TW511002B - Transaction method of collaboration commerce - Google Patents

Abstract

A transaction method of collaboration commerce is to lower the cost of data flow and running and execution of operation among different suppliers while client won't be aware of the entire operation procedures of collaboration commerce to achieve the best benefits of collaboration commerce. The method at least contains the following procedures: client goes through a web page to order merchandise; forward the order information of merchandise to a collaborated server; further forward the order information to multiple enterprise resources planning (ERP) servers via the collaborated server; generate a customized form through the integrated operation from the execution of the multiple ERP servers; and finally transmit the customized form for client's confirmation.

Description

511002 91 ^ " ί _Case No.89119921_Φ k ° Revision ___ V. Description of the invention (1) [Field of the invention] The present invention is a collaborative business transaction method, especially a detail where the client cannot know the overall collaborative operation Process to achieve the optimal operation and transaction method of collaborative commerce. [Background of the Invention] Today, electronic commerce (E-commerce) and the Internet (Internet) have become an irresistible boom. The development of the entire e-commerce and Internet can be simply divided into business-to-consumer ( Business to Consumer (B2C), intranet, and business to business (B2B). To create successful e-commerce, companies should review and review the current business model to find out where e-commerce can enter. Among them, they must consider the improvement of operational efficiency (such as faster order processing speed and logistics delivery time). Shortening, growth of performance, improvement of customer satisfaction, reduction of inventory, success of marketing strategies), provision of more value-added services for customers, etc., and assisting trading partners to grow together in the direction of e-commerce by combining upstream, middle and downstream . The development and prevalence of the Internet must take into account the two major issues of enterprise resource planning (Ent e r p r s e R e s o u r c e Planning; ERP) system and supply chain management (SCM). The ERP system is evolved from Manufacturing Resource Planning (MRPII) of the manufacturing industry. The biggest advantage is that it integrates various operating systems within the enterprise, including sales, manufacturing, and finance. ,accounting.. 511002 _ Case No. 89119921 V. Description of the invention (2)

Ha correction

(Accounting) > Human Resource ^ Logistic Support and other parts, so that all the information within the enterprise can be real-time and correct, and its technical structure is a new three-tier structure (front-end display layer, logical operations Layer and back-end data layer) and modular components, making the system easy to expand, maintain and improve performance. Most of the current e-commerce only achieves a single upstream and downstream data exchange and integration, which has a long way to go to simultaneously integrate or even optimize upstream, middle, and downstream resources ^. Because even if all the information is transparent, it still suffers from many limiting factors and time urgency. It is necessary to push the computer ^: Jiajie seems impossible. ^ ^ m So the SCM system came into being. It uses artificial intelligence to quickly try to come up with a solution that is close to the best solution, instead of using traditional " operations, so not only does the user not have to write any mathematics. ^^ Time Find the appropriate basis for decision-making. ϋ As the current product lifecycle (Lifecycle) kills and strikes eight months, the setting time (11 me) is shortened, and the speed of information transmission is becoming more and more frustrating. Order; ΒΤ0) 's order model is oriented towards customer order (Conf igure to Order; CT0). It combines production with the company's internal supply chain (Supp 1 y Cha i η) and the supply from Shanghai, Shanghai, and Asia. The Supply Chain has become an important topic for the operation of the external and mid-downstream integration of the External Collaboration. & is engaged in electricity today. Therefore, as far as manufacturing is concerned, the development of e-commerce environment combined with virtual business interaction (such as B2B, B2C) and 訾 == must be ERP, SCM) to achieve the so-called electronic collaborative commerce. Inch late delivery (such as 511002

The purpose of (Collaboration-Commerce; CC) 0 [Overview and purpose of the invention] The main purpose is to organize and make customers through the order configuration, process, and then to achieve a collaborative commerce transaction method of the present invention to achieve different collaborative commerce, combined with different When the supplier's enterprise resource planning and supply chain management network order goods, the best is provided on the main server side and the client does not need to know the overall collaborative commerce operation flow. The suppliers' operation and execution costs between each other are reduced. benefit. The method provided by the present invention includes at least the following steps: customer, ^,

Ordering product information on the page; then pass the ordering product information to a cooperative feed _ ,,, J, and then select the ordering product information through the collaborative server ^ Seek to a plurality of enterprise resource planning servers; by executing the The steps of the integrated operation of the company's planning server are generated by a plurality of enterprise chapters, and a customized form is generated; finally, the customized form is provided to the client for confirmation. ^ Regarding the detailed content and technology of the present invention, the following figures are provided in conjunction with the drawing: • Eighty-five brothers such as Γ [Detailed description of the invention] The present invention proposes a Collaboration-Commerce (CC) transaction method, providing a plurality of The application server is used as the basis for integrating the back-end data layer, and then the web ordering interface (Web Order ing) of each client web server (Web er ν er) is used as the front end. The display layer, through the Internet (inteirnet) without a far-reaching connection, uses the logical operation layer of the present invention to provide a user (End User) in the front-end display layer for accessing data to achieve information flow, logistics, and gold. Integrated trading approach to streaming.

Page 6 511002

The present invention uses a preferred embodiment to illustrate the specific feasibility of the method. Through the QEM / 0DM client in the front-end display layer, ordering computer-related products, systems, and processes to achieve the goal of collaborative commerce (CC), Fig. 1 is a diagram of the network system architecture of the collaborative business transaction method mentioned in this article. The parent method is described as follows: As far as the network system architecture of the present invention is concerned, it includes the following application servers: : (1) Links via the Internet (I nterne ΐ), including (1) 0EM / 0DM client web ordering server (Web Ordering Server) 100; (2) server side web ordering server 2 0 0 and (3) The server is female and the Web Information Server 300: (1) 0EM / 0DM client web order server 100: The main function is to provide customer data to the server web order server 2 0 0, And super-bond to the server-side web ordering server 2 0 to select a web-based ordering server for customized production (Configure to Order; CT0) (not shown in the figure), which provides basic information for customer settings, including ordering one Manufacturing mold And confirm the product order (Product Order; P0) and related basic data '. In addition, it also includes returning the basic data related to the setting from the customized production web order server (not shown) to the OEM / 0DM. The client webpage orders the server 100 to provide the customer with a confirmation message for confirming the setting. (2) Server-side webpage ordering server 200: The latest product information must be obtained from an enterprise resource planning server 400 at any time by dynamically updating data, and from the above-mentioned 0EM / 0DM client webpage Obtain the information of each household in the order server 1 0 0 'and accept the customer's order.

Page 511002-Case No. 89Π9921__ U means amendment '_ 乂 V. Description of the invention (6) Sales order (S0) module 420, (c) Work order (Work 0 rder, W 0) board group 4 30 and (d) Product Order (P0) module 440. The descriptions are as follows: U) Bill of Material Management (BOM) Module 4 1 0: The first function of this module 4 1 0 is to configure the basic initial materials for opening products. The resource planning server 4.0 opens the basic initial data of other products, and uploads (Up 100aci) to the regional enterprise resource planning server (first-end enterprise resource planning server 4.01, second-end enterprise resources Planning server 4 0 2, the third-end enterprise resource planning server 4 03…), the web-based ordering server | (not shown in the figure) of each customized production (Configure to Order; CT0) The resource planning server (4 〇 4 0 2, 4 0 3 ···) can be used to disseminate erp in different regions; the basic initial data of other products include the product catalogue (C〇mm〇 (jity Category), product description (Commodity Description) and customer code (Customer PN #), etc .; and configure a list to display the list of products (including software / hardware), demand products (including software / hardware), optional products (including software / hardware) Body), peripheral accessories and the thing The operation code of the kit and the download control of the main digital interface (HDI), etc. The second function of the BOM module 410 is to configure the production of the product. Use the bill of materials to individually check the configuration of the selected product, and generate a single stock keeping unit (Skock Keeping Unit; SKU) code (day code (Pr0: jec1: c〇de) + serial number (Sequence #) ), And configure the BOM (including software / hardware). (B) Selling 5 small order (Sales Order; SO) module 4 2 0 ·· The main function of this module 4 2 〇 ♦ is to open a Basic initialization information, listing 〇DM / customer.

Page 9 511002

End price list; and Dou Ziqin 4: a ΛΦ ^ and / or the function of the eyeball seat lock order, which is obtained from the server-side webpage order server 200, _, assembly results ", and Generate a header and detailed list, and place 0DM / client product orders (pr〇duct

Order; P0) compared with the sales order (s〇), and control the ordered items to be shipped separately or partly; another function is to generate an invoice to the order customer through the EM 85 6 or 8 10 agreement; in addition, this The module can also generate a packing list, shipping labels, mailing shipments, and transmit a S0 status to the server-side web data server 3 0 'and register the shipping information and the shipper information. (c) Module 4 3 0: The main function of the module 4 3 0 is to automatically open a work order, and from the available promise (Available To Promise; ATP ) After obtaining the material configuration information in the server 600, release the work order; and generate a distance to the top of the inventory unit (SKU); another function is to pass a nf 〇— § Q 信息 ”to the on-site production management system (Shop Floor Control System (SFCS) server 500, and pass a "package file information" to the field production management system (Shoop Floor Control System; SFCS) server 500 and decision support server 700; This module can also generate an E-M ai 1 to 0 D Μ / client to determine the preparation status of the material. (D) Product Order (P0) Module 440: due to the host digital interface (Host Digital Interface (HDI) must be unified and standardized. Therefore, the present invention proposes a product order (Product 0 rder; P 0) module 4 4 0, whose main function is to maintain HDI standards. (5) On-site production management system (Shop Floor Control S y s t e m; S F C S) server 5 0 0: It is mainly to provide the query of the work order of this method to achieve fast customer response and meet the trend of effective promise

Page 10 > 11002

Claim. This server 5 0 0 through a 510 link, there will be p material warehouse (Warehouse; WS) 5 2 0 and download control secrets that provide HDI, to obtain the interface information of Wo and SO, and from the enterprise resources σ The "package file information" is obtained in 400, and each order is generated at the same time-s Division service (SN /); Among them, the server 500 also provides printing serial numbers and horse capital. fl, and obtain the software serial number (SN-SW) interface information from the SFCS data warehouse to provide HDI download control, (6) Available To Promise; 6 0 0: The r state service is mainly used to obtain information about the status of the two parties from the enterprise resource planning server 400 at any time, and to provide streamlined bill of materials management (B i 丨 丨 〇f and>

Material; BOM) to generate a work order (work 〇rder; w〇), and execute the material capacity commitment (Material Capacity Promise; Mcp) to assign valid material information to the W0, if the material has been completed It also provides a suggestion on whether to abandon the W0 function, and finally returns the result of the effective promise (ATP) to the enterprise resource planning server 400 to provide the client's consent information reference. (7) Decision support server 7000: It mainly provides decision-making and control of the entire collaborative business transaction, and uses the integration between the above-mentioned servers to aggregate into a reference-based business intelligence (Business Intelligence; BI). Make full use of information technology The concept of using information in a large amount of data and information to quickly and proactively discover and respond to market intelligence. These large amounts of data and information are usually recorded transactions that occur every day, or data based on the database of each server. Therefore, the entire application concept is data warehouse, data exploration, and multi-dimensional analysis.

511002 Case No. 8911992] V. Description of Invention (9) Analysis of Cube and other applied technology complexes.

F. The data format of the server 700 is stored in the queue Uueud method of First In First Out (FIFO), and the package serial number is obtained from the production management system server 500. , And code it to determine the location of the serial number, ... show the y-style of the location: Therefore, the serial number can be used to learn the lean information of the material package on the shelf; and according to the work order (W0) Wash your eyes and stun your eyes. Two soldiers. "

Part of the Ik 衿 changes in 4 0 0 to accumulate the transaction materials of the material package and return the information to the data warehouse (Data Warehuse) as a reference for the poor information of the business operation. Therefore, this server 7 〇〇 must periodically calculate the material kit information on the shelf, in order to know from the data warehouse (Data Warehouse) when the material kit on the shelf should be replenished. (2) According to the method provided by the present invention, it further includes a hd 丨 server 800 'and combines the internal supply chain of the enterprise with the supply chain of the upstream, middle, and downstream suppliers. By one

HUB 9 1 0 connects each computer end (Ciient) 920 (PC, Workstation) through a HD I Back Bone 8 10, so that the HUB and the supply chain of the system are integrated to form a collaborative business architecture. . Among them, 〇 server 800 is connected to the on-site production management system server 500 through HD downloading control unit 9 of an S F C S data warehouse. The HDI server 800 is used to set the matching table between the SFCS data warehouse and HD I files of this system, and provides conversion and mutual transfer functions, and is obtained from the SFCS data warehouse "HD II P control interface π Provide optional HD I file and IP address download. After reviewing the function descriptions of each server above, now the entire I! 1 1 II 1! I II II! 1 1 1 I 1 1 SI 1 1 Page 12 51002 Case No. 8911 ^^ Rev. V. Invention Description (10), the interrelationships between the operations are presented one by one, and the second figure is the system of the collaborative business parent-friendly method of the present invention. Software architecture diagram: Among them, each server uses different information interfaces to communicate with each other to form a collaborative business transaction. The following information is described below: (1) Basic information of each household (Customer Information

Interface) · It is passed from 〇EM / 〇DK client webpage order server ι〇〇 to the server-side web page order server 2 00, including the client's basic information (including customer name, address, country code, e-mail Etc.), and P0 # for 0DM customers. (2) Customer order confirmation information (Customer P0 Confirmation Information) · • Returned from the server-side webpage ordering server 2 〇〇 to the 0EM / 0DM client-side webpage ordering server, which includes 〇DM customer ’s ρ 〇 #, selected items and quantity, 0DM price and exchange rate, shipping method / fee, order date / delivery days / normal delivery date, etc. (3) Supply / demand information (sUppiy / Demanci interface): It is passed from the enterprise resource planning server 4 0 0 to the effective promise (Avaiable τ〇 Promise; ATP) server 6 0 0, including the open material list, Inventory list, output, sales volume, bill of materials and priority order, waiting for Ατρ server 600 to respond. (4) Available to Promise Interface (ATP Interface): Available from Promise

To Promise; ATP) server 6 0 back to the enterprise resource planning server 4 0 0, when the supply and demand configuration is completed, a wq # is provided for the new sales order; when the supply and demand has not been configured yet , The calculation is effective

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Passed to the server data server 3 资料. Enterprise capital :: Second material ring (Ini1: lal Data InterfaCe) ·· Delivered from 2000,: ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, and, 2,4,00 to the server-side web ordering server: including List of 0DM / client prices in modules, from BOM modules, projects, assembly items and interoperability conflicts, and exchange rates. (6) Assembly result information (c〇nfigured n ^ erface) · It is passed from the server-side webpage ordering server 200 to the business enterprise = source planning server 400, which contains the customer's basic data, the selected two = Item 奂 quantity, 0DM price and exchange rate, ODM / client PO # and servo state # SO #, shipping method, order date / delivery days / normal delivery date, and separate shipment / partial shipment. (Release) Sales Order Status Interface (SO lnterface): It is passed from the enterprise resource planning server 4 to the server-side web data server 3 0 0, including opening, releasing or completing W0, shipping information And carrier information. (8) Package case information (〖it File Interface): It is passed from the enterprise resource planning server 400 to the on-site production management system (Sh〇p n〇〇r

Control System; SFCS) server 5 0 0, including W0 #, operation code, product code and quantity (including software / hardware). (9) Serial number package file information (SN 〖it Fi le Interface): It is transmitted from the on-site production management system (S h 〇p F 1 ο or C ο ntr ο 1 System; SFCS) to the decision support Server 700, including w〇 #, serial number range, operation code, product code and quantity (including software / hardware). (10) Email information (E-Mail Interface): It is passed from the enterprise resource planning server to the OEM / 0DM client webpage and the server.

511002-.—— Case No. 89119921 __ ^ g Radical Day_Amendment_ 5 'Description of the Invention (12) 100 ′ contains p0 # on the client side, so # on the server side, and determines the shipping date. (Π) On-site production management system status information (Shop Floor Control System Status Interface; SFCS Status Interface) ·· It is transmitted from the on-site production management system (Sh〇pn〇〇r Control System; SFCS) server to the server-side webpage data Server 3 0 0, including SO #, W0 #, operation code, output, error code, yield, and maintenance records. (12) Material inventory information (Material TX Interface): It is passed from the decision support server 7 0 to the enterprise resource planning server 4 00, including W0 #, ship number (si ip #), storage account code, inventory Form, Part Number (pn #), quantity, and transaction status flag. (13) SN-SW Interface (SN-SW Interface): It downloads an SN # from the HD I download control unit 900 of the SFCS data warehouse to the Shop Floor Control System (SFCS) server 500. (14) 01 Control information (1101 () 〇111: 1′〇11111 er face): Downloaded from HDF I downloaded from the Shop Floor Control System (SFCS) server 5 0 0 to the SFCS data warehouse Control unit 9 00, including SN #, software part number (SW) from SFCS server to SFCS data warehouse. (15) HDI Result Interface: HDI download control unit 9 from SFCS data warehouse 0 0 Passed to the Shop Floor Control System (SFCS) server 500, including SN #, error code from SFCS data warehouse to SFCS server (cyclic redundancy)

Page 15111002 _Case No.89119921_% 8 '¥ Daily amendment_ V. Description of the invention (13); Cyclic Redundancy Check (CRC) report) ° (16) HDI IP Control Interface · • The HD I download control unit 900 from the SFCS data warehouse is passed to the HDI server 800, which contains the IP address and the software part number (sw) from the SFCS data warehouse to the HDI server. (17) HDI IP Result Interface: HDI download control unit 9 0 passed from HD I server 800 to SFCS data warehouse, including IP address, HDI server to SFCS data Warehouse error code (cyclic redundancy check (Cyc 1 ic R edundancy C heck; CRC))

Report). (1 8) W 0 and S 0 interface information (WO And SO Interface): It is passed from the enterprise resource planning server 40 0 to the on-site production management system (Shop Floor Control System; SFCS) server 500, including W0 #, SO # 、 Finish Good; FG PN #, demand days and order quantity.

(19) W0 State Information (· WO State Interface) ·· It is transmitted from the Shop Floor Control System (SFCS) server 5 0 0 to the enterprise resource planning server 4 0 0, including WO # 、 SO # 、 FG

PN # and return quantity. The method mentioned in the present invention can be said to be a concept of using knowledge management (KM), which mainly uses information technology to assist and establish the sharing of enterprise knowledge in order to cope with today's changing and knowledge-based competitive environment. What information technology needs to support is more effective knowledge building, sharing, searching, and even solving problems. It is based on the integration and classification of various types of files, and can be searched to automatically create goals.

511002 on page 16-Amendment _ Case No. 89119921, Invention Description (14), and even actively answer questions at the level of the operation of Mogudi. Figure 3 is the collaborative business transaction party mentioned in the present invention. 〇EM / 〇DM customer mountain = display at the end, complete the process of ordering the goods you want, instead of the traditional web ordering interface, it is worth mentioning that the entire collaborative business transaction ^: the transaction of different products in different territories with different products The difference is that it is even based on the common response chain, and there are relative assembling and shipping channels. Moreover, the upstream, middle and downstream suppliers who do not issue 4 orders are different. Same product category, so supply chain management among suppliers must be operated in order to share market intelligence information. This is through the close interconnection of the client optimized by the main supply order, and the customer is directly connected to the main supplier through the information technology. However, for each supplier, the integration is regarded as the tribute. In the return planning, there are different distribution and different commodity suppliers to meet the business requirements, so the client may not be able to know the overall collaborative customization department process (and in fact, the customer does not need to let the customer know), In terms of the details of the two operations and the business operation spirit, the optimized operation can be achieved. As far as the synergy is concerned, the focus of the present invention is to integrate the client, the service, the delivery mechanism, and the collaboration between suppliers. Operation, the presentation of the transaction process of the presentation layer is as follows: & the front end of the month customers first order goods through a webpage (step 1000), the design of its webpage has the customer's credit status inspection mechanism and electronic ^ The (Electronic Ordering System; E0S), as well as the product catalog, product description, product price, etc. of the system; then pass the contractor ^ 'message to a collaborative server (step 11 00), this Confused with the server, the server-side webpage ordering server 2 0 0 and the enterprise resource planning & feeding service ^ 1 511002 correction number 8911 卯?, 1 V. Description of the invention (15) 4 0 0 , Which is hyperlinked to the server of the main supplier of the product, and is used to determine the flow of the ordered product information, and cooperate with the cooperative operation program, and the collaborative server transmits the & Step 2 0), that is, uploading (Up 丨 oad) to the leading enterprise & industry / poor source planning server in each district (such as the first-end enterprise resource planning server 4 〇 丨, the first stand-alone enterprise contribution Source Plan ^ Server 40 2. The client in the third-end enterprise resource planning service server = f. ·) Introduces 吝 r Γ _ρ · ΓΤ) the webpage purchase server = gure rder: source planning system and related The ^ diagram is not shown), among which, the education of each company = post-delivery (detailed description such as Liuying chain management, complete the information of the logical operation layer ^ server obtained above, and will not repeat it here), Finally, from the association #, the information feed client confirmation is returned (step 丨 3 〇〇), f: ⑽ 贝 1'3 The customer's basic information, the selected product item and number f, the rate of σ, the shipping method, the date of the order / the number of days of delivery / the regular ^, six and / knife off Xiang shipping / partial shipping, etc. σ 75 '二 又 ° The process described above is the front-end display layer transaction process of the collaborative 2 method mentioned in the present invention, and now the old one mentioned in the present invention ^: The method of the back-end data layer message transfer process of the easy method is described as follows ... As shown in Figure 4 of the tester: After obtaining the information of the ordered products (step 14 00), = ° Mo J = 商 〇〇〇 Hole information is introduced into collaborative enterprise resource planning (step 15 0 0), supply chain management (step 1 6 0 0), this collaborative enterprise resource planning, = 彳: = Gateway node and Hst node with the same pipeline management, in order to meet the needs of each of the two 5 and 5 right, monitoring by an on-site production management (Nightmare 1 ^ Understand the best requirements in manufacturing and production. "By the way, the implementation of decision support operation 511002 case number 8991921 nights, _A 1% said the fifth amendment (16) work (step 1 8 0 0) , To predict and control the overall collaborative business operation, so, in this one Under supply operations, and finally, to respond to customized form (step 1900), to meet the production from orders (ΒΤ0) system orders mode 2000 is transferred to the customer production (CTO) of the custom form. Although the present invention is disclosed in the foregoing preferred embodiment as above, it is not intended to limit the present invention. Any person skilled in the art can make some modifications and retouching without departing from the spirit and scope of the present invention. The scope of protection of the invention shall be determined by the scope of the attached patent application.

Page 19 511002 Brief Description of Drawings Figure 1 is the drawing proposed by the present invention;

Case No. 891199M: The modified network backup system architecture of the collaborative business transaction method = 2 is a diagram of the collaborative business transaction method proposed by the present invention, and the falsified architecture f 3 is a diagram of the collaborative business transaction method proposed by the present invention. Front-end easy flow chart; and display layer material layer I: Figure 2 f :. Description of the back-end asset symbol for the proposed collaborative business transaction method B 0 M) Module OEM / 0DM Client webpage order server server server webpage order server server webpage data server enterprise resource planning server first End enterprise resource planning server second end enterprise resource planning server third end enterprise resource planning server BOM management (Bill 〇f Material lock-up order (S a 1 es 0 rder; S 0) module work order (Work Order; WO) Module Product Order (Product Order; P0) Module field production management system (S hop F 1 ο or C ο ntro 1 System; SFCS) server SFCS Back Bone SFCS data warehouse (Warehouse; WS) Effective To Promise (ATP) Servo

Page 20 51002 Case No. 89119921 Revised Schematic Simple Illustrator 610 ERP Back Bone 700 Decision Support Server 800 HDI Server 81 〇HDI Back Bone 900 SFCS Data Warehouse HDI Download 910 HUB 920 Machine-side steps 1000 Customers order through a web page ^ Step 1100 Pass the order product information to-Step 1200 The collaborative server according to the order | Step 1300 Obtain a confirmation from the collaborative server Step 1400 Obtain the order product information Step 15 00 Import collaborative enterprise resource planning Step 1600 Import Collaborative supply chain management step 1700 On-site production management monitoring step 1800 Execution decision support operation step 1900 Response to customized form step 2 0 0 0 Production system after receiving orders [Glossary] Enterprise Resource Planning (ERP) Supply Chain Management (Supply Chain Management; SCM) Manufacturing Resource Planning;

Page 21, 51002 "1 Case No. 89119921 Schematic illustration of MRPII) Build to Order (ΒΤ0) Customized Production (Configure to Order; CTO) Collaboration-Commerce (CC) Inventory unit ( Stock Keeping Unit (SKU) Quick Response (QR) Efficient Consumer Response (ECR) BOM / BOM (B i 1 1 0 f M ateria 1; B 0 M) Sales Order (SO), Work Order (WO), Product Order (P0), Available to Promise (ATP), Shop Floor Control System (SFCS), Host Digital Interface (Host Digital Interface) Interface (HDI) Customer Information Interface Customer P0 Confirmation Interface Supply / Demand Interface Available to Promise Interface (ATP Interface) Initial Data Information Interface) Configured Result Interface (Sales Order Status Information (Sa les Order Status Interface; SO n " terface) Kit File Information

Page 22 511002 —---- Case No. 89119921_ ^ B, | r: Revision _ Schematic description I &# file information (SN Kit Fi Interface) E-mail interface site Production Management System Status Information (Shop Floor Control System Status Interface; SFCS Status Interface) Material Inventory Information (Material TX Interface) SN-SW Information (SN-SW Interface) Sin 1 Control Interface (叩 1 Control Interface) 01 Results Information 〇101 Result Interface)

HDIIP Control Information (HDI IP Control Interface) HDI IP Result Interface (W0 and S0 Interface Information (W〇And SO Interface) WO State Information (W〇State Interface) Cyclic Redundancy Check; CRC ) Electronic Ordering System (EOS)

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Claims (1)

511002 _Case No. 89119921 Sound 8,1D said Amendment_ 6. Scope of Patent Application 1. A collaborative business transaction method, which orders goods through the Internet to complete customized production, and provides the delivery and response of order messages. The method includes at least The following steps: The customer orders the product through a webpage; passes the ordered product information to a collaborative server; passes the ordered product information to a plurality of enterprise resource planning servers through the collaborative server; executes the plurality of enterprise resource planning servers Integrated operation of the browser and generate a customized form 'and The custom form is returned to provide client confirmation. 2. The collaborative business transaction method described in item 1 of the scope of the patent application, wherein the design of the webpage includes the customer's credit status checking mechanism and the electronic order system. 3. The collaborative business transaction method as described in item 2 of the scope of the patent application, wherein the electronic order system includes a catalogue of the products to be ordered, a description of the products, and a price of the products. 4. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the collaborative server is hyperlinked to the main supplier server of the commodity 0 5. The collaboration described in item 1 of the scope of patent application Business transaction method, wherein the plurality of enterprise resource planning servers are connected to the following servers through an enterprise resource planning backbone (ERP Back Bone): a field production management system server; an effective promise server; and Page 24 511002 su :. 丄:, _Case No. 89119921_ YYYY__ VI. Scope of Patent Application A decision support server. 6. The collaborative business transaction method described in item 1 of the scope of the patent application, wherein the enterprise resource planning server further includes: a bill of materials management module, which is used to configure the basic initial data of the opened product and the configuration of the generated product. Material list; A sales order module is to open a basic initialization data, list the price list of the client, and have the function of automatically generating a sales order; A work order module is to automatically open a work order and obtain material configuration information from the effective promise server, and generate an email to the client to determine the preparation status of the material; and a product order module, It is used to maintain the standard of Host Digital Interface (HDI). 7. The collaborative business transaction method described in item 5 of the scope of patent application, which further includes a field production management system backbone (SFCS Back Bone) to connect the data storage and server of the field production management system. 8. The collaborative business transaction method as described in item 5 of the scope of patent application, wherein the on-site production management system server is used to provide the inquiry of the work order. 9. The collaborative business transaction method described in item 5 of the scope of patent application, wherein the effective promise server is used to obtain information on supply and demand status from the enterprise resource planning server at any time. 10. The collaborative business transaction method as described in item 5 of the scope of patent application, wherein the decision support server provides the decision and Page 25 511002 9L B, 15 _Case No. 8911921_Year_Month__ Sixth, the scope of patent application control. 1 1. The collaborative business transaction method described in item 5 of the scope of patent application, wherein the data format of the decision support server is stored in a first-in, first-out queue. 1 2. The collaborative business transaction method described in item 1 of the scope of patent application, which further includes a main digital interface backbone (HDI Back Bone) to connect the main server-side supply chain, upstream, middle, and downstream suppliers. Supply chain and hubs. 13 3. The collaborative business transaction method as described in item 12 of the scope of patent application, wherein the data of the supply chain is stored on each machine end. 1 4. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: a customer's basic information, including the customer's name, address, country code, e-mail address, and the Customer's product order. 1 5. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: a customer order confirmation information, including the customer's product order, selected items With quantity, price and exchange rate, shipping method / expense, order date / delivery days / normal delivery date. 1 6. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include: a supply / demand information, including opening the bill of materials, inventory list, output, sales Quantity, bill of materials, and priorities in order to wait for the valid promise server to respond. Page 26 511002 _Case No.89119921_, ¥, 4, __ VI. Patent application scope 1 7. The collaborative business transaction method described in item 1 of the patent application scope, wherein the order message transmission and response steps It also includes: an effective promise information, when the supply and demand configuration is completed, a work order is provided to the new sales order; and when the supply and demand has not been configured, the effective promise date is calculated. 1 8. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: an initial data information, including the client price list from the sales order module From the main item, assembly item and mutuality conflict, and exchange rate in the BOM management module. 1 9. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: an assembly result information including the basic information of the customer, the selected item and quantity of the product, Price and exchange rate, product order on the client and sales order on the server, shipping method, order date / delivery days / normal delivery date, and separate shipment / partial shipment. 2 0. The collaborative business transaction method described in item 1 of the scope of patent application, which The steps of transmitting and responding to the order message include: a sales order status information, including opening, releasing or completing a work order, shipping information, and carrier information. 2 1. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: a set of file information, including work order, operation code, product code, and quantity. 2 2. The collaborative business transaction method described in item 1 of the scope of patent application, which Page 27 511001 91. B, Id _Case No. 89119921_Year Month Date__ VI. The steps of transmitting and responding to the order message in the scope of patent application include: a serial number package file information, including work order, serial number range, Operation code, product code, and quantity. 2 3. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include: an e-mail message including a product order from the client, a sales order from the server, and determining shipment date. 2 4. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: an on-site production management system status information, including sales order, work order, operation code, Yield, error code, yield, and maintenance records. 2 5. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include: a material inventory information, including work order, ship number, storage account code, and inventory form , Part number, quantity, and transaction status flags (transaction_statue flag). 2 6. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include: a software serial number (SN-SW), which is data from the on-site production management system The main digital interface (HD I) download control unit of the warehouse transmits a serial number to the on-site production management system server. 2 7. The collaborative business transaction method described in item 1 of the scope of the patent application, wherein the steps of transmitting and responding to the ordering message further include: a master digital interface (HD I) control information, including a serial number, from the on-site production management system Page 28 511002 _Case No 89Π9921_Year Month Date__ VI. Scope of Patent Application Software number (SW) from the system server to the on-site production management system data warehouse. 2 8. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include: a main digital interface (HD I) result information, including a serial number, a production management system from the field The data is stored in the error code of the on-site production management system server. 2 9. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include: a main digital interface URL (HDII P) control information, including the URL (IP) bit Address' From the on-site production management system data warehouse to the software part number (SW) of the main digital interface (HD I) server. 30. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the ordering message further include a primary digital interface URL (HD II P) result information, including the URL (IP) ) Address, the error code from the main digital interface (HD I) server to the on-site production management system data warehouse. 3 1. The collaborative business transaction method as described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include a work order (W0) and sales order (so) interface information, including the work order , Sell early, complete good product number, demand days, and set early. 3 2. The collaborative business transaction method described in item 1 of the scope of patent application, wherein the steps of transmitting and responding to the order message further include: a work order status information, including the work order, sales order, completion of the good material number and return Quantity. 511002 gj π t _ case number 8919921_ • this January 1st_Hi_ VI. Patent application scope 3 3. The collaborative business transaction method described in item 1 of the patent application scope, wherein the cooperative server is different from the Web server for ordering goods. 3 4. The collaborative business transaction method described in item 1 of the scope of patent application, characterized in that the client cannot know the overall process of the collaborative business transaction. 3 5. — A method of ordering goods through the Internet to complete a customized production method, and effectively promise to provide a method for transmitting and responding to the order message. The method includes at least the following steps: Obtain a customer request from a server-side webpage ordering server Information; obtain a product supply information from an enterprise resource planning server; pass the supply / demand information to a valid promise server; provide a confirmation when the supply / demand information is configured in the valid promise server Sales order to the customer; and when the supply / demand information cannot be configured in the valid promise server, the valid promise date is calculated to the customer. 36. The method as described in item 35 of the scope of patent application, wherein the customer demand information includes a customer order confirmation information, including the customer's product order, the selected item and quantity, price and exchange rate, and shipping Method / cost, order date / delivery days / normal delivery date. 37. The method as described in item 35 of the scope of patent application, wherein the product supply information includes the client's price list, main items, assembly items and mutual items from the BOM / BOM module Sexual conflict, and Page 30 511002 Page 31