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    • 4. 发明申请
    • TIMER-CONTROLLED CLAMP FOR INITIATION ELEMENTS
    • 用于启动元件的定时器控制夹
    • WO2004010554A2
    • 2004-01-29
    • PCT/US2003/022723
    • 2003-07-21
    • ENSIGN-BICKFORD AEROSPACE & DEFENSE COMPANYBOUCHER, Craig, J.
    • BOUCHER, Craig, J.
    • H02H
    • F42B3/182F42C11/06F42C15/40
    • This invention relates to protective circuitry (12) for electrical initiation elements (10) and finds utility in preventing inadvertent functioning of electrical bridge-initiation elements, such as semiconductor bridges (SCBs), bridgewires, etc., by transient environmental electrical signals. The protective circuitry (12) of this invention comprises a timer portion (14) and a clamping portion (16) and is designed to divert from the electrical initiation element (10) at least a portion of an electrical signal received at the input nodes (10a, 10b) thereof for a suitable time interval that corresponds to the duration of an expected transient signal, which is typically significantly smaller than the duration of a proper initiation signal.
    • 本发明涉及用于电启动元件(10)的保护电路(12),并且用于通过瞬态环境电信号来防止诸如半导体桥(SCB),桥接器等的电桥起始元件的无意功能。 本发明的保护电路(12)包括定时器部分(14)和夹持部分(16),并且被设计成从电启动元件(10)转移到在输入节点处接收的电信号的至少一部分 10a,10b),其适当的时间间隔对应于期望的瞬态信号的持续时间,其通常明显小于适当起始信号的持续时间。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR IMPLEMENTING POWER REDUCTION ALGORITHMS IN A NIGHT VISION SYSTEM POWER SYSTEM
    • 在夜视系统电力系统中实现功率降低算法的方法和系统
    • WO2008060264A2
    • 2008-05-22
    • PCT/US2006/035339
    • 2006-09-13
    • ITT MANUFACTURING ENTERPRISES, INC.MARSHALL, Paul, NeilBOUCHER, Craig
    • MARSHALL, Paul, NeilBOUCHER, Craig
    • H02J7/00
    • H04N5/33G02B23/12H04N5/23241
    • A night vision system comprising a power system having a low voltage unit coupled to a high voltage unit. The low voltage unit includes a low voltage controller and a low voltage table correlating step values to pulse widths, the low voltage controller obtaining a desired pulse width and accessing the table to obtain a step value. The low voltage unit transmits the step value to the high voltage unit using a pulse count modulation format. The high voltage unit includes an opto-isolator for receiving the step value from the low voltage controller and a high voltage controller demodulating the step value. In response to the step value, the high voltage controller accesses a high voltage table correlating step values to pulse width to obtain a pulse width, the high voltage controller generating a control pulse in response to the pulse width.
    • 一种夜视系统,包括具有耦合到高压单元的低电压单元的电力系统。 低电压单元包括低电压控制器和低电压表将步长值与脉冲宽度相关联,低电压控制器获得期望的脉冲宽度并访问表以获得步进值。 低电压单元使用脉冲计数调制格式将步进值发送到高电压单元。 高压单元包括用于从低压控制器接收步进值的光隔离器和解调步进值的高压控制器。 响应于步进值,高压控制器访问将​​步进值与脉冲宽度相关联的高电压表,以获得脉冲宽度,高电压控制器响应于脉冲宽度产生控制脉冲。
    • 9. 发明申请
    • TIMER-CONTROLLED CLAMP FOR INITIATION ELEMENTS
    • 用于启动元件的定时器控制的钳位
    • WO2004010554A3
    • 2004-07-08
    • PCT/US0322723
    • 2003-07-21
    • ENSIGN BICKFORD AEROSPACE & DEBOUCHER CRAIG J
    • BOUCHER CRAIG J
    • F42B3/12F42B3/18F42B3/182F42C15/40H01H3/00
    • F42B3/182F42C11/06F42C15/40
    • This invention relates to protective circuitry (12) for electrical initiation elements (10) and finds utility in preventing inadvertent functioning of electrical bridge-initiation elements, such as semiconductor bridges (SCBs), bridgewires, etc., by transient environmental electrical signals. The protective circuitry (12) of this invention comprises a timer portion (14) and a clamping portion (16) and is designed to divert from the electrical initiation element (10) at least a portion of an electrical signal received at the input nodes (10a, 10b) thereof for a suitable time interval that corresponds to the duration of an expected transient signal, which is typically significantly smaller than the duration of a proper initiation signal.
    • 本发明涉及用于电引发元件(10)的保护电路(12),并且可用于通过瞬态环境电信号防止诸如半导体电桥(SCB),桥接电路等的电桥引发元件的无意功能。 本发明的保护电路(12)包括定时器部分(14)和夹持部分(16),并被设计为从电启动元件(10)转移在输入节点(10)接收的电信号的至少一部分 10a,10b)持续合适的时间间隔,该时间间隔对应于期望的瞬态信号的持续时间,该期望的瞬态信号通常明显小于正确的启动信号的持续时间。
    • 10. 发明申请
    • METHOD AND SYSTEM FOR IMPLEMENTING POWER REDUCTION ALGORITHMS IN A NIGHT VISION SYSTEM POWER SYSTEM
    • 一种实现夜视系统电力削减算法的方法和系统
    • WO2008060264A3
    • 2008-10-16
    • PCT/US2006035339
    • 2006-09-13
    • ITT MFG ENTERPRISES INCMARSHALL PAUL NEILBOUCHER CRAIG
    • MARSHALL PAUL NEILBOUCHER CRAIG
    • G02F1/01
    • H04N5/33G02B23/12H04N5/23241
    • A night vision system comprising a power system having a low voltage unit coupled to a high voltage unit. The low voltage unit includes a low voltage controller and a low voltage table correlating step values to pulse widths, the low voltage controller obtaining a desired pulse width and accessing the table to obtain a step value. The low voltage unit transmits the step value to the high voltage unit using a pulse count modulation format. The high voltage unit includes an opto-isolator for receiving the step value from the low voltage controller and a high voltage controller demodulating the step value. In response to the step value, the high voltage controller accesses a high voltage table correlating step values to pulse width to obtain a pulse width, the high voltage controller generating a control pulse in response to the pulse width.
    • 一种夜视系统,包括具有耦合到高压单元的低压单元的电力系统。 低电压单元包括低电压控制器和将步长值与脉冲宽度相关联的低电压表,低电压控制器获得期望的脉冲宽度并访问表以获得阶跃值。 低电压单元使用脉冲计数调制格式将步进值传输到高电压单元。 高压单元包括用于接收来自低压控制器的阶跃值的光隔离器和解调阶跃值的高压控制器。 响应于步进值,高压控制器访问将​​步长值与脉冲宽度相关联的高电压表以获得脉冲宽度,高压控制器响应于脉冲宽度生成控制脉冲。