Pile-weaving-pattern editing device

Abstract

A pile-weaving-pattern editing device (30) is provided for a pile loom (1), which forms piles by driving pile forming elements (15, 16) through driving means (M) that is independent of a main driving motor of the loom so as to change a relative position between a cloth fell (CF) of a woven cloth (W) and a beating position, the pile forming elements being driven on the basis of set pile forming information. The pile-weaving-pattern editing device (30) includes controlling means (31) having an automatic setting function. Based on the pile forming information input for an arbitrary one of the weaving steps, the controlling means (31) automatically sets pile forming information corresponding to the input pile forming information for a plurality of the weaving steps that follows the starting step in accordance with the number of weaving cycles included in the input pile forming information.

Description

Technical field [0001] The present invention relates to a pile loom, in particular, a device for creating and editing the above-mentioned pile weaving pattern used in the pile loom on the premise of the pile loom. This pile loom contains pile formation information including the number of weaving cycles per pile formation cycle, and is driven by a drive unit independent of the main drive motor of the loom according to the pile weaving pattern set for each weaving step The driven loop forming element acts to change the beating-up position of the reed and the relative position of the weaving mouth of the fabric to form loops. [0002] In addition, the "one loop forming cycle" referred to in the above-mentioned present invention refers to a weaving cycle of 1 unit for forming a loop. Specifically, it is composed of multiple weaving cycles performed to form a loop. constitute. For example, when one loop is formed by inserting and beating up three weft yarns, one loop forming cycle at...

AI Technical Summary

Problems solved by technology

Thus, although it is necessary to input and set the same information for a plurality of continuous weaving steps, in the past, for each unit corresponding to a plurality of continuous weaving steps, the same information had to be input one by one, so the input setting The work is very complicated

In addition, it is necessary to carry out work for all the loop weaving parts in the repetition of weaving structure 1, so it takes time and labor to increase the number of inputs.

[0021] In addition, if the type of the pile formation information set for the pile weaving part in the repetition of weaving structure 1 is set to 1, the possibility of input errors will be reduced.

However, when it is necessary to mix and set a plurality of different pile forming information, that is, when there is pile weaving with different pile picking numbers in the repetition of the weaving structure 1, it is necessary to input during the setting work. possibility of error

For example, if the number of pile picks is 4 picks, the same information must be entered in 4 weaving steps. However, due to a mistake, it may happen that only 3 weaving steps are entered, and then the next pile formation is entered. The situation of the information

Furthermore, when such an input error is made, more time and labor are required to correct it.

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