Slide block clamping sorting mechanism for assembly line

Abstract

The invention discloses a slide block clamping sorting mechanism for an assembly line. The slide block clamping sorting mechanism comprises a supporting assembly, a power part, a movable part, a transmission part and a detecting mechanism, wherein the supporting assembly comprises a supporting bottom plate arranged on the bottom, an angle support plate fixedly mounted on the supporting bottom plate, a vertical plate fixedly mounted at one side of the angle support plate, and a rotary plate which is connected to one end, close to a Z-shaped plate, of a slide block fixing plate; the power part comprises a stroke gas cylinder fixedly mounted on the supporting bottom plate, a rotary gas cylinder arranged at one end, away from slide rails, of a hinged base, and a clamping gas cylinder fixedly mounted at one side of a clamping gas cylinder connecting plate; a guide rod and a guide sleeve base which sleeves the guide rod are arranged on the stroke gas cylinder; and the hinged base is fixedlymounted at one side of the guide sleeve base. The slide block clamping sorting mechanism for the assembly line is simple in structure, is simple to mount and operate, is wide in range of application,and meets the small and micro development trend of machinery.

Description

technical field [0001] The invention belongs to the field of workshop production detection, in particular to a sliding block clamping and sorting mechanism for an assembly line. Background technique [0002] With the development of science and technology, the sub-equipment in the fields of electronic information, biotechnology, aerospace and other fields is increasingly thinking about high-end development, especially in the production of conveyor lines. At present, most of the sorting machines adopt the working principle of quality sorting Preliminary screening is carried out on the produced parts, so that the screened product grades may be divided into multiple grades, and then re-screened according to the sorted product grades, the screening process is repeated, and manual visual inspection is used for detection, according to individual subjective Judgment, it is difficult to have a uniform check standard, resulting in uneven product quality. Secondly, the process is comp...

AI Technical Summary

Problems solved by technology

[0002] With the development of science and technology, the sub-equipment in the fields of electronic information, biotechnology, aerospace and other fields is increasingly thinking about high-end development, especially in the production of conveyor lines. At present, most of the sorting machines adopt the working principle of quality sorting Preliminary screening is carried out on the produced parts, so that the screened product grades may be divided into multiple grades, and then re-screened according to the sorted product grades, the screening process is repeated, and manual visual inspection is used for detection, according to individual subjective Judgment, it is difficult to have a uniform check standard, resulting in uneven product quality

Secondly, the process is complex, requiring a lot of manpower and material resources, and it is difficult to improve production efficiency.

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