The BSP Construction For WinCE5.0 And The Application In Industrial Control System

32-bit microprocessors and WinCE5.0 operating systems in industrial widespread application. High-speed industrial embroidery is a kind of automated embroidery equipment machine in order to meet the textile and apparel field bulk and scale of production needs to develop a highly automated, high production machines.However, the current domestic development can be a handful of companies, the lack of effective competition and technological strength and innovation capability and can not match to international companies.To address the above situation, on the base of the Research Center has been research and development of the low-industrial embroidery machine-embroidered, used WinCE5.0 embedded operating system in high-speed industrial embroidery machine. Design a hard real-time embedded operating system based on the WinCE5.0 to 32-bit RISC architecture ARM9 processor S3C2440A to dominate the chip to MAX II CPLD EPM1270 series of high-speed chip interfaces for the embroidery machine controller.The goal is high-speed, high-quality, used as a spindle servo motor drive, stepping motor as X / Y axis drive, with USB and Ethernet ports, set aside special embroidered interface, with high-resolution color Touch screen, powerful, user-friendly operation.This paper analyses how to achieve the system software platform, including the structure and operating system WinCE5.0 customized principles, and gives the customization process of WinCE5.0 operating system based on the specific hardware platform. According to needs of high-speed industrial embroidery machine system function and hardware resources allocated analysis of the WinCE5.0 BSP package of S3C2440A development and allocation methods, the BSP package is the actual development process and methods. To the development of WinCE5.0 drivers have a specific analysis and combined with the practical application in high-speed industrial embroidery machine summed up the development of methods and processes.To the structure of WinCE5.0 file system and registry have a systematic analysis Put forward for the structure of industrial control equipment registry.In a detailed analysis of the Bootloader of WinCE5.0's principles and framework, according to the function of the system and the demand for hardware resources allocation, and to the universal system, compatibility and scalability to the corresponding reserve. Design and Implementation of a series of private flow drivers for high-speed industrial embroidery machine, and success added it to the the core.For high-speed industrial embroidery machine platform on WinCE5.0 file system and registry for the development and deployment.Custom WinCE5.0 operating system for high-speed industrial embroidery machine, through functional testing and whole system test, customized operating system running in good condition, the occupation of resources less efficient. According to the formation of the core export SDK for the development of software applications to provide support.In the end of this paper,lookforward to the WinCE5.0 in industrial equipment in the application, at the same time on concern about the prospect of the field of the embroidery machine sewing equipment in development and expressed. Development of this topic will fill our gaps in the field. As textile and garment production and export of power, textile and garment industry in China has been an important position. Textile and apparel industry and the industrial equipment industry has also come the need to raise value-added products and promote the integration of industries important juncture.