Cloth cutting device

Abstract

The invention provides a cloth cutting device comprising a transport roller device, an adjustable guide roller mechanism, an auxiliary roller assembly, a press unit, a cutter and a rolling device; the press unit is provided with a tool rest; two sides of the tool rest are provided with a press mechanism; the cutter is arranged above the press unit; two sides of the cutter are provided with the auxiliary roller assembly; the cutter is provided with a vertical slide seat; a transverse slide seat is arranged on the vertical slide seat; one side of the transverse slide seat is provided with a buffer mounting rack; a cutter assembly is arranged below the buffer mounting rack; the cloth on the transport roller device passes the guide roller assembly, the auxiliary roller assembly, the press unit and the rolling device in sequence along the transport direction; the press unit can press tight the cloth on two sides of the tool rest, thus maximumly reducing the cloth deformation level, and ensuring the cutting process to be stable; the cutter assembly is provided with the buffer mounting rack, thus reducing bumps between the cutter and the tool rest in a cutting process, and reducing the cutter wearing.

Description

[0001] 【Technical field】 [0002] The invention relates to the technical field of cloth production, in particular to a cloth cutting device. [0003] 【Background technique】 [0004] In the textile industry, cloth slitting equipment is often used to divide the raw edge of the cloth or the cloth into small sections of equal or different lengths according to customer requirements for winding and packaging. However, the structure of the current slitting machine is unreasonable and requires multiple Workers manually press the cutter to divide, which increases the labor cost of the enterprise. The fabric has a certain degree of flexibility. Once the tension applied to the fabric changes during the cutting process, the fabric will produce different deformations, resulting in the final cut. The size accuracy of the fabric is low. The traditional take-up device is generally fixed to transport the fabric directly from the feed roller to the take-up rod. However, the elasticity of many fa...

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Problems solved by technology

[0004] In the textile industry, cloth slitting equipment is often used to divide the raw edge of the cloth or the cloth into small sections of equal or different lengths according to customer requirements for winding and packaging. However, the structure of the current slitting machine is unreasonable and requires multiple Workers manually press the cutter to divide, which increases the labor cost of the enterprise. The fabric has a certain degree of flexibility. Once the tension applied to the fabric changes during the cutting process, the fabric will produce different deformations, resulting in the final cut. The size accuracy of the fabric is low. The traditional take-up device is generally fixed to transport the fabric directly from the feed roller to the take-up rod. However, the elasticity of many fabrics is not the same. The fixed take-up method is adopted. It is easy to cause the fabric to slack during coiling, resulting in loose coiled fabric after coiling, which is not conducive to storage and affects product quality. Therefore, a fabric cutting device is proposed

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