TH67442B - Vacuum heat insulation material And devices including the same - Google Patents

Abstract

------21/05/2018------(OCR) Page 1 of 1 page Summary of Invention What is supplied is a vacuum insulation material that exceeds the limits of improving the efficiency of general insulation strength and the efficiency of is an excellent insulator; and equipment that includes the said vacuum insulation material. came above Vacuum insulation material (1) shall include wrapping material (200); and the core material (100) is encapsulated within the wrapper (200) and the wrapper (200) has a thermal bonding part (300) that makes the wrapper (200) and the wrapper (200) ) touch each other The core material (100) is the core material (100) of the vacuum insulation material (1), which is formed by extrusion. A certain amount of non-woven, non-woven (110), each piece of non-woven, non-woven (110) including, at a minimum, fibers. A number of inorganic compounds are produced using the continuous filament method. in each piece of Non-woven fabrics (110) A number of inorganic fibers mainly protrude in a direction parallel to the surface. Significantly each piece of non-woven fabric (110) ------------ Revised invention summary 28/03/2016 classified as core material for vacuum insulation material. capable of exceeding the limits of improving the efficiency of general insulation strength and the efficiency of It is an excellent thermal insulator; and the device contains the said material for vacuum insulation. came above Materials for vacuum insulation (1) will include: encapsulation (200); and the core material (100) encapsulated within the wrapper (200) and the cladding (200) shall have a cross section for welding. Thermal bonding (300) causes the shielding (200) and the covering (200) to come into contact with each other and are thermally welded, while the thermal bond (300) is formed with LLDPE. The core material (100) is the material. Core (100) of material for vacuum thermal insulation (1) which is formed by non-woven fabric overlay. Knitting (110) a certain amount Each piece of non-woven fabric (110) will include at least fibers. A number of inorganic fibers are produced by means of continuous filamentization. In each piece of non-woven fabric (110), a large number of inorganic fibers protrude in a direction parallel to the non-woven fabric. The texture of each non-woven fabric (110) is significantly ---------------------------------------------------- -----------It is classified as a core material for vacuum insulation material that exceeds the The limits of general thermal insulation performance improvement and the efficiency of excellent heat insulator; and equipment consisting of materials for vacuum insulation that mentioned above The material for the vacuum insulation (1) consists of: encapsulation (200); and the core material (100) encapsulated within the wrapper (200) and the cladding (200) has a welding section. by heat (300) that makes the wrapper (200) and the wrapper (200) come into contact with each other and is welded by heat Thermal welding part (300) is formed with LLDPE. The core material (100) is the core material (100) of the vacuum heat insulating material (1), which is shaped by Compressed non-woven fabric (110) a certain amount Each piece of non-woven fabric (110) will consist of at least strands. A number of inorganic fibers are produced by means of continuous filamentization. In each piece of non-woven fabric (110), a number of inorganic fibers predominantly protrude in parallel directions. with ani fiber The surface texture of each piece of non-woven fabric (110) is significant:

Claims (4)

Disclaimer (all) which will not appear on the advertisement page. : ------ 21/05/2018 ------ (OCR) Page 1 of 1 page Disclaimer 1. Vacuum insulation material. Which includes: encapsulation materials; And the core material that is encased inside the encapsulation material The core material is the core material of the vacuum insulation material. Molded core material By stacking a number of non-woven fabrics Each non-woven fabric, including at least a certain amount of inorganic fibers, is produced. By using the continuous filament method, the average fiber diameter of inorganic fibers was Greater than or equal to 3 μm and less than or equal to 15 μm and fiber length The average of inorganic fibers is greater than or equal to 3 mm and is less than or equal to 15 mm. Each inorganic fiber has a very high straightness value. And a significant circular cross-section In individual non-woven fabrics During extruded inorganic fibers in two layers of non-woven fabrics, most of the inorganic fibers form the top layer and most of the fibers. A number of inorganic layers forming a bottom layer protrude in a direction parallel to the surface of the nonwoven fabric. Each piece is significant They are not arranged in the direction to be tangent to each other, but are prepared so that they are distributed in such a way that the inorganic fibers are directed in a random direction within each plane that forms. The body is the upper and lower layers of the non-woven fabric, and in a condition where similar inorganic fibers are One strand is in contact with the other at the end. The encapsulation material has a heat-welded portion at the port providing the encapsulation material and the They are in contact with each other and are heat welded Heat-treated parts that are difficult to form with hydrocarbon gas-generating materials. When the heat welding part is heat welded 2.Vacuum insulation material According to claim No. 1, where the parts for welding with Heat is molded with linear low-density polyethylene. 3. Vacuum insulation material in accordance with claim 1 or claim 2, where inorganic fibers are glass fibers 4. Equipment consisting of: external frame, internal structure that are positioned inside. External frame; And a vacuum insulation material arranged between the outer casing and the inner frame. Vacuum insulation materials that include vacuum-based insulation materials Clause 1 to any of Clause 3 ------------ Revised 28/03/2016 1.Vacuum heat insulation material Which includes: encapsulation material (200); and The core material that is encapsulated inside the encapsulation material. The core material is the core material of the vacuum insulation material. Molded core material By stacking a number of non-woven fabrics Each nonwoven fabric, including at least a certain amount of inorganic fabric, is produced. By using the continuous filament method, the average fiber diameter of inorganic fibers was Greater than or equal to 3 μm and less than or equal to 15 μm and fiber length The average of inorganic fibers is greater than or equal to 3 mm and is less than or equal to 15 mm. Each inorganic fiber has a very high straightness value. And a significant circular cross-section In individual non-woven fabrics During extruded inorganic fibers in two layers of non-woven fabrics, most of the inorganic fibers form the top layer and most of the fibers. A number of inorganic layers forming a bottom layer protrude in a direction parallel to the surface of the nonwoven fabric. Each material is significantly and is not arranged in the direction of contact with another fiber. Rather, it is prepared so that it is scattered in such a way that the inorganic fibers turn to a random direction within each. The plane that forms the upper and lower layers of the nonwoven fabric And in the condition where similar inorganic fibers Another strand will come in contact with the other end of the fiber. The enclosures are thermally bonded to form the enclosures and the enclosures that are in contact with each other and are heat welded. Heat-treated parts that are difficult to form with hydrocarbon gas-generating materials. When the heat welding part is heat welded 2.Vacuum insulation material According to claim No. 1, where the parts for welding with Heat is molded with linear low-density polyethylene. 3. Vacuum insulation material according to Clause 1 or Clause 2, where inorganic fibers are glass fibers. 4. Equipment, which consists of: an external frame, an internal frame that is positioned inside the external frame; And a vacuum insulation material arranged between the outer casing and the inner frame. Vacuum insulation materials that include vacuum-based insulation materials Clause 1 to any of Clause 3 -------------------------------------------------- ------------------ 1. Vacuum insulating material (1) consisting of: encapsulation material (200); and The core material (100) that is encapsulated within the encapsulation material (200), the encapsulation material (200), which contributes to the heat treatment (300), which makes the encapsulation material (200) and the encapsulation material (200). Touching each other together and being heat welded. Heat-welded (300) sections formed with gas-forming materials. Hydrocarbon is difficult when the heat-treated part (300) is heat-welded. Core material (100) that is core material (100) of vacuum insulating material (1,320,430, 510,610) core material (100) formed by stacking a number of non-woven fabrics (110). Each piece of non-woven fabric (110) contains at least a handful of inorganic fibers. That are produced by the continuous use of fibers In each piece of non-woven fabric (110), most inorganic fibers are among the inorganic fibers. A number of non-woven fabrics protrude parallel to the surface of the non-woven fabric (110).