Horizontal tape coiling machine

Abstract

The invention discloses a horizontal tape coiling machine which comprises a shaft core and a rack; the key point is that a tape feeding system, a rotary disc, a motor and an electric control system are fixed on the rack; the tape feeding system is mainly composed of horizontal tape feeding guide rollers and inclined guide rollers; the two horizontal tape feeding guide rollers which are parallel in the upward and downward direction are fixed at the front end of the rack; the inclined guide rollers are arranged at the rear ends of the horizontal tape feeding guide rollers; the shaft core is vertically fixed in the center of the rotary disc and is connected with the motor; the rotary disc is parallel to the ground; a tape isolating rod which is parallel to the shaft core is vertically fixed on a plane outside the rotary disc; the tape isolating rod and the tape feeding system are arranged at the same side of the shaft core; a woven tape is wound on the inclined guide rollers after penetrating through the two horizontal tape feeding guide rollers, and is wound on the shaft core after bypassing the tape isolating rod; and all rods can rotate. As the woven tape is vertical, the weights of layers cannot be accumulated, then the larger the diameter is, the firmer the side edge of the woven tape is; the maximum diameter of a woven tape coil is not limited; with an axial shrinking mechanism of the shaft core, the shaft core can be separated from the woven tape conveniently after the woven tape is coiled; and a counting function is added, so that the length of the woven tape can be measured.

Description

technical field [0001] The invention belongs to textile machinery, in particular to tape dribbling machines. Background technique [0002] Due to the influence of the traditional winding method, the existing winding machines are mainly vertical, such as ZL201020140408.6 "A Vertical Winding Machine" and ZL201020140407.1 "A New Type of Winding Machine". The core is horizontal. As we all know, in order to tighten the webbing and prevent it from unraveling during the handling process, it must be tightened during the winding process. Therefore, the webbing and the shaft core are more and more tightly rolled, and there is also a phenomenon of weight superimposition in vertical winding. The weight of the layer is pressed on the inner layer, and finally borne by the shaft core, which makes it difficult to pull out the shaft core, and it is easy to cause the tape roll to be pulled apart during the process of pulling out the shaft core, so the maximum diameter of the ribbon roll shou...

AI Technical Summary

Problems solved by technology

As we all know, in order to tighten the webbing and prevent it from unraveling during the handling process, it must be tightened during the winding process. Therefore, the webbing and the shaft core are more and more tightly rolled, and there is also a phenomenon of weight superimposition in vertical winding. The weight of the layer is pressed on the inner layer, which is finally borne by the shaft core, making it difficult to pull out the shaft core, and it is also easy to cause the tape roll to be pulled apart during the process of pulling out the shaft core, so the maximum diameter of the ribbon roll should not be too large

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