A gantry type automatic car washing machine

Abstract

A gantry type automatic car washing machine of the present invention comprises a chassis cleaning system located at the bottom of the gantry frame, a crossbeam slidably arranged on the longitudinal slide rail of the gantry frame, a fan unit arranged on the crossbeam, a slide table slidably arranged on the crossbeam and installation The rotating mechanism on the sliding table, the rotating shaft of the rotating mechanism is connected with a mounting frame, the mounting frame is provided with a liquid spray frame and a rolling brush frame composed of a push rod and a side rod, and the liquid spray frame is distributed with liquid sources. The connected nozzle; a roller brush is arranged along the roller brush frame, with the help of the supporting rotating drive mechanism, the roller brush rotates, and cooperates with the roller brush frame and the spray frame to form a roller brush, spray cleaning structure, and cooperates with the fan to form a wiping, Air dry structure. The present invention is a small automatic car washing machine that combines non-contact cleaning and contact cleaning. Through the cooperation of rolling brushes circulating around the vehicle body and high-pressure spray rods, the cleaning effect is improved, resource waste is reduced, and cleaning equipment is simplified.

Description

technical field [0001] The invention relates to an automatic car washing machine, in particular to a gantry type automatic car washing machine integrating spraying and rolling brushing. Background technique [0002] Vehicle cleaning includes chassis cleaning, wheel cleaning, and body cleaning. The process of manual car washing is wetting, applying detergent, wiping, rinsing, drying, and waxing. This car washing method is flexible and saves water and detergent, but it is time-consuming and laborious. With the increase of labor costs and the increase of car ownership , Automatic car washing equipment has appeared on the market. [0003] Automatic car washing equipment can be divided into non-contact cleaning and contact cleaning according to the contact method between the car washing device and the body. The contact cleaning system generally uses the roller-shaped brush body to directly rub against the body, and removes the dirt on the body through the friction of the bristl...

AI Technical Summary

Problems solved by technology

The contact cleaning system generally uses the roller-shaped brush body to directly rub against the body, and removes the dirt on the body through the friction of the bristles. The cleaning effect is better, and the utilization rate of detergent and water is higher. However, in order to adapt to the shape of the vehicle, it needs Multiple groups of roller brushes such as top brush, side brush and skirt brush are arranged on the periphery, the structure is complex, installation is difficult, and the cost of roller brushes is high

The non-contact cleaning system washes the car body through high-pressure water without contact with the mechanical structure. The cleaning speed of the whole vehicle is fast, saving time and effort, but the cleaning effect is not ideal, the utilization rate of water and detergent is low, and the waste of resources is serious. Consumption cost is high

The existing gantry and reciprocating car washing equipment are either in the rolling brush cleaning mode or in the high-pressure flushing mode, with a single function

The tunnel-type car washing system uses many rotating roller brushes and nozzles to scrub the vehicle in all directions, which combines the advantages of contact and non-contact car washing. However, this type of equipment occupies a large area, is expensive, and consumes water and detergent. And the waste situation is also serious

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