Solar lighting space and water heating system

Claim 2

A solar lighting and insolation system for room-chamber daylighting and space heating, and including; a window-skylight opening exposed to the traverse plane of the sun between horizons and through a transparent cover forming the outer wall of a plenum chamber to contain heated air, a solar absorber occupying said opening and comprised of a heat transfer coil for transporting fluid media and having closely related fins forming the inner wall of said plenum chamber and vertically and fixedly disposed in spaced parallel planes angularly related to said traverse plane for high absorbtivity and low emissivity and forming a labyrinth for diffused daylighting within said room-chamber, means transporting the fluid media through the coil for heat transfer at the finned labyrinth, a recirculating means transporting the heated air through said plenum and finned absorber coil and through said room-chamber, and a temperature responsive means operating the recirculating means when insolate heated air is available through the said plenum and finned absorber coil at a higher temperature than the air in the room-chamber.

Claim 3

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in claim 1, wherein the temperature responsive means is a differential thermostat control means with a probe in the window-skylight plenum and a probe in the room-chamber.

Claim 4

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in claim 1, wherein the window-skylight opening is in a roof structure disposed substantially normal to the traverse plane of the sun between horizons.

Claim 5

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in claim 1, wherein the fins are as closely related to obscure direct sunlight into the room-chamber except at the zenith position of the sun.

Claim 6

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in claim 1, wherein the window-skylight opening is in a roof structure disposed substantially normal to the traverse plane of the sun between horizons, and wherein the fins are as closely related to obscure direct sunlight into the room-chamber except at the zenith position of the sun.

Claim 7

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 4 or 5, wherein the dimensional ratio of vertical height as related to the spacing of the fins is in the range of 1:5 to 1:10.

Claim 8

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 3 through 5 inclusive, wherein the recirculating means is an air blower means with its induction within the plenum and with a discharge nozzle directed along at least one side edge of the window-skylight opening.

Claim 9

A solar lighting and insolation system for room-chamber daylighting and space and water heating, and including; a window-skylight opening exposed to the traverse plane of the sun between horizons and through a transparent cover forming the outer wall of a plenum chamber to contain heated air, a solar absorber occupying said opening and comprised of heat transfer coil for transporting water and having closely related fins forming the inner wall of said plenum chamber and vertically and fixedly disposed in spaced parallel planes angularly related to said traverse plane for high absorbtivity and low emissivity and forming a labyrinth within said room-chamber, a first recirculating means transporting the water through the heat transfer coil and a water storage tank supplied directly from a pressured water supply, a temperature responsive means operating the first recirculating means when solar heated water is available through the solar absorber at a higher temperature than the water in the primary storage tank, a second recirculating means transporting the heated air through said plenum and finned absorber coil and through said room-chamber, and a temperature responsive means operating the second recirculating means when insolated heated air is available through the said plenum and finned absorber coil at a higher temperature than the air in the room-chamber.

Claim 10

A solar lighting and insolation system for room-chamber daylighting and space and water heating, and including; a window-skylight opening exposed to the traverse plane of the sun between horizons and through a transparent cover forming the outer wall of a plenum chamber to contain heated air, a solar absorber occupying said opening and comprised of heat transfer coil for transporting water and having closely related fins forming the inner wall of said plenum chamber and vertically and fixedly disposed in spaced parallel planes angularly related to said traverse plane for high absorbtivity and low emissivity and forming a labyrinth within said room-chamber, a first recirculating means transporting the water through the heat transfer coil and a water storage tank supplied directly from a pressured water supply, a temperature responsive means operating the first recirculating means when solar heated water is available through the solar absorber at a higher temperature than the water in the primary storage tank, a second recirculating means transporting the heated air through said plenum and finned absorber coil and through said room-chamber, and a temperature responsive means operating the second recirculating means when insolated heated air is available through the said plenum and finned absorber coil at a higher temperature than the air in the room-chamber.

Claim 11

The solar lighting and insolation system for room-chamber daylighting and space and water heating as set forth in claim 8, wherein the temperature responsive means operating the first recirculating means is a differential thermostat control means with a probe at the primary water storage tank and at the solar absorber coil, and wherein the temperature responsive means operating the second recirculating means is a differential thermostat control means with a probe in the windowskylight plenum and a probe in the room-chamber.

Claim 12

The solar lighting and insolation system for room-chamber daylighting and space and water heating as set forth in claim 8, wherein the temperature responsive means operating the first recirculation means is a differential thermostat for the heat storage mode and with control means with a probe at the primary water storage tank and at the solar absorber coil, and wherein a heating mode switch is selectively positioned to disconnect the first mentioned thermostat control from the first recirculating means and reconnect said first recirculating means with the second mentioned thermostat control responsive to room-chamber temperature and including a differential control means with a probe in the window-skylight plenum to operate the second recirculating means.

Claim 13

The solar lighting and insolation system for room-chamber daylighting and space and water heating as set forth in claim 8, wherein the temperature responsive means is a differential thermostat control means with a probe in the window-skylight plenum and a probe in the room-chamber.

Claim 14

The solar lighting and insolation system for room-chamber daylighting and space and water heating as set forth in claim 8, wherein the window-skylight opening is in a roof structure disposed substantially normal to the traverse plane of the sun between horizons.

Claim 15

The solar lighting and insolation system for room-chamber daylighting and space and water heating as set forth in claim 8, wherein the fins are vertically disposed in spaced parallel planes closely to obscure direct sunlight into the room-chamber except at the zenith position of the sun.

Claim 16

The solar lighting and insolation system for room-chamber daylighting and space and water heating as set forth in claim 8, wherein the temperature responsive means operating the first recirculating means is a differential thermostat control means with a probe at the primary water storage tank and at the solar absorber coil, wherein the temperature responsive means operating the second recirculating means is a differential thermostat control means with a probe in the windowskylight plenum and a probe in the room-chamber, and wherein a mixing valve controlled by temperature responsive means is disposed in the delivery line between the primary water storage tank and the secondary hot water storage tank and between the said pressured water supply and the secondary hot water storage tank, and operative to restrict the delivery line water temperature into said secondary hot water storage tank to said predetermined temperature rangeof useful water.

Claim 17

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein a transparent panel underlies the solar absorber in spaced relation thereto enclosing the first mentioned plenum chamber and forming an intake plenum beneath the solar absorber for the induction of air through the fins thereof, the intake plenum being isolated from the recirculating means transporting heated air and in open communication to said room-chamber.

Claim 18

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein a light diffusing panel underlies the solar absorber in spaced relation thereto enclosing the first mentioned plenum chamber and forming an intake plenum beneath the solar absorber for the induction of air through the fins thereof, the intake plenum being isolated from the recirculating means transporting heated air and in open communication to said room-chamber.

Claim 19

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein a light diffusing panel comprised of a multiplicity of adjacently related prismatic lens facets underlies the solar absorber in spaced relation thereto enclosing the first mentioned plenum chamber and forming an intake plenum beneath the solar absorber for the induction of air through the fins thereof, the intake plenum being isolated from the recirculating means transporting heated air and in open communication to said room-chamber.

Claim 20

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein a transparent panel underlies the solar absorber in spaced relation thereto enclosing the first mentioned plenum chamber and forming an intake plenum beneath the solar absorber for the induction of air through the fins thereof, the intake plenum being isolated from the recirculating means transporting heated air by a partition disposed at an edge thereof and in open communication with said room-chamber at another edge thereof.

Claim 21

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein a transparent panel underlies the solar absorber in spaced relation thereto enclosing the first mentioned plenum chamber and forming an intake plenum beneath the solar absorber for the induction of air through the fins thereof, the intake plenum being isolated from the recirculating means transporting heated air by a partition disposed coextensively along at least one edge thereof and in open communication with said room-chamber coextensively along at least one other edge thereof.

Claim 22

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein the recirculation means transporting heated air is alternately powered from an alternating current power source and a solar power source through a switch means responsive to sunlight controlling the recirculation means to operate under solar power when it is available.

Claim 23

The solar lighting and insolation system for room-chamber daylighting and space heating as set forth in any one of claims 1 or 8, wherein the recirculation means transporting heated air is alternately powered from an alternating current power source and a solar power source through a modulator switch means responsive to sunlight controlling the recirculation means to operate at a speed commensurate with the heat radiating capacity of the finned solar absorber and under solar power with it is available.