Intelligent Movable Fueling System

As the development of Chinese society and economy, many large infrastructures are being constructed, including power plants and highway. Also Chinese army is on the process of enhancing mechanized combat capability. The demand of fueling devices in field is booming. However there are some problems about fueling in field for now. Firstly, refueling method is extensive. Secondly, there is hidden danger on safety. Thirdly, management of fueling station is chaotic.Aimed at above problems, a kind of intelligent movable fueling station is developed according to this thesis. Based on sensor technology and distance communication technology, it can detect physical parameter inside fueling station in a long distance on the real time. So that it realize management of movable fueling station. The main contents of paper are as follows:In the first chapter, the research status and development tendency of movable fueling station product and distance communication technology have been reviewed, and the existing problems and shortcomings of those products are referred. Then the main contents of paper are put forward.In the second chapter, the oil way system and working mode of movable fueling station is present. And also controlling process, method of status monitoring and powering is instructed.In the third chapter, the firmware system with the function of multiple parameter acquisition is illustrated in detail, including function demand, design scheme, module selection, firmware design, software design and debugging method.In the fourth chapter, the software system with the function of distance monitoring is illustrated in detail, including function demand, data module, module design and function realization.In the fifth chapter, the test of the system is carried out in three aspects, which are stability, real-time and accuracy. In the meantime, the analog signal generator is used, as the measuring result of the system can been compared with the real output of the generator.In the fifth chapter, working of the whole paper is summarized and the outlook of the next step is presented.