RU95106552A - Method and device for production of cold - Google Patents

Abstract

FIELD: production of cold; refrigerating engineering. SUBSTANCE: refrigerant is expanded due to supply of compressed or liquefied gas from receiver to interaction chamber of rotary piston machine. after piston has passed top dead center, 2 to 6 deg after turn of crankshaft when supply of agent is discontinued and crankshaft turns through 35-45 deg, water at positive temperature is sprayed into low-temperature gases at excessive pressure of these gases, thus causing formation of energetic process between these media by explosive dissociation of water being sprayed in to hydrogen and oxygen and providing for instantaneous going from water to gas accompanied by release of negative temperature of cold thus obtained; this negative temperature is equivalent to positive temperature during burning of hydrogen in oxygen forming water. Method and device used for realization of this method require no energy but release energy similar to operation of internal combustion engine, the only difference being in production of cold, not heat. EFFECT: inexhaustible source of energy, harmless for environment.

Claims (1)

In the proposed method, the refrigerant with the substance of compressed or liquefied gas is expanded by entering it from the receiver into the interaction chamber of the rotating piston machine, after the piston passes the top dead center after 2 ^o , 6 ^{o of} rotation of the crankshaft, with the end of receipt, when it is rotated through an angle of 35 ^o , 45 ^o, a low-temperature gases at their overpressure water sprayed positive temperatures than caused the formation therebetween explosive dissociation energy process atomized water into hydrogen and oxygen, the same result is obtained by an instantaneous water transfer substance into a substance with the release of gases resulting negative temperature cold equivalent positive combustion of hydrogen with oxygen to form water. The proposed method and its device when receiving cold not only is not expended, but also energy is released by useful work, like the energy released in the internal combustion engine, but with the release of not heat, but cold in the exhaust gas, which can still be used with the fuel mixture.