Anti-vibration detection table special for automobile fender and application method of anti-vibration detection table

Abstract

The invention relates to the field of wheel protective accessory detection equipment, in particular to an anti-vibration detection table special for an automobile fender and an application method of the anti-vibration detection table. The anti-vibration detection table comprises a base, wherein a rocking plate is hinged to the base, a two-axis motor and a longitudinal runout mechanism are fixed tothe rocking plate, a first spindle and a second spindle are fixedly connected to two output shaft ends of the two-axis motor respectively, the second spindle is connected with the base through a transverse runout mechanism, a vibration table body is fixed to the longitudinal runout mechanism, and an installing frame used for installing the fender and an impact mechanism used for simulating a sandstone impact on the fender are fixed to the vibration table body. According to the anti-vibration detection table special for the automobile fender and the application method of the anti-vibration detection table, the structure is compact and simple, operation management is easy, an inspector can acquire more comprehensive detection data, and the inspector is helped to learn about the anti-vibration characteristics of the fender more comprehensively; and moreover, it is needless to perform multiple anti-vibration experiments, so that detection procedures are reduced, and working efficiency isimproved.

Description

technical field [0001] The invention relates to the field of detection equipment for wheel protection accessories, in particular to a special anti-vibration detection platform for automobile fenders and a use method thereof. Background technique [0002] The body of the automobile is usually fixedly connected with a fender, and the fender is positioned directly above the wheel, and its effect is to stop sand and gravel particles and mud from being thrown out by the wheel. Existing anti-vibration detection devices for automobile fenders can only detect the detection data of the up and down vibration of the wheel cover, and the vibration transmitted to the fender during the driving process of the car includes vibration in the direction of vehicle advancement, vibration in the width direction of the vehicle body, Vibration in the front and rear directions and the impact and vibration of the inner wall of the fender by the sand particles and mud thrown out during the rotation of...

AI Technical Summary

Problems solved by technology

Existing anti-vibration detection devices for automobile fenders can only detect the detection data of the up and down vibration of the wheel cover, and the vibration transmitted to the fender during the driving process of the car includes vibration in the direction of vehicle advancement, vibration in the width direction of the vehicle body, Vibration in the front and rear directions and the impact and vibration of the inner wall of the fender by the sand particles and mud thrown out during the rotation of the wheel, so the existing anti-vibration detection device for the fender of the car, resulting in the anti-vibration of the fender In view of this, we propose a special anti-vibration testing platform for automobile fenders and its application method

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