Automatic metal net filter layer winding machine and metal net filter layer winding method

Abstract

The invention discloses an automatic metal net filter layer winding machine. The machine comprises a panel; the panel is downwards provided with four support legs; three tension rods are connected between two front support legs up and down at intervals; a winding speed reduction motor is arranged on a frame panel; an output shaft of the winding speed reduction motor is fixedly connected with a pressing winding device; the pressing winding device is provided with a fixed winding wheel and a movable winding wheel; the pressing winding device is provided with a magnetic material block; a sensor bracket is arranged on a panel behind the pressing winding device, and is provided with a magnetic inductor; and the magnetic inductor is aligned to the rotating surface of the magnetic material block. The invention further discloses a winding method of the automatic metal net filter layer winding machine. The automatic metal net filter layer winding machine effectively guarantees the inner diameter size of a metal net filter layer, the product winding tightness and the winding layer number of the filter layer; the width size of the metal net filter layer is controlled through the fixed winding wheel and the movable winding wheel; multiple trimming procedures are saved; the product quality is guaranteed; and the quality accident is prevented.

Description

Technical field [0001] The invention relates to the technical field of machinery, in particular to a metal mesh filter layer winding machine and a winding method thereof. Background technique [0002] The traditional winding method of the metal mesh filter layer uses the product skeleton to control the inner diameter size after winding. The tightness of the metal mesh filter layer after winding is controlled by the experience of the operator, and the number of winding layers of the metal filter layer is controlled by the count. The height dimension of the product depends on multiple trimming. Manual control of the number of inspections can easily lead to errors. Manual trimming and manual control of tightness can also easily lead to poor product consistency and unstable product performance, causing customer complaints, engine early grinding and other quality problems. Summary of the invention [0003] The purpose of the present invention is to provide an automatic metal mesh filte...

AI Technical Summary

Problems solved by technology

[0002] The winding method of the traditional metal mesh filter layer uses the skeleton of the product to control the inner diameter after winding. The tightness of the metal mesh filter layer after winding is controlled by the experience of the operator. The number of winding layers of the metal filter layer is controlled by checking the number. The height dimension of the product is completed by multiple trimming, and manual control checks are likely to lead to errors. Manual trimming and manual control of tightness can also easily lead to poor product consistency and unstable product performance, causing customer complaints, premature engine wear and other quality problems.

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