Venturi assisted bi-conical chamber, a toroidal venturi vortex system and a method of cooling
AssigneeUnitech Synergies Limited
InventorShamir Pravinchandra Budhdeo
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Abstract
The present invention relates to a toroidal venturi vortex system (TOVENVORS) designed for cooling without employing traditional refrigerants. The TOVENVORS utilizes a vortex tube to bifurcate compressed air into cold and hot streams, providing efficient cooling through a fridge box while simultaneously generating electricity via a turbine module. The system aims to be environmentally friendly and energy-efficient by utilizing the generated electricity to power the compressor module, promoting a sustainable approach to cooling.
Claims14
A venturi assisted bi-conical chamber comprising:
- a chamber inlet;
- a venturi nozzle having a first inlet and a second inlet and one first outlet, wherein second inlet is configured to suck in atmospheric air;
- a bi-conical chamber coupled with the chamber inlet and a first inlet, the Bi-conical chamber is defined by a body formed by an intersection of large bases of two hollow conical bodies, wherein the Bi-conical chamber having a first opening coupled with the chamber inlet, a second opening coupled with the first inlet of the venturi nozzle, and a maximum diameter section formed at the intersection of the two conical walls.
A toroidal venturi vortex system (TOVENVORS) for providing cooling without using a refrigerant, wherein the TOVENVORS comprises:
- a compressor module configured to suck in atmospheric air to produce compressed air;
- a vortex tube fluidically coupled to the compressor module, wherein the vortex tube is having a vortex tube inlet, a cold outlet and hot outlet, and the vortex tube is configured to receive compressed air and bifurcate the compressed air into a cold stream of air and a hot stream of air;
- a fridge box fluidically coupled to the cold outlet of the vortex tube, wherein the fridge box is configured to receive the cold stream of air;
- a turbine module fluidically coupled to the hot outlet of the vortex tube, wherein the turbine module is configured to generate electricity from the flow of the hot stream of air through the turbine module;
- and
- a battery module electrically coupled to the turbine module and the compressor module, wherein the battery module is configured to store the electricity generated by the turbine module and supply the stored electricity to the compressor module.
A method of cooling without using refrigerant, wherein the method comprises steps of:
- sucking in air from atmosphere into a compressor module to produce compressed air;
- bifurcating compressed air in a vortex tube that bifurcates the compressed air into a hot stream of air and a cold stream of air;
- cooling a fridge box with the cold stream of air;
- generating electricity by the hot stream of air in a generator module;
- utilizing heat of the hot stream of air after electricity generation;
- storing the electricity in battery module;
- and
- driving the compressor module from the electricity stored in the battery module.
Dependencies are inferred from the claim text.