Vehicle sideslip door propulsion experimental rig as well as testing method thereof

Abstract

The invention discloses a device for testing the thrust force of an automobile side sliding door, which comprises a test bench, a pressure adjusting device, a connecting device, a forcing device and a forcing piece; the pressure adjusting device, the connecting device, the forcing device and a forcing rack or a forcing block are connected in turn; the forcing device is fixed on the test bench. The device for testing the thrust force of the automobile side sliding door also comprises a display screen, a stress induction device and a data connecting wire; the forcing rack or the forcing block which is provided with the stress induction device is connected with the display screen through the data connecting wire. The building cost of the tester and the test bench is low; with small cost input, a simulation test bench set which can accurately evaluate the capacity of resisting lateral force by the automobile side sliding door and a retaining element can be built up.

Description

technical field [0001] The invention relates to the field of vehicles, in particular to an automobile side sliding door thrust test device and a test method thereof. Background technique [0002] When the sliding door is hit by the vertical and outward lateral force inside the car, it cannot resist the lateral thrust of the sliding door, and it is easy to cause the sliding door to fall or fall off the vehicle body, causing great danger to the occupants in the car ; In order to ensure the safety of the passengers in the car, in 2006, the National Standards Committee of China updated the standard (GB15086-2006) for the car door retainer, which defines the ability of the car sliding door to bear the lateral force. The standard requires that after the sliding door of the car bears a lateral force of 17780N, the sliding door and the body cannot be deformed obviously, and the door holder cannot fall off the guide rail. Contents of the invention [0003] The technical problem to...

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Problems solved by technology

[0002] When the sliding door is hit by the vertical and outward lateral force inside the car, it cannot resist the lateral thrust of the sliding door, and it is easy to cause the sliding door to fall or fall off the vehicle body, causing great danger to the occupants in the car ;In order to ensure the safety of the passengers in the car, in 2006, the National Standards Committee of China updated the standard for the car door retainer (GB15086-2006), which defines the ability of the car sliding door to withstand lateral forces

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