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    • 1. 发明申请
    • SYSTEM, MACHINE AND METHOD FOR REDUCING SIZE OR VOLUME OF OBJECTS
    • 减少物体尺寸或体积的系统,机器和方法
    • WO2016054693A1
    • 2016-04-14
    • PCT/AU2015/050609
    • 2015-10-08
    • RISODA PTY LTD
    • TRETHEWEY, Reginald
    • B27L11/02B02C18/06B02C18/28B02C4/10B02C23/04B23P19/04
    • B02C18/14B02C1/00B02C1/005B02C4/10B02C18/02B02C18/06B02C18/2291B02C2018/188B02C2201/04
    • A machine or system and related method for breaking and reducing the bulk size of one or more objects and comprising : a frame, a a reception chamber and a size reduction mechanism. The size reduction mechanism includes a drum rotatably coupled to the frame a nd configured to oscillate relative to the frame between a first position and a second position about a longitudinal rotational axis; a cutting member coupled to the drum and extending therefrom, the cutting member being configured to penetrate through one or more of the objects in the reception chamber during operation as the drum rotates from the first position to the second position during each oscillation cycle; and a breaking screen comprising a series of spaced breaking members configured to cause further breakdown of the one or more pieces of the one or more objects during operation as the drum rotates toward the second position during each oscillation cycle and forces the one or more pieces against the breaking members. An optional chute may be coupled to the outlet of the machine or system for further compacting and disposing of the bulk material output by the machine.
    • 一种用于破坏和减少一个或多个物体的体积尺寸的机器或系统及相关方法,包括:框架,接收室和尺寸减小机构。 尺寸减小机构包括可旋转地联接到框架并且构造成围绕纵向旋转轴线在第一位置和第二位置之间相对于框架摆动的鼓; 切割构件,其联接到所述滚筒并从其延伸,所述切割构件被构造成在每个振荡周期期间当所述滚筒从所述第一位置旋转到所述第二位置时,在操作期间穿透所述接收室中的一个或多个物体; 以及破碎屏幕,其包括一系列间隔开的破碎构件,其构造成在每个振荡周期期间当所述滚筒朝着所述第二位置转动时,在所述一个或多个所述一个或多个物体的操作期间进一步破坏,并迫使所述一个或多个物件抵靠 破产成员。 可选的滑槽可以联接到机器或系统的出口,用于进一步压实和处理由机器输出的散装材料。
    • 3. 发明申请
    • A DEVICE AND METHOD FOR CRUSHING GLASS OBJECTS
    • 一种用于破碎玻璃物体的装置和方法
    • WO2013119174A1
    • 2013-08-15
    • PCT/SE2013/050101
    • 2013-02-07
    • DAGDELEN, Hasan
    • DAGDELEN, Hasan
    • B02C19/00B02C1/02
    • B02C19/0087B02C1/005B02C1/02B02C1/043B02C1/12Y02W30/60
    • The invention relates to a device for crushing glass objects comprising a first container (4) comprising a grid arrangement (12) with a plurality of elongated struts (11) mutually separated with space between the struts (11). The container may receive one or more glass objects that shall be crushed. The grid arrangement may allow pieces of crushed glass objects to pass. A frame (2) holds the first container and the crushing member (3). The crushing member comprises a first surface (9) that is directed towards the grid arrangement. The crushing member is configured to move between a first position (A) where the crushing member is outside the first container, and a second position (B) where the crushing member (3) is inside the first container, whereby the first container is configured for introduction of the crushing member. The first surface of the crushing member comprises one or more protruding elements (10), which protrude from the first surface and are configured to, in the second position (B), be inserted in the space between the struts of the grid arrangement.
    • 本发明涉及一种用于破碎玻璃物体的装置,包括第一容器(4),该第一容器(4)包括具有与所述支柱(11)之间的空间相互分离的多个细长支柱(11)的格栅装置(12)。 容器可以接收一个或多个应被压碎的玻璃物体。 格栅布置可允许碎玻璃物体通过。 框架(2)保持第一容器和破碎构件(3)。 破碎构件包括朝向格栅布置的第一表面(9)。 所述破碎部件构造成在所述破碎部件位于所述第一容器的外部的第一位置(A)与所述破碎部件(3)在所述第一容器的内部的第二位置(B)之间移动,由此所述第一容器 用于引入破碎构件。 破碎构件的第一表面包括从第一表面突出并被构造成在第二位置(B)中的一个或多个突出元件(10)插入在格栅布置的支柱之间的空间中。
    • 6. 发明申请
    • HYDRAULIC SYSTEM FOR CONTROLLING A JAW CRUSHER
    • 液压系统,用于控制颚式破碎机
    • WO2013167393A1
    • 2013-11-14
    • PCT/EP2013/058677
    • 2013-04-26
    • SANDVIK INTELLECTUAL PROPERTY AB
    • BURHOFF, KristianSJÖBERG, PatrikWOOD, Andreas
    • B02C1/02
    • B02C1/025B02C1/005F15B1/021F15B2211/3058F15B2211/50518F15B2211/55
    • A hydraulic system (46) for controlling the position of a movable jaw of a jaw crusher comprises a hydraulic cylinder (28) having a piston (34) comprising a piston rod (36) for positioning the movable jaw (2). The hydraulic cylinder (28) comprises a bore side space (42) for containing a hydraulic fluid taking up crushing forces exerted by the movable jaw on the piston rod (36), and an annular side space (44) containing a hydraulic fluid pressing the piston (34) against hydraulic fluid of the bore side space (42). The hydraulic system (46) further comprises an annular side space accumulator (74) which comprises a fluid compartment (80), which is in fluid contact with the annular side space (44), and a gas compartment (76) containing a pressurized gas applying a pressure on the hydraulic fluid in the annular side space (44).
    • 用于控制颚式破碎机的可动夹爪的位置的液压系统(46)包括具有活塞(34)的液压缸(28),该活塞包括用于定位可动夹爪(2)的活塞杆(36)。 液压缸(28)包括用于容纳液压流体的孔侧空间(42),该液压流体吸收由可动夹爪施加在活塞杆(36)上的破碎力,以及包含液压流体的环形侧空间 活塞(34)抵靠孔侧空间(42)的液压流体。 液压系统(46)还包括环形侧空间蓄能器(74),其包括与环形侧空间(44)流体接触的流体隔室(80)和包含加压气体 对环形侧空间(44)中的液压流体施加压力。
    • 7. 发明申请
    • REMOVABLE ELECTRONIC STORAGE CRUSHING DEVICE
    • 可拆卸电子储存破碎装置
    • WO2006105212A3
    • 2007-10-11
    • PCT/US2006011493
    • 2006-03-28
    • EDR SOLUTIONS LLCSMITH III CHARLES J
    • SMITH III CHARLES J
    • B02C1/00
    • B02C1/005B02C1/14G11B23/505
    • A removable electronic storage crushing device having a housing, a cylinder, a rod, a crushing head, and a receiving plate. The cylinder is threadedly received in the house and the rod an end of the rod is threadedly received by the crushing head. A source of power is operatively connected to the cylinder, which is operatively connected to the rod. Applying power or force to the cylinder biases the rod and the crushing head in a direction generally parallel to the housing's central axis toward a receiving plate, which defines a bore configured to receive at least part of the crushing head. When the crushing head comes into contact with a removable electronic storage device situated on top of the receiving plate, the force applied by the crushing head crushes the removable electronic storage device and any platters therein.
    • 一种具有壳体,气缸,杆,破碎头和接收板的可移除电子存储破碎装置。 圆柱体被螺纹地接纳在房屋中,并且杆的杆的端部被破碎头螺纹地接收。 动力源可操作地连接到可操作地连接到杆的气缸。 向缸体施加动力或力将杆和破碎头沿着大致平行于壳体的中心轴线的方向偏向接收板,接收板限定了构造成容纳至少部分破碎头的孔。 当破碎头与位于接收板顶部的可移动电子存储装置接触时,由破碎头施加的力将可拆卸的电子存储装置和任何盘片压入其中。
    • 8. 发明申请
    • SCRAP FRAGMENTING APPARATUS
    • 刮刀刮除装置
    • WO2003064049A1
    • 2003-08-07
    • PCT/US2003/002317
    • 2003-01-28
    • UXB INTERNATIONAL, INC.
    • ROSSER, F, F, Jr.
    • B02C1/10
    • B02C1/005B02C1/04B02C19/0062B02C21/02B02C23/02
    • Apparatus for fragmenting scrap materials (12) comprising a transportable platform (1) and a fragmenter (2) mounted on the platform for fragmenting scrap materials deposited therein. A first discharge conveyor (3) is mounted on the platform for receiving fragmented scrap materials from the fragmenter. An inspection conveyor (4) is mounted on the platform for receiving and sorting fragmented scrap materials from the first discharge conveyor. A second discharge conveyor (5) is mounted on the platform for receiving fragmented and sorted scrap materials from the inspection conveyor and transporting them to a container or vehicle for recycling or disposal. The fragmenter comprises a fragmenter head (7) mounted for reciprocating movement toward and away from an anvil (8) for fragmenting scrap material positioned therebetween and enabling it to be discharged to the first discharge conveyor.
    • 用于分段废料(12)的装置,包括可移动平台(1)和安装在平台上的碎片机(2),用于破碎沉积在其中的废料。 第一排放输送机(3)安装在平台上,用于从破碎机接收碎片废料。 检查输送机(4)安装在平台上,用于从第一排料输送机接收和分选碎片废料。 第二排放输送机(5)安装在平台上,用于从检查输送机接收碎片和分类的废料,并将其运送到容器或车辆进行回收或处置。 破碎机包括分段头部(7),其安装成朝向和远离砧座(8)往复运动,用于将位于其间的碎屑分段,使其能够排出到第一排出输送机。
    • 9. 发明申请
    • APPARATUS AND METHOD FOR CRUSHING REINFORCED CONCRETE AND THE LIKE
    • 破碎加固混凝土的设备及方法
    • WO00041812A1
    • 2000-07-20
    • PCT/GB2000/000105
    • 2000-01-17
    • B02C1/00B02C1/04
    • B02C1/005B02C1/04B02C2201/02
    • Crushing apparatus in which a pivotally mounted first crushing member (24) is provided with a plurality of crushing regions (31, 32, 33, 34, 35) located at various distances from the pivot axis (25), which is offset, so that as the first crushing member is cyclically advanced towards and retracted from a second crushing member (14), successive crushing regions approach the second member closer than the preceding crushing region, to crush material (37) by a combination of compression and shear forces, and a transverse member (52) is provided in the crushing apparatus downstream of the throat (50), to divide the outflow of crushed fragments and hold up oversized material.
    • 破碎装置,其中枢转安装的第一破碎构件(24)设置有多个位于与所述枢转轴线(25)不同的距离的破碎区域(31,32,33,34,35),所述破碎区域偏移,使得 随着第一破碎构件向第二破碎构件(14)循环前进并且从第二破碎构件(14)缩回,连续的破碎区域接近第二构件,比先前的破碎区域更靠近,通过压缩和剪切力的组合来挤压材料(37),以及 横向构件(52)设置在喉部(50)下游的破碎装置中,以分割碎片的流出物并且保持过大的材料。
    • 10. 发明申请
    • フレキシブルコンテナ内の粉粒塊状物の解砕排出方法および装置
    • 用于在柔性容器内部破碎和放出颗粒物料的方法和装置
    • WO2015001983A1
    • 2015-01-08
    • PCT/JP2014/066356
    • 2014-06-19
    • 株式会社ブリヂストン
    • 仲井 裕樹
    • B65B69/00B02C1/00
    • B65B69/0083B02C1/00B02C1/005B65B39/001
    • 圧縮固化した粉粒塊状物が収容されたフレキシブルコンテナ(40)を上方から吊設する吊設工程と、フレキシブルコンテナ(40)の底部(40b)の中央から下方に延ばした排出筒(41)の両側部位に当接部材(10)の上端部(31)を突き当てる突当て工程と、フレキシブルコンテナ(40)の底部(40b)から側部(40a)にかけて当接部材(10)の側部(31,32,33)を押し当てる押当て工程とからなるフレキシブルコンテナ内の粉粒塊状物の解砕排出方法および装置によって、フレキシブルコンテナ(40)内の粉粒塊状物を解砕し略全量を排出することができる。
    • 用于在柔性容器内部破碎和排出颗粒状物料的该装置和方法包括悬挂步骤,用于从上方悬挂包含压实的颗粒状块材料的柔性容器(40),用于邻接顶端(31 的接触构件(10)的位于从柔性容器(40)的底部(40b)的中部向下延伸的排出管(41)的两侧的位置,以及推动侧部( 从所述柔性容器(40)的底部(40b)朝向所述柔性容器(40)的侧部(40a)的所述接触构件(10)的所述侧壁部分(31,32,33) 该方法和装置能够破碎柔性容器内部的颗粒状聚集体材料并基本上将其全部排出。