A bamboo sheet drawing and edging device for bamboo mat processing

Abstract

The invention discloses a device for drawing and edging bamboo chips for processing bamboo mats, wherein the method for drawing bamboo chips includes the following steps: S1: resetting and bending the bamboo chips to make one end of the bamboo chips generate resilience; S2: making the bamboo chips have One end of the resilience rests on the rotating blade; S3: the blade shreds the bamboo slices; S4: polishes the burrs of the bamboo strands to obtain smooth bamboo strands. The bamboo strand drawing method and device in the present invention make the bamboo strands Bending occurs, using its own elastic force to apply pressure to the blade to complete the shredding of the bamboo slices by the blade, and at the same time reduce the impact of the blade on the bamboo slices, prevent the bamboo slices from being broken due to the impact, and effectively maintain the silk quality of the bamboo slices; and this The self-applying force bamboo chip drawing device can reduce the feeding force of bamboo chips to a certain extent, reduce the power burden of the whole processing device, and use the feeding force of bamboo chips to improve the grinding effect of the grinding disc on bamboo filaments, which is also of certain value for energy saving.

Description

technical field [0001] The invention relates to the technical field of bamboo mat processing equipment, in particular to a bamboo sheet drawing and edging device for bamboo mat processing. Background technique [0002] During the processing of bamboo mats, it is often necessary to draw bamboo sheets, and then use bamboo silk to weave bamboo mats. With the development of technology, the original method of manual wire drawing has been gradually replaced by the automatic bamboo wire drawing device. However, the current bamboo chip drawing device mostly adopts the following methods: the position of the blade is fixed, and the bamboo chip is pulled through the blade by a forced driving force, so that the blade cuts the bamboo chip into silk. In this process, a large driving force and energy are required. The consumption is large, and in the process of cutting into silk, the impact force generated between the bamboo chip and the blade is relatively large, which causes the bamboo ...

AI Technical Summary

Problems solved by technology

However, the current bamboo chip drawing device mostly adopts the following methods: the position of the blade is fixed, and the bamboo chip is pulled through the blade by a forced driving force, so that the blade cuts the bamboo chip into silk. In this process, a large driving force and energy are required. The consumption is large, and in the process of cutting into silk, the impact force between the bamboo slice and the blade is relatively large, which causes the bamboo slice itself to break, which affects the quality of the bamboo silk, and the edge of the bamboo silk is burr, which needs to be polished later

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