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    • 2. 发明授权
    • Airbag squib with silicon circuit and energy storage
    • 安全气囊爆破与硅电路和储能
    • US5725242A
    • 1998-03-10
    • US599613
    • 1996-02-09
    • Horst BelauCharles R. Cook, Jr.Marten SwartMark A. Parsons
    • Horst BelauCharles R. Cook, Jr.Marten SwartMark A. Parsons
    • B60R21/01F42B3/12B60R21/26B60R21/32
    • B60R21/017B60R21/01F42B3/121
    • A control arrangement for a deployable airbag of a vehicle is provided with first and second airbag controllers for receiving a fault signal at the first airbag controller, and for producing at the second airbag controller a deployment command signal that indicates that the deployable airbag is to be deployed. The second airbag controller receives the deployment command signal, and is provided with a communication controller for receiving the deployment command signal, a squib for firing in response to the deployment command signal whereby the deployable airbag is deployed, and an energy transfer arrangement coupled to the communication controller and the squib for transferring a deployment energy to the squib in response to the deployment command signal. The squib is configured to require a predeterminable minimum quantum of energy to effect the firing thereof in response to the deployment command signal. A heater is coupled to an energy transfer arrangement for receiving a second electrical energy from the energy transfer arrangement and providing preheat to the squib in response to the second electrical energy, whereby the predeterminable minimum quantum of energy applied to effect firing of the squib is exceeded by a combination of the first electrical energy and the preheat energy, which is monitored and controlled.
    • 一种用于车辆可部署的安全气囊的控制装置设置有第一和第二安全气囊控制器,用于在第一安全气囊控制器处接收故障信号,并且在第二安全气囊控制器处产生指示可展开气囊的展开指令信号 部署 第二安全气囊控制器接收部署命令信号,并且设置有用于接收部署命令信号的通信控制器,响应于展开命令信号而发射的爆管,从而部署可部署的安全气囊;以及能量传递装置, 通信控制器和用于响应于部署命令信号将部署能量传送到爆管的爆管。 爆管构造成响应于展开命令信号而要求可预定的最小能量量来实现其点火。 加热器耦合到能量传输装置,用于从能量传递装置接收第二电能,并响应于第二电能向爆管提供预热,由此超过施加以实现爆管点火的最小能量量被超过 通过监测和控制的第一电能和预热能量的组合。
    • 4. 发明授权
    • Switched capacitor circuit for firing vehicle airbag squibs
    • 用于发射车辆安全气囊爆管的开关电容器电路
    • US5936313A
    • 1999-08-10
    • US907196
    • 1997-08-06
    • Charles R. Cook, Jr.Horst Belau
    • Charles R. Cook, Jr.Horst Belau
    • B60R21/01B60R21/32
    • B60R21/017B60R2021/01034
    • A switched capacitor circuit for delivering electrical triggering energy to an airbag squib of a supplemental restraint system for a vehicle, or a plurality of such airbag squibs, employs a switching arrangement on both sides of the airbag squib. An energy storage element, which may be a capacitor having stored therein a quantum of energy sufficient to fire the airbag squibs is coupled thereto by a substantially series pair of electronic switches connecting each terminal of the storage capacitor to each terminal of the airbag squib arrangement. A further capacitor is coupled across the airbag squib arrangement, electrically intermediate of the substantially series pairs of electronic switches. A still further capacitor is coupled across the airbag squib arrangement itself. This arrangement can withstand plural short-circuit false conditions, including short-circuits to ground or to supply potential at the terminals of the airbag squib arrangement itself. There is additionally provided a switching arrangement for implementing a predetermined priority of firing of a plurality of airbag squibs and reconfiguring electrically the plurality of airbag squibs.
    • 用于将电触发能量传送到用于车辆的补充约束系统的安全气囊或多个这种安全气囊爆管的开关电容器电路在气囊爆管的两侧采用开关装置。 储能元件可以是储存有足够量的能量以触发安全气囊的电容器,其通过将存储电容器的每个端子连接到气囊爆管装置的每个端子的基本上串联的电子开关耦合到其上。 另外的电容器跨越安全气囊排列装置,电连接在基本上串联的电子开关对之间。 另外一个电容器跨越安全气囊排布装置本身被耦合。 这种布置可以承受多个短路假条件,包括地面短路或者在气囊爆管装置本身的端子处提供电位。 另外提供了一种用于实现多个气囊爆管的预定优先级的切换装置并且重新配置多个气囊爆管。
    • 5. 发明授权
    • Airbags squib with temperature bias
    • 安全气囊具有温度偏差
    • US5722687A
    • 1998-03-03
    • US599611
    • 1996-02-09
    • Charles R. Cook, Jr.Horst BelauMark A. Parsons
    • Charles R. Cook, Jr.Horst BelauMark A. Parsons
    • B60R21/01F42B3/12B60R21/26B60R21/32
    • B60R21/017F42B3/121
    • A control arrangement for a deployable airbag of a vehicle is provided with a squib for firing in response to a deployment command signal whereby the deployable airbag is deployed. Bilateral communication is effected between the control arrangement and an airbag electronic controller. Electrical energy and data, including the deployment command signal are conveyed to the control arrangement, and at least self-diagnosis information is conveyed to the airbag electronic controller. The squib is configured to require a predeterminable minimum quantum of energy to effect the firing thereof in response to the deployment command signal. A heater provides a radiated preheat to the squib, whereby the predeterminable minimum quantum of energy applied to effect firing of the squib is exceeded by a combination of the first electrical energy and the radiated preheat energy. The squib and the preheater preferably are both formed on a silicon substrate using a conventional integration process. The radiated preheat energy is monitored and controlled, and the energy required to effect firing of the squib is proportional to the difference between temperature of the squib, in response to the radiated preheat energy, and the predeterminable firing threshold temperature of the squib.
    • 一种用于车辆的展开式安全气囊的控制装置,具有响应于部署命令信号进行点火的点火器,由此部署可展开的气囊。 在控制装置和气囊电子控制器之间进行双向通信。 包括部署命令信号的电能和数据被传送到控制装置,并且至少自诊断信息被传送到安全气囊电子控制器。 爆管构造成响应于展开命令信号而要求可预定的最小能量量来实现其点火。 加热器为爆管提供辐射预热,由此通过第一电能和辐射预热能量的组合来超过用于实施点火器点火的可预测的最小能量量。 爆管和预热器优选地使用常规的积分过程在硅衬底上形成。 监测和控制辐射预热能量,并且实现点火所需的能量与响应于辐射预热能量的爆管温度之间的差异以及爆管的可预定的点火阈值温度成正比。
    • 10. 发明授权
    • Image-generation device, in particular for installation in the roof area or exterior rearview mirror of a motor vehicle
    • 图像发生装置,特别用于安装在机动车辆的屋顶区域或外部后视镜中
    • US07208716B2
    • 2007-04-24
    • US10538406
    • 2003-11-21
    • Horst Belau
    • Horst Belau
    • H01L31/0203H01L23/34
    • H04N5/2252H01L2224/48091H01L2224/48227H01L2924/19107H01L2924/3011H01L2924/3025H04N5/2251H05K1/0206H05K1/141H05K1/142H05K1/148H05K3/0061H05K2201/10287H05K2203/302H01L2924/00H01L2924/00014
    • The invention relates to an image generation device (1), particularly a 3D camera. The inventive image generation device (1) is designed in order to obtain small dimensions and to take thermal considerations into account. The camera (1) has at least one, in particular, rigid first printed board (10) for highly complex semiconductors such as a microcontroller (11), memory (12), etc. with at least one optical image recording sensor (50), and has a second printed board (20) for all other components such as, in particular, large capacitors, transistors, resistors, coils (21) or plugs (22), etc. The first (10) and second (20) printed boards are mounted on, preferably glued to, a metallic base plate (40). The inventive image generation device (1) advantageously comprises, at least in the area of its optics modules (50, 51, 52, 53), a minimum overall height thus making it particularly well-suited for use as a built-in component serving as an occupant recognition unit in the roofliner, as a lane-change assistant in the exterior rearview mirror or for similar applications or installation locations in a motor vehicle even in locations where extreme installation conditions exist and prior art camera systems fail.
    • 本发明涉及一种图像产生装置(1),特别涉及一种3D照相机。 本发明的图像生成装置(1)被设计以便获得小尺寸并考虑到热考虑。 相机(1)具有至少一个特别是用于具有至少一个光学图像记录传感器(50)的诸如微控制器(11),存储器(12)等的高度复杂的半导体的刚性的第一印刷电路板(10) 并且具有用于所有其他部件的第二印刷电路板(20),所述其它部件尤其是大电容器,晶体管,电阻器,线圈(21)或插头(22)等。第一(10)和第二(20)印刷 板被安装在,优选地胶合到金属底板(40)上。 本发明的图像生成装置(1)至少在其光学模块(50,51,52,53)的区域中至少包括最小总高度,从而使其特别适合用作内置组件服务 作为屋顶车中的乘员识别单元,作为外部后视镜中的车道改变助手,或者即使在存在极端安装条件的位置和现有技术的摄像机系统故障的情况下,也可以在机动车辆中类似的应用或安装位置。