Friction wheel separation device containing biomimetic material and separation method

Abstract

The invention provides a friction wheel separation device containing a biomimetic material and a separation method and belongs to the technical field of clothing production automation. By means of the friction wheel separation device containing the biomimetic material and the separation method, the problem that an existing separation device is complex in structure and low in separation accuracy are solved. The friction wheel separation device comprises friction wheels, a lifting mechanism, a detection device and a supporting connecting plate, wherein the detection device is used for detecting actual pressure values of the friction wheels when the friction wheels make contact with cloth; the friction wheels are mounted at the lower end of the supporting connecting plate, and the bottom end faces of the friction wheels are lower than the outer side face of the lower end of the supporting connecting plate; a driving mechanism for driving the friction wheels to rotate is arranged on the supporting connecting plate as well; the lifting mechanism is used for driving the friction wheels and the supporting connecting plate to move up and down; and the peripheral wall of each friction wheel is provided with an adsorption layer made of the biomimetic material. The friction wheel separation device has the advantages of being accurate in cloth separation, simple in structure and convenient to operate.

Description

technical field [0001] The invention belongs to the technical field of clothing production automation, and relates to a friction wheel separation device and separation method using bionic materials. Background technique [0002] During the separation process of cut fabrics, there are mainly the following separation methods: 1. Air suction type, which is adsorbed by negative pressure. The disadvantage is that fabrics with better air permeability cannot be adsorbed; 2. Viscose type, the disadvantage is that there are consumables The cost is high and the glue will stick to the surface of the cloth to form pollution; 3. Friction separation. [0003] Friction separation is currently more widely used. Such as Chinese patent (notification number: CN104652049A, application number: 2015100722661) discloses a kind of sewing machine automatic cloth single-layer separation and fetching method, a horizontal cloth sticking wheel is set on the position of the fetching action part of the c...

AI Technical Summary

Problems solved by technology

Problems with this technical solution: Although the solution uses a pressure sensor to precisely control the degree of contact between the sticking wheel and the fabric, for some fabrics with tight adhesion between layers, multiple layers of fabric will be separated at one time instead of a single layer. ; At the same time, the separated fabric has to be extracted through additional structures such as suction cups, which is complex and costly

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