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    • 1. 发明申请
    • IMPEDANCE-MATCHED COAXIAL CONDUCTOR, ELECTRICALLY CONDUCTING CONTACTING ELEMENT AND COMPACT TIME-OF-FLIGHT MASS ANALYZER
    • WO2022167871A1
    • 2022-08-11
    • PCT/IB2022/050087
    • 2022-01-06
    • SPACETEK TECHNOLOGY AG
    • JOST, JürgHOFER, Lukas
    • H01J49/06H01J49/24H01B11/18H01J49/40
    • An impedance-matched coaxial conductor for a vacuum environment, comprising an electrically conducting inner conductor, an electrically conducting outer hollow conductor configured to surround the inner conductor substantially along its entire length, whereby the outer hollow conductor is separated from the inner conductor, at least an electrically isolating element positioned between the inner conductor and the outer hollow conductor in order to maintain the separation between them, a space between the inner conductor and the outer hollow conductor being vacuum pumpable. An electrically conducting contacting element for a vacuum environment, which is configured to establish an electrical contact between a first conductor and a second conductor, comprising a body made from an electrically conducting material; at least a through hole in the body, configured to accept inside the hole the first conductor in form of an elongated electrical conductor; at least a first threaded hole in the body, oriented substantially perpendicular to the through hole, and extending from an outside surface of the body to the through hole, the threaded hole being configured to accept a screw; and at least a second threaded hole in the body. A time-of-flight mass analyzer comprising a plurality of functional parts selected from at least the following list: an ion source, an extraction region, a drift region, a reflectron, and a detector; a single vacuum flange configured to connect on a vacuum chamber; a plurality of platforms; at least one pillar for each of the plurality of platforms, configured for fixing and distancing the corresponding platform either to the single vacuum flange or to a neighboring platform from the plurality of platforms; each of the plurality of platforms being configured to gather a subset of the plurality of functional parts to obtain a subassembly; and the subassemblies and the single vacuum flange being arranged to form a longish elongated assembly in which each of the platforms defines a mechanical reference in the longish elongated assembly