Power takeoff shift fork fixture

Abstract

The invention relates to a power takeoff shift fork fixture which comprises a base. The base is provided with an open pressure plate for pre-clamping the power takeoff shift fork; the open pressure plate is mounted on a base through a locating pin; and the base is provided with a clamping and locating mechanism for clamping and locating a power takeoff shift fork thin arm. The power takeoff shiftfork thin arm provided by the invention is positioned between a support plate and a movable pressure plate, and can compact the power takeoff shift fork on a flat plate corresponding to the end part with the power takeoff shift fork thin arm so that the power takeoff shift fork thin arm does not rotate during the processing and the accurate processing and locating of the power takeoff shift fork are realized. As the movable pressure plate can move with the clamping pressure plate, the power takeoff shift fork thin arm is conveniently mounted between the support plate and the movable pressure plate; and the power takeoff shift fork fixture is of a compact structure, convenient to mount and use, safe and reliable, avoids the complicated process of high-intensity training as well as processing and locating, improves the production efficiency, lowers the processing cost and realizes high processing precision.

Description

technical field [0001] The invention relates to a tooling fixture, in particular to a power take-off shift fork fixture, and belongs to the technical field of power take-off shift fork processing. Background technique [0002] Since the blank of the power take-off fork is die forging, the shape is irregular, and the machining allowance is only 1mm; therefore, there are many problems in the process of machining and mass production. The main problems include: 1. If you do not pay attention to the processing of the part, it will be scrapped; 2. The tooling and fixture are either difficult to install or the processing efficiency is relatively low. From this, the following problems are derived: firstly, operators must be intensively trained for a short period of time, and then tooling fixtures and production processes need to be improved to improve the installation effect and production efficiency. Therefore, the current production efficiency of the power take-off fork is low, a...

AI Technical Summary

Problems solved by technology

The main problems include: 1. A little carelessness when processing the part will result in scrapping; 2. The tooling fixture is either difficult to install or the processing efficiency is relatively low

From this, the following problems are derived: firstly, the operators must be trained for a short period of time, and then the tooling fixtures and production processes need to be improved to improve the installation effect and production efficiency

Therefore, the current production efficiency of the power take-off fork is low, and intensive training brings about an increase in processing costs

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