Reserch For Transportation Equipment Testing Plantform

With the development of the logistics industry,and its level of development is a manifestation of the country’s comprehensive national strength is extremely important part. Chinese market a large number of advanced logistics technology and logistics equipment, including automated three-dimensional warehouse, various automatic logistics equipment, high-speed automatic sorting machines, radio frequency technology, AGV and a series of automated and efficient equipment. Current international electricity supplier giant Amazon launched unmanned aircraft carrying equipment used in robotics and other new logistics and other industries, this mode of transportation need to be more reliable, more secure mechanism to protect. To ensure the reliability and safety of the carrier transport, set up a test platform for automated delivery systems has become imperative to solve the problem. And for some special carriers, and more need for a more secure and reliable mechanism to protect, and thus establish a reliable test system, adapted to the increasingly complex test carrier, but also it is very necessary.This paper aims to design a test platform for special carrier systems, in order to achieve the purpose of high reliability and security, information technology and automation testing, improve test efficiency of the product. The project comes from production applications, has a high use value and feasibility, which play a guiding role in the actual engineering practice. The purpose of this paper is to develop a carrier test platform, carrier and test platform for two-way information exchange.The carrier control system test platform is a comprehensive platform for the collection of hardware and software in an integrated platform, the hardware is the basis for the software, hardware and better software implementations. System includes embedded systems based on the underlying hardware configuration and complexity of software prepared for the interactive high-level language interface system. The main building blocks include a host computer, the next crew, Agilent signal generator source other equipment, test equipment, etc. The main contents of this article contains a lower machine hardware and software design, design of communication protocols, as well as PC software program design.