A fully automatic carpet machine

Abstract

The invention relates to a fully automatic carpet machine with high degree of automation, which belongs to the field of carpet machines. The present invention comprises a power transmission mechanism, a crochet needle rest assembly, a knitting needle piston assembly, a cylinder assembly, an outer cover plate, a support frame assembly and a plurality of electromagnetic valves, the outer cover plate is connected with the support frame assembly, and the plurality of electromagnetic valves are all arranged on the outer cover plate , the support frame assembly includes a side plate fixing plate 1 and a side plate fixing plate 2, the side plate fixing plate 1 and the side plate fixing plate 2 are respectively installed on both sides of the support frame assembly, the power transmission mechanism is connected with the support frame assembly, and the crochet knife rest The assembly is connected with the power transmission mechanism, and the knitting needle piston assembly is connected with the cylinder assembly. The invention has reasonable structural design, stability and reliability, low cost, small occupied space, high work efficiency and high degree of automation, and meets the use requirements.

Description

technical field [0001] The invention relates to a carpet machine, in particular to a fully automatic carpet machine with a high degree of automation, which belongs to the field of carpet machines. Background technique [0002] With the continuous development of the carpet industry, there are more and more types of carpets, and the output is increasing, and the existing processing capacity cannot meet the needs of production. Most of the existing tufting structures of enterprises basically use manual hand-held tufting machines for manual tufting or semi-automatic tufting machines for hand-held base cloth for tufting. This structure has disadvantages: 1) The size of the processing is generally small. 1.5 meters or less; 2) Single style, complex patterns cannot be processed; 3) Manual operation, low efficiency and poor precision; 4) Long product cycle, low automation level, and high production cost defects; 5) Need to be at the bottom Drawing graphics on the cloth is cumbersom...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of the carpet industry, there are more and more types of carpets, and the output is increasing. The existing processing capacity cannot meet the production needs.

The tufting structure of most existing enterprises basically uses manual tufting machines for manual tufting or semi-automatic tufting machines for tufting with the base fabric. This structure has disadvantages: 1) The processed size is generally small 1.5 meters or less; 2) single style, complex patterns and patterns cannot be processed; 3) manual operation, low efficiency and poor precision; 4) long product cycle, low automation level, high production cost defects; 5) needs to be in the bottom Drawing graphics on cloth, the process is cumbersome

Although this patent can automatically clean up the plush in different positions on the tufting body when in use, the sewing and production efficiency is low, and the degree of automation is low, so it still has the above-mentioned defects.

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