Jet type emergency safety system for vehicle

Abstract

The invention discloses a jet type emergency safety system for a vehicle, which comprises a micro-processing controller, a vehicle state detecting unit, a flow control valve group, a high-pressure gas storage tank, a high-pressure gas generating tank, gas guide pipes and nozzles, wherein the high-pressure gas storage tank is connected with the nozzles arranged on the vehicle through the gas guide pipe, the micro-processing controller is respectively connected with the vehicle state detecting unit and the flow control valve group, the flow control valve group comprises a plurality of flow control valves, the micro-processing controller is connected with the flow control valve group through valve controllers, and the flow control valves are arranged among the high-pressure gas storage tank and the nozzles. High-pressure gas is jetted out through the nozzles, so that the vehicle obtains the thrust in the direction opposite to the jet direction. The jet type emergency safety system for the vehicle has the advantages that the system is capable of providing a certain external force, realizing emergent braking and sudden acceleration and preventing side turnover and side slip when the vehicle is in emergent braking, sudden acceleration, side turnover and side slip so that driving safety and the like of the vehicle is enhanced.

Description

technical field [0001] The invention relates to a jet emergency safety system, in particular to a jet emergency safety system for vehicles. Background technique [0002] At present, when the vehicle brakes, the emergency braking of the vehicle is realized through the friction force between the tire and the ground. When encountering ice, snow, and slippery ground, the friction coefficient between the tire and the ground will decrease, resulting in insufficient friction during braking, resulting in ineffective braking and traffic accidents. [0003] At present, most of the vehicle power relies on the engine and electric motor to provide power, and the tires are driven through the deceleration system. The driving force of the vehicle also comes from the friction between the wheels and the ground. When the ground is wet and slippery, encounters a steep slope, or the vehicle falls into a mud pit or sand pit, the friction between the tires and the ground will decrease, and the fr...

AI Technical Summary

Problems solved by technology

At this time, the friction can only be improved by placing objects such as bricks in the mud pit or sand pit

Or the vehicle can only be pushed out of trouble by human power

[0004] When the speed of the vehicle is fast and the braking is urgent, the vehicle is easy to skid

Turning at a high speed will cause the vehicle to slip because the tires of the vehicle cannot provide sufficient centripetal force. In severe cases, the vehicle will slip off the driving road, causing damage to the vehicle and personnel, and damage to the driver's personal and property

[0005] During the driving process, the vehicle sometimes encounters situations of fast speed, emergency turning, tire blowout, and tire hitting the roadside steps. At this time, the vehicle often has an unstable center of gravity. and personal injury, causing damage to the driver's personal and property

Images