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    • 2. 发明授权
    • Vehicle having tire wear evaluation system
    • 车辆具有轮胎磨损评估系统
    • US08319621B2
    • 2012-11-27
    • US12709096
    • 2010-02-19
    • Akira KikuchiMotoo FutamiToshikazu MinoshimaTomohiko YasudaTakayuki SatoKichio Nakajima
    • Akira KikuchiMotoo FutamiToshikazu MinoshimaTomohiko YasudaTakayuki SatoKichio Nakajima
    • B60Q1/00
    • B60C23/04B60C11/246B60C99/006
    • A vehicle which evaluates tire wear properly even in a road condition that tires easily slip or lock up. The vehicle, which has a driven wheel and a driving wheel with tires attached thereto, includes: a revolution speed detector for detecting revolution speeds of the driven and driving wheels; a wheel speed detector for detecting wheel speeds of the driven and driving wheels based on the detected revolution speed data of the driven and driving wheels; a wheel speed ratio detector for detecting a wheel speed ratio between the driven and driving wheels based on the detected wheel speed data of the driven and driving wheels; and a tire condition evaluator for outputting an evaluation result indicating that the tire(s) attached to the driven wheel and/or driving wheel is(are) worn when the wheel speed ratio is higher than a preset threshold.
    • 即使在轮胎容易滑动或锁定的道路状况下也能够正确地评估轮胎磨损的车辆。 具有从动轮和附带轮胎的驱动轮的车辆包括:用于检测从动和驱动轮的转速的转速检测器; 用于根据所检测到的从动驱动轮和驱动轮的转速数据来检测从动和驱动轮的车轮速度的车轮速度检测器; 轮速比检测器,用于根据检测到的从动和驱动轮的车轮速度数据来检测从动和驱动车轮之间的车轮速比; 以及轮胎状况评估器,用于输出当轮速比高于预设阈值时表示安装在从动轮和/或驱动轮上的轮胎被磨损的评估结果。
    • 6. 发明授权
    • Dump vehicle overturn preventing device
    • 倾倒车辆翻倒防止装置
    • US08670906B2
    • 2014-03-11
    • US13505749
    • 2010-12-09
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • B60P1/56
    • B60P1/04B60P1/045B60P1/283
    • Provided is an overturn preventing device for a dump vehicle equipped with a body (3) and hoist cylinders (5). The dump vehicle overturn preventing device comprises: a loaded weight estimation unit (32) which estimates loaded weight on the body; a vehicle rotation moment calculation unit (33) which calculates a vehicle rotation moment Mb caused by movement of the dump vehicle's load upon discharging of the load; a reference moment calculation unit (34) which determines a reference moment Ms not greater than an overturn threshold moment MI which is the minimum value of a rotation moment required to lift the front wheels (1) off the ground; a judgment unit (35) which judges whether or not the vehicle rotation moment Mb has exceeded the reference moment Ms; and a display device (37) which notifies the driver that there is a probability of an overturn of the vehicle when the vehicle rotation moment Mb is judged to have exceeded the reference moment Ms. The device thus prevents overturning of the vehicle caused by the load sliding down from the body in a lump.
    • 本发明提供一种用于装备有主体(3)和起重缸(5)的倾卸车辆的翻倒防止装置。 倾倒车辆翻倒防止装置包括:负载重量估计单元(32),其估计车身上的重量; 车辆旋转力矩计算单元(33),其计算由所述倾卸车辆的负载在所述负载的放电时的移动而引起的车辆旋转力矩Mb; 确定不大于将前轮(1)离开地面所需的旋转力矩的最小值的倾覆阈值力矩MI的参考力矩Ms确定的基准力矩计算单元(34) 判断车辆旋转时刻Mb是否超过基准时刻Ms的判断单元(35) 以及显示装置(37),当车辆旋转力矩Mb被判断为超过基准时刻时,通知驾驶员存在车辆翻倒的可能性。该装置因此防止由负载引起的车辆翻倒 从身体滑落下来。
    • 7. 发明申请
    • SYSTEM FOR MONITORING FOR RISK OF ROAD SHOULDER COLLAPSE, AND TRANSPORT VEHICLE
    • 运输车辆风险监测系统及运输车辆
    • US20110010040A1
    • 2011-01-13
    • US12819562
    • 2010-06-21
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • G06F7/00
    • B60P1/045B60R11/04
    • Disclosed herein is a shoulder collapse risk monitoring system capable of alerting a driver to a risk of a road shoulder collapse during approach operations to the shoulder.The system includes: a shoulder shape measuring device 101 that measures a shape and slope angle of a road shoulder around a vehicle; a measurement position identification section 121 that identifies a wheel position relative to the shoulder when the shape and slope angle of the shoulder are measured by the shoulder shape measuring device; a shoulder strength calculating section 122 that calculates, from the shape and slope angle of the shoulder measured by the shoulder shape measuring device, strength of the shoulder at the wheel position identified by the measurement position identification section; a wheel load measuring section 123 that measures a wheel load of the wheel whose position has been identified by the measurement position identification section; and an alert device 105 that presents information on a risk of a collapse of the shoulder at the identified wheel position by comparing the wheel load measured by the wheel load measuring section, with the shoulder strength calculated by the shoulder strength calculating section.
    • 本文公开了一种肩塌陷风险监测系统,其能够在驾驶员在到达肩部的进场操作期间警惕道路肩部崩溃的风险。 该系统包括:肩部形状测量装置101,其测量车辆周围的道路肩部的形状和倾斜角度; 测量位置识别部121,其通过肩部形状测量装置测量肩部的形状和倾斜角度时,识别相对于肩部的车轮位置; 肩部强度计算部122,其根据由肩部形状测量装置测量的肩部的形状和倾斜角度,计算由测量位置识别部分识别的车轮位置处的肩部的强度; 车轮负载测量部分123,其测量已经由测量位置识别部分识别位置的车轮的车轮负载; 以及警报装置105,其通过将由车轮负载测量部测量的车轮负载与由肩部强度计算部计算出的肩强度进行比较来呈现关于在所识别的车轮位置处的肩部塌缩的风险的信息。
    • 8. 发明申请
    • ELECTRIC VEHICLE WITH PITCH CONTROL DEVICE
    • 电动车具有调节控制装置
    • US20100161164A1
    • 2010-06-24
    • US12637819
    • 2009-12-15
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • G06F19/00
    • B60L15/20B60L2240/26Y02T10/645Y02T10/7275Y10T477/30
    • Changes in the number of passengers or in load cause significant changes in vehicle weight, thus making it impossible to appropriately suppress a pitching motion of a vehicle chassis, hence rendering a necessary driving torque difficult to ensure, resulting in a decrease in drivability being insuppressible. An electric vehicle with a drive including a motor and a controller comprises a pitching quantity detector that detects a magnitude of a pitching motion of the vehicle, a vehicle weight determination unit that determines weight of the vehicle, a torque correction calculator that uses a traveling state of the vehicle and the determined vehicle weight to change a driving torque output from the drive, and a control gain varying element that adjusts a control gain of the torque correction calculator according to a magnitude of the vehicle weight value output from the vehicle weight determination unit.
    • 乘客数量或负载量的变化引起车辆重量的重大变化,因此不可能适当地抑制车辆底盘的俯仰运动,因此难以确保必要的驱动转矩,导致驾驶性能降低是不能被抑制的。 具有电动机和控制器的驱动器的电动车辆包括:俯仰量检测器,其检测车辆的俯仰运动的大小;确定车辆重量的车辆重量确定单元;使用行驶状态的转矩校正计算器; 以及确定的车辆重量以改变从所述驱动器输出的驱动转矩;以及控制增益改变元件,其根据从所述车辆重量确定单元输出的所述车辆重量值的大小来调整所述扭矩校正计算器的控制增益 。
    • 9. 发明授权
    • System for monitoring for risk of road shoulder collapse, and transport vehicle
    • 用于监测路肩崩溃风险的系统和运输车辆
    • US08406965B2
    • 2013-03-26
    • US12819562
    • 2010-06-21
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • Masanori IchinoseTomohiko YasudaTakayuki Sato
    • G01M17/00G06F7/00G06F11/30G06F19/00G06F7/70G07C5/00G06G7/00G06G7/76G06G7/56B60Q1/00B60Q1/26G08G1/09
    • B60P1/045B60R11/04
    • Disclosed herein is a shoulder collapse risk monitoring system capable of alerting a driver to a risk of a road shoulder collapse during approach operations to the shoulder.The system includes: a shoulder shape measuring device 101 that measures a shape and slope angle of a road shoulder around a vehicle; a measurement position identification section 121 that identifies a wheel position relative to the shoulder when the shape and slope angle of the shoulder are measured by the shoulder shape measuring device; a shoulder strength calculating section 122 that calculates, from the shape and slope angle of the shoulder measured by the shoulder shape measuring device, strength of the shoulder at the wheel position identified by the measurement position identification section; a wheel load measuring section 123 that measures a wheel load of the wheel whose position has been identified by the measurement position identification section; and an alert device 105 that presents information on a risk of a collapse of the shoulder at the identified wheel position by comparing the wheel load measured by the wheel load measuring section, with the shoulder strength calculated by the shoulder strength calculating section.
    • 本文公开了一种肩塌陷风险监测系统,其能够在驾驶员在到达肩部的进场操作期间警惕道路肩部崩溃的风险。 该系统包括:肩部形状测量装置101,其测量车辆周围的道路肩部的形状和倾斜角度; 测量位置识别部121,其通过肩部形状测量装置测量肩部的形状和倾斜角度时,识别相对于肩部的车轮位置; 肩部强度计算部122,其根据由肩部形状测量装置测量的肩部的形状和倾斜角度,计算由测量位置识别部分识别的车轮位置处的肩部的强度; 车轮负载测量部分123,其测量已经由测量位置识别部分识别位置的车轮的车轮负载; 以及警报装置105,其通过将由车轮负载测量部测量的车轮负载与由肩部强度计算部计算出的肩强度进行比较来呈现关于在所识别的车轮位置处的肩部的塌缩的风险的信息。