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    • 41. 发明申请
    • Self contained breathing apparatus combined duration factor for breathing systems
    • 自给式呼吸器组合呼吸系统的持续时间因子
    • US20060201508A1
    • 2006-09-14
    • US11215349
    • 2005-08-30
    • David ForsythWayne Miller
    • David ForsythWayne Miller
    • A62B7/04A61M16/00
    • A62B7/08B63C11/22B63C2011/021B63C2011/188
    • The present claim enables a breathing system to be assessed with a minimum of attention or experience regardless of type of breathing system. This is achieved by creating an electronic control system for the breathing system which converts all available parameters which affect the ongoing use of the breathing system and converting those parameters in a common basis of time remaining of practical use on the breathing system. The electronic system then combines the common parameters in time and combines as appropriate to produce a single time remaining parameter pertaining to the breathing machine operation. This approach is applied across rebreather and open circuit, land and water based systems such that an operator may use similar skills to interpret the output indications of different types of machines.
    • 本声明使呼吸系统在不考虑呼吸系统的类型的情况下以最少的注意力或经验进行评估。 这是通过创建用于呼吸系统的电子控制系统来实现的,该系统将影响呼吸系统的持续使用的所有可用参数转换成在呼吸系统上的实际使用剩余时间的共同基础上转换这些参数。 电子系统然后及时组合公共参数,并组合以产生与呼吸机操作有关的单一时间剩余参数。 这种方法适用于循环呼吸器和开路,陆基和水基系统,使得操作者可以使用相似的技能来解释不同类型的机器的输出指示。
    • 48. 发明授权
    • Slag control apparatus for molten metal vessels
    • 用于熔融金属容器的炉渣控制装置
    • US5421560A
    • 1995-06-06
    • US280055
    • 1994-07-25
    • Gary L. ForteJames P. McGuireWayne MillerDavid B. Vinson
    • Gary L. ForteJames P. McGuireWayne MillerDavid B. Vinson
    • B22D43/00C21C5/46B22D41/14
    • B22D43/002C21C2005/468
    • A slag control shape is releasably mounted on a cover for a molten metal vessel. An actuator is connected to a slag control shape release member to move the release member from a first position engaged with the slag control shape to a second position disengaged from the slag control shape to allow the slag control shape to descend into the molten metal vessel. Upon the occurrence of a predetermined condition, such as a predetermined weight of molten metal in the vessel or a predetermined total time of molten metal discharge from the vessel, a controller generates a signal to the actuator to automatically release the slag control shape into the vessel. The controller is located remote from the actuator and transmits the activation signal to the actuator by radio frequency signals, directly through an electrical conductor, or to a light emitter which transmits a light beam to a photodetector mounted on the cover.
    • 炉渣控制形状可释放地安装在用于熔融金属容器的盖上。 致动器连接到炉渣控制形状释放构件,以将释放构件从与炉渣控制形状接合的第一位置移动到脱离炉渣控制形状的第二位置,以允许炉渣控制形状下降到熔融金属容器中。 在发生预定条件(例如容器中的预定重量的熔融金属或从容器排出的熔融金属的预定总时间)时,控制器向致动器产生信号以自动将炉渣控制形状释放到容器 。 控制器位于远离致动器的位置,通过射频信号直接通过电导体将激活信号发送到致动器,或者将光束发射到安装在盖上的光电检测器。
    • 50. 发明授权
    • Integrated electronics housing for a solar array
    • 用于太阳能阵列的集成电子设备
    • US08916811B2
    • 2014-12-23
    • US13227652
    • 2011-09-08
    • Wayne MillerHossein KazemiBrian Hinman
    • Wayne MillerHossein KazemiBrian Hinman
    • G01J1/44G01S19/14F24J2/54H01L31/042H01L31/02F24J2/38G01S3/786
    • H01L31/042F24S30/455F24S50/20G01S3/7861G01S19/14H01L31/02021H02S20/32H02S50/00Y02E10/47Y02E10/50Y02E10/52Y10T307/511
    • An integrated electronics housing contains both system electronics and power generation circuits for a two-axis tracker assembly having a CPV solar array. The housing contains at least a communication bus, motion control circuits, and inverter circuits, and acts as the local system control point for that tracker mechanism. The inverter circuits generate three-phase AC voltage that is supplied to a grid interface transformer. Each inverter receives a bipolar DC voltage supplied from its own set of CPV cells. The motion control circuits move the CPV cells of the tracker mechanism to angular coordinates resulting from a solar tracking algorithm. The communication bus connects to the motion control circuits and the inverter circuits to facilitate communications of information, including parameters of power being generated by the inverter circuits, between the motion control circuits and the AC inverter circuits to fine tune the AC power generated out of the tracker mechanism.
    • 集成的电子外壳包含用于具有CPV太阳能阵列的双轴跟踪器组件的系统电子器件和发电电路。 壳体至少包含通信总线,运动控制电路和逆变器电路,并且用作跟踪器机构的本地系统控制点。 逆变器电路产生提供给电网接口变压器的三相交流电压。 每个逆变器接收从其自己的一组CPV单元提供的双极直流电压。 运动控制电路将跟踪器机构的CPV单元移动到由太阳跟踪算法产生的角坐标。 通信总线连接到运动控制电路和逆变器电路,以便于运动控制电路和AC逆变器电路之间的信息通信,包括由逆变器电路产生的功率参数,以微调由 跟踪机制。