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    • 2. 发明公开
    • LOADING SYSTEM FOR EMPTYING A CONTAINER, VEHICLE PROVIDED THEREWITH, AND METHOD THEREFOR
    • 用于清除集装箱的装载系统,提供给它的车辆及其方法
    • EP3184470A1
    • 2017-06-28
    • EP16205985.1
    • 2016-12-21
    • Terberg Machines B.V.
    • Versteeg, Jan PaulWestra, Robert ArieHoekstra, Rienk Rinze
    • B65F3/04
    • B65F3/046B65F2003/024B65F2003/0296
    • The loading system (6) comprises a lifting and tilting mechanism (32) provided with a carrier (40), a lifting arm (34), a drive (46, 72) and a closing mechanism (33) operatively connected to the lifting and tilting mechanism (32) for enclosing a container (66) and provided with a clamping arm (52) embodied to enclose the container (66) together with the carrier (40) in a closed situation, wherein the clamping arm (52) is connected with a clamping pivot (54) to the carrier (40), a closing arm (58), wherein a first outer end is connected via a first pivot (60) to the loading system (6) and a second outer end is connected via a second pivot (62) to the clamping arm (52), wherein the distance (D) between a pivot shaft of the second pivot (62) and a tilting pivot shaft of the tilting pivot (38) is reduced during the lifting movement, and the loading system (6) further comprising a spring mechanism (64), wherein the spring mechanism (64) comprises a bias.
    • 装载系统(6)包括提升和倾斜机构(32),所述提升和倾斜机构设置有可操作地连接到升降机构的托架(40),升降臂(34),驱动器(46,72)和关闭机构(33) 用于封闭容器(66)的倾斜机构(32),并且设有夹紧臂(52),所述夹紧臂被实施为在封闭状态下将所述容器(66)与所述载体(40)一起封闭,其中所述夹紧臂 其特征在于,具有通向承载件(40)的夹紧枢轴(54)的闭合臂(58),其中第一外端经由第一枢轴(60)连接至加载系统(6)并且第二外端通过 (62)的第二枢轴(62),其中在升降运动期间第二枢轴(62)的枢轴与倾斜枢轴(38)的倾斜枢轴之间的距离(D)减小, 和所述装载系统(6)还包括弹簧机构(64),其中所述弹簧机构(64)包括偏压。
    • 8. 发明公开
    • Loading system for lifting and emptying a container
    • Ladevorrichtung zum Heben und Entleeren einesBehälters
    • EP2347978A1
    • 2011-07-27
    • EP10190679.0
    • 2010-11-10
    • Terberg Machines B.V.
    • Versteeg, Jan Paul
    • B65F3/00
    • The loading system (4) comprises:
      - a frame (12) with coupling means mountable on the collector;
      - a lifting mechanism (14) connected to the frame (12) for lifting the container (6);
      - a drive system (36) operatively connected to the lifting mechanism (14), the drive system (36) comprising:
      - connecting means (40) for operatively connecting the drive system (36) to an external energy source (38);
      - an electric motor (46) and control means (44) for controlling the electric motor (46);
      - a hydraulic pump (48) driven by the electric motor (46) for hydraulically controlling a lifting cylinder (52) of the lifting mechanism (14); and
      - a hydraulic fluid reservoir (54) operatively connected to the hydraulic pump (48).
    • 装载系统(4)包括: - 框架(12),其具有可安装在收集器上的联接装置; - 连接到用于提升容器(6)的框架(12)的提升机构(14); - 驱动系统(36),其可操作地连接到所述提升机构(14),所述驱动系统(36)包括: - 用于将所述驱动系统(36)可操作地连接到外部能量源(38)的连接装置(40) - 电动机(46)和用于控制电动机(46)的控制装置(44)。 - 由用于液压控制提升机构(14)的提升缸(52)的电动机(46)驱动的液压泵(48); 和 - 可操作地连接到液压泵(48)的液压油箱(54)。
    • 10. 发明公开
    • Loading system for a refuse collection truck
    • LadevorrichtungfüreinMüllsammelfahrzeug
    • EP2192055A1
    • 2010-06-02
    • EP09177192.3
    • 2009-11-26
    • Terberg Machines B.V.
    • Versteeg, Jan Paul
    • B65F3/00
    • B65F3/00B65F2003/003B65F2003/024B65F2003/0286B65F2003/0296
    • The loading system (4) for a refuse collection truck (2) comprises:
      - a frame provided with a number of lifting arms (14) for lifting and setting down a container (6) that is being emptied;
      - a drive (34,40) connected operatively to the lifting arms (14) for lifting the lifting arms (14); and
      - a control connected operatively to the drive (34,40) for controlling the drive (34,40),

      wherein the drive comprises variably adjustable activating means for wholly or partially activating the drive such that the energy supplied by the drive substantially corresponds to the energy required to move the lifting arms (14).
    • 垃圾收集车(2)的装载系统(4)包括: - 设有多个提升臂(14)的框架,用于提升和放下正在排空的容器(6); - 驱动器(34,40),其可操作地连接到用于提升提升臂(14)的提升臂(14); 以及 - 可操作地连接到所述驱动器(34,40)以用于控制所述驱动器(34,40)的控制器,其中所述驱动器包括可变调节的启动装置,用于完全或部分地启动所述驱动器,使得由所述驱动器提供的能量基本对应于 移动提升臂(14)所需的能量。