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    • 21. 发明申请
    • APPARATUS FOR CRUSHING GLASS OR CERAMIC MATERIAL
    • 破碎玻璃或陶瓷材料的设备
    • WO2012095626A1
    • 2012-07-19
    • PCT/GB2012/000015
    • 2012-01-09
    • KRYSTELINE ENECO LTD.WHETTINGSTEEL, Stephen
    • WHETTINGSTEEL, Stephen
    • B02C19/00B02C23/10B02C23/02
    • B02C19/0087B02C23/02B02C23/10B02C2013/28609B02C2013/28672Y02W30/60
    • Apparatus (62) for crushing glass or ceramic material, which apparatus (62) comprises a rotor (4), rotor blades (6) which are attached to the rotor (4), at least one stationary blade (8) which cooperates in use with the rotor blades (6) as the rotor (4) rotates, a chamber (16) for receiving crushed glass or ceramic material (18), and feed means (82) for feeding the glass or ceramic material (18) to the rotor (4), the apparatus (62) being such that the rotor (4) is upstream of the chamber (16), the feed means (82) feeds the glass or ceramic material (18) to the rotor (4) such that the glass or ceramic material (18) falls onto the rotor blades (6) as the rotor blades (6) are moving upwardly towards the falling glass or ceramic material (18) whereby the glass or ceramic material (18) is broken into fragments (20) on impact with the rotor blades (6), the fragments (20) are reduced in size and formed into cullet (22) by passing through a gap (24) between the rotor blades (6) and the stationary blade (8), the rotor blades (6) are attached to the rotor (4) such that the rotor blades (6) do not move with respect to the rotor (4) whereby the gap (24) is a fixed gap irrespective of rotational speed of the rotor (4), the rotor blades (6) extend lengthwise of the rotor (4) and at spaced apart angular intervals, and the gap (24), the rotor blades (6) and the stationary blade (8) cause the cullet (22) to be such that it will not cut, is safe for handling, and is suitable for further use without further processing, and the apparatus (62) being such that the chamber (16) comprises a multi-directional chute (64) for directing the crushed glass or ceramic material (18) to a plurality of containers (66) for removing the crushed glass or ceramic material (18) from the apparatus (62).
    • 用于破碎玻璃或陶瓷材料的装置(62),该装置(62)包括转子(4),连接到转子(4)的转子叶片(6),至少一个在使用中协作的固定叶片 随着转子(4)旋转的转子叶片(6),用于接收碎玻璃或陶瓷材料(18)的腔室(16)和用于将玻璃或陶瓷材料(18)馈送到转子的进料装置(82) (4)中,所述装置(62)使得所述转子(4)位于所述室(16)的上游,所述进给装置(82)将所述玻璃或陶瓷材料(18)供给到所述转子(4),使得 玻璃或陶瓷材料(18)随着转子叶片(6)朝向落下的玻璃或陶瓷材料(18)向上移动而落在转子叶片(6)上,由此将玻璃或陶瓷材料(18)破碎成碎片(20 )在与转子叶片(6)的冲击时,碎片(20)的尺寸减小并且通过穿过转子叶片(6)和工作台(6)之间的间隙(24)而形成碎玻璃 叶片(8),转子叶片(6)附接到转子(4),使得转子叶片(6)不相对于转子(4)移动,由此间隙(24)是固定的间隙 转子叶片(6)沿转子(4)的长度方向以间隔的角度间隔延伸,间隙(24),转子叶片(6)和固定叶片(8) )使得碎玻璃(22)不会被切割,对于处理是安全的,并且适于在不进一步处理的情况下进一步使用,并且所述设备(62)使得所述室(16)包括多方向 用于将破碎的玻璃或陶瓷材料(18)引导到多个用于从设备(62)去除破碎的玻璃或陶瓷材料(18)的容器(66)的滑槽(64)。
    • 22. 发明申请
    • HAZARDOUS WASTE SANITATION AND REMOVAL DEVICE, METHODS OF USE AND APPLICATIONS THEREOF
    • 危险废物卫生和移除装置,其使用方法及其应用
    • WO2012094454A2
    • 2012-07-12
    • PCT/US2012/020273
    • 2012-01-05
    • TRINOVA MEDICAL WASTE SOLUTIONS, LLC
    • BARBERI, StevenJAKOBI, Felix, J.BENNETTT, James, F.WEBBER, Leslie, G.BARBERI, Louis, J.RADONSKI, Tadeusz, J.ENGLRAM, Paul, B.KILHAM, Keith
    • B02C19/00F26B5/14
    • B30B9/12A61L2/183A61L2/186A61L11/00B01D33/03B01D36/008B02C19/0075B02C23/10B09B3/00B09B3/0075
    • Hazardous waste sanitation and removal devices are described that include: a) a unitary shredder system, b) a transport system, a pre-treatment system or a combination thereof, comprising a reciprocating operation system, c) a treatment system, d) a dewatering system, a desolutionizing system or a combination thereof, and e) a collection system for disposal. Methods of sanitizing hazardous waste material are described and include: a) providing a unitary shredder system, b) providing a transport system, a pre-treatment system or a combination thereof, comprising a reciprocating operation system, c) providing a treatment system, d) providing a dewatering system, a desolutionizing system or a combination thereof, e) providing a collection system for disposal, f) providing a hazardous waste material, g) introducing the hazardous waste material into the shredder system to produce a shredded waste material, h) transporting the shredded waste material to the treatment system utilizing the transport system, the pre-treatment system or a combination thereof, wherein the treatment system, the pre-treatment system or the combination thereof comprises a reciprocating operation system, i) treating the shredded waste material to produce a shredded treated material, j) dewatering or desolutionizing the shredded treated material, and k) collecting the shredded treated material in the collection system. Dewatering processes are also disclosed that includes at least one collection of wastes, at least one screw press, at least one conveyor system that carries the at least one collection of wastes after interaction with the at least one screw press, and at least one filter system.
    • 描述了危险废物卫生和清除装置,其包括:a)整体粉碎系统,b)运输系统,预处理系统或其组合,包括往复运动系统,c)处理系统,d)脱水 系统,脱气系统或其组合,以及e)用于处理的收集系统。 描述了消毒危险废物的方法,包括:a)提供整体粉碎系统,b)提供运输系统,预处理系统或其组合,包括往复运动系统,c)提供处理系统d 提供脱水系统,脱气系统或其组合,e)提供用于处置的收集系统,f)提供危险废物,g)将危险废物引入粉碎系统以产生粉碎的废料,h )使用运输系统,预处理系统或其组合将切碎的废料运输到处理系统,其中处理系统,预处理系统或其组合包括往复操作系统,i)处理切碎的 废料,以生产切碎的处理材料,j)将切碎的处理过的材料脱水或去真空,并且k)收集该树脂 收集系统中处理过的材料。 还公开了脱水方法,其包括至少一个废物集合,至少一个螺旋压榨机,至少一个输送系统,其在与所述至少一个螺旋压榨机相互作用之后承载所述至少一个废物集合,以及至少一个过滤系统 。
    • 23. 发明申请
    • REDUCING COMPONENT FOR A COMMINUTION MACHINE
    • 减少组织机构
    • WO2012030345A1
    • 2012-03-08
    • PCT/US2010/047702
    • 2010-09-02
    • VERMEER MANUFACTURING COMPANYHONGO, Tadahiro
    • HONGO, Tadahiro
    • B02C13/04B02C13/28B02C18/14B02C18/16
    • B02C13/2804B02C13/284B02C18/145B02C18/18B02C23/10B02C2023/165
    • A reducing component is disclosed herein. The reducing component includes a block-style reducer including a height, a width and a depth. The block- style reducer includes first and second ends separated by the height, first and second sides separated by the width and front and back sides separated by the depth. The block-style reducer also includes a first reducing edge that extends across the width of the block-style reducer at a location adjacent to the first end of the block-style reducer. The reducing component also includes a blade-style reducer that projects forwardly from the block-style reducer at a location adjacent the second side of the block-style reducer. The blade-style reducer includes a second reducing edge that extends primarily along the height of the block-style reducer.
    • 本文公开了还原组分。 还原部件包括包括高度,宽度和深度的块状减速器。 块式减速器包括由高度分开的第一和第二端,第一和第二侧由宽度分隔开,前后两侧分开深度。 块式减速器还包括在与块式减速器的第一端相邻的位置处跨越块式减速器的宽度延伸的第一减速边缘。 减速部件还包括叶片式减速器,其在与块式减速器的第二侧相邻的位置从块式减速器向前突出。 叶片式减速器包括主要沿着块式减速器的高度延伸的第二减速边缘。
    • 24. 发明申请
    • PULVERIZER CLASSIFIER
    • PULVERIZER分类器
    • WO2012009450A2
    • 2012-01-19
    • PCT/US2011043878
    • 2011-07-13
    • SAVVY ENGINEERING LLCLP AMINA LLCVIERSTRA SCOTT
    • VIERSTRA SCOTT
    • B07B4/02
    • B07B7/01B02C23/10B02C2015/002B07B4/02B07B7/02B07B7/04B07B7/086
    • An axial classifier, for separating the coarse particles from a fluid flow having both coarse and fine particles, comprising a housing forming a first chamber for the fluid flow to enter the classifier, a vane assembly provided within the housing, wherein the vane assembly includes a plurality of blades aligned around a flow diverter, a cone member forming a second chamber for the fluid flow to pass therein, wherein the cone member includes an opening for the coarse particles separated from the fluid flow to pass therethrough, and an outlet for the particles remaining in the fluid flow after separation of the coarse particles to exit the classifier, wherein the plurality of blades of the vane assembly abut an outer surface of the flow diverter to direct the fluid flow from the first chamber into the second chamber in a manner that congregates the coarse particles for classification.
    • 一种轴向分级器,用于将粗颗粒与具有粗颗粒和细颗粒的流体流分离,包括形成用于流体流进入分级器的第一室的壳体,设置在壳体内的叶片组件,其中叶片组件包括 多个叶片围绕流动分流器对准,锥形构件形成用于流体流动的第二室,其中锥形构件包括用于从流体流分离的粗颗粒通过的开口,以及用于颗粒的出口 在分离出粗粒子之后留在流体流中以离开分级器,其中叶片组件的多个叶片邻接分流器的外表面,以将来自第一室的流体流引导到第二室中, 聚集粗颗粒进行分类。
    • 25. 发明申请
    • 廃蛍光ランプの選択破砕方法及び装置
    • 用于选择性破坏废物荧光灯的方法和装置
    • WO2009038163A1
    • 2009-03-26
    • PCT/JP2008/066961
    • 2008-09-19
    • 独立行政法人産業技術総合研究所大木 達也小林 幹男
    • 大木 達也小林 幹男
    • B02C19/00B02C13/04B02C13/28B07B1/00B09B3/00B09B5/00
    • B02C23/10B02C19/0068B02C2023/165C22B7/005H01J9/52Y02P10/212Y02W30/60Y02W30/828
    •  廃蛍光ランプを対象とした大量リサイクルシステムにおける効率的なランプの選択破砕方法及び装置を実現するものである。  破砕機と、破砕機を支持し且つ破砕機で破砕されたガラス片5を受けるガラス受ハウジング6を備え、破砕機3は、ガラス受ハウジング6上に支持された円筒状の破砕チャンバ7と、破砕チャンバ7内で回転する回転軸8と、ハンマ9とを備えており、ハンマ9と破砕チャンバ7との間には、ハンマ9が回転可能である以外の隙間はなく、破砕チャンバ7は、上流端から下流端に向けて下方向に傾斜し、底部には、破砕されたガラスのみが通過するスクリーン15が形成されており、廃蛍光ランプを、ハンマ9によって、圧縮力、摩擦力、引張力及び剪断力を作用させずに、衝撃力のみによって、口金部を破砕することなく、ガラス部分のみを選択的に破砕する。
    • 一种用于在针对废物荧光灯的大容量循环系统中有效地选择性地破碎灯的方法和装置。 该装置包括破碎机和用于支撑破碎机并接收由破碎机破碎的玻璃碎片(5)的玻璃接收壳体(6),其中破碎机(3)设置有圆柱形破碎室(7),其被支撑 在玻璃接收壳体(6)上,在破碎室(7)中旋转的旋转轴(8)和锤(9)之间没有比允许锤(9)旋转所需的间隙更宽的间隙设置在锤 (9)和破碎室(7),并且破碎室(7)从上游端向下游端向下倾斜,并在其底部形成有用于允许碎玻璃碎片仅通过的筛网(15) 由此只有废荧光灯的玻璃部分才被冲击力选择性地被锤(9)压碎,没有压缩力,摩擦力拉力和剪切力作用而不破坏基部。