Autobrake kinetic energy converter for unmanned vehicle

Abstract

The invention belongs to the technical field of vehicle autobrakes, discloses an autobrake kinetic energy converter for an unmanned vehicle, and mainly provides a brake kinetic energy converter for active collision prevention. The kinetic energy converter is mainly characterized by comprising a main body, a piston core, an electromagnetic device, a spring and a sealing ring; the main body is provided with a cylindrical stepped cavity with one end open, the cylindrical stepped cavity is composed of an inner cavity and an outer cavity, the piston core is installed in the inner cavity, and the electromagnetic device is installed in the outer cavity; the piston core comprises an inner piston core, an outer piston core and a connecting shaft between the inner piston core and the outer piston core; the inner piston core and the outer piston core each sequentially comprise a guide groove disc, a first stop groove disc, a guide groove and a second stop groove disc, and each guide groove disc is provided with a trough type guide groove; the spring is installed at the inner end of the inner cavity; the outer end face of the outer piston core is provided with a fixed magnetic pole; the main body is provided with a first guide hole, a second guide hole, a third guide hole, a fourth guide hole, a fifth guide hole and a sixth guide hole. The kinetic energy converter has the advantages of lowfailure rate, no spark, moisture resistance and corrosion resistance, and is mainly used for automatic switching of liquids such as oil and gas of electrically controlled brakes and manual brakes.

Description

technical field [0001] The invention belongs to the technical field of vehicle automatic braking, and in particular relates to an automatic braking kinetic energy converter for unmanned vehicles suitable for various fields such as aircraft, robots, unmanned vehicles, and engineering machinery. Background technique [0002] Today, with the rapid development of the automobile industry, cutting-edge technology is constantly being embedded in the vehicles we drive every day. High-tech electronic equipment has made cars more "smart", and driverless vehicles will be an inevitable trend in future development. Car safety is not only reflected in traditional safety configurations such as solid body structure and all-round airbags. Collision warning systems and automatic driving safety braking systems will be must-have options for future vehicles; The pre-collision active safety system is carried by its models, so that the active safety performance of the car is continuously impr...

AI Technical Summary

Problems solved by technology

[0007] Recently, the US IIHS gathered 74 vehicles equipped with pre-collision systems for testing, but in the end, only a handful of 7 models under the four brands of Subaru, Cadillac, Mercedes-Benz and Volvo achieved superior results. Play the effect of proactive collision prevention, but safety technology still needs strong technical support

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