Visual automobile spray simulation training system and application method thereof

Abstract

The invention discloses a visual automobile spray simulation training system and an application method thereof. The visual automobile spray simulation training system comprises a pneumatic spray pump,spray guns, spray templates and a computer terminal. The output end of the pneumatic spray pump is connected with an air circuit distributor through a main air pipe. The air circuit distributor is connected with a plurality of spray guns through branched air pipes, and the number of the spray templates corresponds to the number of the spray guns. Gravity sensors, ultrasonic sensors and laser ranging sensors are installed on the spray guns, the spraying angle, speed and distance of an automobile can be monitored and collected, and then data collected by the sensors is wirelessly transmitted tothe computer terminal for processing and analysis, so that the intelligent visual information management for trainees to participate in vehicle spraying training is realized. The visual automobile spray simulation training system and the application method thereof realize the intelligent visual information management for the spraying training process of each trainee.

Description

technical field [0001] The invention relates to a teaching and training system, in particular to a visualized vehicle spraying simulation training system, and also relates to an application method of the visualized vehicle spraying simulation training system. Background technique [0002] With the continuous improvement of China's car ownership, cars have entered ordinary families, and the auto market is booming day by day. Customers' demand for professional automobiles continues to increase. As an important item of automobile maintenance, automobile spray repair occupies an increasing proportion in the automobile aftermarket. At present, most of the tens of thousands of spraying professional and training institutions across the country adopt the traditional "master with apprentice" training model. In this traditional training mode, practical operation training generally requires long-term repeated practice before mastering the basic essentials of operation. The disadvanta...

AI Technical Summary

Problems solved by technology

The disadvantages are: huge consumption of spraying materials and high training costs. Since the spraying materials used are poisonous and harmful chemicals, the environmental pollution is serious, which is harmful to the health of students; the traditional training mode can only affect the training effect and performance of students. Based on teaching experience, it is artificially estimated according to the situation, and the students' mastery of spraying technology cannot be quantified

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