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    • 2. 发明授权
    • Electrical energy management for manually powered devices
    • 手动供电设备的电能管理
    • US06291900B1
    • 2001-09-18
    • US09483026
    • 2000-01-13
    • Jerome Johnson TiemannJohn Eric TkaczykWolfgang DaumLionel Monty LevinsonElihu Calvin Jerabek
    • Jerome Johnson TiemannJohn Eric TkaczykWolfgang DaumLionel Monty LevinsonElihu Calvin Jerabek
    • H02P904
    • H02P9/04
    • A manually powered apparatus includes a mechanical energy input device that releases mechanical energy. The mechanical energy input device has first and second mechanical energy delivery cycles. A generator is mechanically coupled to the mechanical energy input device. The generator converts released mechanical energy to electrical energy. The electrical energy includes first current levels and second current levels that decrease over time. The generator supplies the first current levels in response to the first mechanical energy delivery cycle. The second current levels are supplied in response to the second mechanical energy delivery cycle. A load is connected to the generator. The load requires a predetermined current for operation. The first current level is greater than the predetermined current, and the second current level is less than the predetermined current. An electrical energy storage device is connected between the generator and the load. The electrical energy storage device is charged during the first mechanical energy delivery cycle, and the electrical energy storage device is discharged during the second mechanical energy delivery cycle. An isolator is connected between the electrical energy storage device and the load. The isolator minimizes reverse current flow from the electrical energy storage device to the generator. A disconnector is electrically connected between the electrical energy storage device and the load. The disconnector decouples the load from the electrical energy storage device to prevent the electrical energy storage device from completely discharging.
    • 手动动力装置包括释放机械能的机械能量输入装置。 机械能量输入装置具有第一和第二机械能输送周期。 发电机机械耦合到机械能量输入装置。 发电机将释放的机械能转换为电能。 电能包括随时间减小的第一电流水平和第二电流水平。 发电机响应于第一次机械能量输送周期提供第一电流水平。 响应于第二机械能量递送周期提供第二电流水平。 负载连接到发电机。 负载需要预定的电流进行操作。 第一电流水平大于预定电流,第二电流水平小于预定电流。 电能存储装置连接在发电机和负载之间。 电能存储装置在第一机械能量递送循环期间被充电,并且电能存储装置在第二机械能量递送循环期间被排出。 隔离器连接在电能存储装置和负载之间。 隔离器最小化从电能存储装置到发电机的反向电流流动。 断路器电连接在电能存储装置和负载之间。 断路器将负载与电能存储装置分离,以防止电能存储装置完全放电。
    • 4. 发明授权
    • Spring motor for generating constant torque
    • 用于产生恒定扭矩的弹簧电机
    • US06199664B1
    • 2001-03-13
    • US09192464
    • 1998-11-16
    • John Eric TkaczykJerome Johnson Tiemann
    • John Eric TkaczykJerome Johnson Tiemann
    • F03G100
    • F03G1/00
    • A spring motor for driving an electric power generator with constant power includes a crank-up spool, a take-up spool, and a relatively wide, flat tape spring which winds in a relaxed condition on the take-up spool. In one form, the spring has a width which varies approximately linearly from one end to another end so as to generate a constant torque at a fixed radius from an axis of the crank-up spool as the spring unwinds. In another form, the spring width is constant and a separate drum is driven by contact with the unwinding spring, with the separate drum driving an output shaft. In still another form, an idler wheel is driven by contact with the spring and the output shaft is driven from the idler wheel through gear contact with the periphery of an output drum mounted on the output shaft.
    • 用于驱动具有恒定功率的发电机的弹簧电动机包括曲柄卷轴,卷取卷轴和相对宽的扁平带弹簧,其在卷绕卷轴上以松弛的状态卷绕。 在一种形式中,弹簧具有从一端到另一端近似线性地变化的宽度,以便当弹簧退绕时,从曲柄轴的轴线以固定的半径产生恒定的扭矩。 在另一种形式中,弹簧宽度是恒定的,并且单独的滚筒通过与展开弹簧的接触来驱动,而单独的滚筒驱动输出轴。 在另一种形式中,惰轮通过与弹簧接触而被驱动,并且输出轴通过与安装在输出轴上的输出鼓的周边的齿轮接触从惰轮驱动。
    • 6. 发明授权
    • Method and apparatus for flexibly binning energy discriminating data
    • 方法和设备,用于灵活地将能量鉴别数据并入
    • US07916836B2
    • 2011-03-29
    • US11861826
    • 2007-09-26
    • John Eric TkaczykJames Wilson RoseWen LiJonathan D. ShortYanfeng Du
    • John Eric TkaczykJames Wilson RoseWen LiJonathan D. ShortYanfeng Du
    • H05G1/64H01L27/146
    • G01T1/249A61B6/032G01T1/24
    • A CT detector includes a direct conversion material configured to generate electrical charge upon reception of x-rays, a plurality of metallized anodes configured to collect electrical charges generated in the direct conversion material, at least one readout device, and a redistribution layer having a plurality of electrical pathways configured to route the electrical charges from the plurality of metallized anodes to the at least one readout device. A plurality of switches is coupled to the plurality of electrical pathways between the plurality of metallized anodes and the at least one readout device, wherein each of the plurality of switches includes an input line electrically coupled to one of the plurality of metallized anodes, a first output node electrically coupled to the at least one readout device, and a second output node electrically coupled to at least one other switch of the plurality of switches.
    • CT检测器包括被配置为在接收X射线时产生电荷的直接转换材料,被配置为收集在直接转换材料中产生的电荷的多个金属化阳极,至少一个读出装置和具有多个 电路被配置为将电荷从多个金属化阳极路由到至少一个读出装置。 多个开关耦合到多个金属化阳极与至少一个读出装置之间的多个电路径,其中多个开关中的每一个包括电耦合到多个金属化阳极之一的输入线,第一 电耦合到所述至少一个读出装置的第二输出节点,以及电耦合到所述多个开关中的至少一个其他开关的第二输出节点。