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A wicker wear-resistant cutting knife for wicker

A cutting knife and willow weaving technology, which is applied in the field of willow weaving wear-resistant cutting knives for wicker making, can solve the problems of passivation, easy slipping and wear of the knife head

Active Publication Date: 2021-10-29
ANHUI CHANGFA IND
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

", although its technical solution can improve the efficiency of splitting, but because the cutter head is easy to slip when cutting wicker, the phenomenon of uneven cutting of the wicker skin will appear. At the same time, it uses a conventional cutter head. After that, problems such as bluntness, wear, and breakage of the cutter head are prone to occur, and it is impossible to continue to perform good cutting

Method used

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  • A wicker wear-resistant cutting knife for wicker

Examples

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Effect test

Embodiment 1

[0041] Rare earth composite nanoparticles reinforced alumina ceramic material cutter head is obtained by mixing rare earth composite nanoparticles, alumina powder and silicon carbide powder, adding them to the mold for pressing, and finally sintering. The mass ratio of alumina powder and silicon carbide powder is 60 :30, the mass fraction of rare earth composite nanoparticles in the cutter head is 0.6%. The preparation method of rare earth composite nanoparticles is as follows: add cerium nitrate to nano zeolite powder-nano copper mixed particles, stir evenly, then add to the grinder, and then add tartaric acid, maleic acid, acrylamide to the grinder respectively , N, N'-methylenebisacrylamide, heated to 80 ° C, ground for 2 hours, and then dried to obtain a dry mixture, and then added the obtained dry mixture to a calciner for calcination treatment to obtain a rare earth composite nano particles. The mass ratio of the nano zeolite powder to the nano copper mixed particle in ...

Embodiment 2

[0043] The cutter head of rare earth composite nanoparticle reinforced alumina ceramic material is obtained by mixing rare earth composite nanoparticle, alumina powder and silicon carbide powder, adding them to the mold for pressing, and finally sintering. The mass ratio of alumina powder and silicon carbide powder is 70 :35, the mass fraction of rare earth composite nanoparticles in the cutter head is 1.2%. The preparation method of rare earth composite nanoparticles is as follows: add cerium nitrate to nano zeolite powder-nano copper mixed particles, stir evenly, then add to the grinder, and then add tartaric acid, maleic acid, acrylamide to the grinder respectively , N, N'-methylene bisacrylamide, heated to 90 ° C, ground for 3 hours, and then dried to obtain a dry mixture, and then added to the calciner for calcination to obtain a rare earth composite nano particles. The mass ratio of the nano zeolite powder to the nano copper mixed particle in the nano zeolite powder-nan...

Embodiment 3

[0045] Rare earth composite nanoparticles reinforced alumina ceramic material cutter head is obtained by mixing rare earth composite nanoparticles, alumina powder and silicon carbide powder, adding them to the mold for pressing, and finally sintering. The mass ratio of alumina powder and silicon carbide powder is 66 :33, the mass fraction of rare earth composite nanoparticles in the cutter head is 0.8%. The preparation method of rare earth composite nanoparticles is as follows: add cerium nitrate to nano zeolite powder-nano copper mixed particles, stir evenly, then add to the grinder, and then add tartaric acid, maleic acid, acrylamide to the grinder respectively , N, N'-methylenebisacrylamide, heated to 82 ° C, ground for 2.5 hours, and then dried to obtain a dry mixture, and then added to the calciner for calcination to obtain a rare earth composite nano particles. The mass ratio of the nano zeolite powder to the nano copper mixed particle in the nano zeolite powder-nano co...

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Abstract

The invention discloses a wicker wear-resistant cutting knife for wicker; it relates to the technical field of wicker processing and includes a knife handle, a right horizontal plate, a right chute, a right spring, a right bracket, a knife head, a right wheel frame, a right roller, a left Roller, left wheel frame, left bracket, left spring, left chute, left horizontal plate; the willow wear-resistant cutting knife for wicker system prepared by the present invention not only has excellent hardness, but also has good wear resistance, and then greatly The durability of wicker wear-resistant cutting knives for wicker is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of willow weaving, in particular to a willow weaving wear-resistant cutting knife for wicker making. Background technique [0002] The origin of willow weaving can be traced back to the early Paleolithic age. Primitive people made various containers and packages in the process of collecting crops. They used resilient plants and made different types of willow weaving products with the help of preliminarily mastered weaving methods. From the slave society to the Warring States Period, willow has been widely used in people's lives, and has become one of the indispensable living utensils in people's daily life through various dynasties. The traditional willow weaving varieties mainly include suitcases, baskets, dustpans and so on. Since 1960, Chinese willow weaving handicrafts have been exported, and the production has developed greatly. Willow products have a wide range of raw materials, make full use of the ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B27J1/00B27G17/00
CPCB27G17/00B27J1/00
Inventor 张大昌
Owner ANHUI CHANGFA IND
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