Creel

Abstract

The invention relates to the field of knitting needle equipment, in particular to a creel. The creel comprises a creel body and multiple spool supporting devices arranged on the creel body, and each spool supporting device comprises a base located on the creel, a support located on the base and a spool rod located on the support; each base comprises a first embracing loop and a second embracing loop which are arranged oppositely, a shaft hole is formed between each embracing loop and the corresponding embracing loop, one end of each first embracing loop and one end of the corresponding second embracing loop are connected through a rotating assembly, and the other end of each first embracing loop and the other end of the corresponding second embracing loop are connected through a first locking assembly; each base can rotate in the circumferential direction of the corresponding shaft hole, each support is located on the corresponding base through a first rotating shaft, and each first rotating shaft is radially arranged along the shaft hole of the corresponding base. By means of the spool supporting devices of the creel, height adjustment and angle adjustment of spool rods are achieved, thereby stable yarn output of the creel can be guaranteed, yarn output efficiency is improved, and an output line of the creel can be changed and adjusted.

Description

technical field [0001] The invention relates to the field of knitting needle equipment, in particular to a creel. Background technique [0002] The creel is a commonly used part on the knitting machine. The creel is provided with a plurality of bobbin rods, which are used to place the bobbin, and the yarn is delivered to the knitting machine after being output by the bobbin. However, the current creel structure is relatively simple, and the bobbin rods are all positioned on the creel, and the bobbin rods can only rotate on their axis at most, and cannot be adjusted longitudinally and circumferentially along the creel, that is, the height and angle cannot be adjusted. Therefore, existing creels include different specifications and models, generally including 16-28 creels. In this way, there are at least three disadvantages: 1. Since the specifications of the creel are fixed, the distance between two adjacent yarn bobbin rods cannot be changed, and the yarn storage content on...

AI Technical Summary

Problems solved by technology

In this way, there are at least three disadvantages: 1. Since the specifications of the creel are fixed, the distance between two adjacent yarn bobbin rods cannot be changed, and the yarn storage content on the yarn bobbin is firmly limited and cannot be expanded; 2. Production At the same time, it is also necessary to correspond the outlet direction of the yarn bobbin to the yarn threading bobbin, and the creel with a fixed model cannot be adjusted in this way; 3. Due to the fixed creel specification, many knitting enterprises need to be equipped with multiple creels, which not only causes There are many types of creels and it is confusing, and it is very inconvenient to replace the creels due to changes in knitting products during production

The disadvantages of existing yarn threading methods are: two-handed operation, more troublesome operation, low yarn threading efficiency; and improper use of air guns can easily entangle several strands of yarn together

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