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Results 1-10 of 28,195 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/076851 NUTATING FLUID-MECHANICAL ENERGY CONVERTERWO28.05.2015
F03B 17/06
PCT/US2013/071739HALLIBURTON ENERGY SERVICES, INC.MEHTA, Krunal, Kanubhai
One example of a nutating fluid-mechanical energy converter includes a stator and a rotor. The stator includes an outer cylinder having a longitudinal passage (101) and an inner guide cylinder disposed longitudinally within the outer cylinder. The inner guide cylinder and outer cylinder are concentric and define an annulus for fluid flow. A longitudinal guide is attached to an outer surface of the inner guide cylinder and extending outwardly toward an inner surface of the outer cylinder. The rotor is positioned in the annulus to be eccentric relative to the outer cylinder. The rotor has a sidewall with a guide opening to receive the longitudinal guide. Fluid flowing through the annulus imparts a torque on the rotor causing the rotor to nutate within the annulus. The nutational motion of the rotor can be converted into a rotational motion using a suitable rotary output device.

2. WO/2015/076653 IMPROVED IN-SITU DIRECTED GRAVITATIONAL FORCE GENERATORWO28.05.2015
F03G 3/08
PCT/MX2013/000148CASTRO GONZÁLEZ, José GuillermoCASTRO GONZÁLEZ, José Guillermo
The present invention relates to improvements to the "In-situ directed gravitational force generator" of application PCT/MX2012/000025; the improvements relate to 5 (five) mechanisms and solids designed for improving the performance thereof. The generator combines the strong forces of electromagnets with the physical properties of the masses of flywheels when these have a high kinetic energy content, and this concatenation means that the kinetic energy contained in the flywheels is projected linearly and directed to the outside of the device according to the invention; this gives rise to a series of impulses of strong forces directed to the outside of the device, and the sum of the impulses - per unit of time - of these forces is converted into a resultant of external force actuated in situ by the device according to the invention; in the interior, the electromagnets act at the distance which is appropriate to achieve the efficiency thereof, which means that the action of internal and external forces of the device will be strong and will not decay with movements of the device according to the invention. The force obtained is applied to a turbine for generating electric power, and also for propelling terrestrial, rail, maritime, air and aerospace craft, with aircraft no longer requiring lift from the air in order to fly and the functioning thereof requires no raw material, is economical, and utilizes an inexhaustible non-polluting and non-hazardous energy resource. In this invention, all the inertial physical capabilities of the mass of common material are utilized and, in order to understand how the energy-conservation principle is complied with, it is hereby stated that the energy utilized is that originating from beyond the finite physical frontiers of the common material, which is the same material from which the device according to the invention is constructed; this energy is that which constantly affects the common material, is that which allows the existence thereof and confers thereon the physical and chemical properties that same possesses, and these properties are already known to science. The special features of the improved device can be found in the 16 (sixteen) figures and in the 97 (ninety-seven) descriptions, which explain the way in which the mechanisms and materials thereof and the basic products necessary for the manufacture and operation thereof function.

3. WO/2015/074168 LAYERED WAVE-OVERTOPPING TYPE WAVE ENERGY POWER-GENERATING APPARATUSWO28.05.2015
F03B 13/22
PCT/CN2013/001534OCEAN UNIVERSITY OF CHINALIU, Zhen
Disclosed is a layered wave-overtopping type wave energy power-generating apparatus, comprising an energy storage mechanism, a self-starting/stopping mechanism, a hydraulic power-generating mechanism and a working platform (401), wherein the self-starting/stopping mechanism comprises a driving electric motor (201), spiral hoists, cover plates, a pipeline A (202) and a controller; a cover plate A (203) and a cover plate B (204) which is used for closing a water outlet B (105) are respectively fixedly connected to two ends of the pipeline A (202), a water outlet A (110) communicating with the pipeline A (202) is provided on the cover plate A (203), a cover plate C (205) is provided on the water outlet A (110), and the pipeline A (202) is located between upper and lower water storage tanks. The driving electric motor (201) is respectively connected to a spiral hoist A (206) and a spiral hoist B (207) via a shaft coupling (208), a lifting rod A (209) of the spiral hoist A (206) is connected to the cover plate C (205), a lifting rod B (210) of the spiral hoist B (207) is connected to the cover plate A (203), and the controller is electrically connected to the driving electric motor (201). The apparatus ensures that the wave energy apparatus independently adapts to changes in sea level, increasing the total energy conversion amount of the apparatus, ensuring that all powerheads can be kept running under ideal conditions each time, and improving power-generation efficiency.

4. WO/2015/074629 APPARATUS HAVING A BUOYANT SYSTEM FOR GENERATING MECHANICAL POWERWO28.05.2015
F03B 17/02
PCT/CR2014/000004TRIPLEEE POWER SOURCE (COSTA RICA), S.A.WILLOUGHBY, Billy Dennis
The invention relates to an apparatus having a system for transforming buoyant force into the movement of a shaft submerged in water. The present invention is based on a mechanical, hydraulic and electrical configuration that uses air which, by means of the buoyancy thereof, drives a turbine runner. The runner is mounted inside a tank filled with water, which has a higher specific gravity than air; in this way, air is used to generate the rotation of the runner in one direction or another, depending on the configuration of the vanes. An output shaft is operationally connected to the runner, which is connected to a gearbox (step-down gear / step-up gear) or to other devices in which rotation power is needed. In said invention, the buoyant force properties of air in water are combined and used in order to produce rotation power and thus energy.

5. WO/2015/077037 DEPLOYMENT DEVICE AND SYSTEM FOR HYDROKINETIC ENERGY CONVERTER TURBINEWO28.05.2015
F03B 13/26
PCT/US2014/064281ANDERSON, Winfield, ScottANDERSON, Winfield, Scott
A deployment device and system for a hydrokinetic energy converter such as a hydrokinetic turbine that can be coupled to a generator to produce electricity. The deployment device can include a floatable platform including a central aperture sized to allow a hydrokinetic turbine to be lowered therethrough into water. A pair of deployment swing members are rotatably attached to the platform and located adjacent to the central aperture. Each deployment swing member has a support for connection to an end of a hydrokinetic turbine. Each deployment swing member is rotatably supported for rotating the swing members from a first position in which the swing member and any attached turbine are raised at least partially out of the water, through the central aperture, and to a second position in which the swing member and any attached turbine are lowered beneath the platform at least partially in the water.

6. WO/2015/075264 ENERGY-GENERATING SHIP STABILIZERWO28.05.2015
B63B 39/02
PCT/EP2014/075549FEGE, MathiasFEGE, Mathias
The invention relates to a method for ship stabilization and energy generation on seagoing vehicles, characterized in that masses on a ship are supported flexibly on a means for transferring pressure and volume, the oscillations of the masses are damped by the means for transferring pressure and volume, and simultaneously the pressure fluctuations thereby occurring on the means for transferring pressure and volume are used to convert kinetic energy of the flexibly supported masses into electrical energy and/or thermal energy. The invention further relates to a device for performing the method. The ship stabilizer according to the invention can be used for all seagoing vehicles, whether on a lake, river, sea, or ocean, regardless of size, purpose, drive type, and hull shape, which ship stabilizer converts ship movements caused by waves into energy (e.g., electrical energy or thermal energy) without impeding the task of the ship (e.g., transport). The invention is characterized by the flexible support with energy-generating damping (e.g., hydraulics, pneumatics, water, etc.) of any mass that oscillates with the ship (e.g., cargo, persons, ship installations and superstructures, or ballast).

7. WO/2015/076603 LOAD ELEVATING DERIVATIVEWO28.05.2015
F03B 17/06
PCT/KR2014/011235G & G CO., LTDNA, Sung-Min
The present invention relates to a load buoyancy elevating derivative which is capable of generating electric power while maintaining the original function of a natural river and the original function of a natural sea. That is, the present invention comprises a buoyancy elevating derivative consisting of an electric power generation means which is elevated by a load buoyant member and disposed in an appropriate position for generating electric power. Accordingly, the present invention can convert the potential energy of a river and the flow energy of a sea into electric energy by comprising a load buoyancy elevating derivative consisting of an electric power generation means which is elevated by a buoyant member and disposed in an appropriate position for generating electric power.

8. WO/2015/077257 AIR POWERED ELECTRICITY GENERATING SYSTEMWO28.05.2015
F03G 7/10
PCT/US2014/066247OBADAN, Gabriel, OhiochioyaOBADAN, Gabriel, Ohiochioya
A pneumatic turbine system generates electricity utilizing electrical energy input to produce a constant flow of air that is compressed into pneumatic energy which is transformed into mechanical energy to produce electrical energy so that overall energy output resulting from the combined forces of wind, pneumatic, electrical, and mechanical energy is greater than electrical energy input A multi-compression chamber comprising a starter motor and air intake turbine draws air into a housing and pressurizes the air. A jet propulsion corridor further pressurizes air utilizing nozzles where air is transferred to an electricity-generating turbine corridor having micro-compression turbines mounted on. a shaft that is connected to a stabilizing motor and an electric generator. The micro-compression turbines further compress the air and transfers mechanical energy to a generator. The housing redirects excess air back into the system.

9. WO/2015/071345 MULTI-PHASE EAP SYSTEM AND METHOD FOR CONTROLLING SUCH A SYSTEMWO21.05.2015
H02N 2/18
PCT/EP2014/074453SINGLE BUOY MOORINGS INC.VAN KESSEL, Rick
Method for an Energy Harvesting System using a plurality of EAP based sections (EAPN), including the plurality of EAP based sections, a power source/sink unit (PSS) and a controller. Each EAP based section includes an electronic charge/discharge unit (EN) and variable capacitor. The variable capacitor includes an elastically deformable body with an arrangement of stretchable synthetic material and electrodes functioning as the variable capacitor with a capacitance that varies as the deformable body stretches and relaxes. Each EAP based section is connected to the power source/sink unit by the respective electronic charge/discharge unit under control of the controller. The controller includes a processing unit, sensing circuitry and driving circuitry, with the processing unit being coupled to the sensing circuitry and the driver circuitry. The sensing circuitry is coupled to the variable capacitor of each EAP based section. The driving circuitry is coupled to the electronic charge/discharge unit. The method includes for each EAP based section: • receiving an state parameter signal/signals from the variable capacitor establishing a dedicated control signal based on the associated state parameter signal/signals received from the variable capacitor; • transmitting the dedicated control signal to the associated electronic charge/discharge unit.

10. WO/2015/070299 PROPULSION ENGINE MOVED BY TERRESTRIAL GRAVITYWO21.05.2015
F03G 7/10
PCT/BR2013/000493RAYMOND GILL, FrederickRAYMOND GILL, Frederick
The present description relates to a propulsion engine for generating motive power which is started and continued by a force provided by heavier-than-air bodies falling freely from a certain distance from the Earth's surface, which inevitably fall or slide downwards, creating a vertical downward force called terrestrial gravity. The discharge of the power-increasing element (15) from the outer load module (34), which supports the upper cyclone/store (22) of power-increasing element (15), is controlled by a rotary metering/sizing valve (23), the power-increasing element (15) being discharged by means of a bucket (24) and its injection nozzle (25) into multiple spaced apart and symmetrically aligned bodies/pistons (2), which are attached and hinged to revolving drive chains (9) which tangentially engage idle gear (8) supported by the idle gear shaft (6) and tangentially engage the drive gears (5) supported by the drive shaft (11) which in turn is linked by the motive power transfer/linking belt, in parallel to the control module (35), to the speed controller/reducer (14) which co-operates with the speed accelerator (16), the motive power of which is linked by transfer belts (17) to the electrical generator/alternator (18).


Results 1-10 of 28,195 for Criteria: Office(s):all Language:EN Stemming: true
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