Parameter detecting device and method for textile weaving process

Abstract

A parameter detecting device in the weaving process of a fabric and a detecting method thereof relate to the technical field of detecting. The invention aims at solving the technical problem of improving the product quality during the weaving process of the fabric; the parameter detecting device includes a needle cylinder revolution detecting sensor, a bottom yarn detecting sensor, a surface yarn detecting sensor, a display screen and a microprocessor connecting the display screen; wherein, the microprocessor includes a density parameter module, a hair length or hair ring length amount module, an output amount module and a fixed-length rotating amount module; the density parameter module is respectively connected with the needle cylinder revolution detecting sensor and the bottom yarn detecting sensor; the hair length or hair ring length amount module is respectively connected with the needle cylinder revolution detecting sensor and the surface yarn detecting sensor; the parameter detecting method includes the parameter detecting methods of the density parameter detecting, the hair length or hair ring length amount detecting, the output amount detecting and the fixed-length rotating amount detecting. The invention is characterized by being capable of improving the efficiency, the accuracy, the product quality and realizing the automatization of output counting.

Description

technical field [0001] The invention relates to a detection technology, in particular to a detection technology which belongs to the textile industry and involves technical parameters such as control density, hair length or loop, piece length and weight, and square weight involved in the weaving process of textiles. [0002] Note: Density is a basic technological requirement for controlling the square weight of textiles in the weaving production process. The square weight is the weight of the cloth in one square meter, and its weight should meet the product requirements. Background technique [0003] Because the gray fabric weaving density of textiles is the first prerequisite for this product, and the square weight of the finished product is the quality requirement and economic index of the customer, if the weaving production control is not good, it will cause the difference in the square weight of the same specification product, ranging from Failure to meet product require...

AI Technical Summary

Problems solved by technology

[0004] The original weaving density control method is to manually observe the fabric density with a 5cm magnifying glass, and count the number of meshes as a reference; however, due to the different methods used by each person, plus the fabric has greater flexibility, and the mesh density of different regions of the fabric They are not the same, which often leads to judgment errors, mainly in the inconsistency between Taiwan and Taiwan, batch and batch, proofing and mass production, resulting in inconsistent square weight, pile height or loop length

Nowadays, due to the wide variety and specifications of textiles, the frequent adjustment of machines, and the miscellaneous models of manufacturers, the process is difficult to convert, often resulting in poor consistency of woven gray fabrics and difficult control of subsequent production, which seriously affects the production quality of textile gray fabrics.

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