Abstract: A point-supported cladding system for finishing the exterior of a building or like structure has a plurality of like rigid box-like glazed cladding units. Each cladding unit includes a rigid spacer frame bounding the cladding unit, a pair of parallel light-transmissive glass lites having a thickness of not more than about 9 mm mounted at their periphery on said rigid spacer frame by means of a resilient seal, and a plurality of first attachment elements provided at discrete attachment points on said cladding unit. The cladding unit is dimensioned and configured to have sufficient rigidity to maintain its structural integrity when supported only at the discrete attachment points. A plurality of complementary second attachment elements are provided for mounting on structural members of the building.

Abstract: A light diffusing insulating glazing insert consists of a flexible thin-walled honeycomb transparent insulation, to which is bonded a diffusing sheet, on one or both sides This provides a practical solution to problems related to utilizing thin-walled flexible honeycombs in glazing units consisting of two sheets of glass, plastic, or similar and a spacer/frame, as standard for window and skylight applications. Use of such a glazing insert adds insulation and light diffusion to the glazing system.

Abstract: An inorganic particulate, having strong absorption in the thermal infrared region of the radiative spectrum and low absorption in the solar or visible portion of the radiative spectrum, is combined with a plastic resin, to create a composite material. This composite is used in whole or in part to manufacture a honeycomb transparent insulation material, or is applied as a coating to a honeycomb transparent insulation material. The resulting honeycomb transparent insulation can have similar visible or solar light transmittance, and will have improved thermal radiant suppression relative to an identical honeycomb made of plastic resin only.

Abstract: A greenhouse includes a frame structure (1), an outer transparent covering layer (2), and a transparent inner layer (7). A transparent insulating sheet-like material is located between the inner and outer layers in close proximity to the inner layer (8). The insulating sheet-like material has a cellular structure (4, 5) with the axis of its cells generally oriented normal to the plane thereof material so as to transmit incident light therethrough. The insulation material helps to retain heat within the structure while avoiding detrimental effects, such as loss of light transmissivity. The creation of an air gap on one side between the transparent insulation and one of the glazings allows for control of moisture and snow buildup.