A skin-covering processing device for an automobile interior armrest panel and its working method

Abstract

The invention discloses a coating processing device of an automobile interior decoration handrail plate and a working method thereof. The device comprises supporting rods, processing plates and a rotating disk, wherein the supporting rods are connected with the ground, the processing plates are provided with two layers, and the rotating disk is positioned between the two machining plates; the lower layer processing plate is fixedly connected with the supporting rods and the rotating disk correspondingly, and the machining plate of the upper layer is rotated through the rotating disc; two symmetrical vertical plates and a horizontal sliding transverse plate are further installed on the top face of the processing plate located on the upper layer; and the transverse plate is located between the two vertical plates. The automobile interior decoration handrail plate and the working method thereof are provided, a handrail plate is arranged on a handrail plate mold frame in a clamped mode, meanwhile, leather is pasted on the handrail plate, the redundant parts are cut off, and then an initial position is returned; a motor cooperates with the sliding rail at the same time to work, the rotating position of a pressing plate is adjusted according to the radian of the handrail plate, the radian of the handrail plate is input into a program, the rotation speed of the rotation and the position of the rotation axis are assigned by the program, and the pressing plate is tightly contacted with the leather in the rotating process.

Description

technical field [0001] The invention relates to automobile processing, in particular to a skin-covering processing device for an automobile interior armrest and a working method thereof. Background technique [0002] Relying entirely on the workers on a flat workbench, the sewn skin is fixed and coated on the plastic skeleton with a nail gun and nails, resulting in low efficiency; because it is operated on a flat workbench, There is no mechanism for fixing the skeleton, and it is entirely up to the worker to fix the skeleton and the skin with one hand, and hold a nail gun in the other hand to nail the nails on the nail wrapping area, so the wrapping cycle of a finished product is too long to meet the customer's production capacity requirements. . Poor quality consistency: due to the manual coating, the corners of the product are prone to wrinkle defects due to insufficient stretching of the skin. If the skin is not stretched enough, there will also be defects of poor adhesi...

AI Technical Summary

Problems solved by technology

[0002] Relying entirely on the workers on a flat workbench, the sewn skin is fixed and coated on the plastic skeleton with a nail gun and nails, resulting in low efficiency; because it is operated on a flat workbench, There is no mechanism for fixing the skeleton, and it is entirely up to the worker to fix the skeleton and the skin with one hand, and hold a nail gun in the other hand to nail the nails on the nail wrapping area, so the wrapping cycle of a finished product is too long to meet the customer's production capacity requirements.

Poor quality consistency: due to the manual coating, the corners of the product are prone to wrinkle defects due to insufficient stretching of the skin. If the skin is not stretched enough, there will also be defects of poor adhesion of the skin and skeleton after coating, which seriously affects the requirements for product appearance. Sewing characteristic lines are easy to distort and deform: it is difficult to control the position accuracy requirements of the sewing thread in the manual covering process of covered products with sewing characteristic lines. Inconsistent stretching of the skin will cause distortion and deformation transition of sewing characteristic lines. "S" shape

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