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    • 77. 发明公开
    • System for accessing information for maintaining and repairing industrial vehicles
    • 系统用于工业车辆的保养和维修访问信息
    • EP2289836A3
    • 2011-04-13
    • EP10191853.0
    • 2009-04-15
    • THE RAYMOND CORPORATION
    • Medwin, SteveMcCabe, Paul
    • B66F9/24
    • B66F9/24B66F9/0755Y02T10/7258
    • An industrial vehicle (10) has a controller (12) connected to a plurality of sensors (44,57,58,59,66) for accumulating information related to operation of the vehicle. The controller employs that information in governing further vehicle operation to reduce the likelihood of damage to the vehicle or a load being transported. The information also is analyzed to determine how efficiently the industrial vehicle and its operator are performing in relation to performance benchmarks for the vehicle and in comparison to other industrial vehicles. Performance of the industrial vehicle can be limited to conserve battery power and restrict recharging the battery (37) to off-peak hours of an electrical utility. When the sensors detect a malfunction of the industrial vehicle, a fault code is produced. A service technician can use that fault code to automatically access repair manuals stored in the computer system of the vehicle and obtain information for diagnosing and correcting the malfunction.
    • 一种工业车辆(10)具有用于累积与车辆的手术信息连接到传感器(44,57,58,59,66)的多个控制器(12)。 在治理此外车辆手术损伤的可能性降低到车辆或负载被输送的控制器采用的信息一样。 该信息被如此分析,以确定矿如何有效的工业车辆和运营商都在执行有关性能基准测试车辆和相对于其他工业车辆。 工业车辆的性能可被限制,以节省电池功率和限制对电池再充电(37)至非高峰时间的电用途。 当传感器检测工业车辆的故障,故障代码被产生。 服务技术人员可以使用没有故障代码来自动访问存储在所述车辆的电脑系统修理手册和用于诊断和校正故障获取信息。
    • 80. 发明公开
    • Fork assembly lift mechanism
    • Gabelanordnungshebemechanismus
    • EP2116442A1
    • 2009-11-11
    • EP09005893.4
    • 2009-04-28
    • THE RAYMOND CORPORATION
    • Gramatikov, Ivan, Kirilov
    • B62B3/06B66F9/075
    • B62B3/0618B66F9/07518
    • A fork assembly lift mechanism (24) is disclosed that is configurable for use in a material handling vehicle (10) for moving a fork assembly (14), including a fork trail assembly (66), between a lowered position and a raised position. The fork assembly lift mechanism comprises a master cylinder (52a,52b) coupled to a truck body (12) and the fork assembly (14) for moving the fork assembly (14) between the lowered position and the raised position, and a slave cylinder (64a,64b) coupled to the fork assembly and the fork trail assembly (66) for moving the fork trail assembly (66) between the retracted position and the extended position. The slave cylinder (64a,64b) is in fluid communication with the master cylinder (52a,52b) such that actuation of the master cylinder results in actuation of the slave cylinder to move the fork assembly (14) between the lowered position and the raised position, and to move the fork trail assembly (24) between the retracted position and the extended position.
    • 公开了一种叉组件提升机构(24),其可配置用于材料搬运车辆(10),用于在降低位置和升高位置之间移动包括叉尾组件(66)的叉组件(14)。 叉组件提升机构包括联接到卡车主体(12)的主缸(52a,52b)和用于在下降位置和升高位置之间移动叉组件(14)的叉组件(14),以及从动缸 (64a,64b),其联接到叉组件和叉尾部组件(66),用于在缩回位置和伸出位置之间移动叉尾组件(66)。 从动缸(64a,64b)与主缸(52a,52b)流体连通,使得主缸的致动导致从动缸的致动,以使叉组件(14)在降低位置和升高的 并且使叉尾部组件(24)在缩回位置和伸出位置之间移动。