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    • 2. 发明申请
    • CHAÎNE DE MESURE D' UN COUPLE , ÉQUIPAGE ROTATIF POUR UNE TELLE CHAÎNE, ET PROCÉDÉ DE MESURE D'UN COUPLE
    • 扭矩测量系统,这种系统的可旋转设备和测量扭矩的方法
    • WO2007122321A1
    • 2007-11-01
    • PCT/FR2007/000658
    • 2007-04-19
    • ACFG Société en Nom CollectifGILBERT, Francis
    • GILBERT, Francis
    • G01L3/10
    • G01L3/00G01D21/00H04Q9/00
    • L'invention concerne la mesure d'un couple et sa trans- mission sans fil . Elle se rapporte à une chaîne de mesure qui comprend un transducteur (10) destiné à former un signal électrique représentatif du couple reçu, et une liaison formée entre le transducteur (10) et un dispositif de mesure (12) . La liaison comprend un émetteur sans fil (32) relié au transducteur (10) afin qu'elle reçoive le signal électrique du transducteur (10) , et un récepteur (30) relié au dispo- sitif de mesure (12) , et la chaîne de mesure comporte en outre une alimentation électrique (34) comprenant une géné- ratrice (36) destinée à transformer une partie du couple en énergie électrique d'alimentation de l'émetteur (32) et un accumulateur électrique (38) . Application à la mesure de couples .
    • 本发明涉及这种测量的扭矩和无线传输的测量。 本发明涉及一种测量系统,其包括旨在形成表示所接收扭矩的电信号的换能器(10)和形成在换能器(10)和测量装置(12)之间的连杆。 链路包括连接到换能器(10)的无线发射器(32),以便接收来自换能器(10)的电信号,以及连接到测量装置(12)的接收器(30),并且测量系统进一步 包括电源(34),其包括用于将一些扭矩转换成电能以对发射器(32)供电和蓄电器(38)的发电机(36)。 应用于扭矩测量。
    • 4. 发明专利
    • Improvements in or relating to centrifugal separators
    • GB258629A
    • 1926-09-23
    • GB781325
    • 1925-03-23
    • GILBERT FRANCIS
    • B04B1/08
    • 258,629. Francis, G. March 23, 1925. No Patent granted (Sealing fee not paid). Cream separators and like machines for separating liquids from one another, or from solids, by density.-In order to provide for continuous and progressive separation the rotary member has means for effecting successive progressive reversals in the direction of flow of the fluid under treatment in a sinuous path extending towards and away from the axis of the rotary member and intersecting lines of centrifugal and gravitational forces. This sinuous path is provided by staggered perforations 25, 26 in the conical disc members 16, 17 respectively, so that the liquid in the feed receptacle 36 which is fed into the distributing member C of the rotary bowl B follows a path as shown by the arrows in Fig. 2. The member C is formed with shoulders 21 which engage recessed portions of the inner flanges of the disc members. Rings 28 of cork or other suitable material are arranged between the upper flanges 18 of the disc members to form an inner seal when the separator is used as a purifier, as in the dehydration of oil, whilst when cream is to be separated from milk the members 28 are removed and sealing members 29, similar to 28, are seated on flanges 22 of the discs, the lighter liquid being then free to pass through spaces 32 in the member C, with the inner seal removed. The cream is delivered to the outlet 27 and discharges through a spout 14, and the heavier liquid through the opening 39 and spout 13.
    • 9. 发明专利
    • Improvements in overhead contact line systems for electrically-operated vehicles
    • GB354609A
    • 1931-08-13
    • GB2965230
    • 1930-10-03
    • GILBERT FRANCIS BADDELEY
    • B60M1/23
    • 354,609. Suspending cables. BADDELEY, G. F., 33, Merton Hall Road, Wimbledon, London. Oct. 3, 1930, No. 29652. [Class 36.] In an overhead contact line system for electrically operated vehicles, the conductors act alternately as contact wires and messengers, crossing in the centre of each space. The contact wires are suspended from the messengers by droppers, and, in order that the tension in the messenger portions of the wires may be the same as that in the contact wire portions, short droppers, adapted to allow free movement of the contact wires in the direction of their length, are provided at the points of crossing of the conductors. In the embodiment the conductor 11 is suspended from the conductor 13 by droppers 15, and, on the other side of the midspan, the conductor 13 is suspended from the conductor 11 by droppers 17. Short droppers 19 are fitted near the crossing places 21. Each dropper 19, Fig. 4, comprises a wire loop which encircles one conductor 13, the loop ends being fixed to blocks 21, 23 drawn together by a bolt 25 to grip the conductor 11. Means for regulating the tension in the conductors is shown in Fig. 5. The conductor 13 is coiled upon itself in a spiral 35 between clamps 33 which are suspended, through springs 31, from one of the suspension insulators 2.