Torchon lace machine

Abstract

A frieze lace machine that achieves immediate embellishment in the event of timing disturbances caused by collisions of adjacent rotor bearings, entanglement of the operator's overalls, cut yarn being wound onto the spindle and rotational failure on the spindle Stopping the lace machine, preventing damage to the rotor bearing, reducing damage to various parts that transmit rotation to the rotor bearing, and preventing pattern damage. In the lace lace machine of the present invention, on the horizontal shaft (4) for driving the rotor bearing (3), a transmission gear (6) for transmitting power from the active part is provided, and the above rotor bearing (3) can be horizontally The way of rotating in the direction is fitted to the vertical shaft (2) arranged in a ring shape at a predetermined interval on the base (1), and the shaft center part of the transmission gear is divided into the transmission side of the horizontal shaft and the transmission side of the active part. On this divided surface, a cam that is integrally moved by the active part side against the spring pressure under the load from the horizontal axis side and integrated under the load from the active part side is formed, and a sensor that monitors the upward movement of the above-mentioned transmission gear is provided. .

Description

technical field [0001] The present invention relates to a lace lace machine capable of alleviating various factors that cause rotation failure of a rotor metal that moves a spindle runner (spindle runner) and that can reduce various factors that transmit rotation to the rotor bearing. Damage to various parts, prevent pattern damage in advance, etc. Background technique [0002] In general, as shown in Japanese Patent Application Laid-Open No. 8-284051, in a lace machine, the rotor bearings are arranged on the same circle, the spindle runners are installed between the arc recesses of the rotor bearings, and the rotor bearings are adjacent to each other on the left and right. The rotor bearing rotates 180° in the relative arc recess, so that the spindle runner moves alternately by 1 step. [0003] When making the above-mentioned spindle runner move continuously for multiple steps, if Figure 5 As shown, the rotor bearing A rotates 180° to the right as indicated by the arrow, ...

AI Technical Summary

Problems solved by technology

This timing disturbance produces a rotational failure caused by impingement of the rotor bearing

In addition, the yarns pulled out from the plurality of bobbins mounted on the spindle runner and gathered to the lace forming part are broken, and there is a rotation caused by a part of the work clothes of the operator who repairs it being entangled with the spindle or the like. Failure, or rotation failure caused by the disconnected yarn winding onto the bobbin spindle like a spider web, etc.

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