Bamboo splint braider

Abstract

The invention relates to a bamboo knitter that comprises the generator, frame, decelerator case installed on the frame, drive mechanism, feeding structure, stripe device, knitting device, material output roller device, the said knitter composed of tensioner, rotary arm and the first sprocket installed on one rotary shaft, the first sprocket driven by the first chain, the first chain being straight along the vertical direction of the frame, the second chain, active sprocket, driven sprocket formed chain drive device, the said active sprocket matching with the decelerator case drive, one side of the second chain hinged with one end of the linking pole, the other end of the pole hinged with the first chain. Using the chain as the drive power, it changes the continuous rotation of the chain into reciprocal rotation of the knitting structure to realize the positive and negative rotation of the knitting structure.

Description

(1) Technical field [0001] The invention relates to a bamboo weaving machine. (2) Background technology [0002] Existing bamboo weaving machine usually includes motor, frame, reduction box installed on the frame, transmission mechanism, feeding mechanism, leaning against bamboo mechanism, weaving mechanism, discharge drum mechanism, motor connection reduction box, reduction box The feeding mechanism, the raft leaning mechanism, the weaving mechanism and the discharging roller mechanism are respectively driven by the transmission mechanism. For the needs of bamboo weaving, the weaving mechanism needs forward and reverse rotation, but the existing bamboo weaving machine still can't do this or can do it but the structure is quite complicated. In addition, the existing feeding mechanism mostly uses a single-sided feeding platform. When relying on the bamboo, there are too few contact points between the bamboo device and the bamboo sheet, resulting in poor weaving quality of th...

AI Technical Summary

Problems solved by technology

Due to the needs of bamboo weaving, the weaving mechanism needs to rotate forward and reverse, but the existing bamboo weaving machine can not do this or can do it but the structure is quite complicated

In addition, the existing feeding mechanism mostly uses a single-sided feeding platform. When relying on the bamboo, there are too few contact points between the bamboo device and the bamboo sheet, resulting in poor weaving quality of the bamboo curtain. There is no constraint on the bamboo sheet during the weaving process, and the bamboo sheet is easy to be horizontal. rollover

In addition, the existing bamboo resting device and the weaving thread share a runway interface, so when the weaving mechanism rotates, it is easy to cause thread breakage when it comes into contact with the bamboo resting device

Moreover, the existing leaning mechanism usually includes a leaning board and a stripping board, the leaning board is located on the side away from the discharge roller mechanism, and the stripping board is located on the side close to the discharging roller mechanism, and the stripping board can be opposite to each other. Rotate upward on the leaning board (such as Figure 4 ), the upward-opening leaning board is likely to cause the problem that the wiring is affected by too many obstructions on the operating surface

Furthermore, the existing knitting mechanism usually includes a thread clamp, a rotating arm and a first sprocket, the rotating arm and the first sprocket are installed on the same rotating shaft, the first sprocket is driven by the first chain, and the thread clamp is located at behind the threading shaft (eg Image 6 ), when weaving, the weaving thread passes through the threading shaft and enters the threading holes at both ends of the rotating arm.

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