Design method of computer jacquard platemaking decomposition interface of circular knitting machine

Abstract

The invention discloses a design method of a computer jacquard platemaking decomposition interface of a circular knitting machine. A decomposition main interface is included and comprises a basic parameter setting region, a decomposition window operation region used for generating a single-face computer jacquard pattern file at a time or generating a double-face computer jacquard pattern file at atime is arranged below the basic parameter setting region, and a thread residue adjusting switch and a double-face decomposition switch used for controlling the decomposition window operation regionare arranged below the decomposition window operation region. Through the arrangement of an upper tray decomposition tab window, a lower tray decomposition tab window and the double-face decompositionswitch, platemaking personnel can achieve single-face decomposition and double-face decomposition under the same decomposition interface; during double-face decomposition, double-face decomposition can be completed through only one time of compiling operation, the operation step is simplified, learning and mastering of platemaking personnel are facilitated, and the platemaking efficiency is alsoimproved; and the number of the generated computer file with one face or double faces is one, and file management is convenient.

Description

technical field [0001] The invention relates to the technical field of large circular knitting machines, in particular to a computerized jacquard plate-making decomposition interface design method for large circular knitting machines. Background technique [0002] The circular knitting machine is also called the circular weft knitting machine. Generally speaking, it can be divided into two categories: single-sided series and double-sided series. Large circular knitting machine. Due to the many knitting systems of the large circular knitting machine, high speed, high output, fast pattern change, good fabric quality, less process, and strong product adaptability, it has developed rapidly. The existing large circular knitting machine is mainly composed of frame, supply It is composed of yarn mechanism, transmission mechanism, lubrication and dust removal mechanism, electrical control mechanism, pulling and winding mechanism, computer jacquard plate-making software and other au...

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Problems solved by technology

[0005] But above-mentioned two kinds of prior art schemes, in the actual use process, all need to be decomposed separately for different models and pattern when decomposing, have brought very big inconvenience to operation, and different for double-sided computer Pattern jacquard models, the existing large circular knitting machine computer plate-making software on the market needs to be drawn into different files separately, and separately decomposed, which greatly increases the workload of large circular knitting machine computer plate-making, and also gives pattern management to manufacturers. caused great inconvenience

To sum up, the existing computerized jacquard plate-making software for large circular knitting machines needs to select the corresponding model and interface to operate for different models. When outputting double-sided computerized jacquard patterns, two decomposition operations are required. In addition, , if the user has improperly set the parameters of the machine, tuck, etc., he needs to go back to the operation and enter the operation steps of the decomposition interface again, which has disadvantages such as complicated operation, low plate-making efficiency, and complicated pattern file management. Therefore, we propose a large circular knitting machine Computer jacquard plate-making decomposition interface design method

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