A window frame insulation method for constructing a warm house of the present invention, provided in order to achieve the above objective, comprises: a placement preparation step (S10) for opening a portion of a wall body so as to insert a window frame before the wall body is formed, and forming a mold so as to form a stepped portion on the outer side of the wall body; a placement step (S20) for placing concrete so as to form the wall body within the mold; a preservation step (S30) for conservation of the concrete formed within the mold in order to prevent harmful effects; a window frame installment step (S40) for installing a window frame on the inner side of the opened wall body; an insulation material installment step (S50) for installing insulation material in the wall body except for the window frame; and a finishing material installment step (S60) for installing finishing material on the outer side of an outer insulation material.

A rigid insert for using as an intermediate insulation component when installing a new or replacement window or door. The insert comprises an integrally formed, L-shaped section with: (i) a thin leg component designed for positioning against a long edge of the structural frame for this window or door; and (ii) a thick base component perpendicular to the thin leg component. The L-shaped section is glued to the structural frame and to adjoining sections at its mitered corners. A method for reducing thermal bridging with such inserts is also disclosed.

A highly insulated house, wherein on the basis of current technology of house insulation, a connecting structure with function of thermal-break bridge is set between the door and window's outer frame and the house's frame and external wall, and in the multiple-layered insulating structure of the house there is set a structure of wooden insulating bars or plastic insulating bars filled with insulating fiber, also there is set a fastener with function of thermal-break bridge, thus the overall insulation performance of the house is further boosted; wherein overlapping water boards are set between the multiple-layered insulating blocks of the external wall and roof, and water-proofing insulating blocks are set at the house frame, thus more convenient water-proofing is realized; wherein adhesive tape and insulating plate are set at the inner side of the insulating blocks of external wall and roof, so more convenient air-sealing is realized; wherein insulating structures of thin film with the multiple-layered connection, and with the block-connection by manual sticking or welding, with the automatic block-connection by direct molding, or by flat brim addition, by straight brim addition, by web-shaped addition—are used, thus for a house already built as well as a new house realization of high insulation is convenient and fast.

An exterior building panel includes a panel body having a polymeric framing arrangement including an outer boundary portion extending around an outer perimeter of the panel body and a plurality of crossing frame members extending between opposed first and second sides of the outer boundary portion to define a plurality of cavities surrounded by the outer boundary portion, core insulation material disposed in each of the plurality of cavities, an insulation layer surrounding the framing arrangement and the core insulation material, and an insulating lamina coating covering the insulation layer.

An external insulation penetration edge frame includes a frame portion constructed of an insulating material and comprising a front face, a rear face, an outside perimeter, an inside perimeter defining a frame opening, an outside portion extending from the outside perimeter toward the inside perimeter and an inside portion extending from internal edge toward outside edge, a mesh encapsulated in a base coat along the rear face, the inside perimeter, and the front face; and a plastic sheeting secured to the rear face of the inside portion and covering the frame opening.

Methods, systems, and panels for retrofitting an existing exterior of a building. In one example, the method may include: (a) obtaining data about an exterior geometry of the existing exterior; (b) using the obtained data, defining a custom retrofit panel system for the exterior geometry; and (c) constructing the custom retrofit panel system including a plurality of panels, in which constructing a panel includes: (i) forming a panel frame by additive manufacturing, the panel frame defining interstitial spaces; (ii) at least partially filling the interstitial spaces with at least one filler; and (iii) in which the constructed panel includes a building facing surface configured to mate with the exterior geometry of the existing exterior.

A covering element of a reveal, wherein covering element comprises supporting structure made of wood comprising first, second and third panel rigidly connected to each other in series, wherein, second panel is interposed between first and third panel in series. The first and third panel are parallel to each other, they are perpendicular to second panel, and they extend on same side of second panel. The first and third panel are connected to second panel at respectively two opposite end portions of second panel so that first, second and third panel form a pocket, wherein, with reference to a direction perpendicular to second panel, third panel has an extension smaller than extension of first panel, and wherein covering element comprises filling assembly housed in pocket, and a layer made of first insulating material which continuously covers first and second panel on opposite side with respect to said pocket.

A corner support assembly comprises a first portion and a second portion. The first portion has a first flange configured and arranged to be connected to a corner. The second portion has a second flange. The second portion is operatively connected to the first portion, and the second portion is configured and arranged to be adjustable relative to the first portion to vary a distance between the first and second flanges of the first and second portions to accommodate varying thicknesses of different types of insulation between the first and second flanges.

An exterior building panel includes a panel body having a polymeric framing arrangement including an outer boundary portion extending around an outer perimeter of the panel body and a plurality of crossing frame members extending between opposed first and second sides of the outer boundary portion to define a plurality of cavities surrounded by the outer boundary portion, core insulation material disposed in each of the plurality of cavities, an insulation layer surrounding the framing arrangement and the core insulation material, and an insulating lamina coating covering the insulation layer.

An energy conservation house whose door, window, external wall, and roof have multiple layers of glass panel or other panels with low heat conductivity materials; The panels are assembled or moulded together with the distance between them adjustable and the whole thermal insulating performance reaching the same level as brick wall or concrete wall that has insulating layer; At the same time, its roof, floor, and external wall respectively apply the current insulating structures or face-brick external wall structures, so that the whole house is covered under the insulating structures and can reach any level of insulating performance with feasible construction cost; Its insulating structure's thickness and materials can make the thermal transmission coefficient far below 0.2 w/m.sup.2.Math.k; Its curtain walls use structures directly connected or laid in place of traditional curtain walls' frames; Its decorative and plastered walls have double wythes connected by bolts and steel bars. Its insulating structures' panels can be replaced by membranes.