The Function Of The Mining Transport Visual Identification Of The Monitor System Research

With the rapid development of modem automation manufacture, General monitoring method has can't satisfy the actual production factory workers' demands However, With the content of science and technology products to raise the level of technology For we designers put forward more higher requirement can be said to be more and more high,, and 100-percent-on-line measurements, Thus to improve the system requirements and improve work efficiency. Combining with the above characteristics, this system is put forward the CMOS cameras and FPGA (Field Programmable Gate Array) the combination of the visual system to realize intelligent transportation online monitoring system of the mine running scheme. Use of their structure and FPGA, the characteristics of the CPU hardware and software and the way of working to create innovative design, in order to achieve modernization needs, improve the efficiency of the image processing speed. So not only can simplify network structure, still can increase production levels. To meet the needs of production 100% online networking and become more and more complicated, the severe challenge and high demand, improve the efficiency of whole system, According to the above simply introduced, the specific as follows.Visual identification monitoring system overall design scheme.Through to the analysis of the traditional visual monitor system, understand the characteristics and requirements of the relevant industries, combined with the actual starting point of this paper we was put forward based on the camera and FPGA CMOS chip technology characteristics, to modern intelligent visual system to realize the matching of the modern metal mining transport monitoring system of the demand of the plan, and set up the test platform to explore, through analysis of the feasibility study found generality, and widely spread.Intelligent sensor network system design. Discussion of the visual sensor system CAN bus control architecture approach gives a more detailed CAN bus interface with visual sensors and multi-channel video switcher hardware architecture and circuit design principles, indicating that a number of vision sensors and control system, the composition of the CAN bus and works.Chip FPGA image processing of the inquiry.According to the characteristics of the inherent in image processing and basic principles of the image processing FPGA we realize the hardware article discusses and analyzes the PowerPC processor to its working principle and the internal structure makes a preliminary discussion and analysisThe VC++ to monitor the realization of the interface.Using a large function of MFC library interface configuration, to achieve the ideal man-machine communication effect.