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Results 1-10 of 28,557 for Criteria: Office(s):all Language:EN Stemming: true maximize
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Analysis
Analysis

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Machine translation
TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/112727 SYSTEMS AND METHODS FOR HYDROELECTRIC SYSTEMSWO30.07.2015
F03B 13/08
PCT/US2015/012475DAYTON HYDRO ELECTRIC LTD.WILLIAMS, Fred, E.
Embodiments of a hydroelectric system for a low head dam can include a module including a protective housing, a turbine housing retained within the protective housing, the turbine housing including an upper inlet portion at a first end, a substantially tubular portion, and a lower outlet portion at a second end, the upper inlet portion being positioned above the lower outlet portion, a turbine retained at least partially within the turbine housing, the turbine including a plurality of blades coupled with a central shaft, and a fluid pump, the fluid pump being coupled with the central shaft, where the fluid pump is configured to pump a high pressure fluid, a fluid circuit, the fluid circuit including piping, where the high pressure fluid is retained within the piping, and a shoreline generator, the shoreline generator being coupled with the fluid circuit, where the offsite generator is driven by the high pressure fluid that is pumped by the fluid pump in response to the rotation of the turbine.

2. WO/2015/112947 ELECTRIC POWER GENERATION SYSTEM FOR ROADWAY USEWO30.07.2015
F03G 7/08
PCT/US2015/012840ALVINO, Frank, J.ALVINO, Frank, J.
A hydraulic electric power generation system for roadway installation has a plurality of fluid-filled compressible pump channels positioned for compression by a vehicle to drive the fluid in a channel outwardly through outlet sides of the channels. The channels are contained in a mat adapted for positioning of a roadway surface in a manner such that the channels are compressed by the tires of vehicles travelling on the roadway. An outlet manifold collected the fluid driven out through the outlet sides of the channels and directs it to through piping to a hydraulic motor and coupled electric generator. The fluid exiting from the motor passes to a sump, from which it can be returned to a mat manifold at inlet sides of the channels. The channels are provided with one-way valves to prevent backflow.

3. WO/2015/112706 SUBMERSIBLE TURBINE SYSTEMWO30.07.2015
F03B 17/02
PCT/US2015/012443SAFETY DESIGN USA, INC.TORRENT, Felix Antonio
The present development is a system (10) substantially submerged in a liquid such as water. It includes a plurality of bags (50) connected to a rotating belt (40) each injected with air (A) such that as each bag rises, it pulls the belt upwards. The turning belt drives a wheel or sprocket (20) connected to a drive (22) shaft which is, in turn, connected (21) to a generator (25) for generating energy in a well-known manner. After the inflated bags (50) have risen towards the surface (WL) and as they are being redirected downwardly by the return side of the belt (47), they (50) are deflated. They (50) are then moved by the belt (40) to a position (46) wherein they get inflated (70,72,74) again and rise.

4. WO/2015/110884 NON FUEL LIQUID THRUST ENGINEWO30.07.2015
F03B 17/02
PCT/IB2014/067372MALLAWA, RupasingheMALLAWA, Rupasinghe
The Thrust engine consist of thrust directional control valve, thrust control valve, cylinders and piston with piston racks, unidirectional spur gear with rotational shaft to generate power is disclosed. The system works on the thrust from the overhead container/tank. Thrust directional arms decide the liquid flow direction while ensuring the continuous function of the engine using thrust directional control valves. Piston rack movements ensure the transfer of power to rotate a shaft. Piston racks are coupled with reciprocating chain and sprockets or hydraulic system to use reciprocating power on the pistons. Direction of the water flow is decided by electromechanical systems, which sense the depth position of the each piston. Thrust on the pistons can be controlled using thrust control valves employed at the outlet of the thrust directional control valves.

5. WO/2015/110364 SUBMERSIBLE LIFT FRAMEWO30.07.2015
B63B 27/10
PCT/EP2015/050809MARINE CURRENT TURBINES LIMITEDREED, Matthew
A submersible turbine assembly lift frame (7) comprises a propulsion device, remotely operable pitch angle adjuster (21), a remotely operable roll angle adjuster (20) and a remotely operable coupling (18) for coupling the frame to the turbine assembly.

6. 09091251 Actuation method and apparatus, micropump, and PCR enhancement methodUS28.07.2015
G01N 21/75
13550386Kari UllakkoKari Ullakko

An actuation apparatus includes at least one magnetic shape memory (MSM) element containing a material configured to expand and/or contract in response to exposure to a magnetic field. Among other things, the MSM element may be configured to pump fluid through a micropump by expanding and/or contracting in response to the magnetic field. The magnetic field may rotate about an axis of rotation and exhibit a distribution having a component substantially perpendicular to the axis of rotation. Further, the magnetic field distribution may include at least two components substantially orthogonal to one another lying in one or more planes perpendicular to the axis of rotation. The at least one MSM element may contain nickel, manganese, and gallium. A polymerase chain reaction (PCR) may be enhanced by contacting a PCR reagent and DNA material with the MSM element.


7. 20150202637 CARTRIDGES AND DISPENSER DEVICES FOR JETS OF WATER INCORPORATING SUCH CARTRIDGESUS23.07.2015
B05B 1/18
14600019NIKLES TEC ITALIA S.r.l.Gerhard Nikles

Cartridges are provided for use in dispenser devices of jets of water. Dispenser devices incorporating such cartridges are also provided. Cartridges may include a cartridge body having a first compartment and a second compartment, said second compartment being separated from the first compartment by a watertight separation septum, in the cartridge body an entry aperture being made for the entry of a flow of water into the first compartment and at least one exit aperture opening towards the outside for the exit of the flow of water from the first compartment. A current generator may be housed in said first compartment, said generator being suitable for being driven by a flow of water which crosses said first compartment from the entry aperture to the at least one exit aperture. A light source, a loudspeaker or other electronic device may be housed in said second compartment and powered electrically by the generator.


8. 20150203183 Wave Energy WatercraftUS23.07.2015
B63H 19/02
14215176Ideal Innovations IncorporatedLoran Ambs

A watercraft comprising a plurality of linearly ordered, connected segments that are configured to enable the connected segments to articulate relative to each other in at least one degree of freedom. The watercraft harvests mechanical energy from ambient waves by means of the articulation of the segments, and converts the mechanical energy into electrical energy that powers a propulsion mechanism.


9. 20150204301 SYSTEMS AND METHODS FOR HYDROELECTRIC SYSTEMSUS23.07.2015
F03B 13/08
14602925DAYTON HYDRO ELECTRIC LTD.Fred E. Williams

Embodiments of a hydroelectric system for a low head dam can include a module including a protective housing, a turbine housing retained within the protective housing, the turbine housing including an upper inlet portion at a first end, a substantially tubular portion, and a lower outlet portion at a second end, the upper inlet portion being positioned above the lower outlet portion, a turbine retained at least partially within the turbine housing, the turbine including a plurality of blades coupled with a central shaft, and a fluid pump, the fluid pump being coupled with the central shaft, where the fluid pump is configured to pump a high pressure fluid, a fluid circuit, the fluid circuit including piping, where the high pressure fluid is retained within the piping, and a shoreline generator, the shoreline generator being coupled with the fluid circuit, where the offsite generator is driven by the high pressure fluid that is pumped by the fluid pump in response to the rotation of the turbine.


10. 20150204300 System and Method for Low Ecology Impact Generation of Hydroelectric PowerUS23.07.2015
F03B 7/00
14603000Gene D. KastenGene D. Kasten

A hydro-electric power system includes two containers and a support beam having two ends, each end holding one of the containers. The ends allow the containers to travel along a length of the support beam. The support beam pivots about a pivot point, giving each container a maximum height and a minimum height. Water flows into each of the containers when they are located at or near their maximum height, the flow of water weighting each container and causing it to descend, each container moving longitudinally outward from the pivot point along the support beam as it descends. A tipping mechanism causes each container to release water at or near its minimum height, each container ascending after releasing water and moving longitudinally inward toward the pivot point along the support beam as it ascends.



Results 1-10 of 28,557 for Criteria: Office(s):all Language:EN Stemming: true
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