The Design And Implementation Of Extracorporeal Shock Wave Lithotrispy Software System Based On ARM System

The research based on ARM system of extracorporeal shock wave lithotripsy machine software system is in traditional extracorporeal shock wave lithotripsy machine electrical control technology based on the technology of the advanced ARM embedded system software and computer science and software of, make extracorporeal shock wave crushed stone from the original controllable silicon, a relay and simple electronic control system to a more advanced operating system level, such as UC / OS-II operation system used in this paper to control. The software system is a real-time operating system, which has a more friendly man-machine interactive interface, a more intelligent automatic positioning function, and has more technology advantages in embedded system aspect.Based on ARM system of extracorporeal shock wave lithotripsy machine software system to realize the true color LCD touch screen graphical user interface technology, it achieve the graphical interface display by a 7 inch true color LCD touch screen and a 10 inch really color LCD touch screen respectively, key input by the touch screen, digital meter display and fault text display alarm and many other features. The automatic locating technology of the gravel machine is the three-dimensional space position difference between the human calculus and the shock wave focus, and then the 3D space coordinates of X, Y and Z axis are driven by the system. Finally, the main body of the system is based on the system. The data storage and analysis technology of stone disease is the first of the data stored in the operation of the gravel machine, storage content according to the specific format and according to the data storage, the machine can be used to configure the parameters of the machine.The design and implementation of the software system, not only in line with the standards of medical devices and science and technology in the future development direction of the Internet of things, but also to provide users with a more friendly man-machine interactive interface and higher work efficiency. In addition, the design of the software system has obvious advantages in the development of the cost of the product, the scale of production, maintenance and so on.After the completion of the software system design, this thesis makes a detailed description of the realization method of the system and the business performance of the shock wave lithotripsy machine in vitro. The function and performance of the software system are tested and the test results are analyzed and evaluated effective. The function and performance of the system is excellent, and the design target is achieved.