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    • 31. 发明授权
    • Inverter control circuit with a resonant frequency modulation function
    • 具有谐振频率调制功能的变频器控制电路
    • US07558086B2
    • 2009-07-07
    • US11476153
    • 2006-06-28
    • Ying-Chang Cheng
    • Ying-Chang Cheng
    • H02J3/00H02H7/122
    • H02M1/08
    • An inverter control circuit with a resonant frequency modulation function provides a control circuit module that can modulate different resonant frequencies externally to fit loads of different modes without changing the inverter components such as a voltage transformer or redesigning the circuit layout. The RC oscillation circuit of a resonant frequency controller of the invention includes several separate resistors, and the separate resistors of the RC oscillation circuit are coupled to at least one switcher to form an open circuit or a closed circuit to determine the total resistance of the RC oscillation circuit for modulating different resonant frequencies.
    • 具有谐振频率调制功能的逆变器控制电路提供了一种控制电路模块,其可以外部调制不同的谐振频率以适应不同模式的负载,而不改变诸如变压器的逆变器部件或重新设计电路布局。 本发明的谐振频率控制器的RC振荡电路包括几个单独的电阻器,并且RC振荡电路的分立电阻器耦合到至少一个开关器以形成开路或闭合电路以确定RC的总电阻 用于调制不同谐振频率的振荡电路。
    • 32. 发明授权
    • Positioning device for clipping apparatus
    • 裁剪装置的定位装置
    • US07503722B2
    • 2009-03-17
    • US11472476
    • 2006-06-22
    • Chin-Wen Chou
    • Chin-Wen Chou
    • F16B21/06
    • A45F5/00E05C19/022Y10S292/04Y10S292/37Y10T292/546Y10T403/591Y10T403/599Y10T403/602
    • A positioning device for clipping apparatus includes a hollow body which has an open side on one side that holds a track portion and an anchor portion on another side. The body houses a sliding member having a clipping unit and a harness arm. The harness arm is connected to the track portion to form a displacement path of the sliding member. The clipping unit includes an upper clipping portion and a lower clipping portion. The upper clipping portion is driven by the sliding member to move close to the lower clipping portion. A linking means connects an elastic element to the anchor portion and the sliding member so that the elastic element can be stretched and retracted against the displacement path of the sliding member to provide a returning elastic force to the sliding member. Thereby the sliding member can be positioned rapidly on each displacement path.
    • 夹持装置的定位装置包括:中空体,其在一侧具有开放侧,该侧面保持轨道部分和另一侧上的锚定部分。 主体容纳具有夹持单元和线束臂的滑动构件。 线束臂连接到轨道部分以形成滑动构件的位移路径。 剪辑单元包括上限制部分和下部裁剪部分。 上夹持部分由滑动构件驱动以靠近下夹持部分移动。 连接装置将弹性元件连接到锚固部分和滑动构件,使得弹性元件可以抵靠滑动构件的移动路径被拉伸和缩回,以向滑动构件提供返回的弹性力。 因此,滑动构件可以快速地定位在每个位移路径上。
    • 33. 发明申请
    • Power backup system
    • 电源备份系统
    • US20090049322A1
    • 2009-02-19
    • US11889552
    • 2007-08-14
    • Yu-Yuan Chang
    • Yu-Yuan Chang
    • G06F1/26G06F11/30
    • G06F1/263G06F1/30Y10T307/615Y10T307/625Y10T307/724
    • A power backup system includes a temporary power supply system and a power source switch unit. The power backup system is connected to at least one regular power supply system. In the event that output power of the regular power supply system is abnormal the power source switch unit is connected to the temporary power supply system and output of the regular power supply system. When the regular power supply system is in normal operation it is selected to provide power to drive loads. In the event of power interruption, unstable voltage or abnormal operating condition of the regular power supply system an action to switch power supply system takes places to select the temporary power supply system to maintain power supply and keep the loads to function for a selected time period.
    • 电源备用系统包括临时电源系统和电源开关单元。 电源备份系统连接至少一个常规电源系统。 在常规电源系统的输出功率异常的情况下,电源开关单元连接到临时供电系统和常规供电系统的输出。 当常规电源系统正常运行时,它被选择为驱动负载提供电力。 在电源中断的情况下,常规电源系统的电压不稳定或运行状态不正常,开关电源系统的作用是选择临时供电系统来维持电源供电并保持负载在选定的时间段内运行 。
    • 35. 发明授权
    • Circular piezoelectric apparatus
    • 圆形压电装置
    • US07492078B1
    • 2009-02-17
    • US11902157
    • 2007-09-19
    • Chin-Wen ChouYing-Nan Cheng
    • Chin-Wen ChouYing-Nan Cheng
    • H01L41/04
    • H01L41/107
    • A circular piezoelectric apparatus includes an electrode assembly which has an independent electrode located on a perimeter side wall of the circular piezoelectric apparatus and two separated electrodes located respectively at two opposite surfaces of the circular piezoelectric apparatus, a first structure located between the two separated electrodes that has a polarized direction coincided with a first axial direction directing from one electrode of the two separated electrodes to the other electrode thereof, and a second structure surrounding the first structure about the first axial direction and having a polarized direction coincided with a radial direction of the perimeter. One of the three electrodes is electrically connected a ground electrode to provide a voltage source for supplying an input voltage and a load through at least a conductive wire, and another electrode is electrically connected to an input electrode of the voltage source through another conductive wire.
    • 圆形压电装置包括电极组件,其具有位于圆形压电装置的周边侧壁上的独立电极和分别位于圆形压电装置的两个相对表面处的两个分开的电极,位于两个分离电极之间的第一结构, 具有与从两个分离电极的一个电极引导到另一个电极的第一轴向一致的偏振方向,并且围绕第一轴向方向围绕第一结构并且具有偏振方向的第二结构与第 周长。 三个电极中的一个电连接到接地电极以提供用于通过至少一根导线提供输入电压和负载的电压源,另一个电极通过另一个导线电连接到电压源的输入电极。
    • 36. 发明申请
    • Redundant power supply system
    • 冗余电源系统
    • US20090019294A1
    • 2009-01-15
    • US11826325
    • 2007-07-13
    • Tsung-Chun Chen
    • Tsung-Chun Chen
    • G06F1/26
    • G06F1/263H02J1/108
    • A redundant power supply system aims to balance power supply among main power units and stationary power units to achieve optimum output quality for the main power units and stationary power units, and also prevent interruption of power supply resulting from any main power units or stationary power units. It includes a power integration control unit. The power integration control unit and the main power units and stationary power units are bridged respectively by a power balance unit which functions in a load power balance mode such that the power integration control unit outputs a total output power in power ON and standby conditions, and each power supply device delivers actual output power according to the load ratio of the power supply device.
    • 冗余电源系统旨在平衡主电源单元和固定电源单元之间的电源,以实现主电源单元和固定电源单元的最佳输出质量,并且还可以防止任何主电源单元或固定电源单元产生的电源中断 。 它包括一个功率集成控制单元。 功率积分控制单元和主功率单元和固定功率单元分别由功率平衡单元桥接,功率平衡单元以负载功率平衡模式工作,使得功率积分控制单元输出电源接通和待机状态下的总输出功率,以及 每个电源装置根据电源装置的负载比提供实际的输出功率。
    • 37. 发明授权
    • Piezoelectric plate electric connection structure
    • 压电板电连接结构
    • US07456708B2
    • 2008-11-25
    • US11368636
    • 2006-03-07
    • Chin-Wen ChouYing-Nan ChengChin-Biau Chung
    • Chin-Wen ChouYing-Nan ChengChin-Biau Chung
    • H03H9/13H03H9/54
    • H03H9/562H01L41/107
    • A piezoelectric plate electric connection structure aims to receive an input voltage from a voltage source and goes through a polarization process to deliver an output voltage. It has an input electrode on a piezoelectric plate to receive input from the voltage source and an output electrode to deliver the output voltage that are located on two surfaces normal to the polarization direction. One surface has an independent electrode. Another surface has two separated electrodes. The input electrode and output electrode are respectively the independent electrode and one of the separated electrodes. The input and output electrodes are spaced by the piezoelectric plate which is dielectric and pressure-resistant. Thus discharge phenomenon can be prevented between the input electrode and the output electrode.
    • 压电板电连接结构旨在从电压源接收输入电压并经过极化处理以输出输出电压。 它在压电板上具有一个输入电极,用于接收来自电压源的输入端和一个输出电极,以输出位于垂直于偏振方向的两个表面上的输出电压。 一个表面具有独立的电极。 另一个表面有两个分开的电极。 输入电极和输出电极分别是独立电极和分离电极之一。 输入和输出电极由介电和耐压的压电板隔开。 因此,可以防止输入电极和输出电极之间的放电现象。
    • 39. 发明申请
    • Driver circuit having power factor correction function implemented with sinusoidal waveform method
    • 具有功率因数校正功能的驱动电路采用正弦波形法实现
    • US20080169767A1
    • 2008-07-17
    • US11652697
    • 2007-01-12
    • Ying-Nan ChengKuang-Ming Wu
    • Ying-Nan ChengKuang-Ming Wu
    • H05B41/14H02M3/335
    • H02M1/425H05B41/28H05B41/2827H05B41/2828Y02B70/126
    • The present invention discloses a driver circuit having a power factor correction function implemented with a sinusoidal waveform method and comprises the following components: a rectification unit receiving the alternating periodical signal of a commercial power and transforming the signal into a direct-current pulse signal with a positive-semiperiod sinusoidal waveform; a control unit receiving the direct-current pulse signal of the rectification unit as a level signal and determining a power conduction cycle signal of the output power according to the direct-current pulse signal; a driver unit receiving the power conduction cycle signal of the control unit and a direct-current power signal and dividing the direct-current power signal into a plurality of continuous voltage pulse signals according to the power turn-on period signal; and a transformer unit receiving the direct-current power signals in response to the respective voltage pulse signals and outputting a voltage to drive the load according to the voltage of each voltage pulse signal.
    • 本发明公开了一种驱动电路,其具有利用正弦波形法实现的功率因数校正功能,其特征在于包括以下部件:接收商用电源的交流周期信号的整流单元,并将该信号变换为直流脉冲信号 正半周期正弦波形; 控制单元接收整流单元的直流脉冲信号作为电平信号,并根据直流脉冲信号确定输出功率的功率传导周期信号; 接收控制单元的电力传导周期信号的驱动器单元和直流电力信号,并根据功率接通周期信号将直流电力信号分割为多个连续电压脉冲信号; 以及变压器单元,其响应于各个电压脉冲信号接收直流电力信号,并输出电压以根据每个电压脉冲信号的电压驱动负载。