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    • 1. 发明申请
    • A METHOD FOR CALCULATING FORCES ACTING ON THE FOOTPRINT AREA OF A TYRE AND APPARATUS FOR CALCULATING SAID FORCES
    • 一种用于计算轮胎最终区域的力的计算方法和计算装置的装置
    • WO2007102175A1
    • 2007-09-13
    • PCT/IT2006/000134
    • 2006-03-07
    • PIRELLI PNEUMATIC S.P.A.POLITECNICO DI MILANOSAVARESI, SergioTANELLI, MaraLANGTHALER, Peter
    • SAVARESI, SergioTANELLI, MaraLANGTHALER, Peter
    • B60T8/172
    • B60T8/1725B60T2240/03B60T2240/04
    • A method of calculating forces acting on the footprint area of a tyre, said tyre (1) being mounted on a wheel (2) in turn mounted on a hub (3) for engagement with a vehicle, said tyre (1) being moved along a longitudinal direction substantially parallel to the ground (4), said method comprising the following steps: detecting a first angular position (α) of said footprint area (5); detecting a second angular position (β) of a reference point (P) substantially integral with said hub (3); comparing said first and second angular positions (αr β) with each other to determine a phase displacement (δφ) between said reference point (P) and footprint area (5); determining a parameter (k) representing an angular velocity (ω) of said wheel (2); calculating at least one longitudinal force (Fx) in said footprint area (5) as a function of at least said phase displacement (δφ) and said parameter (k). Also described is an apparatus for calculating said forces.
    • 一种计算作用在轮胎的覆盖区域上的力的方法,所述轮胎(1)安装在轮(2)上,所述轮(2)又安装在轮毂(3)上,用于与车辆接合,所述轮胎(1)沿着 基本上平行于地面(4)的纵向方向,所述方法包括以下步骤:检测所述覆盖区域(5)的第一角度位置(a); 检测与所述轮毂(3)基本上成一体的参考点(P)的第二角位置(β); 将所述第一和第二角度位置(arβ)彼此进行比较,以确定所述参考点(P)和足迹区域(5)之间的相位位移(df); 确定表示所述车轮(2)的角速度(ω)的参数(k); 作为至少所述相位位移(df)和所述参数(k)的函数,计算所述覆盖区域(5)中的至少一个纵向力(Fx)。 还描述了一种用于计算所述力的装置。
    • 2. 发明申请
    • METHOD AND ELECTRONIC SYSTEM FOR THE AUTOMATIC MANAGEMENT OF THE ENERGY AUTONOMY OF A VEHICLE PARTICULARLY OF ELECTRIC VEHICLES
    • 电动车特别能量自动化自动化管理方法与电子系统
    • WO2012123862A2
    • 2012-09-20
    • PCT/IB2012/051090
    • 2012-03-08
    • PIAGGIO & C. S.P.A.SANTUCCI, MarioDI TANNA, OnorinoSAVARESI, SergioTANELLI, MaraDARDANELLI, AndreaPICASSO, Bruno
    • SANTUCCI, MarioDI TANNA, OnorinoSAVARESI, SergioTANELLI, MaraDARDANELLI, AndreaPICASSO, Bruno
    • B60L11/18
    • B60L15/2045B60L11/1861B60L15/025B60L2240/12B60L2240/14B60L2240/60B60L2240/70B60L2260/52Y02T10/643Y02T10/7005Y02T10/7044Y02T10/705Y02T10/7258Y02T10/7291Y02T90/16Y02T90/161
    • A method (100) is described for the automatic management of the energy autonomy of a vehicle of the type comprising a torque-controllable motor (21), a plurality of sensors (22) for the instantaneous measurement of a plurality of drive parameters and of energy capacity (C) of such a vehicle, and a first central control unit (23) coupled with the motor (21), capable of generating an instantaneous torque request (m d ) on the basis of a request of a user. The method (100) comprises the phases of receiving (101) from an interface means (11) a signal for indicating a distance and/or a path to cover, and dividing the distance and/or the path into a plurality of space intervals; calculating (102) an allowable variation of energy capacity (AC) in a space interval on the basis of an energy capacity (C) detected by the plurality of sensors (22) and on the basis of variation laws of the energy capacity (C); determining (103) limit conditions for the speed and/or acceleration of the vehicle (20), on the basis of a map, chosen among a plurality of maps of speed-acceleration-variation of energy capacity; generating (110) a regulated instantaneous torque request (m) on the basis of the speed and/or acceleration detected by the plurality of sensors (22), of the determined limit conditions for the speed and/or acceleration and of the instantaneous torque request (m d ) generated by the first central control unit (23). Moreover, an electronic system (10) capable of implementing such a method is described.
    • 描述了用于自动管理包括扭矩可控电动机(21)的车辆的能量自主性的方法(100),用于多个驱动参数的瞬时测量的多个传感器(22)和 这种车辆的能量容量(C)以及与电机(21)耦合的第一中央控制单元(23),能够基于用户的请求产生瞬时转矩请求(md)。 方法(100)包括从接口装置(11)接收(101)用于指示距离和/或路径的信号的相位,并将距离和/或路径划分成多个间隔; 基于由所述多个传感器(22)检测到的能量容量(C),并且基于所述能量容量(C)的变化规律,计算(102)空间间隔中的能量容量(AC)的允许变化, ; 基于在能量容量的速度加速度变化的多个映射中选择的映射来确定(103)所述车辆(20)的速度和/或加速度的限制条件; 基于由多个传感器(22)检测到的速度和/或加速度,确定用于速度和/或加速度和瞬时扭矩请求的所确定的极限条件的(110)稳定的瞬时扭矩请求(m) (md)由第一中央控制单元(23)生成。 此外,描述能够实现这种方法的电子系统(10)。