Vehicle paid inflation device

Abstract

A vehicle paid inflation device comprises an inflation pump and is composed of a shell, a coin throw-in mechanism, a voltage stabilizing circuit, a control circuit, a time circuit, an electromagnetic gas valve, a gas conveying pipe, an operating handle, a control switch and an inflation nozzle. The inflation pump is arranged at the lower portion in the shell. The coin throw-in mechanism is arranged at the upper end of the left portion of the shell. The voltage stabilizing circuit, the control circuit and the time circuit are installed in a plastic box and connected with the coin throw-in mechanism, the electromagnetic gas valve and the control switch through wires. The plastic box is installed at the upper right end in the shell. The gas inlet end of the electromagnetic gas valve is installed on a gas outlet pipe of the inflation pump. The front end of the gas conveying pipe is installed at the gas outlet end of the electromagnetic gas valve. The rear section of the gas conveying pipe is located in the middle of the operating handle. The rear end of the gas conveying pipe is installed at the gas inlet end of the inflation nozzle. The control switch is installed at the front portion of the lower end of the operating handle. The vehicle paid inflation device can be installed beside any powered road for use; due to the fact that duty personnel are omitted, benefits can be brought to owners, and drivers of vehicles can be facilitated.

Description

technical field [0001] The invention relates to a vehicle inflation device, especially one that is installed on the side of the road without personnel on duty, and can work 24 hours a day. When the tire of the car, electric bicycle or motorcycle is running out of air, the driver puts a one-yuan coin into the coin mechanism. Finally, under the action of relevant facilities, the air pump can automatically output compressed air for 10 minutes to refill the airless tires, thus facilitating the vehicle driver and saving the owner the economic expenditure required for personnel on duty , so as to achieve a good return on vehicle payment inflators. Background technique [0002] At present, the known air pumps need to be manually guarded. When the vehicle tires are inflated, the airless tires are manually operated by the on-duty personnel, which brings additional economic expenditure due to the use of labor. Moreover, the current Some gas pumps are limited to manual guarding and ca...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the existing gas pump, because it needs manual on-duty, it will bring additional economic expenditure to the owner, and it is limited to manual on-duty, which cannot work 24 hours a day, and cannot bring greater convenience to the vehicle driver. However, the present invention provides a device that is installed on the side of the road without personnel on duty, and can work 24 hours a day. When the tires of the car, electric bicycle, or motorcycle are running out of air, after the driver puts a one-yuan coin into the coin mechanism, Under the action of relevant facilities, the air pump can automatically output compressed air for 10 minutes to refill the airless tires, thus facilitating the vehicle driver and saving the owner the economic expenditure required for personnel on duty, thus Vehicle Paid Inflators for Good Yields

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