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    • 83. 发明授权
    • Device for actuating an articulated mast, especially for concrete pumps
    • 用于致动铰接式桅杆的装置,特别是用于混凝土泵
    • US07011108B2
    • 2006-03-14
    • US10473277
    • 2002-02-22
    • Hartmut BenckertPaul Von Bäumen
    • Hartmut BenckertPaul Von Bäumen
    • E04G21/04B66C13/18
    • B66C13/18B66C13/066B66C13/40E04G21/0436E04G21/0463Y10T137/86389Y10T137/8807
    • The invention relates to a device for monitoring the safety of an articulated mast (22), especially of a concrete distribution mast, whose mast segments (23 to 27) are controlled via a remote control (50) and a control device (62) that is responsive to the remote control signals using a computer-assisted circuit arrangement (80). Safety monitoring is made possible by the provision of an interrupter element (112, 112′) in the control device (62) which disrupts, via a delay member (116), the connection to the control inputs of the actuators (92, 94) associated drive units and/or the feed units (98, 100) for the purpose of power or pressured oil feed once the remote control elements (52) of the remote control device (50) are in the off-position.
    • 本发明涉及一种用于监测铰接式桅杆(22)的安全性的装置,特别是一种混凝土分配桅杆,其桅杆段(23至27)通过遥控器(50)和控制装置(62)进行控制, 使用计算机辅助电路装置(80)响应于遥控信号。 通过在控制装置(62)中设置断续器元件(112,112'),经由延迟构件(116)中断与致动器(92,94)的控制输入的连接,可以进行安全监控, 一旦远程控制装置(50)的遥控元件(52)处于关闭位置,则用于电力或加压供油的目的的相关联的驱动单元和/或进给单元(98,100)。
    • 84. 发明申请
    • Device for actuating an articulated mast, especially for concrete pumps
    • 用于致动铰接式桅杆的装置,特别是用于混凝土泵
    • US20040094212A1
    • 2004-05-20
    • US10473277
    • 2003-09-30
    • Hartmut BenckertPaul Von Bnullumen
    • F17D001/00
    • B66C13/18B66C13/066B66C13/40E04G21/0436E04G21/0463Y10T137/86389Y10T137/8807
    • The invention relates to a device for monitoring the safety of an articulated mast (22), especially of a concrete distribution mast, whose mast segments (23 to 27) are controlled via a remote control (50) and a control device (62) that is responsive to the remote control signals using a computer-assisted circuit arrangement (80). Safety monitoring is made possible by the provision of an interrupter element (112, 112null) in the control device (62) which disrupts, via a delay member (116), the connection to the control inputs of the actuators (92, 94) associated drive units and/or the feed units (98, 100) for the purpose of power or pressured oil feed once the remote control elements (52) of the remote control device (50) are in the off-position.
    • 本发明涉及一种用于监测铰接式桅杆(22)的安全性的装置,特别是一种混凝土分配桅杆,其桅杆段(23至27)通过遥控器(50)和控制装置(62)进行控制, 使用计算机辅助电路装置(80)响应于遥控信号。 通过在控制装置(62)中设置断续器元件(112,112'),经由延迟构件(116)中断与致动器(92,94)的控制输入的连接,可以进行安全监控, 一旦远程控制装置(50)的遥控元件(52)处于关闭位置,则用于电力或加压供油的目的的相关联的驱动单元和/或进给单元(98,100)。
    • 85. 发明授权
    • Mechanism for suppressing vibrations of travelling crane
    • 抑制起重机振动的机理
    • US4995517A
    • 1991-02-26
    • US516731
    • 1990-04-30
    • Yoshimi Saotome
    • Yoshimi Saotome
    • B66C13/18B66C15/00B66C23/82B66C23/88E02F9/22
    • B66C13/18B66C13/066B66C23/82E02F9/2207
    • A mechanism for effectively suppressing vibrations in travel of mobile type crane includes; a boom lifting hydraulic cylinder connected between a vehicle body of the mobile crane and a boom; a main hydraulic pump; a direction control valve for supplying the discharge oil of the main hydraulic pump selectively to and from a first load-supporting oil chamber and an opposingly located second oil chamber of the boom lifting cylinder. A vibration suppressing accumulator is connected between the boom lifting cylinder and the direction control valve; a first change-over valve is selectively switchable between a travel mode position for forming a closed circuit through the first and second oil chambers and a working mode position for supplying the oil pressure independently to and from the first and second oil chambers; a second change-over valve is selectively switchable between a travel mode position for communicating the accumulator with the closed circuit and a working mode position for blocking oil flow from the closed circuit to the accumulator. Also provided are; a boom position detectors; a first selector for switching on and off oil pressure supply to the second oil chamber from an auxiliary oil pressure source; and a second selector for switching on and off oil pressure supply to the accumulator from an auxiliary oil pressure source.
    • 一种有效抑制移动式起重机行驶中振动的机构包括: 连接在移动式起重机的车身与起重臂之间的起重臂起重液压缸; 主液压泵; 用于主动液压泵的排出油选择性地从第一负载支撑油室和悬臂起重缸的相对定位的第二油室供给的方向控制阀。 减震蓄能器连接在动臂提升缸和方向控制阀之间; 第一转换阀可以在通过第一和第二油室形成闭合回路的行驶模式位置和与第一和第二油室独立地供给油压的工作模式位置之间切换; 第二转换阀可以在用于使蓄能器与闭合回路连通的行驶模式位置和用于阻止从闭合回路到蓄能器的油流动的工作模式位置之间切换。 还提供 吊臂位置检测器; 第一选择器,用于从辅助油压源接通和断开对第二油室的油压供应; 以及第二选择器,用于从辅助油压源接通和关闭对蓄能器的油压供应。
    • 89. 发明申请
    • CONTROL STRATEGY FOR REDUCING BOOM OSCILLATION
    • 减少汽车振荡的控制策略
    • US20160298719A1
    • 2016-10-13
    • US15036749
    • 2014-11-07
    • EATON CORPORATION
    • Meng (Rachel) WANGMichael Berne RANNOW
    • F16F15/027F16F15/023
    • F16F15/027B66C13/066E02F9/2207E02F9/221E04G21/0436E04G21/0454F15B21/008F15B2211/3051F15B2211/3057F15B2211/329F15B2211/35F15B2211/355F15B2211/6306F15B2211/6313F15B2211/6336F15B2211/665F15B2211/8613F15B2211/8616F16F15/023
    • A hydraulic system (600) and method for reducing boom dynamics of a boom (30), while providing counter-balance valve protection, includes a hydraulic cylinder (110), first and second counter-balance valves (300, 400), first and second control valves (700, 800), and first and second blocking valves (350, 450). A net load (90) is supported by a first chamber (116, 118) of the hydraulic cylinder, and a second chamber (118, 116) of the hydraulic cylinder may receive fluctuating hydraulic fluid flow from the second control valve to produce a vibratory response (950) that counters environmental vibrations (960) on the boom. The method may include measuring first pressure ripples at the second chamber and reducing a magnitude of second pressure ripples at the first chamber. The pressure ripples may be transformed into a flow command by multiplying the pressure ripples by a gain and/or phase shifting. The gain and/or the phase shifting may be adjusted by feedback. The feedback may include the second pressure ripples at the load holding chamber, a position of the hydraulic actuator, and/or an operator input. A reference signal may be filtered with a moving average filter.
    • 在提供平衡阀保护的同时提供悬臂(30)的起重臂动力学的液压系统(600)和方法包括液压缸(110),第一和第二平衡阀(300,400),第一和第二平衡阀 第二控制阀(700,800)以及第一和第二阻塞阀(350,450)。 净负载(90)由液压缸的第一腔室(116,118)支撑,并且液压缸的第二腔室(118,116)可接收来自第二控制阀的波动的液压流体流动以产生振动 响应(950),用于对吊臂上的环境振动(960)进行计数。 该方法可以包括测量第二室处的第一压力波动并且减小第一室处的第二压力波动的大小。 压力波纹可以通过将压力波纹乘以增益和/或相移来转换成流动指令。 增益和/或相移可以通过反馈进行调整。 反馈可以包括负载保持室处的第二压力波动,液压致动器的位置和/或操作者输入。 参考信号可以用移动平均滤波器滤波。