CN203187840U - Alloy germanium knitting yarn having pressure reduction anti-fatigue healthcare functions - Google Patents

Abstract

The utility model discloses alloy germanium knitting yarn having pressure reduction anti-fatigue healthcare functions. The knitting yarn is characterized in that a yarn body of the knitting yarn comprises an alloy germanium fiber and a cotton fiber, core yarn of the yarn body is the cotton fiber, and the alloy germanium fiber is coated on an outer layer of the cotton fiber. The yarn body further comprises viscose, the viscose is coated on an outer layer of the cotton fiber, and the alloy germanium fiber and the viscose are spirally twisted on the cotton fiber. The alloy germanium fiber and the viscose are blended into the cotton fiber, so that functions of the three fibers are combined with each other, the yarn has good functions of far infrared ray emission, anion releasing, static electricity resistance and deodorization and the like while retaining excellent characteristics of cotton in moisture absorption, breathability, smooth touch and pilling resistance and the like, and not only are clothes woven of the yarn heat-insulating, breathable and comfortable, but also generated far infrared rays can promote blood circulation, remove fatigue and reduce blood lactate generated in movement.

Description

Alloy germanium decompression anti-fatigue health function knitting yarn

technical field

The present invention relates to the field of yarns, in particular to a germanium alloy decompression and anti-fatigue health care functional knitting yarn.

technical background

As the natural ecological environment is gradually developed by humans and the level of urbanization increases, there are more and more buildings in people's living environment, while natural vegetation, trees, and lakes are becoming less and less. In the urban environment where people live, negative ions The number is getting smaller and smaller, and the pressure of people's work and life is increasing. Various factors have caused more and more chronic diseases among the working people in the city. Therefore, the development of functional products with health, decompression, anti-fatigue, improvement of human immunity, and anti-aging has always been the direction of efforts of all industries.

Utility model content

Aiming at the above problems, the present invention proposes a germanium alloy decompression anti-fatigue health care function knitting yarn.

All diseases are caused by lack of oxygen. It is the function of oxygen to turn food into energy and excrete waste that cannot be digested and absorbed. And it is germanium that is called the carrier of oxygen. Germanium can make the oxygen in the body very rich, expel harmful toxins and wastes in the body, and activate the metabolism. Germanium has extremely special magical functions on the human body. It is called life-saving germanium in the 21st century by experts and is the nemesis of human diseases.

Germanium can promote blood circulation, eliminate swelling and pain, remove toxins from the body, resist external rays, and relieve fatigue and other diseases. Through the body temperature to automatically adjust the disorder of biological current in the body, the treatment of current adjustment can be performed from outside the body, and the body can quickly produce various obstacles and diseases such as shoulder soreness, low back pain, headache, dizziness, tinnitus, diarrhea, constipation and eye pain. And the removal of unpleasant symptoms. Germanium is not a radioactive substance. Unlike metals, it will not be oxidized, so people with sensitive skin, the elderly and children can use it with confidence. In the United States, Japan and other developed countries, germanium has been widely used in the field of medical care, and its safety has also been recognized.

Research on alloy germanium started earlier in Japan and Taiwan, and its products are widely used in the fields of electronics, solar energy, clothing, jewelry, food, and medicine. Mainland China started relatively late in this area, and its application fields are mainly It focuses on industries related to electronics and solar lamps, and is rarely used in the field of textiles, and there are many key technologies to be solved urgently, especially in the field of knitting. There are certain technical difficulties in spinning, spinning and weaving alloy germanium fibers.

In order to achieve the above object, the present invention is achieved through the following schemes:

An alloy germanium decompression and anti-fatigue health care functional knitted yarn is characterized in that the yarn body of the knitted yarn includes alloy germanium fibers and cotton fibers.

Preferably, the core yarn of the yarn body is cotton fiber, and the alloy germanium fiber is coated on the outer layer of the cotton fiber.

Preferably, the yarn body further includes viscose fiber, and the viscose fiber is coated on the outer layer of the cotton fiber.

Preferably, the alloy germanium fiber and the viscose fiber are twisted and twisted on the cotton fiber in a helical shape.

Preferably, the alloy germanium fiber accounts for 40%-50% of the yarn body, cotton fiber accounts for 30%-60%, and viscose fiber accounts for 0-30%.

Preferably, the alloy germanium fiber accounts for 40% of the yarn body, cotton fiber accounts for 30%, and viscose fiber accounts for 30%.

Preferably, the germanium alloy fiber accounts for 40% of the yarn body, the cotton fiber accounts for 60%, and the viscose fiber accounts for 0%.

Preferably, the alloy germanium fiber accounts for 50% of the yarn body, cotton fiber accounts for 30%, and viscose fiber accounts for 20%.

Preferably, the alloy germanium fiber accounts for 45% of the yarn body, cotton fiber accounts for 45%, and viscose fiber accounts for 10%. the

Germanium was firstly separated from silver ore by Dr. Winkler, a German scholar, in 1886, so he named it Germanium after his motherland, Germany. Germanium is scattered and widely distributed in nature. There are inorganic germanium and organic germanium. Inorganic germanium is mainly distributed in copper ore, iron ore, sulfide ore, rocks, soil and spring water, but the content is very small. Organic germanium is mainly found in Ganoderma lucidum and wild ginseng. contained in plants. So germanium is a precious rare element. Germanium stone is a medicinal ore with biological effects and medical effects.

Alloy germanium crystal is a kind of piezoelectric material, when it is in a certain external force environment (such as: friction, heat, fluctuation, light, etc.), it will automatically release negative ions. Negative ions are like natural antioxidants that neutralize positive charges and prevent oxidation. Negative ions can restore oxygen free radicals from atmospheric pollutants, nitrogen oxides, cigarettes, etc., reduce the harm of excessive active oxygen to the human body, neutralize positively charged air dust and settle without charge, purify the air and be Known as the "vitamins in the air". The effects of negative ions on the human body are to prevent air-conditioning diseases, improve lung function, promote metabolism, enhance disease resistance, improve sleep, fresh air, eliminate smoke and dust, etc.

The yarn made of alloy germanium crystal stone can release high-efficiency far-infrared rays, and far-infrared rays have the functions of keeping warm, health care, promoting blood circulation, and promoting metabolism. Far-infrared rays can reduce the production of blood lactic acid in the human body, effectively reduce the blood lactic acid produced by people's exercise, and restore fatigue faster, which has the effect of anti-fatigue.

The utility model blends the alloy germanium fiber and viscose into the cotton fiber, so that the functions of the three fibers are combined with each other, while retaining the original cotton's excellent characteristics such as moisture absorption, air permeability, smooth and waxy hand feeling, and anti-pilling, the yarn is It has good functions of emitting far-infrared rays, releasing negative ions, antistatic, and deodorizing. The clothes woven with this yarn are not only warm, breathable and comfortable to wear, but also the far-infrared rays produced can promote blood circulation, eliminate fatigue, and reduce exercise time. The generation of blood lactic acid; the released negative ions can make people feel fresh air, reduce the pressure brought by work and life, release the body and mind, reduce the generation of free radicals in the human body, and delay the aging of the human body; the alloy germanium semiconductor material itself has a good conductive surface Electronic function, this yarn has good antistatic performance; in addition, the germanite powder has more holes, has a larger specific surface area, and can absorb harmful gases.

Description of drawings

Fig. 1 is the structural representation of the utility model;

In the figure: 1. Yarn body, 2. Alloy germanium fiber, 3. Cotton fiber, 4. Viscose fiber.

Detailed ways

Embodiments of the utility model are described in further detail below in conjunction with the accompanying drawings:

As shown in Figure 1, a kind of alloy germanium decompression anti-fatigue health care functional knitted yarn mentioned in the utility model is characterized in that, the yarn body 1 of the knitted yarn includes alloy germanium fiber 2 and cotton fiber 3, and the The core yarn of yarn body 1 is cotton fiber 3, alloy germanium fiber 2 is coated on the outer layer of cotton fiber 3, and described yarn body 1 also comprises viscose fiber 4, and described viscose fiber 4 is coated on The outer layer of the cotton fiber 3, the alloy germanium fiber 2 and the viscose fiber 4 are helically twisted and on the cotton fiber 3.

In order to achieve the best performance-price ratio of raw material cost and yarn performance, the alloy germanium fiber 2 of the present invention accounts for 40%-50% of the yarn body 1, the cotton fiber 3 accounts for 30%-60%, and the viscose fiber 4 accounts for 40%-50% of the yarn body 1. 0~30%.

Preferably, the alloy germanium fiber 2 accounts for 40% of the yarn body 1, the cotton fiber 3 accounts for 30%, and the viscose fiber 4 accounts for 30%.

Preferably, the alloy germanium fiber 2 accounts for 40% of the yarn body 1, the cotton fiber 3 accounts for 60%, and the viscose fiber 4 accounts for 0%.

Preferably, the alloy germanium fiber 2 accounts for 50% of the yarn body 1, the cotton fiber 3 accounts for 30%, and the viscose fiber 4 accounts for 20%.

Preferably, the alloy germanium fiber 2 accounts for 45% of the yarn body 1, the cotton fiber 3 accounts for 45%, and the viscose fiber 4 accounts for 10%.

The utility model takes the cotton fiber 3 as the core yarn, and the alloy germanium fiber 2 and the viscose fiber 4 are wrapped on the cotton fiber 3 in a spiral shape. Waxy, anti-pilling and other excellent properties, at the same time, the yarn has better functions such as emitting far infrared rays, releasing negative ions, antistatic, deodorizing, etc. The clothes woven with this yarn are not only warm, breathable and comfortable, but also The far infrared produced can promote blood circulation, eliminate fatigue, and reduce the generation of blood lactic acid during exercise; the released negative ions can make people feel fresh air, reduce the pressure brought by work and life, release the body and mind, and reduce the production of free radicals in the human body. Delay the aging of the human body; alloy germanium semiconductor material itself has a good conduction surface electron function, the yarn has good antistatic performance; in addition, there are more holes on the germanium stone powder, which has a larger specific surface area and can absorb harmful gas.

The above is only the preferred embodiment of the utility model, and it should be pointed out that for those of ordinary skill in the art, some improvements and modifications can also be made without departing from the core technical features of the utility model. , These improvements and modifications should also be regarded as the protection scope of the present utility model.

Claims (9)

1. an alloy germanium decompression anti-fatigue health-caring function stocking yarn is characterized in that the yarn object of described stocking yarn (1) comprises alloy germanium fiber (2) and cotton fiber (3).

2. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 1 is characterized in that the heart yarn of described yarn object (1) is cotton fiber (3), and alloy germanium fiber (2) is coated on the skin of cotton fiber (3).

3. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 1 and 2 is characterized in that described yarn object (1) also comprises viscose (4), and described viscose (4) is coated on the skin of cotton fiber (3).

4. alloy germanium according to claim 3 decompression anti-fatigue health-caring function stocking yarn is characterized in that, described alloy germanium fiber (2) and viscose (4) be shape sth. made by twisting and on cotton fiber (3) in the shape of a spiral.

5. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 3 is characterized in that described alloy germanium fiber (2) accounts for 40% ~ 50% of yarn object (1), and cotton fiber (3) accounts for 30% ~ 60%, and viscose (4) accounts for 0 ~ 30%.

6. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 5 is characterized in that described alloy germanium fiber (2) accounts for 40% of yarn object (1), and cotton fiber (3) accounts for 30%, and viscose (4) accounts for 30%.

7. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 5 is characterized in that described alloy germanium fiber (2) accounts for 40% of yarn object (1), and cotton fiber (3) accounts for 60%, and viscose (4) accounts for 0%.

8. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 5 is characterized in that described alloy germanium fiber (2) accounts for 50% of yarn object (1), and cotton fiber (3) accounts for 30%, and viscose (4) accounts for 20%.

9. alloy germanium decompression anti-fatigue health-caring function stocking yarn according to claim 5 is characterized in that described alloy germanium fiber (2) accounts for 45% of yarn object (1), and cotton fiber (3) accounts for 45%, and viscose (4) accounts for 10%.

Images