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. 发明公开
    • AGRICULTURAL SAMPLING SYSTEM AND RELATED METHODS
    • US20240200547A1
    • 2024-06-20
    • US18555289
    • 2022-05-11
    • Precision Planting LLC
    • Todd SwansonKent LevyJoaquin GanozaReid Harman
    • F04B43/073
    • F04B43/0736
    • A double diaphragm slurry pump (7080) comprises: a pump body (8200) defining a vertical longitudinal axis (LA) and first (8201) and second (8202) pumping chambers; an inlet flow manifold (8203) and an outlet flow manifold (8204) coupled to the pump body; a first pump head (8230a) coupled to the body adjacent the first pumping chamber, the first pump head comprising a longitudinal flow bore (8231) separate from the first pumping chamber and fluidly coupled to the inlet and outlet flow manifolds, an upper air vent bore (8232), and a lower slurry exchange bore (8233), the upper air vent bore and lower slurry exchange bore each fluidly coupling the longitudinal flow bore in turn to the first pumping chamber; and an operating shaft (8240) coupled to a resiliently deformable diaphragm (8241) disposed in the first pumping chamber; wherein the shaft is moveable in a pump stroke to pump a fluid through the longitudinal bore of the first pump head and the first pumping chamber from the inlet flow manifold to the outlet flow manifold; and wherein the upper air vent bore (8232) is smaller in diameter than the lower slurry exchange bore (8233) such that air is preferentially ejected from the first pumping chamber rather than slurry during the pump stroke.
    • 10. 发明申请
    • OVER-CENTER LINKAGE
    • 超中心链接
    • US20160369787A1
    • 2016-12-22
    • US15256605
    • 2016-09-04
    • Carlisle Fluid Technologies, Inc.
    • John Anthony Rogers
    • F04B43/073F04B53/10
    • F04B43/073F04B7/0015F04B9/135F04B39/08F04B43/0736F04B53/10
    • A novel changeover mechanism for a compressed air driven double diaphragm pump comprises a shaft slidably mounted through aligned apertures in opposing surfaces of the twin diaphragm chambers. At the center of the shaft between the two diaphragm chambers is provided an annular notch in to which is located an arm extending from a U shaped frame. The U shaped frame is pivotally mounted atop a valve plate which includes multiple ports. Positioned against a surface of the valve plate is a valve closure component which is configured to slide across the surface selectively obstructing the multiple ports. The valve closure component is held in place by a metal peg hingedly mounted in slots provided in parallel extension of the U shaped frame. Linear tension springs connect the hinged wire pusher with U shaped frame adjacent the pivot point. The springs bias the position of the valve closure component against the valve plate in an off center position.
    • 用于压缩空气驱动的双隔膜泵的新型切换机构包括可滑动地安装在双隔膜室的相对表面中的对准孔的轴。 在两个隔膜室之间的轴的中心设置有环形凹口,其中从U形框架延伸的臂位于该凹口中。 U形框架枢转地安装在包括多个端口的阀板的顶部上。 定位在阀板的表面上的阀闭合部件被配置成滑过横跨该表面的选择性地阻挡多个端口。 阀闭合部件通过铰接安装在U形框架的平行延伸部分的槽中的金属栓固定在适当的位置。 线性拉伸弹簧将铰链式丝杠推动器与U形框架连接在枢轴点附近。 弹簧将阀门关闭部件的位置偏压在离开中心位置的阀板上。