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    • 5. 发明授权
    • Boom lock
    • 动臂锁
    • US06648582B2
    • 2003-11-18
    • US10106624
    • 2002-03-26
    • Peter John MayerDouglas S. StatesDavid E. Lemm
    • Peter John MayerDouglas S. StatesDavid E. Lemm
    • B66F900
    • E02F3/388E02F3/384
    • A boom lock having an actuator and a hook assembly locks a boom of a work vehicle to a swing frame. The hook assembly is pivotally coupled to the swing frame and comprises two hooks and an actuator plate. The hook assembly has a locked position wherein the hooks contact a catch assembly located on the boom and an unlocked position wherein the hooks do not engage the catch assembly. The hook assembly is moved between these two positions by the actuator. The actuator is provided with a fork having an upper tine that contacts the top surface of the actuator plate and a lower tine that contacts the bottom surface of the actuator plate. The actuator is pivotally mounted to the vehicle by a bracket and is provided with a latch for latching the actuator in a first or second position.
    • 具有致动器和钩组件的吊杆锁将工作车辆的起重臂锁定到摆动框架。 钩组件枢转地联接到摆动框架并且包括两个钩和致动器板。 钩组件具有锁定位置,其中钩接触位于起重臂上的锁扣组件和解锁位置,其中钩不接合锁扣组件。 钩组件通过致动器在这两个位置之间移动。 致动器设置有具有接触致动器板的顶表面的上齿的接头和接触致动器板的底表面的下齿。 致动器通过支架枢转地安装到车辆,并且设置有用于将致动器锁定在第一或第二位置的闩锁。
    • 6. 发明授权
    • Transversely driven projection and retraction assembly
    • 横向驱动投影和缩回组件
    • US06572324B2
    • 2003-06-03
    • US09924887
    • 2001-08-08
    • Jason Tory Ihm
    • Jason Tory Ihm
    • B66F900
    • E02F3/407E02F3/962Y10S37/903Y10S414/125
    • A free-floating hydraulic piston cylinder situated in side-to-side orientation in which the piston rod advances from the cylinder which it causes to move in the opposite direction. To the piston rod as well as to the opposite end of the cylinder is connected linkage which changes the direction of force and pushes a moveable frame with attached spears in a forward ready-for-work direction. This arrangement permits the attachment of a great number of the spears because the moving frame can be efficiently acted upon all the way along its length rather than just near its middle portion.
    • 一个自由浮动的液压活塞缸,其位于侧向对置,其中活塞杆从气缸前进,导致其沿相反方向移动。 对于活塞杆以及气缸的相对端,连接的联动装置改变了力的方向,并且将可移动的框架与连接的矛杆推向向前的准备工作方向。 这种布置允许附接大量的长矛,因为移动框架可以在其长度上一直有效地作用,而不仅仅是靠近其中间部分。
    • 7. 发明授权
    • Hook assembly and method of extending reach
    • 钩组件及延伸方法
    • US06237976B1
    • 2001-05-29
    • US09411967
    • 1999-10-04
    • Robert W. Whitt, Jr.
    • Robert W. Whitt, Jr.
    • B66F900
    • B66C1/34B66F9/12
    • The present invention is directed to a hook assembly and method for extending the reach of transportation load handling systems such as military load handling systems employing hook arms and loading platforms designed to be loaded and unloaded from ISO containers. The hook assembly of the present invention includes a hook member adapted to mate with the load handling platform and a locking assembly extending form the hook member to secure the hook member to the existing hook of a load handling device. Such an assembly extends the reach of the existing hook of the load handling device and is particularly well suited for maintaining engagement with a loading platform. A method of extending the reach of an existing loading device hook is also disclosed.
    • 本发明涉及一种用于延伸运输装载处理系统的接触的钩组件和方法,例如使用钩装置的军事装载处理系统和设计成从ISO集装箱装载和卸载的装载平台。 本发明的钩组件包括适于与负载处理平台配合的钩构件和从钩构件延伸的锁定组件,以将钩构件固定到负载处理装置的现有钩上。 这种组件延伸了负载处理装置的现有钩子的范围,并且特别适合于保持与装载平台的接合。 还公开了一种扩展现有装载装置钩的伸展方法。
    • 8. 发明授权
    • Dynamic control algorithm and program for power-assisted lift device
    • 动力控制算法和电动助力升降装置程序
    • US06204619B1
    • 2001-03-20
    • US09412188
    • 1999-10-04
    • Edward Y. L. GuLeo Paul Gerard Oriet
    • Edward Y. L. GuLeo Paul Gerard Oriet
    • B66F900
    • B66C23/005
    • A dynamic control system for a power-assist device has a statics formulator for determining a set of static torques for the lift system based on force data from the lift system. The control system further includes a dynamics formulator for determining a set of dynamic torques for the lift system based on joint data and the static torques. A static torque and a dynamic torque is therefore determined for each joint of the assist device. The control system also includes a torque summation module for summing the dynamic torques with the static torques to determine torque data for each joint of the lift system. The torque summation module applies the torque data to the lift system to achieve dynamic compensation within a substantially shorter response time. Thus, a method and system are presented for dynamically controlling a power-assisted lift system to continuously reduce human operator strain in a real-time mode.
    • 用于动力辅助装置的动态控制系统具有静态配制器,用于基于来自升降系统的力数据确定用于升降系统的一组静态扭矩。 控制系统还包括一个动力学配置器,用于基于联合数据和静态转矩来确定用于电梯系统的一组动态转矩。 因此,为辅助装置的每个关节确定静态扭矩和动态扭矩。 控制系统还包括扭矩求和模块,用于将动态转矩与静态转矩相加,以确定电梯系统每个接头的扭矩数据。 扭矩求和模块将扭矩数据应用于电梯系统,以在短时间内实现动态补偿。 因此,提出了一种方法和系统,用于动态地控制功率辅助升力系统,以在实时模式下连续地减少操作人员的应变。