초록 ▼

In order to achieve dissipation of heat from large areas of glazing in buildings in which solar radiation is directly incident, three are provided opposed glazing members as in an extruded panel (5) through which a heat exchange liquid flows in a closed circuit to dissipate its heat at a location re

In order to achieve dissipation of heat from large areas of glazing in buildings in which solar radiation is directly incident, three are provided opposed glazing members as in an extruded panel (5) through which a heat exchange liquid flows in a closed circuit to dissipate its heat at a location remote from the window. The heat exchange liquid is colored in such manner as to allow solar radiation incident on the front glazing member to pass through the heat exchange liquid so that its infrared component is at least partially absorbed and the colorings of the heat exchange liquid and of the glazing members are such that light is able to pass therethrough into the room provided with the glazing.

대표청구항 ▼

1. For use in a building, a glazing system including glazing which comprises a front glazing member on which solar radiation is to be incident during use thereof, which glazing member is transparent or translucent, and a rear glazing member opposed to said front glazing member and which is likewise

1. For use in a building, a glazing system including glazing which comprises a front glazing member on which solar radiation is to be incident during use thereof, which glazing member is transparent or translucent, and a rear glazing member opposed to said front glazing member and which is likewise transparent or translucent, which glazing members are comprised by a panel having opposed wall members and header means for throughflow of a liquid as part of duct means comprised by or to be installed with said panel and comprising appropriate components for forming a closed circuit passing externally of the glazing member for passage of a heat exchange liquid and dissipation of absorbed solar radiation at a location external of the glazing members, the colouring of the heat exchange liquid being such that solar radiation incident on the front glazing member is able to pass through the heat exchange liquid whereby its infrared component is at least partially absorbed thereby and light is able to pass therethrough in accordance with the optical densities of the heat exchange liquid and the materials from which the front and rear glazing members are made, and said panel comprising a plurality of separator walls which define between the pair of opposed wall members a plurality of elongate channels extending in side-by-side relationship between the wall members and each connected at their respective ends with said header means. 2. A system as claimed in claim 1, wherein the panel is formed of polycarbonate plastics material. 3. A system as claimed in claim 1 which additionally comprises heat exchanger means externally of said glazing members for dissipation of the heat content of the heat exchange fluid to achieve heating of air or of water in a hot water system or a central heating system. 4. A building comprising a combined glazing system and closed circuit containing heat exchange fluid, the glazing system including glazing which comprises a front glazing member on which solar radiation is to be incident during use thereof, which glazing member is transparent or translucent, and a rear glazing member opposed to said front glazing member which is likewise transparent or translucent, which glazing members are comprised by a panel having opposed wall members and header means for throughflow of a liquid, said panel forming part of sad closed circuit which passes externally of the glazing member for dissipation of solar radiation absorbed by the liquid which has passed between the glazing members, the colouring of the exchange liquid being such that solar radiation incident on the front glazing member is able to pass through the heat exchange liquid whereby its infrared component is at least partially absorbed thereby and light is able to pass therethrough in accordance with the optical densities of the heat exchange liquid and the materials from which the front and rear glazing members are made, and said panel comprising a plurality of separator walls which define between the pair of opposed wall members a plurality of elongate channels extending in side-by-side relationship between the wall members and which each connect at their respective ends with said heater means. 5. A building as claimed in claim 4, wherein the refractive indices of the material from which the panel is made and of the heat exchange liquid are substantially identical. 6. A building as claimed in claim 4, wherein the panel is formed of polycarbonate plastics material. 7. A building as claimed in claim 4, wherein the closed circuit passes through heat exchanger means externally of said glazing members for dissipation of the heat content of the heat exchange fluid to achieve heating of air or water in a hot water system or a central heating system. 8. A building as claimed in claim 4, wherein the heat exchange liquid is rendered dark to enhance the absorption of thermal radiation therein but not sufficiently opaque as to prevent passage of visible light through into the building. 9. A building as claimed in claim 4, wherein the heat exchange fluid contains a fluorescent or luminescent pigment or dye therein which is thermally actuable and the closed circuit comprises a section external to the glazing at which the luminescence imparted to the fluid may be viewed and illumination thereby achieved. 10. A building as claimed in claim 9, wherein the heat exchange liquid comprises suspended therein micro balloons having a luminescent or fluorescent substance optionally in solid form. 11. For use in a building, a glazing system including glazing which comprises a front glazing member on which solar radiation is to be incident during use thereof, which glazing member is transparent or translucent, and a rear glazing member opposed to said front glazing member and which is likewise transparent or translucent, which glazing members are comprised by a panel having opposed wall members and header means for throughflow of a liquid as part of duct means comprised by or to be installed with the glazing members and comprising appropriate components for forming a closed circuit passing externally of the glazing member for passage of a heat exchange liquid and dissipation of absorbed solar radiation at a location external of the glazing members, the colouring of the heat exchange liquid being such that solar radiation incident on the front glazing member is able to pass through the heat exchange liquid whereby its infrared component is at least partially absorbed thereby and light is able to pass therethrough in accordance with the optical densities of the heat exchange liquid and the materials from which the front and rear glazing members are made, said panel comprising a plurality of separator walls which maintain said opposed wall members interconnected but spaced apart in a predetermined relationship, and said separator walls defining between the pair of opposed wall members a plurality of parallel elongate channels which extend in side-by-side relationship between the wall members and which each connect at their respective ends with said header means. 12. A system as claimed in claim 11 wherein said separator walls are formed from a transparent or translucent material the same as that from which the opposed wall members are formed.