input is delayed, various types of tallying cannot be performed.

On the other hand, in the warehouse shipping business, a shipping statement must be prepared by hand and sent to the headquarters by facsimile. In the inventory management business, input / shipment / return data is entered into a personal computer, and this data is compiled. Manage the stock quantity.
For this reason, it takes time to input data, and it is impossible to check inventory in real time.

[0011] Even at each store, once a week, all of the sales numbers, sales quantities, and sales per piece of the whole week are written in a sales report by hand and reported to the headquarters. . For this reason, there are many mistakes in description, and much time is devoted to calculation of the total and the like. The store inventory management at the headquarters is also performed by inputting sales reports by fax from each store to a personal computer and calculating the total from incoming data, sales data, and returned data for each store. It takes time, and it is also difficult to manage in real time.

As described above, the headquarters transcribes and inputs various product data such as receipt / shipment, sales, and returns, and obtains comprehensive analysis data from the product data by arithmetic processing to perform product analysis. Therefore, product analysis will be performed only after various product data is input, and if the transfer input of data created in warehouses and stores is delayed, processing such as aggregation will be significantly delayed. And the reliability of the analysis result is low.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems in conventional clothing and miscellaneous goods transactions. In particular, the headquarters and warehouses are used as basic data using the article number and the selling price per unit weight of clothing and miscellaneous goods. And an effective sales / inventory management system for clothing and miscellaneous goods transactions that enables realization of unified clothing and miscellaneous goods transactions in real time by eliminating and sharing various overlapping data in a plurality of stores. It is intended to be.

[0014]

The above object is effectively achieved by the invention according to claim 1 having the following arrangement. In other words, the invention according to claim 1 is a comprehensive sales and sale of clothing and miscellaneous goods transactions such as the status of purchasing various clothing and miscellaneous goods, the status of warehouse entry / shipment, the inventory of multiple stores under management, the sales and return of goods, and the like. An inventory management system that manages the purchase amount, receipt / shipment amount, warehouse and each store inventory amount, and each store sales amount for each clothing miscellaneous goods at a price per unit weight, and is provided at the headquarters. Server and various processing terminals, weighing and weighing interlocking terminal provided in the warehouse, and weighing and weighing interlocking POS provided in each store
Terminals, each processing terminal of the headquarters, the weighing and weighing interlocking terminal of the warehouse and the weighing and weighing POS terminal of each store, the various input data input to them and various processing data by their internal calculation A sales and inventory management system for clothing and miscellaneous goods characterized by being connected so as to be able to call via the server and to be able to directly transmit and receive each other via a network.

According to the present invention, basic data input relating to goods and employees is performed by the headquarters, and the input data by humans is reduced as much as possible in the warehouse and each store. By sharing necessary data such as weight and weight, duplicate entry of the same data is almost eliminated, so not only human error is drastically reduced, but also the centralization of sales and inventory management by headquarters in real time is efficient Is achieved.

According to a second aspect of the present invention, in addition to the management system of the first aspect, there is further provided a system room having a web server and a plurality of terminals, wherein the web server has a head office,
Data entered at warehouses and stores and their processed data are accumulated via the Internet, and using proprietary application software, the necessary supply amount for clothing and miscellaneous goods for each warehouse and each store is calculated based on the target purchase amount and future It is characterized by having setting means for setting sales forecasts and the like and calculating means therefor.

The amount of data input from the headquarters, warehouse, and each store is enormous. For this reason, in the present invention, all the necessary data among the data input to each terminal arranged in the headquarters, warehouse and each store is temporarily stored in the web server in the system room. These stored data and various types of information processed in the system room can be freely called up from necessary places using the Internet. In the system room, statistical processing is performed from data stored in the server, and sales prediction for each store and construction of future systems are performed based on commercially available or original application software.

[0018] The invention according to claim 3 is characterized in that the weighing and weighing POS terminal arranged in each store has a barcode or two-dimensional code reading scanner and a receipt printer. Each store assistant uses measurement data for clothing and miscellaneous goods as
In addition to automatically inputting the information to the OS terminal, the terminal calculates the selling price of the product by performing an automatic calculation from the total weight of the single clothing miscellaneous goods, and displays this on the screen. The receipt is automatically printed from the receipt printer. For this reason, the labor of data input at each store can be reduced, and human errors such as input errors do not occur. Then, since all of these sales data can be called at any place via the Internet, the headquarters can also grasp the sales situation of the store in real time.

The invention according to claim 4 is characterized in that the unit weight of the clothing miscellaneous goods is 1 gram. Since the selling price of clothing miscellaneous goods is determined by a value obtained by multiplying a unit price per gram set in advance by the weight (gram) of the same clothing miscellaneous goods, conventionally, as in the invention according to claim 5, conventionally, particularly, the product The selling price of popular used clothing items, whose unit price is difficult to determine uniformly depending on the sales district and store, is determined equally, and the dissatisfaction of the selling price for the purchaser can be dispelled.

In particular, according to the fourth and fifth aspects of the present invention, based on master data input to the headquarters in advance, the movement of goods can be efficiently and unified in real time with the product number, unit price and weight per gram. As a result, all sales status and inventory amount can be managed, and accurate and smooth sales / inventory management becomes possible.

[0021]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, typical embodiments of the present invention will be specifically described with reference to the drawings. FIG. 1 is a conceptual diagram showing the entirety of a typical embodiment of a sales and inventory management system in the clothing and miscellaneous goods transaction of the present invention, and FIG. 2 is a system diagram of the system.

As shown in FIG. 1, in this embodiment,
, A plurality of processing terminals 11, 11,... For inputting various data and performing arithmetic processing, and a plurality of processing terminals 11, 11,. Printers connected to 11, ...
, And the processing terminals 11, 11,.
, And stores raw data such as various types of master data, instruction data, accounting data, and various types of processing data and information input to the processing terminals 11, 11,...
A warehouse 20 and a web server 12 that distributes such data and information to each chain store 30 via the Internet are provided.

As shown in FIG. 2, the headquarters operations include various master inputs such as a supplier master, an employee master, a merchandise master, a store master, and a face master;
It performs shipping slip creation, shipping instruction input, merchandise transfer instruction input between stores, merchandise transfer input, part number change input, inventory introduction, sales input / management, and the like. In the monthly work, various kinds of data such as monthly tabulation processing, creation of an inventory table, and input of inventory execution are input, and an inventory table for the warehouse 20 and each store 30 is output. In addition, a warehouse shipment summary table and a sales table for each store 30 are created, a sales turnover table, a monthly inventory report, and the like.

Further, in the present embodiment, as shown in FIG. 1, a system room 40 is provided in addition to the head office 10, the warehouse 20, and the chain store 30, and is stored in the web server 13. All data and information are stored in the web server 41 installed in the system room 40 via the Internet. These data types can be arbitrarily called at the headquarters 10 or selectively called as necessary information in a warehouse or each store.

The warehouse 20 is provided with a plurality of large-scale weighing and weighing interlocking terminals 21, and printers 22, 22,... Are also connected to each terminal 21. The terminal device 21 includes clothing goods received at the warehouse 20 and clothing goods shipped to each chain store 30, for example,
Confirming the source of clothing goods to be shipped, various types such as the price range (product category) per gram of clothing goods (hereinafter referred to as price category), weight and quantity for each price category At the same time as the data is input, the terminal automatically calculates necessary data and processes the input data and creates a product tag based on the processed data.

Further, in the warehouse 20, based on the inspection work at the time of arrival and the shipping instructions transmitted from the headquarters 10, the received clothing miscellaneous goods are sorted by price category and by the quantity to be delivered to each chain store 30. Based on the transfer instruction sent from the headquarters 10, goods are transferred between stores. Also, the terminal 21 automatically creates product tag data based on the input data, and prints out the product tag of the clothing miscellaneous goods for each product number via the printer 22.

The chain store 30 is provided with a small POS terminal 31 linked to a weighing scale. Each terminal 31 is connected to a receipt printer 32 and a bar code or two-dimensional code reading scanner 33. I have. In this terminal device 31, the sales amount of each clothing miscellaneous goods is input in a register on a daily basis, return data is input, and inventory data is input monthly. Terminal 31
Then, the input sales amount, return data, and inventory data are subjected to arithmetic processing for each type of apparel and transmitted to the headquarters 10.

In this embodiment, all of the data input in the head office 10, the warehouse 20, and the plurality of chain stores 30 are distributed to the system room 40 described above. , A system that can centrally manage the distributed data, analyze sales trends of various clothing and miscellaneous goods, and at the same time create revised data of the sales and inventory management system of the present invention based on its own application software A chamber 40 is provided.

For this reason, in this system room 40, a large-capacity web server 41 and a plurality of firewalls 42 are installed, and master data and the like input by the head office 10 are stored.
While all other data is stored, the headquarters 1
0, at the warehouse 20 and at each chain store 30, it is possible to call up all or necessary data or information at any time via the Internet or to selectively display them on the screens of the terminals 11, 21, 31, and to process them. Data and information can be printed out as needed.

The feature of the present invention is that the warehouse 20
And the terminals 21 and 31 linked to the weighing and weighing system installed in each chain store 30. These terminals 21 and 31 linked to the weighing and weighing are weighed simultaneously with the weight of each terminal 2
1, 31 are automatically input. The measurement at this time is made in grams.

In daily warehousing operations, the received clothing miscellaneous goods are sorted by the headquarters 10 according to predetermined types, and the clothing miscellaneous goods sorted by the weighing scale 24 for each type are classified. Weigh the total weight. The weight is automatically input to the terminal 21. In addition, clothing goods and returned goods to be shipped are also weighed for each type and for each store to which the goods are shipped, and the weights are input to the terminal device 21 in conjunction therewith.

In the monthly work, the total weight of each type of clothing miscellaneous goods in stock in the warehouse 10 is actually measured for the clothing miscellaneous goods received in the month and the shipped miscellaneous goods and returned goods. Then, the total weight data for each type stored up to that point is stored in the terminal 21. This comparison is automatically made by the internal calculation of the terminal 21, and the comparison information is transmitted to the headquarters 10 and the system room 40 via the Internet together with the actual gross weight measured in the month.

In each of the chain stores 30, 30,...
Weigh and measure the weight of clothing goods that the customer wants to purchase in the gram unit by the scale 32 of the interlocking POS terminal 31, and also write a bar code or two-dimensional code written on a tag attached to the clothing goods. The bar code or the two-dimensional code reading scanner 33 reads the code for each price category, which is a code, and the unit price per gram for each price category. Based on the read data and the measured weight, the internal operation unit of the terminal 31 automatically calculates the sales amount for each clothing miscellaneous item.

In addition, the chain store 30 weighs each returned clothing miscellaneous goods in accordance with the return instruction from the headquarters 10 and measures the returned goods.
And returns a return statement to the headquarters 10 and the warehouse 20. Further, when there is a movement of clothing and miscellaneous goods between stores, in accordance with the instruction of the headquarters 10, the user weighs each moving garment and prepares a moving statement to transfer the moving garment to the destination store.

The monthly business of each chain store 30, 30,..., As in the warehouse 20, the clothing miscellaneous goods in stock at each store are measured by type and for each clothing miscellaneous goods. An inventory schedule is created based on the inventory coefficient set by the headquarters 10 and transmitted to the headquarters 10.

Hereinafter, a description will be given of a procedure of sales and inventory management from the ordering to sale of clothing miscellaneous goods according to a representative embodiment of the present invention. The web server 14 of the headquarters 10 stores various master data such as a supplier master, an employee master, a product master, a store master, and a face master. The code and the type of clothing goods purchased
After determining the purchase weight for each type, inputting the product code, various costs required for purchase, and other necessary data into the processing terminal 11 while viewing the screen display, the order slip for the clothing and miscellaneous goods is obtained. It is created and transmitted to the warehouse 20 via e-mail, and at the same time, the garment goods to be stored are ordered from the supplier. FIG. 3 shows an example of the input screen of the product master.

The product code includes, for example, a purchase year, a supplier, a product category, and a product number. The purchase year is composed of a single-digit number. Things, "1" is the fall / winter of 2001, "2" is 2
Spring / Summer for 002, “3” for Fall / Winter in 2002,
……, “9” is the fall / winter of 2005. The supplier is composed of two digits “00” to “99”. This supplier includes not only domestic suppliers but also suppliers. The product category is "000
It consists of four digits from "0" to "9999", and the part number is "0".
It is composed of three digits of "00" to "999". These codes can be arbitrarily changed.

Table 1 lists codes of the above-mentioned product categories and examples of corresponding clothing miscellaneous goods. Note that the codes listed in this list are set for products for a single year in the year 2000, and the part number code is composed of two digits.

[0039]

[Table 1]

When the ordered clothing miscellaneous goods are stored in the warehouse 20, the clothing miscellaneous goods are sorted by the weighing category in the warehouse 20, and then the weighing scale 23 of the weighing and weighing interlocking terminal 21 is weighed.
, Weigh the total weight of each category, and enter the product number, product name, total weight, purchase quantity, and product tag quantity for each product category. The weighed weight is automatically stored in the storage unit of the terminal 21 at the same time as the weighing. At this time, the incoming data is automatically processed in the processing unit of the terminal 21, and an input table of the incoming data as shown in FIG. 4 is displayed on the screen of the terminal 21 on the display screen. Necessary data is automatically entered in the receipt data entry table.

Further, in the weighing / scale interlocking terminal 21, when the necessary data is input, the print data of the product tag for the clothing miscellaneous goods is automatically selected, and the required quantity of the product tag is sent from the printer 22. The product tag is printed out. A product number, a product code, a unit price per gram, a product name, and the like are printed as a barcode or a two-dimensional code on the product tag. The product tag for which the required number of sheets has been created is attached to each weighed corresponding clothing item.

The headquarters 10 prepares a shipping instruction for each chain store 30 based on the various data input in the warehouse 20. At this time, the stock amount of the warehouse 20 is also calculated on the face of the headquarters 10 at the same time. Figure 5 is warehouse 2
The example of the shipping instruction displayed on the screen of the weighing and weighing interlocking terminal 21 of 0 is shown. The warehouse 20 calls up the shipping instruction on the mail and prints out the same. Then, based on the shipping instruction, the required quantity of clothing and miscellaneous goods is shipped to each destination store according to the instruction.

At the same time as the shipment, the shipment data is input based on a shipment input table displayed on the screen of the terminal 21. FIG. 6 shows an example of a shipment input table displayed on the screen of the terminal 21 at this time. In the figure, the cardboard box contains the cardboard number. Enter The cardboard No. at this time. Are automatically and sequentially added by the terminal 21. Further, when it becomes necessary to refill one of the chain stores 20 with a predetermined number of clothing miscellaneous goods, the headquarters 10 issues a shipping instruction on a temporary basis, and based on the instruction, the clothing miscellaneous goods are stored in the warehouse 20. Is temporarily shipped to the store 30 requiring replenishment.

No special data entry work is required in the daily work at each chain store 30. The clothing that the customer wants to purchase using the reading scanner 33 connected to the weighing and weighing interlocking POS terminal 31. The barcode or the two-dimensional code of the commodity tag attached to the miscellaneous goods is read, and the clothing miscellaneous goods are weighed on a weighing scale. At this time, the measured weight is automatically taken into the main body of the terminal 31 and the weight (gram) is added to the selling price per gram.
Is displayed on the screen and payment is made.
At this time, the receipt is automatically printed out from the receipt printer 35 at the same time.

As described above, in each chain store 30, by simply placing the clothing miscellaneous goods on the weighing and weighing interlocking POS terminal 31 and weighing, the merchandise can be sold without a mistake in inputting the product number and the like. Weighing and weighing POS terminal 31
Is automatically transferred to the headquarters 10, so that accurate sales management in the headquarters 10 is possible.

When the chain store 30 needs to return goods, the part number of the returned goods is transmitted to the headquarters 10. Headquarters 10
In the processing terminal 11, the return instruction number No. Then, the user inputs necessary data such as the date of return, the name of the chain store from which the product was returned, the product number, the name of the product, the quantity of the returned product, and the like. The chain store 30 returns the merchandise to be returned to the warehouse 20 according to the instruction. Warehouse 2
When the product is returned, 0 weighs the product and inputs necessary data such as the product number, quantity, and number of cardboards to the terminal 21.

Further, the headquarters 10 calls the stock quantity of the specific product in the warehouse 20 and each chain store 30 to the terminals 21 and 31 using the stock inquiry table as shown in FIG. Investigate regularly. as a result,
When a large change occurs in the stock amount between the chain stores 30 for a specific product, and it is determined that there is a store with an extremely low stock amount, the store 20 with respect to the store with a small stock amount is determined. Alternatively, the specific product transfer instruction is transmitted to the store where the decrease in the stock amount is small. The creation of the specific product transfer instruction is performed by inputting necessary data to a transfer instruction input table as shown in FIG. 8 displayed on the processing terminal 11 of the headquarters 10.

The stocktaking operation according to the present embodiment is performed once a month at the end of the month as follows. The stocktaking is performed by measuring the actual stock amount for each of the warehouse 20 and each chain store 30, and measuring and weighing interlocking terminals 21 and 31 installed in the warehouse 20 and the chain store 30.
This is done by weighing each part number using a weighing scale. FIG. 9 shows an example of a stocktaking input table displayed on the screens of the terminals 21 and 31. In the figure, the system stock is the stock amount on the system that has been input according to the sales management system according to the present embodiment before inventory execution.
The created inventory information will be sent to the headquarters
0 and transferred to the system room 40.

As is apparent from the above description, according to the clothing general merchandise sales and inventory management system of the present invention, all basic data relating to clothing general merchandise to be sold is input at the headquarters 10 and newly created at the site. All the necessary data (actual weight, part number designation) generated at the warehouse 20 or each chain store 30 is simply input, and all necessary data is transferred to the headquarters 10 and the warehouse 20 via the system room 40, for example.
In addition, since the data can be shared in real time at each chain store 30, there is no need to input data again each time a product is moved, and if a product number is specified, necessary data is automatically selected from the input data. Then, various instructions, product tags, shipping specifications, receipt / shipment tables, and the like are created, and accurate and efficient data sorting is performed.

In particular, in the present invention, clothing items which are conventionally uncertain in terms of price uniformity have a sales price automatically determined by a unit price and weight set for each product number. Are sold and the sales data is transferred to the headquarters 10 in real time, so that the merchandise management of the warehouse 20 and each chain store 30 can be performed in the headquarters 10 as a result. There is no price difference between the buyers and buyers can feel unequal to the selling price with the same quality assurance and can purchase with confidence.

Further, the data on the weight is stored in the warehouse 2
0 and terminals 21 and 3 installed in each chain store 30
1 employs a weighing and weighing interlocking system so that weighing data is automatically input to each of the terminals 21 and 31 simultaneously with weighing. The amount of movement can be accurately inquired in real time together with other data, and the entire product management from storage to sale can be easily centralized. Furthermore, it not only enables various product analysis such as sales analysis for each store by sales based on various data input, but also enables future sales by using commercial application software. Prediction and the like can be easily performed.

[Brief description of the drawings]

FIG. 1 is a schematic diagram of the configuration of a sales and inventory management system for clothing miscellaneous goods according to the present invention.

FIG. 2 is a system diagram showing work sharing of sales and inventory management according to the present invention.

FIG. 3 is a front view showing an example of a product master input screen displayed on the processing terminal base of the headquarters.

FIG. 4 is a front view showing an example of an input screen for entering data of clothing miscellaneous goods displayed on a weighing / weighing interlocking terminal in a warehouse.

FIG. 5 is a front view showing an example of a display screen of a shipping instruction document created by the headquarters.

FIG. 6 is a front view showing an example of a display screen of a shipping table created in a warehouse.

FIG. 7 is a front view showing an example of an input screen for inventory inquiry data created by the headquarters.

FIG. 8 is a front view showing an example of a data input screen of a product transfer instruction between chain stores.

FIG. 9 is a front view showing an example of an input screen for inventory at a warehouse and a chain store.

[Explanation of symbols]

 10 Headquarters 11 Processing kiln terminal 12 Printer 13 Web server 20 Warehouse 21 Weighing and weighing interlocking terminal 22 Printer 23 Weighing and weighing 30 Chain store 31 Weighing and weighing interlocking POS terminal 32 Receipt printer 33 Reading scanner 34 Weighing and weighing 40 System Room 41 Web server

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G07G 1/00 311 G07G 1/00 311E 331 331C 1/12 321 1/12 321Q 1/14 1/14

Claims (5)

[Claims] Claims 1. A comprehensive sales and inventory management system for clothing and miscellaneous goods such as the status of purchasing various clothing and miscellaneous goods, the status of warehouse entry / shipment, the inventory of multiple stores under management, and the status of sales and returns. The quantity of goods purchased, received / shipped, the quantity of stock at warehouses and stores, and the quantity of sales at each shop are managed at the price per unit weight, and the servers and various processing terminals provided at the headquarters And a weighing and weighing interlocking terminal provided in the warehouse, and a weighing and weighing interlocking POS terminal provided in each store. The server and various terminals in the headquarters, the weighing and weighing interlocking terminal in the warehouse, and the weighing of each store A weighing-linked POS terminal is connected so that various types of input data input to them and various types of processing data obtained by their internal calculations can be called up via the server and can be directly transmitted / received via a network. A sales and inventory management system for clothing and miscellaneous goods. 2. A system room having a web server and a plurality of terminals, wherein the web server stores data inputted at the headquarters, warehouses and stores and data processed therethrough via the Internet. In addition, using unique application software, it is necessary to have setting means for setting the target purchase amount, future sales forecast, etc. from the required supply amount for clothing and miscellaneous goods for each warehouse and each store, and that the calculation means for the setting means. The sales / inventory management system according to claim 1, wherein: 3. The sales / inventory management according to claim 1, wherein the weighing and weighing linked POS terminal arranged in each store has a barcode or two-dimensional code reading scanner and a receipt printer. system. 4. The sales and inventory management system according to claim 1, wherein the unit weight of the clothing miscellaneous goods is in units of 1 gram. 5. The sales and inventory management system according to claim 1, wherein the clothing miscellaneous goods are used clothing.