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    • 2. 发明授权
    • Welding alloy and method of making and using the same
    • 焊接合金及其制造和使用方法
    • US4708282A
    • 1987-11-24
    • US787299
    • 1985-10-15
    • John L. JohnsenWilliam E. WoodJack H. DevletianDonald G. Spring
    • John L. JohnsenWilliam E. WoodJack H. DevletianDonald G. Spring
    • B23K35/00B23K35/32
    • B23K35/005B23K35/32
    • The invention is a weld metal for welding of a titanium alloy member to a ferrous based alloy member as an intermediate transition zone between such members so as to overcome the metallurgical imcompatability of each such member, and which consists of a vanadium metal, titanium and iron and inconsequential amounts of brittle intermetallic compounds. The preferred weld metal is vanadium rich and contains no more than 50% combined weight of titanium and such a weld metal is produced in accordance with our invention by fusion welding, particularly capacitor discharge welding, which because of its inherent but heretofore unrecognized extremely fast quench or freeze rates will produce a fusion weld between these two metallurgically incompatible alloys which is free of brittle intermetallic compounds. It is also part of our invention that such a weld metal of the aforesaid composition will have independent use as a welding alloy, particularly when fabricated in sheet form.
    • 本发明是一种用于将钛合金构件焊接到铁基合金构件之间的焊接金属,作为这些构件之间的中间过渡区,以克服每个这种构件的冶金不相容性,并且由钒金属,钛和铁 和非常重的量的脆性金属间化合物。 优选的焊接金属是富含钒的,并且包含不超过组合重量的钛的50%,并且根据我们的发明通过熔焊特别是电容器放电焊接来生产这种焊接金属,这是因为其固有但迄今为止未被认识的极快淬火 或者冻结速率将在这两个不含脆性金属间化合物的冶金不相容合金之间产生熔接。 这也是我们发明的一部分,上述组合物的这种焊接金属将独立地用作焊接合金,特别是当以片状制造时。
    • 4. 发明授权
    • Dilution apparatus with full opened or fully closed valve
    • 具有全开或全闭阀的稀释装置
    • US5228598A
    • 1993-07-20
    • US816685
    • 1992-01-02
    • Alexander BallyAllen E. BrandenburgCharles KraeuterRobert G. PetitJames M. RubensteinDoris M. WongWilliam E. Wood
    • Alexander BallyAllen E. BrandenburgCharles KraeuterRobert G. PetitJames M. RubensteinDoris M. WongWilliam E. Wood
    • B67D7/74
    • B67D7/74
    • Disclosed is an apparatus for diluting and dispensing fluid concentrates which comprises a frame having a least one compartment therein for insertion of a liquid holding container. Mounted within the frame is a water valve housing which is adapted to interface with a venturi housing affixed to the liquid holding container. The water valve housing has affixed thereto a valve which is manually actuated. In response to the depression or release of the actuation means, the valve is substantially either fully open or fully closed. The water valve housing includes locking means for preventing the valve from being operated by the manual actuation means when the liquid holding container is not properly inserted into the dilution station. The refill modules of the present invention include the venturi housing and liquid holding container mentioned above. The venturi housing has an unlocking means extending therefrom which engages and unlocks the locking means of the water valve housing when the refill is properly installed in the dilution station. Insertion of the refill makes a sealed connection to the water valve, vents the refill, locks the refill into position and releases the operation of the manual valve actuation. The discharge tube is " D" shaped to prevent spraying solution on to the operator in the event of over filling the bottle.
    • 公开了一种用于稀释和分配流体浓缩物的设备,其包括其中具有用于插入液体保持容器的至少一个隔室的框架。 安装在框架内的是水阀壳体,其适于与固定到液体保持容器的文氏管壳体相接合。 水阀壳体固定有手动致动的阀。 响应于致动装置的压下或释放,阀基本上完全打开或完全关闭。 水阀壳体包括锁定装置,用于当液体保持容器未被适当地插入稀释站时,防止阀由手动致动装置操作。 本发明的再充填模块包括上述文丘里管壳体和液体保持容器。 文丘里壳体具有从其延伸的解锁装置,当将再填充物适当地安装在稀释站中时,该解锁装置接合和解锁水阀壳体的锁定装置。 重新填充物的插入与水阀形成密封连接,排出填充物,将填充物锁定就位并释放手动阀致动器的操作。 放电管是“D”形的,以防止在瓶子过度填充时将操作者喷洒溶液。
    • 6. 发明授权
    • Quiet, low water volume toilet
    • 安静,低水量厕所
    • US08011031B2
    • 2011-09-06
    • US12135510
    • 2008-06-09
    • Charles O. CampbellWilliam E. Wood
    • Charles O. CampbellWilliam E. Wood
    • E03D9/10
    • E03D11/08E03D2201/30
    • A toilet assembly is provided having a bowl assembly having an inlet, a wastewater outlet, and a water supply inlet having an inlet valve. The assembly includes an adjustable metering valve in fluid communication with the inlet valve and the inlet of the bowl assembly, and an accumulator in fluid communication with the inlet valve and disposed upstream of the adjustable metering valve. A fragmentation passage is provided in fluid communication with the wastewater outlet and disposed downstream of the wastewater outlet. The assembly includes jet assembly having an inlet in fluid communication with the inlet valve, and an outlet disposed upstream of the fragmentation passage. The water supply inlet is structured to deliver a quantity of water through the inlet of the bowl assembly, and a quantity of water to the jet assembly to remove wastewater from the fragmentation passage.
    • 提供一种马桶组件,其具有具有入口,废水出口和具有入口阀的供水入口的碗组件。 组件包括与入口阀和碗组件的入口流体连通的可调量计量阀,以及与入口阀流体连通并设置在可调式计量阀的上游的蓄能器。 碎裂通道设置成与污水出口流体连通并设置在废水出口的下游。 组件包括具有与入口阀流体连通的入口的喷射组件和设置在碎裂通道上游的出口。 供水入口被构造成通过碗组件的入口输送一定量的水,并将一定量的水输送到喷射组件以从碎裂通道中除去废水。
    • 7. 发明申请
    • QUIET, LOW WATER VOLUME TOILET
    • QUIET,低水量厕所
    • US20090007323A1
    • 2009-01-08
    • US12135510
    • 2008-06-09
    • Charles O. CampbellWilliam E. Wood
    • Charles O. CampbellWilliam E. Wood
    • E03D1/14E03D11/00
    • E03D11/08E03D2201/30
    • A toilet assembly is provided having a bowl assembly having an inlet, a wastewater outlet, and a water supply inlet having an inlet valve. The assembly includes an adjustable metering valve in fluid communication with the inlet valve and the inlet of the bowl assembly, and an accumulator in fluid communication with the inlet valve and disposed upstream of the adjustable metering valve. A fragmentation passage is provided in fluid communication with the wastewater outlet and disposed downstream of the wastewater outlet. The assembly includes jet assembly having an inlet in fluid communication with the inlet valve, and an outlet disposed upstream of the fragmentation passage. The water supply inlet is structured to deliver a quantity of water through the inlet of the bowl assembly, and a quantity of water to the jet assembly to remove wastewater from the fragmentation passage.
    • 提供一种马桶组件,其具有具有入口,废水出口和具有入口阀的供水入口的碗组件。 组件包括与入口阀和碗组件的入口流体连通的可调量计量阀,以及与入口阀流体连通并设置在可调式计量阀的上游的蓄能器。 碎裂通道设置成与污水出口流体连通并设置在废水出口的下游。 组件包括具有与入口阀流体连通的入口的喷射组件和设置在碎裂通道上游的出口。 供水入口被构造成通过碗组件的入口输送一定量的水,并将一定量的水输送到喷射组件以从碎裂通道中除去废水。
    • 9. 发明授权
    • Method for welding railroad rails and means therefor
    • 铁路轨道焊接方法及其手段
    • US4429207A
    • 1984-01-31
    • US335812
    • 1981-12-30
    • Jack H. DevletianWilliam E. WoodRobert B. TurpinMilton R. Scholl
    • Jack H. DevletianWilliam E. WoodRobert B. TurpinMilton R. Scholl
    • B23K25/00
    • B23K25/00
    • A method for electroslag welding of railroad rails under field conditions employs a special mold bottom member and a special guide tube structure. The mold bottom member includes a metallic insert which is supported by heat-insulating means, e.g. ceramic material in a cavity in a bottom copper block. The ceramic effectively heat insulates the insert from the copper block so when arcing takes place at the start of the welding, the heat is retained by the insert, which forms part of the weld. The guide tube structure is flared toward the bottom and guides two continuously fed electrodes. The structure includes wing-like members near its bottom end. The bottom of the structure is designed wth sharp corners, so that when arcing takes place some of the guide structure metal melts to form a uniform layer of molten metal, which aids in the melting of flux into a slug bath of uniformly distributed temperature.
    • 铁路轨道电渣焊接方法采用特殊的模具底部构件和特殊的导向管结构。 模具底部构件包括金属插入件,该金属插入件由隔热装置支撑。 陶瓷材料在底部铜块中的腔中。 陶瓷有效地使插件从铜块绝热,因此在焊接开始时发生电弧时,热量由插入件保持,该插入件形成焊缝的一部分。 引导管结构朝向底部向外扩张,并引导两个连续馈电的电极。 该结构包括靠近其底端的翼状构件。 结构的底部设计成尖锐的角部,使得当发生电弧时,一些导向结构金属熔化形成均匀的熔融金属层,这有助于熔剂熔化成均匀分布温度的熔池。