Design And Implementation Of Portable Detonation System For Oil-gas Well

In view of the development and application of the oil well portable detonation system,the author of this thesis designs and realizes the oil well portable detonation system,which is based on the current technology of exploration.The main research contents are as follows:First,the author analyzes the structure and the overall workflow of the system,and designs the composition of main functional modules of hardware and software and the business interaction logic from the perspective of the whole architecture.The author gives an overview of the two main functions of the system,namely,the blasting command parameter control and the historical operation parameter synchronization.It also gives a detailed introduction to functional module interaction of system and data exchange in these flows.Data interaction and transfer in the workflow are designed and introduced.According to the data format needs of module communication,the corresponding communication protocol of the whole system is worked out.For the business operation application process,design and plan the overall workflow of system hardware and software.Second,the author gives a brief design and introduction of the hardware structure of system,and gives the corresponding principle and function of each logical component.It introduces the overall structural feature of the system detonating device and the corresponding usage.According to the whole structure,the installation process of the system is given.The main control circuit and related circuit components in the remote control device are briefly described.Third,the author analyzes function requirements of the system control software,and clarifies the basic principles that the system control software must follow in the development and design process.It analyzes the overall functional requirements of the system control software and the basic functional modules.By combing the whole work flow,the division of the main functional modules of system is completed and the functional requirements of each module are clarified.According to the analysis of thefunctional requirements of each module,the workflow and function logic design of the whole system and each module are completed.The basic logical relation between the data in the system is constructed,and the design of the database entry is completed.Fourth,the system control software is implemented on the Android system platform and the functions are verified.The corresponding operation flow is given according to the operation interface of each module.On the basis of the basic functions of the system,the main function modules of the system are tested in detail and the response time is counted.In the verification of the logic function at the same time,the overall performance of system also conducted a preliminary test.The overall system has been optimized and improved according to the actual operation feedback.