Wood strip production device for toothpick production

Abstract

The invention discloses a wood strip production device for toothpick production. The wood strip production device comprises a rounding device and a strip cutting device which are sequentially arranged. The rounding device is provided with a tool feeding auxiliary structure and a centering clamping structure. The strip cutting device is provided with an edge grinding structure. The wood strip production device has the beneficial effects of being small in cutting amount, high in resource utilization rate and reasonable in structural design.

Description

technical field [0001] The invention relates to a wood production device, in particular to a wooden strip production device for toothpick production. 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. Toothpicks are mainly made of wood, bamboo, plastic, etc. Among them, in the production process of wooden toothpicks, logs are processed by a wooden belt production device to produce wooden belt semi-finished products. Existing wooden belt production device mainly comprises the peeling and rounding device of log and cutting belt device. Since the raw materials for production, that is, logs are mostly surplus materials in the timber industry, its utilization rate has not been paid enough attention, and the peeli...

AI Technical Summary

Problems solved by technology

Since the raw materials for production, that is, logs are mostly surplus materials in the timber industry, its utilization rate has not been paid enough attention, and the peeling and rounding device lacks tool feeding auxiliary structures and centering clamping structures, resulting in the processing of logs to round logs. The cutting volume is large and the resource utilization rate is low

At the same time, the existing tape cutting device does not have an edge grinding mechanism, that is, the wooden tape is first processed into strip toothpicks and then sharpened

Since strip toothpicks are far more difficult to clamp and process than wooden strips, the complexity of the corresponding devices is also greater, so the structural design of this strip cutting device is unreasonable, making the equipment of the entire production system more complicated

In addition, the edging efficiency of strip toothpicks is also lower than that of wooden strips directly edging

[0003] Therefore, the existing wooden belt production device for toothpick production has the problems of large cutting volume, low resource utilization rate and unreasonable structural design.

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