Control system for embedded electronic jacquard machine

Abstract

The invention discloses a an embedded electronic jacquard machine control system, which comprises an embedded CPU module, an operation interface, a system setting and test module, a pattern file storage module, a synchronous signal detection module, and a data sending recheck and needle selection control driving module, wherein the embedded CPU module is used for coordinating and controlling the work of a plurality of modules; the operation interface is used for establishing a human-machine interface to display different working states and input parameters; the system setting and test module is used for setting parameters of a system and performing self-detection; the pattern file storage module is used for storing a pattern file to be processed; the synchronous signal detection module is used for the state during the detection through a sensor and sending a control command; and the data sending recheck and needle selection control driving module is used for rereading sent data, comparing the reread data with the sent data, amplifying released data, and then controlling the action of needle selection. The invention provides the embedded electronic jacquard machine control system which can reduce production cost, improve work efficiency, and is safe and reliable.

Description

technical field [0001] The invention relates to an electronic jacquard machine control system. Background technique [0002] Most of the early jacquard machine control systems were controlled by single-chip microcomputers, and their performance became very limited due to their own CPU limitations. The method of PC104 + DOS can only realize the most basic jacquard function due to the limitation of the function of the DOS operating system itself. There cannot be a qualitative leap in pattern storage, graphical interface, network, etc., and the pattern transmission of many jacquard machines using this scheme has to be realized by the ancient method of floppy disk. Moreover, the DOS operating system has been eliminated. A series of functions such as extraction, storage, transmission, verification, and output of pattern information cannot be realized. The defects in the existing technology are: high production cost, low work efficiency, and low digital level of the textile jacq...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the defects of high production cost and low work efficiency of the existing jacquard machine control system, the present invention provides an embedded Type Electronic Jacquard Machine Control System

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