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INVENTION
Russian Federation Patent RU2059945
HEAT MELNYCHENKO
Name of the inventor: Vladimir Melnichenko Akimovich
The name of the patentee: Vladimir Melnichenko Akimovich
Address for correspondence:
Starting date of the patent: 1993.11.19
Use: agriculture, construction. The inventive blower from 1 through the discharge port 2 coolant enters the jet apparatus 5. The gas is sucked through the pipes 15 and 6. The mixed flow is sent to a separator 9 mixtures. Heat carrier through the pipe 3 is returned to the blower. Gas through the gas pipe 10 and the nozzle 12 enters the vortex tube 11, where the temperature in the separation of the cold gas is removed through the pipe 14 to the consumer, and the hot gas is directed through pipes 14 and 6 in the jet apparatus. Intake and Discharge occurs through coolant pipes 8 and 7, and the coolant inlet and outlet - through the pipes 13 and 15.
DESCRIPTION OF THE INVENTION
The invention relates to power converters and can be used for heating and for cooling the coolant supply and coolant supply in agriculture, construction and other fields.
Known heat source "Ryazan", containing the blower, the suction and discharge pipes which are connected to a liquid coolant circulation pipeline to accommodate the jet apparatus with a coolant inlet pipe and outlet pipe and containing a coolant, located in the area between the discharge port and the jet apparatus.
The purpose of the invention, improving the efficiency of the heat generator.
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This object is achieved by the heat source, containing the blower, the suction and discharge pipes which are connected to the pipeline coolant circulation to accommodate the jet apparatus with a gas inlet pipe, a and the coolant supply pipe, located in the area between the jet unit and the suction pipe, and pipe removal coolant in the area between the discharge port and jet apparatus is provided with a separator mixtures centrifugal or other type mounted on the coolant circulation conduit between the jet device and the suction pipe, and comprising a gas nozzle, and and is provided with a vortex tube with a nozzle connected to the gas pipe, and comprising cold gas discharge tube, such as the atmosphere, and discharge of the hot gas pipe connected to the gas supply pipe. The figure represented a heat generator. The heat generator comprises a blower 1 to the pressure 2 and the suction three nozzles, the coolant circulation conduit 4, jet apparatus 5 with a nozzle for supplying gas 6 inlet pipe 7 and outlet 8 coolant mixture separator 9, a gas pipe 10, a vortex tube 11 with the nozzle 12 and the nozzles 13 and 14 of the discharge of cold gas and hot gas pipe 14 for the supply of gas 15. The traffic flow is indicated by arrows. |
HEAT WORKS AS FOLLOWS
1 through the compressor from the discharge port 2 the coolant, for example water, is fed into the jet device 5, where the vacuum is created. Gas (air) sucked through the nozzles 15 and the jet device 6. In the mixing occurs, increasing temperature and pressure and heat transfer to the coolant (heat transfer pin). The mixture separator which may be a centrifugal or other type of flow separation occurs. The coolant (water) through the nozzle 3 is returned to the blower. The air nozzle 10 through nozzle 12 and enters the vortex tube 11. This separation takes place at a temperature cold air removed through pipe 13 to the atmosphere or to the cold consumer (not shown) and the hot air that passes through the tube 14 mixes with the supply air air supplied through the pipe 15, then through the outlet 6 enters the jet apparatus.
Heating is by vortex formation and the viscous friction in the flow of coolant. Additional heat flux due to the temperature difference between the supply gas supplied through the pipe 15 and cold gas is removed through conduit 13. The total thermal energy generated by the heat generator exceeds the energy expended to drive the supercharger.
The use of the heat source is possible in agriculture (heating, domestic hot water, refrigeration), in construction (Test heating systems, drying rooms) and others.
CLAIM
Heat generator comprising a blower, the suction and discharge pipes which are connected to the pipeline coolant circulation to accommodate the jet apparatus with a gas inlet pipe and containing a coolant supply pipe, located in the area between the jet unit and the suction nozzle and the discharge nozzle of coolant in the area between the pressure connection and the jet device, characterized in that it is provided with a separator mixture gas outlet of a centrifugal or other type mounted on the coolant circulation conduit between the jet unit and a suction pipe, a and a vortex tube with a nozzle connected to a gas nozzle and nozzle outlet of the cold gas, for example, in the atmosphere, and a hot gas outlet pipe connected to the gas supply pipe.
print version
Publication date 21.03.2007gg
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