Safety rope weaving machine

Abstract

The invention belongs to a safety rope weaving machine, which mainly consists of a motor, a conveyor belt, a bottom frame, a disc wheel transmission gear set, a traction leading-out wheel and an upper table top. The safety rope weaving machine also comprises a rope traction leading-out device positioned at the upper end of the upper table top, a warp-weft weaving and rope twisting mechanism positioned between the upper and middle table tops, and a leasing rod up-and-down movement mechanism positioned between the middle and lower table tops. The safety rope weaving machine can weave a warp and weft crossed rope, wrap a layer of warp and weft crossed rope sleeve outside the rope core and weave a safety rope with the rope sleeve tightly combined with the rope core; and the safety rope weaving machine has the advantages of simple structure, few joints, high weaving speed, high yield, low noise, low processing cost and good processing quality.

Description

Technical field [0001] The invention belongs to a safety rope knitting machine. Background technique [0002] The traditional rope knitting machine is modified from the loom. The bobbin capacity of the loom is small. If the thread is constantly changed, there will be too many joints and the product quality will drop. Traditional rope knitting machines have complex structure, slow knitting speed, low output, high noise, high processing cost and low processing quality, and most of them can only perform unidirectional cross knitting of warp threads. The braided rope is made of multiple strands of the same direction (vertical or called warp) intersecting each other. This kind of mechanical structure is to set a weaving shuttle walking along the track on the 8-shaped cross walking rail, and set the pusher at the bottom of the weaving shuttle The mechanical structure of the knitting shuttle and the thread supply spindles, the threads on the upper end of the knitting shuttle are cross-...

AI Technical Summary

Problems solved by technology

Therefore the rope structure that has now adopts wrapping a layer of rope cover outside the rope core that is made up of each warp line and arranges in parallel, but the braiding of rope cover still follows the complicated structure of traditional rope braiding machine, and the defect that produces thereby still exists

At present, there is a lack of safety rope knitting machines that can weave ropes that are arranged crosswise, or that can wrap a layer of warp and weft threads in a crossed rope sheath outside the rope core and are tightly combined with the rope core.

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