基于C2M模式的PCB定制服务平台的设计与实现

发布时间：2018-07-07 11:10

本文选题：PCB + SSM框架　；参考：《北京交通大学》2017年硕士论文

【摘要】：基于 C2M(Customer to Manufactory,客户对工厂)模式的 PCB(Printed Circuit Board,印刷电路板)定制服务平台是实现工业4.0大背景下PCB制造行业向自动化、智能化、定制化发展的第一步。通过此平台将客户订单直接转化为制造工厂的生产订单,实现PCB产品的私人订制和在线交易。PCB定制服务平台就是为了建立客户或企业与硬件工厂直接沟通的平台,从而省去了硬件公司这个中间环节,实现PCB行业从传统的营销模式向线上营销模式的转变。PCB定制服务平台由在线定制子系统和智能报价子系统组成。首先用户在在线定制子系统中上传想要定制的PCB产品的工程资料,智能报价子系统根据该产品的工程资料进行报价计算,工厂管理员对该报价进行审核后得出最终报价,然后在在线定制子系统中对报价信息进行展示,用户同意报价后完成在线下单和支付。产品定制完成后,订单信息直接推送到制造工厂的ERP系统中,将客户订单转化为生产订单,供工厂生产。在线定制子系统是面向国外客户或者企业的,采用英文网站,实现了 PCB产品的在线定制和购买等功能。智能报价子系统是面向国内PCB制造工厂管理人员的,采用中文网站,实现了 PCB产品的价格计算和报价审核等功能。笔者参与了该平台的需求分析、概要设计、详细设计与实现以及测试的全过程。在系统需求分析阶段,笔者通过与客户沟通以及了解PCB制造工厂的生产流程,进一步明确用户需求,明确两个子系统的业务流程以及功能需求和非功能需求。在概要设计阶段,对系统的进行技术架构设计和数据库设计,并使用功能结构图详细划分两个子系统,明确其具体功能。在详细设计阶段,应用SpringMVC框架和MyBatis框架等技术实现了在线定制子系统的用户中心模块、在线定制模块、在线下单模块、订单管理模块以及智能报价子系统的用户中心模块和报价管理模块。最后在测试阶段,对平台进行功能测试和非功能测试,并撰写测试用例来说明测试结果。该平台已经完成了基本模块的开发测试任务,正在试运行并完善阶段。仍有一些需要改进和补充的方面,在后续迭代中将会持续实现。
[Abstract]:The customized service platform of printed Circuit Board (PCB) based on C2M (customer to Manual Factory) mode is the first step to realize the development of automation, intelligence and customization in PCB manufacturing industry under the background of industry 4.0. Through this platform, the customer order can be transformed directly into the production order of the manufacturing plant. The realization of the private order of PCB products and the online transaction. PCB customization service platform is to establish a platform for customers or enterprises to communicate directly with the hardware factory. Thus eliminating the hardware company as the intermediate link, the PCB industry from the traditional marketing model to the online marketing mode transformation. PCB customization service platform consists of online customization subsystem and intelligent quotation subsystem. First, the user uploads the engineering information of the PCB products to be customized in the online customization subsystem. The intelligent quotation subsystem calculates the price according to the engineering information of the product, and the factory administrator verifies the quotation and obtains the final quotation. Then the bidding information is displayed in the online customization subsystem. After the user agrees to the quotation, the order and payment are issued online. After the product customization is completed, the order information is directly pushed to the ERP system of the manufacturing plant, and the customer order is transformed into the production order for the factory to produce. The online customization subsystem is oriented to foreign customers or enterprises. It uses English website to realize online customization and purchase of PCB products. The intelligent quotation subsystem is aimed at the managers of PCB manufacturing factories in China. The Chinese website is used to realize the functions of price calculation and quotation checking of PCB products. The author participated in the whole process of requirement analysis, outline design, detailed design and implementation, and testing of the platform. In the phase of system requirement analysis, the author further clarifies the user requirements, the business process of the two subsystems and the functional and non-functional requirements by communicating with customers and understanding the production process of PCB manufacturing plant. In the stage of outline design, the technical architecture and database design of the system are designed, and the function structure diagram is used to divide the two subsystems in detail, and its specific function is clarified. In the detailed design stage, we use Spring MVC framework and MyBatis framework to realize the user center module, online customization module, online order module, etc. Order management module, intelligent quotation subsystem user center module and quotation management module. Finally, in the test phase, the platform is tested by functional and non-functional tests, and test cases are written to illustrate the test results. The platform has completed the development and testing of the basic module, and is running and perfecting phase. There are still some areas that need to be improved and supplemented and will continue to be implemented in subsequent iterations.
【学位授予单位】：北京交通大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52

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