会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 41. 发明授权
    • Apparatus for pneumatic excavation
    • 气动挖掘装置
    • US5487229A
    • 1996-01-30
    • US68920
    • 1993-05-28
    • Richard D. NathensonJerome Apt, Jr.Martin J. UramPaul M. BrumbaughGary H. BrawleyDonald J. HackmanBrian Christenson
    • Richard D. NathensonJerome Apt, Jr.Martin J. UramPaul M. BrumbaughGary H. BrawleyDonald J. HackmanBrian Christenson
    • E02F3/92E02F3/94E02F5/00E02F5/02
    • E02F3/925E02F3/94E02F5/003
    • An excavation head, mounted on one end of a telescoping hollow boom, has nozzles for directing jets of high speed air at an excavation face to loosen soil. A vacuum transport pipe extends from the excavation head through the hollow of the boom to a spherical joint. The spherical joint movably joins the other end of the boom to a primary separator. The primary separator is a chamber for disentraining loosened soil from air flowing through the primary separator. A primary air lock is fixed to the lower portion of the primary separator for expelling soil from the primary separator. A secondary separator is joined to the primary separator by way of a separator connector pipe. A secondary air lock is fixed to the lower portion of the secondary separator for expelling soil from the secondary separator. A positive displacement vacuum pump has its vacuum side pneumatically connected to the secondary separator. A conveyor is located under both the primary air lock and the secondary air lock to receive soil that is expelled by these air locks. Hydraulic actuators lift, swing, and extend the boom such that the excavation head is positioned on the excavation face.
    • 安装在伸缩式空心吊杆一端的挖掘头具有用于在挖掘面处引导高速空气的喷嘴的喷嘴,以松开土壤。 真空输送管从挖掘头通过悬臂的中空部延伸到球形接头。 球形接头将动臂的另一端可移动地连接到主分离器。 主分离器是用于使流过主分离器的空气中的松散土壤脱离的室。 一次空气锁固定在主分离器的下部,以从主分离器排出污垢。 二次分离器通过分离器连接管连接到主分离器。 二次气闸固定在次级分离器的下部,用于从次级分离器排出污垢。 正排量真空泵的真空侧气动连接到二次分离器。 输送机位于主气锁和二次气锁两侧,以接收被这些气闸排出的土壤。 液压执行机构提升,摆动和伸展吊杆,使得挖掘头位于挖掘面上。
    • 43. 发明授权
    • Method and apparatus for recovering mineral nodules from the ocean floor
    • 从海底回收矿物结节的方法和装置
    • US4391468A
    • 1983-07-05
    • US72778
    • 1979-09-05
    • Erwin D. Funk
    • Erwin D. Funk
    • E02F3/90E02F3/92E02F3/94E02F7/06E21C50/00E02F5/00
    • E02F7/065E02F3/90E02F3/92E02F3/94E21C50/00
    • A method of recovering mineral nodules deposited on the ocean floor which comprises the steps of pumping a continuous flow of ocean water along a first confined path through an exchange position within the vicinity of the ocean floor where the mineral nodules to be recovered are deposited from an ocean water inlet position out of the aforesaid ocean vicinity and then upwardly to a discharge position on a surface vessel, confining ocean water within a second path within the aforesaid ocean vicinity, continuously flowing ocean water in the second path by pumping the same at a pumping position spaced down-stream from an exchange position therein, continuously moving from the ocean floor to a separating position within the aforesaid ocean vicinity a mixture containing deposited mineral nodules and smaller particles forming a part of the ocean floor on which the mineral nodules were deposited, continuously separating the mixture at the separating position so as to obtain a supply of separated mineral nodules within ocean water, continuously feeding the supply of separated mineral nodules to the second path at a feeding position upstream from the exchange position therein, and continuously exchanging between the exchange positions within the first and second paths successive incremental volumes of ocean water and mineral nodules from the second path to the first path with comparable successive incremental volumes of ocean water from the first path to the second path.
    • 一种回收沉积在海底上的矿物结节的方法,包括以下步骤:沿着第一限制路径泵送连续的海洋水流,通过海底附近的交换位置,待回收的矿物结节从 远离上述海洋附近的海洋水入口位置,然后向上到达表面船只的排放位置,将海水限制在上述海洋附近的第二条路径内,通过在泵浦中泵送相同的方式连续地流过第二路径中的海水 从其中的交换位置向下流动的位置,从海底连续移动到前述海洋附近的分离位置,包含沉积的矿物结节和形成沉积有矿物结节的海底的一部分的较小颗粒的混合物, 在分离位置连续分离混合物以获得分离的供应 在海洋水中的矿物结节,在其中的交换位置上游的进料位置连续地将分离的矿物结节供应到第二路径,并且在第一和第二路径内的交换位置之间连续交换连续递增的海水和 从第二路径到第一路径的矿物结节具有从第一路径到第二路径的相当的连续递增体积的海水。
    • 44. 发明授权
    • Nodule collector
    • 结节收集器
    • US4368923A
    • 1983-01-18
    • US234463
    • 1981-02-17
    • Keiji HandaNorio Yamakado
    • Keiji HandaNorio Yamakado
    • E02F3/92E02F3/94
    • E02F3/9212E02F3/92E02F3/9218E02F3/94
    • A nodule collector for deep sea mining includes an outer sledge and an inner sledge disposed in and connected to the outer sledge for trailing movement therewith. The inner sledge is provided with a transversely extending cutting blade, a plurality of jet nozzles arranged along the cutting blade, and a longitudinally oriented duct. When the collector travels across the seafloor, the cutting blade cuts into the seafloor and raises it thereover. The water jets from the nozzles impinge upon the summit of the raised seafloor material so that nodules and sediments at the summit are carried away by the water jets and introduced through the duct into a collecting chamber provided in the outer sledge. The collecting chamber has a special design to prevent entrance of undesirably large sized nodules thereinto and residence of undesirably small sized nodules and sediments therein. The nodules collected in the collecting chamber are successively transported up to the mining ship for recovery.
    • 用于深海采矿的结节收集器包括设置在外雪橇内并与之连接的外雪橇和内雪橇,用于跟随其移动。 内滑板设置有横向延伸的切割刀片,沿着切割刀片布置的多个喷嘴和纵向定向的管道。 当收集器穿过海底时,切割刀片切入海底并将其升高。 来自喷嘴的水射流冲击升高的海底材料的顶部,使得顶部的结节和沉积物被水射流带走,并通过管道被引入到设置在外滑架中的收集室中。 收集室具有特殊的设计,以防止不期望的大型结节进入其中并且其中不希望的小尺寸结节和沉积物的停留。 收集在收集室中的结节依次运送到采矿船进行恢复。