Heat regulating system and method for a building involving control of incident solar radiation

Claim 2

A heat regulating system to compensate for heating and air conditioning imbalances in a building resulting from the effects of incident solar radiation and comprising: a first wall panel adapted to pass incident radiation in the visible spectrum and located in an external wall of the building; a second wall panel adapted to pass incident radiation in the visible spectrum and positioned inwardly from said first wall panel to form a chamber therebetween; heat trapping means to prevent a large portion of the heat of the incident solar radiation striking said first wall panel from reaching an adjacent interior area of the building and to conserve said portion of the heat in said chamber without obstructing the view of a person in the building; and heat transporting means to convey heat from said chamber to another area requiring heat input.

Claim 3

A heat regulating system as claimed in claim 1 wherein: said first wall panel is a first glass panel; said second wall panel is a second glass pane spaced inwardly from said first glass pane to form said chamber therebetween; and thin films of material are formed on the surfaces of said glass panes adjacent said chamber to reflect and absorb the heat from the incident solar radiation.

Claim 4

A heat regulating system as claimed in claim 2 and further comprising venting means to convey heat from said chamber to the atmosphere when the heat is not required in another area.

Claim 5

A heat regulating system to compensate for heating and air conditioning imbalances in a building resulting from the effects of incident solar radiation and comprising: a first wall panel adapted to pass incident radiation in the visible spectrum and located in an external wall of the building; a second wall panel adapted to pass incident radiation in the visible spectrum and positioned inwardly from said first wall panel to form a chamber therebetween; heat trapping means to prevent a large portion of the heat of the incident solar radiation striking said first wall panel from reaching an adjacent interior area of the building and to conserve said portion of the heat in said chamber without obstructing the view of a person in the building; and heat transporting means to convey heat from said chamber to another area requiring heat input; and venting means to convey heat from said chamber to the atmosphere when heat is not required in another area.

Claim 6

A heat regulating system to compensate for heating and air conditioning imbalances in a building resulting from the effects of incident solar radiation and comprising: a first wall panel adapted to pass incident radiation in the visible spectrum and located in an external wall of the building; a second wall panel adapted to pass incident radiation in the visible spectrum and positioned inwardly from said first wall panel to form a chamber therebetween; heat trapping means to prevent a large portion of the heat of the incident solar radiation striking said first wall panel from reaching an adjacent interior area of the building and to conserve said portion of the heat in said chamber without obstructing the view of a person in the building; and heat transporting means to convey heat from said chamber to another area requiring heat input; and venting means to convey heat from said chamber to the atmosphere when heat is not required in another area.

Claim 7

A heat regulating system to compensate for heating and air conditioning imbalances in a building resulting from the effects of incident solar radiation and comprising: a first pane of glass in an external wall of the building through which incident solar radiation passes; a second pane of glass spaced inwardly from said first pane and substantially parallel thereto to form a chamber therebetween; a first layer of heat reflecting and absorbing material located on the surface of said second pane adjacent said chamber; a second layer of heat reflecting and absorbing material located on the surface of said first pane adjacent said chamber, said first and second layers reflecting and absorbing a maximum amount of the heat component of the incident solar radiation while producing a minimal effect on the visual light component of the incident solar radiation; a blower arrangement to transfer air heated in said chamber to other portions of the building requiring heating; and a venting arrangement to convey air heated in said chamber to the atmosphere to reduce undesired heating of the building by incident solar radiation.

Claim 8

A heat regulating system to compensate for heating and air conditioning imbalances in a building resulting from the effects of incident solar radiation and comprising: a first pane of glass in an external wall of the building through which incident solar radiation passes; a second pane of glass spaced inwardly from said first pane and substantially parallel thereto to form a chamber therebetween; a first layer of heat reflecting and absorbing material located on the surface of said second pane adjacent said chamber; a second layer of heat reflecting and absorbing material located on the surface of said first pane adjacent said chamber, said first and second layers reflecting and absorbing a maximum amount of the heat component of the incident solar radiation while producing a minimal effect on the visual light component of the incident solar radiation; a blower arrangement to transfer air heated in said chamber to other portions of the building requiring heating; and a venting arrangement to convey air heated in said chamber to the atmosphere to reduce undesired heating of the building by incident solar radiation.

Claim 9

A heat regulating system as claimed in claim 6 wherein said blower arrangement is a fan associated with a lighting fixture from which the heat is transferred to an area requiring heat input, said fan being connected to said chamber by an appropriate duct.

Claim 12

A method as claimed in claim 7 wherein said conveying and exhausting steps comprise utilization of an air transfer system associated with the distribution of heat from a lighting fixture in the building.