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    • 1. 发明授权
    • Bubble button
    • 泡泡按钮
    • US5713458A
    • 1998-02-03
    • US597946
    • 1996-02-07
    • Charles H. JohnsonEdward F. Brooks
    • Charles H. JohnsonEdward F. Brooks
    • A63F9/00H01H9/18H01H13/02
    • H01H13/023A63F9/00H01H9/18
    • A manually operable "bubble" button for an amusement device, such as an arcade game, includes inner and outer nested, generally cup-shaped members formed of suitable plastic material. The inner member has an annular flange which seats on an annular shoulder of the outer member to limit the depth of insertion so that the concave wall portions of the members are spaced apart. Circumferentially spaced ribs on the inner member engage the outer member to center the members and a locating tab on the inner member seats in a recess in the outer member to ensure proper relative orientation of the members. An indicium is disposed between the inner and outer members, preferably being fixed to the inner member, at least the outer member being substantially transparent to visible light so that the indicium can be seen therethrough. The members are fixed together adjacent to their open ends.
    • 用于娱乐装置(诸如街机游戏)的可手动操作的“气泡”按钮包括由合适的塑料材料形成的内外嵌套的大致杯状构件。 内部构件具有环形凸缘,其位于外部构件的环形肩部上以限制插入深度,使得构件的凹入壁部分间隔开。 内部构件上的周向隔开的肋接合外部构件以使构件居中,并且内部构件上的定位突片位于外部构件的凹部中,以确保构件的适当的相对定向。 标记设置在内部构件和外部构件之间,优选地固定到内部构件,至少外部构件对可见光基本上是透明的,使得可以通过其看到标记。 构件在其开口端附近固定在一起。
    • 2. 发明授权
    • Viscosifier, its uses, and its manufacture
    • 粘度计,其用途及其制造
    • US4735733A
    • 1988-04-05
    • US57114
    • 1987-06-03
    • Jack L. BlumenthalEdward F. BrooksQuentin H. McKenna
    • Jack L. BlumenthalEdward F. BrooksQuentin H. McKenna
    • C09K8/03C10M113/02C10M125/02C10M171/00D01F9/127
    • B82Y30/00C09K8/032C10M113/02C10M125/02C10M171/00D01F9/127B01J2208/00681C01P2004/03C10M2201/041
    • A composition of matter suitable for increasing the viscosity of liquids comprises tendrillar carbonaceous material (TCM) having a ultra low bulk density of less than about 0.1 g/cm.sup.3 and comprises intertwined tendrils having a diameter (number average) of from about 0.05 to about 0.2 micron and a length (number average) to diameter (number average) ratio greater than about 10, the tendrils comprising carbon fibers and an iron metal component dispersed throughout the carbon fibers as nodules that are intimately associated with and at least partially bonded to the carbon fibers, the tendrillar carbonaceous material comprising from about 0.1 to about 5% by weight iron. The TCM can be used as a viscosifier and for suspending solids in such applications as drilling muds, lubricating oils and greases. The TCM can be prepared by disproportionating carbon monoxide in the presence of iron contained in a blend of (1) previously formed TCM and (2) iron containing particles.
    • 适用于提高液体粘度的物质组合物包括具有小于约0.1g / cm 3的超低堆积密度的含毛碳质材料(TCM),并且包括直径(数均)为约0.05至约0.2的交织的卷须 微米和直径(数均)比大于约10的长度(数均),包含碳纤维的卷须和分散在整个碳纤维中的铁金属成分作为与碳密切相关并且至少部分地结合到碳上的结核 纤维,包含约0.1至约5重量%铁的花质碳质材料。 TCM可用作增粘剂,并用于将固体悬浮在钻井泥浆,润滑油和润滑脂等应用中。 在(1)预先形成的TCM和(2)含铁颗粒的共混物中存在的铁存在下,可以通过歧化一氧化碳来制备TCM。
    • 3. 发明授权
    • Method and apparatus for stabilizing the flow coefficient for pitot-type
flowmeters with a downstream-facing port
    • 用于稳定具有下游端口的皮托式流量计的流量系数的方法和装置
    • US4154100A
    • 1979-05-15
    • US867778
    • 1978-01-09
    • James B. HarbaughEdward F. BrooksNorman A. Alston
    • James B. HarbaughEdward F. BrooksNorman A. Alston
    • G01F1/46G01P5/16
    • G01F1/46
    • This invention relates to the novel method for stabilizing the pressure sensed by the downstream-facing port of a pitot tube type flowmeter over a broad flow range, thereby providing a stable and repeatable flow coefficient. The invention comprises localizing the areas of boundary layer separation across deflecting surfaces located upstream of said port by sharply contouring the edges thereof and directing the flowing stream thereacross, and preventing reattachment of said boundary layer by positioning and contouring the surfaces containing said port downstream of said sharply contoured edges so as to continuously lie within the wake of the fluid flowing around the latter over a broad range of flow rates. The invention also encompasses the improved averaging pitot-type flowmeter characterized by flow deflecting means having sharply contoured edges on both sides thereof effective to fix the location at which boundary layer separation occurs over a broad range of laminar and turbulent flow conditions, an upstream-facing impact surface shaped to direct the flowing fluid across said sharply contoured edges, and a downstream-facing surface containing a port for sensing downstream pressure so contoured and positioned relative to said sharply contoured edges as to cooperate therewith in preventing reattachment of the boundary layer under varying flow conditions.
    • 本发明涉及一种用于在宽流量范围内稳定由皮托管式流量计的下游端口感测到的压力的新颖方法,从而提供稳定且可重复的流量系数。 本发明包括将边缘层分离的区域定位在位于所述端口上游的偏转表面上,通过锐利地轮廓化其边缘并引导其流动,并防止所述边界层重新附着,并通过将包含所述端口的表面 尖锐的轮廓边缘,以便在较宽的流量范围内连续地位于流体周围流动的流体之后。 本发明还包括改进的平均皮托托型流量计,其特征在于具有在两侧具有锐利轮廓边缘的流动偏转装置,其有效地固定在宽范围的层流和湍流条件下发生边界层分离的位置,上游侧 冲击表面成形为将流动的流体引导穿过所述锐利轮廓的边缘,以及包含用于感测下游压力的端口的下游侧表面,所述下游压力相对于所述锐利轮廓的边缘进行成形和定位,以便与其配合以防止在变化的边界层的重新附着 流量条件。
    • 5. 发明授权
    • Continuous row average sampling method and apparatus for stationary
source gas streams
    • 用于固定源气流的连续行平均采样方法和装置
    • US4047437A
    • 1977-09-13
    • US716317
    • 1976-08-20
    • Edward F. Brooks
    • Edward F. Brooks
    • G01N1/22G01N1/26
    • G01N1/2247G01N2001/2285
    • Continuous row average sampling of a stationary source gas stream is accomplished with the aid of a tubular sampling probe extending across the gas stream flow path in a transverse plane of the path and having sampling port means forming a longitudinally extending sampling port row through which gas is drawn into the probe. The sampling port means preferably comprise one or more ports spanned by a porous filter medium and are designed to produce a pressure drop which is substantially uniform along the port row and relatively large in comparison to any internal or external pressure changes which occur along the probe so as to maintain a uniform gas sampling rate along the port row.
    • 固定源气流的连续行平均采样是借助于在路径的横向平面上延伸穿过气流流动路径的管状采样探头,并且具有形成纵向延伸的采样端口排的采样端口装置,气体是 拉入探头。 采样端口装置优选地包括由多孔过滤介质跨越的一个或多个端口,并且被设计成产生沿着端口排基本均匀的压降,并且与沿探针发生的任何内部或外部压力变化相比相对较大 以保持沿口岸排气的均匀采样率。