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    • 101. 发明公开
    • 교반기 밀
    • 刺刀
    • KR1020100077017A
    • 2010-07-06
    • KR1020107010389
    • 2005-10-11
    • 뷔홀러 아게
    • 슈테르노베르트슈미트필립
    • B02C17/16B02C17/00B01F7/16
    • B02C17/166B02C17/16B02C17/161B02C17/163
    • The invention relates to a stirrer mill for the treatment of pourable mill feed comprising a milling container and an inner stator (22), arranged therein. An annular cylindrical rotor (35) is arranged between the inner stator (22) and the container wall (9) which may be driven in rotation, between which and the container wall (9), a milling chamber (8) is defined. A mill feed outlet channel (47) is arranged between the rotor (35) and the inner stator (22) connected to the milling chamber (8) by means of a deflector channel (50). Devices for prevention of the overflow of milling auxiliaries (43) from the milling chamber (8) into the mill feed outlet channel (47) are provided.
    • 本发明涉及一种用于处理包括研磨容器和内部定子(22))的可倾倒的研磨进料的搅拌机。 在内部定子(22)和容器壁(9)之间布置有环形圆柱形转子(35),该定子可以被驱动旋转,其间限定了容器壁(9)和铣削室(8)。 在转子(35)和通过偏转器通道(50)连接到研磨室(8)的内定子(22)之间布置有研磨机出料通道(47)。 提供了用于防止铣削辅助件(43)从研磨室(8)溢出到轧机进料出口通道(47)中的装置。
    • 102. 发明公开
    • 분쇄 분산 처리 시스템
    • 研磨分散处理系统
    • KR1020100006563A
    • 2010-01-19
    • KR1020097023270
    • 2008-04-09
    • 니혼코크스코교 가부시키가이샤
    • 시이나사토시이시카와오사무게즈카히로아키
    • B02C17/16B01F3/00
    • B02C17/16B02C17/1805
    • This invention provides a grinding dispersion treatment system using a medium stirring-type wet grinding dispergator, which can objectively determine the progress of grinding dispersion treatment in a sequential manner during the grinding dispersion treatment. A grinding dispersion treatment system (10) comprises a medium stirring-type wet grinding dispergator (20), a holding tank (40) for a treatment material, a circulation pump (30), and a circulation line (50) for connecting them. A particle size distribution measuring device and/or a zeta potential measuring device (60) are provided in the circulation line (50). These measuring devices (60) carry out the measurements by taking advantage of ultrasonic waves and may use an ultrasonic attenuation method or a dynamo-electric acoustic method.
    • 本发明提供了一种使用中等搅拌型湿磨分散剂的研磨分散处理系统,其可以在研磨分散处理中以顺序的方式客观地确定研磨分散处理的进展。 研磨分散处理系统(10)包括介质搅拌型湿式磨碎分散器(20),用于处理材料的储存罐(40),循环泵(30)和用于连接它们的循环管线(50)。 在循环管线(50)中设置有粒度分布测定装置和/或ζ电位测定装置(60)。 这些测量装置(60)通过利用超声波进行测量,并且可以使用超声衰减方法或发电电声法。
    • 104. 发明公开
    • 미디어식 분산기
    • 媒体分销商
    • KR1020090018607A
    • 2009-02-20
    • KR1020087027236
    • 2007-05-11
    • 가부시키가이샤 무라타 세이사쿠쇼
    • 타시마타케시
    • B01F7/00B02C17/16
    • B02C17/166B01F3/1221B01F7/00758
    • A media disperser that even when media are reduced to microparticles, is capable of assured separation of media from the slurry by simple structure without lowering of the efficiency of slurry treatment, being also capable of preventing media outflow, so that stable pulverization performance and dispersing performance can be maintained. There is provided media disperser (10) structured so as to rotate rotor (12) in vessel (11) to thereby carry out agitation and mixing of slurry containing particulate matter fed into the vessel (11) and particulate media (M) charged in advance by the rotation of the rotor (12) with the result the particulate matter is pulverized and dispersed, wherein the vessel (11) has first circulation zone (13) disposed so as to open in the central part of upper face thereof, and wherein the rotor (12) has second circulation zone (15) disposed so as to pass through the central part thereof and the central part of upper face of the vessel (11), so that the slurry flows in from an interspace between the first circulation zone (13) and the second circulation zone (15) and is discharged from the second circulation zone (15).
    • 即使介质被还原成微粒的介质分散机能够通过简单的结构确保介质从浆料中的分离,而不降低浆料处理的效率,还能够防止介质流出,从而稳定的粉碎性能和分散性能 可以维护。 提供的介质分散器(10)构造成使得容器(11)中的转子(12)旋转,从而进行搅拌并混合进料到容器(11)中的颗粒物质和预先填充的颗粒介质(M) 通过转子(12)的旋转,颗粒物被粉碎和分散,其中容器(11)具有第一循环区(13),其设置成在其上表面的中心部分开口,并且其中 转子(12)具有第二循环区(15),其设置成穿过其中心部分和容器(11)的上表面的中心部分,使得浆料从第一循环区域 13)和第二循环区(15),并从第二循环区(15)排出。
    • 105. 发明公开
    • 교반기 밀
    • 刺刀
    • KR1020080069979A
    • 2008-07-29
    • KR1020087010450
    • 2005-10-11
    • 뷔홀러 아게
    • 슈테르노베르트슈미트필립
    • B02C17/16B02C17/00
    • B02C17/166B02C17/16B02C17/161B02C17/163
    • The invention relates to a stirrer mill for the treatment of pourable mill feed comprising a milling container (2) and an inner stator (22), arranged therein. An annular cylindrical rotor (35) is arranged between the inner stator (22) and the container wall (9) which may be driven in rotation, between which and the container wall (9), a milling chamber (8) is defined. A mill feed outlet channel (47) is arranged between the rotor (35) and the inner stator (22) connected to the milling chamber (8) by means of a deflector channel (50). Devices for prevention of the overflow of milling auxiliaries (43) from the milling chamber (8) into the mill feed outlet channel (47) are provided.
    • 本发明涉及一种用于处理包括铣削容器(2)和布置在其中的内定子(22)的可倾倒的研磨机进料的搅拌机。 在内部定子(22)和容器壁(9)之间布置有环形圆柱形转子(35),该定子可以被驱动旋转,其间限定了容器壁(9)和铣削室(8)。 在转子(35)和通过偏转器通道(50)连接到研磨室(8)的内定子(22)之间布置有研磨机出料通道(47)。 提供了用于防止铣削辅助件(43)从研磨室(8)溢出到轧机进料出口通道(47)中的装置。
    • 106. 发明公开
    • 교반장치
    • 搅拌或分散装置
    • KR1020080003826A
    • 2008-01-08
    • KR1020077024404
    • 2006-04-27
    • 아이케이에이 베르케 게엠베하 앤드 운트 코. 케이
    • 제글레,피터
    • B01F13/00B01F7/16F16D3/04B02C17/16
    • B01F13/005B01F7/1695B01F11/04B01F2015/0009F16D1/101F16D3/60G01N1/38
    • The invention relates to a stirring or dispersing device (1) comprising a hermetically sealed mixing space (5), a tool (2), which can be driven about a central axis in this mixing space (5) and having a rod-shaped element (3) for transmitting the power of a drive (4) to this tool (2), and comprising such a drive (4), located outside the mixing space (5), the rod-shaped element (3) being connected at the inlet into the mixing space (5) to a membrane (6), which is part of a wall (7) of the mixing space (5), and the rod-shaped element (3) being capable of being set in a tumbling motion by the drive (4), so that its end that is inside the mixing space (5) performs a circulating motion. To achieve an optimum stirring, dispersing, grinding or comminuting result for the mixed product, it is proposed that the tool (2) is formed by a number of grinding elements (22) or balls that are to be introduced into the mixing space (5).
    • 本发明涉及一种搅拌或分散装置(1),包括密封的混合空间(5),工具(2),该工具可在该混合空间(5)中围绕中心轴线被驱动并且具有杆状元件 (3),用于将驱动器(4)的动力传递到所述工具(2),并且包括位于所述混合空间(5)外部的所述驱动器(4),所述杆状元件(3)在 进入混合空间(5)的入口到作为混合空间(5)的壁(7)的一部分的膜(6),并且棒状元件(3)能够被设置成滚动运动 通过驱动器(4),使得其在混合空间(5)内的一端进行循环运动。 为了实现混合产物的最佳搅拌,分散,研磨或粉碎结果,提出了工具(2)由许多待引入混合空间(5)的研磨元件(22)或球形成 )。
    • 108. 发明公开
    • 습식 극세립자 시멘트 밀크 제조장치
    • 用于制造融合地面的高纯度颗粒的水泥搅拌设备
    • KR1020040091250A
    • 2004-10-28
    • KR1020030025007
    • 2003-04-21
    • 양형칠
    • 양형칠
    • B02C17/16
    • PURPOSE: An equipment for manufacturing a cement milk of a wet, hyperfine particle is provided to manufacture the Grout, i.e. cement milk, with an amount of 4m¬3/h, which is made by being agitated with a diluted water with a necessary concentration, to be permeably poured into the void of fine sand or silt layer. CONSTITUTION: The equipment includes an agitation tank(10), made out of stainless, which is arranged on an upper surface plate(3) of the upper center of a frame(2), and has an upper cover plate(11), on which a motor(12) and its shaft(12a), and a separate reducer(13) are arranged, a rotation axis(14), and many agitation blades(15); a pipeline(16), whose one side is connected with the upper outer circumference of the agitation tank(10); a cylindrical ball mill(20), whose lower end is connected with the other side of the pipeline(16); and a temperature gauge(17), arranged in the position of the pipeline(16), near to the ball mill(20), so as to measure the inside temperature of the latter(20); besides a pump(31) with a pipeline(32), and a cement milk storage tank(40).
    • 目的:提供一种用于生产湿,超细颗粒的水泥乳的设备,用于制造灌浆,即水泥乳,其量为4m3 / h,其通过用必需浓度的稀释水搅拌而制成 ,可渗透地倒入细沙或粉砂层的空隙中。 构成:设备包括:由不锈钢制成的搅拌槽(10),该搅拌槽布置在框架(2)的上中心的上表面板(3)上,并具有上盖板(11) 其中布置有马达(12)和其轴(12a)和单独的减速器(13),旋转轴线(14)和许多搅拌叶片(15); 管道(16),其一侧与搅拌槽(10)的上外周连接; 圆筒形球磨机(20),其下端与管道(16)的另一侧连接; 和位于管道(16)的位置的温度计(17),靠近球磨机(20),以便测量后者(20)的内部温度。 除了具有管道(32)的泵(31)和水泥奶储存罐(40)之外。