Graphene oxide-feeding silkworm rearing method for preparing high-strength silk and product of silk

A graphene and high-strength technology, applied in food processing, rayon manufacturing, fiber chemical characteristics, etc., can solve the problems of unspecified mechanical properties of silk, decline in silk quality and yield, and affect silkworm feeding and growth, etc. Go-device support, high-intensity, easy-to-control effects

Active Publication Date: 2015-09-09
SHANGHAI SHUIXING HOME TEXTILE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

These two patents need to screen and process the functional particles used in the feeding process. Due to the large particle size, it is easy to affect the feeding growth of silkworms, resulting in a decrease in silk quality and yield
The results also show that more functional particles exist in sericin,

Method used

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  • Graphene oxide-feeding silkworm rearing method for preparing high-strength silk and product of silk
  • Graphene oxide-feeding silkworm rearing method for preparing high-strength silk and product of silk
  • Graphene oxide-feeding silkworm rearing method for preparing high-strength silk and product of silk

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0036] A method for preparing high-strength silk by adding graphene oxide to feed silkworms, first preparing compound feed, specifically:

[0037] (1) dissolving graphene oxide with a size range of 700 to 1600nm in water to make a graphene oxide solution;

[0038](2) Ultrasound the graphene oxide solution for 15 minutes to disperse the nanoparticles evenly, then stir the graphene oxide solution and silkworm feed evenly, then put it into a microwave oven and heat it for 3 minutes. The output power of the microwave oven is 800W, and it will be made into a compound feed after cooling ; Wherein, the quality of water is 2 times of silkworm feed;

[0039] Then add graphene oxide to silkworm artificial feed, that is, silkworm feed, and feed the silkworms. The silkworm absorbs graphene oxide and enters the silk gland, and finally combines graphene oxide into silk during the spinning process to obtain high-strength silk;

[0040] Specifically: the silkworms were fed the silkworm feed ...

Embodiment 2

[0049] A method for preparing high-strength silk by adding graphene oxide to feed silkworms, first preparing compound feed, specifically:

[0050] (1) dissolving graphene oxide with a size range of 700 to 1600nm in water to make a graphene oxide solution;

[0051] (2) Ultrasound the graphene oxide solution for 30 minutes to disperse the nanoparticles evenly, then stir the graphene oxide solution and silkworm feed evenly, then put it into a microwave oven and heat it for 6 minutes. The output power of the microwave oven is 1000W, and it will be made into a compound feed after cooling ; Wherein, the quality of water is 3 times of silkworm feed;

[0052] Then add graphene oxide to silkworm artificial feed, that is, silkworm feed, and feed the silkworms. The silkworm absorbs graphene oxide and enters the silk gland, and finally combines graphene oxide into silk during the spinning process to obtain high-strength silk;

[0053] Specifically: the silkworms were fed the silkworm fee...

Embodiment 3

[0062] A method for preparing high-strength silk by adding graphene oxide to feed silkworms, first preparing compound feed, specifically:

[0063] (1) dissolving graphene oxide with a size range of 700 to 1600nm in water to make a graphene oxide solution;

[0064] (2) Ultrasound the graphene oxide solution for 20 minutes to disperse the nanoparticles evenly, then stir the graphene oxide solution and silkworm feed evenly, then put it into a microwave oven and heat it for 5 minutes. The output power of the microwave oven is 900W, and it will be made into a compound feed after cooling ; Wherein, the quality of water is 2 times of silkworm feed;

[0065] Then add graphene oxide to silkworm artificial feed, that is, silkworm feed, and feed the silkworms. The silkworm absorbs graphene oxide and enters the silk gland, and finally combines graphene oxide into silk during the spinning process to obtain high-strength silk;

[0066] Specifically: the silkworms were fed the silkworm feed...

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Abstract

The invention relates to a graphene oxide-feeding silkworm rearing method for preparing high-strength silk and a product of the silk. Specifically, graphene oxide is added into artificial feed for domestic silkworms and enters silk glands of the silkworms by utilizing absorption and conversion functions of the silkworms, and the silkworms spin cocoons to obtain the graphene oxide-containing high-strength silk. According to the method, the silk is modified on the premise of not damaging the natural quality of the silk to obtain the silk with more excellent mechanical properties.

Description

technical field [0001] The invention belongs to the field of silk fiber and its modification, and relates to a method for raising silkworms by adding food to graphene oxide for preparing high-strength silk and its products. Background technique [0002] The spinning solution composed of protein secreted by the silk gland when the silkworm cocoons, coagulates in the air to form a continuous long fiber called silk. As a biological fiber, silk not only has good gloss and comfortable touch, but also has strong mechanical properties and good biocompatibility, and is widely used in textile, medicine, cosmetics and biological fields. [0003] The breaking strength of degummed silk is about 400MPa, and the breaking elongation and breaking energy are about 15% and 30J / g respectively. In practical application, its performance still needs to be further improved, so it is necessary to modify silk. [0004] There are studies to enhance the performance of silk by coating particles on th...

Claims

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Application Information

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IPC IPC(8): A01K67/04A23K1/18A23K1/16D01F4/02D01F1/10
CPCA01K67/04D01F1/10D01F4/02Y02P60/87
Inventor 张耀鹏蔡凌月邵惠丽胡学超
Owner SHANGHAI SHUIXING HOME TEXTILE
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