TWM378235U - Elastic body combines negative ions and far-infrared ray, and elastic braid comprising the elastic body - Google Patents

Description

M378235 V. New description: [New technical field] [0001] The present invention relates to an elastic body and an elastic webbing comprising the same, in particular to an elastomer capable of releasing negative ions and far infrared rays and comprising the same. Elastic webbing. [Prior Art] [0002] Negative ions Since the 19th century German physicist Dr. Philip Leonard has academically proved that negative ions have a certain effect on the human body, many medical and scientists have continuously carried out numerous clinical trials on negative ions. Inhaling an appropriate amount of negative ions every day can prevent or improve the occurrence or symptoms of cardiovascular and cerebrovascular diseases, prevent colds, respiratory diseases and prevent air-conditioning diseases, and make the human body energetic, eliminate fatigue and burnout, improve work efficiency, improve sleep, eliminate neurasthenia, and reduce diseases. Incidence rate. The absorption of air anions by the human body can reduce the serotonin content in the central nervous system that causes aging of the human body, and therefore has an anti-aging effect. Therefore, Japan has referred to negative ions as "long-lived substances in the atmosphere."

[0003] In recent years, many negative ion products have been on the market, including hair dryers, air conditioners, refrigerators, and air cleaners. With the advancement of nanotechnology, many clothes that claim to release negative ions and far infrared rays have been introduced on the market. By wearing such clothes, people can continue to absorb the negative ions and far infrared rays released by the clothes. The effect of healthy health 0 [0004] The above-mentioned "clothes capable of releasing negative ions and far infrared rays" are produced in a manner that will be able to release negative ions and far infrared rays. Form number A0101 Page 3 of 20 M378235 The raw material is ground into nanometerized particles by nanotechnology, and then combined with a bridging agent or ''adhesive agent to make a suspended state and uniformly dispersed anion aqueous solution, and finally the cloth is immersed in the negative ion suspension solution, so that the nanoparticle is attached. On the fabric fiber; another way is to use special processing method to directly adsorb the nano-sized particles to the cloth fiber. This is because the negative ion particles have the characteristics of quantum effect and surface effect when they are as small as nanometer size, and the cloth fiber Produces excellent bonding results. [0005] However, in the above-mentioned process, "the clothing j capable of releasing negative ions and far infrared rays, since these nano-sized particles are additionally fixed to the cloth fibers by soaking or adsorbing after the cloth fibers are completed, Moreover, ordinary cloth fibers cannot absorb negative ion nano particles for a long time, so after long-term use and cleaning, the ability to release negative ions and far infrared rays tends to decrease gradually. [0006] Therefore, how to solve the above problems becomes The goal of the creator's improvement. [New content] [0007] One of the purposes of this creation is to provide an elastic body combining negative ions and far infrared rays and an elastic webbing containing the same, which is capable of releasing negative ions and far After the infrared ray material is thoroughly mixed and stirred with the yttrium gel, it is directly shot and formed into an elastic body, and the efficiency of releasing negative ions and far infrared rays is not lowered by cleaning or use. [0008] In order to achieve the above object, the present invention provides a kind of An elastomer combining negative ions and far infrared rays, mainly including a capable of releasing negative ions The material of far-infrared rays, a stone and a coloring material, and formed by an injection molding process, Form No. A0101, Page 4 of 20 M378235. [0009] In order to achieve the above purpose, the present invention provides an elastic webbing. The invention comprises: a plurality of strips of elastic ions combined with an anion and an outer line, each of the elastic bodies comprising a material capable of releasing negative ions and far infrared rays, a gum and a color material, and formed by an injection molding process; and a plurality of yarns The wires are respectively woven and joined with the elastic bodies. [0010] Compared with the prior art, the present invention has the following effects: [0011] Since the present invention directly mixes the material capable of releasing negative ions and far infrared rays with the silicone, After the injection molding, the high temperature baking and setting, the room temperature cooling, and the medium temperature secondary baking make the molecules more stable. Therefore, the manufactured elastomer not only has the elasticity of the silicone material itself, but also can continue. The release of negative ions and far infrared rays, compared to the conventional technique to soak the surface of the clothing fibers, the creation of the bomb The physique is highly efficient in releasing negative ions and far infrared rays and is not degraded by cleaning or use. [0012] According to the above, the elastomer produced by the creation can be combined with the yarn.

It is woven to form an elastic webbing, which is then woven into clothing or cloth, and its application range is quite wide. The resulting elastic webbing or garment is not only elastic but also capable of stably and efficiently releasing negative ions and far infrared rays, and there is no problem in the prior art that the efficiency of releasing negative ions and far infrared rays is lowered by cleaning or long-term use. [Embodiment] [0013] The detailed description and technical contents of the present invention will be described below with reference to the drawings, however, the drawings are for illustrative purposes only, and are not intended to limit the creation of the form number A0101, page 5 of 20 page

IYD/6ZJD. [0014] Referring to the first figure, which is a three-dimensional schematic diagram of the present invention, the present invention provides an elastic body combining negative ions and far infrared rays and an elastic webbing comprising the same; as shown in a partial enlarged view of the second figure, This elastomer 11 can be woven into an elastic webbing 10 together with the yarn 12. Hereinafter, the respective steps for manufacturing the elastic body 11 will be described in detail one by one. [〇〇15] Step a): Prepare a powdery material and a polymer material capable of releasing negative ions and far infrared rays. [0016] Through experimental testing, the inventive elastomer is capable of releasing 100 to 2000 negative ions per cubic centimeter per second. Therefore, in step a), the ratio between the powder material and the polymer material can be determined according to the content of the negative ion to be released, and the area and weight of the manufactured elastomer are determined; The system is between 3 and 30%. [ΟΟΠ] In the embodiment of the present invention, the powdery material capable of releasing negative ions and far infrared rays is any one of cerium oxide, oxidized ginseng, bismuth oxydioxide, oxidized bromine and titanium oxide or a mixture thereof is ground into Made by nanoparticles. Since the aforementioned negative ion powder material is a cyclic structure, the pyroelectricity and piezoelectricity thereof can cause the polar ions to vibrate in an equilibrium position to cause a dipole moment change, thereby generating a distance of 4] 4 μm. The infrared radiation band, which is what medical experts call "life light wave", is a polar molecule that resonates by itself (4) by ions, impurity ions and ionic properties, impurities, and affects the interlinkage of organic and inorganic molecules. The ionic bond polarity vibrates to form a relatively wide-band broadband fiber. The negative ion-containing fiber can absorb positive and negative energy. Form No. A0101 Page 6 of 20 M378235 pole, ionizes the surrounding air to generate negative ions; on the other hand, negative ion powder The material has an emissivity of far infrared rays of more than 82%. The smaller the particle, the higher the surface activation energy, and the higher the ability to generate negative ions. This is the benefit of Bayan Technology. When the tourmaline material is ground to nanometer size, its surface activation energy is very high. The stone anion powder material can release a large amount of negative ions and has a far-infrared radiation effect. [0018] On the other hand, the polymer material in this creation is made of tannin extract, which was discovered by the inventors after years of accumulated professional experience and numerous studies. Hereinafter, various characteristic differences between silicone and butyl rubber are listed in particular in Table 1. [0019] Table 1

Item 矽 butyl rubber 1 Specific gravity 0.95~0·98 0. 91 ～0. 93 2 Muni viscosity liquid or gel 45 ~ 75 ML1 + (100 ° C) 3 Possible JIS hard 30 ~ 90 20 ~ 90 degrees Range 4 Tensile strength 40 ～250 50 〜150 (Kg/cm2) 5 Elongation (%) 800 〜50 800~100 6 Anti-elasticity 优尚可 7 裂裂可可佳 8 耐耐性可可佳 9 resistance to curved turtle Cracking Jiayou 10 Heat resistance rc) 280 150 Form No. A0101 Page 7 of 20 M378235 11 Cold resistance (brittle temperature °C) -70 -30 12 Good aging properties 13 Excellent light resistance 14 Ozone resistance Youyou 15 Good flame resistance 16 Electrical insulation (Ω · cm) (intrinsic resistance) 11 15 16 18 17 Good or bad for radiation 18 Gasoline. Light oil is bad ~ still inferior 19 Benzene. Benzene is poor ~ still acceptable ~佳20 Taste colorless and tasteless 21 Environmentally friendly 尚可可 22 Anti-aging excellent can still be 23 吐白优. It can be seen from Table 1 that silicone rubber has very good elasticity (extension ratio is 5 to 8 times), heat resistance, cold resistance Light, ozone, and flame resistance, colorless and odorless, can be decomposed and It is environmentally friendly, has anti-aging and radiation ability, and is less likely to cause allergic reactions when it is attached to human skin for a long time. Therefore, silicone is very suitable as the basic material of the present elastomer, so as to release negative ions and far infrared rays. The powdered material is thoroughly mixed. However, the polymer material of this creation is not limited to silicone rubber, and natural rubber can also be used. [0021] Step b): preparing a gelatin oil, mixing the silicone oil with the above-mentioned powdery material and the M378235 molecular material of Form No. A0101 to form a gel. [0022] In this step, the selected silicone rubber is mainly composed of silicone, and the silicone oil is in a liquid state to accelerate the mixing speed of the powder material and the silicone, thereby forming a gel. The mixing and mixing time is about 30 to 40 minutes, and a tensile test (for example, stretching from 10 cm to 50 cm) is performed on the formed gel through a tensile tester to determine the tensile force reaching the general elastic rope. . [0023] Step c): adding a coloring material to continue mixing and stirring with the gel.

[0024] In this step, through the color material combination having the three primary colors, a variety of colors "adding the selected color material to the gel produced in the above step b) can be dispensed, and the mixture is fully mixed until it is invisible. Up to the color, you can use the color card for color comparison to confirm whether you want the uniform desired color. In addition, it is worth mentioning that, due to the high temperature baking in the subsequent steps of the manufacturing method, in order to avoid the yellowing of the tannin due to high temperature, in the step c), after the color material is sufficiently uniformly mixed, the entire glue must be applied. The substance is subjected to a "anti-treatment", that is, an anti-yellow agent is added to the gel. [0025] Step d): applying a temperature of 3 〇 to 70 to the gel obtained in step c). (#: a mixing process. [0026] In this step, two rollers that are in contact with each other are used, so that the gel passing through the step (^) passes between the two rollers, and the friction between the rollers is utilized. Heat, so that the components of the jelly are sufficiently uniformly kneaded, and the mixing processing time is between 30 minutes and 1 hour, thereby bringing the entire gel to a temperature of about 30 to 70 ° C. The glue can be brought into a state of being ready for production. Moreover, the heating temperature of the kneading process is preferably 4 Torr to

Form number A010I Page 9 of 20 M378235 c between. [0027] Step e): providing a molding machine with which the gel obtained in step d) is formed into a semi-solid. [0028] In this step, the gel of the above step d) is first sent to a high-pressure injection molding machine to extrude a strip of semi-solid material, which is a preliminary semi-finished product of the elastomer. The diameter can be determined according to the type of high-pressure injection molding machine, the finest can reach 0.01 mm, and the thickest can reach 20 cm. [0029] Step f): providing a baking device for forming a solid state by baking the semi-solid material of step e) at a temperature of 300 to 550 ° C. [0030] In this step, the semi-solid material of the step e) is subjected to high-temperature baking by an oven to fix the shape to become a long solid body, and the elongated solid material is an elastomer. Semi finished product. It is worth mentioning that, in actual operation, the elongated semi-solid material produced in step e) is loosely placed in the sealed space of the oven at a length of about 1 000 meters, thereby achieving a uniform uniform baking setting. Effect. Moreover, the baking temperature in this step is preferably in the range of 400 to 500 ° C, and the baking time is approximately 1 to 2 hours. [0031] Step g): The solid matter of step f) is subjected to room temperature cooling. [0032] In this step, the elongated solid after the high temperature baking after the above steps is naturally cooled to room temperature in the oven. [0033] Step h): applying the temperature to the solid matter of step g) by the baking device Form No. A0101

Page 10 of 20 M378235 is formed into an elastomer by baking at 150 to 250 °C. [0034] In this step, the solid matter in the above step g) cooled in the oven to room temperature is again baked in the oven, and the baking temperature is 150 to 250 ° C, preferably about At 200 ° C, the baking time is about four hours; after the author's experimental research, it is found that the step of the second baking molding helps to stabilize the molecules of the solid matter produced in the above steps, thereby being stable and stable. The negative ions and far infrared rays are released without being reduced day by day due to cleaning or long-term use. [0035] The final product formed after the step h) is the elastomer of the present invention, and the elastomers may be long strips or strips (only different widths), and the elastomers are The required length is rolled into a bundle and shipped for shipment.

[0036] As shown in the first and second figures, the elastomer combined with the negative ions and the far infrared rays of the present invention can be blended and woven with the yarn to form an elastic webbing. The elastic webbing 10 is mainly interwoven by a plurality of elastic bodies 11 and a plurality of frying wires 12, as shown in a partially enlarged view of the second figure, and the wire body having the thick edges is the elastic body 11 of the present invention. It is made by the above-mentioned manufacturing method, and mainly comprises a powdery material capable of releasing negative ions and far infrared rays, a gum, a gum oil and a coloring material mixed and stirred, and formed into an elastic body by an injection molding process. The elastomer 11 is capable of releasing 100 to 2000 negative ions per cubic centimeter per second. As mentioned in the description of the foregoing manufacturing method, the material capable of releasing negative ions and far infrared rays is any one of dioxins, sulphur dioxide, aluminum oxide, cerium oxide, and titanium oxide, or a mixture thereof. The main form number of silicone rubber A0101 Page 11 / 20 pages The ingredients are silicone, which is used to speed up the mixing of powdered materials and silicone. The coloring system is used to add powdery materials, silicone oil, and gelatin. Determine the desired color in the mixture. [0038] Hereinafter, the knitting method of the elastic body 11 and the yarn 12 of the present invention and the application range of the elastic webbing 10 produced therefrom will be described. [0039] The commonly available elastic yarn 12 can be selected, for example: PP yarn, special yarn, nylon yarn, stretch nylon yarn, carpet yarn, rubber yarn, optical reinforcement, wrap rubber, cotton, acrylic, rayon The reflective yarn and the SP thread are the main materials woven together with the present elastic body 11. [0040] In order to knit the elastic body 11 and the yarn 12 of the present invention to form the elastic webbing 10, a common weaving method includes an elastic band weave, a general elastic webbing, a jacquard weave, and a round rope weave. Since the weaving process and the equipment used therein have been known for a long time, the knitting process is only briefly described as follows: [0041] First, the style, material, size, and weave required by the customer are input into the computer or the machine is set. The formation is the same as the design drawing; then, calculate the number and length of the warp yarns, the number of the heads of the weft yarns, and the number of the warp cylinders. At this stage, the elastomer 11 of the creation is added, and according to the length and width of the product. To add an elastomer 11 capable of releasing negative ions and far infrared rays, the ratio and spacing of the additions (that is, the number of yarns 12 inserted between the elastomers 11 of the present invention) are based on customer requirements and the desire to release negative ions and far red lines. Depending on the concentration. [0042] After a series of weaving, the woven elastic webbing 10 is finished, packaged, and rolled into a file for shipping at the length required by the customer. Form No. A0101 Page 12 of 20 [0043] Referring to the third and fourth figures, the elastic webbing 10 woven by the elastic body 11 and the yarn 12 of the present invention has a wide range of applications, except for the graphic display. In addition to the wristband (figure 3) and the sock elastic band (figure 4), it can also be used as a backpack elastic webbing, elastic band, collar sweatband, mobile phone strap, car seat belt, identification card, clothing accessories, accessories. And other related products requiring elastic webbing [0044] Even the elastic webbing 10 can be knitted together with other yarns to form a fabric, which can be used for clothing, furniture, and other products requiring fabrics; The coated elastomer 11 is coated to form a wrapper. [0045] In summary, when the creation of the "anionic and far-infrared elastomer combined with an elastic webbing containing the elastic body" has industrial applicability, novelty and progressiveness, the structure of the creation has never been Seen in similar products and public use, fully comply with the requirements of new patent applications, and apply in accordance with the Patent Law. BRIEF DESCRIPTION OF THE DRAWINGS [0046] The first figure is an elastic webbing in which the elastomer and the yarn of the present invention are woven together. [0047] The second drawing is an enlarged view of the portion A of the first drawing. [0048] The third figure is an application mode of the present elastic webbing. [0049] The fourth figure is another application of the present elastic webbing. [Explanation of main component symbols] [0050] 10 elastic webbing [0051] Elastomers Form No. A0101 Page 13 of 20 M378235 [0052] 12 Yarn Form No. A0101 Page 14 of 20

Claims (1)

M378235 VI. Scope of Application: 1. An elastomer combining negative ions and far infrared rays, mainly comprising a material capable of releasing negative ions and far infrared rays, a tannin and a coloring material, and formed by an injection molding process. 2. An elastomer combining a negative ion and a far infrared ray according to item 1 of the claim, wherein the elastomer is capable of releasing 100 to 2000 negative ions per cubic centimeter per second. 3. The elastic body combining negative ions and far infrared rays according to Item 2 of the claim, wherein the material capable of releasing negative ions and far infrared rays is any one of cerium oxide, cerium oxide, aluminum oxide, cerium oxide and titanium dioxide or The mixture of claim 4, wherein the elastomer is a long strip of linear body in combination with an anion and a far infrared ray. 5. The elastomer of claim 2, wherein the elastomer is a long strip. 6. An elastic webbing, including: a plurality of strips combined with an anion and a far-infrared elastomer, each of the elastomers comprising a material capable of releasing negative ions and far infrared rays, a tannin and a colorant, and formed by an injection molding process; and a plurality of yarns, respectively The elastic bodies are woven and joined together. 7. The elastic webbing of claim 6, wherein the elastomer is capable of releasing 100 to 2000 negative ions per cubic centimeter per second. 8. The elastic webbing of claim 7, wherein the material capable of releasing the negative ions and the far infrared rays is any one of cerium oxide, cerium oxide, aluminum oxide, oxidizing and dioxygen or a mixture thereof. 098221367 Form No. A0101 Page 15 of 20 0982066945-0 M378235 9. The elastic webbing of claim 7, wherein the elastomer is a long strip of wire. 10. The elastic webbing of claim 7, wherein the elastic body is a long strip of belt 0 098221367 Form No. A0101 Page 16 of 20 0982066945-0