Protection against excessive forces in a suspension arrangement

Jarkko Keinänen (Inventor), Kalle Vehviläinen (Inventor), Ismo Vessonen (Inventor)

    Research output: PatentPatent


    A simple and robust suspension arrangement is provided for taking into account different suspension modes without the need for excessive sensoring or electronics. The novel suspension arrangement includes a first suspension element, which directly suspends the object to the frame, and a second suspension element, which suspends the object to the frame through a magnetic coupling between the object and the second suspension element. The magnetic coupling provides a magnetic coupling force (Fh) to act as a threshold such that the suspension arrangement is designed to magnetically decouple the second suspen-sion element from the object when the excitation force (Fe) transmitted be-tween the frame and the object exceeds the magnetic coupling force (Fh).

    Patent family as of 12.11.2021
    CN105992889 A 20161005 CN201480064497 20141125      
    CN105992889 B 20180119 CN201480064497 20141125      
    DE602014031112 D1 20180927 DE201460031112T 20141125      
    EP3074659 A1 20161005 EP20140865637 20141125     
    EP3074659 A4 20170628 EP20140865637 20141125      
    EP3074659 B1 20180822 EP20140865637 20141125      
    ES2691977 T3 20181129 ES20140865637T 20141125      
    FI125110 B 20150615 FI20130006182 20131127      
    FI20136182 A 20150528 FI20130006182 20131127      
    JP2016539844 T2 20161222 JP20160534639T 20141125      
    JP6389890 B2 20180912 JP20160534639T 20141125      
    KR20160087842 A 20160722 KR20167015877 20141125      
    KR102126841 B1 20200626 KR20187015043 20141125      
    KR20180059961 A 20180605 KR20187015043 20141125      
    US11041540 BB 20210622 US20160039051 20141125      
    US2017159744 AA 20170608 US20160039051 20141125      
    WO15079109 A1 20150604 WO2014FI50907 20141125

    Link to current patent family on right 

    Original languageEnglish
    Patent numberEP3074659
    IPCB60G 17/ 00 A I
    Priority date25/11/14
    Publication statusPublished - 5 Oct 2016
    MoE publication typeH1 Granted patent


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