KR20120066722A - Multi-packing material and manufacturing method thereof - Google Patents

Abstract

PURPOSE: A multi-packing material and a manufacturing method thereof are provided to have minimum air molecule or vacuum state in order to have respective sizes and shapes. CONSTITUTION: A multi-packing material comprises coating materials(4,5) and a core. The coating materials use metallic organic/inorganic compounds which has gas bare property and a metal deposition film. A fibrous chemical member, an aerogel, a thermal insulation hollow body material, an aerogel blanket, a fumed silica, and a porous material are used for the core. The insulating core is formed by extracting air molecules with multiple compartment cells. The air molecule with multiple compartment cells includes air molecules from the highest unit value to the lowest vacuum unit value. On one side of the gas-barrier material, a groove is formed for air to move.

Description

Multi-packing material and Manufacturing Method Thereof}

Patent Application No. 10-2010-0015936 Multi-Aerogel Filling Application Filed February 23, 2010, Patent 10-2010-0018301 Aerogel Filling Material March 1, 2010, Patent 10-2010-1107381 Filed Date 2010 10 Low-density air molecules to reduce the thermal conductivity of air by removing air molecules from each packing to minimize air density for each application with multiple fillings on the 30th of March. The multi-filling material having a multi-filling insulation function, including the method and the method for manufacturing the same, the density of removing the air molecules in a vacuum or close to the vacuum technology to maintain the heat-absorbing fiber composite material, airgel, airgel blanket, By minimizing air molecules contained in filled materials such as fumed silica, it is improved to improve the insulation performance of the invention of the existing inventors and to cope with extreme temperatures. The invention is about technology.

As a method of transferring heat, there are convection, radiation, and conduction heat. Among the methods used to block or endotherm heat energy, the technology of the present invention generally uses a vacuum thermos, vacuum insulation board, Although there is a vacuum glass, a common feature is that the formulation of the product is limited. It uses hard materials such as metal and glass that are easily used as gas barrier materials, and also deposits metallic metal with soft materials. Boards containing ultra-insulating cores such as fiber composites are designed to maintain their sealing properties, so they are designed for the intended use and form boards in the form of a single compartment or a layer of multiple layers of materials. The product can be seen that has a responsiveness to the endurance of the product. Applied to the inventors, the technology to keep air density to be minimized in the ultra-insulating material multi-filled material developed and applied can be applied to various product processing technologies requiring insulation.

As a technical problem for realizing the present invention, the fiber composite or hollow insulation material used as a core material, porous layer multi-layered material, aerogel, aerogel blanket, fumed silica is designed to fit the product application in each filling part After extracting air molecules of various values, it is necessary to include a gas barrier property (4) (5) which can maintain the function for a long time according to the gas barrier property, that is, the gas does not leak or only a very small amount, so as to maintain the air density for a long time. And

The shell material should be a shell material (4) (5) having gas barrier properties whose function does not change in response to high temperature and high pressure during multi-fill molding.

In the present invention, it is necessary to implement a method for solving a phenomenon in which a division line (16, 26) dividing a filling compartment in the state of constituting multiple filling parts by the air pressure during discharging the air molecules and multi-fill material part Devices and parts are needed to bleed air.

Minimizing partition lines should also be addressed, as heat can be lost to multiple compartments.

A method for using a multi-filled material, which is easy to formulate, as an interior patch material as an adhesive patch should be disclosed.

The outer cover material (4) (5) used in the multi-fill material produced by the discharge of the present invention is to use a gas barrier composite film or a gas barrier metal thin film material. At this time, in the process of extracting the air molecules in the multi-filled state, the upper material and the lower material of the line 26, which separates the compartment, are adsorbed as a material required for the manufacturing method using the air mesh line (Fig. 3). It is characterized in that it has an air line (7) having a variety of sizes and shapes so as not to escape the internal air. And even if the core material (1) and the shell material (4) (5) is stuck to the material (Fig. 4) In order to draw air from the mesh line (Fig. 3) provided with a material capable of drawing air from each compartment 6 into one side air passage, the grooves 7 are dug in all directions. Pipeline (figure 5) should be provided

In addition, when using a gas barrier material of a common metal, angle of view composite material, mesh lines made of various sizes and materials having air lines 8, 9, and 10 in the multi-middle division section 16 (FIG. 4). The air discharge line material (FIG. 7) uses a material having a barrier property to block each filling part from the gas inflow as opposed to the secondary filling high temperature, high pressure, and electroforming. .

In order to minimize heat conduction to each subdivision that divides the multiple compartments, each of the filling parts is molded, for example, if the upper material 4 of FIG. Each core material (1) is brought to the material and the air inlet pipe (2) is used between the two side materials (4) and (5), or the air mesh line (FIG. 4) is used as the one and both materials.

Multi-fill material is characterized in that the patch-type material that is removable on one side or both sides.

Ultra-Insulation Material Multi-Filled by Discharging Air Molecules of the Applicant The ultra-low pressure multi-filled material formulated in each size and shape can have a minimum air molecule or a vacuum state in each compartment.

It has the formability that can be bent or wrinkled according to the characteristics of the outer material (4) (5) and the outer finishing material ((3) (3 ') and has the advantage of being able to cut and use the compartment part at will. When composite material is used as core material, it can have light properties, which can be applied to vinyl, glass greenhouse, or it can be replaced with ultra-low thermal energy saving material that can be replaced with window light materials. It can be used to diversify the application area such as construction, interior super insulation curtain, cold weather clothing and shoes, automotive insulation, aviation insulation, military thermal stealth munition materials, low temperature and constant temperature packaging materials, etc. It is a material that can control human body temperature and a technology that can help solve global warming by fusing with the phase change material multi-filling material devised and applied by the present inventor. Is used.

1 is a detailed view of a multi-fill material
Figure 2 is a conceptual diagram of the use of airline type skin
Figure 3 is an airline type skin material
4 is an air discharge pipe
5 is a conceptual diagram of an air mesh pipe
Figure 6 is a diagram of each air pipe
7 is a working flow chart of the air mesh compartment shell material
8 is an air mesh pipe shell material working process diagram

As a method of realizing a multi-filled insulating material that minimizes air molecules, the outer material first uses a metallic, organic compound, and metal vapor deposition film having gas barrier properties. The core material is a material having minimal heat transfer and durability at atmospheric pressure. It is used as a fibrous chemical material, aerogel, hollow body material, aerogel blanket, and porous material. In the manufacturing process using the air mesh line type (FIG. 3) shell material, the air discharge part (FIG. 5) is applied to a material in which the lower shell material 5 or the finishing material 3 'is laminated to each of multiple filling compartments. 1 step of arranging the material and the upper material shell material (4) and the finishing material (3 ') for the air discharge after plying the air outlet (13) between the two material (4) (5) without pressing 2) process of forming external air inlet barrier with high temperature, high temperature, high pressure electromagnetic mold designed to weld only the wing 12 of the air) and a fixed plate so that the material is not twisted by air pressure during air discharge and the air discharge device (24) After combining the inlet line (23) and the air discharge part (Fig. 5) of the third step to extract the air and the air discharge is completed, the secondary molded substrate so that the air does not leak to each filling part of the multi-filled part Formulated with high pressure, high temperature and high temperature electromagnetic flashing with designed mold 4 is subjected to the fifth step of the process the inlet air separation and removal.

Air pipe line type (FIG. 6) Use of gas barrier skin material The multi-filling manufacturing method uses air as shown in FIG. 7 in a material in which the lower skin material 5 or the finishing material 3 'is laminated to each of multiple filling compartments. Disposing the mash line 16, and the first step of seating the super-insulation core material in each compartment, and the material of the upper material shell material (4) and the finishing material (3 ') for the air discharged together, then the air outlet (16) ) Is a high-temperature, high-temperature, high-pressure electromagnetic mold designed to weld only the two sides (15) without pressing, and the fixing plate is placed so that the material is not twisted by the air pressure during air discharge and the second process of forming an external air inflow barrier. (3) the third process of extracting the air after combining the inlet line 17 and the air discharge unit 16 and the secondary molded substrate after the completion of air discharge and the filling unit 14 of each of the multi-filling unit The line compartment 16 is high pressure, One, is subjected to the fifth step of the fourth step and the air inlet separated formulating to high temperature profile lashing and removal.

At this time, both sides of the finishing materials are silver nano, medical, military, furniture, electronic pads, shoes, clothing, automobiles, industrial heat shielding materials and outdoor materials.In particular, the airgel multi-compartment filling material designed by the present inventors and the present inventors The multi-fill filling material is designed for minimizing the air molecules of each fin. It is used for military purposes, and it uses both materials that withstand high temperature to fit in consideration of the characteristic of stealth function to avoid the tracking of the thermal module. Materials and high-strength materials are used, and gas barrier materials with transparency are used for materials for enrichment facilities.

Super insulation material

Claims (16)

 Metallic, organic compounds, and metal-deposited films with gas barrier properties are used as the outer skin material, and the core material minimizes heat transfer and is durable against air pressure. It is a fibrous chemical material, aerogel, insulation hollow body material, aerogel blanc. It is made of insulating core made by extracting air molecules from each of the multi-compartment cells, which includes air molecules from the highest unit value to the lowest vacuum unit value, to minimize air molecules using ket, fumed silica and porous materials. Low density air molecule insulation core multi-fill material. Metallic, organic compounds, and metal-deposited films with gas barrier properties are used as the outer skin material, and the core material minimizes heat transfer and is durable against air pressure. It is made of insulating core made by extracting air molecules from each of the multi-compartment cells, which includes air molecules from the highest unit value to the lowest vacuum unit value, to minimize air molecules using ket, fumed silica and porous materials. Air Molecular Low Density Insulation Core Material In multi-fill insulation material, one side of gas barrier material which fills each core material is made with insulation core material using grooved gas barrier material so that air can move in all directions. Low density air molecule insulation core multi-fill material
Metallic, organic compounds, and metal-deposited films with gas barrier properties are used as the outer skin material, and the core material minimizes heat transfer and is durable against air pressure. It is a fibrous chemical material, aerogel, insulation hollow body material, aerogel blanc. It is made of insulating core made by extracting air molecules from each of the multi-compartment cells, which includes air molecules from the highest unit value to the lowest vacuum unit value, to minimize air molecules using ket, fumed silica and porous materials. Air molecule low density insulation core Low density made with insulation core made of air pipe line in which each shell is grooved so that air flows through mesh line made to trap each core in multi-fill insulation material Air molecule insulation core multi-fill material
Metallic, organic compounds, and metal-deposited films with gas barrier properties are used as the outer skin material, and the core material minimizes heat transfer and is durable against air pressure. It is a fibrous chemical material, aerogel, insulation hollow body material, aerogel blanc. It is made of insulating core made by extracting air molecules from each of the multi-compartment cells, which includes air molecules from the highest unit value to the lowest vacuum unit value, to minimize air molecules using ket, fumed silica and porous materials. Air molecule Low density insulation core material In the multi-fill insulation material, the metal, organic compound, and metal-deposited film shell material having gas barrier properties are embedded in each compartment to allow the core material to be inserted into each compartment. A vent hole is formed to draw air between the upper material and the lower material dividing each compartment. And each of the outer heat-insulating core material is a low-density air molecules multi-filled material made with a groove carved so made air pipeline compartments nine minutes the
According to claim 1, a method of manufacturing an air exhaust part in a material in which a lower outer shell material or a finishing material is incorporated in each of the multiple filling compartments, and a core material in each compartment, and an upper material outer material for air discharge. The second process of forming an external air inlet barrier with a high-temperature, high-temperature, high-pressure electromagnetic mold designed to cover the material of the upper and outer materials and the finishing material and then provide the air outlet between the two materials without pressing the air outlet. Arrange the fixed plate so that the material is not twisted by the air pressure and combine the inlet line 23 and the air discharge part (Fig. 5) of the air discharge device 24, and then to extract the air to the value suitable for various uses 3, high pressure, high temperature, high temperature electromagnetic A fourth step of separating the air inlet and to remove created through the fifth process low-density air-core multi-molecular insulating filling material to formulate a lashing
According to claim 1, a method of manufacturing an air discharge mesh line in a material in which a lower outer shell material or a finishing material is incorporated in each of the multiple filling compartments, and a step for placing an ultra-insulating core material in each compartment and an upper for air discharge. The second process of forming external air inlet barrier with high-temperature, high-temperature, high-pressure electromagnetic molds designed to weld only the two materials without pressing the air outlet forming the mesh line after weaving the material of the outer material or the joint material. Arrange the fixed plate so that the material does not twist under the air pressure, combine the inlet line of the air discharge device with the air discharge part into which the core material is inserted, and extract the air after completing the third process. Fourth process and air column to formulate by filling high pressure, high temperature and high temperature to prevent air leakage Low density air molecule insulation core made through the 5th process of separating and removing the inlet Claims 1, 2, 3, 4, 5, 6, and 7 according to the present invention, including heat reflecting materials and non-combustible materials in which one or both of the finishing materials radiate heat. Air molecule insulation core material Low density multi-fill material
Claims 1, 2, 3, 4, 5, 6, and 7 wherein one or both of the materials including the multi-filling portions absorb electromagnetic waves such as radar or remove low-frequency signals such as plasma technology. Low-density air molecule insulation core multi-filled material made of a material containing refractive technology on one or both sides
Low density according to claim 1, 2, 3, 4, 5, 6, 7 and 8, wherein one or both finishing materials transmit a video signal and include a material including a function having a video function Air molecule insulation core multi-fill material
Claims 1, 2, 3, 4, 5, 6, 7, 8, and 9 according to the present invention, each of which corresponds to a heat signal electronically so that one or both finishing materials correspond to the thermal imaging module. Low-density air molecule insulation core multi-fill material made by separating aerogel fillers made by including material with function
Claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, micro-phase change material, phase change material multiple filling on one or both sides of the finishing material Density air-molecule insulation core multi-fill material including phase change material multi-fill compartment material
Claims 1, 2, 3, 4, 5, 6, 7, 8, 9, micro-phase change material, phase change material multiple filling between one or both sides of the material containing the respective airgel filled material 쎌, low-density air molecular insulation core multi-fill material containing filling compartment material
Multi-filled low-density air molecular insulation cores made of various core materials, shapes and sizes Multi-filled low-density air molecular insulation core materials are prepared by separating the individual compartments and arranging them in various shapes between one or both sides of the finishing material. Material
저 Low-density air molecule insulation core multi-fill material provided in patch form so that one or both sides are attached
저 Each low-density air molecule insulation core material provided in the form of a patch to attach one side or both sides is arranged in a plurality of forms and fixed to each other. 쎌 One side or both sides are provided in the form of a patch. Low density air molecule insulation core multi-fill material
Claims 1 to 15 Low density air molecule insulation cores made in the shape of each of the multi-filled insulation materials for building, windows, military means and weapon systems, electronics, refrigeration, clothing, automobiles, shipbuilding, aviation, aerospace, furniture, All products made by including parts of one side and both sides of products such as shoe accessories, cold storage packaging, concentration facilities, and marine facilities.













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