The market research found that the current market wiper system has three major user pain points: ① The fan-shaped water surface will cause great interference to the driver's vision, which is easy to cause traffic accidents and threaten the safety of people's travel; the large use of washing water will cause waste of water resources and inconvenience of frequent water addition. The sprayed washing sewage splashes passers-by and floats into the car, affecting the happiness of people's lives; ③ In winter, ice and snow can easily freeze the wiper, causing the wiper function to be unusable, damaging the rubber sheet and the motor, and seriously affecting the service life; At present, automobile manufacturers rarely carry out structural transformation on the wiper system, and there is an urgent need for a design scheme that can adapt to the development of automobile technology. Therefore, the student team independent proposition, independent research and development, innovative design of a universal non-splash water can be anti-freezing atomization wiper system. The system includes three autonomous core technologies: a brand-new wiper arm frame, intelligent PINN ice and snow sensing algorithm, and the remote "rotating thermal spray" function of the composite high-efficiency turbo-worm motor drive system. The three technologies accurately solve the three major pain points of the above-mentioned traditional wiper, and have obtained intellectual property technology certification. Zeng Kaqian, the project leader, is the first inventor and authorized representative of the patent. The new wiper realizes the integration of wiping and water spraying functions, effectively improves the problem of water consumption, and does not cause the phenomenon of wiper water splashing everywhere, eliminates the obstruction of sight, and ensures the safety of people's driving. In winter, the intelligent ice and snow sensing algorithm can automatically identify the external situation and lift it up, and turn on the rotary hot water spray function before driving, thus removing the ice and snow on the car glass. At present, technological breakthroughs and real vehicle experiments have been completed, and the experimental results show that the design scheme exceeds the traditional wiper in terms of cleaning efficiency, safety factor, production cost, adaptability and durability. At present, the project has completed technology research and development, physical production, third-party testing.