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    • 4. 发明公开
    • Force Measuring Device, System and Method for Measuring Web Tensions
    • US20240385063A1
    • 2024-11-21
    • US18693901
    • 2022-09-13
    • FMS Force Measuring Systems AG
    • Jörg Inhelder
    • G01L5/108B65H23/04
    • G01L5/108B65H23/044B65H2515/314B65H2553/81
    • The present invention relates to a force measuring device (10) for measuring the web tensions of a plurality of spaced apart longitudinal strips (5) of a longitudinally cut running material web that comprises a longitudinal direction defined by the running direction of the material web and a transverse direction, the force measuring device comprising an axle (12) and, supported on the axle, a measuring roll (20) wrapped around by the material web. Here, it is provided that the measuring roll is formed as a segmented measuring roll (20) having a plurality of measuring segments (22), the measuring segments (22) are arranged on the axle (12) in a respective measuring position, such that the spaced apart longitudinal strips (5) of the running material web wrap around in each case one or more measuring segments (22) and each measuring segment (22) is wrapped around by at most one longitudinal strip (5), each measuring segment (22) includes a dedicated load cell (26) for determining a web tension fraction of the longitudinal strip (5) wrapped around the measuring segment, the load cell providing a mount with which the measuring segment (22) sits on the axle (12), the force measuring device further comprising an evaluation unit (18) to which the measuring segments (22) are connected via electrical conductors and to which the measuring signals supplied by the load cells (26) in the measuring segments (22) are conductible, and the evaluation unit (18) comprising a web tension aggregation means (19) that is arranged and adapted to determine, for each longitudinal strip (5), from the web tension fractions that are determined by the load cells (26) of the measuring segments (22) wrapped around by said longitudinal strip (5), the total web tension of the longitudinal strip (5).
    • 10. 发明授权
    • Wheel load assembly for a dynamometer test bench and dynamometer test bench
    • US12140502B2
    • 2024-11-12
    • US17907728
    • 2021-03-16
    • BREMBO S.p.A.
    • Claudio Benini
    • G01M17/04G01L5/28
    • G01M17/04G01L5/28
    • A wheel load assembly (5) for a dynamometer test bench (1) comprises—a support structure (17) which can be assembled on a base (12), —a vertical load device (18) having a first application bracket (19) which is rigidly connectable to a bearing body (96), which in turn is couplable to the wheel suspension part (3), a first reaction support (20) connected to the support structure (17), a first force transmission connector (21) connected between the first reaction support (20) and the first application bracket (19), as well as a first load apparatus (22) operatively connected to the first force transmission connector (21) to load the first force transmission connector (21) in a first vertical load direction (23), —a longitudinal load device (24) having a second application bracket (25) which is rigidly connectable to the bearing body (96), which in turn is couplable to the wheel suspension part (3), a second reaction support (26) connected to the support structure (17), a second force transmission connector (27) connected between the second reaction support (26) and the second application bracket (25), as well as a second load apparatus (28) operatively connected to the second force transmission connector (27) to load the second force transmission connector (27) in a second longitudinal load direction (29) transverse to the first vertical load direction (23) and to a wheel rotation axis (40) of the wheel suspension part (3), —a lateral load device (30) having a third application bracket (31) which is rigidly connectable to the bearing body (96), which in turn is couplable to the wheel suspension part (3), a third reaction support (32) connected to the support structure (17), a third force transmission connector (33) connected between the third reaction support (32) and the third application bracket (31), as well as a third load apparatus (34) to load the third force transmission connector (33) in a third lateral load direction (35) parallel to the wheel rotation axis (40) and transverse to the first vertical load direction (23) and to the second longitudinal load direction (29), in which the vertical, longitudinal, and lateral load devices comprise respective adjustment devices for adjusting the position of the application points of the vertical, longitudinal, and lateral forces.