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    • 2. 发明授权
    • Pallet clamping device
    • 托盘夹紧装置
    • US07544037B2
    • 2009-06-09
    • US11485207
    • 2006-07-12
    • Forrest A. HaverfieldPatrick A. SoderDouglas W. MeyersMichael A. Heitkamp
    • Forrest A. HaverfieldPatrick A. SoderDouglas W. MeyersMichael A. Heitkamp
    • B66F9/18
    • B66F9/18B62B3/06B62B2203/29B66F9/183
    • A pallet clamping device is mounted between forks of a material handling vehicle. The device clamps to a stringer of a pallet using a pair of horizontally moveable jaws. The jaws are resiliently forced toward one another for clamping a stringer so that a clamped pallet will not move off the forks. The jaws are mounted for pivoting and sliding motion relative to mounting pins which, together with links coupling the jaws to a base of the device, tighten jaw closure if a pallet moves away from the forks. The pivoting and sliding motion of the jaws helps align the jaws with pallets not perfectly aligned with the vehicle. Depression of a foot pedal moves the jaws from a closed position to a latched open position for receiving a pallet stringer. The jaws can also be moved to an unlatched open position for receiving a greater width center stringer. Upon release of the operating device from the unlatched open position, the jaws move toward their closed position.
    • 托盘夹紧装置安装在材料处理车辆的叉之间。 该装置使用一对水平移动的夹爪夹紧到托盘的纵梁上。 夹爪相互弹性地相互夹紧,以夹紧桁条,使得夹紧的托盘不会从叉子上移开。 夹爪安装成相对于安装销枢转和滑动运动,如果托盘远离货叉移动,连接钳口的装置与装置的基座一起紧固钳口闭合。 夹爪的枢转和滑动运动有助于使夹爪与车辆不完全对准的托盘对齐。 踏板踏板将颚板从关闭位置移动到锁定的打开位置,以接收托盘纵梁。 夹爪也可以移动到未锁定的打开位置,以接收更大的宽度中心纵梁。 当操作装置从解锁的打开位置释放时,夹爪朝着关闭位置移动。
    • 3. 发明授权
    • Materials handling vehicle mast height sensor
    • 物料搬运车桅高度传感器
    • US06533076B1
    • 2003-03-18
    • US10068709
    • 2002-02-06
    • Forrest A. HaverfieldAllen T. Trego
    • Forrest A. HaverfieldAllen T. Trego
    • B66B300
    • B66F9/0755
    • A knurled wheel is coupled to a sensor mounted to one mast member and the wheel is forced into another mast member so that the wheel/sensor rotate upon mast movement. The sensor generates signals, corresponding to mast movement, which are processed conventionally to determine mast height, etc. The knurled wheel forms a track on the contacted mast member and the knurl engages the track. The wheel can be forced into the mast member with a force of six to nine pounds. To enhance the versatility of the mast height sensing device, the thickness of the wheel can be made less than ⅛ inch, for example {fraction (1/16)} inch. The sensor can be an encoder or a sensor bearing and a heater can be provided for operation in cold environments to ensure rotation of the sensor under such conditions.
    • 滚花轮联接到安装到一个桅杆构件上的传感器,并且该轮被迫进入另一个桅杆构件,使得车轮/传感器在桅杆运动时旋转。 传感器产生对应于桅杆运动的信号,其通常被传统地处理以确定桅杆高度等。​​滚花轮在接触的桅杆构件上形成轨道,并且滚花接合轨道。 车轮可以用六到九磅的力量被迫进入桅杆构件。 为了增强桅杆高度感测装置的多功能性,轮的厚度可以小于1/8英寸,例如1/16英寸。 传感器可以是编码器或传感器轴承,并且可以提供加热器以在寒冷的环境中操作,以确保在这种条件下传感器的旋转。