초록 ▼

A first partial heating system having a first heat source with an integrated heat source heat exchanger and heat transfer devices spaced from the heat source as a radiator with heat transfer outside surfaces and flow lines and return lines between the heat source heat exchanger and the heat transfer

A first partial heating system having a first heat source with an integrated heat source heat exchanger and heat transfer devices spaced from the heat source as a radiator with heat transfer outside surfaces and flow lines and return lines between the heat source heat exchanger and the heat transfer devices containing a flowable heat transport medium. A second partial heating system having a second heat source. A heat control system with a temperature regulator and switching unit for controlling both partial heating systems for individual operation or joint operation. The second partial heating system is a radiation heating system having a radiation surface coating capable of electrical activation which is applied to the heat transfer outside surfaces of the radiator as a radiation surface of the second partial heating system.

대표청구항 ▼

1. A building heating system comprising:a first partial heating system for heating the interior of a room;said first partial heating system including at least one first heat source, a heat source heat exchanger, and a heat transfer device installed in at least one building room remote from the heat

1. A building heating system comprising:a first partial heating system for heating the interior of a room;said first partial heating system including at least one first heat source, a heat source heat exchanger, and a heat transfer device installed in at least one building room remote from the heat source and having a heat transfer outside surface;a plurality of conduits providing flow lines and return lines carrying a flowable heat transport medium between the heat source, heat source heat exchanger and the heat transfer device;a second partial heating system having a second heat source for heating the interior of a room;said second heat source including an electrically activated coating applied to at least a part of the heat transfer outside surface of the heat transfer device to provide a radiation surface for radiation heating; and,a heating control system having at least one temperature regulator and a switching unit operatively associated with said first and second partial heating systems for individual and joint operation of the partial heating systems;whereby the heat transfer device is a component of the first partial heating system as well as an integral carrier of the coating of the second partial heating system. 2. The heating system of claim 1 wherein the first partial heating system operates as the primary heat provider for heating a room, and the second partial heating system can be automatically activated through the switching unit, as a function of an outside temperature and/or an inside room temperature when heat output of the first partial heating system is no longer sufficient to maintain a selected room temperature. 3. The heating system of claim 1 wherein said first heat source includes one of a solar module, a geothermal module, a cooler of a power generator of a biogas, and any combination thereof. 4. The heating system of claim 1 wherein said heat transport medium comprises a controlled pumpable hot water. 5. The heating system of claim 1 including one of a solar module, wind power generator, a biogas power generator, and a hydroelectric generator for generating electrical energy for the second partial heating system. 6. The heating system of claim 1 wherein said heat transfer device is a flat radiator with a generally planar front surface; said flat radiator capable of installation on a generally parallel surface of a room wall with the front surface facing into the room, and the coating applied on said front surface for radiating heat. 7. The heating system of claim 1 wherein the heat transfer device is made of metal and at least one electrically insulating intermediate layer is provided between the heat transfer outside surface and the coating applied as the radiation surface. 8. The heating system of claim 1 wherein the electrically activated coating includes:a. 55% to 65% amount of substance of a basic substance comprising39% to 49% amount of substance binding agent,18% to 23% amount of substance insulator,18% to 24% amount of substance dispersing agent, and12% to 16% amount of substance distilled water,and,b. 35% to 45% amount of substance graphite. 9. The heating system of claim 8 wherein the insulator of the coating is insulating soot. 10. The heating system of claim 8 wherein the dispersing agent of the coating is selected from the group consisting of inorganic or organic monomer and polymer substances. 11. The heating system of claim 8 wherein the coating material contains a thixotropic agent. 12. The heating system of claim 8 wherein the binding agent of the coating includes:64% to 79% amount of substance distilled water,4% to 6% amount of substance sulfonated oil,0.16% to 0.24% amount of substance phenols or 0.05 to 0.5% amount of substance benzisothiazolinone,15% to 19% amount of substance casein,0.8% to 1.2% amount of substance urea,2% to 3% amount of substance alkaline thinning agent, and2.5% to 3.5% amount of substance caprolactam. 13. The heating system of claim 12 wherein the sulfona ted oil of the binding agent is preferably sulfated ricinus oil, the phenols of the binding agent are carbonized phenols produced by cracking, and the thinning agent of the binding agent is a solvent based in a group consisting of aromatics, alcohols, esters, ketones, and any combination thereof. 14. The heating system of claim 1 wherein said heating control system comprises a harmonic generator having an electrical component including, with a control oscillation, a steep current increase speed in accordance with a steep increase edge and thus being suitable for generating a high harmonic percentage; said harmonic generator coupled to the coating by two electrical conductors for excitation of the coating for radiating electromagnetic waves with an oscillation spectrum in the frequency range of molecular self-oscillations. 15. The heating system of claim 14 wherein the electrical component is one of a Triac or a double MOSFET, and the electrical conductors are designed generally as parallel aligned copper foil strips connected to the coating in a capacitive and/or inductive coupling manner, with the coating being under or above the copper foil strips or embedded in the coating. 16. The heating system of claim 15 wherein the heating effect of the coating is controllable and adjustable by changing the amplitudes and frequency, selectively, of the oscillations of the harmonic generator. 17. A building heating system comprising:a first partial heating system including a first heat source operatively associated with a heat transfer device having a heat transfer outside surface for radiating heat provided by the heat source;a second partial heating system including an electrically activated coating carried by said heat transfer outside surface of said heat transfer device to provide a radiation surface for radiation heating to supplement the heating of said first partial heating system; and,a heating control system operatively associated with said first and second partial heating systems for individual and joint operation of said first and second partial heating systems;whereby the heat transfer device is a component of the first partial heating system as well as an integral carrier of the coating of the second partial heating system. 18. The heating system of claim 17 wherein said heat transfer device is made of metal and at least one electrically insulating intermediate layer is provided between the heat transfer outside surface and said coating applied as the radiation surface. 19. The heating system of claim 17 wherein the electrically activated coating includes:a. 55% to 65% amount of substance of a basic substance comprising39% to 49% amount of substance binding agent,18% to 23% amount of substance insulator,18% to 24% amount of substance dispersing agent, and12% to 16% amount of substance distilled water,and,b. 35% to 45% amount of substance graphite. 20. The heating system of claim 17 wherein said heating control system comprises a harmonic generator having an electrical component including, with a control oscillation, a steep current increase speed in accordance with a steep increase edge and thus being suitable for generating a high harmonic percentage; said harmonic generator coupled to the coating by two electrical conductors for excitation of the coating for radiating electromagnetic waves with an oscillation spectrum in the frequency range of molecular self-oscillations. 21. A building heating system comprising:a first partial, heating system including a heat transfer device for radiating heat provided by a heat source;a second partial heating system including an electrically activated coating carried by said heat transfer device and providing a radiation surface for radiation heating;said electrically activated coating including,a.) 55% to 65% amount of substance of a basic substance comprising:39% to 49% amount of substance binding agent,18% to 23% amount of substance insulator,18% to 24% amount of substance dispersin g agent, and12% to 16% amount of substance distilled water, and,b.) 35% to 45% amount of substance graphite; and,a heating control system operatively associated with said first and second partial heating systems for individual and joint operation of said first and second partial heating systems;whereby the heat transfer device is a component of the first partial heating system as well as an integral carrier of the coating of the second partial heating system. 22. The heating system of claim 21 wherein said heat transfer device is made of metal and at least one electrically insulating intermediate layer is provided between the heat transfer device and said coating applied as the radiation surface. 23. The heating system of claim 21 wherein said heating control system comprises a harmonic generator having an electrical component including, with a control oscillation, a steep current increase speed in accordance with a steep increase edge and thus being suitable for generating a high harmonic percentage; said harmonic generator coupled to the coating by two electrical conductors for excitation of the coating for radiating electromagnetic waves with an oscillation spectrum in the frequency range of molecular self-oscillations.