Multi-reel take-up machine

Abstract

The invention discloses a multi-reel take-up machine. The multi-reel take-up machine comprises a plurality of take-up reels each mounted on a rack through a transmission shaft. Each of the multiple transmission shafts is mounted on the rack through a corresponding bearing and a corresponding bearing pedestal in parallel relative to an extruder, and the two ends of each transmission shaft are each provided with the corresponding take-up reel for wire blank wrapping through a shaft sleeve. A motor is further mounted on the rack and directly or indirectly connected with the transmission shafts through a chain wheel transmission mechanism. The number of the take-up reels is 8 to 16, every two take-up reels are fixedly mounted at the two ends of the corresponding transmission shaft, and each take-up reel is provided with a scissor plug capable of blocking a wire blank in the take-up process. The parts, on the two sides of the corresponding shaft sleeve, of each transmission shaft are each sleeved with a spring pressed to the corresponding shaft sleeve. The outer ends of the springs on the inner sides are pressed on baffles arranged on the transmission shafts in a sleeving manner, the outer ends of the springs on the outer sides are also pressed on the baffles arranged on the transmission shafts in a sleeving manner, and the outer sides of the baffles are fixed at least through nuts. The multi-reel take-up machine has the beneficial effects of being simple and reasonable in structure and convenient to use, fully meeting tin-based alloy wire manufacturing and the like.

Description

technical field [0001] The invention relates to a multi-disc wire take-up machine, which is mainly used for porous continuous extrusion of tin-based alloy wires and simultaneous extrusion of multiple wire blanks, and belongs to the technical field of tin-based alloy wire manufacture. Background technique [0002] Multi-hole continuous extrusion of tin-based alloy wire, extruding multiple wire blanks at the same time. However, due to the constant pulling speed of the winding continuous casting zinc rod of the existing wire winding machine, the winding is smooth. During the continuous extrusion process of the tin-based alloy wire, the winding tension is not uniform due to the inconsistent extrusion speed of the wire billet. Some wire blanks were pulled off, some wire blanks were bent chaotically, and even the extrusion die was blocked. In addition, the drive shafts of the current take-up machine are at the same height, and the extruded wire blanks are arranged out of order, w...

AI Technical Summary

Problems solved by technology

However, due to the constant pulling speed of the winding continuous casting zinc rod of the existing wire winding machine, the winding is smooth. During the continuous extrusion process of the tin-based alloy wire, the winding tension is not uniform due to the inconsistent extrusion speed of the wire billet. Some wire blanks were pulled off, some wire blanks were bent chaotically, and even the extrusion die was blocked

In addition, the transmission shaft of the wire take-up machine is at the same height, and the extruded wire blanks are arranged in disorder, which is easy to twist and cause production difficulties

[0003] In the prior art, there is also a wire take-up device controlled by a single reel. Each wire blank of this equipment is an independent wire reel. In a small case, it will cause the die to be blocked due to untimely collection, or the wire billet will be broken due to too fast speed, such as figure 1 shown

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