IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0395125
(2003-03-25)
|
발명자
/ 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
10 인용 특허 :
5 |
초록
▼
A flow-forced generator adapted with a turbo-charging deflection hood having at the peripheral of the vortex ring in the generator provided with an automated directional turbo-charging deflection hood for the air or fluid to produce turbo-charging results due to the reducing deflection of the hood,
A flow-forced generator adapted with a turbo-charging deflection hood having at the peripheral of the vortex ring in the generator provided with an automated directional turbo-charging deflection hood for the air or fluid to produce turbo-charging results due to the reducing deflection of the hood, thus to increase the power of the generator in case of insufficient flow force.
대표청구항
▼
1. A fluid flow-forced generator unit comprising:a generator (101); a rotatable, directional vortex ring (103) coupled to the generator and comprising multiple blades, the blades having respective forced sides and returning sides; a turbo-charging deflection hood (102), the hood being mounted around
1. A fluid flow-forced generator unit comprising:a generator (101); a rotatable, directional vortex ring (103) coupled to the generator and comprising multiple blades, the blades having respective forced sides and returning sides; a turbo-charging deflection hood (102), the hood being mounted around a periphery of the vortex ring and including a flow-forced, directional rudder (113), a first arc deflector (111), and a second arc deflector (112), the first arc deflector (111) guiding the fluid to increase a positive pressure on the forced sides of the vortex ring blades, to increase the impetus of the fluid on the multiple blades of the vortex ring; the second arc deflector (112) guiding the fluid to increase a negative pressure on the returning sides of the vortex ring blades, to reduce resistance to the vortex ring revolving in direction opposite to fluid flow; wherein, between the first arc deflector and the blades at a periphery of vortex ring, a larger, front distance is followed by a smaller distance in a direction of blade travel along the periphery; whereby the first arc deflector guides the fluid to deliver the charged fluid into the forced side of the blades of the vortex ring; and wherein, between the second arc deflector and the blades at a periphery of vortex ring, a smaller, front distance is followed by a larger distance in a direction of blade travel along the periphery. 2. The generator unit according to claim 1, comprising a protection mesh (116) by the inlet of the deflection hood to prevent foreign matter carried by the fluid from entering into the vortex ring.3. The generator unit according to claim 1, comprising a generator axle and a bearing, and a free revolving circular base (114) coaxial with the vortex ring in a casing structure;wherein the directional rudder is vertically oriented to align with a flowing direction of the fluid; whereby the turbo-charging deflection hood automatically revolves to follow the flowing direction of the fluid; and a front end of the bottom of the directional rudder extends through the casing structure to the circular base, which is coupled to the vortex ring axle (115); one side or both sides of the casing comprise the first arc deflector and/or the second arc deflector. 4. The generator unit according to claim 3, comprising a protection mesh (116) by the inlet of the deflection hood to prevent foreign matter carried by the fluid from entering into the vortex ring.5. The generator unit according to claim 1, wherein distances between either arc deflector and the blades at a periphery of vortex ring increase or decrease continuously away from a lip of the deflection hood.6. A fluid flow-forced generator unit comprising:a generator (101); a rotatable, directional vortex ring (103) coupled to the generator and comprising multiple blades, the blades having respective forced sides and returning sides; a turbo-charging deflection hood (102), the hood being mounted around a periphery of the vortex ring and including a flow-forced, directional rudder, and an arc deflector (111), the arc deflector (111) guiding the fluid to increase a positive pressure on the forced sides of the vortex ring blades, to increase the impetus of the fluid on the multiple blades of the vortex ring, wherein, between the arc deflector and the blades at a periphery of vortex ring, a larger, front distance is followed by a smaller distance in a direction of blade travel along the periphery; whereby the arc deflector guides the fluid to deliver the charged fluid into the forced side of the blades of the vortex ring. 7. The generator unit according to claim 6, comprising a protection mesh (116) by the inlet of the deflection hood to prevent foreign matter carried by the fluid from entering into the vortex ring.8. The generator unit according to claim 6, wherein distances between the arc deflector and the blades at a periphery of vortex ring decrease continuously away from a lip of the deflection hood.9. A fluid flow-forced generator unit comprising:a generator (101); a rotatable, directional vortex ring (103) coupled to the generator and comprising multiple blades, the blades having respective forced sides and returning sides; a turbo-charging deflection hood (102), the hood being mounted around a periphery of the vortex ring and including a flow-forced, directional rudder (113), and an arc deflector (112), the arc deflector (112) guiding the fluid to increase a negative pressure on the returning sides of the vortex ring blades, to reduce resistance to the vortex ring revolving in direction opposite to fluid flow; wherein, between the arc deflector and the blades at a periphery of vortex ring, a smaller, front distance is followed by a larger distance in a direction of blade travel along the periphery. 10. The generator unit according to claim 9, comprising a protection mesh (116) by the inlet of the deflection hood to prevent foreign matter carried by the fluid from entering into the vortex ring.11. The generator unit according to claim 9, wherein distances between the arc deflector and the blades at a periphery of vortex ring increase continuously away from a lip of the deflection hood.
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