TH64616B - Vacuum insulation material And devices including the same - Google Patents

Abstract

DC60 (04/01/61) provides a vacuum insulating material capable of exceeding the limits of Improve general insulating performance and insulating efficiency. excellent heat resistance; and equipment that is assembled with the said vacuum insulation material came above The vacuum insulation material (1) shall consist of the wrapping material (200); Material Core (100) encapsulated in the encapsulation (200) and absorbent (400) encapsulated in the encapsulated (200) encapsulated material (200) shall have an integral bond for Hot (300) for making the wrapper (200) and the wrapper (200) come into contact with each other and are welded by heat. Thermal welding parts (300) are formed from hydrocarbon composite materials. The adsorption material (400) is the adsorption material (400) for absorbing hydrocarbon gases. ------04/01/2018------(OCR) Page 1 of 1 page Summary of Invention Provide vacuum insulation materials that exceed the limits of Improve general insulating performance and insulating efficiency. excellent heat resistance; and equipment that is assembled with the said vacuum insulation material came above Vacuum insulation material (1) shall consist of: Encapsulation (200); Material Core (100) encapsulated in the encapsulation (200) and absorbent (400) encapsulated in the encapsulated (200) encapsulated material (200) shall have an integral bond for Hot (300) for making the wrapper (200) and the wrapper (200) come into contact with each other and are welded by heat. Thermal welding parts (300) are formed from hydrocarbon composite materials. Absorbent material (400) will be absorbent material (400) for absorbing hydrocarbon gases ------------ Revised 06/01/2017 is classified as core material for thermal insulation materials. Vacuum heating that can exceed the limit. of improving general thermal insulation performance and insulating efficiency excellent heat; and equipment containing materials for the said vacuum insulation. came above The material for the vacuum insulation (1) shall consist of: encapsulation (200); and the core material (100) encapsulated in the encapsulated (200) and the absorbent (400) encapsulated within the encapsulated (200) encapsulated material (200) shall also have a welding section. Heat (300) is for the shielding (200) and the covering (200) to come into contact with each other and to be thermally welded. Thermally welded (300) is formed from hydrocarbon-containing materials. Adsorption material (400) is an adsorption material (400) for absorbing hydrocarbon gases. -------------------------------- It is classified as a core material for vacuum insulation materials that can exceed the Ltd. of improving general thermal insulation performance and insulating efficiency Excellent thermal conductivity; and equipment containing the said material for vacuum insulation. came above The material for the vacuum insulation (1) consists of: encapsulation (200); and Core material (100) encapsulated, encapsulated (200) and absorbent material (400) encapsulated. Encapsulation (200) Cladding (200) has a thermal welding section (300) for making the material. The cover (200) and the covering (200) are in contact with each other and are thermally welded, and the thermal bond (300) is formed from a hydrocarbon-containing material. The absorbent material (400) is As adsorbent material (400) for absorbing hydrocarbon gases:

Claims (4)

Disclaimer (all) which will not appear on the advertisement page. : ------ 04/01/2018 ------ (OCR) Page 1 of 1 page Disclaimer 1. Vacuum insulation material which includes: encapsulation material; The core material was amorphed by stacking a number of non-woven fabrics and that were encased inside. Encapsulation materials; and The absorbent material encased within the encapsulation material, each piece of the non-woven fabric contains at least a number of inorganic fibers that are It is produced using continuous filament method. And each piece of non-woven fabric Inorganic fiber section Large among a number of inorganic fibers expands in different directions. That are parallel to the surface of each Canvases of non-woven fabrics are significant Encapsulating materials with a heat-bonding element for making the encapsulation and the encapsulation material. They are in contact with each other and are heat welded Thermally bonded parts formed from hydrocarbon-based materials, potassium-based adsorption materials. Permanganate is processed by base materials. 2. Vacuum insulation material according to claim 1, where the diameter of the line is made of porous hydrocarbon gases created from the heat welding section. The mean fiber of inorganic fibers is greater than or equal to 3 μm (formula m) and less than or equal to 15 μm (formula m), and the average fiber length of inorganic fibers is greater than or equal to 3 mm; and Less than or equal to 15 mm. 3. Vacuum insulation material according to claim 1 or item 2, where inorganic fibers Is the glass fibers and where the adsorption material contains water-absorbing substances 4. Equipment which includes: external frame; The internal frame is arranged inside the outer frame; And vacuum insulation material arranged between the outer frame and the inner frame, the vacuum insulation material composed of the insulation material Vacuum according to claims 1 to 3, any of the above ------------ Amended 06/01/2017 1. Vacuum heat insulation materials, which include: encapsulation materials; Core material amorphous by stacking non-woven fabric and that is encased in the encapsulation material; And the absorbent material encased within the encapsulation material, each piece of the non-woven fabric contains at least a number of inorganic fibers produced. By continuous use of the fiber method And each piece of non-woven fabric Inorganic fiber section Among a number of inorganic fibers protrude in a direction parallel to the surface of each fabric of the non-woven fabric, a heat-bonded wrap material for making the wrap and the wrap material. Touching each other together and being heat welded. Thermally welded parts formed from hydrocarbon-based materials. Potassium-based absorbent material Permanganate is processed by base materials. Porous hydrocarbon gases are formed from heat-welded sections. 2. Vacuum heat insulation material according to claim 1, where the average diameter of Inorganic fibers greater than or equal to 3 μm ((formula) m) and less than or equal to 15 μm ((formula) m), and the mean fiber length of inorganic fibers greater than or equal to 3 mm. And less than or equal to 15 mm. 3. Vacuum heat insulation material according to claim 1, where inorganic fibers are glass fibers and where the absorbent materials contain water-absorbing substances. 4. Equipment consisting of: external frame; The internal frame is positioned inside the frame; And vacuum heat insulating material positioned between the outer frame and the inner frame, a vacuum heat insulating material consisting of a vacuum heat insulating material in accordance with Claims 1 to Clause 3. -------------------------- 1. Vacuum heat insulation material (1) consisting of: encapsulation material (200); Core material (100) that is encapsulated within the encapsulation material (200); and Absorbent material (400) that is encapsulated in the encapsulation material (200), the encapsulated material (200) with a heat welding element (300) for the purpose of making the encapsulation material. (200) and the encapsulation material (200) touch each other together and are heat welded. Thermally bonded part (300) formed from hydrocarbon-containing material, adsorption material (400), adsorption material (400) for absorbing hydrocarbon gases.