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    • 1. 发明申请
    • METHOD FOR DETERMINING RUNNING PHASES OF A USER ON A TREADMILL AND TREADMILL IMPLEMENTING SUCH METHOD
    • WO2019030687A1
    • 2019-02-14
    • PCT/IB2018/055964
    • 2018-08-08
    • TECHNOGYM S.P.A.
    • PAGANELLI, PaoloSERRA, ClaudioFEDELE, GiuseppeRONCHI, FabioDEL MONACO, Alessandro
    • A63B22/02A61B5/11
    • A method (500) for determining running phases of a user (U) on a treadmill. The treadmill 100 comprises a base extending along a longitudinal axis. The base comprising: a first rotating element and a second rotating element adapted to rotate about respective rotational axes transversal to the longitudinal axis of the base; a physical exercise surface operatively connected to the first rotating element and to the second rotating element; an electric motor operatively associated with at least one of said first rotating element and second rotating element, the electric motor being configured to make the first rotating element and the second rotating element rotate, also driving the physical exercise surface into rotation; a data processing unit operatively connected to the electric motor, the data processing unit being configured to control said electric motor. The method (500) comprising steps of: - (a) determining (501), by the data processing unit, a magnitude variable over time correlated to the interaction of the user with the physical exercise surface while performing the physical activity, the magnitude variable over time having a substantially periodic trend; - (b) determining (502), by the data processing unit, respective time instants of at least two points among a plurality of points of the periodic trend of the magnitude variable over time, the respective time instants of each point of said plurality of points being representative of the instants of the interaction of the user with the physical exercise surface of the treadmill while running; - (c) determining (503), by the data processing unit, at least one running phase of the user on the physical exercise surface of the treadmill as a function of the respective time instants of said at least two points determined from the plurality of points of the periodic trend of the magnitude variable over time.
    • 8. 发明公开
    • GYMNASTIC MACHINE WITH MOVABLE STEPS AND OPERATION METHOD THEREOF
    • 具有可移动步骤的体操机器及其操作方法
    • EP3210655A1
    • 2017-08-30
    • EP17155256.5
    • 2017-02-08
    • Technogym S.p.A.
    • GATTI, DavideBELLAVISTA, AlessandroDEL MONACO, AlessandroSERRA, Claudio
    • A63B22/04A63B24/00
    • A63B22/04A63B21/005A63B21/15A63B23/04A63B24/0087A63B69/0057A63B2220/833
    • The present invention concerns a gymnastic machine (1) of the type having movable steps (41 a , 41 b ,..., 41 h ), comprising a supporting frame (2), for the resting of said gymnastic machine (1) on the floor, a movable stair(41) comprising a plurality of elongated elements (411 a , 411 b , ..., 411 p ), each elongated element (411 n ) being hinged in series to a preceding elongated element (411 n-1 ) and to a following elongated element (411 n+1 ), so as to form a closed series, two consecutive elongated elements (411 a , 411 b , ..., 411 p ) forming a step (41 a ...41 h ) of said movable stair (41) acting respectively as tread and riser, said gymnastic machine (1) being characterized in that at least one elongated element (411 n ) comprises at least one first (411' n ) and one second (411" n ) part articulated to each other.
      The present invention also concerns an operating method of said gymnastic machine.
    • 本发明涉及一种具有可移动台阶(41a,41b,...,41h)类型的体操机器(1),其包括用于将所述体操机器(1)搁置在地板上的支撑框架(2) 包括多个细长元件(411a,411b,...,411p)的可移动台阶(41),每个细长元件(411n)与前一个细长元件(411n-1)以及随后的细长元件 (411n + 1)以形成闭合串联,形成所述可移动楼梯(41)的阶梯(41a ... 41h)的两个连续细长元件(411a,411b,...,411p) 所述健身器(1)的特征在于,至少一个细长元件(411n)包括彼此铰接的至少一个第一(411'n)和一个第二(411“n)部分。本发明还涉及 所述体操机器的操作方法。
    • 10. 发明公开
    • AN ADAPTIVE CONTROL METHOD OF A TREADMILL AND TREADMILL IMPLEMENTING SUCH METHOD
    • EP3536386A1
    • 2019-09-11
    • EP19160880.1
    • 2019-03-05
    • Technogym S.p.A.
    • PAGANELLI, PaoloDEL MONACO, AlessandroRONCHI, Fabio
    • A63B24/00A63B22/02
    • An adaptive control method for a treadmill (100) comprising, in a current time instant t i , with 1 1 , t 2 , ..., t N , steps of:
      - dividing, by an electronic control unit (200) for the movement of a physical exercise surface (104) of the treadmill (100), the physical exercise surface (104) of the treadmill (100) facing a user (U) when training on the treadmill (100) into a plurality (PZ) of control zones of the treadmill (100) as a function of a distance from a reference point (RF) arranged on the treadmill (100), the physical exercise surface (104) having a development direction (DS) and a first feeding direction (v1),
      the plurality (PZ) of control zones, along the development direction (DS) of the physical exercise surface (104), comprising:
      at least a first control zone (Z1) having a respective first width (A1) along the development direction (DS) of the physical exercise surface (104), the first width (A1) being between a first boundary line (E1) and a second boundary line (E1'), the first boundary line (E1) being at a first distance (D1) from the reference point (RF), the second boundary line (E1') being at a second distance (D1') from the reference point (RF), the second distance (D1') being greater than the first distance (D1);
      - at least a second control zone (Z2) having a respective second width (A2) along the development direction (DS) of the physical exercise surface (104), the second width (A2) being included between a third boundary line (E2) and a fourth boundary line (E2'), the third boundary line (E2) being at a third distance (D2) from the reference point (RF), the fourth boundary line (E2') being at a fourth distance (D2') from the reference point (RF), the fourth distance (D2') being greater than the third distance (D2), the fourth boundary line (E2') of said at least a second control zone (Z2) coinciding with the first boundary line (E1) of said at least a first control zone (Z1);

      - detecting, by the electronic control unit (200) for the movement of the physical exercise surface (104) of the treadmill (100), a distance value (dU(t i )) of the portion (PU) of the user (U) from the reference point (RF);
      - comparing, by the electronic control unit (200) for the movement of the physical surface (104) of the treadmill (100), the detected distance value (dU(t i )) with the first distance (D1) of the first boundary line (E1) of the at least a first control zone (Z1);
      if the detected distance value (dU(t i )) is smaller than the first distance (D1) of the first boundary line (E1) of the at least a first control zone (Z1), the method further comprises steps of:
      - controlling, by the electronic control unit (200) for the movement of the physical exercise surface (104) of the treadmill (100), an increase in the feeding speed of the physical exercise surface (104);
      - modifying, by the electronic control unit (200) for the movement of the physical exercise surface (104) of the treadmill (100), the first distance (D1) of the first boundary line (E1) of the at least a first control zone (Z1) from a first value to a second value, along the development direction (DS) of the physical exercise surface (104) in a second feeding direction (v2) opposite to the first feeding direction (v1), the second value being either greater than or equal to the detected distance value (dU(t i )).