Edge peeling mechanism for knitwear rolling and inspecting machine

Abstract

The invention belongs to the field of knitting machinery and discloses an edge peeling mechanism for a knitwear rolling and inspecting machine. The edge peeling mechanism comprises a fixed rod with a first edge peeling mechanism arranged on one end and a second edge peeling mechanism arranged on the other end, the first edge peeling mechanism comprises a first adjusting seat, a second adjusting seat and a first edge-peeling semicircular roller, the first adjusting seat and the second adjusting seat are fixed at one end of the fixed rod, one end of the first edge-peeling semicircular roller is fixed with the first adjusting seat while the other end of the same is fixed with the second adjusting seat, a first edge-peeling thread is formed on one side of the first edge-peeling semicircular roller, the second edge peeling mechanism comprises a third adjusting seat, a fourth adjusting seat and a second edge-peeling semicircular roller, the third adjusting seat and the fourth adjusting seat are fixed at the other end of the fixed rod, one end of the second edge-peeling semicircular roller is fixed with the third adjusting seat while the other end of the same is fixed with the fourth adjusting seat, a second edge-peeling thread is formed on one side of the second edge-peeling semicircular roller, and the first edge-peeling thread and the second edge-peeling thread are opposite in spiral direction. The edge peeling mechanism for the knitwear rolling and inspecting machine can guarantee the end face of a cloth roll to be flush and guarantee rolling quality of knitwear by the knitwear rolling and inspecting machine.

Description

technical field [0001] The invention belongs to the technical field of knitting and textile machinery, and in particular relates to an edge stripping mechanism for a knitting fabric rolling inspection machine. Background technique [0002] The knitted fabric rolling inspection machine is also called the fabric rolling inspection machine, and then referred to as the rolling inspection machine. The reason why it is named the rolling inspection machine is because it has dual functions or double functions. The shaped fabric is formed into rolls for storage, transportation and management, etc.; the second is to check and accept the fabric to prevent defective products from entering the market. More precisely, when the roll-inspecting machine winds up the finished fabric from the sizing machine into a cylindrical body, the online operator observes the condition of the fabric. Usually, the roll inspection machine is also equipped with a meter counting device (also called a length ...

AI Technical Summary

Problems solved by technology

[0004] Although the above-mentioned technical solutions that are not limited to examples have corresponding achievements, they have the following advantages and disadvantages: one is that there are curling edges on both sides of the length direction of the knitted fabric after the previous process such as the shaping process. Therefore, in the process of rolling into a roll by the rolling inspection machine, because the curling cannot be flattened, it can only be wound with the knitted fabric in a superimposed state or a folded state, commonly known as rope-shaped curling, so it affects the needle. The roll quality of textiles is specifically manifested in the fact that in the process of fabric manufacturers processing clothing and bedding products, it is necessary to pre-level the edges of the unexpanded fabrics on the self-cloth rolls, that is, the rope-like parts, and most of them use edge trimming machines. (also known as trimming machine) to cut the curling or ironing, which will cause waste of fabric and increase costs, and ironing will affect the production process of clothing or bedding manufacturers; second, because in order to avoid as much as possible The curls on both sides of the knitted fabric in the length direction are taken up by the rolling inspection machine without any treatment, so the cloth inspection workers who are on duty at the rolling inspection machine usually peel off the rope-shaped curls and flatten them manually. , but the work intensity of the cloth inspection workers is high, and the efficiency is low; the third is that it is difficult to guarantee the quality of the manual stripping and flattening of the rope-shaped curling, so it is still not enough to make the knitted fabric rolled by the rolling inspection machine. The smoothing effect of the edge reaches a satisfactory level, because the manual peeling of the curled edge, that is, the manual edge expansion is often related to factors such as the worker's sense of responsibility, emotion, and job proficiency

[0005] The above technical problems have plagued knitted fabric manufacturers for a long time, and it is expected to be solved as soon as possible, but no corresponding technical revelation has been given in the patents and non-patent literature published so far

Images