Integrated electric control system of hydraulic loom

Abstract

The invention relates to an integrated electric control system of a hydraulic loom. The integrated electric control system comprises a main control panel, an electronic coiling and delivering system, and an electrical unit; the inner part of the electric control system is composed of three parts from top to bottom, wherein the upper part of the box body is the main control panel, the middle part of the box body is an installing position of the electronic coiling and delivering system and the bottom part of the box body is equipped with the electric unit; the main control panel is connected with a coiling system through a coiling interface, and the main control panel is connected with an electronic weft accumulator controlling and driving system through a weft storage interface, wherein the coiling system is connected with a delivering system, and the outer part of the delivering system is provided with a tension sensor. The integrated electric control system has the following beneficial effects: the system is high in integration degree, and good for realizing the automatic reverse pick-finding and slow reverse inching positioning and stopping function; the wire connection is convenient and simple; the structural layout of an electric control bottom plate is partitioned into upper, middle and lower parts; the layout is reasonable and simple, and the occupied space is small; the electric control bottom plate has optimized layout; the classification of control, drive, and electric positions are clear; every subsystem is isolated, and the electromagnetic interference influence is low.

Description

technical field [0001] The invention relates to industrial textile control technology, in particular to an integrated electric control system for a water jet loom. Background technique [0002] The water-jet loom is a shuttleless loom that uses a jet of water to pull the weft through the shed. Water-jet weft insertion has greater friction and traction on weft yarn than air-jet weft insertion, and has less diffusivity, which is suitable for weft insertion of filaments such as synthetic fibers and glass fibers with smooth surfaces. At the same time, it can increase the conductivity of the synthetic fiber and effectively overcome the static electricity in weaving; in addition, the energy consumed by spraying the weft yarn is less and the noise is the lowest. [0003] The existing water spray electric control does not include electronic take-up, electronic warp let-off, and electronic weft feeder. The three are installed separately and independently, and the installation and de...

AI Technical Summary

Problems solved by technology

[0003] The existing electronic water spray control does not include electronic take-up, electronic warp let-off, and electronic weft feeder. The three are installed separately and independently, and installation and debugging are troublesome.

At the same time, the water spray electronic control has no special interface for electronic take-up, electronic let-off, and electronic weft feeder, and the coordination is poor; the position detection is independent, and three sets of detection sensors or encoders need to be installed, which is complicated to install and poor in synchronization

[0004] In addition, the existing electronic control only has a simple start-stop function, and does not have automatic intelligent functions

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