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    • 42. 发明授权
    • Apparatus, method, and system for improved switching methods for power adjustments in light sources
    • 用于改进光源功率调节切换方法的装置,方法和系统
    • US08247990B1
    • 2012-08-21
    • US12534504
    • 2009-08-03
    • Myron GordinTimothy J. BoyleGregory N. KubbeGabriel P. Gromotka
    • Myron GordinTimothy J. BoyleGregory N. KubbeGabriel P. Gromotka
    • H05B37/02
    • H05B41/40
    • An apparatus, method, and system for switch control of power to light sources, particularly high power consumption light sources that may experience lumen depreciation, such that the power level to a light source may be increased or decreased as desired. Methods of switching utilizing robust mechanical components such as solenoids, coupled with accurate and rapid electronic control components such as microprocessors, may be combined with a combinational approach to capacitance changes to comprise a flexible method of power control to a light source or plurality of light sources. Power to a light source may be adjusted such that the amount of energy consumed and the quantity of light output may be adjusted, compensation may be made for lumen depreciation and other losses that occur during operational life of the light source, to maintain constant or near-constant light output, or otherwise.
    • 用于切换控制光源的设备,方法和系统,特别是可能经历流明衰减的高功率消耗光源,使得根据需要可以增加或减少对光源的功率电平。 使用诸如螺线管之类的鲁棒机械部件的切换方法与精确和快速的电子控制部件(例如微处理器)相结合可以与电容变化的组合方法组合,以包括对光源或多个光源的功率控制的灵活方法 。 可以调整对光源的功率,使得可以调节能量消耗量和光输出量,可以补偿在光源的使用寿命期间发生的流明衰减和其他损耗,以保持恒定或接近 - 恒定的光输出,或其他。
    • 46. 发明授权
    • Electronically controlled flow meter and flow control system
    • 电子控制流量计和流量控制系统
    • US4315523A
    • 1982-02-16
    • US127918
    • 1980-03-06
    • Imad MahawiliTimothy J. Boyle
    • Imad MahawiliTimothy J. Boyle
    • A61B5/026G01F3/20G01F11/08
    • G01F11/08G01F3/20Y10T137/7759Y10T137/7761
    • A novel, low-friction, low-inertia flexible diaphragm containing a magnet formed as an integral part of the diaphragm is mounted in a chamber (preferably cylindrical). The chamber comprises part of the flow meter in a flow control system. One or more sensing devices are mounted on the walls of the chamber to sense the instantaneous position of the diaphragm. A novel electronic control circuit processes the data from the one or more sensing devices to provide measures of the flow rate during the displacement of the diaphragm along the cylinder. Signals are generated by the electronic control circuitry for switching a pair of three-way valves (one valve comprising the input valve and the other valve comprising the output valve) such that during one-half of a cycle the intput valve transfers fluid into the cylinder on one side of the diaphragm and, during the other half of the cycle, transfers fluid into the cylinder on the other side of the diaphragm. The output valve is switched synchronously with the input valve to transmit fluid from the other side or one side of the diaphragm to the output valve.The electronic control system includes means for amplifying the output signals from the one or more sensing devices ("sensors") to provide one or more signals representing the position of the diaphragm as a function of time, means for converting the output signals from these amplifiers to digital form, and computation means for operating on the digitized output signals from the sensing devices to provide control signals for controlling a second input valve thereby to control the flow rate of the fluid being metered to within a desired range.
    • 包含形成为隔膜的整体部分的磁体的新颖的低摩擦,低惯量的柔性隔膜安装在室(优选为圆柱形)中。 该腔室包括流量控制系统中的流量计的一部分。 一个或多个感测装置安装在腔室的壁上以感测隔膜的瞬时位置。 一种新颖的电子控制电路处理来自一个或多个感测装置的数据,以提供在隔膜沿气缸移位期间的流量的测量。 信号由电子控制电路产生,用于切换一对三通阀(一个包括输入阀的阀和包括输出阀的另一个阀),使得在一个循环的一半周期内,输液阀将流体输送到气缸 在隔膜的一侧,在循环的另一半期间,将流体传送到膜片另一侧的气缸中。 输出阀与输入阀同步切换,将流体从隔膜的另一侧或一侧传输到输出阀。 电子控制系统包括用于放大来自一个或多个感测装置(“传感器”)的输出信号以提供表示作为时间的函数的振动膜的位置的一个或多个信号的装置,用于将来自这些放大器的输出信号 以及用于对来自感测装置的数字化输出信号进行操作以提供用于控制第二输入阀的控制信号的计算装置,从而将要计量的流体的流量控制在期望的范围内。
    • 49. 发明授权
    • Method for synthesizing thin film electrodes
    • 薄膜电极合成方法
    • US07189428B1
    • 2007-03-13
    • US10686257
    • 2003-10-14
    • Timothy J. Boyle
    • Timothy J. Boyle
    • B05D5/12B05D3/02B05D3/12H01M4/88
    • H01M4/13H01M4/139H01M4/1395H01M10/052
    • A method for making a thin-film electrode, either an anode or a cathode, by preparing a precursor solution using an alkoxide reactant, depositing multiple thin film layers with each layer approximately 500–1000 Å in thickness, and heating the layers to above 600° C. to achieve a material with electrochemical properties suitable for use in a thin film battery. The preparation of the anode precursor solution uses Sn(OCH2C(CH3)3)2 dissolved in a solvent in the presence of HO2CCH3 and the cathode precursor solution is formed by dissolving a mixture of (Li(OCH2C(CH3)3))8 and Co(O2CCH3).H2O in at least one polar solvent.
    • 一种通过使用烷氧化物反应物制备前体溶液来制造薄膜电极(阳极或阴极)的方法,沉积厚度大约为500-1000埃的层,并将层加热到600以上 以获得适合用于薄膜电池的具有电化学性质的材料。 阳极前体溶液的制备使用溶解在阳离子前体溶液中的Sn(OCH 3 CH 2)3 N 2 S 2 在HO 2 CO 3 3存在下的溶剂和阴极前体溶液是通过将(Li(OCH 2)2 C( CH 3 3)3)和C(O)2 CCH 3 N 3) H 2 O 2在至少一种极性溶剂中。