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Ventilated Disc Brake Test Bench and Its Electric Inertia Simulation Control Method

A technology for simulating control and braking, applied in general control systems, adaptive control, control/regulation systems, etc., can solve problems such as affecting the test accuracy and generating the inherent resistance torque of the system

Active Publication Date: 2016-04-13
CHINA NAT HEAVY MACHINERY RES INSTCO
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] Due to the influence of mechanical friction and wind resistance during operation, the mechanical flywheel system of the test bench will generate the inherent resistance torque of the system, which will affect the test accuracy

Method used

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  • Ventilated Disc Brake Test Bench and Its Electric Inertia Simulation Control Method
  • Ventilated Disc Brake Test Bench and Its Electric Inertia Simulation Control Method
  • Ventilated Disc Brake Test Bench and Its Electric Inertia Simulation Control Method

Examples

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Embodiment Construction

[0054] As shown in Figure 1, the ventilated disc brake test bench at least includes a mechanical friction braking torque measurement device 1, a combined braking torque sensor 2, a flywheel or flywheel group 3, a motor output torque sensor 4, a drag motor 5, and a speed sensor 6 , electric inertia simulation control unit 7 and electric transmission control unit 8; motor output torque sensor 4 is installed between drag motor 5 and flywheel or flywheel group 3, shaft end is installed with speed sensor 6, tested brake 9 and flywheel or flywheel A combined braking torque sensor 2 is installed between groups 3, a mechanical friction braking torque measuring device 1 is installed on the tested brake 9, a speed measuring sensor 6, and a motor output torque sensor 4 are respectively electrically connected to the electric inertia analog control unit 7, and the The electric transmission control unit 8 drives the drag motor 5 to drag the flywheel or the flywheel group 3 to the set speed, ...

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Abstract

The invention belongs to a mechanical and electrical integrated system and relates to electric drive simulation of a mechanical rotation inertia system, measurement of braking torques of brakes except the tested brake and synchronous measurement of a combination braking torque and a mechanical friction braking torque under a simulated composite braking state, in particular to a ventilating disc type brake test stand and an electric inertia simulating control method of the ventilating disc type brake test stand. The method includes the steps of synchronously collecting the rotating speed of a flywheel and the output torque of a motor, calculating a torque output value of the motor according to a mathematic model so that the test stand runs under the situation where the simulator stand approaches an ideal flywheel and no system inherent resistance exists. According to the test stand and the method, accurate matching of the rotational inertia is achieved, control precision can meet high-precision test requirements, and investment and running cost are saved.

Description

technical field [0001] The invention belongs to an electromechanical integration system, and relates to the electrical transmission simulation of a mechanical rotary inertial system, the electrical transmission simulation of a composite brake, and the measurement of the combined braking torque of a ventilated disc brake and the mechanical friction braking torque, especially with a ventilated disc brake. Test bench and its electric inertia simulation control method. Background technique [0002] In the bench test of ventilated disc brakes, it is necessary to test the braking performance of the brakes under different conditions, the essence of which is that the brakes consume the energy set under specific working conditions. Therefore, the brake test bench should have the function of providing specific energy under different working conditions. [0003] The mechanical simulation of the load is realized through the flywheel. Since the moment of inertia of the flywheel or the f...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G05B13/04
Inventor 李卫东
Owner CHINA NAT HEAVY MACHINERY RES INSTCO
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