8100-type textile upper and lower warp beam mechanism

Abstract

The invention discloses an 8100-type textile upper and lower warp beam mechanism which includes main machine installation wall plates on the two sides. An upper warp beam middle formwork is installedat the upper ends of the main machine installation wall plates, and a lower warp beam and an upper warp beam are correspondingly positioned and installed through internal bearing seats; an upper warpbeam upper cross beam and an upper warp beam lower cross beam are fixedly installed at the upper end and the lower end of the upper warp beam of the upper warp beam middle formwork, and the upper warpbeam upper cross beam and the upper warp beam lower cross beam are fixed through upper reinforcement a bracing bar and an installation block; and a lower warp beam lower cross beam is fixedly installed at the lower end of the lower warp beam, the lower warp beam lower cross beam is positioned and fixed to an installation horizontal plate through a lower reinforcement bracing bar and an installation block, and a cross beam bracket is installed between the installation horizontal plate and the lower warp beam lower cross beam. The 8100-type textile upper and lower warp beam mechanism is drivenby the upper warp beam and the lower warp beam, synchronous and coordinated operation is achieved, thick and high weft dense fabrics can be weaved, effective transmission is ensured, the design is reasonable, the overall machine frame is stable and strong in structure performance, safety protection is good, and the8100-type textile upper and lower warp beam mechanism is suitable for widespread promotion.

Description

technical field [0001] The invention relates to a textile upper and lower warp beam mechanism of the 8100 model, in particular to a textile upper and lower warp beam mechanism of the 8100 model which is driven, stable and strong, and has good safety protection; it belongs to the technical field of textile processing. Background technique [0002] The existing textile warping and knitting machines are generally driven by a single warp beam, and are mainly used for warping and textile processing of cotton, polyester filament, low elastic yarn, viscose yarn, cotton yarn, acrylic yarn, etc. The driving time of the head warp shaft is long, the efficiency of multiple warping textile machines is slow, and the coordination with the surrounding guide rails is poor, and the coordinated operation of the steps affects the warp quality of the overall textile warp. When weaving thick and high-weft-density seeds, there will be looseness and insufficient tension, and the effective transmiss...

AI Technical Summary

Problems solved by technology

[0002] The existing textile warping and knitting machines are generally driven by a single warp beam, and are mainly used for warping and textile processing of cotton, polyester filament, low elastic yarn, viscose yarn, cotton yarn, acrylic yarn, etc. The driving time of the head warp beam is long, the efficiency of multiple warping textile machines is slow, and the coordination with the surrounding guide rails is poor, and the coordinated operation of the steps affects the warp quality of the overall textile warp

When weaving thick and high-weft-density seeds, there will be looseness and insufficient tension, and the effective transmission cannot be guaranteed. The irrationality of its design makes the overall frame structure relatively loose and poor in stability. In terms of the safety protection of the warp beam, effective individual braking or tensioning cannot be achieved, which will result in waste of fabrics in an emergency state, time-consuming and laborious restarting of the restart state, impact on the service life of the equipment, and difficulty in maintenance Wait

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