Thin-wall barrel nesting device

Abstract

The invention relates to the technical field of thin-wall barrel nesting device, comprising a nesting unit and a transferring device arranged above the nesting unit. The nesting unit comprises a rack,a lifting mechanism, a side pressing mechanism and a retractable inner-support mechanism. The retractable inner-support mechanism is arranged at the bottom of the rack; the lifting mechanism comprises a pair of lifting assemblies arranged at two sides of the retractable inner-support mechanism symmetrically and respectively connected with two side surfaces of the rack; the side pressing mechanismis connected to the position, adjacent to the lifting assemblies, of the rack. According to the characteristic that thin-wall barrels are easy to deform, the thin-wall barrel nesting device utilizesa inside-to-outside vertical nesting mode to complete nesting of the barrels automatically; with the inner supporting and outer pressing during nesting, work efficiency in nesting of the thin-wall barrels is improved greatly. The thin-wall barrel nesting device has the advantages of compact and simple structure, high automation level, and capability of reducing labor intensity of workers and improving nesting quality of the thin-wall barrels.

Description

technical field [0001] The present invention relates to the technical field of thin-wall cylindrical casing equipment, in particular to the technical field of thin-wall cylindrical casing equipment. Background technique [0002] At present, the production methods of the known composite thin-walled cylinder suits mainly include manual suits and mechanical suits. Artificial suiting is to deform the inner cylinder by artificially applying external force to achieve the effect of shrinking the diameter of the inner cylinder, and then through the auxiliary suit tooling, the deformed and shrunk inner cylinder is inserted into the outer cylinder by means of horizontal and horizontal socketing. This production method has a long production cycle, a large number of personnel, and the quality of the suit cannot be controlled; the mechanical suit also uses this horizontal inserting method to add chamfers at the port of the inner cylinder in advance, fix the outer cylinder, and apply exte...

AI Technical Summary

Problems solved by technology

Artificial suiting is to deform the inner cylinder by artificially applying external force to achieve the effect of shrinking the diameter of the inner cylinder, and then through the auxiliary suit tooling, the deformed and shrunk inner cylinder is inserted into the outer cylinder by means of horizontal and horizontal socketing. This production method has a long production cycle, a large number of personnel, and the quality of the suit cannot be controlled; the mechanical suit also uses this horizontal inserting method to add chamfers at the port of the inner cylinder in advance, fix the outer cylinder, and apply external force to the inner cylinder. Forcibly push the inner cylinder into the outer cylinder, but because the thin-walled cylinder itself is thin, it is easy to deform. If the horizontal set is adopted, the deformation of the cylinder will be large after the force is applied, and the pushing resistance during the set process is extremely high. Large, unable to meet the production process requirements of the thin-walled cylinder set

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