Fabric conveying and processing device for chemical fiber quilt production

Abstract

The invention discloses a fabric conveying and processing device for chemical fiber quilt production, and belongs to the field of home textile processing mechanical equipment. An upper damping pressing plate and a lower damping pressing plate are arranged on the upper side and the lower side of a fabric conveying rotary disc at the end of a fabric unwinding rotary roller correspondingly, a feedingand conveying pressing roller is arranged on the upper side of a feeding and conveying rotary roller, and the two ends of a horizontal moving reciprocating pull plate are arranged on material pullinghorizontal moving guide rods correspondingly in a sliding manner. The two ends of the upper side of a fabric pulling and conveying chain are fixedly connected with the two sides of the horizontal moving reciprocating pull plate correspondingly, a fabric cutting mechanism is arranged on a fabric processing support on the side of a feeding and conveying support, and a cutting horizontal moving connecting rod is horizontally arranged in a connecting rod reciprocating sleeve of a connecting rod reciprocating support in a sliding manner. A fabric guiding and conveying rotary roller is rotationallyconnected to a lifting rotary roller support on the lower side of a fabric guiding and conveying bearing roller. The fabric conveying and processing device for chemical fiber quilt production is reasonable in structural design, chemical fiber quilt fabric can be continuously and smoothly unwound, conveyed and cut efficiently and stably, the fabric processing automation degree is high, and the production and use requirements are met.

Description

technical field [0001] The invention belongs to the field of home textile processing machinery and equipment, and in particular relates to a fabric conveying and processing device for producing chemical fiber quilts, which is mainly used for cutting and processing chemical fiber quilt fabrics. Background technique [0002] Due to its good cost performance, chemical fiber quilts are more and more used in our daily life. Chemical fiber quilts have become widely used bedding. Chemical fiber quilts have strong plasticity and fit well with the skin when used, which can effectively To improve the comfort during use, chemical fiber quilts have better moisture-proof performance and insect-proof functions than duvet quilts, wool quilts and silk quilts. During the production and processing of chemical fiber quilts, the fabrics used for chemical fiber quilts need to be cut according to the size specifications of the required chemical fiber quilts, so that the cut fabrics can meet the n...

AI Technical Summary

Problems solved by technology

During the production and processing of chemical fiber quilts, the fabrics used for chemical fiber quilts need to be cut according to the size specifications of the required chemical fiber quilts, so that the cut fabrics can meet the needs of chemical fiber quilt production. The size specification is large and the width of the chemical fiber is wide, so in the actual cutting process of the fabric, it is difficult for the worker to use the cutting knife and other tools to cut the fabric conveniently and smoothly. It is necessary to use the cutting mechanism to use the Fabrics for making chemical fiber quilts are cut. The existing fabric conveying and cutting mechanism has a complex structure and troublesome operation. During the process of fabric unwinding and conveying, it is difficult for the fabric conveying mechanism to unwind and convey the fabric in a stable and orderly manner. During the fabric unwinding process, under the pulling action of the subsequent cutting mechanism, the fabric is excessively unrolled, causing the fabric to be loose and scattered, which will not only cause the fabric to be skewed and wrinkled during the transmission process, but also affect the quality of the subsequent fabric cutting process. Quality, during the use of the fabric cutting mechanism, the fabric used to make the chemical fiber quilt needs to be pulled horizontally at first, after the fabric is horizontally pulled to the required length, and then the fabric of the required length is cut by the cutting knife Cutting, to realize the cutting process of the fabric used to make chemical fiber quilts, but in the process of fabric cutting by using the existing fabric cutting mechanism, the horizontal pulling and translation of the fabric and the cutting drive of the fabric cutting knife adopt two methods respectively. The two power output mechanisms are driven separately, which not only causes high energy consumption required for fabric cutting and processing, but also makes it difficult for the two power output mechanisms to drive separately in a smooth and orderly manner due to the use of two power output mechanisms for independent operation and drive. As a result, it is difficult to cooperate smoothly and orderly in the pulling and translation of the fabric and the cutting of the fabric, and it is difficult to cut the fabric accurately and conveniently after the horizontal pulling and translation of the fabric to the required length, which makes it easy to cause the length of the fabric used to make chemical fiber quilts Too long or too short will affect the normal use of the cut fabric. After the existing fabric is cut and processed, when the fabric pulling mechanism moves to the side of the fabric cutting mechanism, it is usually necessary to manually place the end of the fabric. It cannot be automatically guided, placed and pressed and fixed, which makes the automation of fabric cutting processing low, and it is difficult to realize smooth and continuous cutting of fabrics. Therefore, using existing fabrics The transmission and processing device transmits and cuts the fabric used to make chemical fiber quilts. The cutting efficiency is low and the cutting quality is poor, which cannot meet the needs of production and use.

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