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    • 2. 发明专利
    • PROCESS AND APPARATUS FOR PRODUCING USEFUL ENERGY FROM PARALLEL FLOW
    • CZ257193A3
    • 1994-05-18
    • CS257193
    • 1992-05-29
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JUERGENSCHATZ OLAF
    • F03D1/04F03D3/04
    • PCT No. PCT/DE92/00450 Sec. 371 Date Nov. 24, 1993 Sec. 102(e) Date Nov. 24, 1993 PCT Filed May 29, 1992 PCT Pub. No. WO92/21878 PCT Pub. Date Dec. 10, 1992.A device including a flow unit generating a potential vortex having an inflow aperture and an outflow aperture, together with a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member having a plurality of flaps and plates at both ends, with one plate containing the outflow aperture, and an inner hollow member arranged concentrically of the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes others, which generates a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum at the outflow aperture and which, after having passed through the outflow aperture, is converted into the potential vortex by the shear forces of the parallel flows. A separating element in the outer member divides the rotary flow into a first and a second partial flow and has a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow or from outside through the through-flow aperture, with the turbine being arranged in the potential vortex. Vortex generating elements convert the second partial flow into a plurality of vortices, with the vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field.
    • 3. 发明专利
    • NO934287A
    • 1994-01-26
    • NO934287
    • 1993-11-26
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JUERGENSCHATZ OLAF
    • F03D1/04F03D3/04
    • F03D3/0409F05B2240/132Y02E10/74Y10S415/907
    • PCT No. PCT/DE92/00450 Sec. 371 Date Nov. 24, 1993 Sec. 102(e) Date Nov. 24, 1993 PCT Filed May 29, 1992 PCT Pub. No. WO92/21878 PCT Pub. Date Dec. 10, 1992.A device including a flow unit generating a potential vortex having an inflow aperture and an outflow aperture, together with a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member having a plurality of flaps and plates at both ends, with one plate containing the outflow aperture, and an inner hollow member arranged concentrically of the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes others, which generates a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum at the outflow aperture and which, after having passed through the outflow aperture, is converted into the potential vortex by the shear forces of the parallel flows. A separating element in the outer member divides the rotary flow into a first and a second partial flow and has a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow or from outside through the through-flow aperture, with the turbine being arranged in the potential vortex. Vortex generating elements convert the second partial flow into a plurality of vortices, with the vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field.
    • 4. 发明专利
    • NO934287D0
    • 1993-11-26
    • NO934287
    • 1993-11-26
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JUERGENSCHATZ OLAF
    • F03D1/04F03D3/04F03D
    • PCT No. PCT/DE92/00450 Sec. 371 Date Nov. 24, 1993 Sec. 102(e) Date Nov. 24, 1993 PCT Filed May 29, 1992 PCT Pub. No. WO92/21878 PCT Pub. Date Dec. 10, 1992.A device including a flow unit generating a potential vortex having an inflow aperture and an outflow aperture, together with a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member having a plurality of flaps and plates at both ends, with one plate containing the outflow aperture, and an inner hollow member arranged concentrically of the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes others, which generates a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum at the outflow aperture and which, after having passed through the outflow aperture, is converted into the potential vortex by the shear forces of the parallel flows. A separating element in the outer member divides the rotary flow into a first and a second partial flow and has a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow or from outside through the through-flow aperture, with the turbine being arranged in the potential vortex. Vortex generating elements convert the second partial flow into a plurality of vortices, with the vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field.
    • 6. 发明专利
    • DE59204776D1
    • 1996-02-01
    • DE59204776
    • 1992-05-29
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JUERGENSCHATZ OLAF
    • F03D1/04F03D3/04
    • PCT No. PCT/DE92/00450 Sec. 371 Date Nov. 24, 1993 Sec. 102(e) Date Nov. 24, 1993 PCT Filed May 29, 1992 PCT Pub. No. WO92/21878 PCT Pub. Date Dec. 10, 1992.A device including a flow unit generating a potential vortex having an inflow aperture and an outflow aperture, together with a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member having a plurality of flaps and plates at both ends, with one plate containing the outflow aperture, and an inner hollow member arranged concentrically of the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes others, which generates a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum at the outflow aperture and which, after having passed through the outflow aperture, is converted into the potential vortex by the shear forces of the parallel flows. A separating element in the outer member divides the rotary flow into a first and a second partial flow and has a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow or from outside through the through-flow aperture, with the turbine being arranged in the potential vortex. Vortex generating elements convert the second partial flow into a plurality of vortices, with the vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field.
    • 7. 发明专利
    • PROCESS AND INSTALLATION FOR PRODUCING USEABLE ENERGY FROM PARALLEL FLOWS
    • HUT66089A
    • 1994-09-28
    • HU9303363
    • 1992-05-29
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JUERGENSCHATZ OLAF
    • F03D1/04F03D3/04
    • PCT No. PCT/DE92/00450 Sec. 371 Date Nov. 24, 1993 Sec. 102(e) Date Nov. 24, 1993 PCT Filed May 29, 1992 PCT Pub. No. WO92/21878 PCT Pub. Date Dec. 10, 1992.A device including a flow unit generating a potential vortex having an inflow aperture and an outflow aperture, together with a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member having a plurality of flaps and plates at both ends, with one plate containing the outflow aperture, and an inner hollow member arranged concentrically of the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes others, which generates a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum at the outflow aperture and which, after having passed through the outflow aperture, is converted into the potential vortex by the shear forces of the parallel flows. A separating element in the outer member divides the rotary flow into a first and a second partial flow and has a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow or from outside through the through-flow aperture, with the turbine being arranged in the potential vortex. Vortex generating elements convert the second partial flow into a plurality of vortices, with the vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field.
    • 8. 发明专利
    • PROCESS AND INSTALLATION FOR PRODUCING USEABLE ENERGY FROM PARALLEL FLOWS
    • CA2110154A1
    • 1992-12-10
    • CA2110154
    • 1992-05-29
    • SCHATZ OLAFSCHATZ JUERGEN
    • SCHATZ OLAFSCHATZ JUERGEN
    • F03D1/04F03D3/04
    • Process and device for generating usable energy from parallel flows The invention proposes a process and device for generating usable energy from parallel flows, which device comprises a flow unit intended for generating a potential vortex and comprising at least one inflow aperture and at least one outflow aperture, and a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member which consists of a plurality of flaps and is covered by plates at both ends, with one plate containing an outflow aperture, and an inner hollow member arranged concentrically relative to the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes the others, as a result of which there is generated a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum existing at the outflow aperture and which, after having passed through the outflow aperture, is converted into a potential vortex by the shear forces of the parallel flows. In the outer hollow member there is arranged a separating element which divides the rotary flow into a first and a second partial flow and which comprises a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow and/or from outside through the through-flow aperture, with a turbine being arranged in the operating range of the potential vortex. Additionally, in the region of the second partial flow, there are arranged vortex generating elements which convert the second partial flow into a plurality of vortices, with said vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field. (Figure 1)
    • 9. 发明专利
    • DE4117838A1
    • 1992-12-03
    • DE4117838
    • 1991-05-29
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JUERGENSCHATZ OLAF
    • F03D1/04F03D3/04
    • Proposed is a process and an installation for producing useable energy from parallel flows. It comprises a flow module with at least one inlet aperture (28) and one outlet aperture (10) for producing a whirl potential, and a turbine (14) aligned with the direction of flow of the whirl potential. The flow module comprises an outer hollow unit (3) which consists of a large number of shutters (4) and which is fitted on both sides with covering plates (11, 12), in one of which is provided the outlet aperture (10), and an inner hollow unit (9) arranged concentrically with the outer one. The dynamic pressure acting on the outer unit opens some of the moveable shutters while closing others, thus creating a rotating current. The rotating current is accelerated tangentially into the inner hollow unit and forms a twisting current; this is directed outwards by the underpressure at the outlet aperture, and after traversing the outlet aperture is transformed by the shearing forces in the parallel flow into a whirl potential. A partition (5) in the outer hollow unit divides the rotating current into a primary and secondary substream and has a cross-flow aperture (8) leading into the inner hollow unit. The developing whirl potential draws a volume flow from the secondary substream and/or from outside through the cross-flow aperture; a turbine is situated in the area of flow of the whirl potential. In addition, whirl-producing elements (16) are arranged in the area of the secondary substream and transform that substream into a multitude of whirls, which are incorporated into the whirl potential. The whirl potential coil thus generated creates an intensifying flow field.
    • 10. 发明专利
    • Process for producing usable energy from parallel flows
    • AU687677B2
    • 1998-02-26
    • AU5213196
    • 1996-05-08
    • SCHATZ JUERGENSCHATZ OLAF
    • SCHATZ JURGENSCHATZ OLAF
    • F03D1/04F03D3/04
    • PCT No. PCT/DE92/00450 Sec. 371 Date Nov. 24, 1993 Sec. 102(e) Date Nov. 24, 1993 PCT Filed May 29, 1992 PCT Pub. No. WO92/21878 PCT Pub. Date Dec. 10, 1992.A device including a flow unit generating a potential vortex having an inflow aperture and an outflow aperture, together with a turbine arranged in the direction of flow of the potential vortex. The flow unit comprises an outer hollow member having a plurality of flaps and plates at both ends, with one plate containing the outflow aperture, and an inner hollow member arranged concentrically of the outer hollow member. The built-up pressure acting on the outer hollow member opens some of the movable flaps and closes others, which generates a rotary flow. The rotary flow, while flowing tangentially into the inner hollow member, is accelerated further and forms a swirl flow which is directed outwardly by the vacuum at the outflow aperture and which, after having passed through the outflow aperture, is converted into the potential vortex by the shear forces of the parallel flows. A separating element in the outer member divides the rotary flow into a first and a second partial flow and has a through-flow aperture directed towards the inner hollow member. The potential vortex draws a flow volume from the second partial flow or from outside through the through-flow aperture, with the turbine being arranged in the potential vortex. Vortex generating elements convert the second partial flow into a plurality of vortices, with the vortices being included in the potential vortex. The potential vortex coil produced in this way generates an intensifying flow field.