KR20030033708A - Method and System for operating Resource using on-line - Google Patents

Abstract

The present invention maximizes sales of liquid products that change daily by logically calculating liquidity management product distribution efficiency indicators considering liquidity product distribution, the new concept of sales lead lot and efficiency. The present invention relates to a resource management method and a product management system for minimizing an inventory share rate. The method and system for managing a resource according to the present invention provide a variety of computer (PC, Note Book, POS) terminals and mobile devices through the Internet or a LAN (Local Area Network). (Mobile: Wireless LAN) A system and method for system-wide resource management that combines all information on a server by combining with a server. Registers product planning through computerization and stores the products produced seasonally (department stores, retail stores, retail stores, discount stores). The method of distributing the product in ..) is used to distinguish between the new product and the operating product. The mobile computer provides real-time information on personal computer mobile real-time points (Mobile Just) that collects liquidity products (products whose sales volume and selling price change from time to time) through the operating product distribution efficiency indicators. new concept of liquidity management product distribution indicators to practical decision-making systems and enterprise resource management systems that are sent back to the server to minimize and manage the life cycle of product reproduction, operational product redistribution, and resale. Resource management method and its resource management system using on-line which can drastically reduce product inventory burden rate by introducing.

Description

Resource management method using online and system for managing the resource {Method and System for operating Resource using on-line}

The present invention logically calculates the liquidity management product distribution efficiency index considering the liquidity product distribution, the quantity and efficiency of the sales lead of the new concept, and maximizes the liquid product sales that change daily by directly responding to the safety inventory quantity and sales performance. An online resource management system and method for minimizing inventory burden are provided.

In today's innovative development of information technology and the rapid progress of informatization, the integrated computerized operation management system and seasons (spring, summer, autumn, winter) throughout the information system to proactively cope with the rapidly changing business environment and maximize the work efficiency In a trading company, the distribution of life-like operations (in-sale) products should be maximized and the inventory burden should be minimized.

Conventional merchandise distribution method is to distribute a new product to a certain ratio for each store, and once it is distributed, see the sales results for several days, and then distribute by the fixed method by weighting the sales quantity per store and distribution method according to years of experience. In other words, it introduces the concept of safety inventory by store and fills the product when it falls below the safety inventory.

Conventional systems only look at inventory and decide to convert or discard products with experience. These problems result in the loss of the company because it does not accurately consider the value of the field on the value of the product, and the company's operating profits are reduced by converting the product even though it is selling well, such as not available in some provinces.

However, in recent years, with the development of Internet technology, patents related to business models have been granted, and various computers (PC, Note Book, POS) terminals and mobiles (Mobile: Wireless Lan) are available through the Internet or LAN (Local Area Network). A system and method for system-wide resource management that combines all information in the server by integrating with the server, and registers product planning (design, product development ..) as a computer and stores the products produced seasonally (department store, retail store, retail store) The distribution of products to new stores and operating products is divided into new products and operating products.The distribution of liquidity products (products whose sales volume and selling price change from time to time) is automatically distributed to the computer system through the operation product distribution efficiency index. All information, from screening, shipping, display and sales, is sent back to the server on a personal computer mobile real time point. Introducing a new concept of liquidity management product distribution indicators in a practical decision-making system and enterprise resource management system that minimizes and manages the life cycle of product reproduction, redistribution of product, and resale. There is a need for technology that can reduce costs and maximize operating profit.

Therefore, in the present invention, the method of distributing existing operational product distribution when the safety inventory falls below the safety stock or quantitatively weights only the sales results is used for seasonal products, that is, products having a very short product sales lead time, such as department stores. Liquidity-operated products considering the quantity and efficiency of the sales lead lot with new concept of liquidity distribution that changes frequently to compensate for problems such as the end of the sale period because it is illogical and sells well to handle the sale period and the frequently changing product sales. The objective is to maximize distribution of liquid products and minimize inventory burden by logically calculating distribution efficiency indicators and directly responding to safe stock quantity and sales performance.

Another object of the present invention is to develop a system that can transmit sales information to the server in the real-time format through the mobile system (Mobile System) that is sold in the field to maximize the sales during the sale period To build.

Still another object of the present invention is to provide a method and a resource management system for improving competitiveness by reducing production costs by minimizing the production quantity and minimizing the inventory burden according to the sales volume which changes frequently.

Another object of the present invention is to provide a method and resource management system that combines activity analysis costing (ABC) with the flow of the site to help select the time and appropriate price of the product, such as product price adjustment have.

Another object of the present invention to provide an enterprise-wide resource management system that can achieve the management goal by transmitting the analysis information through the enterprise-wide resource management to the management information system.

Still another object of the present invention is to provide an enterprise-wide resource management system that improves the production efficiency and obtains customer satisfaction by improving production efficiency of liquid products and obtaining prior information on preparation for selling products.

1 is a block diagram of an enterprise-wide resource management system according to an embodiment of the present invention

2 is a flow chart for operating and operating a company-wide sales goods in accordance with the present invention

3 is a flowchart of the enterprise resource management business process according to the present invention

4 is a configuration diagram of an application task according to an embodiment of the present invention.

5 is an information processing flowchart of enterprise resource management according to an embodiment of the present invention.

6 is a table association diagram of enterprise resource management according to an embodiment of the present invention.

7 is a screen configuration diagram for inputting an ID and password for a user login for using enterprise resource management according to an embodiment of the present invention.

8 is a configuration diagram of an initial menu screen upon login completion according to an embodiment of the present invention;

9 is a block diagram of the basic information initial menu screen configuration according to an embodiment of the present invention

10 is a block diagram of the basic information code management screen according to an embodiment of the present invention

11 is a block diagram of the product planning information input screen according to an embodiment of the present invention

12 is a block diagram of the product planning confirmation screen according to an embodiment of the present invention

13 is a screen configuration diagram for the fabric production progress status according to an embodiment of the present invention

14 is a screen configuration diagram for the product production progress status according to an embodiment of the present invention

15 is a block diagram of the fabric inspection operation screen according to an embodiment of the present invention

16 is a block diagram showing the product inspection operation screen according to an embodiment of the present invention

17 is a block diagram of the raw material settlement screen according to an embodiment of the present invention

18 is a block diagram showing the finished product settlement screen according to an embodiment of the present invention

19 is a configuration diagram of the commodity export status screen according to an embodiment of the present invention

20 is a configuration diagram of the tariff refund status screen according to an embodiment of the present invention

21 is a screen configuration diagram for registering a sale product according to an embodiment of the present invention;

22 is a block diagram of a searchable merchandise search screen according to an embodiment of the present invention;

23 is a block diagram of the material payment processing screen according to an embodiment of the present invention

24 is a block diagram showing the product payment processing screen according to an embodiment of the present invention

25 is a configuration diagram of the inventory management status screen for each store according to an embodiment of the present invention

26 is a block diagram illustrating the inventory management status screen for each product according to an embodiment of the present invention.

27 is a block diagram of a new product distribution screen according to an embodiment of the present invention;

28 is a block diagram illustrating a distribution screen of an operating product according to an exemplary embodiment of the present invention.

29 is a block diagram of the head office product payment screen according to an embodiment of the present invention

30 is a block diagram of the store goods payment screen according to an embodiment of the present invention

31 is a configuration diagram of the product distribution status screen for each business according to an embodiment of the present invention

32 is a configuration diagram of the product distribution status screen for each brand according to an embodiment of the present invention

33 is a block diagram of a defective product information screen according to an embodiment of the present invention

34 is a configuration diagram of the product order status screen according to an embodiment of the present invention

35 is a view of registering product sales information sold in a store according to an embodiment of the present invention.

Screen diagram

36 is a configuration diagram of a product shopping mall for product purchase according to an embodiment of the present invention.

37 is a diagram showing the management information profit and loss analysis status screen according to an embodiment of the present invention

38 is a diagram illustrating the management information sales status screen configuration according to an embodiment of the present invention.

39 is a block diagram of Best / Worst analysis information according to an embodiment of the present invention.

40 is a block diagram of the activity cost analysis information screen according to an embodiment of the present invention

41 is a configuration diagram of the slip registration screen according to an embodiment of the present invention.

42 is a screen configuration diagram of a balance sheet according to an embodiment of the present invention.

43 is a screen of organizational configuration according to an embodiment of the present invention.

44 is a diagram illustrating a salary management screen according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

301: database server 302: file server

303: TCP / IP Ethernet 304: switching hub

305: hub 306: router

307: wireless network 308: Internet dedicated line

309: PDA terminal 310: PC terminal

311: POS terminal 312: laptop

In order to achieve the above object, the present invention provides a method for managing a liquidity managed product that varies in time and place every day, and registers product planning information registered through a terminal, which is a means for inputting information planned from a new product into a computer. step; Instructing the purchase or processing of various necessary materials necessary for the production of the product in order to register the production-related matters corresponding to the product planning and to proceed with the production of the product based on the registered product planning information, and instructing work orders; Registering the completed product according to the production progress result as a product in a state capable of being sold to a distribution warehouse of the head office; When the season is returned to the stored sellable products, it is characterized in that it comprises the step of determining the distribution time and distributing the goods for each store, the first distribution at a predetermined rate in accordance with a predetermined distribution ratio for each product by the store.

According to an embodiment of the present invention for achieving the above object, the first distribution quantity is extracted according to the distribution ratio for each store, and when the distribution ratio exceeds 100%, the new product distribution index using the new product distribution index 100 fraction = (primary) Total distribution volume / primary store distribution volume) * New product distribution quantity is extracted according to the primary distribution target quantity, and the quantity of new product distribution index is adjusted according to the market research and the estimates of local representatives. The step of finalizing the distribution of new products allows the distribution of new products on the terminal in real time, taking into account the current progress of production of new products and the securing of products.

According to another exemplary embodiment of the present invention for achieving the above object, a product distributed according to the new product distribution index is delivered to each store and displayed on the server in real time through the terminal in each store until the product is sold. If you record a certain amount of sales through the closing day and every day, the quantity that is determined to be sold is actually set as the product lot quantity, and the conventional sales analysis method introduces the sales lot quantity unit concept for product analysis. .

According to another embodiment of the present invention, the product distributed according to the new product distribution index is the number of days sold so far based on the sales lot quantity of the product, that is, the information sold at each store, that is, the date of the product sale = the product's last sale date-the first Date of sale and the number of available items for sale in the future = End of season-Calculate the expected date of product distribution and substitute this for the lot of goods sold above = number of goods sold lot = (days of goods sold * quantity of goods sold * number of stores) / Based on the quantity of goods sold, a new concept of the number of goods sold lot is introduced to allow the distribution of goods by how long it takes for the goods sold lot quantity unit to be sold.

According to another embodiment of the present invention, the product sales lot efficiency in units of product sales lot by calculating the number of product sales available days until the end of the season based on the number of product sales lot days calculated according to the product sales lot days = the number of product sales available days / The product sales lot efficiency of the new concept is introduced to calculate the lot number of goods in the future and to facilitate the distribution of sales forecasts and the management of goods.

According to another embodiment of the present invention, how much redistribution is needed for the product according to the product sales lot efficiency in the future according to the product sales lot efficiency compared to the product sales lot efficiency of the product distribution lead quantity = head office inventory quantity / A new concept of product distribution lead quantity is introduced to calculate the quantity of product sales lot and to identify the available quantity for product distribution at the present time.

According to another embodiment of the present invention as an indicator for determining how good it is to distribute to each store on the basis of the product distribution lead quantity at the present time product distribution efficiency indicator in consideration of the quantity of goods in the store = product distribution Lead Quantity-In order to use the store inventory quantity as an index for distributing the products currently being sold, a new concept of operating product distribution efficiency index is introduced to enable efficient distribution for each store.

According to another embodiment of the present invention, the quantity calculated according to the operational product distribution efficiency index is compared to the number of stores currently operating or redistribution target store distribution average efficiency index = product distribution efficiency index / product sales number of stores Calculate the number of distribution available for each store can be predicted.

According to another embodiment of the present invention, by introducing a new concept of the product sales volume that changes from time to time according to the average distribution efficiency index of the store has the information that is currently sold by each store and the index that can be most efficiently distributed to each store The number of days sold in the store so far, based on the quantity of the lot sold, that is, the number of days sold at the store = the date of the last sale of the store-the date of the first sale of the store and the number of days available for sale in the future = the end of the season Then, this is substituted into the quantity of the lot of goods sold above, and the number of days of store lot = (store day of sale * quantity of store lot *) / quantity of store lot is calculated and distributed to the store.

According to another embodiment of the present invention, the store sales lot efficiency in units of store sales lot by calculating the number of store sales days until the end of the season based on the number of store sales lot days calculated according to the number of store sales lot days. By calculating the number of days available and the number of days of store lot, each store introduces a new efficiency to redistribute the product to the store to facilitate the sales forecasting and distribution of the product.

According to another embodiment of the present invention, how much redistribution is required for the product according to the store sales lot efficiency in the future, the amount of store distribution lead = store distribution average efficiency index * calculates the store sales lot efficiency at this point in time A new concept of lot distribution is being introduced, which provides a basis for determining the quantity of goods that can be distributed to a store.

According to another embodiment of the present invention as an indicator for determining how good it is to distribute to the store at the present time based on the quantity of the store distribution lead in consideration of the quantity of goods stock remaining in the store = store distribution efficiency index Lead quantity-The store inventory quantity is introduced as a new concept to enable efficient distribution by store.

According to another embodiment of the present invention, if the sum of the quantity calculated according to the store distribution efficiency index is different from the product distribution efficiency index calculated above, the store distribution efficiency index adjustment quantity = (the store distribution Efficiency Index / Total Distribution Efficiency Index for Each Store) * The product distribution efficiency index is calculated to determine the distribution quantity for products that change from store to store.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a block diagram of an enterprise-wide resource management system according to an embodiment of the present invention.

Database server (DB Server) 301 is a main computing device that integrates and manages all the data, can be further installed in the concept of distributed processing in a remote location in consideration of the improvement of the speed of the network.

The file server 302 is used as a system for storing various documents, images, mails, designed drawings, and the like, and is integrated and managed in a database server 301 according to the size of a company. There is also.

The TCP / IP E-LAN 303 refers to a communication method with a server. The TCP / IP E-LAN 303 is connected to a local area network (E-LAN) in accordance with the TCP / IP (Communication Protocol / Internet Protocol) protocol. Connect the terminal.

The switch hub (SW-Hub) 304 is used for connection between hubs to improve performance when there is a large amount of data and multiple users.

The hub 305 is a general hub where data is gathered from one or more directions, and data from various terminal devices are transferred in one or more directions.

Router 306 controls the flow of data, helps to connect to remote areas, configures multiple sub-networks within the Internet, manages various networks, etc., and protects them from hackers as needed. Security can be set to

The wireless network 307 communicates via airwaves, not by wires such as telephone lines or communication lines, and may transmit and receive data through mobile phones, etc., and use a wireless modem installed in a PDA (personal data communication). Send and receive data through

The dedicated Internet line 308 is a communication line that connects the dedicated Internet line to the router where the server is located and connects to the Internet service company (Korea Telecom, Dacom ..) that serves the Internet by using a dedicated line to send and receive data to the Internet network around the world. .

The PDA terminal 309 is a terminal device that can exchange data with a server through a wireless network or the like as a personal portable terminal.

The PC terminal 310 is a conventional PC (personal computer) is a terminal device that can send and receive data to and from the server through the Internet network.

POS (Point of Sale) terminal 311 can send and receive data to the server through the Internet, etc., can read the bar code, etc. necessary to sell the goods in the store itself, calculate the price, etc. and issue a receipt It includes a function.

The notebook 312 is a terminal device capable of exchanging data with the database server 301 through an internet network.

2 is a flow chart for operating and operating the enterprise product sales in accordance with the present invention.

The product planning 101 is to design a new product such as designing a product, making a sample product, when and how much to sell the product, how much the production cost is, and how much the selling price is.

Product planning computerized registration 102 is to finish the product planning, determine the plan number or design number of the product and then register the information in the database server 301.

The material / fabric production instruction 103 is configured to purchase work materials and subsidiary materials according to plan information of a registered product, or to design work fabrics such as printing / dyeing to produce patterns, colors, etc. in the database server. 301 is registered.

Direct delivery 104 refers to direct transmission to a factory or other partner company that can actually process the materials, subsidiary materials, fabrics, and the like.

The finished product work order 105 is a production instruction for a product online at the time when raw materials and the like are completed according to the product planning.

The delivery confirmation quality inspection 106 is to check the quality of the product before the product is received in the distribution warehouse of the headquarters when the production of the product is completed, and register only the accepted product having the value of the product as the database server 301.

The goods receipt registration 105 is a product passed the quality inspection is classified as a product for sale by each product is received in the warehouse of the head office and input to the database server (301).

Billing 108 is to settle for each supplier online by subtracting the defective products from the work contents and the delivery contents requested to each supplier only for products received in the headquarters warehouse.

The new product distribution operation 109 is a computerized operation of distributing the goods received in the warehouse of the head office at a predetermined ratio for each store just before seasonal sales.

The product selection operation 110 refers to a job of selecting each product by packing unit or sales lot unit in the headquarters warehouse based on product information distributed online.

The goods inventory management 111 manages the stock of goods in the warehouse or store of the headquarters online.

Goods release registration 112 is to register the information processed by the factory when the selection process for the product is completed in the computer. At this time, the person in charge of transport carries out the receipts and confirms that the distribution work for each store is completed.

The merchandise sales registration 113 is a server information in which merchandise displayed in a store is actually sold to a customer through information that is sold to a mobile system (wireless LAN, PDA ..) or a POS terminal 311 through a network. To register automatically.

Payout 114 is to register online to deposit the cash received from customers when the sale of the product is made.

Operational product distribution operation 115 is a task that occurs when new products are displayed and sold in stores, and analyzes the information sold in stores every day with various factors and continuously redistributes them according to the distribution efficiency index of operating products by stores. To make it possible.

3 is a flowchart illustrating a company-wide resource management task according to the present invention.

In the product planning 201, a designer or a product planning person makes a new product and refers to the sales plan information related to the product, and information about materials or subsidiary materials is referred to in purchasing, and production related information is referred to in production.

The sales management 202 determines the sales and sales plan based on the planning information of the goods to perform product adjustment activities and distribution of goods for sale so as to be responsible for shipping, shipping, etc. in the distribution of goods.

The production management 203 performs the production activities by referring to the quantity and delivery time, etc., in the business, the information necessary for producing the product in the product planning. At this time, if there is outsourcing, we request outsourcing production and materials / subsidiary materials.

The inventory management 204 manages the receipt of goods when the production is completed and the goods enter the distribution warehouse and manages the inventory of the goods through the physical inventory of the goods in the head office and each store.

Logistics distribution (205) is responsible for the delivery according to the distribution of goods in the business, and the goods delivered to each store to receive a receipt to confirm that the distribution is complete.

4 is a configuration diagram of an application task according to an embodiment of the present invention.

The basic information management 401 performs a function of collectively managing various codes and basic information used in the enterprise resource management system of the present invention. The basic information manages the basic functions such as security functions that enable the system to be used, items that are subject to enterprise resource management, customers, sales floors, margins, and departments / teams.

Production management (402) is to manage all the work for the production of goods, and includes all activities such as purchasing materials required for the production according to the product planning, giving out processing or outsourcing as needed, From time to time, it analyzes loads for each resource needed for production to improve productivity and cultivate optimal production capacity. The products being sold should be determined by the close exchange of information with sales to determine the quantity and timing of product reproduction.In the export department, the confirmed order information is planned and produced according to the production plan. It is judged whether or not to reproduce the product through the reproduction if necessary.

In this case, when using materials or outsourcing required for production activities, the purchase cost and outsourcing costs are processed by accounting.

Logistics distribution (403) is to deliver and distribute all the goods needed in production and sales, the product is received in the warehouse of the headquarters, and the received goods are redistributed to each store according to the distribution of goods in the sales to make the sale. In addition, the inventory quantity of all products will be identified and managed from time to time, and the current inventory quantity will be identified through due diligence.

Sales management (404) is to distribute the new product to each store and analyze the trend of sales by calculating the product distribution efficiency index that changes every day to redistribute the operating product by eliminating the inventory burden and the product of the product so that the desired product does not fall In addition, the logical distribution is made by stores in each region. In addition, through the various ABC analysis of the products sold, the company decides whether to reproduce them, convert products, etc., and manages all sales activities such as recovering the sales price.

Accounting management 405 provides all the information and documents necessary for accounting in the enterprise, from approving the document information entered in each application or from entering documents in the accounting department directly to financial statements and various documents. It provides a function to manage. At the same time, the company calculates profit and loss based on management's earnings through cost accounting information and cost calculation according to management of collection and receivables. In addition, the settlement can be done and various taxes can be processed electronically.

The management information 406 provides all the management status of the company by helping the manager to make a decision and speeding the decision-making process by acquiring the information necessary for the company's management through various analysis methods. By knowing immediately, the company prevents and prevents problems in advance and enables the company to operate in a stable manner according to the budget. In addition, through the analysis of products and stores, it is possible to dispose of the products being sold, to introduce new products, to adjust the prices of the products, and to inform the very important information to determine the location, establishment, and closing of stores.

Personnel salary (407) manages the company's personnel matters, promotions, rewards, time and attendance and education matters, which are directly linked to salary calculation. In addition, retirement and year-end settlement.

5 is a flowchart illustrating information processing of enterprise resource management according to an exemplary embodiment of the present invention.

The sales sales plan 501 generates and manages sales plan information such as sales sales targets for sales for one year every year.

The product production plan 502 stores new product development and how much and when and how much to produce in the production plan information and manages for each brand by referring to the plan information of sales for products to be sold each season.

Product Production Confirmation (502) is based on the information planned for each season, considering the production lead time before the start of the year, considering the production and sales and fashion of the product, and finally the design and color, Confirm the style, production quantity, production time, etc. and indicate the fact in the production plan information.

The commodity production instruction (504) issues production-related work orders for the confirmed product production. Materials and subsidiary materials are ordered to be purchased or processed, and imported raw materials are requested to be imported and outsourced. For the outsourcing, production instructions are issued. At this time, each of the indicated information is registered and managed in subsidiary materials information, raw materials for raw materials information, imports for import information, finished goods for production information.

The import order order 505 registers and stores necessary materials or finished products in import information according to a product production instruction, and manages information required for import such as import declaration.

The commodity export management 506 registers and stores the export information in order to export the produced goods, and manages all information necessary for export, such as an export report.

The subsidiary raw material purchase 507 manages the registered fabric or subsidiary material necessary for the product manufacturing instruction by storing and storing the raw material and the subsidiary material in the subsidiary material purchase information.

The factory production instruction 508 registers and stores information, etc., directly produced in a factory in a product designed according to a product production instruction, and manages it.

The product production 509 manages by storing and storing, in the production information, information on manufacturing a product such as sewing according to a factory production instruction.

Raw subsidiary material collection and management (510) is the information on whether or not the delivery of all the raw materials and subsidiary materials necessary for the production production activities, such as the purchase information or manufacturing process, such as missing or over-delivery, or not delivered at all Is managed as non-arrival information.

In the cooperative settlement process (511), if the production instruction such as purchase or processing is entered into the goods receipt information through quality inspection, the result of paying the goods price based on the information and the delivery confirmation is settled and managed in the information.

Document accounting processing (512) provides information to pay the accounting fund manager based on the information on the completion of the cooperative settlement work. The document accounting information is registered and stored in the accounting statement information. To manage.

Finished goods receipt operation 513 registers and manages the receipt information when the produced product is received into the head office warehouse.

The inspection (QC) receipt confirmation (514) is to inspect the quality of the product based on the finished product receipt information, determine whether it can be sold, register and store as product information and manage. The product in operation is registered and managed in the barcode information so that it can be sold immediately by completing the barcode work.

The product inventory management 515 changes the stock quantity information such as increasing the quantity when the goods are received and reducing the quantity when the goods are shipped, and always performs registration change management of the latest converted information. At this time, the fact that the entry and exit occurred is stored in the collection information to manage.

The store inventory survey 516 stores the result of the due diligence on the goods displayed for each store for the product in the due diligence information and compares the inventory information with the inventory information to manage the difference information.

God. The operating product distribution (517) distributes new products according to the distribution rate already determined for each product by store, and the operating product stores product distribution efficiency indicators by calculating various factors such as product sales information that changes daily and stores the distribution results in distribution information. To manage.

The product shipment management 518 confirms the delivery of the actual product distribution to each store based on the product distribution information, delivers it to each store, delivers the product, and registers and manages the product in the shipment information. At this point, the coordinator gives the store taker a transaction statement.

The product delivery confirmation (519) checks the goods delivered to the store manager in charge of the receipt or to confirm the delivery on the computer.

The sales order information transmission 520 stores the sold information in point-specific sales information when the goods displayed in the store are sold and transmits the information to the server through various communication paths. At this time, if there is a product ordered by a customer or a customer's reservation, etc., order information is generated and sent to the server.

The billing collection operation 521 issues a tax invoice as required based on the received point-of-sale information and charges the bill and stores the information in the billing information. At this time, the collection details are displayed on the billing information to continuously manage receivables.

The sales information aggregate 522 is a structure that enables the analysis of information at various angles in consideration of various factors in the received sales information for each point to store in daily, weekly, monthly information so that various sales analysis.

Management information analysis (523), when sales information is aggregated by daily, weekly, and monthly, combines various information to be a management analysis by linking production, purchasing and accounting information, and all the cost elements that go into cost production and sales In addition, the information on the generation of sales according to various sales types is stored in the sales information, and the information for comparing the performance against the plan is stored in the planning information for various factors to be analyzed.

Personnel salaries General affairs fixed assets (524) are other management tasks that manage from personnel management to payroll calculation at the end of the year, and other asset management and depreciation of fixed assets.

6 is a table association diagram of enterprise resource management according to an exemplary embodiment of the present invention.

The product planning master 601 manages information on new product development and design, and stores information on how and when to make a brand product at a certain cost.

The product planning information 602 manages the detailed schedule necessary to actually manufacture and produce the product on the basis of the product planning master information. In this case, it is possible to determine where to perform the fabric and sewing work in advance so that there is no disruption in the production process. Manage all information

The commodity master information 603 is converted into and manages commodity master information that can be actually sold when commodity production is completed according to commodity planning information. At this time, it manages basic information necessary for selling such as selling price and basic stock for selling goods.

Goods payment information 604 is the fact that the distribution of goods from the headquarters warehouse stored in the product master to each store and the facts delivered from the headquarters warehouse to the customer by the type of payment at the time of occurrence, release, return, disposal, due diligence Record the fact that the goods have been collected by such means.

The store product information 605 manages the inventory of each product, which is the product master information, that is, the products distributed from the headquarters warehouse to the store, and the information sold in the store according to the sales type and the unit price and margin rate of the store. Manage records.

The sales information 606 stores the fact that the products sold to customers from the stores stored in the store product information are sold as barcode information, and received, sold, returned, discarded, and inspected by the form of payment generated at each store site. Record the fact that the goods were collected by moving, etc.

Daily sales performance (607) organizes all the information sold in the workplace in daily closing format so that managers can analyze necessary information and information to help decision making. do.

Order information 608 is to receive and manage the order for the goods to be sold.

Monthly sales performance (609) is to manage all the information sold in the business in the form of daily deadline in order to increase the effect of analyzing the monthly re-information of the monthly sales amount and quantity.

The bill information 610 manages the information used for billing and receiving the tax invoice based on the transaction history with all customers and paying the bill according to the document classification.

In the document information 611, all information in the accounting process is managed by classifying credit and debit so that the information is managed based on the document information.

The account information 612 manages tax invoices and account information necessary for commerce.

The subsidiary materials information 613 manages the subsidiary materials information necessary for producing the finished product.

Traditional accounting cost systems manage resources based on cost centers. In comparison, ABC (Activity Based Costing) cost is distributed to the cost object based on the relevant items at the time of resource occurrence. In other words, it calculates and analyzes accurate cost and profitability information by calculating products, services, processes, activities, distribution channels, customers, and projects.

Activity base cost (ABC cost) is a causal relationship between the consumption of resources, activities, activities, and cost objects, based on the activities being performed within the enterprise. By identifying them on the basis of the Causal Relationship, an element that is fundamentally different from the traditional costing method is Active. It is difficult to realize the optimized cost and productivity and efficiency of each product by introducing the method based on the activity-based cost analysis into actual management, even if the ERP system is established.

Conventional methods for the distribution of goods for clothing, shoes, hats, etc., which handle seasonal products, have a safety inventory for each product, and when it falls below the safety stock, it is re-distributed to maintain the safety stock and stores that sell a lot with the sales results of the product. A method of distributing large quantities of commodities was used. However, the conventional method of distributing goods is somewhat convincing when the life cycle of products sold in the long term is relatively long, but fashion products such as clothing that change with season, change with fashion, change with region, and change with time always change. All factors for what should be distributed should be distributed, taking into account seasons, times, patterns and regions. These various factors should provide managers with the necessary information through the identification and analysis of accurate information at every moment.

7 is a screen configuration diagram for inputting an ID and password for user login according to an embodiment of the present invention.

8 is a block diagram of an initial menu screen upon login completion according to an embodiment of the present invention.

9 is a diagram illustrating a basic information initial menu screen configuration according to an embodiment of the present invention;

10 is a block diagram of a basic information code management screen according to an embodiment of the present invention.

11 is a block diagram of a product planning information input screen according to an embodiment of the present invention,

12 is a block diagram of a product planning confirmation screen according to an embodiment of the present invention,

13 is a screen configuration diagram for the fabric production progress according to an embodiment of the present invention,

14 is a screen configuration diagram for the product production progress according to an embodiment of the present invention,

15 is a block diagram of the fabric inspection operation screen according to an embodiment of the present invention,

16 is a block diagram showing the product inspection operation screen according to an embodiment of the present invention,

17 is a block diagram showing the raw material settlement screen according to an embodiment of the present invention,

18 is a block diagram showing the finished product settlement screen according to an embodiment of the present invention

19 is a block diagram showing the commodity export status screen according to an embodiment of the present invention,

20 is a configuration diagram of the customs refund status screen according to an embodiment of the present invention,

21 is a product capable of selling a finished product according to an embodiment of the present invention

It is a screen composition to register with

22 is a screen configuration diagram of searching for a registered product according to an embodiment of the present invention;

23 is a block diagram of a material receipt processing screen according to an embodiment of the present invention;

24 is a block diagram of a product payment processing screen according to an embodiment of the present invention.

25 is a configuration diagram of the inventory management status screen for each store according to an embodiment of the present invention.

26 is a block diagram showing the inventory management status screen for each product according to an embodiment of the present invention.

27 is a block diagram of a new product distribution screen according to an embodiment of the present invention;

28 is a block diagram illustrating an operation product distribution screen according to an embodiment of the present invention.

29 is a block diagram of the head office product payment work according to an embodiment of the present invention,

30 is a block diagram of the store product payment work screen according to an embodiment of the present invention,

31 is a diagram illustrating a distribution status screen for each business area according to an embodiment of the present invention.

32 is a diagram illustrating a distribution status screen for each brand according to an embodiment of the present invention.

33 is a block diagram of a defective product information screen according to an embodiment of the present invention,

34 is a configuration diagram of the product order status screen according to an embodiment of the present invention.

35 is a screen configuration diagram for registering sales information on a product sold in a store according to an embodiment of the present invention.

36 is a block diagram of a product shopping mall for product purchase according to an embodiment of the present invention.

37 is a configuration diagram of the management information profit and loss analysis screen according to an embodiment of the present invention,

38 is a configuration diagram of the management information sales status screen according to an embodiment of the present invention.

39 is a diagram illustrating a screen of Best / Worst analysis information according to an embodiment of the present invention.

40 is a block diagram showing the activity analysis cost analysis information screen according to an embodiment of the present invention,

41 is a configuration diagram of the slip registration screen according to an embodiment of the present invention.

42 is a screen configuration diagram of a balance sheet according to an embodiment of the present invention.

43 is a screen of organizational configuration according to an embodiment of the present invention.

44 is a diagram illustrating a salary management screen according to an embodiment of the present invention.

1 to 27 and 28 described above with reference to the preferred embodiment of the present invention

The operation will be described in detail.

The present invention provides a new concept of operation through the liquidity product distribution efficiency indicator in the above method.

Zero product distribution. Conventional merchandise distribution methods have resulted in almost no product for at least one year.

If it does not change or the price fluctuates little,

In the fashion which changes from time to time according to a suitable method and season, fashion

Sensitive, short product sales, and the need to develop and sell new products each season

Clothes, clothing, shoes, shoes, handbags, bags, hats, etc. are distributed in the conventional way

Risk factors in determining when to distribute a product and the appropriate number of distributions.

I can't. At the end of the sale, the goods are shipped out, increasing the share of the store inventory ..)

It is illogical to deal with the ever-changing sales of goods, and the product is put under safety inventory.

New concept of liquidity distribution to change liquidity

Liquidity by directly responding to operational inventory distribution efficiency indicators to safety inventory quantity and sales performance

Maximize product sales and minimize inventory share.

In the present invention, the existing enterprise resource planning systems (ERP) are mostly electronic, device,

It is a system suitable for the sale of industrial goods in the production and sales centers for the telecommunication companies. However, tie, children's clothing, women's clothing, women's clothing, shirt, shoes, and hand bag are the season and fashion.

If similar styles change slightly (price, color ..)

Style, size, collar, ASSORT (applicable dimensions or neck, arm length

Of purchases managed by the criteria). I don't think there is a small ERP system.

There are systems that are developed and used by type fashion companies, but this is also

The product of the present invention contains the risks indicated, and thus liquidity-operated product distribution method.

In terms of aspect, it can be called first.

The present invention is a product to some extent the concept of Activity Based Costing (ABC)

Product conversion time, such as when the product is judged to be sold, or when there is no more value in the product, or when the product is disposed of to reduce the burden of inventory at the end of the season, such as lowering the original selling price of the product and converting it into another product. It also provides a decision-making system to help select the right price.

Enterprise resource management covers all resources in all business areas of the company.

Information from computer planning (design) to production planning, product distribution, shipment / delivery

By realizing tasks such as sales, human resources, salary, accounting, fixed asset management, cost / management analysis

Re-use management resources across the enterprise into a single integrated system of information technology

To maximize productivity, increase operating profit and reduce inventory burden.

BPR (Business Process Re) is a very effective system to improve the balance of financial management.

It is a typical function of engineering.

The software created to realize this enterprise resource management is called ERP.

This is in the realization of EIP (integrating enterprise information).

When data is input or generated from any computer medium such as a system or a terminal

It is automatically connected to the server through various networks that are connected automatically.

It is a system that can be integrated and operated without requiring work.

For enterprise-wide resource management, information is generated regardless of time and place.

In order to connect with the time server, the wireless LAN concept of the mobile system is the most efficient.

This is the unified architecture of the mobile device (PDA) and the Internet as a system that can be used anytime and anywhere, as long as it has a telephone or internet connection, such as a wireless cell phone in any place.

Hereinafter, a product distribution method and the first according to the operating product distribution efficiency index according to the present invention

The information started from commodity planning is produced and sold in stores.

Products that are analyzed in various factors and integrated into the server, and are now fluctuating every day

In order to maximize sales, the above product distribution efficiency indicators are frequently calculated and operated.

Determine the redistribution and reproduction of goods and determine the timing of commodity conversion based on ABC cost analysis

Wind of enterprise resource management (Singiro_More ERP) method necessary for definable management

The preferred embodiment will be described in detail with reference to the accompanying drawings.

A user uses a terminal to connect to the database server 301 via the Internet 30

When the page is accessed, the database server 301 is connected to the router 306 and the dedicated Internet line 308.

Login screen for inputting user ID and password to the monitor of the terminal.

The screen shown in FIG. 7 is displayed. In this case, the user enters ID and password and clicks OK.

When the database server 301 is clicked, the database server 301 compares with the user information input to the file server 302.

Check the user's authority and registration based on the password information.

Then, when you're done checking for user security,

Router 306 and the menu screen of the enterprise resource management system that can use the program and

Through the internet dedicated line 308 to monitor the terminal to apply the business menu as shown in FIG.

On the computer. At this time, the basic information of the menu displayed on the monitor of the terminal by the user

When you click the Administration menu, the database server 301 is dedicated to the router 306 and the Internet.

Monitor the terminal by transmitting initial information as shown in FIG. 9 through the line 308

Mark on. The bulletin board screen can communicate with each other and deliver key points.

If necessary, the document is exchanged as an attached document and cannot be processed by computer.

It provides a function to deliver a design or design drawing, and is displayed on the left.

User information, organization by referring to submenus, etc.

Information, various code information, etc. can be managed.

In addition, the upper menu (7b03) displayed on this screen allows you to go directly to the task.

Rock applied menus, ie basic information, production management, sales management, logistics distribution, personnel salary, management administration

We provide beams.

If code information is clicked in the submenu 7b02 displayed on the left, the database

The server 301 transmits a screen 7b05 for managing all codes used in enterprise resource management through the router 306 and the Internet dedicated line 308 to display on the monitor of the terminal.

At this time, the user can select the desired code information, such as department / team, sales floor, region, brand, employee status, items, customers, margin rate on the screen (7b04).

When the user clicks the margin icon on the screen (7b04), the database server

301 determines the margin rate for each business location through the router 306 and the dedicated Internet line 308.

The beam is transmitted and displayed on the monitor of the terminal as shown in the screen 7b05 of FIG. The terminal

Clicking on one of the entire information displayed on the monitor of the device corresponds to the right screen of FIG.

The detail screen 7b06 for margin is displayed. Margin rate detail screen shown above

Enter or modify the required information for (7b06) and add, edit, or delete at the bottom of the screen.

When the icon 7b07 is clicked on, the corresponding function is performed.

On the other hand, if you click the production management icon in the upper right of Figure 10 to manage the production

The database server 301 transmits the product planning information input screen through the router 306 and the Internet dedicated line 308 and displays it on the monitor of the terminal as shown in FIG. Like this

On the screen, enter the product planning information according to the new product development and press the save icon.

The surface database server 301 is registered in the product planning master table 601 as shown in FIG. 6 of the file server 302 and is generated in the production planning information table 602 for each color size based on the planning information of the registered product. do.

In addition, based on the planned production planning information, the fabric and product manufacturing instructions

When the production is completed, the product is inspected for quality and sent to the headquarters warehouse.

Based on the information, payment is made based on the details of the work request.

The development or design new product information is managed by the planning number here.

W What fabrics are used, where to request for production, and how much

The budget of the village, and the information on when and how much to sell the product Figure 11 and

Input through the same screen (7c01), and how many color and size for the product

Whether to produce is registered in the product planning information table 601 through the screen (7c02) of FIG.

And at the same time it performs a function of inputting the details of how much to produce in the product planning information table (602).

In addition, if you press the product planning decision icon in the menu on the left side of the database server (301)

12 transmits the product planning confirmation screen through the router 306 and the dedicated Internet line 308 and displays it on the monitor of the terminal as shown in FIG. In the displayed screen, according to the new product development, the inputted product planning information, etc., enters a search condition through the screen 7c03 of FIG. 12 and then presses the inquiry button on the right side of FIG. It is displayed on the screen 7c05. At this time, according to the displayed order state, the order waiting information, when pressing the order or the product order button performs a purchase, work order function according to the product classification through the screen (7c04).

When the fabric production progress icon is clicked on the left side of the screen of FIG. 12, the database server 301 transmits the fabric production progress screen through the router 306 and the dedicated Internet line 308 to be displayed on the monitor of the terminal as shown in FIG. 13. do. In this case, the displayed screen displays information on the purchase or production process of the fabric processed on the screen 7c06 as shown in FIG. 13, and performs work instruction on the fabric and registration of goods receipt through the corresponding screen.

Can be.

In addition, when the order date and the brand, the customer, the status, etc. are input and the inquiry icon is clicked on the screen as shown in FIG. 14, the database server 301 is connected to the router 306 and the Internet.

The finished product production status for the product processed by the leased line 308 as shown in FIG.

We display on terminal monitor screen. The user then accesses the finished product via the corresponding screen.

Work order and receipt registration for the screen is executed through the screen 7c07.

By dividing it into export and export, it can perform the task of managing the progress by production date.

Clicking the fabric check operation icon on the screen of Figure 14 the database server

301 is connected to the product to the work order processing through the router 306 and the Internet dedicated line 308

If the fabric information registered in FIG. 14 is displayed on the monitor screen of the terminal as shown in FIG. 15 and the inspection button is pressed on the corresponding screen, the fabric is inspected through the inspection screen 7c08 and the monitor screen of the terminal as shown in FIG. (7c11), and except for defective fabrics for inspected products, only the accepted products are settled.

Clicking on the product inspection operation icon on the screen of Figure 15 the database server

301 is a product purchased or produced through the router 306 and the Internet leased line 308.

If you inspect the information on the finished product received and registered by clicking on the inspection button and inspect it through the inspection screen 7c10, it is displayed on the monitor screen 7c11 of the terminal as shown in FIG. Except for defective products

Perform the function of processing.

Clicking the check icon on the right side of the Figure 16 database server 301

Displays the screen 7c11 shown in FIG. 18 on the monitor of the terminal with information on the goods which have been inspected through the router 306 and the Internet leased line 308. After doing so, when the settlement processing icon is pressed in FIG. 17, the database server 301 performs settlement processing and accounts for the settlement processing information in the document information table 611.

The information table 612 issues the bill information to the bill information table 610 so that payment can be made.

Perform the function that makes it possible.

When the import and export icon is pressed on the screen as shown in FIG. 18, the database server

301 is used to export the planned product through the router 306 and the Internet dedicated line 308

The information is displayed on the monitor 7 of the terminal screen 7c11. Through this screen

Manage export information, and if the exported products are made by importing raw materials,

Press the 18 tariff completion icon, the database server 301 is connected to the router 306 and the Internet

A screen 7c12 as shown in FIG. 19 is displayed through the dedicated line 308, and the user is presented with a tariff refund eye.

Press the cone to refund the tariff.

21 to 26 shows the logistics management according to an embodiment of the present invention

Company-wide resource management system for fabrics, subsidiary materials, etc.

For goods receipt and delivery of goods such as goods receipt, goods issue, return, disposal, inter-store movement, due diligence

Create product information that can be sold according to the implementation and product based on registered product information

This is a screen diagram for performing a payment service.

If you press the logistics distribution icon on the screen as shown in Figure 19

The server 301 provides information for product registration through the router 306 and the Internet dedicated line 308.

It is displayed on the monitor of the terminal as shown in 21. At this time, the actual sale of goods received and processed

Every possible state, i.e., barcodes and labels, etc.

The product information received through the screen 7d01 of FIG. 21 to the planning information table 602.

It automatically registers as a merchandise information table 603 that can be sold and automatically converted, and the screen shown in FIG.

(7d02) perform the task of changing to sellable state.

In addition, by item, brand, color, size registered in the product master table (603)

Selecting and performing the task to search the progress state of the registered product information through the screen (7d03) of FIG.

And if you select the material payment icon on the screen as shown in Figure 22

Burr 301 is a router 306 and the Internet dedicated line 308, such as material or subsidiary material information

Information for payment is displayed on the monitor of the terminal as shown in FIG. During the production process

Payment for materials required for the subsidiary materials or the sub material information such as the sub material information table 613 of FIG.

Through the screen 7d04 of FIG. 23 to be processed, a payment form, that is, a receipt, a release, a return, a discard,

The screen 7d05 of FIG. 23 that processes and retrieves the copied result is provided. The screen of FIG. 24 directly displays a product as needed based on the product information of the product master table 603.

The screen of FIG. 24 which collects payments through 7d06 and retrieves the payment information of the processed payment information table 604 in the form of payment, namely, receipt, delivery, return, disposal and due diligence.

(7d07).

On the basis of the payment information of the goods receipt, delivery, return, disposal, due diligence information table 603, the sales information table for each store of the store product table 605 is directly input or modified and sold in the store ( To provide a function of retrieving results through the screen 7d08 of FIG. 25 for each store's inventory information at the present time when the sales information of 606 is reflected. In addition, the inventory information is displayed on the screen 7d09 of FIG. 26 for each item to enable inventory management for each store.

27 to 36 are business management according to an embodiment of the present invention

This is an enterprise-wide resource management system for distribution of new products and distribution of operating products currently being sold, based on registered product information in logistics and daily sales performance information. It is a screen configuration diagram that performs a task of requesting delivery to each store by releasing goods from the headquarters warehouse and displaying and selling the goods to the stores, and collecting the sold goods and performing a task such as collecting the sales price.

Selecting the sales management icon on the screen as shown in Figure 26 database server 301

Displays information for product distribution through the router 306 and the dedicated Internet line 308 on the monitor of the terminal as shown in FIG. When the new product is searched for by item, brand, color, or individual product by season through the screen 7e01 of FIG. 27 which actually selects a new product for the registered product, that product is not currently sold, that is, new product information. Is displayed on the screen (7e02) of Figure 27, when selecting one of the displayed new products, the inventory quantity of the head office is displayed on the right, wherein the calculated new product distribution quantity = new product production / new product distribution efficiency according to the embodiment of the present invention To determine how much to actually distribute

Do the job of making decisions.

Also, based on the determined new product distribution quantity, the screen 7e01 of FIG. 27 is displayed.

If you click on the distribution icon, the database server 301 is previously stored for each of the stores in operation.

Distribution rate by store according to the fixed law based on registered distribution rate * New product distribution

Calculate the number of distribution by each store, wherein the total amount of new product store distribution calculated for each store is

If there is a difference between the quantity to be distributed firstly determined in the embodiment, the adjusted quantity = (for each store

Distribution quantity / Total store distribution total) * The final distribution quantity is calculated by calculating the new product distribution quantity.

The screen 7e03 of FIG. 27 determines the function of enabling new product distribution.

If new products are distributed and sold in stores like this,

In view of the operation product, it is most important to calculate the operation product efficiency index which is the core task of the present invention.

Efficient and logical distribution of operational products is carried out through the screen 7e04 of FIG. 28.

Select it and press the Inquiry button.

Product Lot Efficiency = Combination of Various Information

Calculate the lot number of goods and based on it, the quantity of the product distribution lead = the quantity of goods in stock

Product lot efficiency, and the product distribution lead quantity remaining inventory

By subtracting the quantity, the most efficient distribution quantity indicator for the active product is obtained.

Calculate as a fold efficiency indicator. At this time, prepare the number of stores to distribute the calculated product distribution efficiency index

Store distribution efficiency index = product distribution efficiency index / number of stores sold

Display the screen 7e05 of FIG.

have.

Distribution displayed on the screen 7e05 of FIG. 28 based on the determined store distribution efficiency index

By clicking on the icon, the database server 301 calculates the number of sales days for which the product is sold and the number of sales days that can be sold in the future based on the end date of the season for each store.

Store lot based on the fact that the quantity of product lot for each product registered in advance is sold

Days = (store sales days * quantity of goods lot) / store sales quantity,

The store lot performance ratio is calculated by comparing the number of store lot days to the number of days that can be sold in the store in the future, and calculating the store lot efficiency for the store. = Store distribution efficiency

Indicators * Calculate store lot efficiency, and here are the distribution targets held by the store.

When the inventory for a product is reduced, the most efficient quantity to distribute to the store, that is, store distribution indicator quantity = store distribution lead quantity-store quantity calculated automatically

To display on the screen 7e06 of FIG. At this time, if the indicator quantity distributed by each displayed store is different from the product distribution lead quantity, store distribution adjustment quantity =

(Store Distribution Index * Product Distribution Efficiency Index) / At the present time, the total store distribution is calculated.

For each store, adjust the most efficient distribution quantity to match the product distribution efficiency indicator.

Finally, to provide the ability to determine the actual distribution quantity for the operating product.

do.

Logistics warehouse of the head office based on the result of efficient distribution of the operating products by stores

Of FIG. 29 for registering and retrieving the information collected from the product in the product payment table 604

The surface 7e07 is displayed for confirmation.

In addition, if you click the store goods payment icon on the screen 29 of the database server

301 is a router 306 and the Internet dedicated line 308 is the operating product is shipped from the factory

Display screen 7e08 of FIG. 30 so that the information of the product payment table 604 can be searched by business place.

So that you can check it.

And distribution status of the new and managed products distributed in FIGS. 27 and 28.

If you select the distribution status icon on the screen as shown in Figure 30, the database server

301 shows the distribution status of goods by business sites through the router 306 and the dedicated Internet line 308.

As shown in the screen 7e09 of 31, it is displayed on the monitor of the terminal for management.

In addition, if you select the distribution icon by brand on the screen as shown in Figure 31

The server 301 provides distribution status information for each brand through the router 306 and the Internet dedicated line 308.

It is displayed on the monitor of the terminal as shown in FIG. At this time, the screen is displayed through the displayed screen (7e10).

In addition, the company has been handing over distribution products to stores.

And to manage the occurrence of defects in the process of selling products

In order to select a deadline management icon on the screen as shown in Figure 33, the database server (301)

33 displays the defective product information through the router 306 and the dedicated Internet line 308.

As shown in (7e11), it is displayed on the monitor of the terminal for management.

In addition, if the product order information icon is selected on the screen as shown in FIG.

The server 301 displays the product order information through the router 306 and the Internet dedicated line 308 with FIG. 34.

As shown on the monitor of the terminal. At this time, the seller through the displayed screen (7e12)

Products are ordered from buyers or specific customers for export or sale.

And the information sold in stores can be barcode readers or input devices

In addition, by providing an input screen (7e13) as shown in Figure 35 to each terminal device, such as a PDA terminal, POS

The sold information is transferred to the database server 301 through the dedicated Internet line 308 and the router 306.

Field sales information is immediately entered into the database server (301)

Daily sales information and monthly sales in daily sales table (607) and monthly sales table (609)

The information is stored.

Allow the product to be sold or ordered through an Internet shopping mall;

In order to click the product order information icon, the database server 301 is a router 306

And a screen for a product order through the Internet dedicated line 308 as shown in FIG. 36.

Mark on the monitor. If you place an order through the screen (e7e14)

Information is authorized to the database server 301 via the Internet leased line 308 and router 306

6 is received and registered in the order information table 608 of FIG.

It is supposed to perform a function to make it work.

On the other hand Figures 37 to 40 is a manager by the preferred embodiment of the present invention

To manage business by providing necessary information to make decision making easier

Goods registered in logistics in product planning registered in production with an enterprise resource management system

Products for products developed based on information and sales performance information sold every day

Analyze sales, operate ABC and profit / loss analysis on the products currently being sold, and the analyzed information informs you of the timing of product conversion, conversion price determination, and sales.

To handle functions that allow them to perform management tasks, such as helping to improve the balance of payments.

This is a screen diagram.

Click the Management Information icon to check the profit and loss database server

301 displays a screen for calculating profit and loss through the router 306 and the Internet leased line 308.

It is displayed on the monitor of the terminal as shown in FIG. In the process of product development, production and sale

37 shows profit and loss calculation for each business site and item considering all cost factors

It is possible to calculate profit and loss on the product information being sold through the screen 7f01 of the

Perform work

The information on which the product is developed and sold at a business site is interlinked from each terminal device.

It is delivered to the database server 306 through the net leased line 308 and router 306, and the daily version.

It is registered in the fruit information table 607, and based on this information, the sales performance of each business place, etc.

Perform a task of analyzing sales trends and the like through the graphic screen 7f02 of FIG.

do.

Collected from the database server 301 in the process of selling the sale product

Products sold well based on the sales information and the like shown in FIG.

B / W (Best,

Preferred taste by region or customer for the product through the Worst analysis screen (7f03)

Analyzes, etc., to control the distribution of goods.

In addition, the merchandise sold in stores is divided into A, B, and C goods.

40 is calculated by considering the amount of excess or deficiency compared to the current inventory level in consideration of the sales volume.

Displayed on screen 7f04 so that each product can be reclassified or store inventory adjusted.

41 to 42 shows the accounting management according to an embodiment of the present invention.

This is a display screen configuration diagram.

Manage accounting documents generated by each applied task, and entered document information

It is divided into each account subject to perform cost analysis, profit and loss analysis, accounting book, etc.

Function to make it.

If you click on the document data management icon on the screen of FIG.

When a product order icon is clicked to allow sales or orders to be received through a shopping mall, the database server 301 passes through a router 306 and an Internet dedicated line 308.

As shown in Fig. 41, various types of transactions can be classified according to accounting functions.

The document processing screen 7g01 is displayed on the monitor of the terminal. At this time, transaction processing between these branches,

Information on the company's business performance, financial status and management types, including real-time company fund information

Books and finances in one document schedule

Complete financial reports, financial management, asset management, budget management, tax reporting and management information

In this way, processing is possible.

The document information as described above performs an accounting task capable of outputting various documents as shown on the screen 7g02 of FIG.

43 to 44 is a personnel / salary management according to an embodiment of the present invention

This is a screen display configuration diagram.

To manage the human resources organization, click on the Human Resources icon to access the database server.

301 shows a screen for personnel management through the router 306 and the Internet dedicated line 308.

As shown on the monitor of the terminal. At this time, it manages personnel organization and personnel basics.

Through the screen (7h01) to register and manage the basic personnel matters

Provide it.

In addition, the salary management based on the personnel and time attendance, etc.

The basic salary and bonuses through the salary management screen 7h02 shown in FIG.

It provides a function to calculate the back.

New product distribution is based on the distribution rate by store (7c04), the new product distribution in the fixed rate method 1

If the percentage is exceeded and the percentage is exceeded, adjust the percentage by substituting new product adjustment quantity.

To do that.

In one embodiment of the present invention through the store information of the store information table 612 of the basic information can be extracted as an example the product distribution rate data for each store as shown in Table 1.

Store code Store name Distribution rate Store code Store name Distribution rate L0 Lotte Main Branch 12% S2 Shinsegae Myeongdong 12% L1 Lotte Youngdeungpo Branch 13% S3 Samsung Plaza Bundang 11% L2 Lotte Jamsil Branch 14% N1 New Core Pyeongchon 7% H0 Hyundai Head Office 8% K1 Gwangju Retail Store 5% H1 Hyundai Apgujeong 10% B1 Busan Retail Store 3% M0 HQ store 13% D1 Daejeon Consignment 4% S1 Shinsegae Yeongdeungpo 12%

In one embodiment of the present invention through the product planning master information table 601, the product planning information table 602, the product master table 603 can extract the new product distribution target data for each product as shown in Table 2 as an example.

Planning number output When to sell Product classification Lot quantity brand product name NW011101 12,000 2001/4/1-2001/6/10 necktie 10 things Avant Avant Necktie 123 DS011201 5,000 2001/4/1-2001/6/10 Shirt 5 love Love Shirt 102 AD011001 3,000 2001/4/1-2001/6/10 petticoat 2 sets Mode Mod child shirt 12 SS010101 2,000 2001/4/1-2001/6/10 Women's clothing 2 sets Jour Jourdan women's clothing HB011001 1,000 2001/4/1-2001/6/10 handbag Three copy Imitation handbag

Assuming that data as shown in Tables 1 and 2 are extracted from the enterprise resource planning system (Singiro_More ERP), new product distribution can be distributed by a constant method according to an embodiment of the present invention. That is, on the basis of the items expressed above, it is assumed that it takes an average of 10 days to sell 10 lot quantities of the avant-tie No. 129, which is the planning number NW011101, and calculates the sellable days in which the new product can be sold by the following Equation 1.

Days to Sell New Products = Season End-Sales Date = June 10, 2001-April 1, 2001 = 70 Days

Distribution efficiency of new products = Number of days for product sale / Product lot sales lead time = 70 days / 10 days = 7 times

The maximum distribution efficiency of the new product calculated by Equation 2 refers to the number of times that the maximum distribution can be made for the corresponding product, and based on this, the first distribution quantity of the corresponding product is calculated by the following Equation 3.

New product distribution = new product output / new product distribution efficiency = 1,200 / 7 = 1,714

When the new product distribution quantity calculated by Equation 3 is distributed according to the distribution rate for each store to be distributed, the following results are obtained as shown in Table 3 below.

Store code Store name Distribution rate Distribution quantity Quantity of adjustment L0 Lotte Main Branch 12% 206 166 L1 Lotte Youngdeungpo Branch ! 3% 223 180 L2 Lotte Jamsil Branch 14% 240 194 H0 Hyundai Head Office 8% 137 111 H1 Hyundai Apgujeong 10% 172 138 M0 HQ store 13% 223 180 S1 Shinsegae Yeongdeungpo 12% 206 166 S2 Shinsegae Myeongdong 12% 206 166 S3 Samsung Plaza Bundang 11% 189 152 N1 New Core Pyeongchon 7% 120 97 K1 Gwangju Retail Store 5% 86 69 B1 Busan Retail Store 3% 52 41 D1 Daejeon Consignment 4% 69 55 Total Store Total 124% 2,129 1,714

The amount of distribution shown above = 1,714 * 12% = 206 (distribution rate by store * new product distribution amount) and if the sum of the calculated distribution quantities for each store is different from the new product distribution quantity = (206 / 2,129) * 1,714 = 166 (Total store distribution sum / Total store distribution sum) * Distribution quantity) is calculated to distribute the distribution of new products in each store by the fixed method.

The above-described methods are more logical new methods than the distribution of a certain percentage or weight to the preferred store based on the previous experience, but this also provides a new concept of the lead time for the sales lot quantity. The forecast is based on the case, and there is a factor that does not immediately reflect the information of the operating site that changes frequently.

In order to completely compensate for these shortcomings, after the first new product distribution, information on-site sold is immediately integrated into the server to obtain various new factors and efficiency indicators for distribution of operational products belonging to the core of the present invention. Can be obtained.

Hereinafter, a procedure for distributing an operational product will be described.

The data information of Tables 1 and 2 assumed above is displayed for each store as shown in Table 4 below.

code Store name sales rate Store inventory New product distribution L0 Lotte Main Branch 104 62 166 L1 Lotte Youngdeungpo Branch 120 60 180 L2 Lotte Jamsil Branch 183 11 194 H0 Hyundai Head Office 96 15 111 H1 Hyundai Apgujeong 120 18 138 M0 HQ store 100 80 180 S1 Shinsegae Yeongdeungpo 112 54 166 S2 Shinsegae Myeongdong 96 70 166 S3 Samsung Plaza Bundang 140 12 152 N1 New Core Pyeongchon 50 47 97 K1 Gwangju Retail Store 40 29 69 B1 Busan Retail Store 30 11 41 D1 Daejeon Consignment 43 12 55 Total Store Total 1,234 480 1,714

Distributable Quantity = Production-New Product Distribution = 12,000-1,714 = 10,286 Quantity of Product Inventory = Output Quantity of Product Sales = 12,000 1,234 = 10,766

According to an embodiment of the present invention, the following data may be extracted as an example through the product master table 603.

Days to Sell = Product Last Sale Date-First Sale Date = April 30, 2001-April 1, 2001 = 30 Days

Days to sell = Season end-Distribution date = June 10, 2001-May 1, 2001 = 50 days

The product lot number is calculated by Equation 5 by substituting the product sales quantity into the product sales days calculated by Equation 4.

Product Lot Days = Product Sale Days * Product Lot Quantity * Number of Stores / Product Sale Quantity =

30 days * 10 units * 13 units / 1,234 = 3.2 days

The product lot efficiency is calculated by Equation 6 by comparing the actual product lot days at the present time calculated by Equation 5 with the number of product sellable days available in the future. In this case, it is assumed that it takes 10 days to sell 10 lot quantities of avant tie 129, which is planning number NW011101, and the number of days of product lot calculated at the time of distribution of new products is different from time to time.

Product lot efficiency = number of days available / product lot days = 50 / 3.1 = 16.1 times

Product lot efficiency calculated by Equation (6) refers to the number of possible product distribution in the future, by referring to this number to calculate the distribution number of the product distribution lead by the equation (7) the number of distributable to each store.

Product distribution lead quantity = Product inventory quantity / Product lot efficiency = 10,766 / 16.1 = 669

The product distribution lead quantity calculated by Equation 7 refers to the tendency of the distribution of operational products at the present time, and the product distribution efficiency index so as to enable efficient product distribution by subtracting the inventory quantity held by each store with reference to this quantity. The product distribution quantity is calculated by Equation (8).

Product distribution efficiency indicator = Product distribution lead quantity-Store stock quantity = 669-480 = 189

The store distribution efficiency index is calculated by Equation 9 by comparing the quantity of product distribution efficiency calculated by Equation 8 to the store to be distributed.

Store Distribution Efficiency Index = Product Distribution Efficiency Index / Number of Stores = 189/13 = 14.5

The most efficient distribution quantity for each store at the present time calculated by Equation 9 is used as an index when distributing for each store.

Hereinafter, product distribution for each store according to the operating product distribution efficiency index according to the present invention is distributed for each store based on the store distribution efficiency index.

Hereinafter, the store distribution method according to the present invention shows an example of a calculation formula for L0: Lotte main store, and other stores will be referred to.

Store Sales Days = Store Last Sale Date-Store First Sale Date = April 30, 2001-April 1, 2001 = 30 Days

Days of Store Sale = Season End Date-Product Distribution Date = June 10, 2001-May 1, 2001 = 50 Days

By referring to Table 4 to the store sales days calculated by Equation 10, the product lot days are calculated in Equation 11 by substituting the store sales quantity.

Days of store lot = (days of store sale * quantity of product lot) / quantity of store sale = (30 days * 10) / LO: 104 units = 2.88 days

Equation (12) is calculated by comparing the actual number of days of the store lot at the present time calculated by Equation (11) with the number of days the product can be sold in the future.

Store Lot Percentage = Number of Stores Available / Days of Store Lot = 50 / 2.88 = 17.3

The store lot probability calculated by Equation 8 refers to the number of possible product distribution for the store in the future, and the store distribution lead quantity is calculated by using Equation 13 for the number of distributable items that can be distributed to the store with reference to this number. do.

Store Distribution Lead Quantity = Store Distribution Efficiency Index * Store Lot Capacity = 14.5 * 17.3 = 251

The amount of store distribution lead calculated by Equation 13 refers to the quantity of the product available for distribution at the present time, and by referring to this quantity, the quantity of the product distribution index is reduced so that efficient product distribution is possible by reducing the amount of inventory held in the store. The store distribution quantity is calculated by the equation (14).

Store Distribution Metric Quantity = Store Distribution Lead Quantity-Store Inventory Quantity = 251-62 = 189

The value calculated according to the method for each store stores the quantity of the store distribution efficiency index calculated by Equation 14, as shown in Table 5 below.

code Store name sales rate Inventory Distribution index Adjustment L0 Lotte Main Branch 104 62 189 14 L1 Lotte Youngdeungpo Branch 120 60 230 17 L2 Lotte Jamsil Branch 183 11 431 33 H0 Lotte Main Branch 96 15 217 16 H1 Hyundai Apgujeong 120 18 272 21 M0 HQ store 100 80 162 12 S1 Shinsegae Yeongdeungpo 112 54 217 16 S2 Shinsegae Myeongdong 96 70 162 12 S3 Samsung Plaza Bundang 140 12 326 25 N1 New Core Pyeongchon 50 47 74 6 K1 Gwangju Retail Store 40 29 68 5 B1 Busan Retail Store 30 11 62 5 D1 Daejeon Consignment 43 12 92 7 Total Store Total 1,234 481 2,501 189

When the quantity of each store distribution efficiency index calculated by Table 5 is added to each store, the total sum distributed by stores differs from the quantity to distribute the corresponding product, that is, the calculated product distribution efficiency index. In this case, the adjusted quantity is calculated for each store according to the following Equation 15 to adjust the difference quantity.

Store Distribution Adjustment Quantity = (Store Distribution Index * Product Distribution Efficiency Index) / Total Store Distribution = (189 * 189) / 2,501 = 14

The most efficient distribution quantity for each store at the present time calculated by Equation 15 is adjusted to fit the product distribution efficiency index, and finally the actual distribution quantity for the operating product is determined.

As described above, the present invention can provide an innovative distribution method with a new concept by providing a rational and efficient distribution method of an existing sensory and quantitative distribution method by providing a new product and an operation product distribution in a logical calculation formula.

In addition, this innovative product distribution method can be integrated into company-wide resource management to provide essential information for company management.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art to which the present invention pertains without departing from the spirit and scope of the invention as set forth in the claims below It will be appreciated that modifications and adaptations can be made.

As described above, according to the present invention, information management from product planning to production, distribution, and sales are integrated and analyzed, and it is possible to track which products are made and how much the products are produced and distributed to each store, and how much they are sold. Therefore, it is possible to immediately supply or withdraw the necessary products at any time, which has the effect of speeding up managers' decision-making.

In addition, by introducing a new concept of operational product distribution efficiency indicators using the analysis results of the present invention, product distribution can be distributed on a more logical and mathematical basis, thereby reducing the inventory burden of the store, reducing operating cost and inventory cost. There is an effect that can improve innovatively.

In addition, the quantity to be distributed to the store through the product distribution efficiency indicator of the present invention to determine the most efficient distribution quantity on the basis of various logical factors at the time of occurrence every day, automatically to the store centered on the product that the customer needs The distribution will be displayed, which can contribute to direct sales and profit growth.

In addition, by checking from time to time through the store distribution efficiency indicator of the present invention can adjust the inventory of the head office and the amount of inventory remaining in the store can effectively determine the product re-production amount and time, etc. at the end of the season to switch the product to the corresponding seasonal products By disposing of this product, it has the effect of minimizing malicious product inventory.

In addition, by directly applying the cost generated in the field through ABC cost analysis, the sales volume and product unit price that are changed at any time through analysis of the product operation, etc. are not sold well because they are more accurate in calculating active product cost and profit and loss. It is effective to prevent any further loss by converting the product to a quick decision about the product.

In addition, information inputted from various terminal devices is collected in various forms on a server through the Internet network, so that various field data can be made into necessary information for management to achieve management goals with a decision support system necessary for management. It is effective to establish a management support system.

Claims (29)

Various terminals (PC, Notebook, POS) and mobile (Wireless Lan) system are combined through internet or LAN (Local Area Network) connected to stores or retail stores, consignment stores, partners and database servers. In the method of collecting and registering a variety of information to the database server to manage enterprise-wide resources, Attempting to connect by inputting user information to access the database server for use from the various terminals; Accessing a server from the terminal and using each application task through menu selection; Registering basic information to be used for enterprise resource management; Registering product planning information for the designed or developed new product; Processing orders for fabrics and finished products according to the registered planning information; Registering the ordered fabric / material, a work instruction for the product, and a receipt; Inspecting and calculating the quality of the finished product to be received; Bar code processing the merchandise for sale on the finished goods received; Calculating a new product distribution index using the sales lot quantity and the efficiency of the processing registered product as the product and distributing it to each sales store; After the distribution of the new products, the liquidity is calculated by calculating the number of sales days, available days, product lot days, product lot efficiency, product distribution lead quantity, product distribution efficiency index, and store distribution efficiency index. Enterprise-wide resource management method using the online comprising the step of distributing the operating product. The method of claim 1, Transmitting information about the distributed goods to a server wirelessly from each field terminal and separating the information into sales information and management information; The enterprise-wide resource management method using the online, characterized in that connected to the accounting through the enterprise accounting information and processes personnel, salary, accounting. The method of claim 2, The enterprise-wide resource management method using the online, characterized in that it further comprises the step of selling the designed or developed product on the Internet shopping. The method of claim 3, The new product can be sold days is calculated by the following Equation 16 enterprise-wide resource management method using the online. Days to Sell New Products = Season End Date-When to Sell Products The method of claim 4, wherein distributing the new product comprises: Calculating the sellable days by Equation 17 using seasonal periods for each item; Predicting and using the number of days it takes to sell the sales lot quantity for each product introduced for the new product; Calculating a distribution probability for the new product in the available days for selling the new product by Equation 18; Calculating a new product distribution quantity by Equation 19 by comparing the output with the calculated new product distribution capability; Comprising a step of calculating the product distribution quantity determined by the product or brand for each store the calculated new product distribution quantity by the following equation (20) characterized in that the enterprise-wide resource management method using the online. Days to Sell New Products = Season End Date-When to Sell Products Distribution rate of new products = number of new products available for sale / lead time in lot lot Quantity of New Product Distribution = New Product Output / Product Distribution Capacity Distribution of New Product Stores = Distribution Rate by Store * Distribution of New Product Distributions The method of claim 4, wherein the distributing the operating product, Calculating the number of product sales days, product sales days, and product lot days for the operating product by Equation 21; And providing the number of days according to the calculated operating product through a terminal from time to time. Product sale days = product last sale date-product first sale date Product Availability Days = Season End Date-Product Distribution Days The method of claim 6, The product lot performance ratio for the operating product is calculated according to the following equation 22 enterprise-wide resource management method using on-line. Lot Lot Percentage = Days to Sell / Lots of Goods The method of claim 7, wherein Enterprise resource management method using on-line, characterized in that the product distribution lead quantity for the operating product is calculated by the following equation (23). Product Distribution Lead Quantity = Product Inventory Quantity / Product Lot Performance The method of claim 8, Computing the product distribution efficiency index by subtracting the inventory in the store to distribute the operating product, and then calculating the store distribution efficiency index to be distributed to the store by the following formula (24) Resource management method. Product Distribution Efficiency Indicator = Product Distribution Lead Quantity-Store Inventory Quantity Store Distribution Efficiency Index = Product Distribution Efficiency Index / Number of Stores Stored The method of claim 9, In order to distribute to each store based on the store distribution efficiency index for the operating product in the operation product distribution step, the store sales days, store sales days, and store lot days for the store operating products sold by each store Enterprise resource management method using the online comprising the step of calculating by the equation (25). Days of store sale = store last sale date-store first sale date Days Available for Store = Season End Date-Store Distribution Date Days of store lot = Days of store sale * Quantity of product lot / Quantity of store sale The method of claim 10, Comprising the step of calculating the store lot efficiency for the operating product according to Equation 26 further enterprise-wide resource management method using on-line. Store Lot Percentage = Days Available for Store / Days for Store Lot The method of claim 11, Comprising a step of calculating the amount of the store distribution lead for the operating product by the following equation 27, enterprise-wide resource management method using the online. Store Distribution Lead Quantity = Store Distribution Efficiency Index * Store Lot Performance Rate The method of claim 12, Enterprise resource management method using the online, characterized in that it further comprises the step of calculating the store distribution efficiency index quantity for the operating product by the following equation (28). Store Distribution Indicator Quantity = Store Distribution Lead Quantity-Store Inventory Quantity Accessing a server through a logon screen displayed on the internet browser; Displaying an initial menu on the terminal to enable the enterprise resource management to the authenticated user when the user and the user security are confirmed through the logon screen; Accessing a server from the terminal and selecting a menu for a corresponding application to use enterprise resource management; The authentication procedure for using the enterprise resource management, characterized in that it comprises the step of displaying the number of access attempts and the number of visits to the user when a terminal connected to the Internet through a web browser, etc. Enterprise resource management method using online. The method of claim 14, Using the enterprise resource management, Registering basic information and the like necessary for enterprise-wide resource management by selecting a basic information menu from a user connected to a server; Registering the department / team, business place, local brand, customer, parking, margin rate, etc. corresponding to the basic information through a displayed screen; And displaying a screen for managing a product distribution, a sales policy, and the like, by using the registered information. The method of claim 15, Registering product planning information designed or developed by a user accessing a server from the terminal; And automatically registering a plan number for registering information corresponding to the product plan, and automatically registering the production forecast quantity for each color and size as production plan information. The method of claim 16, Placing an order for purchase or production instruction through a screen on the terminal; Automatically constructing information necessary to place an order on the basis of the production detail information automatically generated for each pattern by referring to the plan information and production plan detailed information registered from the terminal, and registering the purchase order and production instruction; And managing the production progress according to the ordering status of the product planning using the items managed in the enterprise resource management. The method of claim 1, The enterprise-wide resource management method using the online, characterized in that it further comprises the step of wearing and registering the fabric or finished product produced or purchased through the terminal. The method of claim 18, Comprising the step of registering the settlement process to be settled to the partner or the place of purchase as a monthly total concept for the completed check quantity, the enterprise-wide resource management method using the online. The method of claim 19, Registering the product as sellable through the terminal; When the inspection of the finished product on the basis of the registration information is completed, by attaching a label and bar code for the corresponding product to register as a product that can be sold Enterprise resource management, comprising the step of registering the sales information transmitted to the server through the point of sale (POS) or personal digital assistant, notebook, PC, etc. when the sale product is distributed to the store system. The method of claim 20, Registering sales goods information from the terminal; Based on the sales information, the management information that can analyze sales information for each product and store every day is automatically generated to provide information necessary for management and to display various information for making decisions easily in a graphic form. Enterprise resource management method using the online, characterized in that it further comprises. The method of claim 21, Distributing a new product through the terminal; The company-wide resource management method using the on-line characterized in that it comprises the step of automatically leaving the distribution warehouse warehouse distribution and the goods receipt for the new product distribution quantity calculated. The method of claim 22, Distributing an operational product through the terminal; The company-wide resource management method further comprises the step of automatically leaving the distribution warehouse warehouse warehouse and the goods to the store for the distribution quantity calculated according to the operation product distribution. The method of claim 23, wherein Performing management analysis from the terminal; When the sales are divided into various factors and daily and monthly information generations are made every day, the method further includes analyzing and analyzing the performance of product sales based on the results. The method of claim 24, Selling goods from the shopping mall; The enterprise-wide resource management method using the online further comprising the step of accepting and processing the order product for the sale is made. The method of claim 25, The method for enterprise-wide resource management using online, further comprising the step of inputting relevant information and time and attendance information on individuals and organizations. The method of claim 26, Comprising a step of calculating the salary in accordance with the attendance and salary table provided in the personnel management. The method of claim 27, Registering a slip through the terminal; Inputting information related to cash in accounting for each applicable task through a slip; Separating for each account on the basis of the entered document information, and displays the various documents and accounting costs, profit and loss calculation, etc. on the terminal further comprising the enterprise-wide resource management method using the online. In the resource management method using the online and the resource management system, It is a main computing device that integrates and manages all data. It is a database server that is installed in a remote place through the Internet network or LAN network in consideration of the speed improvement of the network. It is used as a system for storing various documents, images, mails, designed drawings, etc., and a file server integrated and managed in the database server according to the size of the company, A standard for communication with the server, and a TCP / IP E-LAN for connecting the server and a terminal by being connected to a local area network (E_LAN) according to the TCP / IP communication protocol; Switch hubs used to improve performance when there is a large amount of data and multiple users and for hub-to-hub connections, A place where data is gathered from one or more directions, a hub for transferring data from multiple terminals back to one or more directions, A router that controls the flow of data, helps to connect to remote areas, configures multiple sub-networks within the internet network, manages various networks, and sets up security to be protected from hackers as needed; It is a communication method through the airwaves by wireless, not wired like a telephone line or a communication line, and it can also transmit and receive data through a mobile phone, etc. An Internet-only line that connects to the router where the server is located and connects to an Internet service company that provides the Internet in a dedicated line, and enters and receives data from all over the world. PDA terminal for transmitting and receiving data to and from the server through a wireless network as a personal portable terminal, PC terminal that can send and receive data to and from the server through the Internet, such as a normal PC (personal computer), A POS terminal that can send and receive data to and from the server through the Internet-only line, read barcodes, calculate prices and the like, and issue a receipt required for selling goods in-store itself; Enterprise-wide resource management system using an online, characterized in that consisting of a notebook that can exchange data with the database server through the Internet dedicated line.