Driving mechanism of multi-head scroll recoiling machine

Abstract

The invention relates to a mechanical transmission method, in particular to a driving mechanism of a multi-head scroll recoiling machine which satisfies special requirements of belt material coiling or cord winding. The driving mechanism comprises an electromotor and a decelerator. The driving mechanism is characterized in that an output shaft of the decelerator (2) which is connected with an electromotor (1) is engaged with a plurality of coupling transmission ladles (4) by a distribution gear (3); each transmission ladle (4) transmits kinetic moment and velocity to two scrolls (5) connected thereon; and rotation speed of each scroll can be self-adjusted according to length of the recoiled stripe. The driving mechanism changes traditional strip-by-stripe recoiling technique of belt material, thereby compacting machine unit distribution, reducing equipment investment, simplifying operation and improving recoiling quality. The driving mechanism further realizes flexible winding of multi-head cords.

Description

technical field [0001] The invention relates to a mechanical transmission method, in particular to a transmission mechanism of a multi-head reel coiler which can meet the special needs of strip coiling or wire rope coiling. Background technique [0002] In the production of strip rolling, slitting, slitting or planing, each strip should be collected into narrow coils, and the edges should be neat and regular, and the tension should be uniform. Usually, the method of coiling is adopted. There are two traditional methods. There are two methods: one is that each strip is fully wound on one reel, and the other is that each strip is wound on a different coiler reel respectively. These two methods have different disadvantages and limitations. In the first way, equipment such as loopers and tension devices must be installed. The tension adjustment operation is complicated and may easily cause scratches on the surface of the strip. This method must not be used for some materials wit...

AI Technical Summary

Problems solved by technology

[0002] In the production of strip rolling, slitting, slitting or planing, each strip should be collected into narrow coils, and the edges should be neat and regular, and the tension should be uniform. Usually, the method of coiling is adopted. There are two traditional methods. There are two methods: one is that each strip is wound on one reel, and the other is that each strip is wound on a different coiler reel, both of which have different disadvantages and limitations

In the first way, equipment such as loopers and tension devices must be installed. The tension adjustment operation is complicated and may easily cause scratches on the surface of the strip. This method must not be used for some materials with extremely high surface requirements; The number of motors increases, the parameters of each motor need to be adjusted frequently, and the operation is complicated

Therefore, compared with the present invention, there are problems that the equipment investment is large and the production operation is difficult

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