Stranding device

Abstract

A stranding device belongs to the technical field of wire and cable processing equipment, and comprises a stranding cage mechanism and a die guiding mechanism, wherein the stranding cage mechanism comprises a stranding cage base, a stranding cage, left and right wire guiding plates, a winch and a winch shaft; the stranding cage is fixed on the stranding cage base; a stranding cage shaft is supported on the stranding cage; the left wire guiding plate is arranged at the left end of the winch shaft and corresponds to the left side of the stranding cage; the right wire guiding plate is arranged at the right end of the winch shaft and corresponds to the right side of the stranding cage; the shaft head of the winch shaft extends out of the stranding cage; the winch is fixed on the shaft head; and the die guiding mechanism corresponds to the right side of the stranding cage mechanism, and comprises a wire guiding die holder and a wire guiding die which is arranged on the wire guiding die holder and corresponds to the winch. The stranding device is characterized by also comprising an automatic wire break alarm mechanism which is arranged on the wire guiding die, and corresponds to the side part of the winch, facing to one side of the wire guiding die. The stranding device has the advantages of being beneficial to guaranteeing the quality of a cable core and being conductive to reducing the labor intensity of workers and saving human resources.

Description

technical field [0001] The invention belongs to the technical field of wire and cable processing equipment, and in particular relates to a twisting device. Background technique [0002] The twisted wire device is also called the twisted wire device, and is even called the cabling device by the industry. This device can not only twist a plurality of monofilament conductors such as bare copper wires, aluminum-clad copper conductors, etc. Widely used equipment by wire and cable manufacturers. [0003] The structure of known stranding device is as image 3 As shown, it includes a cage mechanism 1 and a mold guide mechanism 2. The cage mechanism 1 includes a cage seat 11, a cage 12, left and right wire coils 13, 14, a winch 15 and a winch shaft 16, and the cage 12 is fixed on the cage On the cage seat 11, the winch shaft 16 is rotatably supported on the winch cage 12 through the bearing seat, and is driven to rotate by the winch shaft driving mechanism. side, the right wire re...

AI Technical Summary

Problems solved by technology

[0004] The twisted wire device with the above structure has exposed the following technical problems in the actual use process: First, it is not enough to fully guarantee the quality of the twisted wire strand 31, because in the wire 3. In the process of exiting from the wire reel and arriving at the wire mold 22 through the left and right wire reels 13, 14 and winch 15 in turn, there will inevitably be a disconnection phenomenon, and there are at least the following four types of wire breakage: one is the breakage in the left Before the conductor reel 13, the second is that the fracture is before the right conductor reel 14, the third is that the fracture is before the capstan 15, and the fourth is that the fracture is before the conductor mold 22. If the conductor 3 is broken at any position, it must be disposed of in time, otherwise it will affect the electrical conductivity after cabling. The quality of the wire core is currently handled by on-line staff monitoring. Once any one or more of the plurality of wires 3 is broken, stop the machine immediately and connect the broken wires 3. Since the on-line staff detects the disconnection and shuts down There is a large time difference between them, so the quality of the stranded wire strands 31 formed within the time difference is seriously affected due to the reduction in the number of wires; the second is that the labor intensity of the workers is high and they are always in a high state of tension, because once they are loosened In order to detect the fracture situation of wire 3 in time, the phenomenon of unqualified twisted wire strands 31 will be serious; the third is the waste of labor resources, because, due to the need to manually monitor whether there is a situation of wire 3 fracture, therefore, it is necessary to make a stranded wire for each twisted wire 3. The wire device is equipped with at least one worker, that is to say, it is impossible for one worker to deal with multiple twisting devices. Therefore, it is a kind of confusion at present when labor resources are increasingly scarce and labor costs are increasing.

[0005] The applicant has searched patent and non-patent literature, but there is no enlightenment to solve the above technical problems, and there is no successful report in the industry

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