Car washing cooler

Abstract

Currently, car washing requires going to a car wash shop or specific location because it involves a lot of water flowing down the road, causing water accumulation on the ground. Furthermore, the water capacity of a car is limited, often running out before the car is properly cleaned. In summer, vehicles parked outdoors in the sun reach extremely high temperatures. To address this, a water collection trough is installed along the underside of the car body to collect water, allowing for water recycling. This also prevents water accumulation on the ground and collects rainwater for spraying onto the car body, thus achieving car washing or cooling. Water flowing down the car body is collected through the trough, filtered, and then sprayed back onto the body, creating a continuous washing process. The beneficial effects of this invention are that it allows for on-demand car cooling and washing, resulting in a cleaner car, reducing passenger discomfort, and minimizing malfunctions and accidents caused by high temperatures.

Description

Technical Field

[0001] Car wash and vehicle cooling in hot weather, fire extinguisher. Background Technology

[0002] Nowadays, you need to go to a car wash or a specific place to wash your car because washing a car will cause a lot of water to flow down, which can easily lead to water accumulation on the ground. Moreover, the water that a car can carry is limited, and often the water runs out before the car is clean. In summer, the temperature of a car parked outdoors in the sun is extremely high. Summary of the Invention

[0003] To enable the car to be cleaned at any time and to lower the car temperature in hot weather.

[0004] The method involves installing a water collection trough along the lower edge of the car body to collect water, allowing the water to be recycled and preventing water accumulation on the ground. This method collects rainwater and sprays it onto the car body to wash or cool it down. Water flowing down the car body is collected through the water collection trough, filtered to become clean water, and then sprayed onto the car body, thus forming a cycle of washing the car.

[0005] The beneficial effects of this invention are that it can cool down and wash the car at any time, making the car cleaner, reducing the temperature of the car so that passengers are not so hot, and reducing some malfunctions and disasters caused by high temperature. Attached Figure Description

[0006] Figure 1 This is a diagram showing the connection and operation of a car wash cooling system. Specific Implementation

[0007] Example 1: A car wash cooling device, comprising a water receiving tank (2), a water system (3), and a controller (4). The controller (4) controls the operation of the entire car wash cooling device. The water receiving tank (2) is installed at the water-receiving part of the car body. Here, the water-receiving part refers to the part on the car body where the water finally flows off the car body to the ground. For example, the lower edge of the car body is the main water-receiving part. The water receiving tank (2) is installed at the lower edge of the car body to catch the water flowing down from the car body. The water system (3) includes a water pipe (5), a water tank (6), a water pump (7), a filter (8), a nozzle (1), and a drain outlet (10). The water tank (6) stores water and provides water. The water pump (7) drives the water circulation and sprays water onto the car body (9) through the nozzle (1). After rinsing the car body, the water flows into the water receiving tank (2). The water in the water receiving tank (2) is filtered and sprayed onto the car body (9) again, forming a cycle to repeatedly rinse the car. Vehicles equipped with liquid recycling systems prevent water from pooling on the ground. Since the water carried by a vehicle is limited, the water is often used up before the vehicle is properly washed. Liquid recycling systems allow water to be recycled, prevent water accumulation on the ground, and collect rainwater. Figure 1This is a schematic diagram. The actual car wash cooling system consists of a water pump (7), a filter (8), a controller (4), and a water tank (6), all integrated into a miniaturized unit. This system can be used for vehicle fire suppression. The water collection trough (2) can be pre-installed during vehicle manufacturing or it can be supplied with the vehicle after it leaves the factory. This water collection trough (2) may require a bracket for fixation.

[0008] Example 2: A car wash cooling device, comprising a water receiving tank (2), a water system (3), and a controller (4). The controller (4) controls the operation of the entire car wash cooling device. The water receiving tank (2) is installed at the water-receiving part of the car body. Here, the water-receiving part refers to the part on the car body where the water finally flows off the car body to the ground. For example, the lower edge of the car body is the main water-receiving part. The water receiving tank (2) is installed at the lower edge of the car body to catch the water flowing down from the car body. The water system (3) includes a water pipe (5), a water tank (6), a water pump (7), a filter (8), a nozzle (1), and a drain outlet (10). The water tank (6) stores water and provides water. The water pump (7) drives the water circulation and sprays water onto the car body (9) through the nozzle (1). After rinsing the car body, the water flows into the water receiving tank (2). The water in the water receiving tank (2) is filtered and sprayed onto the car body (9) again, forming a cycle to repeatedly rinse the car. Vehicles equipped with liquid recycling systems prevent water from pooling on the ground. Since the water carried by a vehicle is limited, the water is often used up before the vehicle is properly washed. Liquid recycling systems allow water to be recycled, prevent water accumulation on the ground, and collect rainwater. Figure 1 This is a schematic diagram. The actual car wash cooling system consists of a water pump (7), a filter (8), a controller (4), and a water tank (6), all integrated into a miniaturized unit. The car wash cooling system is equipped with a fire-fighting system (11). The water system (3) and the fire-fighting system (11) work together to fire the vehicle, detect the fire source, and extinguish the fire with water. The water collection trough (2) can be made during the vehicle manufacturing process, or it can be provided to the vehicle after it leaves the factory. This water collection trough (2) may require a bracket for fixation.

Claims

1. A car wash cooling device, comprising a water receiving tank (2), a water system (3), and a controller (4), wherein the controller (4) controls the operation of the entire car wash cooling device, and the water receiving tank (2) is installed at the water-receiving part of the car body to receive the water flowing down from the car body.

2. As described in claim 1, the water system (3) includes a water pipe (5), a water tank (6), a water pump (7), a filter (8), a nozzle (1), and a drain outlet (10). The water tank (6) stores water and provides water. The water pump (7) drives water circulation and sprays water through the nozzle (1) onto the vehicle body (9) to wash the vehicle body. The water then flows into the water receiving tank (2). The water in the water receiving tank (2) is filtered and sprayed onto the vehicle body (9) again, forming a cycle to repeatedly wash the vehicle.

3. The characteristic described in claim 1, The car wash cooling unit is equipped with a fire protection system (11) for fire protection.

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