33results about How to "Reduce thermal bridges" patented technology

The invention relates to a hole heat insulation break bridge structure of a composite heat-insulation wall door and window, which enhances the energy saving heat preservation effect of the wall for reducing hole hot bridges of doors and windows because of the large heat transmission at the periphery of the hole. The structure 1 comprises a heat preservation layer, an indoor protective layer, an outdoor protective layer, doors and windows, wherein the heat preservation layer is arranged between the indoor protective layer and the outdoor protective layer, and the doors and windows are on the hole heat preservation layer; the structure 2 comprises a heat preservation layer, a basic unit wall, an outdoor protective layer, doors and windows, wherein the heat preservation layer is arranged between the basic unit layer and the outdoor protective layer, and the doors and windows are fixed on the hole heat preservation layer; the structure 3 comprises a heat preservation layer, a basic unit wall, an alkali-resisting mesh cloth, an outer leaf masonry, doors and windows, wherein heat preservation layer is arranged between the basic unit wall and the outer leaf masonry, and the doors and windows are on the hole alkali-resisting mesh cloth; and the structure 4 comprises a heat preservation layer, a basic unit wall, an alkali-resisting mesh cloth, an outdoor thin plastering protective layer, doors and windows, wherein the heat preservation layer is arranged between the basic unit wall and the outdoor thin plastering protective layer, and the doors and windows are on the hole alkali-resisting mesh cloth. The invention can significantly reduce heat loss around the hole, and enhances the energy-saving heat preservation effect of the composite wall.

The invention relates to a steel-mesh-containing vacuum thermal insulation insulating layer and an insulating system for a building and a construction method of the insulating layer and the insulating system. The steel-mesh-containing vacuum thermal insulation insulating layer for the building comprises a vacuum thermal insulation plate for a building and a vacuum thermal insulation strip for the building as well as a steel mesh arranged outside the vacuum thermal insulation strip for the building and the vacuum thermal insulation strip for the building, wherein a prefabricated hole is formed in the vacuum thermal insulation strip for the building, a fixed part penetrates through the prefabricated hole, and the steel mesh is fixed on a base-layer wall body. The steel-mesh-containing vacuum thermal insulation insulating layer and the insulating system for the building have the characteristics of excellent thermal insulation property, excellent fireproof performance and the like, burning grade is A, the specified requirement that energy saving ratio of the building is 75% can be met, and the fixed part and the steel mesh in the steel-mesh-containing vacuum thermal insulation insulating layer for the building can guarantee that a facing layer paved by adopting objects with certain weight, such as ceramic tiles, marble slabs and mosaic tiles, can be firmly mounted and hardly falls off.

The invention provides a heat-insulating wall body based on a jet type light and energy-saving material, comprising a base wall body and further comprising an interface transition layer, an insulating layer, a protecting layer and a facing layer which are attached on the surface of the base wall body from inside to outside in sequence, wherein the protecting layer is composed of an anti-crack mortar layer and an insulating closed layer; the thickness of the insulating closed layer is 0.5-1mm; the thickness of the anti-crack mortar layer is 2-5mm; the insulating closed layer is located between the insulating layer and the anti-crack mortar layer; and the insulating layer is obtained by spraying foam inorganic light and energy-saving material. The invention also provides a construction method of the heat-insulating wall body. The heat-insulating wall body based on the jet type light and energy-saving material provided by the invention is high in construction speed and low in manufacturing cost, and has good thermal insulation performance.

The invention relates to a dismountable heat insulation device of a railway tank car. The dismountable heat insulation device comprises a heat insulation case, wherein the heat insulation case comprises a plurality of heat insulation case tube sections arranged in the length direction of a tank car tank body; each heat insulation casing tube section comprises an upper part and a lower part; each heat insulation casing tube section is detachably connected with the tank body through a connecting component; a gap is formed between the two adjacent heat insulation casing tube sections; the gap can meet the operation requirements of the connection component. The heat insulation device consists of the plurality of heat insulation casing tube sections; the installation is convenient; the local dismounting can be realized; the workload and the work intensity during the manufacturing and overhaul of the tank car can be greatly reduced.

The invention discloses multilayer ceramic tissue paper capable of realizing gradient temperature resistance. The multilayer ceramic tissue paper is a heterogeneous material and is composed of singlelayers of ceramic tissue paper. Ceramic fibers are horizontally distributed on single layers, and no longitudinal penetration fiber exists. Zirconium latex content is in graded distribution along a thickness direction and is gradually decreased from the surface layer to the internal layer, different zirconium latex content corresponds to thermal insulation of different temperature intervals, material cost is reduced, and energy conservation and emission reduction are realized. A compound additive is added into the tissue paper. When a hot side temperature is relatively high, a melting phenomenon occurs among low-melting-point glass fibers in the compound additive, and the compound additive and an inorganic adhesive interact to realize seamless bonding between layers. Meanwhile, zirconium latex is changed into zirconia fibers after being heated, and the zirconia fibers are coated around the ceramic fibers, so that temperature resistance of the tissue paper is improved, and overall high-temperature structural strength of the tissue paper is further improved.

The invention relates to a multifunctional special-shaped block, which comprises: at least two longitudinal section materials, wherein said section material comprises top surface, bottom surface, two side surfaces and front and back end surfaces; the side surfaces of two nearby section materials are combined, while their front and back end surfaces are alternated and the top and bottom surfaces are alternated too; the top surface of one longitudinal section material is lower than another one, while its bottom surface is lower too. And the invention also provides relative wall. Said brick has better thermal-insulated effect, anti-crack function and anti-leakage function.