会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Information gauge with analog backup
    • 具有模拟备份的信息量规
    • US09361768B2
    • 2016-06-07
    • US14460828
    • 2014-08-15
    • Western/The Scott Fetzer Company
    • Ryan PereiraGregory EytchisonBryan EyringJoseph Frank BragerMarius Milea
    • G08B21/00G08B5/22G08B5/06
    • G08B5/22G08B5/06
    • An information gauge apparatus and method for providing both visual and audio readings of pressure within a pressure vessel. The information gauge apparatus includes a digital display coupled to a printed circuit board in communication with a pressure sensor. The digital display illustrates indicia relating gas pressure levels provided by the pressure sensor to the printed circuit board during use. The gauge further comprises an audible indicator coupled to the printed circuit board, the audible indicator provides an audible signal relating to gas pressure levels sensed by the pressure sensor to the printed circuit board during use. The gauge also includes a mechanical sensor providing a mechanically sensed reading value to a visual indicia display on the information gauge apparatus relating to gas pressure levels during use.
    • 一种用于提供压力容器内的压力的视觉和音频读数的信息测量装置和方法。 信息量规装置包括耦合到与压力传感器通信的印刷电路板的数字显示器。 数字显示器示出了在使用期间将由压力传感器提供的气体压力水平与印刷电路板相关的标记。 仪表还包括耦合到印刷电路板的声音指示器,声音指示器在使用期间提供与由压力传感器感测到的气体压力水平相关的印刷电路板的可听见的信号。 仪表还包括机械传感器,其提供机械感测的读取值,用于与使用期间的气体压力水平相关的信息量规装置上的视觉标记显示。
    • 6. 发明授权
    • Pneumatic display
    • 气动显示
    • US3748764A
    • 1973-07-31
    • US3748764D
    • 1971-09-29
    • CONTRAVES AG
    • SCHILTER M
    • F15C1/00G08B5/06G09F9/46G09F11/06
    • F15C1/007G08B5/06G09F9/46
    • A pneumatic display device, comprising a plate block embodying a plurality of superimposed transparent plates, each of these plates being provided with means defining a disc guide channel. Each disc guide channel has a first air channel followed by a supply section for a plurality of non-transparent display discs displaceably arranged in a row therein, a display section following such supply section, said display section being in the form of a trace line for symbolizing a character at the region of a display zone limited by a display window provided at a nontransparent cover plate of the plate block. At the end of the display section such merges into a second air channel. Upon blowing air into the first air channel of a preselected plate the display discs thereof are displaced out of the supply section thereof into the display section thereof and thereby become visible at the display zone in the form of a desired character and upon further blowing air into the second air channel these display discs are again forced back into the supply section of the relevant disc guide channel.
    • 一种气动显示装置,包括体现多个叠加的透明板的板块,这些板中的每一个设置有限定盘引导通道的装置。 每个盘引导通道具有第一空气通道,随后是可移动地排列成行的多个不透明显示盘的供应部分,跟随该供应部分的显示部分,所述显示部分为轨迹线的形式, 象征着由设置在板块的不透明盖板上的显示窗限制的显示区域的区域。 在显示部分的末端,这样合并成第二空气通道。 当将空气吹入预选板的第一空气通道时,其显示盘从其供应部分移出到其显示部分中,从而在显示区域以所需字符的形式变得可见,并且进一步将空气吹入 第二空气通道,这些显示盘再次被迫回到相关盘导向通道的供应部分。
    • 10. 发明授权
    • Ends down monitoring
    • US3763702A
    • 1973-10-09
    • US3763702D
    • 1970-07-09
    • BURLINGTON INDUSTRIES INC
    • JOY R
    • B65H63/02F15B5/00G08B5/06
    • F15B5/00B65H63/02B65H2701/31
    • A pneumatic device, particularly for detecting an ends down condition on a spinning frame, having a piston member with a passageway connecting its rear to an enclosed region at its front and movable in a bore of a housing rearward against a spring when a low pressure signal is applied to the device and communicated to the enclosed region via the passageway. In one embodiment, the piston member grips a movable electrode in its rear position and, as it returns forward after the signal is removed, drags the electrode forward against a spring to connect it to a stationary electrode and produce an electrical pulse and further generates pneumatic pulses by its forward and rear movements. In another embodiment, a valve stem blocks a passageway venting a chamber to the atmosphere when the end is up so that pressure is communicated to the region at the front of the piston member which moves rearward away from a transparent bezel and when the end is down the chamber is vented and the piston member moves forward until the colored front of the piston member is visible through the bezel. In yet another embodiment, the yarn itself blocks the passageway. In another embodiment, the ends down detector includes a pivotable member which engages the yarn at one end and has a magnet mounted on its other end so that when the yarn comes down the magnet moves adjacent a reed switch which is closed thereby. In one system a number of such reed switches are each connected to a unique combination of data lines and a recorder for each switch is likewise connected to the lines. The recorder has a normally closed relay connected to those lines to which the associated switch is not connected and a normally open relay connected to those lines to which the associated switch is connected so that a current path is completed through a recorder relay via all of the relay switches only when the associated reed switch is closed. In another system, a number of pneumatic devices are connected to a common manifold so that a pneumatic signal travels both directions in the manifold toward devices for detecting the arrival of the signal. The time interval between the arrival of the signal at the first device and the arrival at the second indicates the position of the pneumatic device producing the signal and accordingly the particular device producing the signal. In one embodiment, the arrival of the signal at the first device causes a wheel to begin rotating and sequentially connecting to a number of fixed contacts. The arrival of the signal at the second device causes an electrical signal to be coupled to the fixed contact to which the wheel is connected at that time. In a second embodiment, the arrival of the signal at the first device causes a pneumatic logic to sequentially move through a number of stages so that the stage activated at the time of arrival at the second device indicates the pneumatic device which produced the signal.