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    • 2. 发明授权
    • Screening device and apparatus including same
    • 筛选装置及包括其的装置
    • US06364119B1
    • 2002-04-02
    • US09643169
    • 2000-08-21
    • Neil Deryck Bray Graham
    • Neil Deryck Bray Graham
    • B07B152
    • B07B1/528B07B1/12B07B1/46B07B1/4609B07B1/55E02F3/9262E02F3/9281E02F3/94E02F7/005E21C41/16
    • A screening device including a screen having a first side for presentation to material to be screened and a second side, a plurality of screen openings in the screen extending between the first and second side thereof, a plurality of tines mounted on a support device disposed on the second side of the screen, each tine being moveable in a first direction along a path at least part of which includes one of the screen openings whereby the tine is receivable in and moveable along the screen opening, the tine extending beyond the first side of the screen for at least part of the movement thereof along the screen opening, the tines being moveably mounted on the support device for deflection away from said first direction while continuing to move in said first direction upon encountering an obstruction.
    • 一种筛选装置,包括具有用于呈现到要被筛选的材料的第一侧的筛网和第二侧面,所述筛网中的多个筛网在其第一和第二侧面之间延伸,多个齿条安装在设置在 屏幕的第二侧,每个齿沿着路径可沿第一方向移动,该路径的至少一部分包括其中一个筛网孔,其中齿可接纳在筛网开口中并且可沿筛网开口移动, 所述屏幕用于沿着所述屏幕开口的至少一部分运动,所述尖齿可移动地安装在所述支撑装置上,用于偏离所述第一方向,同时在遇到障碍物时继续沿所述第一方向移动。
    • 9. 发明申请
    • Mobile vacuum excavation process
    • 移动式真空挖掘工艺
    • US20100196129A1
    • 2010-08-05
    • US12653871
    • 2009-12-18
    • Lynn A. Buckner
    • Lynn A. Buckner
    • B60P1/60E01H1/08
    • E02F3/94E02F3/8825
    • A compact mobile vacuum boring, and excavation method comprising a device which will create a vacuum condition within a vacuum container and having a vacuum conduit to air convey a liquid and or solid particles into the vacuum container. The vacuum container air inlet & outlet conduit arrangement may also facilitate the separation of solids from the vacuumed air flow by producing a cyclone effect within the vacuum container. A circular cyclone effect is created within the vacuum container by the arrangement relationship between the inlet and outlet vacuum air conduits and baffles. As the air velocity slows, the solids precipitate out of the air and settle in the vacuum container. A housing with filters disposed within it is also adjacently mounted near the vacuum container in order to reduce the quantity of connecting conduits and facilitate a compact, efficient and clean interaction between the vacuum container and the filter housing. The vacuum container access door and the filter housing access door may be adjacently placed in near proximity to each other for user friendly access to empty and clean the vacuum container and filter house or a common door may access both. A compressible seal and conduit arrangement may be used as a quick disconnect between the vacuum producing means and the filter housing. A reversing valve arrangement may be used to back flow air through the filter. Sensors, data gathering, data logging and documentation of a service event may be included. The above systems may be mounted on a variety of mobile platforms.
    • 紧凑型移动真空镗孔和挖掘方法包括将在真空容器内产生真空状态的装置,并具有用于将液体和/或固体颗粒输送到真空容器中的真空导管。 真空容器空气入口和出口导管装置还可以通过在真空容器内产生旋风效应来促进固体与真空气流的分离。 通过入口和出口真空空气管道和挡板之间的布置关系,在真空容器内产生圆形旋风效应。 随着空气速度的减慢,固体从空气中沉淀出来沉淀在真空容器中。 设置在其内的具有过滤器的壳体也相邻地安装在真空容器附近,以便减少连接导管的数量并促进真空容器和过滤器壳体之间紧凑,有效和清洁的相互作用。 真空容器检修门和过滤器检修门可以相互靠近放置,以便用户方便地进入空气并清洁真空容器和过滤器室,或者共同的门可以进入两者。 可压缩密封和导管装置可用作真空产生装置和过滤器壳体之间的快速断开。 可以使用换向阀装置来回流通过过滤器的空气。 可以包括传感器,数据收集,数据记录和服务事件的记录。 上述系统可以安装在各种移动平台上。
    • 10. 发明授权
    • Placer gold mining method, placer gold mining boat used in this method,
placer gold digging and separating method and system therefor, and
placer gold separating method and system therefor
    • 采矿方法及采矿方法,采矿方法中采用的采矿金矿,采矿分选方法及其制备方法及其分析方法及系统
    • US6138833A
    • 2000-10-31
    • US299004
    • 1999-04-26
    • Tamisuke MatsufujiHaruo Kojima
    • Tamisuke MatsufujiHaruo Kojima
    • B03B5/62B03B5/60B03B9/00B03B11/00B03C1/14C22B7/00C22B11/00E02F3/88E02F3/90E02F3/92E02F3/94E02F7/00B03B7/00
    • E02F3/94B03B5/60B03B9/00B03C1/14C22B11/00C22B7/005E02F3/88E02F3/902E02F3/905E02F3/907E02F3/9212E02F3/9243E02F7/005E21C45/00Y02P10/212
    • A placer gold separating method includes subjecting placer gold-and gold ore-containing sand and gravel layers accumulated on the bottom of the water of a river and placer gold- and gold ore-containing sand and gravel layers formed deep in the ground to excavation or suction excavation by utilizing a water pressure difference. This causes a mixture of the excavated or suction excavation placer gold- and gold ore-containing sand, gravel and water to flow horizontally by the action of a pressure fluid. The placer gold and gold ores are separated by utilizing a specific gravity difference while the mixture is flowing. A placer gold mining boat used to practice this method is provided thereon with a combination of a suction excavation component, a mixture transfer component, a component for separating placer gold by utilizing a specific gravity difference, and a component for discarding the remaining mixture from which the placer gold has been separated. A placer gold separating method is characterized by causing a mixture of placer gold and gold ores or pulverized gold ores and water to flow in a metallic cylinder. A magnetic field is generated by a magnetic field generating component provided on an outer circumferential surface of the metallic cylinder, and the placer gold in the mixture is magnetically deposited on the inner surface of the metallic cylinder, whereby the placer gold is separated.
    • 沉积金分离方法包括将积水在河底水面上的含金矿和含砂矿砂和砾石层进行沉积,并将沉积在地下深层的金和含金矿砂和砾石层进行挖掘或 通过利用水压差吸入挖掘。 这使得挖掘或抽吸的金矿砂和含金矿砂,砾石和水的混合物通过压力流体的作用而水平流动。 当混合物流动时,通过利用比重差异分离镀金和金矿。 用于实践这种方法的沉渣金采矿船在其上提供了吸力挖掘部件,混合物转移部件,通过利用比重差分分离金子的部件和用于丢弃剩余混合物的组分的组合, 沉没金已经分离。 镀金分离方法的特征在于,将金矿和金矿或粉金矿石和水的混合物在金属圆筒中流动。 通过设置在金属圆筒的外周面上的磁场产生部件产生磁场,混合物中的镀金被磁性地沉积在金属圆筒的内表面上,从而分离镀金。