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    • 2. 发明授权
    • Method and apparatus for powering fluorescent lighting
    • 为荧光灯供电的方法和装置
    • US06300728B1
    • 2001-10-09
    • US09596170
    • 2000-06-16
    • Brian K. BlackburnJoseph F. MazurScott B. Gentry
    • Brian K. BlackburnJoseph F. MazurScott B. Gentry
    • G05F100
    • H05B41/392
    • The present invention is a power supply for a fluorescent light, particularly a sub-miniature fluorescent light (SFL) which provides compensation for temperature and age effects of the fluorescent light. One or more SFLs are powered by a variable output anode controller and a variable output cathode controller, wherein the illumination output of the SFLs is selectively adjustable based upon the voltage output of one or both of the anode and cathode controllers. In a first example of implementation of the invention, an illumination feedback circuit is provided to the anode/cathode controller, wherein the voltage output is adjusted to compensate for diminished illumination, caused for example by cold operating conditions or age of the sensed SFLs. In a second form of the present invention, a temperature feedback circuit is provided to the anode/cathode controller to provide the aforesaid voltage adjustment to compensate for diminished illumination. In another aspect of the present invention, the SFLs are placed into a ready-state for being presently illuminated based upon sensing of a wake-up signal.
    • 本发明是用于荧光灯的电源,特别是提供对荧光的温度和年龄效应的补偿的次微型荧光灯(SFL)。 一个或多个SFL由可变输出阳极控制器和可变输出阴极控制器供电,其中基于阳极和阴极控制器中的一个或两个的电压输出,SFL的照明输出可选择性地调节。 在实施本发明的第一示例中,向阳极/阴极控制器提供照明反馈电路,其中调节电压输出以补偿例如通过冷操作条件或所感测的SFL的年龄引起的减小的照明。 在本发明的第二种形式中,向阳极/阴极控制器提供温度反馈电路以提供上述电压调整以补偿减少的照明。 在本发明的另一方面,SFL基于唤醒信号的感测被置于当前被照亮的就绪状态。
    • 8. 发明授权
    • Seat belt retractor system
    • 安全带卷收器系统
    • US5571253A
    • 1996-11-05
    • US468265
    • 1995-06-06
    • Brian K. BlackburnLouis R. BrownJoseph F. MazurScott B. Gentry
    • Brian K. BlackburnLouis R. BrownJoseph F. MazurScott B. Gentry
    • B60R21/00B60R21/01B60R22/343B60R22/36B60R22/40B60R22/48H02J7/00
    • B60R21/017B60R21/01B60R22/343B60R2022/404
    • A vehicle seat belt retractor system (10) includes two seats (16, 18) each having its own integrated seat belt webbing retractor (60, 112). Each retractor (60, 112) includes locking assembly (76, 80) for blocking belt withdrawal in response to an electrical signal. At a central location in the vehicle spaced from the seats (16, 18), a sensor (24) is disposed for sensing vehicle deceleration exceeding a predetermined deceleration and for providing a control signal indicative thereof. An RF transmitter (42) is electrically connected with the sensor (24) and is actuatable in response to the control signal to transmit an RF signal. An RF receiver (100, 114) on each vehicle seat (16, 18) receives the RF signal and provides an output signal to actuate the locking assembly (76, 80) of the two seat belt retractors (60, 112). Each vehicle seat (16, 18) also has (a) a battery (98) for supplying electric power to actuate the locking assembly (76, 80) of the retractors (60, 112) and (b) a piezoelectric member (90) responsive to an occupant sitting on the seat for generating an electric current to charge the battery (96). In a second embodiment, a separate deceleration sensor (24a) is mounted on each vehicle seat for electrically actuating its associated retractor. In a third embodiment, the transmitted signal provides the power for actuating a vehicle occupant restraint (178).
    • 车辆安全带卷收器系统(10)包括两个座椅(16,18),每个座椅具有其自己的集成安全带织带卷收器(60,112)。 每个牵开器(60,112)包括用于响应于电信号阻断皮带抽出的锁定组件(76,80)。 在与座椅(16,18)间隔开的车辆的中心位置处,设置有用于感测超过预定减速度的车辆减速度并且用于提供指示其的控制信号的传感器(24)。 RF发射器(42)与传感器(24)电连接,并且可响应于控制信号而致动以发送RF信号。 每个车辆座椅(16,18)上的RF接收器(100,114)接收RF信号并提供输出信号以致动两个安全带卷收器(60,112)的锁定组件(76,80)。 每个车辆座椅(16,18)还具有(a)用于提供电力来驱动牵开器(60,112)的锁定组件(76,80)的电池(98)和(b)压电元件(90) 响应于坐在座椅上的乘员产生用于对电池(96)充电的电流。 在第二实施例中,单独的减速传感器(24a)安装在每个车辆座椅上以用于电动致动其相关联的牵开器。 在第三实施例中,所发送的信号提供用于致动车辆乘员约束(178)的动力。
    • 9. 发明授权
    • Seat belt retractor system
    • 安全带卷收器系统
    • US5568939A
    • 1996-10-29
    • US222120
    • 1994-04-04
    • Brian K. BlackburnLouis R. BrownJoseph E. MazurScott B. Gentry
    • Brian K. BlackburnLouis R. BrownJoseph E. MazurScott B. Gentry
    • B60R21/00B60R21/01B60R22/343B60R22/36B60R22/40B60R22/48H02J7/00
    • B60R21/017B60R21/01B60R22/343B60R2022/404
    • A vehicle seat belt retractor system (10) includes two seats (16, 18) each having its own integrated seat belt webbing retractor (60, 112). Each retractor (60, 112) includes a locking assembly (76, 80) for blocking belt withdrawal in response to an electrical signal. At a central location in the vehicle spaced from the seats (16, 18), a sensor (24) is disposed for sensing vehicle deceleration exceeding a predetermined deceleration and for providing a control signal indicative thereof. An RF transmitter (42) is electrically connected with the sensor (24) and is actuatable in response to the control signal to transmit an RF signal. An RF receiver (100, 114) on each vehicle seat (16, 18) receives the RF signal and provides an output signal to actuate the locking assembly (76, 80) of the two seat belt retractors (60, 112). Each vehicle seat (16, 18) also has (a) a battery (98) for supplying electric power to actuate the locking assembly (76, 80) of the retractors (60, 112) and (b) a piezoelectric member (90) responsive to an occupant sitting on the seat for generating an electric current to charge the battery (96). In a second embodiment, a separate deceleration sensor (24a) is mounted on each vehicle seat for electrically actuating its associated retractor. In a third embodiment, the transmitted signal provides the power for actuating a vehicle occupant restraint (178).
    • 车辆安全带卷收器系统(10)包括两个座椅(16,18),每个座椅具有其自己的集成安全带织带卷收器(60,112)。 每个牵开器(60,112)包括用于响应于电信号阻断皮带取出的锁定组件(76,80)。 在与座椅(16,18)间隔开的车辆的中心位置处,设置有用于感测超过预定减速度的车辆减速度并且用于提供指示其的控制信号的传感器(24)。 RF发射器(42)与传感器(24)电连接,并且可响应于控制信号而致动以发送RF信号。 每个车辆座椅(16,18)上的RF接收器(100,114)接收RF信号并提供输出信号以致动两个安全带卷收器(60,112)的锁定组件(76,80)。 每个车辆座椅(16,18)还具有(a)用于提供电力来驱动牵开器(60,112)的锁定组件(76,80)的电池(98)和(b)压电元件(90) 响应于坐在座椅上的乘员产生用于对电池(96)充电的电流。 在第二实施例中,单独的减速传感器(24a)安装在每个车辆座椅上以用于电动致动其相关联的牵开器。 在第三实施例中,所发送的信号提供用于致动车辆乘员约束(178)的动力。