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    • 22. 发明申请
    • MACHINE CONTROL SYSTEM FOR OPERATING CONSTRUCTION MACHINE
    • WO2021016788A1
    • 2021-02-04
    • PCT/CN2019/098138
    • 2019-07-29
    • GUANGXI LIUGONG MACHINERY CO., LTD.
    • WAGNER, Edward
    • E02F9/20E02F3/96
    • Machine control system (100) for operating a construction machine (1). The machine control system (100) comprises a plurality of operating elements (110) for operating the construction machine (1) in a loader mode and in at least one excavator mode. The machine control system (100) further comprises a control device (120) that is configured to selectively set a loader control layout (L) or at least one excavator control layout (E1, E2) of the plurality of operating elements (110), wherein the loader control layout (L) comprises an assignment of the plurality of operating elements (110) with loader operating functions and the at least one excavator control layout (E1, E2) comprises an assignment of the plurality of operating elements (110) with excavator operating functions that is different to the assignment of the plurality of operating elements (110) with the loader operating functions. The machine control system (100) further comprises a switch (130) that is configured to communicate with the control device (120) for selecting one of the loader control layout (L) and the at least one excavator control layout (E1, E2). Construction machine (1) that comprises such a machine control system (100).
    • 24. 发明申请
    • LOADER WITH LIFTING ARRANGEMENT
    • WO2019144686A1
    • 2019-08-01
    • PCT/CN2018/117221
    • 2018-11-23
    • GUANGXI LIUGONG MACHINERY CO., LTD.
    • WAGNER, EdwardPLANTE, Sean
    • E02F3/28E02F3/36E02F3/42
    • A loader (1) has a frame arrangement with a front frame portion (2) and a rear frame portion (3), and an operator's cab (7) mounted to the rear frame portion (3), the operator's cab (7) having a front window (13) with a lower boundary (43), and a lifting arrangement (17; 30), which is mounted to the front frame portion (2). The lifting arrangement (17; 30) comprises a main arm (18), which is provided with a pivot connector (19) at a proximate end thereof and an equipment connector (20) at a distal end thereof, a main arm support means (21) for pivotably supporting the pivot connector (19) of the main arm (18), wherein the main arm support means (21) is movable in a direction which includes at least a component in the front-rear direction with respect to the front frame portion (2), and a main arm actuating element (24) for pivoting the main arm (18) such that the equipment connector (20) is movable between a lowered position and a lifted position, wherein the loader (1) is configured such that the pivot connector (19) is situated below at least a section (43.1) of the lower boundary (43) of the front window (13) in an operating position of the lifting arrangement (17; 30).
    • 25. 发明申请
    • MULTIPLE LEVEL WORK HYDRAULICS ANTI-STALL
    • 多级液压工作液压防静电
    • WO2018085974A1
    • 2018-05-17
    • PCT/CN2016/105019
    • 2016-11-08
    • GUANGXI LIUGONG MACHINERY CO., LTD.
    • BECKER, AaronYANG, ShengqingQIE, SongtaoSHAO, Hui
    • E02F3/16
    • A power transmission arrangement (10) for a construction vehicle (1), comprising an engine (4), a hydraulic power system (12, 13) for powering work hydraulics (7, 8) of the construction vehicle (1), which is feedable with power from the engine (4), the hydraulic power system (12, 13) including a power limiter (17) for limiting the power supply of the engine (4) to the hydraulic power system (12, 13) to different power limit values, a drivetrain power system (11) for powering locomotion of the construction vehicle (1), the drivetrain power system (11) being feedable with power from the engine (4), a determining device for determining an operational state of the construction vehicle (1), and a controller (22) configured to control the power limiter (17) to limit the power supply of the engine (4) to the hydraulic power system (12, 13) to different power limit values, these power limit values being set depending on the operational state of the construction vehicle (1) determined by the determining device. Furthermore, a construction vehicle (1) including such a power transmission arrangement (10) and a method of controlling such a power transmission arrangement(10).
    • 一种用于施工车辆(1)的动力传输装置(10),包括发动机(4),用于为所述工作液压装置(7,8)提供动力的液压动力系统(12,13) 所述液压动力系统(12,13)包括功率限制器(17),所述功率限制器(17)用于限制所述发动机(4)向所述液压动力系统 (12,13)转换成不同的功率极限值,用于驱动施工车辆(1)的移动的传动系动力系统(11),动力传动系动力系统(11)可由来自发动机(4)的动力供给,确定装置 ,用于确定所述施工车辆(1)的运行状态;以及控制器(22),其被配置为控制所述功率限制器(17)以将所述发动机(4)到所述液压系统(12,13)的供电限制到 不同的功率极限值,这些功率极限值是根据建筑车辆的运行状态(1)确定而设定的 由确定装置确定。 此外,包括这种动力传动装置(10)的建筑车辆(1)和控制这种动力传动装置(10)的方法。