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    • 1. 发明授权
    • Side part sensor for determining the presence or absence of a nut and a
hole disposed adjacent the nut
    • 用于确定螺母的存在或不存在以及邻近螺母设置的孔的侧部传感器
    • US5617025A
    • 1997-04-01
    • US325487
    • 1994-10-19
    • John T. TaylorRichard R. JohnsonWilliam B. Ezell
    • John T. TaylorRichard R. JohnsonWilliam B. Ezell
    • G01D5/20G01V3/10H03K17/95G01N27/72G01B7/06
    • G01V3/101G01D5/2013H03K17/9505
    • An improved sensor includes an inductor coil which is formed about a central axis. The inductor coil is configured to provide a magnetic field radially outwardly of the central axis. The monitor circuit monitors changes in the impedance of the coil, to in turn provide an indication of the amount of metal mass radially outwardly of the sensor. The monitor circuit is set to be triggered at a particular amount of metal mass, which would in turn be tailored to the particular application. In one desired application, the sensor is utilized to detect the presence of a nut in a metal plate. Metal plates as are typically utilized with vehicles will often include a number of holes which are to receive nuts. If the nuts are not received in the holes, then that particular metal plate should not be further assembled into the product. One widespread use of such a technique is with the assembly of vehicle bodies. The side sensor will detect the presence of a nut in the hole when positioned within the bore of the nut. The use of the radially outwardly directed magnetic field provides a much more accurate indication of the presence of the nut than prior art "forward looking" sensors.
    • 改进的传感器包括围绕中心轴线形成的电感线圈。 电感线圈构造成提供径向向外的中心轴的磁场。 监视器电路监测线圈阻抗的变化,从而提供径向向外的传感器金属量的指示。 监视器电路设置为以特定量的金属质量触发,这又将根据具体应用进行调整。 在一个期望的应用中,传感器用于检测金属板中螺母的存在。 通常与车辆一起使用的金属板材通常将包括许多要接收螺母的孔。 如果螺母没有被接纳在孔中,则该特殊金属板不应该进一步组装到产品中。 这种技术的广泛使用是车身的组装。 当位于螺母的孔内时,侧面传感器将检测孔中是否存在螺母。 使用径向向外定向的磁场提供比现有技术的“前视”传感器更加准确地指示螺母的存在。
    • 3. 发明授权
    • Ball valve
    • US3949965A
    • 1976-04-13
    • US414401
    • 1973-11-09
    • Thomas D. SharplesJohn T. Taylor
    • Thomas D. SharplesJohn T. Taylor
    • F16K11/087F16K27/06F16K3/22
    • F16K27/067F16K11/0873
    • A small ball valve for chemically active materials is provided which does not require the strength of metal parts and which permits the use of brittle material such as glass or ceramic as well as materials such as fluorocarbon polymers and polytetrafluoroethylene which are resistant to the action of chemically active fluids. A free-floating construction is provided without requiring a stem packing gland and permitting the stem to be integral with the ball. Identical sealing rings are provided with clamping screws which press the sealing rings inward against the ball and outward against the openings in the valve body, the diameter of the valve stem being smaller than the opening in the sealing ring and clamping screw therefor so that the portion of the ball surrounding the valve stem may also float freely under the sealing means with the seal around the ball stem being against the ball itself instead of against the valve stem. For reinforcement of the valve body or to permit the use of the valve when the controlled fluid is under high pressure a metal reinforcing ring may be fitted around the valve body.
    • 6. 发明授权
    • Center split segmented mold for curing pneumatic tires
    • 用于固化充气轮胎的中心分段模具
    • US5676980A
    • 1997-10-14
    • US535990
    • 1995-09-29
    • Ronald J. GulkaEdward C. SebakNeal SehmJames C. StorchJohn T. TaylorJames Tully
    • Ronald J. GulkaEdward C. SebakNeal SehmJames C. StorchJohn T. TaylorJames Tully
    • B29C33/02B29C33/00B29C35/02B29D30/06
    • B29C33/005B29D30/0629B29D2030/063
    • A center split, segmented mold for curing a complete tire is provided, comprising a mold container top containing a top mold sidewall plate and a plurality of top tread segments disposed generally equidistant from a central axis and adjacently abutting each other when the mold is in a closed position; and a mold container bottom containing a bottom mold sidewall plate and a plurality of bottom tread segments disposed generally equidistant from the axis and adjacently abutting each other when the mold is in a closed position. Each of the top and bottom tread segments are resiliently biased toward the mold centerline by spring mechanisms, and are slidably coupled to respective frustoconical surfaces of the mold container, such that vertical movement of the mold container top along the axis from a closed position to an open position is translated into outward radial movement of the top and bottom tread segments away from the axis. The top and bottom tread segments mate when the mold is in the closed position in a plane which may be offset from the mold centerline. The top mold sidewall plate mates with the top tread segments and the bottom mold sidewall plate mates with the bottom tread segments at respective seating joints which limit inward radial movement of the top and bottom tread segments toward the axis. Pin assemblies for each tread segment limit outward radial movement of the tread segments away from the axis.
    • 提供了一种用于固化整个轮胎的中心分割分段模具,包括:模具容器顶部,其包含顶模侧壁板和多个顶部踏面段,所述多个顶部胎面段大致与中心轴线等距设置,并且当模具处于 封闭位置 以及模具容器底部,其包含底部模具侧壁板和多个底部胎面部分,所述多个底部胎面部段在模具处于关闭位置时与所述轴线大致等距离并相互邻接。 顶部和底部胎面段中的每一个通过弹簧机构朝向模具中心线弹性偏压,并且可滑动地联接到模具容器的相应的截头圆锥形表面,使得模具容器顶部沿着轴线从关闭位置到 打开位置被转换成远离轴线的顶部和底部胎面段的向外径向运动。 当模具处于可能从模具中心线偏移的平面中的关闭位置时,顶部和底部胎面段配合。 顶部模具侧壁板与顶部胎面段配合,并且底部模具侧壁板与相应座椅接合处的底部胎面段配合,从而限制顶部和底部胎面段朝向轴线的向内径向移动。 每个胎面花纹片的销组件限制胎面花纹块远离轴线的径向移动。
    • 8. 发明授权
    • High pressure sample injector valve
    • 高压样品注射阀
    • US4444066A
    • 1984-04-24
    • US278771
    • 1981-06-29
    • David G. OgleJohn T. Taylor
    • David G. OgleJohn T. Taylor
    • G01N30/20G01N1/10
    • G01N30/20G01N2030/201G01N2030/202
    • A high pressure valve for control of the injection of a sample into an analyzer system such as an amino acid analyzer with liquid column chromatography. The valve is designed in such a manner that no rinse solution that is used to cleanse the system after the injection of a particular sample will enter the liquid column. The valve operates in two positions and requires a minimum of movement between the two positions. In one position the valve allows for the injection of the sample into the liquid column. In the second position the valve allows for the entry of only a buffer solution into the liquid column and blocks the entry of any rinse solution that may flow through the system for cleansing after the injection of the sample. No residual rinse solution is allowed to remain within the valve prior to injection of either a sample or a buffer material into the liquid column.
    • 用于控制将样品注入分析仪系统(例如使用液相色谱法的氨基酸分析仪)的高压阀。 该阀被设计成使得在注射特定样品之后不用于清洁系统的冲洗溶液将进入液柱。 阀在两个位置操作,并且在两个位置之间需要最小的运动。 在一个位置,阀允许将样品注入液柱。 在第二位置,阀允许仅将缓冲溶液进入液柱并阻止任何可能流过系统的冲洗溶液的进入,以便在注射样品之后进行清洁。 在将样品或缓冲材料注入液体柱之前,不允许残留的冲洗溶液留在阀内。
    • 10. 发明授权
    • Connector assembly for removably holding a glove
    • 用于可拆卸地拿着手套的连接器组件
    • US5186373A
    • 1993-02-16
    • US791823
    • 1991-11-13
    • John T. Taylor
    • John T. Taylor
    • A45F5/02
    • A45F5/02Y10S224/933Y10T24/2708Y10T24/32
    • A connector assembly for removably holding a glove where the glove has a glove attachment device connected thereto. The connector assembly includes a holder which is foldable at a fold position. A first permanent magnet is connected to one portion of the holder and a second permanent magnet is connected to another portion of the holder. A holder attachment device is connected to the holder. A portion of the holder is removably disposed in a pocket and another portion of the folder extends over a pocket flap and position so that the first and the second permanent magnets are magnetically connected to magnetically connect the holder to the pocket. The glove attachment device is removably connectable to the holder attachment device for removably connecting the glove to the holder.
    • 一种用于可拆卸地保持手套的连接器组件,其中手套具有连接到其上的手套附接装置。 连接器组件包括可在折叠位置折叠的保持器。 第一永磁体连接到保持器的一部分,并且第二永磁体连接到保持器的另一部分。 支架附接装置连接到支架。 保持器的一部分可移除地设置在凹穴中,并且夹具的另一部分在口袋折片和位置上延伸,使得第一和第二永磁体磁连接以将保持器磁性地连接到口袋。 手套附接装置可移除地连接到保持器附接装置,用于将手套可拆卸地连接到保持器。