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    • 7. 发明申请
    • SYSTEMS AND METHODS FOR ELECTRIC CONTROLLED REACH CARRIAGE
    • 电控装载系统及方法
    • US20140260733A1
    • 2014-09-18
    • US13837084
    • 2013-03-15
    • Fernando D. Goncalves
    • Fernando D. Goncalves
    • F16H25/12
    • F16H25/2021B66F9/122F16H2025/2081Y10T74/18568Y10T74/18696
    • An electric actuator replaces the hydraulic reach actuator in a reach carriage for a reach truck. The electric actuator may be a linear actuator and may have a rotary motor and a combination ball screw and ball assembly for converting the rotary motion of the motor into linear motion to extend and retract a rod. A force limiter can be disposed between the motor and the ball screw, and may be coupled to the motor and the ball screw. The force limiter prevents a contact force on the rod from damaging the motor. The force limiter allows the reach carriage to operate normally until a contact force occurs, then disengages if a threshold level of force is exceeded. The force limiter may be a torque limiter that automatically reengages after the contact force has attenuated.
    • 一个电动执行器代替了一辆伸缩式货车的到达支架上的液压到达致动器。 电致动器可以是线性致动器,并且可以具有旋转电动机和用于将电动机的旋转运动转换成线性运动以将杆延伸和缩回的组合滚珠丝杠和球组件。 力限制器可以设置在电动机和滚珠丝杠之间,并且可以联接到电动机和滚珠丝杠。 力限制器防止杆上的接触力损坏电机。 力限制器允许到达托架正常运行,直到发生接触力,然后如果超过阈值液压力,则释放。 力限制器可以是在接触力衰减后自动重新接合的扭矩限制器。
    • 8. 发明授权
    • Systems and methods for maintaining an industrial lift truck within defined bounds
    • 将工业叉车保持在规定范围内的系统和方法
    • US09002557B2
    • 2015-04-07
    • US13828334
    • 2013-03-14
    • Fernando D. GoncalvesPaul P. McCabe
    • Fernando D. GoncalvesPaul P. McCabe
    • B60L9/00B66F9/08B66F17/00B66F9/24
    • B66F17/003B66F9/24
    • Systems and methods maintain a lift truck within defined bounds. A controller analyzes actual and/or predicted lift truck behavior, and based on the analyzed lift truck behavior, the controller control at least one lift truck performance parameter. The performance parameter is controlled to maintain the lift truck center of gravity within a stability map, the stability map to define a three-dimensional range of center of gravity positions that maintains lift truck stability. The performance parameter is also controlled to maintain an intended path of the lift truck within an allowable deviation map, the allowable deviation map defining a two-dimensional envelope of allowable lift truck travel deviation from the intended path of the lift truck.
    • 系统和方法将起重机保持在规定的范围内。 控制器分析实际和/或预测的起重车行为,并且基于分析的起重车行为,控制器控制至少一个起重车性能参数。 控制性能参数以将起重车重心保持在稳定性图中,稳定性图定义维持起重车稳定性的重心位置的三维范围。 性能参数也被控制以将起重车的预期路径保持在可允许的偏差映射范围内,允许偏差映射限定了允许的起重车行进偏离起重车的预定路径的二维包络。
    • 9. 发明申请
    • ELECTROMAGNETIC BRAKE SYSTEM AND ELECTROMAGNETIC BRAKE FOR CONTROLLING MOTION
    • 电磁制动系统和电磁制动器用于控制运动
    • US20110000751A1
    • 2011-01-06
    • US12735874
    • 2009-03-16
    • J. David CarlsonFernando D. Goncalves
    • J. David CarlsonFernando D. Goncalves
    • F16D49/08F16D65/27F16D65/16B21D53/88
    • F16D49/08F16D2121/22F16D2129/065Y10T29/49622
    • An electromagnetic brake system and brake for controlling motion between a first machine body (32) and a second machine body (34) is provided. The electromagnetic brake system and brake include an interior core member (36), the interior core member coupling with the first body (32). The electromagnetic brake includes an outer exterior member (38), the outer exterior member enclosing the interior core member, the outer exterior member coupling with the second body. The electromagnetic brake includes a resilient spring brake lock member (40) having a brake torque stiffness, the resilient spring brake lock member (40) between the interior core member (36) and the outer exterior member (38), the resilient spring brake lock member (40) engaging the interior core member (36) wherein the resilient spring brake lock member inhibits rotation between the outer exterior member and the interior core member, and an electromagnetic field applied by an electromagnetic unlocking member disengages the resilient spring brake lock member from engaging the interior core member and provides for rotation between the outer exterior member and the interior core member.
    • 提供了用于控制第一机体(32)和第二机体(34)之间的运动的电磁制动系统和制动器。 电磁制动系统和制动器包括内部芯构件(36),内部芯构件与第一主体(32)联接。 电磁制动器包括外部外部构件(38),外部外部构件包围内部芯构件,外部外部构件与第二主体联接。 电磁制动器包括具有制动扭矩刚度的弹性弹簧制动器锁定构件(40),弹性弹簧制动器锁定构件(40)在内部芯构件(36)和外部外部构件(38)之间,弹性弹簧制动器锁 构件(40)接合内部芯构件(36),其中弹性弹簧制动器锁定构件禁止外部外部构件和内部芯构件之间的旋转,并且由电磁解锁构件施加的电磁场使弹性弹簧制动器锁定构件从 接合所述内部芯部构件并且提供所述外部外部构件和所述内部芯构件之间的旋转。
    • 10. 发明申请
    • SYSTEMS AND METHODS FOR MAINTAINING AN INDUSTRIAL LIFT TRUCK WITHIN DEFINED BOUNDS
    • 在定义的边界内维护工业提升卡车的系统和方法
    • US20140277871A1
    • 2014-09-18
    • US13828334
    • 2013-03-14
    • Fernando D. GoncalvesPaul P. McCabe
    • Fernando D. GoncalvesPaul P. McCabe
    • B66F17/00
    • B66F17/003B66F9/24
    • Systems and methods maintain a lift truck within defined bounds. A controller analyzes actual and/or predicted lift truck behavior, and based on the analyzed lift truck behavior, the controller control at least one lift truck performance parameter. The performance parameter is controlled to maintain the lift truck center of gravity within a stability map, the stability map to define a three-dimensional range of center of gravity positions that maintains lift truck stability. The performance parameter is also controlled to maintain an intended path of the lift truck within an allowable deviation map, the allowable deviation map defining a two-dimensional envelope of allowable lift truck travel deviation from the intended path of the lift truck.
    • 系统和方法将起重机保持在规定的范围内。 控制器分析实际和/或预测的起重车行为,并且基于分析的起重车行为,控制器控制至少一个起重车性能参数。 控制性能参数以将起重车重心保持在稳定性图中,稳定性图定义维持起重车稳定性的重心位置的三维范围。 性能参数也被控制以将起重车的预期路径保持在可允许的偏差映射范围内,允许偏差映射限定了允许的起重车行进偏离起重车的预定路径的二维包络。