Belt assembly line for workshop assembly

Abstract

The invention discloses a belt assembly line for workshop assembly. The belt assembly line structurally comprises a roller support rod ring grid groove, a platform frame plate, a shaft driving motor,a pull buckle strip plate, a material blocking frame, a propeller heat dissipation disc and a slope belt. According to the belt assembly line, the roller support rod ring grid groove is matched with the platform frame plate, and an annular frame wound by an annular rail supporting rod frame and a roller rod rail frame is matched with an inner electrode shaft rod for linkage through a supporting frame shaft ring disc, so that an annular rail groove rotates to lift a supporting rod column barrel body, the supporting rod column barrel body forms a winding pressure under linkage pushing of a roller rod body, cambered surface surrounding and pressing is homogeneous and smooth, the phenomenon of belt heightening during conveying is eliminated, the roller rod body is in butt joint with a horizontal rail groove, linkage is efficient, idling and slipping phenomena are achieved through rotation tensioning operation of a folding rod cushion supporting frame, the single linkage performance of a machine body is improved, the penetrating and inserting rotation effect of a built-in rack in the roller rod body is improved, the stability and the deviation prevention amount of the assembly line areimproved, and the limiting regulation and control effect is achieved in the built-in rack.

Description

technical field [0001] The invention relates to a workshop assembly belt assembly line, which belongs to the field of assembly lines. Background technique [0002] The transmission of parts assembled in the workshop needs to be realized through the belt assembly line, which will improve the combined conveying operation of the factory parts one by one, strengthen the assembly efficiency and part processing operations, improve the phenomenon of labor-intensive handling by the staff, and improve the processing effect of the mechanical automation assembly line. Currently, the technology is common The disadvantages to be optimized are: [0003] In the belt assembly line assembled in the workshop, in the belt transmission, the alternate winding of the roller bar and the support bar needs to be realized through the joint movement of the electrode shaft and the bearing engagement, which will cause the multi-ring socket of the bearing to affect the end of the inner shaft of the rolle...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a workshop assembly belt assembly line to solve the workshop assembly belt assembly line. In the belt transmission, the alternate winding of the roller bar and the support bar needs to pass through the electrode shaft and the bearing. The occlusal linkage is realized, which will cause the multi-ring socket of the bearing to affect the end of the inner shaft of the roller rod, resulting in the slipping phenomenon of the frame guard and the rotation linkage of the arc section, resulting in the deviation of the amplitude pad of the assembly line caused by the roller transmission, and also to the built-in bearing. Excessive stoppering will result in complex alternate shaft motion of the side bearing belts, resulting in poor mobility of the belt assembly line. When parts are damaged, effective quick replacement and disassembly operations cannot be obtained.

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