Industrial splicing and sewing machine easy to operate

Abstract

The invention relates to an industrial splicing and sewing machine easy to operate. An existing conventional industrial splicing and sewing machine is large in noise, high in energy consumption, low in production efficiency when splicing and sewing operation is performed, prone to enabling an upper garment piece and a lower garment piece to be difficult to be accurately aligned and high in rework rate. The industrial splicing and sewing machine comprises a sewing machine main table facet, a sewing machine main body and an electronic control system. The industrial splicing and sewing machine is characterized in that the side of the main table facet is provided with an auxiliary table facet, the upper portion and lower portion of the main table facet are provided with an upper mechanical hand and a lower mechanical hand which are used for regulating cloth feeding positions respectively, and the electronic control system controls starting and revolving speed of the sewing machine main body, the feeding speed of the main table facet and the auxiliary table facet and the pressuring and stretching positions of the upper mechanical hand and the lower mechanical hand; the industrial splicing and sewing machine further comprises multiple sets of electrooptical devices which can monitor the positions where cloth to be spliced and sewn is located and the neat degree of the outer edges of the cloth to be spliced and sewn. According to the industrial splicing and sewing machine, a direct-driven non-shaft servo motor is adopted to drive a machine head to work, and a motor controller combines other acts or functions of the machine to perform uniform design of the electronic control system; the upper cloth and the lower cloth which are to be spiced and sewn are regulated through the upper mechanical hand the lower mechanical hand separately and uniformly controlled by the electronic control system, and therefore the splicing and sewing precision is improved.

Description

technical field [0001] The invention relates to an easy-to-operate industrial sewing machine. Background technique [0002] The motor used in existing conventional industrial stitching machines is a common servo motor, which drives the machine to work with a V-belt. The traditional motor is noisy and consumes a lot of energy, and the production efficiency is relatively low when performing patchwork work. It is also easy to make it difficult to align the upper and lower garment parts accurately, and the rework rate is relatively high. In addition, the electric control system of the existing patchwork machine is relatively simple, and cannot control the precise patchwork. Generally, it needs to rely on the experience of workers to operate, which has great limitations. Contents of the invention [0003] Aiming at the above problems, the present invention provides an easy-to-operate industrial patchwork machine with its own control system, which is easy to operate, can comple...

AI Technical Summary

Problems solved by technology

Traditional motors are noisy and consume high energy consumption. The production efficiency is relatively low when performing patchwork work. It is also easy to make it difficult to align the upper and lower garment parts accurately, and the rework rate is relatively high.

In addition, the electric control system of the existing patchwork machine is relatively simple, and it cannot control the precise patchwork. Generally, it needs to rely on the experience of workers to operate, which has great limitations.

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