TW200422460A - Method for producing far infrared non-woven cloth and its product - Google Patents

Abstract

The present invention relates to a method for producing a far infrared non-woven cloth and its product. The invented method mainly comprises: using a non-woven cloth production device to melt a non-woven cloth material into a molten state; extruding molten non-woven cloth material into fibrous filaments, while concurrently spraying a far infrared powder; using a blowing device to suspend the far infrared powder in a floatation case for the suspended far infrared powder to be uniformly adhered on the un-cured surface of the non-woven fiber filaments; using a drying device to dry the un-cured non-woven fiber with the surface thereof adhered with a far infrared powder to perform a drying and hardening formation operation in order for the far infrared powder to be fastened to the surface of the non-woven cloth fiber; and collecting the fiber to be made into a far infrared non-woven cloth.

Description

200422460, Description of the invention [Technical field to which Alpha Li belongs]: :: Related-A kind of far-infrared non-woven fiber, "Cloth Technology" τ 回 衣 仏 方法 and its products. Commonly common >, report., The raw materials have not been heated It is a manufacturing method before extruding into the fiber and melting. It is added to the non-woven melting machine with far = two green two = the end, after mixing and mixing evenly, and then the silk is not ^ 11 u, " Symbolic non-woven fabric After the raw materials are melted, re-surface, and then; keep the far-infrared powder wrapped in the non-woven:. ,,, and a cloth fibers are made of non-woven with far-infrared components. However, the Xitian and soil woven fabrics, such as the seventh Hongxigan Bu, inside the non-fibre 7 1 produced by the air cloth manufacturing method, because the two-way infrared powder 7 is wrapped by the non-woven cloth itself, the Yuan factory: f outside line energy will be affected by the non-woven fiber, and: The energy of the outer thread is weakened. The raw material of the non-woven fabric is the far-infrared non-woven fabric manufacturing method, which consists of weaving the woven fiber and then: After the machine is melted, it is extruded into a silky non-dimensional net by the spinning nozzle, and then the woven fiber Fiber made by pressing or textile Out, and then far-infrared ray: after wetting with water, the excess water of the fiber web is drained and the powder is mixed with the binder, and then the far red is mixed, so that the far-infrared dimer is applied to The moist fibrous web that has drained part of the water finally spreads the fiber 雊 ^ evenly and deeply on the fibers of the fiber web, and f 忐 1 ,, 罔 罔 dries, so that the far-infrared powder is fixed on the fiber The fabric of the net is made of non-woven infrared ray. 2004, the minus 200422460 Five inventions description (2) Cloth shoulder: The manufacturing method of the far-infrared non-woven fabric described in the above must be melted and non-woven. Heap = non-woven fiber, made into fiber net, wet fiber There are many nets such as water removal, extinction, quasi, cixi residual water, far-infrared powder, and binding people on the fiber web 'drying the fiber web, etc. ::: The attachment is very expensive, which increases the manufacturing cost. The 'the far-infrared powder 8 is on the adhesive 8 Ί net 82, as shown in Figure 8 *, and it is wrapped =; = = weak. * And' If the adhesive is a chemical, it is good for people two :: , Reduce the impact ', especially with this kind of far-infrared non-woven fabrics :: Yoshiyuki Products that are in direct contact with the human body, the adhesive will :: = 'or other people need to be fierce. D. The adverse effect of mouth 4 on humans will be more dramatic [Content of the Invention], the main purpose of Tsukimoto Moon is to solve The above-mentioned problems are reported in the # 1 manufacturing method of infrared non-woven fiber and its products, the main owner, and the 1-tooth weaving machine, Jiang T, Ta'r, mainly based on the

Ub At will heat melt the non-woven raw material into a molten state, and then p will occupy ^ 卞: The non-woven raw material is extruded into a filamentary non-woven fiber, and the far-infrared powder is sprayed around the non-woven fiber :: At the moment when the far-infrared powder is attached and it is not hardened, the surface :: 化 = type M far-infrared powder is fixed on the non-woven fabric and piled into the mainline powder, and: ΐ extruded into a filament with! ’That is, spraying out of the soil to make the infrared powder floating on the non-woven fiber

200422460 V. Description of the invention (3) Around, so that the far-infrared powder can be evenly adhered to the surface of the non-woven fiber, so that the energy of the far-infrared powder will not be blocked, and its energy will not be weakened. A secondary object of the present invention is that the far-infrared powder is fixed on the surface of the non-woven fiber, and when the non-woven fiber is not hardened, even if the far-infrared powder is attached to the surface of the non-woven fiber, the far-infrared powder is dried and hardened to make the far The infrared powder is fixed on the surface of the non-woven fiber, and it does not use adhesive at all, so there is no problem that the adhesive will cause harm to the human body. [Embodiment] Please refer to Fig. 1 to Fig. 5. The steps in the embodiment of the present invention are shown in the figures. This is for illustrative purposes only and is not limited by such scope in patent applications. The invention relates to a method for manufacturing a far-infrared non-woven fiber and a product thereof. The method includes the following steps: Melting 1: It uses a non-woven manufacturing machine 1 1 to thermally fuse the non-woven raw material 12 to a molten state. Extrude non-woven fibers and spray far-infrared powder 2: Extrude the non-woven raw material 1 2 that has been melted into filament-like non-woven fibers 2 1, and simultaneously spray the non-woven fibers 2 1 that have just been extruded. Infrared powder 2 2, in this embodiment, the non-woven fiber 2 1 is extruded from a nozzle 2 3 and the far-infrared powder 2 2 is sprayed. The nozzle 2 3 has a first flow channel 2 3 1 and a first Two flow channels 2 3 2, the first flow channel 2 3 1 has a plurality of arranged extrusion holes 2 3 3, each of the extrusion holes 2 3 3 penetrates to the bottom of the nozzle 23, and the first flow channel 2 3 1 with this hot melt

200422460 V. Description of the invention (4) The machine 1 1 is connected to pass through the non-woven raw material 12 in a molten state, and extruded from each of the extrusion holes 2 3 3 into a filamentary non-woven fiber 2 1; and the second The flow channel 2 3 2 has a plurality of spraying holes 2 3 4 arranged, each of the spraying holes 2 3 4 penetrates to the bottom of the nozzle 23 and is arranged opposite to the extrusion hole 2 3 3, and the second The flow channel 2 3 2 is connected to a far-infrared powder supply source 24 for the far-infrared powder 22 to flow through the second flow channel 2 3 2 and be sprayed from each of the spray holes 2 3 4. Far-infrared powder floating attachment 3: The sprayed far-infrared powder 2 2 is floated in a closed space, so that the floating far-infrared powder 2 2 is evenly attached to the surface of the non-hardened non-woven fiber 21 1. In this embodiment, It is attached to the outer cover of the nozzle 23 and a floating box 3 1. The bottom of the floating box 3 1 is provided with a ventilation plate 3 12 with a large number of ventilation holes 3 1 1, and a circular rotation is provided on the ventilation plate 3 1 2. A conveyor belt 3 2 is used to convey the non-woven fabric 2 1 to which the far-infrared powder 22 has been attached, and a ventilation device 3 3 is provided at the bottom of the air-permeable plate 3 1 2 for blowing and floating the far-infrared powder 22 The floating box 31 can evenly adhere to the surface of the non-hardened non-woven fiber 21. Fixing molding 4: The non-woven fiber 2 1 with the far-infrared powder 2 2 attached on the surface and not yet hardened is sent to a drying device 4 1 through a conveyer belt 3 2 for drying and hardening, so that the far-infrared powder 2 2 is solidified. Focus on the surface of the non-woven fabric 2 1. From the above, it can be known that the manufacturing method of the present invention mainly uses a non-woven fabric manufacturing machine 1 1 to melt the non-woven raw material 12 into a molten state, and then uses a nozzle 2 3 to extrude the non-woven raw material 12 which has been melted into a molten state. Not hard yet

200422460 V. Description of the invention (5) Filamentary non-woven fiber 2 1 is melted, and at the same time, far-infrared powder 2 2 is sprayed around the newly extruded non-woven fiber 2 1, and then a blower device 3 3 is used to spray it out. The far-infrared powder 2 2 floats in a floating box 31 so that the floating far-infrared powder 2 2 is evenly attached to the surface of the non-hardened non-woven fiber 2 1, and the far-infrared powder 2 2 is attached to the surface and has not yet The hardened nonwoven fabric 2 1 is dried and hardened by a drying device 41 so that the far-infrared powder 2 2 is fixed on the surface of the non-woven fiber 2 1 and collected to make a non-woven fiber product with a far-infrared surface fixed on the surface of the non-woven fiber. . Since the non-woven raw material 12 is melted and extruded into a filament shape, the far-infrared powder 2 2 is sprayed, and the far-infrared powder 22 is floated around the non-hardened non-woven fiber 2 1, so that the far-infrared powder 2 is made. 2 It can evenly adhere to the surface of the non-woven fiber 21, as shown in Figure 6, so that the energy of the far-infrared powder 2 2 will not be blocked, and its energy will not be weakened. In addition, the far-infrared powder 2 2 is fixed on the surface of the non-woven fiber 21, even when the non-woven fiber 21 is not hardened, even if the far-infrared powder 2 2 is attached to the surface of the non-woven fiber 21, and then dried and hardened. As a result, the far-infrared powder 22 is fixed on the surface of the non-woven fabric 21 without using an adhesive at all, so there is no problem that the adhesive will cause harm to the human body. The disclosure of the embodiments described above is used to illustrate the present invention, and is not intended to limit the present invention. Therefore, changes in numerical values or replacement of equivalent components should still belong to the scope of the present invention.

200422460

Page 10 200422460 Brief description of the diagram Figure 1 is a block diagram of the process of the present invention Figure 2 is a schematic diagram of the manufacturing process of the present invention Figure 3 is a sectional view of the nozzle of the present invention Figure 4 is a bottom view of the nozzle of the present invention Figure 5 FIG. 6 is a schematic diagram of the floating box of the present invention. FIG. 6 is a schematic diagram of the far-infrared powder of the present invention fixed on the surface of a non-woven fiber. FIG. Schematic diagram of another conventional far-infrared non-woven manufacturing method that causes far-infrared powder to be wrapped in an adhesive [Illustration of the drawing number] (part of the present invention) Melt 1 Non-woven fabric making machine 1 1 Non-woven raw material 1 2 Extrude non-woven fiber and spray far-infrared Powder 2 Non-woven fiber 2 1 Far infrared powder 2 2 Nozzle 2 3 First runner 2 3 1 Second runner 2 3 2 Extrusion hole 2 3 3 Spray hole 2 3 4

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Claims (1)

200422460 VI. Application Patent Scope 1 · A method for manufacturing far-infrared non-woven fiber, which includes the following steps: it melts the non-woven raw material into a molten state with a non-woven manufacturing machine; extrudes non-woven fiber and sprays far-infrared powder: The melted non-woven raw materials are extruded into filamentous non-woven fibers, and at the same time, far-infrared powder is sprayed around the non-woven fibers that have just been extruded. Far-infrared powder floating attachment: The sprayed far-infrared powder is floated in a space, so that the floating far-infrared powder is evenly adhered to the surface of the non-hardened non-woven fiber; Fixing molding: the far-infrared powder is attached to the surface and Non-woven fibers that have not yet been hardened are dried and hardened to form far-infrared powder on the surface of the non-woven fibers. 2 · Made from far-infrared non-woven fiber according to item 1 of the scope of patent application The manufacturing method, wherein the step of extruding the non-woven fiber and spraying the far-infrared powder comprises extruding the non-woven fiber and spraying the far-infrared powder through a nozzle, and the nozzle has a first flow path and a second flow path. The first channel has a plurality of extrusion holes arranged, each of the playout holes respectively penetrates to the bottom of the nozzle, and the first flow channel is connected to the hot melt machine for the non-woven raw material in the molten state to flow through and each of the extrusions The exit hole is extruded into a filament-like non-woven fabric, and the second flow channel has a plurality of spray holes arranged in a row, each of the spray holes respectively penetrates to the bottom of the nozzle and is staggered with the extrusion hole, and the first Two-channel and one far-infrared powder supply Page 13 200422460 6. Scope of patent application The source should be connected to allow far-infrared powder to flow through the second flow channel and be sprayed from each of the spray holes. 3 · Made from far-infrared non-woven fiber according to item 1 of the scope of patent application Manufacturing method, wherein the closed space of the far-infrared powder floating attachment step is a floating box, a bottom of the floating box is provided with a ventilation plate with a large number of ventilation holes, and a circulating belt is provided on the ventilation plate for The non-woven fiber to which the far-infrared powder has been attached is conveyed, and an air supply device is provided at an appropriate position of the floating box for blowing and floating the far-infrared powder in the floating box, and can be evenly attached to the surface of the non-hardened non-woven fiber. 4. The method for manufacturing a far-infrared non-woven fiber according to item 3 of the scope of the patent application, wherein the air supply device is provided at the bottom of the air-permeable plate of the floating box for blowing and floating the far-infrared powder in the floating box. 5 · A product in which the far-infrared powder made according to the far-infrared non-woven fiber manufacturing method described in item 1 of the scope of patent application is fixed on the surface of the non-woven fiber. Page 14