1183 results about "Vacuum insulated panel" patented technology

A vacuum insulation panel that includes a paper core made of at least one panel consisting of first and second facing sheets, made of paper, that sandwich a paper honeycomb structure. The honeycomb structure preferably includes a plurality of cells that extend from the first facing sheet to the second facing sheet. The panel also includes an outer shell that surrounds the core, wherein the outer shell is made of a material of low gas permeability and is sealed to form a substantially airtight container around the core. In preferred embodiments, an interior of said outer shell has been evacuated to a pressure of between approximately 1-10 Torr, resulting in an insulating panel that has an R-value of approximately 3.

Vacuum insulation panels and methods for making vacuum insulation panels. The panels include first and second spaced-apart sidewalls, where at least one of the sidewalls has a very smooth surface. The panels are particularly useful as insulation in applications where a smooth and aesthetically acceptable surface is required, such as in a refrigeration appliance. A method for making a vacuum insulation panel can include placing an insulative core material and a liner within a barrier envelope defining an enclosure, evacuating the enclosure, and sealing the envelope to form the vacuum insulation panel.

An apparatus is described which consists of a rigid plate and a vacuum insulation panel, in which the vacuum insulation panel is fixed to the rigid plate by a polyurethane foam applied as a liquid reaction mixture, wherein the vacuum insulation panel contains open-cell rigid plastics foam and/or open-cell rigid plastics foam recyclate. A refrigerated cabinet element containing said apparatus is additionally described.

The invention discloses a nanometer multiple-layer composite thermal insulation material and a preparation method thereof. The nanometer multiple-layer thermal insulation composite material is formed by alternatively overlapping an infrared reflecting screen and a spacer; the ratio of total layer amounts n of the infrared reflecting screens and the spacers to the total thickness of the nanometer multiple-layer composite thermal insulation material is 0.5-4; the infrared reflecting screen is a metal foil or a metal plated foil; the spacer is a thermostability nanometer porous aerogel composite thermal insulation material; the infrared reflecting screen and the spacer are combined by being adhered with thermostability adhesives or in puncturing connection by thermostability sewing threads. The invention also comprises the preparation method of the nanometer multiple-layer composite thermal insulation material. The nanometer multiple-layer composite thermal insulation material of the invention has low density, favorable mechanical property and favorable high-temperature thermal insulation property, lowers requirements on the vacuum degree by a VIP plate when being used as vacuum thermal insulation plate core materials, does not need getter and can satisfy harsh high-efficiency thermal insulation using requirements on materials by aviation, aerospace and civil fields. The method of the invention can prepare thermal insulation material members with large size and complex shape.

A thermally insulated sandwich polyurethane (PUR) shipper for a temperature sensitive payload is provided. The sandwich PUR shipper comprises an outer corrugated box, an inner corrugated box, vacuum insulated panels (such as VIP panels) and PUR foam. The inner box is nested within the outer box and has a bottom, sides and a top. The inner box defines a payload compartment. The VIP panels are adhered to the outer facing surfaces of the inner box. Preferably the VIP panels are wedged against each other so that a side edge of one VIP panel abuts an adjacent VIP panel. The PUR foam fills the space between the VIP panels and the outer box. The PUR foam may cover the top edges of the VIP panels.

A new insulation system is provided that contains microspheres. This insulation system can be used to provide insulated panels and clamshells, and to insulate annular spaces around objects used to transfer, store, or transport cryogens and other temperature-sensitive materials. This insulation system provides better performance with reduced maintenance than current insulation systems.

A method and apparatus for making an rigid foam insulating panel is disclosed. The panel includes an rigid foam sheet with a plurality of grooves or recesses in which reinforcing strips are placed. Both sides of the sub-assembly are covered with a reinforcing sheet made of plastic, paper, foil, or a combination thereof. These reinforcing sheets are bonded to the surface of the rigid foam sheet and provide structural support to the sheet, as well as retaining the reinforcing strips in place. They also provide a vapor barrier on both sides of the sheet to prevent the migration of moisture through the sheet toward the wall covering, which will typically be attached to the side of the sheet in which the reinforcing strips are inserted.

A refrigerator wall has an outer shell an inner liner, a cavity formed by the outer shell and the inner liner, insulation filling the cavity, and a vacuum insulation panel positioned in the cavity such that at least one edge of the vacuum insulation panel is located in a substantially maximum volume of insulation.

In certain embodiments of the present disclosure, a refrigerator is described. The refrigerator includes an inner liner defining a storage compartment. The refrigerator further includes an outer wall forming a vacuum insulation panel. The outer wall defines a hermetically sealed vacuum compartment wall. The compartment includes filler insulating material and is evacuated of atmospheric gases. The compartment is located between the outer wall and the inner liner.

An insulated cargo container is composed of an underframe, a floor, a first side wall, a second side wall, a roof, and at least one door being connected together to form an enclosure. At least one insulating liner is mounted to the interior surfaces and exterior surfaces of the enclosure in an amount sufficient to achieve a UA rating of less than about 300 for the cargo container.

The invention discloses a composite core material vacuum insulation panel and a preparation method thereof and relates to a vacuum insulation panel. The invention provides the composite core material vacuum insulation panel which utilizes a large number of scraps of rigid foam plastics in the existing rigid phenolic foam plastic industry, the rigid polyurethane foam plastic industry and the like and can significantly improve the comprehensive utilization rate of the rigid foam plastics, improve the environment and promote the recycling of materials, and the preparation method thereof. The composite core material vacuum insulation panel comprises a composite core material, a getter and a closed packaging bag. The composite core material vacuum insulation panel can be prepared by adopting the wet method or the dry method.

The invention discloses a fiber mat, comprising 50-100 (weight ratio accounting for the dried fiber mat and the same below) glass fiber and chopped strands, and one or more of 0.1-30 inorganic fibers, 0.1-30 natural fibers, 0.1-30 synthetic fibers, 0.1-30 manmade fibers and an anti-radiation material besides the glass fibers and the chopped strands. The fiber mat is prepared by a needle punching method, a spun lacing method, a thermal rolling method, a wet type paper-manufacturing acid process, a wet type paper-manufacturing thickener method, a wet type paper-manufacturing gel method and the like. According to the preparation method for the fiber mat disclosed by the invention, the conductive thermal coefficient of a vacuum thermal insulation plate made of the fiber mat achieves 25-65% under the premise of adopting the same production mode, and a more superexcellent thermal insulation effect is obtained.

The invention relates to the field of vacuum insulation board, and especially relates to a core material used in a vacuum insulation board, a preparation method thereof, and a purpose thereof. The core material comprises a sealed film bag manufactured by using an air-permeable and powder-impermeable filtering material, and a powder material filled in the film bag. The powder material is a porous material with a particle size smaller than 20mum. The filtering material can at least resist high temperature of 120 DEG C. Compared with a core material obtained with a sandwiching structure and with a sol-gel method in prior art, the vacuum insulation board provided by the invention has the advantages of crushing resistance, easy moving, and simple preparation method. With the vacuum insulation board, the requirements of fields such as refrigerators on vacuum insulation boards can be satisfied, and requirements of the field of construction energy saving and insulation on service lives of 20 years or even 50 years can be satisfied. The vacuum insulation board can be widely applied in the field of construction energy saving and insulation.

The invention provides an air insulating structure of vacuum insulation panel, which is formed by composite material. The composite material does not contain aluminium foil layer; therefore, the heat bridge effect of seal edge during heat seal is avoided. The packaging method of the air insulating structure comprises the following steps of: folding a single piece of composite material to form a bag shaped air insulating structure having a size consistent with that of adiabatic core material according to the specification of the core material and form three seal edges; sealing part of sealing edges with heat, and keeping an opening for placing the adiabatic core material inside; filling the adiabatic core material in the air insulating structure, performing heat seal on the remained opening and keeping a vacuum pumping opening; and placing the air insulating structure, which is filled with the adiabatic core material and has a vacuum pumping opening, in a vacuum room and pumping to produce vacuum, and performing heat seal on the preserved vacuum pumping opening to form a vacuum thermal insulation panel. The air insulating structure has three seal edges, which are fewer than those of the conventional method; therefore, the integral heat bridge effect is reduced, the operation is simple, the appearance planeness of the vacuum insulation panel is improved, and the fold and air leakage of the air insulating structure in convention manufacturing process are avoided.

Pallet version of the portable refrigeration container including a palletised thermally insulated base (20) including seal mechanism, forklift fork receiving cavities (21) allowing ready transportability. A dismantlable wail assembly (35) comprising hinged vacuum insulated panels (35) are able to be mounted on the palletised thermally insulated base (20) and engaging with the perimeter channel (23) forming the base sealing mechanism. The thermally insulated hinge type collapsible concertina configuration of side panels (35) have latch mechanism for holding panels in rectangular configuration defining a container volume therein. A thermally insulated lid (40) covers the top of the container volume and includes a seal mechanism for engaging with the wall assembly. The portable refrigeration container includes an integral cooling system, for cooling the container volume, incorporated in one or more of the base, sides or lid.

The invention relates to a vacuum insulation panel which can be used as an insulator for a refrigerator requiring heat insulation to be provided and also to a refrigerator incorporating such a vacuum insulation panel. The invention particularly relates to an arrangement for preventing convection spaces from being formed where an edge of the vacuum insulation panel is folded back. The vacuum insulation panel includes a core which has an inner film bag in which a flexible inorganic fiber laminate is accommodated, and an outer barrier bag which is made of gas-impermeable film such as metallic foil laminated film and which accommodates the core. The inner film bag includes a welded portion and a ventilation portion. The outer barrier bag has a depressurized interior and has been sealed by welding. An edge of the inner film bag is placed in an edge of the outer barrier bag.

The invention provides a heat insulation tank which can achieve fully thinning doors of refrigerators, etc., thereby enabling the expansion of the inside volume of the tank body. For an outer door plate (20), the outer side surface of a vacuum insulation panel (21) is enabled to abut the rear surface of the outer door plate (20), and the front surface of the inner door plate (22) is enabled to abut the inner side surface of the vacuum insulation panel (21), thereby forming a large refrigerating room door (17) (door) without using foamed polyurethane. According to this structure, the fully thinning of the large refrigerating room door (17) can be achieved, thereby enabling the expansion of the inside volume of the tank body.

The invention discloses an energy-saving refrigerator and belongs to the technical field of refrigerator energy conservation. Before polyurethane foam is filled in a heat-insulating layer to foam, one or two high-vacuum thermal insulation plates are arranged in the heat-insulating layer. The whole heat-insulating material consists of polyurethane open-cell foam, an air adsorbent and a trapping membrane, wherein the polyurethane open-cell foam serves as a core heat-insulating material; the aperture ratio of the polyurethane foam is more than or equal to 95 percent; and the polyurethane open-cell foam is vacuumized and is sealed by the trapping membrane, so that the heat conductivity is greatly reduced. A double-magnetic stripe door seal is arranged at a connecting place of the cabinet body and a door body; two parallel magnetic stripes of which the length is 4 to 6mm respectively pass through two correspondingly independent air bags; and a small air bag is spaced between the two air bags. The two magnetic stripes realize two door seals and have complementary effect of two sealing surfaces which overcome leakage caused by warping of a single magnetic stripe and guarantee that the seal is more thorough. The aim of energy conservation and consumption reduction is fulfilled by changing the material and structure of the heat-insulating layer and the mounting positions and number of the magnetic stripes of the door seal.

The invention discloses a cold-storage transport incubator, which comprises a box body and a box cover matched with the box body, the inner walls of the box body and the box cover are provided with a polyurethane foam plastic layer, and the polyurethane foam plastic layer There is a layer of vacuum heat insulation board inside the layer, and the polyurethane foam plastic layer and the vacuum heat insulation board form a composite heat insulation structure. The thickness of the polyurethane foam plastic layer is 6-30 mm, and the thickness of the vacuum insulation panel is 5-10 mm. The surface of the polyurethane foam layer or the vacuum insulation board located on the inner wall of the incubator is covered with a protective layer. Adopting the cold storage type transportation incubator of the present invention, since the vacuum insulation board with excellent heat insulation effect is provided in the polyurethane foam plastic layer, the thickness of the polyurethane foam plastic layer can be greatly reduced, so that the heat preservation box with the same shape can The effective volume of the box is greatly improved, the weight of the incubator is also reduced to a certain extent, and the heat preservation effect is also better.