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    • 2. 发明授权
    • Method and apparatus for converting ocean wave energy into electricity
    • 将海浪能量转化为电力的方法和装置
    • US08912677B2
    • 2014-12-16
    • US13135366
    • 2011-07-01
    • James G. P. DehlsenJames B. DehlsenMatthew Brown
    • James G. P. DehlsenJames B. DehlsenMatthew Brown
    • F03B13/18F03B13/20E02B9/08
    • F03B13/20E02B9/08F05B2240/917F05B2240/93F05B2240/95F05B2240/97F05B2260/02F05B2260/30F05B2260/406Y02E10/38
    • A power-generating device located in or on the surface of the ocean for generating power utilizing the energy in ocean wave motion. The device is moored to the bow and stern at ˜45° to incoming ocean waves, and with a yawing capability to adjust to change in wave direction. The device delivers power to a shore grid via a submarine cable from a generator. A rotational driving torque to the generator is produced by two long counter-rotating drive tubes, which are held by bearings in the bow hull and the stern hull of the device. As an alternative, hydraulics may be employed for energy capture and power smoothing and used to provide the rotational torque through a hydraulic motor to drive a generator. The main body is partially submerged and has multiple pod floats connected to the structure by rocker arms with bearings through which the drive tubes pass or double-acting hydraulic rams between the arms and the main body, which capture energy through pod displacement and store it in accumulators. Rotary torque of the drive tubes is produced when the pods move up and down according to motion of the waves and is transmitted to the generator to generate power. In the hydraulic case, energy is stored in accumulators as pressure due to the double-acting hydraulic pistons pumping when the pods move up and down according to the motion of the waves. Hydraulic pressure drives a pump, which provides torque to the generator.
    • 位于海洋表面或其表面上的发电装置,用于利用海浪运动中的能量发电。 该装置停泊在船尾和船尾处,对于进入的海浪~~45°,并具有偏航能力,以适应波浪方向的变化。 该设备通过来自发电机的海底电缆向岸上电网供电。 通过两个长的反向旋转驱动管产生到发电机的旋转驱动扭矩,其由弓形船体中的轴承和装置的船尾船体保持。 作为替代,液压可以用于能量捕获和功率平滑,并且用于通过液压马达提供旋转扭矩以驱动发电机。 主体部分淹没,并具有多个吊舱浮体,通过摇臂与驱动管通过的轴承连接到结构,双臂和主体之间的双作用液压柱塞,通过荚移动捕获能量并将其存储在 蓄电池 当吊舱根据波浪的运动上下移动时,产生驱动管的旋转扭矩,并将其传送到发电机发电。 在液压箱中,当荚根据波浪的运动而上下移动时,由于双作用液压活塞泵送,能量作为压力存储在蓄能器中。 液压驱动泵,为发电机提供扭矩。
    • 3. 发明授权
    • Bulk energy storage and frequency regulation of electrical power
    • 大容量储能和电力频率调节
    • US08742616B1
    • 2014-06-03
    • US13481445
    • 2012-05-25
    • James G. P. DehlsenMauricio Quintana
    • James G. P. DehlsenMauricio Quintana
    • B61D43/00
    • B61C17/06B61D43/00Y02T30/18Y02T30/36Y02T30/40Y10T307/718
    • A bulk energy storage device for an energy source. The energy storage device includes a circular or conveyor, such as a rail track, which may be formed with slopes. An electrical conductor, such as a third rail or overhead electric cable, connects to an electric grid. Coupled masses, such as rail cars, which travel on the conveyor, have motor/generators that are electrically connected to the conductor. The coupled masses can be raised on a magnetic field and driven by a linear electric motor having a stator embedded in the track and a rotor attached to the undersurface of the masses. Power from the grid is drawn via the third rail to propel and store energy in the ring of masses. When the grid needs to draw power from storage, the linear motor acts as a generator, supplying power to the grid by converting mass momentum into electric power.
    • 用于能源的大容量储能装置。 能量存储装置包括可以形成有斜面的圆形或输送机,例如轨道。 诸如第三导轨或架空电缆的电导体连接到电网。 在输送机上行进的耦合质量块,例如轨道车辆,具有电连接到导体的电动机/发电机。 耦合的质量可以在磁场上升高并且由具有嵌入在轨道中的定子的线性电动机驱动,并且转子附接到质量的下表面。 来自电网的电力经由第三轨道被拉动,以将能量推进并储存在质量环中。 当电网需要从存储中抽取电力时,线性电动机用作发电机,通过将质量动量转换为电力来向电网供电。
    • 6. 发明授权
    • Distributed powertrain for high torque, low electric power generator
    • 分布式动力总成用于高扭矩,低功率发电机
    • US06304002B1
    • 2001-10-16
    • US09552577
    • 2000-04-19
    • James G. P. DehlsenGeoffrey F. Deane
    • James G. P. DehlsenGeoffrey F. Deane
    • H02K2360
    • H02K7/183F03D9/25F03D15/00F03D15/10F05B2210/16F05B2270/1016F16H1/22F16H37/065H02K7/116H02K16/00Y02E10/722Y02E10/725Y02P80/158
    • Wind or water currents turn a power generator rotor. A torque-dividing gearbox is coupled to an input shaft driven by the rotor. The torque-dividing gearbox has a plurality of output shafts located around a perimeter of the input shaft. A number of torque-reducing gearboxes are each coupled to a respective one of the output shafts, each one of the torque-reducing gearboxes driving a generator. In one design the torque-reducing gearboxes and generators are held stationary and the torque-dividing gearbox includes a bull gear turned by the input shaft. Each one of the output shafts is connected to a gear that engages the bull gear teeth. Alternatively, the torque-reducing gearboxes and generators rotate with the input shaft. The torque-dividing gearbox includes a stationary ring gear having ring gear teeth around an inner circumference. Each of the output shafts is connected to a gear that engages the ring gear teeth.
    • 风或水流转动发电机转子。 转矩分配齿轮箱联接到由转子驱动的输入轴。 转矩分配齿轮箱具有位于输入轴的周边周围的多个输出轴。 多个减速齿轮箱各自联接到相应的一个输出轴,每个减速齿轮箱驱动发电机。 在一个设计中,减速齿轮箱和发电机保持静止,转矩分配齿轮箱包括由输入轴转动的大齿轮。 每个输出轴连接到与大齿轮齿啮合的齿轮上。 或者,减速齿轮箱和发电机与输入轴一起旋转。 转矩分配齿轮箱包括一个固定的环形齿轮,其环绕内圆周具有齿圈齿。 每个输出轴连接到与齿圈齿接合的齿轮。
    • 7. 发明授权
    • Reversing linear flow TPV process and apparatus
    • 逆流线性流程TPV工艺和设备
    • US5092767A
    • 1992-03-03
    • US667181
    • 1991-03-11
    • James G. P. Dehlsen
    • James G. P. Dehlsen
    • H01L31/04H01L31/058
    • H02S40/44H02S10/30Y02E10/60
    • A linear combustion emitter regenerator process capable of operating at high temperatures for sustained periods of time, that includes flowing reactants including fuel and air to a combustion zone; adding regenerated heat to at least one of the reactants flowing to the zone; combusting the reactants at the zone to produce combustion products at high temperature, to heat radiant emitter; operating the emitter to radiate energy from the zone passing selective wavelengths of said radiated energy spectrum through an optical filter and converting the radiation from the emitter into photovoltaic-produced electricity; mounting optical filter on water-cooled window to act as a heat shield to protect photovoltaic cells from overheating; reflecting back to the emitter portions of the spectral emission not able to activate the photovoltaic cells; extracting heat absorbed by liquid-cooled window by means of a heat exchanger to transfer heat to incoming combustion air; extracting heat from the combustion products for return to the at least one of the reactants as the recuperated heat; removing the products of combustion at reduced temperature, and; providing a porous bed at and to which the extracted heat is transferred; and periodically reversing the direction of flow of at least one of the reactants, and in heat transfer contact with the bed.
    • 一种能够在高温下持续运行的线性燃烧发生器再生器过程,其包括将包括燃料和空气的反应物流动到燃烧区; 向再循环的至少一个反应物中加入再生热; 在该区域燃烧反应物以在高温下产生燃烧产物,以加热辐射发射体; 操作发射器以通过光学滤波器从通过所述辐射能谱的选择波长的区域辐射能量,并将来自发射极的辐射转换成光伏发电; 将滤光器安装在水冷窗上,作为隔热罩,保护光伏电池免受过热; 反射回不能激活光伏电池的光谱发射器的发射极部分; 通过热交换器提取由液冷窗口吸收的热量以将热量传递到进入的燃烧空气; 从所述燃烧产物中提取热量以作为所述再生热返回至所述至少一个所述反应物; 在降温下除去燃烧产物; 在提取的热量传递的位置提供多孔床; 并且周期性地反转至少一种反应物的流动方向,并且与床的热传递接触。