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    • 32. 发明申请
    • DIGGING EQUIPMENT WITH RELATIVE IMPROVED HYDRAULIC SYSTEM
    • 具有相对改进液压系统的设备
    • US20150267371A1
    • 2015-09-24
    • US14664023
    • 2015-03-20
    • SOILMEC S.p.A.
    • Valentino CICCOTELLI
    • E02D3/12F15B11/17E02F9/22F15B19/00F15B20/00E21B7/02F15B11/22
    • E02D3/126E02F3/205E02F9/2232E02F9/226E02F9/2292E21B7/02
    • The invention includes digging equipment having a self-propelled base machine provided with an arm that supports a digging tool. The digging tool is provided with a device for crumbling soil. The digging tool is operatively connected to the base machine through a suspending flexible element that can be wound or unwound by a winch arranged on the base machine. The base machine also includes a main power engine, to actuate all the hydraulic apparatuses of the digging equipment, and a hydraulic system consisting of two independent and separate hydraulic circuits (S; U). A first hydraulic circuit (S) is configured to control and supply the main service apparatuses of the base machine, including a movement apparatus for moving the digging tool. A second hydraulic circuit (U) is configured to control and supply the main digging apparatuses of the digging tool, including at least the actuators of the device for crumbling soil.
    • 本发明包括挖掘设备,其具有设置有支撑挖掘工具的臂的自推进基础机器。 挖掘工具设有破碎土壤的装置。 挖掘工具通过可由布置在基础机器上的绞盘缠绕或退绕的悬挂柔性元件可操作地连接到基础机器。 基本机器还包括主动力发动机,以致动挖掘设备的所有液压装置,以及由两个独立和分离的液压回路(S; U)组成的液压系统。 第一液压回路(S)被配置为控制和供给基础机器的主要服务设备,包括用于移动挖掘工具的移动装置。 第二液压回路(U)构造成控制和供给挖掘工具的主要挖掘装置,其至少包括用于破碎土壤的装置的致动器。
    • 34. 发明申请
    • METHOD AND SYSTEM FOR CONTROLLING THE MOVEMENT OF A MAST OF A DRILLING MACHINE, IN PARTICULAR FOR OBTAINING PILES
    • 用于控制钻孔机的运动的方法和系统,特别是用于获得钻头
    • US20140151078A1
    • 2014-06-05
    • US13911589
    • 2013-06-06
    • SOILMEC S.p.A.
    • Bruno BETTINIMassimo MORELLINI
    • E21B7/02
    • E21B7/023E02D7/00E02D13/10
    • The method comprises the following operations: delivering a moving power to at least one linear actuator (1, 7) arranged to move a mast (5) mounted so as to swing with respect to a self-propelled structure (3) among a plurality of moving operating configurations; delivering an actuating power to a winch (8) which is supported by said self-propelled structure (3) and adapted to allow the winding or unwinding of a respective traction element which is constrained to a drilling assembly, in particular a bank of telescopic or kelly bars (12) to which a drilling tool can be associated; at least temporarily preventing a relative axial movement between said drilling assembly (12) and said mast (5) during the passage between at least two consecutive operating configurations; and automatically controlling the delivery of said moving power in a coordinated manner with the delivery of said actuating power when said axial movement is hindered.
    • 该方法包括以下操作:向至少一个线性致动器(1,7)输送移动功率,所述至少一个线性致动器(1,7)被布置成移动安装成相对于自推进结构(3)摆动的桅杆(5) 移动操作配置; 向由所述自推进结构(3)支撑的绞盘(8)提供致动动力,并且适于允许相应的牵引元件的卷绕或展开,该牵引元件被约束到钻井组件,特别是一组伸缩或 可与之相关联的钻孔工具的钻杆(12); 至少在至少两个连续的操作构型之间通过期间暂时地防止所述钻井组件(12)和所述桅杆(5)之间的相对轴向移动; 并且当所述轴向运动受阻时,以协调的方式自动控制所述移动动力的输送与所述致动动力的输送。