IL43907A

IL43907A - Steam generator

Info

Publication number: IL43907A
Application number: IL43907A
Authority: IL
Original assignee: Sonaqua Inc
Priority date: 1973-01-29
Filing date: 1973-12-24
Publication date: 1976-08-31
Also published as: US3791349A; NL7317007A; CA959731A; JPS49104002A; DE2400588A1; NL156501B; JPS5219243B2; BR7400593D0; DE2400588B2; AU6342973A; SE389902B; CH580254A5; AU476739B2; FR2309795A1; GB1441980A; IL43907A0; IT1008669B; FR2309795B1

Claims

1. , A steam generator comprising a sta- tionary housing, a rotor journally mounted for rotation within said stationary housing, said chamber comprising a closed end passageway and at least another portion of said distended chamber comprising another ss e ay capable of bein. subjected to centrifu al force, means rotating said rotor when the distended chamber has water therein whereby such rotation creates shock waves in the body of water in said distended chamber by reason. of centrifugal action occurring in said another passageway and a vacuum occurring in the closed end passageway and the two forces alternately conflicting and overcoming one another to produce and intensify shocks in said body of veter to thereby cause a substantial rise in temperature and pressure of the body of water, thereby converting a nortion of said bodv of water to steam, and means for removing steam created in the body of water.

2. A steam generator as defined in claim 1 in which said rotor is generally cone shaped on its outer surface and the distended chamber comprises a series of generally narrow passageways joined in a multi-directional manner.

3. A 8team generator as defined in claim 1 in which said closed end passageway is disposed in the stationary housing. >

4. A steam generator as defined In claim 1 In which said closed end passageway Is disposed In the rotor.

5. A steam generator as defined In claim 1 In which said stationary housing Includes a superstructure offset from said portion housin said rotor.

6. A steam generator as defined In claim 5 In which said superstructure comprises a plurality of concentric pipe members and wherein the closed end passageway comprises concentric thin annular ring shaped passageways at one end of said superstructure.

7. A steam generator as defined In claim 6 In which said superstructure of concentric pipes Includes a series of alternately large and smaller passageways .

8. A 8team generator as defined In claim 2 In which there Is Included a first thin cone shaped annular passageway disposed between the stationary housing and the rotor, a second thin cone shaped annular passageway disposed within said rotor and generally concentric to said first of said cone shaped passageways, and a plurality of arcuately spaced apart radially disposed passages In said rotor Joining said first and second cone shaped passageways.

9. A steam generator as set forth In claim 8 In which there Is Included a central vertically disposed passageway within said rotor and a radially disposed passageway communicating between said second cone shaped passageway and said central vertically disposed passageway within said rotor. .

10. A steam generator as set forth In claim 8 in which there is Included a central vertically disposed passageway within said rotor, and said radially directed passageway communicating with at least one of said cone shaped passageways and directly communicating with said closed end passageway, and means discharging steam converted from said water to the central vertically disposed passageway within said rotor.

11. A steam generator as set forth in claim 10 in which said means discharging steam comprises an auxiliary passageway from said closed end channel to said central vertically disposed passageway In said rotor.

12. A steam generator as set forth n claim 8 n which the closed end passageway Includes a plurality of generally vertically disposed closed bottom holes n said rotor and arranged In arcuately spaced apart position to define a generally circular path, said rotor having a central passageway, said series of passageways ncluding radial passageways Joining said second thin oone shaped passageway and the tops of said plurality of generally vertically disposed closed bottom holes, and restricted passageways joining said central passageway and each of said plurality of closed bottom holes Intermediate their tops and bottoms, whereby steam Is permitted to escape radially nwardly through said restricted passageways to said central rotor passageway.

13. Λ steam generator comprising a stationary housing, a cone shaped rotor journally mounted for rotation within said stationary housing, said housing and rotor together defining a distended multi-passageway chamber, means delivering water to said distended chamber, at least one passageway of said distended chamber having a closed end, and at least another passageway of said distended chamber having a radial component, rceans rotating said cone shaped rotor when the distended chamber has water therein whereby such rotation creates water h mper shock waves in the body of water in said distended chamber by reason of the centrifugal action created in said radial component passageway and the vacuum created by the closed end passageway causing the movement of water in that passage way to be suddenly extinguished, and the alternating of the centrifugal action and the vacuum continuing to create -shocks and cause a rise in temperature and pressure of the body of water, and rneans for removing steam created in the body of water.

14. A steam generator as defined In olalm 13 In vhleh said closed end passageway comprises an annular ring shaped passageway In said stationary hous Ing.

15. A steam generator as defined In claim 13 In which said closed end passageway comprises a plurality of vertically disposed closed bottom holes In said rotor.