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    • 1. 发明授权
    • Switched resonant power conversion electronics
    • 开关谐振功率转换电子器件
    • US06528928B1
    • 2003-03-04
    • US09933158
    • 2001-08-20
    • Joseph R. BurnsPaul SmalserGeorge W. TaylorThomas R. Welsh
    • Joseph R. BurnsPaul SmalserGeorge W. TaylorThomas R. Welsh
    • F03B1312
    • H02N2/181Y02E10/38
    • A transducer operated as power generating device is driven at a low frequency and collects energy at the low frequency rate. The collected energy is extracted at a much higher frequency. Extracting the energy at a higher frequency enables the use of components, such as inductors, having reasonable values and sizes. In one embodiment, a power extracting circuit which includes elements designed to resonate with the transducer at a higher frequency than the frequency at which the transducer is being driven is periodically switched in circuit with the transducer. Thus, the electric power generator device operated and controlled by a slowly changing source of energy (e.g., ocean waves, wind, eddies of water) may develop energy at one frequency and may be operated to transfer the energy at another frequency. The resonating circuit is switched into circuit with the transducer on the positive and negative peaks of the force driving the transducer for a time approximately equal to Tc, where Tc is equal to approximately ½fo, where fo is the resonant frequency of the circuit with the switch closed. In another embodiment the load applied to the circuit is designed to have an optimum value to optimize the power transfer. Other embodiments include circuits for reliably and accurately detecting the peak(s) of the driving input signals.
    • 作为发电装置工作的传感器以低频驱动并以低频率收集能量。 以更高的频率提取收集的能量。 以更高的频率提取能量使得能够使用具有合理值和尺寸的组件,例如电感器。 在一个实施例中,功率提取电路包括被设计成以比换能器被驱动的频率更高的频率与换能器谐振的元件周期性地与换能器电路切换。 因此,由缓慢变化的能量源(例如,海浪,风,水涡流)操作和控制的发电机装置可以以一个频率发展能量,并且可以操作以在另一个频率下传递能量。 谐振电路切换到电路中,传感器在驱动换能器的力的正和负峰值大约等于Tc的时间,其中Tc等于大约1/2,其中fo是与开关的电路的谐振频率 关闭。 在另一个实施例中,施加到电路的负载被设计成具有优化功率传输的最佳值。 其他实施例包括用于可靠且准确地检测驱动输入信号的峰值的电路。
    • 2. 发明授权
    • Apparatus and method for optimizing the power transfer produced by a wave energy converter (WEC)
    • 用于优化由波能量转换器(WEC)产生的功率传递的装置和方法
    • US06731019B2
    • 2004-05-04
    • US09922877
    • 2001-08-06
    • Joseph R. BurnsPaul SmalserGeorge W. TaylorThomas R. Welsh
    • Joseph R. BurnsPaul SmalserGeorge W. TaylorThomas R. Welsh
    • F03B1310
    • F03B13/148Y02E10/38
    • A wave energy converter (WEC) including an electric generator for capturing energy contained in ocean waves and converting it to electrical energy at the output of the electric generator may be characterized as an effective capacitive (or inductive) element. Systems embodying the invention include an inductive (or capacitive) element inserted in the circuit between the output of the electric generator and a load in order to achieve resonance with the effective capacitance (inductance) of the WEC and so as to increase the efficiency of the power transfer to the load. In certain embodiments the load coupled to the system has an optimum value which is made a function of the frequency of the ocean waves and the effective capacitance (or inductance). The effective capacitance (inductance) of the converter varies as a function of the frequency of the ocean waves. Accordingly, systems embodying the invention may include a controller for varying the load and/or the inductive (capacitive) element coupled in the system to resonate with the converter for increasing the efficiency of the system.
    • 包括用于捕获包含在海浪中的能量并将其转换成在发电机的输出处的电能的发电机的波能转换器(WEC)可以被表征为有效电容(或电感)元件。 体现本发明的系统包括在发电机的输出端和负载之间的电路中插入的电感(或电容)元件,以实现与WEC的有效电容(电感)的谐振,从而提高 电力传输到负载。 在某些实施例中,耦合到系统的负载具有作为海浪的频率和有效电容(或电感)的函数的最佳值。 转换器的有效电容(电感)随海浪的频率而变化。 因此,体现本发明的系统可以包括控制器,用于改变耦合在系统中的负载和/或电感(电容)元件以与转换器谐振以提高系统的效率。
    • 3. 发明授权
    • Sensors for power conversion systems
    • 电力转换系统用传感器
    • US06522048B1
    • 2003-02-18
    • US09933145
    • 2001-08-20
    • Joseph R. BurnsGeorge W. TaylorThomas R. Welsh
    • Joseph R. BurnsGeorge W. TaylorThomas R. Welsh
    • H01L4108
    • H02N2/181
    • Systems and circuits embodying the invention include means for sensing at least one of the peaks, amplitude and frequency of an oscillatory input force impinging on a power generating device for controlling the turn-on of a switch used to transfer energy collected by the power generating device to an associated load. The power generator may be a transducer such as a piezoelectric device or a wave energy converter (WEC). Sensors and sensing means embodying the invention are used to control the point in time at which power extracting circuits are switched in circuit with the power generating device. The power extracting circuit may include components which can resonate with the power generating circuit at a higher frequency than, and independent of, the frequency at which the power generating device is being operated. Thus, an electric power generator device operated and controlled by a slowly changing source of energy (e.g., ocean waves, wind, eddies of water) may develop energy at one frequency and may be operated to transfer the energy, at a selected point in time, at another frequency.
    • 体现本发明的系统和电路包括用于感测入射在发电装置上的振荡输入力的峰值,幅度和频率中的至少一个的装置,用于控制用于传递由发电装置收集的能量的开关的接通 到相关联的负载。 发电机可以是诸如压电装置或波能转换器(WEC)的换能器。 用于实现本发明的传感器和传感装置用于控制功率提取电路与发电装置电路切换的时间点。 功率提取电路可以包括能够以比发电装置正在工作的频率更高的频率与发电电路谐振的部件。 因此,由缓慢变化的能量源(例如,海浪,风,水涡流)操作和控制的发电机装置可以以一个频率发展能量,并且可以操作以在选定的时间点传递能量 ,在另一个频率。
    • 4. 发明授权
    • Wave energy converter (WEC)
    • 波能转换器(WEC)
    • US06765307B2
    • 2004-07-20
    • US10047768
    • 2002-01-15
    • James GerberGeorge W. TaylorThomas R. Welsh
    • James GerberGeorge W. TaylorThomas R. Welsh
    • F03B1310
    • F03B13/148F03B13/1875F03B13/20F05B2240/97Y02E10/38
    • A wave energy converter (WEC), for use in a body of water of depth Dw, includes a tubular structure and a piston within the tubular structure where the relative motion between the piston and the tubular structure is used to generate electric power. The length (L) of the tubular structure may be selected to have a predetermined value based on the fact that: (a) the efficiency of the power generated by WEC increases as the length “L” of the tubular structure increases from a minimal value until L reaches an optimal value; and (b) the efficiency decreases as L is increased beyond the optimal value due to the increased mass of the water that the tubular structure and the piston have to move.
    • 在深度为Dw的水体中使用的波能转换器(WEC)包括在管状结构内的管状结构和活塞,其中活塞和管状结构之间的相对运动用于产生电力。 管状结构的长度(L)可以基于以下事实选择为具有预定值:(a)由管状结构的长度“L”从最小值增加时由WEC产生的功率的效率增加 直到L达到最佳值; 和(b)由于管状结构和活塞必须移动的水的质量增加,效率会随着L增加超过最佳值而降低。