Improved Sliding Structure of Ribbon Loom

Abstract

The invention discloses an improved sliding structure of a loom, which comprises a loom assembly and a heald frame assembly. The frame assembly is slidably combined with the two machine boards through the upper sliding sheet and the lower sliding sheet respectively provided on its opposite sides along the transverse direction; the present invention combines the upper and lower sliding sheet with the The contact area between the machine plates is reduced and its weight is reduced at the same time, so that when the heald frame assembly slides up and down relative to the two machine plates, it can move more stably, and at the same time reduce its noise and wear speed.

Description

technical field [0001] The invention relates to an improved structure of a weaving machine, in particular to an improved sliding structure of a warp device of a weaving machine. Background technique [0002] see Figure 10 As shown, the ribbon loom is a kind of machinery for weaving, and the ribbon loom of the prior art includes two ribbon loom frames 91 and a central fixed frame 92, the two frames 91 are arranged at intervals from each other, and the center is fixed The frame 92 is arranged in the middle of the two frames 91, and at least one central fixed column 93 is further formed on the central fixed frame 92, and a plurality of slide grooves are concavely formed on the sides of the two frames 91 facing each other. 94. [0003] A plurality of heald frames 95 are further arranged between the two frames 91, and these heald frames 95 are rectangular frames, and a sheet 96 is respectively formed on the opposite two sides of each of the heald frames 95, and the sheet body ...

AI Technical Summary

Problems solved by technology

[0006] The disadvantage of the prior art ribbon loom is that, on each of the heald frames 95, when the two sheets 96 on both lateral sides slide in the corresponding chute 94, since the entire sheet extends up and down to the heald The upper and lower sides of the frame 95, so the contact area between it and the chute 94 is large, so that when the heald frame 95 slides up and down relative to the frame 91, the frictional force will increase, thereby increasing the wear rate of the sheet body 96, and also Can produce not little noise in running process; In addition, the weight of whole sheet body also can influence the stability and the speed when heald frame 95 slides up and down on frame 91, so the ribbon loom of prior art, in Its operational structure needs to be improved

Images