IMPROVEMENT OF VIBRATING EQUIPMENT FOR CLEANING CONTAMINATION OF PARTS AND UNITS IN AUTO REPAIR INDUSTRY

The paper considers the task of increasing the durability and safe operation of the device by eliminating the resonant beat of the vibration equipment during the starting torque. During the operation of automobiles, contaminants form on the surface of individual parts and assemblies, their high-quality cleaning is achieved by chemical and mechanical action on these contaminants. The use of more active chemicals is more costly and pollutes the environment. Therefore, it is desirable to achieve an increase in the efficiency of washing and cleaning by increasing the mechanical effect on pollution. It is proposed to improve the equipment for the vibrational cleaning of contamination of parts, which allows to ensure the elimination of resonant beating of the vibrating equipment during the application of the starting torque. The disadvantage of existing technologies is that during the washing and cleaning of parts with the help of vibrating machines, a phenomenon of resonance occurs, that is, a momentary beating occurs, which destroys bearing assemblies and seals, and there is a possibility of chemical liquid spilling out. To ensure the durability and safe operation of vibration devices, it is necessary to eliminate the resonant beating of the vibration equipment during the application of the starting moment. The technical result, which can be obtained when using a device for resonance-free vibration cleaning of contamination of parts, allows to ensure the elimination of resonant beating of vibrating equipment during the starting moment. The proposed technology for non-resonant vibration cleaning of contamination of parts, which contains a frame bath, flexible flange and membrane, metal washers, rubber gaskets and a vibration unit with a rotary hydraulic imbalance, in the process of operation, allows to increase the durability and safety of the device by eliminating the resonant beating of the vibrating equipment during starting moment.