72results about How to "Improve mechanical energy" patented technology

A bistable electroactive polymer transducer is provided for electrically actuated deformation of rigid electroactive polymer members. The polymers have glass transition temperatures (Tg) above ambient conditions and turn into rubbery elastomers above Tg and have high dielectric breakdown strength in the rubbery state. They can be electrically deformed to various rigid shapes with maximum strain greater than 100% and as high as 400%. The actuation is made bistable by cooling below Tg to preserve the deformation. The dielectric actuation mechanism includes a pair of compliant electrodes in contact with a dielectric elastomer which deforms when a voltage bias is applied between the pair of electrodes. In some of the transducers of the present invention, the dielectric elastomer is also a shape memory polymer. The deformations of such bistable electroactive polymers can be repeated rapidly for numerous cycles. The polymer transducers have such advantages as high energy and power densities, quietness, mechanical compliancy (for shock resistance and impedance matching), high efficiency, lightweight, and low cost.

An air-conditioning system for an aircraft includes a compressed air branch for conveying externally supplied and pressurized air, preferably bleed air. Furthermore, a cooling circuit for conveying preferably liquid refrigerant is provided and extends through a ram air duct. The system also includes a first heat exchanger for the heat transfer between the compressed air branch and the cooling circuit, a compressed air turbine arranged in the compressed air branch and a cooling circuit compressor arranged in the cooling circuit and mechanically coupled to the compressed air turbine. The system can have a modular design and be positioned at optimal locations in the aircraft due to the separation of the compressed air branch and the cooling circuit. In this way, the length of hot compressed air ducts can be shortened.

A two-stage, omnidirectional vertical axis wind turbine includes a first chamber in which a plurality of angularly spaced horns guide wind from any side of the wind turbine into a chamber to rotate a first rotor. Wind exiting the first rotor passes through a diverter to produce laminar flow. A fan attached to the shaft intercepts this laminar flow to add additional torque to the shaft.

The invention relates to a ball grinder available for the solid state reaction of powder, which mainly comprises a ball grinding cylinder, an electromotor, a driving device, a grinding ball and a material inlet and outlet, wherein the horizontal type ball grinding cylinder is fixedly supported on a bracket; a jar is internally provided with the girding ball; the center of the ball grinding cylinder is provided with a rotatable main shaft; the main shaft is driven by the electromotor through the driving device to rotate; the main shaft is provided with a blade, wherein the rotating speed of the blade is 300-2000 r / min; the mechanical energy is transmitted to the grinding ball through the beating of the blade, so that the grinding ball can irregularly move with high speed; the bottom of theball grinding cylinder is in the shape of gradient with 0-30 degrees from the two ends to the center; the jar body of the ball grinding cylinder is provided with a cooling sleeve and an inlet and an outlet of cooling medium; and the jar body of the ball grinding cylinder is provided with an air exhausting opening and an air inlet. The ball grinder can lead the grinding ball to generate higher mechanical energy to provide high energy for inducing the solid state reaction among materials, thereby smashing, grinding and dispersing the materials and directly reacting to generate nanometer composite oxide.

A two-stage, omnidirectional vertical axis wind turbine includes a first chamber in which a plurality of angularly spaced horns guide wind from any side of the wind turbine into a chamber to rotate a first rotor. Wind exiting the first rotor passes through a diverter to produce laminar flow. A fan attached to the shaft intercepts this laminar flow to add additional torque to the shaft.

The present invention is a system and method for producing electricity through the action of waves on floating platforms. The hydraulic force of the water in the waves causes the platform to create a series of reverse incline planes. As a mass moves down the reverse incline planes, it gains mechanical energy, which mechanical energy is converted into electrical energy.

This invention relates to enhancing hydrocarbon production from a subterranean formation via a well completed with a gravel pack. Gravel packs suffer plugging and damage over time from produced particles and other plugging materials brought into the pack as production continues. This invention relates to a chemical treatment for the gravel pack designed to remove damaging particulate matter from the pack via dissolution or displacement. Damaging material is forced sufficiently far into the producing reservoir to prevent its remigration back into the pack.

The invention relates to a servo-loading device of a fuel engine, an external rotor shaft of the device is connected with an output shaft of the engine; the interior of the external rotor is an internal rotor, while an internal rotor shaft is the output shaft of the device; either the internal rotor or the external rotor is wedged with one permanent magnet, and the other rotor is a winding; the winding passes a collecting ring and is connected with a servo drive. A velocity / position sensor of the external rotor is connected with a main control unit and the servo drive, position sensor of the internal rotor is connected with the servo drive, while a flux sensor in an oil path is connected with the main control unit. The main control unit memorizes the best efficiency curve and the oil consumption of per mechanical energy unit of different points in the curve. The dynamic control method for the optimized running of the device is that: the main control unit determines the best torque value T according to the best efficiency curve at a current rotating speed, and automatically controls the pilot running of the engine on the basis of a torque of T plus dT, and calculates the oil consumption value of per mechanical energy unit at this time and compares with the value of the best efficiency curve; if the oil consumption for the pilot running is a lower one, T plus dT substitutes T and is memorized, and the optimization is continued, on the contrary, a reverse optimization is carried; the process is circulated repeatedly to memorize newer practical best efficiency curve.

The invention provides a motor which has low cost, saves energy, has high efficiency, is self-starting, has no blocking, is not asynchronous and has no torque pulsation, wide application range and strong weak air-gap field in alternative distribution. The motor is designed based on the principle that like poles repel and unlike poles attract in magnetic field, the stator (or rotor) adopts magnets which are in the same size and in uniform distribution, and the corresponding rotor (or stator) adopts magnets which are not in the same size, wherein small magnets deflect the same polar distance in the same direction, or the corresponding rotor (stator) adopts magnets which are in the same size, wherein a small number of symmetrical magnets deflect the same polar distance in the same direction; or the stator and rotor all adopt magnets which are not in the same size, wherein small magnets deflect the same polar distance in the same direction; or the stator (or rotor) adopts electromagnets which are in the same size and in uniform distribution and windings of all phases are on and off in turn, and the corresponding rotor (or stator) adopts magnet which does not deflect. The strong weak air-gap magnetic field in alternative distribution along circumference 'strong weak strong weak......, strong strong weak strong strong weak......, strong strong strong weak strong strong strong weak.......' is formed between the stator and rotor, thus the motor can be self-starting and can operate stably.

Systems, methods and devices are provided for improving the hemodynamic efficiency of a patient's heart by implanting one or more reinforcement elements on or with the heart and providing electrical stimulation to the heart. The reinforcement elements may include magnetic and / or shape memory material and are configured to reshape the heart so as to boost the heart's mechanical energy during a response to the electrical stimulation. In some embodiments, at least one reinforcement element includes an electrode configured to sense electrocardiogram signals within the heart. An electrical stimulation device such as an implantable or external pacemaker / defibrillator may be configured to control delivery of electrical pulses to the heart based on the sensed electrocardiogram signals. In addition, or in other embodiments, at least one reinforcement element includes an electrode configured to deliver the electrical pulses to the heart.

The invention discloses a U-shaped self-propelled wave power generation device. The wave power generation device comprises a ship body, a wave energy collection and conversion mechanism and a propelling mechanism; the ship body comprises a cabin, a cockpit, a device chamber, a deck and a tail plate, wherein the deck is arranged at the upper part of the cabin, the cockpit is arranged on the deck, the device chamber is arranged inside the cabin, and the tail plate is arranged at the tail part of the cabin; the wave energy collection and conversion mechanism comprises a front vertical pipe, a front air turbine generator set, a rear air turbine generator set, a rear vertical pipe and a horizontal pipe; and the horizontal section of the front vertical pipe is approximately triangular, and the horizontal section of the rear vertical pipe is quadrilateral, the vertical section of the horizontal pipe is pentagonal, and the front vertical pipe, the horizontal pipe and the rear vertical pipe sequentially communicate to form a U-shaped channel. The wave power generation device has the advantages that a foundation is laid for low cost, the wide sea area and high-efficiently utilization of thewave energy.

A steam engine has a pipe shaped fluid container, a heating and cooling devices respectively provided at a heating and cooling portions of the fluid container, and an output device connected to the fluid container, so that the output device is operated by the fluid pressure change in the fluid container, to generate an electric power. In such a steam engine, an inner radius “r1” of the cooling portion is made to almost equal to a depth “δ1” of thermal penetration, which is calculated by the following formula (1); δ1=2⁢a1ω(1)wherein, “a1” is a heat diffusivity of the working fluid at its low pressure, and “ω” is an angular frequency of the movement of the working fluid.

The invention relates to a generator, in particular to a high-speed generator directly driven by an air turbine, wherein the high-speed generator is used for an air vehicle. The high-speed generator directly driven by the air turbine comprises a generator outer shell, a generator receiver and a turbine rotor, and further comprises a permanent magnet combination and a coil winding, wherein an annular airflow channel is formed by the turbine rotor and the generator receiver, the permanent magnet combination is in an circular ring shape and fixed on the periphery of a final-level rotor body of the turbine rotor, the coil winding forms a cylindrical shape and is arranged on the outer surface of the generator receiver in a surrounding mode, and the coil winding is fixed on the generator receiver through the generator outer shell. The high-speed generator directly driven by the air turbine has the advantages of being high in specific power, high in design total pressure dropping ratio, capable of well and automatically balancing the acting force of airflow on a wheel hub, compact in structure, capable of carrying out automatic cooling and capable of providing cooling air sources for the external.

The invention relates to a device for mixing, dispersing and grinding with high mechanical energy, comprising a power source, a revolution mechanism, a rotation mechanism, a rotation bracket arranged on a rotation axis, a material tank base arranged on the rotation bracket and a material tank arranged on the material tank base. The rotation bracket comprises a connecting part fixedly connected with the rotation axis and two supporting parts which respectively extend out from two sides of the connecting part parallelly to the rotation axis and are symmetric relative to the rotation axis; and the material tank base is a cylinder provided with an opening at one end, two opposite sides of the cylinder wall are respectively and rotatably arranged on the two supporting parts by virtue of a pivot structure, and a position limiting structure is arranged between the cylinder wall and the supporting parts. The device can realize performance optimization by appropriately selecting an included angle between the rotation axial lead and the revolution axial lead; moreover; by arranging the material tank on the rotation bracket in a rocking way, the material tank can regularly make large-amplitude rocking vibration simultaneously during revolution and rotation, and under the composite action of a plurality of motions, the material is exerted with very high mechanical energy so that the effects of mixing, dispersing and grinding are very good and the application prospect is broad.

A method for the washing of laundry in a motor-driver washing machine. The laundry method is intended to optimize the washing procedure with respect to the amount of mechanical energy which is needed in order to achieve the desired cleaning effect on the laundry.

The invention relates to a hydraulic energy conversion device for a blade-free wind machine, and mainly solves the technical problems of influence caused by the reason that an existing wind driven generator uses blades and the like. According to the technical scheme, a wind tower (1) is fixed on an upper seat (3) through a spherical hinge I (2), and is connected with a piston assembly (5) through a ball hinge (4); the piston assembly (5) is arranged in a cylinder (6); the cylinder (6) is fixed on a lower seat (8) through a spherical hinge II (7); one end of a hydraulic tube (9) is connected to the cylinder (6); and the other end of the hydraulic tube (9) is divided into two branches which are connected with a hydraulic motor through a one-way valve I (10) and a one-way valve II (11) respectively. The hydraulic energy conversion device for the blade-free wind machine has the advantages of compact structure, convenience in maintenance, low manufacturing cost, zero noise, gearless driving, high energy conversion rate and the like. The received frequency can be doubled.

The invention belongs to the field of Micro-Electro-Mechanical System (MEMS), more specifically, the invention relates to a cantilever beam type membrane stress power generation structure, which comprises a frame type substrate, wherein a silicon cantilever beam suspended in the frame type substrate is positioned on a beam facing an opening of the frame type substrate, the free end of the silicon cantilever beam is fixedly provided with a mass block, a silicon dioxide insulation layer is also positioned above the beam facing the opening of the frame type substrate, a bottom electrode layer is positioned on the silicon dioxide insulation layer, a strip bottom electrode layer positioned above the silicon cantilever beam extends on the bottom electrode layer in the direction towards the opening of the frame type substrate, a PZT piezoelectric layer is positioned on the mass block, a strip PZT piezoelectric layer positioned above the strip bottom electrode layer extends on the PZT piezoelectric layer in the direction towards the silicon dioxide insulation layer, and a top electrode layer is positioned above the strip PZT piezoelectric layer. When the system is in a vibration environment, the vibration in the external environment can be transferred to the system, vibration and bending deformation of the silicon cantilever beam are caused, mechanical energy is stored in the silicon cantilever beam, thereby, the piezoelectric layer is stretched and contracted and an electrical signal is generated, and the conversion of mechanical energy to electrical energy is realized.

The invention discloses an environment-friendly cable with high compressive strength. The cable comprises an inner reinforcement core, power cables, a filling layer, a wrapping tape layer, an oxygen insulation layer, a steel tape layer, an inner jacket layer, a steel wire armor layer, a water-resistant factice layer, an outer jacket layer, a braided layer and a graphite coating, where the center of the filling layer is filled with the inner reinforcement core, the four power cables are circumferentially distributed on the outer circle of the inner reinforcement core, and the wrapping tape layer, the oxygen insulation layer, the steel tape layer, the inner jacket layer, the steel wire armor layer, the water-resistant factice layer, the outer jacket layer, the braided layer and the graphite coating are sequentially arranged outside the filling layer from inside to outside. The flame-retardant grade of the cable is increased due to the oxygen insulation layer, the steel tape layer and the wrapping tape layer, the cable can be prevented from being damaged by induced electromotive force during running and well protected due to the graphite coating, and the cable has the characteristics of good water resistance and fire resistance, high strength, deformation prevention, long service life and high-temperature resistance and is environment-friendly when being recycled.

The invention relates to a timepiece including a resonator cooperating with an escapement system. According to the invention, the escapement system includes a moving escape wheel arranged coaxially to the balance and driven by the gear train of the timepiece, a first fixed wheel having a first toothing and a second fixed wheel having a second toothing, the first and second fixed wheels being arranged coaxially to the moving escape wheel and a device for securing the outer end of the balance spring including a part hinged relative to the moving escape wheel and arranged to ensure a radial movement of the outer end between the first and second toothings to maintain the resonator and to transmit the motion thereof to the timepiece gear train.

The invention discloses a gas pressure generator which comprises a low-rotating-speed gas pressure pump, a gas pressure motor and a generator, wherein the low-rotating-speed gas pressure pump is used for providing a power source and pressurizing inflowing gas; the gas pressure motor is used for converting gas pressure energy provided by the low-rotating-speed gas pressure pump into mechanical energy, is driven by high-pressure gas, and comprises a rotator with a cavity inside, a gas delivery spindle connected into the rotator, and a following wheel performing axial gas movement relative to the gas delivery spindle and squeezing the inner wall of the cavity; the gas pressure motor pressurizes gas flowing from the gas pressure pump again; the generator is used for converting the mechanical energy provided by the gas pressure motor into electric energy. The gas pressure generator provided by the invention can utilize low-rotating-speed gas of the gas pressure motor as kinetic energy to generate electricity, so that the energy utilization efficiency and the energy conversion efficiency are improved.

The invention relates to a timepiece including a resonator cooperating with an escapement system. According to the invention, the escapement system includes a moving escape wheel arranged coaxially to the balance and driven by the gear train of the timepiece, a first fixed wheel having a first toothing and a second fixed wheel having a second toothing, the first and second fixed wheels being arranged coaxially to the moving escape wheel and a device for securing the outer end of the balance spring including a part hinged relative to the moving escape wheel and arranged to ensure a radial movement of the outer end between the first and second toothings to maintain the resonator and to transmit the motion thereof to the timepiece gear train.

The invention discloses a charging pile with a radiator on the basis of the new energy field. The structure of the charging pile with the radiator on the basis of the new energy field comprises a radiator, a charging pile, a control panel, a scram button, a charging handle, a power supply wire, a hanger, an upright and a base; the radiator is horizontally mounted at the upper end of the charging pile; the control panel is mounted in a groove in the front end of the external surface of the charging pile by using a bolt; the scram button is horizontally fixed on the right side of the external wall of the charging pile; a copper wire of the power supply wire is welded on a terminal in the charging handle; the groove on the right side of the charging pile is in clearance fit with the charginghandle; and the hanger is vertically fixed at the upper end of the external wall of the upright. According to the charging pile with the radiator on the basis of the new energy field, as multiple fansof the radiator simultaneously work and blow air at multiple angles, multiple fan blades of the improved charging pile with the radiator on the basis of the new energy field simultaneously work and can cool original parts in a cabinet at multiple angles; and the cooling area is wider, the efficiency is higher, and the aging speeds of the internal elements are reduced.