An electromechanical brake inlay with parking function

Abstract

The present invention relates to an electromechanical braking inlay with a parking function, includes including a braking inlay module, an electromechanical braking module, a disc spring parking module, and a motor release module, where the braking inlay module includes an upper friction plate, an active pendulum rod, a housing, an active pendulum rod hinge, a passive pendulum rod hinge, a passive pendulum rod, and a lower friction plate, the electromechanical braking module implements conversion from rotary motion to linear movement, the disc spring parking module includes a piston push rod, a braking housing, a push plate, and a disc spring, the motor release module functions to cooperate with parking, braking release, routine braking and motor release by controlling the timing of insertion into the fork block hole, combination setting of the electromechanical braking module and the disc spring implements functions of parking, braking release, and routine braking, and setting of the motor release module implements the function of motor release, meeting a requirement for power-off protection while improving strength of a system, and providing a new method for application of an electromechanical braking technology to important braking situations

Description

technical field [0001] The invention relates to the technical field of braking, in particular to an electromechanical brake inlay with a parking function. Background technique [0002] Most of the existing brake systems are hydraulic or pneumatic brakes. On the basis of traditional hydraulic cylinders or air cylinders, a large number of pipelines and power sources need to be equipped, which are not only large in size, but also have certain hidden dangers of environmental pollution. Under the current development trend of intelligence, networking and light weight, how to reduce the volume of components, improve the response ability, and reduce the risk of pollution while ensuring the braking performance has become the development direction of braking technology. At the same time, for some important moving parts, it is necessary to hold the brake in a static state, that is, to have a parking function. For this reason, an electromechanical brake inlay with a parking function is ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing brake systems are hydraulic or pneumatic brakes. On the basis of traditional hydraulic cylinders or cylinders, a large number of pipelines and power sources need to be equipped, which is not only large in size, but also has certain hidden dangers of environmental pollution.

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