KR20030029431A - Collaboration in production service by internet - Google Patents

Abstract

PURPOSE: A service for receiving and delivering a manufacturing order linked with the online by using a computer communication network is provided to make an ordering company perform a business smoothly, reduce corresponding expense, improve delivery and quality, and to make an order receiving company maximize sales and strengthen competitive power. CONSTITUTION: Ordering user computers(10,12,14) connect to a homepage of an online manufacturing ordering site through the Internet network(16) and make an order through an ordering sheet including an ordered drawing. A storing device(20) stores a plurality of order receiving company data of each group and grade in a database and stores the information requested from the ordering company. A web server(18) provides the homepage to the ordering company user computers(10,12,14) through the Internet network(16) and stores the information received from the homepage in the storing device(20). A manger of the web server(18) selects the order receiving company corresponding to the group and the grade, and requests estimation. Order receiving user computers(10a,12a,14a) input an estimation sheet by referring to the ordered items and drawing.

Description

Online linked production order service using computer communication network {Collaboration in production service by internet}

The present invention is a process of design, prototype, mold, mass production, surface treatment, assembly, manufacturing, etc. for each process in order for finished products or processed parts to be released by the manufacturer of the finished product or the processing company through the Internet, which is a computer communication network. Online linked production ordering services for the field of forestry processing, which is usually ordered to a specialized company. Existing forestry ordering services are generally designed, prototyped, moulded, mass-produced and surfaced off-line by the manufacturer of a finished product or a large processor. Excavation of fixed or new customers for each process such as processing, assembly, manufacturing, etc. Opening of the contract The contract is outsourced to each processing company in the form of a subcontractor. Expenses are paid and each order is processed offline. I am having the time has spatial difficulties.

In addition, in the form of subcontracted companies in the pyramid society, where most of the contractors are headed by large companies, the failure of the original contractor is directly related to the survival of these contractors.

As a result, B to B sites have been developed and introduced to support transactions on various finished products, specialized parts, and machines using the Internet. However, they have been designed and manufactured, including prototypes, molds, mass production, surface treatment, assembly, and parts manufacturing. Due to its broadness and expertise, the service ordering system remains at a rudimentary level such as simple bulletin boards.

Accordingly, the present invention establishes an intranet of a new business model through online (internet) for the existing off-line ordering work performed through the Internet, which is a computer communication network, and an ordering company easily and quickly searches for a reliable ordering company. The company is able to carry out its tasks smoothly and reduce its expenses, and it can bring delivery and quality improvement, and the contractor promotes the company's competitiveness by reducing expenses by maximizing sales and efficiency of work by diversifying sales channels. There is a purpose.

1 is a view showing the configuration of an online linked production order service apparatus using a computer communication network according to an embodiment of the present invention

2 is a schematic diagram illustrating an online linked production order service method using a computer communication network according to an embodiment of the present invention using the apparatus shown in FIG.

3 is a flowchart illustrating the ordering company registration process of the present invention by the flowchart shown in FIG.

4 is a flowchart illustrating a method of requesting an order of a registered company by the flowchart shown in FIG.

5 is a flowchart for explaining the management of the progress of the ordered product contracted by the ordering company of the present invention according to the flowchart shown in FIG.

Figure 6 is a screen showing the ordering company member registration page of the online linked production ordering service of the present invention

7 is a screen diagram showing order management of an ordering company using the linked production ordering service according to the present invention according to the flowchart shown in FIGS. 3, 4, and 5

8 is a flow chart for explaining the registration process of the contractor member company of the present invention by the flow chart shown in FIG.

9 is a flowchart illustrating a method for receiving an order by a registered contractor according to the flowchart shown in FIG.

10 is a flowchart illustrating a method of reporting and managing the progress of an order placed by an ordering company of the present invention according to the flowchart shown in FIG.

11 is a screen showing a contractor member company registration page of the linked production ordering service of the present invention

Fig. 12 is a screen diagram showing order management of an ordering company for receiving an order using the linked production ordering service according to the present invention according to the flowchart shown in Figs. 6, 7, and 8;

Figure 13 Industry classification table for classifying and retrieving member companies by type of business at the time of registration of ordering company member company of the present invention

14 is a flowchart for explaining a search method for searching for a contractor member company of the present invention when necessary according to the industry classification system diagram shown in FIG.

<Explanation of the code | symbol about the principal part of drawing>

10, 12, 14: User computer of ordering company

16: internet network

18: Web server

20: storage device

22: administrator computer

10a, 12a, 14a: Contractor User Computers by Industry Group

Online linked production order system apparatus using the communication network according to the present invention for achieving the above object, a user computer for connecting to the web home page of the online linked production order site through a computer communication network, the ordering company and the contractor It is classified by category by industry, and it is a storage device to store the information of the relevant company as a database, and a login device through the authentication ID and password that can recognize the secured contractor and the contractor, and the contractor to place an order. The order manager can check the registration, modify the information of the ordering company, request a new order, the status of the order, and the status of the production progress of the ordered item. Ordered the manager mode device and order quotation It consists of a contractor management device for real-time reporting of the progress of the quotation and the progress of the received orders and the submitted quotation on the web home page. It is provided with a retrieval device capable of searching by company grade by code and a web home page and web-server through which a user can use the service through a computer communication network.

Online linked production order service method using a communication network according to the present invention for achieving the above object, the ordering company connects to the website of the linked production order service through a computer communication network, and according to the order management device Logging through the ID and password to prove the order, requesting a new order on the order management device of the web, sending a drawing of the new ordered items through the web, new order request on the web In the manager device, the manager authorizes the contractor to view the order book by industry class level, the contractor accesses the website,

Log in through the ID and password that proves the contractor according to the contractor's management device, and view or download the order and drawings on the web according to the contractor's management device. In the step of creating and submitting a quotation at the manager, the manager authorizes the client to collect the quotation submitted by each relevant contractor on the manager's device to view the quotation and the company information of the company that submitted the quotation. After the client sees the certified quotation and the relevant company information, the client selects the contractor and notifies the website manager, the contractor meets with the contractor to prepare the contract, and executes the work based on the contract. On each of the It includes the steps of reporting the main process progress from time to time and conducting inspection communication, and delivering the work items completed by the contractor.

At this time, the information of the steps are stored in the storage device of the web server in the information database as a key value of the serial number for each unique order code.

According to such a device and method, the ordering company can not only easily and easily search for the ordering company, but also process all orders with one order by accessing the website of the complex ordering process for each process to release one finished product. It is possible to reduce lead time and improve quality by processing the product, and the contractor can diversify sales channels without spending additional sales and expenses, as well as time and space constraints of the client and the contractor. Factors can also solve.

Hereinafter, a cooperative production order system using a computer communication network according to an embodiment of the present invention will be described in more detail with reference to FIGS. 1 to 14.

Referring to FIG. 1, a client computer (10, 12, 14) of a client company connects to a web home page of an online linked production order site through a computer communication network, that is, an Internet network (16) in response to a user's execution of a program. Request an order through a given order book (100) including the order drawing (102). The storage device 20 stores data of a plurality of ordering companies by grade according to a business group according to a plurality of ordering companies and a business classification table shown in FIG. 14, and stores information requested by the ordering company.

The web server 18 provides a web home page to the user's computer 10, 12, 14 of the client company connected through the Internet network 16, and stores the ordered information through the web home page. As stored in the storage device 20 as.

When the manager who manages the web server 18 with the order information stored in the storage device 20 selects a contractor corresponding to the business type and grade through the manager computer 22, the request for quotation of the ordered product The contractor is requested to access the web home page of the online linked production order site from the user's computer (10a, 12a, 14a) of the contractor through the Internet network (16), and the web-server (18) is connected to the Internet network ( 16) provides web home page to the user computers 10a, 12a, 14a of the ordering company connected through the order, and the corresponding order details and drawings stored in the storage device 20 designated by the ordering manager 22 at the ordering company. Enter and submit a quotation for reference.

Here, in order to view the information stored in the storage device 20 corresponding to the information, the client and the contractor must be authenticated as a corresponding company through a registered ID and password.

2 to 14, the ordering method of the online linked production ordering system through a computer communication network will be described.

Figure 2 is a schematic diagram for explaining the overall service method from ordering to delivery of orders, Figures 3 to 7 are for explaining the process of checking the progress of the contracted order after the registration of the ordering company and orders 8 to 12 are flowcharts and screen diagrams for explaining a procedure for receiving an order received from an orderer, a process and progress for a contracted order product, etc. FIG. 13 is a business classification table for classifying, storing, and retrieving member companies by business type when registering a contract company member company of the linked production ordering service of the present invention; FIG. 14 is required by the ordering company member company according to the industry classification table shown in FIG. This is a flowchart for explaining a search method for searching a city.

Referring to Figures 2 to 7, the ordering company is to place an order through the user's computer (10, 12, 14) of the ordering company first by the flow chart of the procedure shown in Figure 3 and the screen shown in Figure 6 After registering as a company, the orderer ID and password must be given to authenticate the ordering company, and the ordering company who wishes to receive the order is shown in the flowchart of the procedure shown in FIG. 8 and the screen shown in FIG. To receive an order through (11a, 12a, 14a), a contractor ID and password must be granted to authenticate the contractor by registering the contractor.

In order to classify the type of business of the ordering member company and search for the required company, the business type is selected according to the business type classification table shown in FIG. 13 and stored in the storage device 20 as a registration database.

Here, the ID and password of the client and the contractor are secured through encryption.

In order to request an order, the ordering company, which has been given an ID and password after registering the ordering company, accesses the web home page through the web-server 18 and logs in through the ID and password through the security procedure. According to the flowchart of FIG. 7 and the screen diagram shown in FIG. 7, an order book 100 is created and a drawing is transmitted to the storage device 20 when attached 102.

The administrator of the web server displays the order information of the transmitted storage device 20 on the screen through the administrator computer, and then searches for the appropriate contractor to request a quotation from the contractor. After entering the ID of the ordering company so that only the found order can see the ordering information, the ordering company authenticates to view the ordering information.

The contractor who received the relevant authentication accesses the homepage through the web server 18, logs in through the ID and password through the security procedure, and then receives an order form from the storage device 20 from the storage computer 20. Displayed on the screen through 10a, 12a, and 14a, and then prepare and send the quotation, the transmitted quotation is stored in the storage device 20, and the manager is sent from the respective contractor, respectively, and the quotation is stored in the storage device 20. Collecting and giving a quotation completion mark, the ordering company that requested the order outputs a quotation through the user's computer to determine whether or not to place an order.

If the ordering company does not wish to place an order, if it is displayed on the order management screen diagram 104 shown in FIG. 7 through the user's computer (10, 12, 14) of the ordering company, the ordering operation is terminated. If it is indicated on the order management screen (104) shown in Figure 7 whether the order is requested, the manager transmits the information of the contractor who submitted the quotation at the lowest price to the ordering company, set the contract date in agreement, and arranges for the conclusion of the contract.

Upon completion of the contract, the contractor starts processing the ordered volume requested by the client, and reports the process and progress of the order to the client according to the screen diagram shown in FIG. 12, and the contractor displays the screen shown in FIG. According to the figure, it is used as a channel for real-time communication through monitoring 106 of processes and progress reported by the contractor.

When the production of the ordered product is completed through the above process, the contractor delivers the received order to the place where the orderer wants, and the entire process of the ordering task is terminated. As stored in the storage device 20.

According to the online linked production order service apparatus and method using a computer communication network as described above,

First, it is possible to perform smooth work by contacting a wide range of related companies quickly and easily in order to place an order. Second, when using the service of the present invention, a cost-effectiveness effect is obtained by promptly processing the order by receiving the lowest price quote from the relevant contractor. Third, by using the computer communication network of the present invention, agile response to process, progress management, and quality monitoring can be performed in real time to the optimal companies in each region, and the delivery time can be shortened. In addition, it can bring the highest quality of ordered products by inspecting and managing the facility possession status, technology, and precision through on-site visits by experts.

In addition, according to the apparatus and method of the online linked production ordering service of the present invention, the contractor can improve sales by granting a new sales opportunity through the Internet, which is a computer communication network, and secondly, overlapping the error with the ordering company that occurs offline. As it eliminates the problem, efficient work can be performed, and the third party can secure the cost and effect by avoiding the redundant work that occurs during the work and the additional expenses.

In addition, both the client and the contractor have the advantage of solving the temporal and spatial constraints by sharing information online in real time through the entire process from ordering to delivery.

Claims (2)

In the step of signing up as a client and contractor member by accessing the web home page of the online linked production order service site through a computer communication network 1) storing the contractor in the storage device as a classification database according to the industry classification table shown in FIG. 2) searching for the contractor by storing the contractor according to the industry classification table shown in FIG. 13 and subdividing the contractor by the respective major classification industry according to the flowchart shown in FIG. 3) Registering as an ordering company by joining the ordering member by configuring the menu including the list of items to be filled out when registering as shown in FIG. 4) Registering as an ordering company by a menu configuration including a list of items to be registered at the time of registration shown in FIG. According to claim 1, when the ordering company and the ordering company registered as a member use the online linked production ordering service, the order production status report including the menu configuration of the screen diagram showing the order management of the ordering company shown in FIG. On the screen, the process of reporting process progress to the ordering company through the web page and the status of the ordering company's progress on the order production are shown on the screen diagram showing the order management of the ordering company shown in FIG. Steps to monitor at any time through the status of order production, including menu composition