Penetrating and sleeving system for lead-acid battery panel tube bank

Abstract

The invention provides a lead-acid battery panel calandria sleeving system which is characterized in that a bottom frame of a rack is arranged on the ground, a positioning plate and a material returning guide rail are installed on the rack, and a material returning sliding block provided with a clamping air cylinder is installed on the material returning guide rail; a sleeving frame of a sleeving table of the tube bank sleeving device is supported on the rack, and a table plate and a tube bank box are mounted on the upper plane of the sleeving frame; a guide rod II, fixed on a clamping plate, of the clamping assembly is sleeved with a clamping spring and then is inserted into a round hole of the cross beam; a U-shaped frame II of the sleeving mechanism is mounted on the rack, a sleeving motor is mounted on the plate surface of the U-shaped frame II, and one end of a sleeving crank is mounted at the extending end of a shaft of the sleeving motor after penetrating through a round hole of the U-shaped frame II; the pipe pushing plate is installed on the platen, the two ends of the poke rod are hinged to round holes in the extending ends of the two protruding lugs V of the pipe pushing plate after penetrating through the platen, one end of the penetrating connecting rod is hinged to the middle of the poke rod, and the other end of the penetrating connecting rod is hinged to the other end, away from the penetrating motor, of the penetrating crank. The device is high in automation degree, small in occupied labor force and accurate and reliable in tube bank penetrating and sleeving.

Description

technical field [0001] The invention provides a lead-acid battery plate pipe lining system, which belongs to the field of high-end equipment manufacturing, and is mainly used for the lead-acid battery board pipe lining work. Background technique [0002] The lead-acid battery plate is in the shape of a fence, and the first end of the fence is connected by the battery plate. During casting, in order to prevent the fence bars from being bent and deformed, the ends of the fence bars are also connected together by transverse slats, and the battery plate at the head end of the fence bars is left with protective edging to be cut for protection. One semi-circular lug protrudes from the middle of each fence bar of the lead-acid battery panel toward the adjacent bars on both sides, and all the semi-circular lugs are located on the plane that coincides with the axis of each fence bar. In the same plane, the two semicircular lugs protruding toward both sides on the same fence bar are ...

AI Technical Summary

Problems solved by technology

[0004] At present, the work of lead-acid battery panels from the straightening of the fence bars, the removal of the horizontal slats at the end of the bars, the threading of the pipes on the bars to the removal of the protective edge material at the head of the battery board, etc. are all done manually. Completed, the labor force is large, the labor intensity is high, the efficiency is low, and the difference in manual operation is large, and the working environment is harsh

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