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
    • Freezeless protection device for wall hydrants/faucets
    • 壁挂消火栓/水龙头的无阻护保护装置
    • US06830063B1
    • 2004-12-14
    • US10682173
    • 2003-10-09
    • William T. Ball
    • William T. Ball
    • E03B710
    • E03B7/10Y10T137/1189Y10T137/1244Y10T137/1353Y10T137/5497Y10T137/698Y10T137/7036
    • A freezeless wall hydrant is provided that has an elongated inlet pipe comprised of a hollow tube. The tube is connected to a valve and fitting assembly on its inner end for connection to a source of water under pressure. On the outer end, the tube is connected to an adjusting element with an outlet port that is associated with the valve and fitting assembly to open or close the tube to fluid flow and allow for fluid flow out of the tube when the valve is in the open position. The tube is comprised of a flexible material that enlarges in diameter in an area along its length when it is subjected to trapped fluid therein under high pressure so that the tube will not rupture. The tube returns to its normal diameter after the high fluid pressure therein is abated.
    • 提供了一种无中空壁消火栓,其具有由中空管构成的细长入口管。 管连接到其内端上的阀和配件组件,用于连接到压力下的水源。 在外端,管连接到调节元件,其具有与阀和配件组件相关联的出口,以将管打开或关闭到流体流动,并且当阀处于流体流时允许流体流出管 开仓 该管由柔性材料组成,当其在高压下经受捕获的流体时,其长度上的直径扩大,使得管不会破裂。 在其中的高流体压力减小之后,管返回其正常直径。
    • 3. 发明授权
    • Sump pump discharge water escape system
    • 水泵排水脱水系统
    • US06601607B1
    • 2003-08-05
    • US10034465
    • 2002-01-03
    • James M. Pratt
    • James M. Pratt
    • E03B710
    • E02D19/10E02D19/20Y10T137/6969
    • A sump pump discharge system having a water escape member interposed between a sump pump exit pipe and a drain pipe, such water escape member being a truncated conical structure having a plurality of upright ribs extending from its base to its top defining a plurality of elongated discharge openings therebetween and, in one embodiment, having a valve disposed above the water escape member to direct water through a hose having a first end and a second end, the second end of which is manually positioned at a desired location for aiding the escape of water from the exit pipe.
    • 一种贮水泵排放系统,其具有插入在排水泵出口管和排水管之间的排水构件,该排水构件为截头圆锥形结构,其具有从其底部延伸到其顶部的多个直立肋条,其限定多个细长的排出口 在一个实施例中,其具有设置在排水构件上方的阀,以将水引导通过具有第一端和第二端的软管,其第二端手动地定位在期望的位置以帮助水的逸出 从出口管。
    • 4. 发明授权
    • Insert for freeze protecting water pipes
    • 插入用于防冻水管
    • US06338364B1
    • 2002-01-15
    • US09652577
    • 2000-08-31
    • Burke H. Mendenhall
    • Burke H. Mendenhall
    • E03B710
    • E03B7/10
    • The invention is a round, flexible, hollow tubular insert to be affixed in a central position within pressurized sprinkler pipes, water pipes and water mains. The insert will be employed to prevent sprinkler pipe, water pipe and water main ruptures due to the water within the sprinkler pipe, water pipe or water main freezing. The insert is constructed of a thin-walled, flexible material that is capable of being deformed (e.g. compressed), thereby absorbing the expansion pressures exerted by the water in a frozen state (i.e., ice). The insert is constructed with guides to maintain a position in the center of sprinkler pipes, water pipes and water mains to absorb the radial freezing of water. By such absorption, the outer sprinkler pipe, water pipe or water main itself will not be over-pressurized, thereby avoiding the possibility of a rupture. Upon the thawing of the frozen water, the flexible, hollow, tubular insert will return to its original shape.
    • 本发明是圆形的,柔性的中空管状插入件,其被固定在加压喷洒管,水管和水管中的中心位置。 该插入件将用于防止喷水管,水管和水主破裂,由于喷水管内的水,水管或水主要冻结。 该插入物由能够变形(例如压缩)的薄壁柔性材料构成,由此吸收由冷冻状态(即,冰)施加的膨胀压力。 插入件由引导件构成,以保持喷头管道,水管和水管中心的位置,以吸收水的径向冻结。 通过这种吸收,外部喷淋管,水管或水主体本身不会被过度加压,从而避免了破裂的可能性。 在冷冻水解冻时,柔性中空的管状插入件将恢复到其初始形状。
    • 5. 发明授权
    • Flow control apparatus and method
    • 流量控制装置及方法
    • US06722386B2
    • 2004-04-20
    • US10458549
    • 2003-06-10
    • Bruce Harvey
    • Bruce Harvey
    • E03B710
    • E03B7/12F16K31/002Y10T137/1189Y10T137/1353Y10T137/1963
    • The present invention provides a flow control apparatus and method. In accordance with the present invention, the flow control apparatus comprises a thermostat that automatically actuates valve to enable water to flow through the valve when the temperature of the air or water is at or near the freezing temperature of water (32° F.). When the temperature of the air or water rises above freezing, the thermostat causes the valve to close, thereby preventing water from flowing through the valve. Therefore, when the apparatus is coupled to an end of a water conduit, such as a water spigot or hose, water is allowed to flow through the conduit when the air or water temperature is at or near freezing to prevent the conduit from bursting due to water freezing and expanding within the conduit.
    • 本发明提供了一种流量控制装置和方法。 根据本发明,流量控制装置包括一个恒温器,当空气或水的温度处于或接近水的冷冻温度(32°F)时,自动启动阀门以使水能够流过阀门。 当空气或水的温度升高到冰点以上时,恒温器会使阀关闭,从而防止水流过阀门。 因此,当设备连接到诸如水插管或软管的水导管的端部时,当空气或水温处于或接近冷冻时允许水流过导管,以防止导管因为 水冷冻并在管道内膨胀。
    • 7. 发明授权
    • Joint for applying current across a pipe-in-pipe system
    • 通过管道管道系统施加电流的接头
    • US06315497B1
    • 2001-11-13
    • US08997632
    • 1997-12-23
    • Robert Henry WittmanRonald Marshall BassCarl Gottlieb Langner
    • Robert Henry WittmanRonald Marshall BassCarl Gottlieb Langner
    • E03B710
    • H05B3/42E21B17/015F16L1/00F16L53/37H05B3/06
    • A heated flowline electrical isolation joint is disclosed for introducing current into a pipe-in-pipe system having an outer and an inner pipe. A hub presents a load flange having tension and compression load shoulders on its terminal end and connects to the inner pipe on its other end. An end flange presents an end flange load shoulder on one end and a high strength, highly electrically insulative first ring separates the compression load shoulder from the end flange load shoulder which engage therethrough in a load bearing relationship. A plurality of o-ring seals secure the compression load shoulder-to-first ring-to-end flange load shoulder interfaces. A retainer flange connects to the end flange on one end and to the outer piper on the other end, encircling the hub and presenting a retainer flange load shoulder. A second high strength, highly electrically insulative ring separates the tension load shoulder of the hub from the retainer flange load shoulder which engage therethrough in a load bearing relationship. A plurality of o-ring seals securing the tension load shoulder-to-second ring-to-retainer flange load shoulder interfaces. An electrical feedthrough tubes receives an electrical penetrator which reaches through the retainer flange to electrical connection with the hub. An electrically insulative material in the annulus between the hub and the retainer flange and between the electrical penetrator and the electrical feedthrough tube secures electrical isolation across non-load bearing areas.
    • 公开了一种用于将电流引入具有外管和内管的管内系统中的加热流线电隔离接头。 轮毂具有在其末端具有张力和压缩载荷肩部的负载凸缘,并在其另一端连接到内管。 端部凸缘在一端具有端部凸缘承载台肩,并且高强度,高电绝缘的第一环将压缩载荷肩部与承载关系中与其穿过的端部凸缘承载台肩分开。 多个O形圈密封件固定压缩载荷肩部到第一端对边缘法兰负载肩部接口。 保持器法兰在一端连接到端部凸缘,并在另一端连接到外部夹子,环绕毂并呈现保持器凸缘加载肩部。 第二高强度,高电绝缘环将轮毂的张力负载肩部与承载凸缘承载肩部分离,承载凸肩在承载关系中与其啮合。 多个O形圈密封件,用于固定张力负载肩至肩环对保持器法兰负载肩部接口。 电馈通管接收穿过保持器凸缘的电穿透器,以与毂电连接。 在轮毂和保持器凸缘之间以及电穿透器和电馈通管之间的环形空间中的电绝缘材料确保跨非承载区域的电隔离。