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    • 1. 发明授权
    • Dual operator position for material handling vehicle
    • 物料搬运车辆的双操作员位置
    • US5044472A
    • 1991-09-03
    • US446268
    • 1989-12-05
    • Ned E. DammeyerHarold A. Stammen
    • Ned E. DammeyerHarold A. Stammen
    • B66F9/075B66F9/20
    • B66F9/07545B66F9/20B60N2002/247
    • A materials handling vehicle, such as a turret stockpicker, is provided with control circuits and hardware to allow an operator to control the vehicle from either a standing or seated position while providing all of the safety interlocks that ensure proper operation of the vehicle. All functions of the vehicle, including raising and lowering of forks and moving the vehicle, are affected by the operator's position. The switch associated with the operator's seat indicates whether the operator is in the standing or seated position, and the control of the vehicle is appropriately modified to conform to industry standards according to the mode selected from the operator. An electronic circuit is responsive to an operator actuated seat switch to control the mode of operation wherein, a) if the operator is standing, floor operated switches control the braking of the vehicle, with braking being applied upon release of either of said switches, and b) if the operator is sitting, a pair of pedestal switches must both be activated to permit selected operations of the vehicle and lift truck functions, and wherein braking is controlled by the operation of a pedestal brake switch.
    • 物料搬运车辆,例如炮塔储料器,设置有控制电路和硬件,以允许操作者从站立或就座位置控制车辆,同时提供确保车辆正常操作的所有安全联锁装置。 车辆的所有功能,包括叉车的升降,车辆的移动都受到操作人员的影响。 与操作员座椅相关的开关指示操作员是否处于站立或就座位置,并且根据从操作者选择的模式适当地修改车辆的控制以符合行业标准。 电子电路响应于操作者致动的座椅开关来控制操作模式,其中,a)如果操作者站立,地板操作的开关控制车辆的制动,在释放任何一个开关时施加制动,以及 b)如果操作者坐着,则必须启动一对基座开关以允许车辆的选定操作和起重车功能,并且其中制动由基座制动开关的操作来控制。
    • 2. 发明授权
    • Remote viewing apparatus for fork lift trucks
    • 叉车远程观赏设备
    • US5586620A
    • 1996-12-24
    • US439985
    • 1995-05-12
    • Ned E. DammeyerTodd M. FullenkampHarold A. Stammen
    • Ned E. DammeyerTodd M. FullenkampHarold A. Stammen
    • B66F9/075B66F9/12B66F9/16B66F9/08B66F17/00
    • B66F9/0755B66F9/122B66F9/16
    • A fork lift truck includes a fork level sensor located in the forks, away from the vertical mast of a lift truck for detecting the true level of the forks, and a vision system including a camera which may take several forms. In one form, a single camera is mounted in a housing which may be moved to a protected location vertically either by sliding in the carriage assembly, or by use of a parallelogram device. In another form, multiple cameras are employed where a second camera may either mounted above the first camera in the same housing or mounted between the forks. Alternatively, the first camera may perform multiple roles by being moved vertically from a first predetermined location below the bottom of the forks to a higher elevation a second predetermined location relative to the forks. A video display terminal, which shows the view observed by the camera, may also include a fork level indicator, a reticle for assisting in adjusting the vertical position of the forks, and an indicator showing the specific truck function selected by the operator.
    • 叉车包括位于叉中的叉级传感器,远离叉车的垂直桅杆以检测叉的真实水平,以及包括可能采取多种形式的相机的视觉系统。 在一种形式中,单个照相机安装在壳体中,其可以通过在托架组件中滑动或通过使用平行四边形装置而垂直地移动到受保护的位置。 在另一种形式中,采用多个相机,其中第二相机可以安装在同一外壳中的第一相机上方或者安装在叉之间。 或者,第一相机可以通过从叉的底部下方的第一预定位置垂直移动到相对于叉的第二预定位置的较高高度来执行多个角色。 示出由相机观察到的视图的视频显示终端还可以包括叉级指示器,用于辅助调整叉的垂直位置的掩模版和示出操作者选择的特定卡车功能的指示器。
    • 4. 发明授权
    • Fork level indicator for lift trucks
    • 叉车叉指示器
    • US5738187A
    • 1998-04-14
    • US692409
    • 1996-08-05
    • Ned E. DammeyerTodd M. FullenkampHarold A. Stammen
    • Ned E. DammeyerTodd M. FullenkampHarold A. Stammen
    • B66F9/075B66F9/12B66F9/16B66F9/24
    • B66F9/0755B66F9/122B66F9/16
    • A fork lift truck includes a fork level sensor located in the forks, away from the vertical mast of a lift truck for detecting the true level of the forks, and a vision system including a camera which may take several forms. In one form, a single camera is mounted in a housing which may be moved to a protected location vertically either by sliding in the carriage assembly, or by use of a parallelogram device. In another form, multiple cameras are employed where a second camera may be either mounted above the first camera in the same housing or mounted between the forks. Alternatively, the first camera may perform multiple roles by being moved vertically from a first predetermined location below the bottom of the forks to a higher elevation a second predetermined location relative to the forks. A video display terminal, which shows the view observed by the camera, may also include a fork level indicator, a reticle for assisting in adjusting the vertical position of the forks, and an indicator showing the specific truck function selected by the operator.
    • 叉车包括位于叉中的叉级传感器,远离叉车的垂直桅杆以检测叉的真实水平,以及包括可能采取多种形式的相机的视觉系统。 在一种形式中,单个照相机安装在壳体中,其可以通过在托架组件中滑动或通过使用平行四边形装置而垂直地移动到受保护的位置。 在另一种形式中,采用多个相机,其中第二相机可以被安装在同一外壳中的第一相机上方或者安装在叉之间。 或者,第一相机可以通过从叉的底部下方的第一预定位置垂直移动到相对于叉的第二预定位置的较高高度来执行多个角色。 示出由相机观察到的视图的视频显示终端还可以包括叉级指示器,用于辅助调整叉的垂直位置的掩模版和示出操作者选择的特定卡车功能的指示器。
    • 5. 再颁专利
    • Fork level indicator for lift trucks
    • 叉车叉指示器
    • USRE37215E1
    • 2001-06-12
    • US09360184
    • 1999-07-23
    • Ned E. DammeyerTodd M. FullenkampHarold A. Stammen
    • Ned E. DammeyerTodd M. FullenkampHarold A. Stammen
    • B66F916
    • B66F9/0755B66F9/122B66F9/16
    • A fork lift truck includes a fork level sensor located in the forks, away from the vertical mast of a lift truck for detecting the true level of the forks, and a vision system including a camera which may take several forms. In one form, a single camera is mounted in a housing which may be moved to a protected location vertically either by sliding in the carriage assembly, or by use of a parallelogram device. In another form, multiple cameras are employed where a second camera may be either mounted above the first camera in the same housing or mounted between the forks. Alternatively, the first camera may perform multiple roles by being moved vertically from a first predetermined location below the bottom of the forks to a higher elevation a second predetermined location relative to the forks. A video display terminal, which shows the view observed by the camera, may also include a fork level indicator, a reticle for assisting in adjusting the vertical position of the forks, and an indicator showing the specific truck function selected by the operator.
    • 叉车包括位于叉中的叉级传感器,远离叉车的垂直桅杆以检测叉的真实水平,以及包括可能采取多种形式的相机的视觉系统。 在一种形式中,单个照相机安装在壳体中,其可以通过在托架组件中滑动或通过使用平行四边形装置而垂直地移动到受保护的位置。 在另一种形式中,采用多个相机,其中第二相机可以被安装在同一外壳中的第一相机上方或者安装在叉之间。 或者,第一相机可以通过从叉的底部下方的第一预定位置垂直移动到相对于叉的第二预定位置的较高高度来执行多个角色。 示出由相机观察到的视图的视频显示终端还可以包括叉级指示器,用于辅助调整叉的垂直位置的掩模版和示出操作者选择的特定卡车功能的指示器。
    • 6. 发明授权
    • Two force levels of mechanical braking for materials handling vehicles
    • 材料处理车辆的两个力级别的机械制动
    • US5205620A
    • 1993-04-27
    • US766785
    • 1991-09-27
    • Ned E. DammeyerHarold A. Stammen
    • Ned E. DammeyerHarold A. Stammen
    • B60T8/00B60T13/22B66F9/075
    • B66F9/07509B60T13/22B60T8/00
    • A materials handling vehicle employs a two step braking process where full brakes are applied to stop the vehicle quickly when it is traveling at a fast rate, and partial braking force is applied to stop the vehicle smoothly when it is traveling slowly. The amount of the braking force is controlled by the spring force applied to the braking shoes. Whenever the vehicle is moving at or less than a predetermined speed, only the brakes on one pair of wheels, typically the load wheel brakes, that is the brakes on the wheels under the load, will be used when braking action is requested. This will permit the vehicle to stop smoothly, and not abruptly as would be the case if full braking were to be applied. If the vehicle is moving faster than the predetermined speed, then full braking force will be applied by actuating the brakes on both pairs of wheels whenever requested by the operator or by the vehicle control system. Both the load wheel brakes and the steered wheel brakes are conventional spring applied brakes which are released by hydraulic pressure applied to individual brake cylinders.
    • 材料处理车辆采用两步制动过程,其中应用全制动器以快速行驶时快速停止车辆,并且施加部分制动力以在缓慢行驶时平稳地停止车​​辆。 制动力的量由施加到制动靴的弹簧力控制。 每当车辆以预定速度移动或小于预定速度时,只有在要求制动动作时,将使用一对车轮上的制动器(通常是负载轮制动器),即在负载下的车轮上的制动器。 这将允许车辆平稳地停止,而不是突然地如同使用全制动的情况那样。 如果车辆移动速度比预定速度快,那么当操作者或车辆控制系统要求时,通过在两对车轮上执行制动来施加完全制动力。 负载轮制动器和转向轮制动器都是常规的弹簧施加制动器,其通过施加到单个制动缸的液压被释放。
    • 10. 发明授权
    • Personnel carrying vehicle
    • 人员携带车辆
    • US6000502A
    • 1999-12-14
    • US60661
    • 1998-04-15
    • Paul J. LeasorHarold A. Stammen
    • Paul J. LeasorHarold A. Stammen
    • B62D1/02B66F9/06B66F9/07B66F11/04
    • B66F9/06B62D1/02B66F11/04B66F9/072
    • An apparatus and method are provided for guiding a personnel carrying vehicle including a body with a pair of driven rear wheels and a pair of front caster wheels into a narrow aisle. A pair of guide rollers are mounted on each side of the vehicle and spaced between the front caster wheels and the driven rear wheels. A steering rail extends between the pair of guide rollers on each side of the vehicle and is curved inwardly towards the body. A guide rail is placed on each side of the narrow aisle for engaging the vehicle mounted rollers with the guide rails terminating in entry ends which engage the steering rails for entry of the vehicle into the narrow aisle. The vehicle is steered forward toward an aisle entrance to cause one of the forward guide rollers to engage one of the guide rails and one of the aisle entry ends to engage one of the steering rails. Continuing forward movement of the vehicle causes the vehicle to rotate about the engaged aisle entry end to align the vehicle within the aisle. Aisle rollers may be placed at the entry ends of the guide rails for engaging the vehicle mounted steering rails.
    • 提供了一种装置和方法,用于将包括具有一对从动后轮的主体的人员搬运车辆和一对前脚轮引导到窄通道中。 一对导辊安装在车辆的每侧,并且在前脚轮和从动后轮之间分开。 转向轨在车辆的每一侧上的一对导向辊之间延伸并朝向车身向内弯曲。 导轨位于狭窄通道的每一侧,用于接合车辆安装的滚子,导轨终止于入口端,导轨接合转向轨道,以将车辆进入窄通道。 车辆向前朝向通道入口转动,使一个前引导辊接合一个导轨和一个通道进入端,以接合转向轨道之一。 车辆的继续前进运动导致车辆围绕接合的走道入口端旋转,以使车辆在通道内对准。 过道辊可以放置在导轨的入口端,用于接合车载转向轨道。