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    • 31. 发明申请
    • MATERIALS HANDLING SYSTEM
    • 材料处理系统
    • WO1996030290A1
    • 1996-10-03
    • PCT/CA1996000183
    • 1996-04-01
    • SEABULK SYSTEMS INC.
    • SEABULK SYSTEMS INC.SRIDHAR, Sidney
    • B65G65/44
    • B65G65/44B63B27/22B65D90/60
    • A materials handling system for controlling the gravity discharge of material through a discharge opening (33) onto a conveyor (34) comprises a gate (40) extending across the discharge opening (33) and having at least one but preferably a plurality of outlet openings (40.4) therein for the through flow of material from the discharge opening and a feeder deck (60) below the gate (40) having a surface for receiving material discharged from the discharge opening (33) through the gate (40). The feeder deck surface is movable transversely of the discharge opening (33) for controlling the flow of material through the gate (40) and for discharging the material onto the conveyor (34). The materials handling system can be employed for controlling the gravity discharge of material from a plurality of in-line domes (100) or from a plurality of holds (112) of a self-unloading ship (110).
    • 一种材料处理系统,用于通过排放口(33)控制材料在输送机(34)上的重力排放,包括延伸穿过排放口(33)的浇口(40),并且具有至少一个但优选多个出口 (40.4),其中用于来自排出开口的材料的通过流动以及在浇口(40)下方的进料台(60)具有用于接收通过浇口(40)从排出口(33)排出的材料的表面。 进料器甲板表面可以横向于排放开口(33)移动,用于控制通过浇口(40)的材料的流动并将材料排出到输送机(34)上。 材料处理系统可以用于从多个直列圆顶(100)或多个自卸船(110)的保持件(112)控制材料的重力排放。
    • 33. 发明申请
    • APPARATUS FOR CONVEYING, FEEDING AND/OR UNLOADING GRANULAR MATERIAL FROM A CONTAINER
    • 从集装箱输送,输送和/或卸载颗粒材料的装置
    • WO1985001036A1
    • 1985-03-14
    • PCT/FI1984000059
    • 1984-09-03
    • RÄTY, MattiPITKÄKANGAS, Juhani
    • B65G65/44
    • F23K3/00B65G27/12B65G65/44
    • The apparatus comprises two elongate, adjacent supporting members (3) which move in turns back and forth in the transport direction and on the same level; in the upper part of the supporting members there are arranged the shifting members (4). These are unsymmetrical in the shifting direction so that while the supporting member (3) moves towards the outlet channel, the shifting member (4) grabs the conveyed material along, but while the supporting member (3) moves in the opposite direction, the shifting member (4) allows the fuel to slide over. The supporting members (3) are plates which are shifted along slide rails (8) or equivalent grooves. The shifting members (4) are either protrusions or bulges (16) which advantageously have the form of a calotte half or they are at least roughly triangular in side profile, so that the front surface of the shifting members (4) is essentially steeper than the rear surface. In the border region of the walls of the container (10) and the supporting members (3) there are located unsymmetrical obstruction members (15) which allow the material to shift forward in the desired direction but prevent it from moving backward. Several adjacent apparatuses according to the invention can be compiled to form a bottom discharger which is advantageously formed of separate unloader units which can be connected to other similar units.
    • 该装置包括两个细长的相邻的支撑构件(3),它们在运输方向和相同的水平上来回移动; 在支撑构件的上部设置有移动构件(4)。 这些在换档方向上是不对称的,使得当支撑构件(3)朝着出口通道移动时,移动构件(4)沿着沿着相反方向的方向抓住所输送的材料,但是当支撑构件(3)沿相反方向移动时 会员(4)允许燃料滑过。 支撑构件(3)是沿着滑轨(8)或相当的凹槽移动的板。 移动构件(4)是凸起或凸起(16),其有利地具有卡托特半边形的形式或者它们在侧面轮廓中至少具有三角形,使得移动构件(4)的前表面基本上比 后表面。 在容器(10)和支撑构件(3)的壁的边界区域中存在不对称阻碍构件(15),其允许材料沿所需方向向前移动,但是阻止其向后移动。 根据本发明的几个相邻设备可以被编译成一个底部排放器,其有利地由可以连接到其它类似单元的单独的卸载单元形成。
    • 34. 发明申请
    • DEVICE USED IN CONNECTION WITH CONTAINERS FOR BULK MATERIAL
    • 与容器用于大容量材料的设备
    • WO1982000284A1
    • 1982-02-04
    • PCT/SE1981000210
    • 1981-07-08
    • FORSBERG G
    • B65G65/44
    • B65D88/64
    • Device in a container for bulk material including a main part with mainly vertical walls and a converging feed-out part. In the feed-out part (3) an upwards vault mantle (7) is placed, said mantle having a large number of openings (9) distributed over its surface, said openings permitting bulk material to pass through. The vault mantle is arranged in such a way that it can carry out oscillating movements in the container, whereby tendencies of bridge building in the container may be avoided and at the same time it is secured that the bulk material will reach the feed-out opening (4) adjacent to the feed-out zone in loose form. The vault mantle may have different configurations, e. g. the form of a lying cylinder, half-cylinder, an upwards vault dome or the form of an upwards pointing cone. The vault bottom and specially when it has the form of a cone may also be provided with projecting parts, e. g. in form of a separate rotatable tube with feed-in openings for bulk material. The oscillating movements can consist of rotative movements around an axis or of axial movements or of combinations of both forms of movement.
    • 用于散装材料的容器中的装置,包括主要垂直壁的主要部分和会聚的送出部分。 在送出部分(3)中放置一个向上的拱形地幔(7),所述地幔具有分布在其表面上的大量开口(9),所述开口允许散装材料通过。 拱顶地幔布置成使得其能够在容器中进行振荡运动,从而可以避免容器中桥梁建筑物的倾向,同时确保散装材料将到达送出开口 (4)以松散的形式邻近送出区。 拱顶地幔可能具有不同的构型,例如 G。 凹凸圆柱体,半圆柱体,向上拱顶或上指锥体的形式。 拱顶底部,特别是当其具有锥体形式时,还可以设有突出部分,例如, G。 其形式为具有用于散装材料的进入开口的单独的可旋转管。 振荡运动可以由围绕轴线或轴向运动或两种运动形式的组合的旋转运动组成。
    • 39. 发明申请
    • 底割れ式切り出し排出装置
    • 分体底部类型分离和排出装置
    • WO2013031503A1
    • 2013-03-07
    • PCT/JP2012/070192
    • 2012-08-08
    • 寺岡 功寺岡 久弥
    • 寺岡 功寺岡 久弥
    • B65G65/40B63B25/04B63B27/22B63B27/26B65G65/44
    • B63B25/04B63B27/26B65G15/60B65G47/18B65G63/008
    •  運搬船などの貯蔵庫に大量に石炭などの粒状物が貯蔵された場合であっても、円滑に粒状物を排出できるようにする。 貯蔵部(2)と、粒状物を切り出す切り出し装置(4)と、切り出し装置(4)により切り出された粒状物を搬送するコンベア(6)と、を備えた排出装置(10)において、貯蔵部(2)は下部が互いに近接するように傾斜する一対の側壁部(12A),(12B)を備え、一方の側壁部(12B)は、他方の側壁部(12A)よりも下方まで延出しており、側壁部(12A),(12B)の下端の間に水平方向に延びるように開口(14)が形成されており、貯蔵部(2)は、開口(14)の下方に設けられた受部(16)をさらに有し、切り出し装置(4)は、受部(16)上に設けられている。
    • 即使大量粒状物质如煤被储存在散装载体等的储存器中,也可以顺利地排出粒状物质。 排出装置(10)设置有存储部(2),分割粒子的分割装置(4)和输送由分割装置(4)分割的粒状材料的输送机(6)。 存储部(2)设置有一对倾斜的侧壁(12A,12B),使得其下部彼此靠近。 一对侧壁的一个侧壁(12B)比另一个侧壁部分(12A)进一步向下延伸,并且在侧壁(12A,12B)的下端之间形成开口(14),以便延伸 在水平方向。 存储部分(2)还具有设置在开口(14)下方的接收部分(16),并且分配装置(4)设置在接收部分(16)上。