Engine assembling follow fixture

Abstract

The invention relates to an engine assembling follow fixture. An engine comprises a belt wheel at the end, and an end cover adjacent to the belt wheel, and the end cover is provided with two suspension loop holes. The assembling follow fixture comprises a support plate and stop blocks installed at four corners of the support plate, and the center of the support plate is fixedly provided with a rotary device and a positioning device fixing the rotary device; the rotary device is further provided with a positioning ring, a cushion block and a positioning pin seat. The engine assembling follow fixture achieves two-point positioning through the cushion block and the positioning pin seat, thus, installing of the engine on the assembling follow fixture can be more stable, when the engine flows along with the fixture, swinging along with the fixture is avoided, and the engine can still keep in the specific direction when being conveyed to an assembling station. By arranging the rotary deviceand the positioning device, workers can conveniently correct the direction of the engine, and thus, the engine assembling follow fixture has wider adaptability.

Description

technical field [0001] The invention relates to the field of automobile parts production lines, in particular to an automobile generator assembly accompanying fixture. Background technique [0002] At present, the automobile assembly process has achieved a high degree of automation. Taking the assembly of generators as an example, the generators are transported to the assembly station by the accompanying fixtures through the production line. Autowiring. When the generator is transported to the assembly equipment by the accompanying fixture, a specific orientation should be maintained to meet the needs of automatic assembly, otherwise the position of the generator needs to be corrected. However, the existing traveling fixture generally only places the generator on a flat-panel traveling board with blocks at four corners. When the generator flows on the wire body, the generator will swing randomly with the flow direction, which not only has the risk of bumping the motor, but ...

AI Technical Summary

Problems solved by technology

However, the existing accompanying fixtures generally only place the generator on a flat accompanying plate with stops at the four corners. When the wire flows on the line body, the generator will swing randomly along with the flow direction, which not only has the risk of bumping and damaging the motor, but also It is also possible to change its placement orientation, and after being transported to the assembly station, it is necessary to manually correct the position of the generator, which increases the labor intensity of the workers and greatly reduces the assembly efficiency

[0003] In addition, fixing the generator on the assembly accompanying fixture in a single way cannot meet the requirements of automatic assembly lines for generators of different models

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