초록 ▼

An energy converting apparatus is disclosed which has a configuration for driving a compressor (20) by a drive force from a motor (10) to compress a fluid such as gas or liquid, generating impulse waves from the compressed fluid while forcing the compressed fluid to pass through a nozzle (30) specif

An energy converting apparatus is disclosed which has a configuration for driving a compressor (20) by a drive force from a motor (10) to compress a fluid such as gas or liquid, generating impulse waves from the compressed fluid while forcing the compressed fluid to pass through a nozzle (30) specifically designed, and utilizing energy resulting from the impulse waves through a heat exchanger (40). The apparatus is appropriately applicable to boilers. The apparatus could provide a fuel-free boiler requiring no use of fuel other than the drive force of the motor for driving the compressor. Further, if a velocity of fluid passing through the nozzle 30 is set from Mach 1.0 to 1.5, the apparatus is also applicable to air-conditioning.

대표청구항 ▼

An energy converting apparatus is disclosed which has a configuration for driving a compressor (20) by a drive force from a motor (10) to compress a fluid such as gas or liquid, generating impulse waves from the compressed fluid while forcing the compressed fluid to pass through a nozzle (30) specif

An energy converting apparatus is disclosed which has a configuration for driving a compressor (20) by a drive force from a motor (10) to compress a fluid such as gas or liquid, generating impulse waves from the compressed fluid while forcing the compressed fluid to pass through a nozzle (30) specifically designed, and utilizing energy resulting from the impulse waves through a heat exchanger (40). The apparatus is appropriately applicable to boilers. The apparatus could provide a fuel-free boiler requiring no use of fuel other than the drive force of the motor for driving the compressor. Further, if a velocity of fluid passing through the nozzle 30 is set from Mach 1.0 to 1.5, the apparatus is also applicable to air-conditioning. Ch. 19: 207-219. Storey, et al. (1990). "Frozen and Alive" Scientific American, vol. 263(6): 92-97. Wagner et al. (1993). "Pharmacologic and Clinical Considerations in Selecting Crystalloid, Colloidal, and Oxygen-Carrying Resuscitation Fluids" Clinical Pharmacy, vol. 12: 335-346. Waitz et al. (1991). "Hamsters Live After Hours of Bloodless Hyperbaric O2" Abstracts: Federation of American Societies for Experimental Biology Journal, Pt. II: 4375. Wall (1977). "Simple Hypothermic Preservation for Transporting Human Livers Long Distances for Transplantation" Transplantation, vol. 23: 210-216. "6% Dextran 70 in 5% Dextrose Injection . . . " Product Information Sheet, (1987) Abbott Laboratories, North Chicago, Il.