Engine protective cover assembly detection tool for automobiles

Abstract

The invention relates to an engine protective cover assembly detection tool for automobiles. The engine protective cover assembly detection tool comprises a base (1) which is rectangle-shaped. The engine protective cover assembly detection tool is characterized in that turnover mechanisms (13) are provided with movable spring detection pins (20); the turnover mechanisms (13) are opened, a mounting bracket (18) is arranged on a detection opening formed by simulation blocks, and then, the mounting bracket (18) is locked on five detection supporting seats (16) through detection pins (17); the turnover mechanisms are reset, detection of the location degree and pore size of a location column and a mounting hole on the mounting bracket (18) can be completed through the spring detection pins (20) and the detection pins (17); and after the detection, the turnover mechanism (13) is opened, an engine protective cover body (19) is inserted into the location column of the mounting bracket (18), and the detection tool is utilized to detect the profile degree and surface difference of the engine protective cover body (19). The engine protective cover assembly detection tool for automobiles of the invention is simple in operation. With the engine protective cover assembly detection tool adopted, processing efficiency can be improved manyfold, and labor intensity can be reduced, and the quality of products can be improved.

Description

technical field [0001] The invention relates to the technical field of auto parts product testing, in particular to a testing tool for an engine shield assembly for an automobile. technical background [0002] With the development of the automobile industry, people have stricter requirements on the performance and appearance of automobiles; in this way, the assembly requirements for various parts of automobiles are getting higher and higher. As one of the auto parts, the engine shield assembly is currently It is composed of a mounting bracket and an engine guard body. The engine guard body is installed on the installation body through the mounting bracket. The mounting bracket is connected together by a plurality of iron parts through a welding process. After the inspection is completed, the installation bracket on the inspection tool is taken out. At this time, the operator fixes the engine guard body on the detected installation bracket, and then puts the assembled engine ...

AI Technical Summary

Problems solved by technology

[0002] With the development of the automobile industry, people have stricter requirements on the performance and appearance of automobiles; in this way, the assembly requirements for various parts of automobiles are getting higher and higher. As one of the auto parts, the engine shield assembly is currently It is composed of a mounting bracket and an engine guard body. The engine guard body is installed on the installation body through the mounting bracket. The mounting bracket is connected together by a plurality of iron parts through a welding process. After the inspection is completed, the installation bracket on the inspection tool is taken out, at this time, the operator fixes the engine guard body on the detected installation bracket, and then puts the assembled engine guard assembly on another Check the surface difference and contour on one inspection tool; after the inspection, disassemble the mounting bracket and the engine guard body into the box for delivery; the two processes need to be inspected separately, which is inconvenient to operate and greatly affects production efficiency , which increases the work intensity of operators and inspectors; at the same time, the cost of quality is high, and in addition, it is easy to scratch the surface of the engine guard assembly during the pick-up process, which increases the hidden cost

Images