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    • 127. 发明申请
    • CUTTER HEAD FOR DREDGING GROUND AND USE OF THIS CUTTER HEAD FOR DREDGING GROUND
    • 用于耕地的切割头和用于耕地的切割头
    • US20120000712A1
    • 2012-01-05
    • US13143048
    • 2009-12-29
    • Stijn Claessens
    • Stijn Claessens
    • E21B10/00E02F3/88
    • E02F9/2866E02F3/9231
    • The invention relates to a cutter head (10) for dredging ground under water, this cutter head being suitable for attachment rotatably around a central axis to the ladder (2) of a cutter suction dredger (1) and for being moved through the ground (9) therewith in a lateral sweeping movement, the cutter head comprising a base ring (13), a hub (14) situated at a distance in the direction of the central axis from the base ring, and a plurality of arms (15) extending from the base ring to the hub, wherein a passage opening (16) is located between arms and wherein the arms are provided with a first series of cutting tools on a leading part (15a) relative to the direction of rotation of the cutter head, and wherein at least one arm is provided with a second series of cutting tools on a part of the arm (15b) facing away from the central axis.
    • 本发明涉及一种用于在水下疏浚地面的切割头(10),该切割头适于围绕切割器抽吸挖泥船(1)的梯子(2)的中心轴线可旋转地附接并且被移动通过地面 如图9所示,在横向扫掠运动中,刀头包括基部环(13),毂(14),其位于距离基部环的中心轴线方向一定距离处,并且多个臂(15)延伸 从所述基座环到所述毂,其中通道开口(16)位于臂之间,并且其中所述臂在相对于所述切割头的旋转方向的引导部分(15a)上设置有第一系列切割工具, 并且其中至少一个臂在所述臂(15b)的远离所述中心轴线的部分上设置有第二系列切割工具。
    • 128. 发明授权
    • Method of accurately dredging a desired profile contour
    • 精确疏浚所需轮廓轮廓的方法
    • US4374420A
    • 1983-02-15
    • US144650
    • 1980-04-28
    • Tjako A. Wolters
    • Tjako A. Wolters
    • E02F3/90E02F3/92E02F9/06E02F9/20G05B19/425G05D1/10E02F3/18
    • G05B19/425E02F3/907E02F3/9231E02F9/065E02F9/2045G05B2219/42268G05B2219/49392
    • The method of dredging accurately to a desired profile contour with a cutting dredger involves the operation of a cutting assembly, the cutting tools of which describe a predetermined cutting envelope, and swinging the cutting assembly while the dredger is anchored at a known point. The known point is established by means of land-based radio beacons and an aerial aboard the dredger, the dredger being anchored at the known point while the longitudinal axis of the dredger is aligned or substantially aligned with the longitudinal axis of the desired profile contour. As the dredger is swung with the cutting tools engaging the material to be dredged, the location of geometric points of the dredger assembly are repetitively calculated with respect to the coordinate system of the desired profile contour, taking into account various angular relationships between and among such points and by also taking into account motions of the dredger as affected by wave and/or tide actions. The swinging is terminated when the cutting point on the predetermined cutting envelope closely approaches the desired profile contour.
    • 使用切割挖泥船精确地疏浚到期望轮廓轮廓的方法涉及切割组件的操作,其切割工具描述预定的切割外壳,并且在挖泥船锚定在已知点处时摆动切割组件。 已知点通过陆上无线电信标和挖泥船上的天线建立,挖泥船锚定在已知点处,同时挖泥船的纵向轴线与所需轮廓轮廓的纵向轴线对准或基本对齐。 当挖泥船摆动时,切割工具与待挖掘的材料接合,挖掘机组件的几何点的位置将相对于期望的轮廓轮廓的坐标系重复计算,考虑到其间的各种角度关系 并且还考虑到由波浪和/或潮汐行动所影响的挖泥船的动议。 当预定切割信封上的切割点紧紧接近期望的轮廓轮廓时,摆动终止。
    • 129. 发明授权
    • Electronic control system for pneumatic-hydraulic pump dredge
    • 气动液压泵疏浚电子控制系统
    • US4353174A
    • 1982-10-12
    • US176924
    • 1980-08-11
    • Richard Maloblocki
    • Richard Maloblocki
    • E02F3/90E02F3/92F04F1/02F04F1/10E02F3/88
    • F04F1/10E02F3/90E02F3/9231E02F3/9243F04F1/02
    • A control system is disclosed for a dredging device which includes a submersible pump having one or more chambers. Each chamber defines an air port through which air can be delivered to and exhausted from the chamber, a material discharge port for discharging liquid and solid material from the chamber, and a chamber suction port for admitting liquid and solid material to the chamber. Air control valves are provided for alternately exhausting air from each chamber to admit material to the chamber through the suction port and for delivering air to each chamber so as to discharge material from the chamber through the discharge port. The control system operates these air control valves in accordance with a selectable timed cycle to achieve optimum efficiency in the dredging operation.
    • 公开了一种用于疏浚装置的控制系统,其包括具有一个或多个室的潜水泵。 每个室限定空气口,空气可通过该空气口从腔室输送和排出,用于从腔室排放液体和固体材料的材料排出口以及用于将液体和固体材料引入腔室的室吸入口。 提供空气控制阀,用于交替排出来自每个室的空气,以通过吸入口将材料吸入室,并将空气输送到每个室,以便通过排出口将材料从室排出。 控制系统根据可选择的定时循环操作这些空气控制阀,以实现疏浚操作的最佳效率。
    • 130. 发明授权
    • Dredge cutterhead tooth
    • 挖泥刀齿
    • US4320925A
    • 1982-03-23
    • US121390
    • 1980-02-14
    • Stephen M. Bowes, Jr.
    • Stephen M. Bowes, Jr.
    • E02F3/92E02F9/28E21C35/18
    • E02F3/9231E02F9/2866
    • A rock cutting tooth assembly for a dredge cutterhead in which each tooth has a cutting edge formed by the intersection of a cutting face substantially lengthwise with the tooth and a flank substantially transverse to the tooth, the cutting face lying in a plane which intersects the axis of the base of the tooth at a location inwardly of said base, and said plane being angularly disposed with respect to a profile plane from the center of the cutterhead to the cutting edge. Preferably, there is disposed another such tooth with its cutting face oppositely facing the first tooth cutting face and the axis of the base of the tooth is angularly disposed with respect to the axis of the adapter landing.
    • 一种用于挖泥刀头的岩石切割齿组件,其中每个齿具有由切削面基本上沿长度方向与齿相交的切削刃和基本上横向于齿的侧面形成的切削刃,切削面位于与轴线相交的平面中 在所述基座的内侧的位置处的所述齿的基部,并且所述平面相对于从所述切割刀的中心到所述切割刃的轮廓平面成角度地设置。 优选地,设置另一个这样的齿,其切割面相对于第一齿切割面,并且齿的基部的轴线相对于适配器平台的轴线成角度地设置。