Weaving machine with synchronous online cold-heat transfer printing and dyeing and pattern weaving functions and use method thereof

Abstract

The invention discloses a weaving machine with synchronous online cold-heat-transfer printing and dyeing and pattern weaving functions and a use method thereof. The method includes the steps of conducting non-desizing slurry sizing preprocessing through shaft piece yarn plasmas and ultrasonic waves to prepare a slurry shaft, conducting drawing-in, putting the product on the weaving machine body, directly conducting printing and dyeing and synchronous weaving on warp between a rear beam and a weaving shaft and between a heald frame and the rear beam through an online cold-heat-transfer printingand dyeing device according to the design or the requirements of clients for patterns, design and colors and dermatoglyphic patterns of clothes for weaving the cloth, taking the cloth from the textile machine body, inspecting the cloth and conducting sizing. The current technology advantage of the weaving machine with the processing speed lower than 0.3 m / min is sufficiently used, dyeing, printing and weaving are synchronously completed, and the printing and dyeing time and place are saved; since the specific surface area of yarn directly distributed in the hot environment is larger than thatof cloth, warp vertically changes the position at high speed on the weaving machine, and the energy and time consumption for drying the yarn is lower than the energy and time consumption for drying the cloth.

Description

technical field [0001] The invention relates to the field of the textile industry, in particular to a loom capable of synchronously realizing pattern weaving through online cold and heat transfer printing and dyeing and a method for using the loom. Background technique [0002] Over the past few years, China's textile printing and dyeing industry has developed rapidly, and printing output has also increased simultaneously. In 2010, the national printing and dyeing output was 60 billion meters, of which printed cloth was 20 billion meters, accounting for 33.33% of the printing and dyeing output. At the same time, the fashion cycle of clothing is getting shorter and shorter, patterns are changing faster and faster, production requirements are getting higher and higher, and order quantities are getting smaller and smaller. Although printing companies have introduced digital methods such as printing CAD systems, laser phototypesetting machines, flat screens, rotary screen inkje...

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Problems solved by technology

[0021] The invention proposes a loom with the function of on-line cold and hot transfer printing and dyeing to realize pattern weaving and its use method, which solves the problem of large noise, many air flying flowers, high labor intensity, many equipments and slow processing speed in the weaving factory in the prior art , a technical problem with a low degree of automation

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