Self-supporting car washing method and car washer

Abstract

The invention discloses a self-supporting car washing method and a car washer; a license plate identification module extracts car information and sends the information to a control module; the control module indentifies the received car information, sends first start information to a gate inhibition module if the indentified result complies with set conditions, and the gate inhibition module controls an entrance safety door to automatically rises; a client uses a mobile terminal to pay the bill through a payment module, the payment module sends a payment confirmation signal to the control module, and the control module sends a car washing start signal to a detection formation module; the detection formation module measures the car profile so as to obtain car profile contour data, and sends the obtained car profile contour data to the control module; the control module generates a corresponding drive control signal according to the car profile contour data, and sends the drive control signal to a car washing module. The self-supporting car washing method and car washer employs mobile payment, can wash the car according to car shape, and are good in cleaning effect.

Description

technical field [0001] The invention relates to the field of car washing equipment, in particular to a self-service car washing method and a car washing device. Background technique [0002] With the increasing development of the domestic automobile industry, car washing has also become an increasingly developed industry. At present, most car washing shops adopt the traditional manual car washing method, that is, artificially spray the whole body of the car with a water spray gun. Although the car washing effect is good, But it is time-consuming, and manual car washing wastes a lot of water resources. With the shortage of water resources, water conservation is now advocated. Obviously, the traditional car washing method no longer meets the needs of the development of the times. And existing fully automatic car washing device, although can save labor cost, shorten car washing time, improve car washing efficiency, still do not process the sewage washed down, still can cause hu...

AI Technical Summary

Problems solved by technology

[0002] With the increasing development of the domestic automobile industry, car washing has also become an increasingly developed industry. At present, most car washing shops adopt the traditional manual car washing method, that is, artificially spray the whole body of the car with a water spray gun. Although the car washing effect is good, But it is time-consuming, and manual car washing wastes a lot of water resources. With the shortage of water resources, water conservation is now advocated. Obviously, the traditional car washing method is no longer suitable for the needs of the development of the times.

However, the existing fully automatic car washing device can save labor costs, shorten the time of car washing, and improve the efficiency of car washing, but it still does not treat the washed sewage, which will still cause huge waste of water resources.

[0003] In addition, the current car washes all control the top roller brush device, side roller brush device and tire roller brush device according to a fixed path, regardless of the vehicle model, the shapes of vehicles of different models are different, or even different, such as pickup trucks and A sedan, etc., even if it is the same car, because the upper body of many vehicles is inclined inwardly, that is, the upper body is narrower than the lower body, and the existing side rolling brush device is vertically arranged, so it can only be vertical. Carry out cleaning in the direction of the car body, which may cause the car body to be unable to be cleaned, there are cleaning blind spots, and the cleaning effect is not good

Therefore, if the top rolling brush device, the side rolling brush device and the tire rolling brush device are controlled according to the same fixed path for all vehicles, the cleaning effect of some models of vehicles will be greatly reduced, or the cleaning efficiency will be reduced.

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