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Infrared ceramic body and infrared health physiotherapy instrument thereof

A technology of infrared ceramics and physiotherapy equipment, which is applied in the field of ceramic body and health physiotherapy equipment, infrared ceramic body and its infrared health physiotherapy equipment, and can solve the problems of deviating from the basic properties of infrared physiotherapy, not being able to exert the effect of infrared health physiotherapy, and insufficient optical density.

Inactive Publication Date: 2015-05-13
GUANGZHOU BAIYUXIN BIOCHEM TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] 2. Infrared products that rely on natural materials such as ceramics and plant charcoal generally have limited effects caused by insufficient effective light waves or effective reflected optical density.
[0007] At present, the existing products basically do not consider the fixed position of use, and the user chooses the affected part to use freely. Although it can only produce temporary relief on the affected part, this design of unfixed focus deviates from the principle of infrared physiotherapy. Basic properties, unable to exert the comprehensive health physiotherapy effect of infrared
[0008] 3. There are many problems in the convenience of use and the standardization of product production

Method used

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  • Infrared ceramic body and infrared health physiotherapy instrument thereof
  • Infrared ceramic body and infrared health physiotherapy instrument thereof
  • Infrared ceramic body and infrared health physiotherapy instrument thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0060] The invention provides an infrared ceramic body, which is prepared through the following steps in sequence:

[0061]One) preparing a porous grid-shaped ceramic body, the method comprises the following steps in sequence:

[0062] 1) Weigh each component according to the following mass:

[0063] Volcanic stone powder 60kg;

[0064] Labradorite powder 5kg;

[0065] Palygorskite powder 50kg;

[0066] Cordierite powder 30kg;

[0067] The particle diameter of described volcanic stone powder, labradorite powder, palygorskite powder is 150 orders;

[0068] 2) Mix and grind the materials weighed in step 1) to 400 mesh, then add 20kg of binder, the binder is 5% polyvinyl alcohol, 20kg of silica powder, 5kg of irregular pore-forming fibers, After the mud is evacuated, the glue injection colloid is obtained. The glue injection colloid is formed by extrusion through the injection nozzle of the hydraulic cylinder body and the mesh forming mold. After infrared drying, it is sinte...

Embodiment 2

[0083] Another infrared ceramic body provided by the present invention is prepared through the following steps in sequence:

[0084] One) preparing a porous grid-shaped ceramic body, the method comprises the following steps in sequence:

[0085] 1) Weigh each component according to the following mass:

[0086] Volcanic stone powder 30kg;

[0087] Labradorite powder 30kg;

[0088] Palygorskite powder 30kg;

[0089] Cordierite powder 40kg;

[0090] The particle size of described volcanic stone powder, labradorite powder, palygorskite powder is 80 orders;

[0091] 2) Mix and grind the materials weighed in step 1) to 400 mesh, then add 20kg of binder, 5kg of silica powder, and 20kg of irregular pore-forming fibers. The injection nozzle of the hydraulic cylinder body and the mesh forming mold are formed by extrusion, and after infrared drying, they are sintered to 1200°C and kept warm for 9 hours to make a porous grid ceramic body; the porous grid ceramic body, the wall Thick...

Embodiment 3

[0106] The present invention provides another infrared ceramic body, which is prepared through the following steps in sequence:

[0107] One) preparing a porous grid-shaped ceramic body, the method comprises the following steps in sequence:

[0108] 1) Weigh each component according to the following mass:

[0109] Volcanic stone powder 30kg;

[0110] Labradorite powder 30kg;

[0111] Palygorskite powder 30kg;

[0112] Cordierite powder 40kg;

[0113] The particle size of described volcanic stone powder, labradorite powder, palygorskite powder is 120 orders;

[0114] 2) Mix and grind the materials weighed in step 1) to 500 mesh, then add 10kg of binder, 15kg of silica powder, and 15kg of irregular pore-forming fibers. The hydraulic cylinder body injection nozzle and the mesh forming mold are formed by extrusion, after infrared drying, sintered to 1300 ° C, and kept for 7 hours to make a porous grid ceramic body in a square shape; the porous grid ceramic body The body wall...

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Abstract

The invention discloses an infrared ceramic body and an infrared health physiotherapy instrument thereof and aims at providing an infrared ceramic body with the physiotherapy grade infrared effect and an infrared health physiotherapy instrument containing the infrared ceramic body. The infrared health physiotherapy instrument accords with the human body needs and is convenient to use. A preparation method of the infrared ceramic body comprises the following steps: weighing the components, mixing, grinding, then adding an adhesive, silica powder and irregular pore-forming fibers, smelting into sludge, vacuumizing to obtain a glue injection colloid, forming by virtue of an injection nozzle of a hydraulic cylinder and a reticular forming die in an extrusion mode, carrying out infrared drying, sintering until the temperature is 1200-1500 DEG C, and keeping the temperature for 2-9h to prepare a porous grid ceramic body; jet milling a material until the size is 600-2000 meshes, adding the adhesive and silica, and mixing into a slurry liquid; and cooling the porous grid ceramic body to the normal temperature, rapidly immersing the porous grid ceramic body into the slurry liquid with the temperature to be 80-100 DEG C, detaining for 60-300 seconds, enabling the infrared slurry to fill into the porous grid ceramic body, drying, carrying out secondary low-temperature sintering at the temperature of 600-900 DEG C, and keeping the temperature for 3-6h. The invention belongs to the technical field of health equipment.

Description

technical field [0001] The invention relates to a ceramic body and a health physiotherapy instrument, in particular to an infrared ceramic body and an infrared health physiotherapy instrument, belonging to the technical field of health care equipment. Background technique [0002] There are three problems to be solved urgently in the present infrared physiotherapy apparatus. [0003] One: Whether the generation of infrared light sources meets the needs of the human body: [0004] 1. Artificial photoelectric infrared generation method: Artificially setting the infrared wavelength and optical density to generate artificial similar infrared light through electric current. The data analysis of practical application shows that the wavelength of artificial photoelectric infrared light source, especially the effective infrared wavelength of physiotherapy grade, changes greatly and the density value increases and decreases greatly in the unit time of use. The actual use effect basi...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B38/00C04B35/16A61N5/06
Inventor 汤庆华
Owner GUANGZHOU BAIYUXIN BIOCHEM TECH
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