Toothpick production system

Abstract

The invention discloses a toothpick production system. The toothpick production system comprises a rounding device, a tape cutting device, a cut-off device and a drying device which are sequentially arranged, wherein the rounding device is provided with a tool feeding auxiliary structure and a centering clamping structure; the tape cutting device is equipped with an edge grinding structure; a gastube is arranged on a position, at a cut-off tool, of the cut-off device; a mesh hole is formed in the barrel wall of a drying barrel of the drying device; a hot air pipeline is arranged below the drying barrel; and a gas nozzle for blowing air to the drying barrel is arranged on the hot air pipeline. The toothpick production system has the characteristics of being high in resource utilization rate, reasonable in structural design, reasonable in discharge way and high in drying efficiency.

Description

technical field [0001] The invention relates to a wood processing system, especially a toothpick production system. Background technique [0002] Toothpick is a kind of oral hygiene product mainly used to remove foreign matter stuffed in the gap of teeth. It has existed for a long time, but it was not until the special toothpick manufacturing machinery that appeared in the nineteenth century that toothpick began to be mass-produced. The production materials of toothpicks mainly include wood, bamboo, plastic, etc. The production process of wooden toothpicks mainly includes processes such as wood peeling and rounding, strip cutting, edge grinding, stamping and drying. Existing toothpick production system mainly comprises the whole circle device of log, cutting band device, cutting device and drying device. Among them, due to the lack of tool feed auxiliary structure and centering clamping structure in the existing full circle device, the cutting volume is large and the resour...

AI Technical Summary

Problems solved by technology

Among them, due to the lack of tool feed auxiliary structure and centering clamping structure in the existing full circle device, the cutting volume is large and the resource utilization rate is low; at the same time, the structural design of the strip cutting device is unreasonable and does not have an edge grinding mechanism , the wooden belt needs to be processed into strips and then sharpened, and the edging processing equipment for strip toothpicks is complicated, and the processing efficiency is lower than that of direct edging of wooden belts; in addition, the existing toothpick cutting device relies on wooden belts The feed will push out the formed toothpicks, which will cause the toothpicks to accumulate easily and have a bad influence on subsequent processing; finally, the air inlet pipe of the existing drying device is close to the axis of the drum, and the toothpicks are all piled up. At the bottom of the drum, the toothpick and the hot air cannot fully contact, resulting in low drying efficiency and increased energy consumption for drying

[0003] Therefore, the existing toothpick production system has the problems of low resource utilization rate, unreasonable structural design, unreasonable discharge method and low drying efficiency.

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