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    • 1. 发明授权
    • Method and arrangement for limiting the damage to a mine clearance vehicle in the event of large mine detonations
    • 发生大型雷电爆炸时限制对排雷车辆造成损害的方法和安排
    • US06644167B1
    • 2003-11-11
    • US09623976
    • 2000-11-29
    • Lars-Olov LindskogGunnar SjödinTorgny Röjare
    • Lars-Olov LindskogGunnar SjödinTorgny Röjare
    • F41H1112
    • F41H11/26
    • The present invention relates to a method and an arrangement to mitigate damage to a rotary cultivator type mine clearer. In the event of detonations, triggered by the mine clearance tool, the present invention acts to mitigate damage to the mine-clearing tool, the mechanical mine clearer drive function, and its suspension. Detonation forces are, in a first stage, damped by hydraulic and/or mechanical damping members which are coupled between the bearing points of the tool and the engine driving the tool and which connect those parts to form a combined unit. If the detonation force is not absorbed, then, in a second stage, the detonation force remaining after the first stage damping, is counter to some of the combined weight of a unit formed by the tool, its bearings and the engine driving the tool. In response to the detonation force remaining, after first stage damping, the damping members pivot the unit upwards about a transverse axis allowing the detonation force, remaining after the first stage damping, to be expended lifting the mine clearance tool from the detonation site. If detonation force remains, then, in a third stage, the damping members channel the detonation force remaining, after first and second stage damping, through a deformation zone between ground-working parts and the bearings supporting the mine clearance tool, absorbing the remaining detonation force in the deformation zone, without affecting the bearings.
    • 本发明涉及一种减轻对旋转式耕耘式矿井清理器的破坏的方法和装置。 在由排雷工具触发的爆震事件中,本发明用于减轻对排雷工具的损害,机械式清雷器驱动功能及其暂停。 爆炸力在第一阶段被液压和/或机械阻尼件阻尼,液压和/或机械阻尼构件联接在工具的轴承点和驱动工具的发动机之间,并连接这些部件以形成组合单元。 如果爆震力不被吸收,则在第二阶段中,在第一阶段阻尼之后残留的爆轰力与由工具,其轴承和引擎驱动工具形成的单元的组合重量相抵消。 响应于剩余的引爆力,在第一级阻尼之后,阻尼构件使单元向上绕横向轴线枢转,允许在第一级阻尼之后保留的爆炸力消除从排雷位置提升排雷工具。 如果爆震力仍然存在,那么在第三阶段,阻尼构件在第一和第二阶段阻尼之后通过地面作业部分和支撑排雷工具的轴承之间的变形区域引导剩余的引爆力,吸收剩余的爆震 力在变形区,不影响轴承。