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
    • 23. 发明授权
    • Bellows plungers having one or more helically extending features, pumps including such bellows plungers, and related methods
    • 具有一个或多个螺旋形延伸特征的波纹管柱塞,包括这种波纹管柱塞的泵以及相关方法
    • US08636484B2
    • 2014-01-28
    • US12684528
    • 2010-01-08
    • Tom M. SimmonsJohn M. SimmonsDavid M. Simmons
    • Tom M. SimmonsJohn M. SimmonsDavid M. Simmons
    • F04B45/02F16J3/06
    • F04B9/135F04B43/0054F04B43/0736F04B43/1136
    • A pump system includes at least one pressure chamber at least partially defined by a helical bellows plunger comprised of a tubular body, a closed front portion, an open rear portion, and at least one contour extending continuously as a helix, longitudinally from proximate the front portion to proximate the rear portion. Methods for forming a helical bellows plunger include molding the helical bellows plunger using a mold core comprising a helically extending exterior contour and a cooperatively associated mold cavity comprising a helically extending interior contour of substantially a same pitch and configured to align with the helically extending exterior contour of the mold core, introducing a molding material therebetween, curing the molding material, and unscrewing the cured molding material from the mold core. Various configurations of helical bellows plungers are also disclosed.
    • 泵系统包括至少一个压力室,其至少部分地由螺旋波纹管柱塞限定,该螺旋波纹管柱塞包括管状体,封闭的前部,敞开的后部,以及至少一个作为螺旋连续延伸的轮廓, 部分靠近后部。 用于形成螺旋波纹管柱塞的方法包括使用包括螺旋形延伸的外部轮廓的模芯来模制螺旋波纹管柱塞,以及协作地相关联的模腔,其包括具有基本上相同螺距的螺旋形延伸的内部轮廓,并且构造成与螺旋形延伸的外部轮廓对准 的模芯,在其间引入模塑材料,固化模塑材料,并将固化的模制材料从模芯上拧下。 还公开了各种构造的螺旋波纹管柱塞。
    • 25. 发明申请
    • Coupling nuts, coupling assembly including a coupling nut, and method of forming a coupling nut
    • 联轴器螺母,包括联接螺母的联接组件和形成联接螺母的方法
    • US20080061551A1
    • 2008-03-13
    • US11519985
    • 2006-09-12
    • Tom M. SimmonsJohn M. SimmonsDavid M. Simmons
    • Tom M. SimmonsJohn M. SimmonsDavid M. Simmons
    • F16L47/00
    • F16L19/02F16L19/025
    • Coupling structures for tubing are disclosed. Particularly, caps configured for receiving one or more tube segments therein, and securing the tube segments to a component having protrusions thereon including bores therethrough in a fluid-tight manner are disclosed. The caps may have bores longitudinally therethrough for receiving the tube segments, the bore walls being free from projections to fit tightly against the tube segments. A longitudinally distal annular recess of the cap may be threaded to be secured to a component. In another embodiment, caps having separate apertures for receiving attachment elements to secure the cap and the component are disclosed. Caps configured with a bore for receiving a tube segment, and separate apertures for receiving attachment pins are additionally disclosed.
    • 公开了用于管道的联接结构。 特别地,公开了一种用于在其中容纳一个或多个管段并且以流体密封的方式将管段固定到其上具有突起的部件上,其中包括穿过其中的孔的盖。 盖可以具有纵向穿过其中的孔,用于接纳管段,孔壁没有凸起以紧紧地配合在管段上。 帽的纵向远端环形凹部可以被螺纹固定到部件上。 在另一个实施例中,公开了具有用于接收附接元件以固定盖和部件的单独的孔的盖。 另外公开了配置有用于接纳管段的孔和用于接收附接销的分开的孔的盖。
    • 27. 发明授权
    • Pneumatic reciprocating pump
    • 气动往复泵
    • US06685443B2
    • 2004-02-03
    • US10191100
    • 2002-07-09
    • John M. SimmonsTom M. SimmonsDavid M. Simmons
    • John M. SimmonsTom M. SimmonsDavid M. Simmons
    • F04B4306
    • F04B43/0736
    • A pneumatically-actuated reciprocating fluid pump and shuttle valve combination operates in an “air-assist” mode and a “non-air-assist” mode. In the non-air-assist mode, the shuttle valve is shifted by a blast of pressurized supply air from the pneumatic chamber in its pumping stroke as the flexible diaphragms and drive shaft reach the end of their pumping stroke. This blast of pressurized air used to shift the shuttle valve has the effect of reducing the air pressure in the pneumatic chamber immediately prior to the point in time that the drive shaft reaches the end of its stroke in order to provide a cushioning effect at the end of each pumping strokes cycle, in order to lessen the effect of the drive shaft and diaphragms abruptly reversing direction at full air pressure. In the air-assist mode, a secondary source of compressed air is utilized to shift the shuttle valve, rather than drawing pressurized air from the pneumatic chamber during its pumping stroke. In the air-assist mode, the full effect of the pressurized air to the pump is directed to pump fluid through the pump, and is not lessened by tapping a minute amount compressed air at the end of each pumping stroke cycle for shifting the shuttle valve.
    • 气动往复流体泵和梭阀组合以“空气辅助”模式和“非空气辅助”模式运行。 在非空气辅助模式中,当柔性隔膜和驱动轴到达其泵送冲程的末端时,梭阀在其泵送行程中被来自气动室的加压供气的冲击移动。 用于移动梭阀的这种爆炸的加压空气具有在驱动轴到达其行程末端的时间点之前减小气动室中的空气压力的效果,以便在末端提供缓冲效果 的每个泵送冲程循环,以便减小驱动轴和隔膜在全空气压力下突然反向的作用。 在空气辅助模式中,使用二次压缩空气源来移动梭阀,而不是在其泵送冲程期间从气动室抽取加压空气。 在空气辅助模式中,加压空气对泵的全部作用是通过泵泵送流体,并且通过在每个泵送冲程循环结束时敲击微小的压缩空气而不会减轻,以便将梭阀 。
    • 29. 发明授权
    • Synchronized dual thread connector
    • 同步双线连接器
    • US5452748A
    • 1995-09-26
    • US178909
    • 1994-01-07
    • John M. SimmonsTom M. Simmons
    • John M. SimmonsTom M. Simmons
    • B65D41/04F16L15/00F16L15/04F16L19/028F16L19/065F16L55/11F16L55/115F16L55/10
    • F16L15/003B65D41/04F16L15/00F16L15/007F16L15/008F16L19/028F16L19/065F16L19/0656F16L55/1108F16L55/1152Y10S285/901
    • A screw-threaded connection incorporates dual synchronized threads, that is, one connection element has a set of external male threads that mates with a corresponding set of internal female threads on the mating connection element, in customary fashion. The first connection element additionally includes a second set of internal female threads synchronized with the first set such that the leads of both sets of threads are the same. This second set of internal female threads mates with a corresponding set of external male threads on the mating connection element. Of course, the two sets of threads on the mating connection element are synchronized such that their leads are the same, and, of course, the same as first sets of mating dual synchronized threads. This dual synchronized thread connection has application to any fluid connector and particularly to fluid connectors in wide-variant temperature deviation, high-pressure, and/or mechanical vibration environments.
    • 螺纹连接包括双同步螺纹,即一个连接元件具有一组外部外螺纹,其以常规方式与匹配连接元件上的对应的一组内螺纹配合。 第一连接元件还包括与第一组同步的第二组内部母螺纹,使得两组螺纹的引线相同。 该第二组内部内螺纹与配合连接元件上的相应组外部外螺纹配合。 当然,配合连接元件上的两组螺纹是同步的,使得它们的引线是相同的,当然,与第一组配合的双同步螺纹相同。 这种双同步螺纹连接可应用于任何流体连接器,尤其适用于宽变型温度偏差,高压和/或机械振动环境中的流体连接器。
    • 30. 发明授权
    • Reciprocating pumps and related methods
    • 往复泵及相关方法
    • US09360000B2
    • 2016-06-07
    • US13420978
    • 2012-03-15
    • John M. SimmonsTom M. SimmonsDavid M. SimmonsKenji Allen Kingsford
    • John M. SimmonsTom M. SimmonsDavid M. SimmonsKenji Allen Kingsford
    • F04B23/02
    • F04B9/131F04B19/22F04B23/028F04B43/02F04B53/10F04B53/14F04B53/16Y10T29/49236
    • Reciprocating fluid pumps include a pump body including a cavity therein, a plunger located at least partially within the cavity, and a shift canister assembly disposed within the cavity. The shift canister assembly includes a sealing surface for forming a seal against the pump body. An area covered by the seal between the sealing surface and the pump body is less than about 75% of an outer cross-sectional area of the shift canister assembly. The shift canister assembly may include a shift canister and a shift canister cap attached thereto, the shift canister cap comprising the sealing surface. Reciprocating fluid pumps include a shift canister, a shift piston at least partially disposed within the shift canister, and a shift canister cap attached to the shift canister on a longitudinal end of the shift canister opposite the shift piston. Methods include forming such reciprocating pumps.
    • 往复流体泵包括在其中包括空腔的泵体,至少部分地位于空腔内的柱塞和设置在空腔内的换档罐组件。 换档罐组件包括用于形成对泵体的密封的密封表面。 由密封表面和泵体之间的密封件覆盖的区域小于换挡罐组件的外横截面积的约75%。 换档罐组件可以包括移位罐和附接到其上的换档罐盖,换档罐盖包括密封表面。 往复流体泵包括换挡罐,至少部分地设置在换档罐内的换档活塞,以及在换挡罐的与换档活塞相对的纵向端部附接到换挡罐的换档罐盖。 方法包括形成这种往复泵。