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    • 12. 发明授权
    • Multi-strainer emission treatment for inflatable restraint system inflators
    • 用于充气约束系统充气机的多过滤器排放处理
    • US08702125B1
    • 2014-04-22
    • US13744667
    • 2013-01-18
    • Bradley W. SmithDavid W. Parkinson
    • Bradley W. SmithDavid W. Parkinson
    • B60R21/16
    • B60R21/2644B60R21/26B60R2021/26011B60R2021/26041
    • An exemplary embodiment can be an inflator module assembly. The inflator module assembly can include a module housing having a plurality of gas discharge openings; an inflator housed within the housing, the inflator, upon actuation, emitting gas from one lateral side or end thereof, and a gas treatment assembly mounted within the housing external the side or end of the inflator from which gas is emitted. The gas treatment assembly can include a first strainer element nestled within a second strainer element. The first and second strainer elements each have a side wall including a plurality of gas passage apertures, with at least either 1) the gas passage apertures of the first strainer element offset relative to the gas passage apertures of the second strainer element or 2) the gas passage apertures of the second strainer element offset relative to the module housing gas discharge openings.
    • 示例性实施例可以是充气机模块组件。 充气机模块组件可以包括具有多个气体排放口的模块壳体; 容纳在壳体内的充气器,充气机在致动时从其一个侧面或端部发射气体,以及气体处理组件,其安装在外部的外壳中的气体的气体的侧面或端部之外。 气体处理组件可以包括位于第二过滤器元件内的第一过滤器元件。 第一和第二过滤器元件各自具有包括多个气体通道孔的侧壁,其中至少1)第一过滤元件的气体通道孔相对于第二过滤元件的气体通道孔偏移,或2) 第二过滤器元件的气体通道孔相对于模块容纳气体排出口偏移。
    • 13. 发明授权
    • Inflator based fire suppression system
    • 基于充气机的灭火系统
    • US5992528A
    • 1999-11-30
    • US842809
    • 1997-04-17
    • David W. ParkinsonBradley W. SmithRobert E. Lewis
    • David W. ParkinsonBradley W. SmithRobert E. Lewis
    • A62C13/22A62C35/02A62C3/07
    • A62C13/22
    • A fire extinguisher comprises a pressure bottle containing the fire extinguishing material and having mounted therein a diffuser-actuation housing. A source of pressurized gas is in at least one of the pressure bottle or the housing or may be in both. The housing has internal exhaust ports for permitting flow of the fire extinguishing material from the interior of the pressure bottle to the interior of the housing and external diffuser ports for delivering the fire extinguishing material from the interior of the housing to the area of a fire. Intermediate the internal exhaust ports and the external diffuser ports there is positioned a burst element, for interrupting the flow path between the internal exhaust ports and the external diffuser ports until the burst element is ruptured. Mounted within the housing, on a side of the frangible burst element opposite the exhaust ports, is an initiator or electro-explosive device and a rupture element, such as a projectile or gas-producing pyrotechnic material or a combination of both, for rupturing the frangible burst element and opening the flow path upon actuation of the initiator. The exhaust ports preferably have pick-up tubes extending into powdered fire suppression material in the pressurized bottle.
    • 灭火器包括含有灭火材料的压力瓶,并且其中安装有扩散器致动壳体。 加压气体源在压力瓶或壳体中的至少一个中,或者可以在两者中。 壳体具有用于允许灭火材料从压力瓶内部流到壳体内部的内部排气口和用于将灭火材料从壳体内部输送到火区的外部扩散器端口。 内部排气口和外部扩散器端口的中间位置是突发元件,用于中断内部排气口和外部扩散器端口之间的流动路径,直到爆裂元件破裂为止。 安装在壳体内的与排气口相对的易碎爆破元件的一侧是引爆器或电爆炸装置和破裂元件,例如弹丸或产气烟火材料或两者的组合,用于破裂 易碎爆破元件,并且在起动器启动时打开流路。 排气口优选地具有延伸到加压瓶中的粉末灭火材料中的拾取管。
    • 16. 发明授权
    • Vehicle impact energy management system
    • 车辆冲击能量管理系统
    • US07290812B2
    • 2007-11-06
    • US11132804
    • 2005-05-19
    • Bradley W. SmithDavid W. Parkinson
    • Bradley W. SmithDavid W. Parkinson
    • B60R19/21
    • B60R19/40B60R19/34B62D21/15F16F7/126
    • An impact energy management system for absorbing or displacing kinetic energy during a collision. The system includes a housing defining a chamber and a contact element disposed at least partially within the chamber and longitudinally movable therein. At least a first load bearing pin is disposed between the energy adsorbing member and the housing. Prior to the collision, the contact element is disposed in an impact position, and upon the collision, the contact element moves within the chamber and the first pin deforms a segment of at least one of the housing or contact element, thereby reducing the force of the impact by transferring energy into the deformation.
    • 用于在碰撞期间吸收或移动动能的冲击能量管理系统。 该系统包括限定腔室的壳体和至少部分地设置在腔室内并在其中纵向移动的接触元件。 至少第一承载销设置在能量吸附构件和壳体之间。 在碰撞之前,接触元件设置在冲击位置,并且在碰撞时,接触元件在腔室内移动,并且第一销使壳体或接触元件中的至少一个的段变形,由此减小 通过将能量转移到变形中的影响。
    • 19. 发明授权
    • Data communications
    • 数据通信
    • US07233997B1
    • 2007-06-19
    • US09446583
    • 1998-06-26
    • Philip C. LeveridgeMichael I. StrangeDavid W. ParkinsonDavid RobertsMichael J. KenningRobert I. Tibbitt-Eggleton
    • Philip C. LeveridgeMichael I. StrangeDavid W. ParkinsonDavid RobertsMichael J. KenningRobert I. Tibbitt-Eggleton
    • G06F15/16G06F15/173
    • H04L63/0815G06F21/33G06F21/41H04L63/0807
    • An authentication server (AS) is provided which stores authentication details of authorised users, and a list of currently-authenticated users. A number of application servers (APS) are connected to the authentication server (AS), to allow the application servers (APS) to check the current authentication status of a user (T1, T2, T3) which requests service by the application servers (APS). There is also provided a method of authenticating a user for access via a terminal (T1, T2, T3) connected by an Internet Protocol connection to a Web server (APS), said method comprising: storing authentication details of authorised users; performing authentication of a user with reference to said stored authentication details; transmitting an identifier for the user's terminal (T1, T2, T3) to said terminal (T1, T2, T3) for storage thereon, the identifier being transmitted in such a manner that the identifier is transmitted by said user terminal (T1, T2, T3) with document requests directed at said Web server (APS); storing status data indicating said identifier to be an identifier of a terminal (T1, T2, T3) of a currently authenticated user; and allowing said Web server (APS) to access said status data in order to check the authentication status of a user on receipt of a document request containing said identifier.
    • 提供了认证服务器(AS),其存储授权用户的认证细节和当前认证用户的列表。 许多应用服务器(APS)连接到认证服务器(AS),以允许应用服务器(APS)检查用户请求服务的用户(T 1,T 2,T 3)的当前认证状态 应用服务器(APS)。 还提供了一种用于通过由因特网协议连接连接到Web服务器(APS)的终端(T 1,T 2,T 3)进行认证的用户的方法,所述方法包括:存储授权用户的认证细节; 参考所述存储的认证细节来执行用户的认证; 向所述终端(T 1,T 2,T 3)发送用户终端(T 1,T 2,T 3)的标识符以存储在其上,所述标识符以所述用户发送的标识符的方式发送 终端(T 1,T 2,T 3),具有针对所述Web服务器(APS)的文档请求; 将表示所述标识符的状态数据存储为当前认证用户的终端(T 1,T 2,T 3)的标识符; 并且允许所述Web服务器(APS)访问所述状态数据,以便在接收到包含所述标识符的文档请求时检查用户的认证状态。
    • 20. 发明授权
    • System for stabilizing synchronous machines
    • 用于稳定同步电机的系统
    • US4463306A
    • 1984-07-31
    • US301445
    • 1981-09-11
    • F. Paul de MelloLouis N. HannettDavid W. ParkinsonJohn S. Czuba
    • F. Paul de MelloLouis N. HannettDavid W. ParkinsonJohn S. Czuba
    • H02P9/10H02P9/30
    • H02P9/105
    • A microprocessor based, power systems stabilizer operating through excitation control wherein all required stabilizing information is derived from sampled values of voltage and current taken from potential and current transformers. The instantaneous values of terminal voltage and current are processed using algorithms in the accelerating power signal digital processor portion of the microprocessor to thereby develop a value of instantaneous internal voltage, the value of slip frequency of such voltages in relation to rated frequency and a digitally filtered value of electrical power. The accelerating power is calculated from the rate of change of slip and electrical power. The values of accelerating power are processed with digital algorithms in a stabilizing signal compute section of the microprocessor to yield a stabilizing signal which provides the desired modulating action for damping the machine oscillations of the synchronous generator. This modulating action is provided by switching the taps in an autotransformer being supplied from the potential transformer secondary measuring generator terminal voltage and feeding the voltage regulator and exciter for the generator. The selection of taps on the autotransformer is controlled by the microprocessor based stabilizer system at an appropriate rate, such as every one to ten milliseconds.
    • 基于微处理器的电力系统稳定器通过励磁控制器工作,其中所有需要的稳定信息是从电压和电流互感器采集的电压和电流的采样值得出的。 使用微处理器的加速功率信号数字处理器部分中的算法来处理端电压和电流的瞬时值,从而开发瞬时内部电压的值,这些电压相对于额定频率的转差频率值和数字滤波 电力价值。 加速功率由滑差和电功率的变化率计算。 加速功率的值在微处理器的稳定信号计算部分中用数字算法处理,以产生稳定信号,其提供用于阻尼同步发电机的机器振荡的期望的调制作用。 通过切换从变压器二次测量发生器端子电压提供的自耦变压器中的抽头来提供该调制动作,并为发电机馈送电压调节器和励磁器。 自耦变压器上的抽头选择由基于微处理器的稳定器系统以适当的速率(例如每1到10毫秒)来控制。