It is used for the canning automatic decanting mechanism of the canning production line

Abstract

The invention relates to an automatic can separating mechanism for can sealing of a tinning production line. The automatic can separating mechanism comprises a mounting base, a hollow rotary shaft and a can-sealing cap pressing mould, wherein a step mounting hole is formed in the mounting base, a radial compressed air inlet is formed in the side wall of the mounting base, and a bearing cover plate is fixedly arranged at the end surface of the mounting base; the middle part of the periphery of the hollow rotary shaft is provided with a large-diameter section, and both side surfaces of the large-diameter section are respectively connected with a rolling bearing; the hollow rotary shaft is supported in the step mounting hole of the mounting base through the two rolling bearings; the upper end surface of an outer ring of one rolling bearing of the hollow rotary shaft is abutted against the step surface of the step mounting hole, the lower end surface of an outer ring of the other rolling bearing is abutted against the bearing cover plate, a straight groove or a cross groove is formed in one end of the hollow rotary shaft and passes through the center of the shaft, and the other end of the hollow rotary shaft is in transmission connection with a mould connecting base; the can-sealing cap pressing mould is fixedly connected with the mould connecting base. The automatic can separating mechanism has the advantages that the detachment is convenient, a can is separated under the blowing action of compressed air, and the can separating quality and efficiency are high.

Description

technical field [0001] The invention relates to an automatic can removal mechanism, in particular to an automatic can removal mechanism for sealing cans in a canning production line. Background technique [0002] In the process of fully automatic packaging canned and canned production, the can lid and can body are tightly combined to complete the seaming and sealing process, and the finished can should be separated from the gland mold smoothly without getting stuck on the gland mold. , but also to ensure that the sealing quality of the finished cans is not affected by scratches, etc. The traditional method is to set a beating mechanism inside the fixed gland mold. When the sealing process of the finished cans is completed, the beating mechanism is used to push the finished cans out of the gland. Outside the mold, this is not only complicated to manufacture, but also prone to knock damage to the can lid, which increases the loss rate of the finished product. Contents of the...

AI Technical Summary

Problems solved by technology

[0002] In the process of fully automatic packaging canned and canned production, the can lid and can body are tightly combined to complete the seaming and sealing process, and the finished can should be separated from the gland mold smoothly without getting stuck on the gland mold. , but also to ensure that the sealing quality of the finished cans is not affected by scratches, etc. The traditional method is to set a beating mechanism inside the fixed gland mold. When the sealing process of the finished cans is completed, the beating mechanism is used to push the finished cans out of the gland. Outside the mold, this is not only complicated to manufacture, but also prone to knock damage to the can lid, which increases the loss rate of the finished product

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