A loading platform for processing automobile steering gear shaft parts

Abstract

The invention relates to a feeding trolley and specifically relates to a feeding trolley for processing axial parts of automobile steering devices. The feeding trolley comprises a support, a workpiece limiting support plate, and a workpiece support plate. A work panel of the support is provided with a front chute and a back chute. The both ends of the front and back chutes are provided with adjusting mounting devices. Certain ends of the front and back chutes are provided with connecting slide bars A, while the other ends of the front and back chutes are provided with connecting slide bars B. The feeding trolley can load multiple workpieces at one time and effectively identify the tooth direction of the workpieces. The invention solves the problems that the placement angles of the workpieces may be wrong or not precise as conventional clamps do not have workpiece angle and direction locating structures and thus personnel cannot effectively determine the reasonableness and correctness of assembling angles during the artificial workpiece placement process. The feeding trolley disclosed by the invention can be used for effectively reducing the loading time for each workpiece, lowering the labor intensity, increasing the loading precision and work efficiency, and improving the product quality. Therefore, the feeding trolley has a broad application prospect.

Description

technical field [0001] The invention relates to a loading platform, in particular to a loading platform for processing shaft parts of an automobile steering gear. Background technique [0002] In the process of processing the gear shape of the shaft parts of the automobile steering gear, the workpiece fixture is a multi-station fixture. Employees are required to take the workpieces one by one and put them into the workpiece positions in the fixture; due to the large number of batches of workpieces, the labor intensity of manually loading and unloading workpieces is high and the efficiency is low. On the other hand, because the existing fixture does not have a structure for positioning the workpiece angle direction, when the workpiece is manually placed, the employee cannot effectively identify whether the assembly angle is reasonable and correct; resulting in the wrong or deviation of the workpiece placement angle, thus resulting in the waste of the processed workpiece The ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to: provide a simple structure, easy to operate, can realize one-time delivery of multiple workpieces, and can position the direction and angle of workpieces, to solve the labor intensity and low efficiency of existing manual storage of workpieces; and due to It is impossible to effectively identify whether the assembly angle is reasonable and correct; the loading platform for the processing of automotive steering gear shaft parts that leads to high workpiece scrap rate

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