JPH10157657A - Hydroplaning prevention device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent hydroplaning, in which a water film is formed on a tire during high speed travel in a heavy rain and brake cannot work, by fixing a rubber plate with a specific thickness and a mudguard integrally and preventing water from moving onto the tire. SOLUTION: A rubber plate with a thickness of 1.5m/m is matched with the width of a tire with its both ends slightly bent into arches so as to be fixed integrally with a mudguard, and the rubber plate is brought into contact with a tire if necessary. In this process, the rubber plate is installed in a vehicle provided with no mudguard, while a mudguard is installed integrally with the rubber plate in a vehicle provided with a mudguard. However, an arch shaped rubber plate causes a disturbance if it is installed in a front wheel. Even if a tire and a rubber plate are brought into mutual contact for a long time without any water, grooves in the tire radiates heat, and when the tip of the rubber plate is formed into a round shape, inconvenience in backing can be eliminated. In this way, water can be prevented from moving onto a tire, and at the same time, danger due to a failure in braking can be prevented.

Description

[Detailed description of the invention] If you drive at 100K in heavy rain on the highway, hydroplaning will occur. It is dangerous because the brakes are disabled. The car company does not take safety measures. I considered the following equipment.

1. Fit a 1.5m / m thick rubber plate to the width of the tire, fix both ends to a slightly curved shape and fix it to the body with a drawer. Make contact with the tire when necessary so that water does not go over the tire. Prevent.

2. Even if tires and rubber plates are in contact with water for a long time without water, the tires will play the role of heat dissipation.

3. If the tip of the rubber plate is round, there is no problem when backing.

4. In the case of the front wheel, the rubber plate has a problem if it is curved.

5. Press lightly between the rubber plate and the body with a spring. Water flows left and right onto the rubber plate.

6. A car without a mudguard attaches a rubber plate, and a car with a mudguard attaches to a rubber plate and one body.

7. At 10K, the water goes down at 30K, at 40K, the water goes down.
Above is all the water goes over the tires, the water reads the water and a water film is formed and is dangerous.

8. It can be pushed down to the level of light rain with a rubber plate.

[Brief description of the drawings]

Fig. 1 Hydroplaning prevention device using rubber plate

[Explanation of symbols]

1. Rubber plate 2. Spring 3. Soil, mudguard 4. Tyer 5. Body

Claims (1)

[Claims] 1. A device for preventing a brake from being disabled due to formation of a water film on a tire during heavy rain running at high speed.