Bamboo fibrillating-rolling device

Abstract

A bamboo fibrillating-rolling device comprises a frame, a fibrillating mechanism, a rolling mechanism, a hammering mechanism, a skin-removing mechanism, a conveying mechanism and a power unit. The frame is provided with areas for fibrillating, rolling, hammering and skin removing. The fibrillating mechanism at least comprises one fibrillating roller set consisting of an upper and lower opposing paired fibrillating rollers, wherein at least the upper fibrillating roller is provided with fluffing teeth. The rolling mechanism consists of one or paired rolling rollers. The hammering mechanism comprises a plurality of hammers. The skin-removing mechanism is provided with metal wire brush rolls or scrapers for skin removing. The conveying mechanism is used to convey material to be processed to transversely pass through the areas for fibrillating, rolling, hammering and skin removing. The power unit powers the fibrillating mechanism, the rolling mechanism, the hammering mechanism, the skin-removing mechanism and the conveying mechanism respectively or simultaneously. The bamboo fibrillating-rolling device is available for efficiently producing bamboo fiber bundles with low transvers strength and reserved longitudinal strength. The skin-removing mechanism, the rolling mechanism, the fibrillating mechanism and the hammering mechanism are all in modular design and can be designed into a complete set for assembly and disassembly.

Description

technical field [0001] The invention provides a bamboo broom-forming and rolling equipment, which is suitable for repeatedly brooming, beating and rolling the stalks of Moso bamboo, Ci bamboo, green bamboo, water bamboo, etc. to produce oriented bamboo fibers for bamboo wood-based panel processing bundle. Background technique [0002] my country is rich in bamboo resources, and the area of ​​bamboo forests has reached 5.381 million hectares. Bamboo has the characteristics of easy planting, fast growth, short cycle, and sustainable use for one-time afforestation. With the development of my country's bamboo industry, bamboo has been widely used in the fields of furniture, decoration, flooring, transportation and construction. However, in the process of industrial utilization, excessive reliance on the single mode of moso bamboo has resulted in a shortage of moso bamboo raw materials, soaring prices, and increased product costs. [0003] In recent years, the utilization of bam...

AI Technical Summary

Problems solved by technology

With the development of my country's bamboo industry, bamboo has been widely used in furniture, decoration, flooring, transportation, construction and other fields. However, in the process of industrial utilization, the single model of moso bamboo is overly relied on, resulting in a shortage of moso bamboo raw materials, soaring prices, and increased product costs.

[0003] In recent years, the utilization of bamboo panels in my country has gradually shifted from structural units such as bamboo strips, bamboo slices, bamboo strips or bamboo bundles to bamboo fiber bundles or fibrous bamboo bundles, and bamboo processing equipment has also changed from only being able to process large-diameter bulk The moso bamboo equipment for raw bamboo has gradually expanded to the Cizhu equipment for small-diameter clustered bamboo, but there are still many problems such as manual operation, uneven fiberization of bamboo bundles, and excessive miscellaneous cells, which eventually lead to excessive density of the produced recombined bamboo and sizing Disadvantages such as excessive

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