Detecting and correcting method and device for mechanical location of loom

Abstract

The invention discloses a position detection and correction method of a weaving machine. The method comprises the procedures as follows: A.the motion position of the reed of the weaving machine is detected to determine the limit position of the forward motion of the reed; B. the angle of an encoder is set at 0 degree. The position detection and correction method and a device provided by the invention are used for detecting the actual position of the main shaft of the weaving machine automatically to achieve the automatic position correction of the main shaft of the weaving machine.

Description

Loom mechanical position detection and correction method and device technical field The invention relates to the field of loom mechanical control, in particular to a loom mechanical position detection and correction method and device thereof. Background technique The position of the main shaft of the loom is an important parameter of the loom control system. The main mechanical parts of the loom are linked with the main shaft. Since the movement process of various main mechanical parts of the loom must refer to the position of the main shaft of the machine, otherwise it is difficult to ensure If the weaving process is carried out correctly, it may even cause damage to mechanical parts. Therefore whether the detection of the position of the main shaft of the loom is accurate plays a decisive role in whether the loom can weave normally. When the loom is assembled, the mechanical installer must judge whether the zero position of the loom is accurate with the naked eye. If t...

AI Technical Summary

Problems solved by technology

From the detection and correction process of the position of the main shaft of the loom mentioned above, it can be seen that the mechanical installation and maintenance personnel must complete the operation manually, which makes the whole process very complicated, which not only consumes manpower but also increases the maintenance intensity of the loom. Production efficiency is very low

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