초록 ▼

In a preferred embodiment of the invention, a dwelling structure includes a floor heating structure including copper piping embedded within a concrete slab having insulation thereunder, having hot water circulated to the concrete slab conduits from a solar cell unit arranged along an upright outer w

In a preferred embodiment of the invention, a dwelling structure includes a floor heating structure including copper piping embedded within a concrete slab having insulation thereunder, having hot water circulated to the concrete slab conduits from a solar cell unit arranged along an upright outer wall of the dwelling at an elevation substantially beneath the floor heating structure and with a hot water containing reservoir vessel located at an elevation substantially above the floor heating structure in flow series in closed circuit for flow from the vessel to the floor heating structure downwardly to a lower portion of the solar cells and upwardly from an upper portion of the solar cells to the reservoir vessel, by heat convection flow, the solar cells being arranged substantially along the upright outer wall of the dwelling, and the individual cells being cylindrical rotatable cells rotatable around the elongated axis thereof, adapted such that the angle of incidence of sunlight rays is adjustable intermittently, with the solar cells extending with the longitudinal elongated axes substantially horizontal, but preferably with the outlet end being at least slightly elevated above the inlet end thereof, thereby enhancing heat convection flow therethrough.

대표청구항 ▼

A solar heated dwelling unit comprising in combination: a building structure (1) having floor means (a) for circulating fluid therethrough and (b) for providing a heat-sink reservoir, and the floor means comprising a heat sink reservoir element, a floor means-inlet conduit connected to the heat-sink

A solar heated dwelling unit comprising in combination: a building structure (1) having floor means (a) for circulating fluid therethrough and (b) for providing a heat-sink reservoir, and the floor means comprising a heat sink reservoir element, a floor means-inlet conduit connected to the heat-sink reservoir element and a floor means-outlet conduit connected to the heat-sink reservoir element, and (2) having spaced-apart wall structures-means for defining an enclosure inhabital space therebetween mounted on an upper face of the floor means and supportable of upper structure overhead, and (3) having ceiling means for enclosing said inhabital space, mounted on an upper portion of the spaced-apart wall structures-means; solar heating means (a) for providing solar cells mounted exterior to said building structure with operative exposure thereof to outdoor sunlight source such that solar heat energy is extracted into a circulation fluid thereof, and (b) for circulating fluid from the floor means-inlet conduit serially to and through the solar cells, to the floor means-outlet conduit in a substantially closed circulation cyclic flow, adapted such that heat becomes extracted from the circulating fluid into the heat sink reservoir-element and thereby provides thermal heat energy to said inhabital space for the heating thereof, said solar heating means being positioned at an elevation substantially beneath said floor means and adapted such that closed-flow circulation is by substantially heat convection, the solar heating means including a cells lower inlet conduit connected to the floor means-outlet conduit, and a cells upper outlet-conduit conductable of heated heat transfer fluid, and a heat transfer fluid-storage reservoir-vessel containable of liquid heat transfer fluid, as a part of the closed-flow circulation, the heat transfer fluid-storage reservoir-vessel being positioned substantially at a higher elevation than said floor means and having a reservoir-vessel inlet conduit for receipt of hot liquid heat transfer fluid from and being connected to said cells upper outlet conduit, and the heat transfer fluid-storage reservoir-vessel having a reservoir vessel ouTlet conduit for passage of hot liquid heat transfer fluid to and being connected to the floor means-inlet conduit, said reservoir-vessel outlet conduit being located at a lower portion of said heat transfer fluid-storage reservoir-vessel, and said heat transfer fluid-storage reservoir-vessel having said reservoir-vessel inlet conduit located at an upper portion of said reservoir vessel; said floor means\heat sink reservoir element including concrete having fluid-flow conduits embedded therein, adapted for conducting heated heat transfer fluid therethrough from and to solar cells by convection flow of said heat convection; and insulation means for preventing heat energy loss from (1) a lower face of said concrete, and (2) said wall structure-means; and a by-pass means for flow by-passing said floor means and for directing flow from said reservoir-vessel outlet conduit to said cells lower inlet conduit.