Centrifugal heat exchanger
First Claim
1. A centrifugal heat exchanger for temperature control and heat transfer comprising:
- a cylindrically shaped multi elemented rotating member, enveloped by a stationary support member,means for attachment of power source driving said rotating member mediating between said support member and said rotating member, andmeans for said rotating member to simultaneously produce two artifical currents of controlled air with environmental integrity, by means of a baffle member and blade impeller members as integral parts of said rotating member, andmeans for utilizing centrifugal force embodied within said rotating member for compression and circulation of refrigerant within a hermetrically sealed fistulous and fabricated environment, andmeans for maintaining a preset temperature with a fixed RPM of said rotating member, by means of a control device/s modifying or restricting the flow of refrigerant, andmeans for said stationary support member to channel said artifical currents of controlled air with said environmental integrity, to and from said rotating member, by means of stationary baffles, andmeans for recharging hermetrically sealed environment with refrigerant, andmeans for the refrigerant condensing environment to be closer to axis of rotation than that of the refrigerant expansion environment.
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Accused Products
Abstract
A integrated system, using one power source (M) for environmental conditioning and heat exchange or transfer, utilizing simultaneously by means of its design configuration, two physical laws of rotating mechanics embodied in the rotating member of which one is centrifugal force, to provide multiple stages of refrigerant compressing (66, 68), (72c, 74c), (82c, 84c), which is the circulating medium by which heat is exchanged or transfered from a conditioned environment to a heat sink environment through the hermetrically sealed conically helical fistulous (72, 74), (82, 84) and fabricated (86), (64) environment, thus intercoursing heat from the expansion chamber to the condensing chamber, while at the same time utilizing the other law of physics to provide artifical currents of controlled air (88a, 88b), (80), (62) drawn from different environmental openings (50), (94br, 94bl), to pass independently through the outer expansion and inner condensing chambers, being divided by cylindrical baffles (76), (78) to keep environmental integrity, and from there returning to their respective environments through openings (94aa), (94ba), as they have also arrived through a compatible system of stationary baffles and wall impediments (52, 52a), (98), (94ac), (96), (94), (100) in the supporting member until the preset temperature control device (94bt), which moderates the refrigerant control devices (92a, 92b), (90), has been satisfied.
11 Citations
20 Claims
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1. A centrifugal heat exchanger for temperature control and heat transfer comprising:
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a cylindrically shaped multi elemented rotating member, enveloped by a stationary support member, means for attachment of power source driving said rotating member mediating between said support member and said rotating member, and means for said rotating member to simultaneously produce two artifical currents of controlled air with environmental integrity, by means of a baffle member and blade impeller members as integral parts of said rotating member, and means for utilizing centrifugal force embodied within said rotating member for compression and circulation of refrigerant within a hermetrically sealed fistulous and fabricated environment, and means for maintaining a preset temperature with a fixed RPM of said rotating member, by means of a control device/s modifying or restricting the flow of refrigerant, and means for said stationary support member to channel said artifical currents of controlled air with said environmental integrity, to and from said rotating member, by means of stationary baffles, and means for recharging hermetrically sealed environment with refrigerant, and means for the refrigerant condensing environment to be closer to axis of rotation than that of the refrigerant expansion environment. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14)
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- 15. A centrifugal heat exchanger for temperature control and heat transfer of a secondary embodiment comprising a cylindrically shaped multi elemented rotating member orientated horizontally, and vertically with certain modification in the expansion refrigerant environment configuration, being envelope by a stationary baffled support member, having power source attachment, mediating between said stationary support and said rotating member at one end and a load bearing means at the other end of the rotating member, having two artifical currents of controlled air produced simultaneously with environmental integrity by means of a baffle member, positioned about center of rotating member, which separates the heat exchanger chambers lying end to end, whereas blade impeller members are integral parts of said rotating member, whose design configuration also allows for the utilization of centrifugal force embodied within said rotating member for compression of refrigerant and its circulation and regulation within a hermetrically sealed fistulous and fabricated environment, where in stationary support member channels said artifical currents of controlled air with said environmental integrity, to and from said rotating member, with said members structural composition utilizing elements commonly in use or any new elements or combination thereof.
Specification