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    • 35. 发明授权
    • Equipment for use in the extraction of placer gold from gravel and sand deposits
    • 用于从砂砾和沙子沉积物中提取沉积金的设备
    • US09132431B2
    • 2015-09-15
    • US12657265
    • 2010-01-15
    • Larry Allen AldersonPeggy I. Alderson
    • Larry Allen AldersonPeggy I. Alderson
    • B03B7/00B03B5/26B03B9/00
    • B03B5/26B03B9/00
    • A portable device for the separation of gold from other materials commonly found in placer deposits of gravel, sand, etc. Including an upper tray (72) into which is located a water spray assembly and placer materials classifier. This upper tray to be hinged to middle sluice tray (98), which has located on its bottom panel an expanded metal section (38) on top of a final mat (40) consisting of ribbed rubber matting or other suitable material, which has a series of groves, to be used as washable riffling device. Lower sluice tray (96) to be attached by hinging device to middle sluice tray (98) and locked into place by lower tray locks (48). Lower sluice tray to have laying on its bottom panel a continuation of final mat (40). This mat to be held in place by a riffle cage (36) containing a series of rigid riffles. Riffle cage (36) to be secured by hold down clamps (64). Expanded metal to be held in place by tab (42). Upper tray to be supported by sliding brace (43) and locking handles (94). Device to be supported by legs (68) and extenders (74). Water to be supplied by small pump to device through flexible hose connected to feed pipe (78). When not in use the device to be folded and compactable into small portable unit with storage of legs, mat, riffle cage and other removable accessories inside embodiment and secured by means of storage lids (30) and (90). Lid (90) to be secured by means of locks (48) and tabs (114). Device to be carried by handle (88).
    • 一种便携式设备,用于将黄金与通常在砾石,沙子等沉积物中发现的其他材料分离。包括上部托盘(72),其中定位有喷水组件和铺料材料分选机。 该上托盘铰接到中间闸板(98)上,中间闸板(98)在其底板上位于由肋状橡胶垫或其它合适材料组成的最终垫(40)的顶部上的扩展金属部分(38),其具有 一系列的树丛,被用作可洗涤的装置。 下闸板(96)由铰接装置连接到中间闸板(98)并由下托盘锁(48)锁定到位。 下闸板在其底板上铺设最终垫(40)的延续。 这个垫子由一个包含一系列刚性阻挡物的挡板(36)保持在位。 吊架(36)通过压紧夹(64)固定。 膨胀金属通过突片(42)保持在适当位置。 上托盘由滑动支架(43)和锁定手柄(94)支撑。 由腿部(68)和扩展器(74)支撑的装置。 水通过连接到进料管(78)的柔性软管由小型泵提供给设备。 当不使用时,该装置可折叠并可压缩成小型便携式装置,其具有在实施例中的腿部,垫子,阻挡架和其他可移动附件的存放,并通过储存盖(30)和(90)固定。 盖(90)通过锁(48)和卡舌(114)固定。 装置由手柄(88)承载。
    • 37. 发明授权
    • Gold separation kit
    • 金分离套件
    • US5927509A
    • 1999-07-27
    • US934469
    • 1997-09-19
    • Jerome Lord
    • Jerome Lord
    • B03B5/02B03B5/26B03B7/00
    • B03B5/02B03B5/26B03B7/00
    • A self-contained gold separation kit adapted for easy carrying using a shoulder strap uses a single-spring rocker assembly for agitation of stream bed materials for separation of gold. The main kit elements include a sluice box, material tower and collector tray that are contained for carrying within a box, and in use those elements are then rotatably mounted above the carrying box. That box also serves to contain a quantity of water to be used repeatedly in washing out the bed materials, hence the device can be used at a distance away from stream bed. The weight of that water also serves to prevent the device as a whole both from moving about while being rocked and from tipping over. A dipper is included for dipping water over the bed materials, and also a gold pan for the final separation of the gold and a collector tray for collecting tailings from the gold separation. The device is also adapted for use at the edge of a stream whereby water is taken from the stream and the tailings may be allowed to fall into the stream.
    • 适用于使用肩带轻松携带的独立式金分离套件使用单弹簧摇杆组件搅拌用于分离金的流床材料。 主要的工具包元件包括一个储存在一个箱体内的储藏箱,材料塔和收集盘,在使用中,这些元件然后被可旋转地安装在搬运箱的上方。 该箱还用于容纳一定数量的水以重复使用以洗涤床料,因此该装置可以在远离流床的距离处使用。 该水的重量也用于防止整个装置在晃动和倾翻时移动。 包括用于将水浸在床料上的杓子,以及用于最后分离金的金锅和用于从金分离物收集尾矿的收集器托盘。 该装置还适于在流的边缘使用,其中从流中取出水,并且尾矿可以被允许落入流中。
    • 38. 发明授权
    • Dynamic mining system comprising hydrated multiple recovery sites and
related methods
    • 动态采矿系统包括水合多回收站点及相关方法
    • US5896997A
    • 1999-04-27
    • US654130
    • 1996-05-28
    • Noel Tanner
    • Noel Tanner
    • B03B5/06B03B5/26B03B5/70B03B7/00B03B9/00C22B1/00C22B3/02C22B11/00B07B1/28
    • B03B5/26B03B9/00C22B1/00C22B11/00C22B11/04C22B3/02Y02P10/234
    • A mining system and related methods are disclosed by which gold and/or other heavy metals are recovered at multiple sites along a continuously hydrated ore processing route. The gold-bearing ore and primary or carrier water are dynamically and circuitously displaced to segregate the gold, and precipitate the gold particles into predetermined recovery sites along the flow path of the mix. Boil box recovery sites are selectively provided for recovery of nuggets and smaller gold particles. Secondary water churns and disrupts the primary carrier flow of the mix through each boil box.Each trough includes a dynamic segregation box having successive compartments across which a top layer of turbulent flow continuously occurs. Within each compartment, during use, a bottom layer of laminar flow takes place not only within each compartment, but from compartment-to-compartment. The laminar flow at the bottom of the trough is damped by yieldable blade elements, causing particles of gold accordingly to settle between the blades.A violent central, middle or immediate layer of revolving turbulent flow occurs within barrier-defined compartments between the top unobstructed turbulent layer and bottom laminar layer of trough flow. Within each compartment, eddy currents are enhanced by a whipping action caused by yieldable flaps or flap segments, The flaps or flap segments dynamically oscillate up and down with the flow of the mix through the trough. Slime or slit containing micro-fine gold is separated from trough-discharged waste solids and the slime is collected in at least one and preferably several clarifying-sedimentation ponds or reservoirs, from which water is reclaimed, recirculated, and reused.
    • 公开了采矿系统和相关方法,其中沿着连续水合矿石加工路线的多个位置回收金和/或其他重金属。 含金矿石和初级或载体水被动态地和断路地置换以分离金,并且将金颗粒沿着混合物的流动路径沉淀到预定的回收部位。 选择性地提供锅炉回收点用于回收块和较小的金颗粒。 二次水搅拌并破坏混合物通过每个煮沸箱的主要载体流。 每个槽包括具有连续隔室的动态隔离箱,连续发生湍流的顶层。 在每个隔间内,在使用过程中,不仅在每个隔间内,而且从隔室到隔间都会发生层流的底层。 槽底部的层流被可屈服的叶片元件阻尼,从而使金颗粒相应地沉淀在叶片之间。 在顶部无障碍湍流层和底部层流槽流动之间的隔离区间内发生剧烈的中部,中部或即刻的旋转湍流层。 在每个隔室内,通过由可屈服的襟翼或翼片段引起的搅动动作来增强涡流。襟翼或翼片段随着混合物通过槽的流动而上下移动。 含有微细金的泥或狭缝与槽排出的废固体分离,并且将粘液收集在至少一个并且优选几个澄清沉淀池或储层中,水从其回收,再循环和再利用。