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    • 33. 发明授权
    • Pressurized fluid circuits
    • 加压流体回路
    • US4245579A
    • 1981-01-20
    • US895218
    • 1978-04-10
    • Erle W. Bensemann
    • Erle W. Bensemann
    • G01L19/12G08B17/04G01L19/10
    • G01L19/12G08B17/04
    • Pressurized fluid circuits are provided which are suitable for use in a pressure drop detector for a pressurized fluid fire alarm system. The pressurized fluid circuits are provided as channels in the surface of a block of material and include one channel connected to a source of fluid pressure. The channels are associated with valve regions by means of which, with a diaphragm pressed thereagainst, a required one or more of the channels can be closed off.In its application to a pressure drop detector a normally pressurized region of the diaphragm may support a mechanical linkage of the detector such that if the pressure drops, on release of pressure in the system, the collapsing of the diaphragm allows the mechanical linkage to be released thus actuating a fire alarm.
    • 提供了适用于加压流体火灾报警系统的压降检测器的加压流体回路。 加压流体回路作为通道在材料块的表面中提供,并且包括连接到流体压力源的一个通道。 通道与阀区域相关联,借助于这些区域,通过该区域按压其上的隔膜,所需的一个或多个通道可以被封闭。 在其应用于压降检测器中,隔膜的正常加压区域可以支撑检测器的机械连接,使得如果压力下降,在释放系统中的压力时,隔膜的塌陷允许机械连杆被释放 从而启动火警。
    • 34. 发明授权
    • Static air pressure diffuser
    • 静态空气压力扩散器
    • US4133213A
    • 1979-01-09
    • US855976
    • 1977-11-30
    • Robert O. Brandt, Jr.
    • Robert O. Brandt, Jr.
    • G01L7/00G01L19/00G01L19/10
    • G01L19/0007G01L19/10G01L7/00
    • The present invention relates to a static air pressure diffuser that is adapted to be secured to an external probe extending from a structure for use in sensing and measuring static air pressure about the diffuser. Structurally, the static air pressure diffuser of the present invention comprises two generally circular flat plates secured together in spaced apart relationship with the lower plate being provided with a generally centrally located opening formed therein that is communicatively connected with the external probe when the static air pressure diffuser is properly mounted atop the probe. Between the two plates is defined an open area that is radially open to air currents from all directions therearound and which acts to channel air horizontally through the open space between the plates such that a true static air pressure reading may be taken about the opening formed in the lower plate between the two plates and wherein dynamic air pressure factors are minimized due to the horizontal flow of air currents perpendicular to the opening within the lower plate.
    • 本发明涉及一种静态空气压力扩散器,其适于固定到从用于感测和测量围绕扩散器的静态空气压力的结构的延伸的外部探头。 在结构上,本发明的静态空气压力扩散器包括两个大致圆形的平板,它们与下板隔开关系地固定在一起,其中形成有一个大体中心定位的开口,其中当静压空气压力 扩散器正确安装在探头顶部。 在两个板之间限定了一个开放区域,该区域沿着其周围的所有方向的气流径向开放,并且其作用是将空气水平地引导通过板之间的开放空间,使得可以对形成的开口形成真实的静态空气压力读数 两个板之间的下板,其中动态空气压力因子由于垂直于下板中的开口的水流的水平流动而最小化。
    • 36. 发明授权
    • Gauge recording maximum pressure
    • 压力记录最大压力
    • US3779080A
    • 1973-12-18
    • US3779080D
    • 1971-07-26
    • PUREX CORP LTD
    • SMITH C
    • G01L7/08G01L19/10G01L7/16
    • G01L19/10G01L7/086
    • Device for visual indication of a maximum fluid pressure condition reached during a given interval of time. Useful for the in-flight recording of fluid pressure condition e.g., in the reduction gear box of a jet engine where excessive pressures are indicative of incipient failures, the device comprises a body having a cavity in fluid pressure communication with system fluid, an indicator movable relative to the body cavity in response to changes in system fluid pressure, and locking means limiting indicator travel to a single direction indicative of a relatively higher pressure condition in the system.
    • 在给定的时间间隔内达到最大流体压力条件的视觉指示装置。 对于流体压力条件的飞行中记录是有用的,例如在喷射发动机的减速齿轮箱中,其中过度的压力表示初始故障,该装置包括具有与系统流体流体压力连通的空腔的主体, 相对于体腔响应于系统流体压力的变化,并且锁定装置限制指示器行进到单个方向,指示系统中相对较高的压力状况。