会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Dip pipe for facilities for the separation of substance mixtures
    • 用于分离物质混合物的设备的浸渍管
    • US5275730A
    • 1994-01-04
    • US838798
    • 1992-03-18
    • Josef Keuschnigg
    • Josef Keuschnigg
    • B01D45/12B01D45/16B04C20060101B04C5/02B04C5/103B04C5/13B04C7/00G01N1/10G01N30/10B65G53/60
    • B04C5/103B04C5/13
    • A baffle means (2) is provided at a dip pipe (1) which latter projects into the separating chamber of a facility for the separation of substance mixtures of a liquid or gaseous medium and a liquid or solid substance under the effect of centrifugal forces, the medium being discharged from the facility through this dip pipe. The baffle means (2) includes at least one baffle (3) having the shape of the shell of a truncated cone, the axis of curvature (4) of which extends in parallel to the longitudinal axis (5) of the dip pipe (1) and is offset with respect to this axis (5). By the baffle means (2), the medium is guided into the dip pipe (1) with simultaneous reconversion of the flow energy into pressure energy, there being imparted to the medium an acceleration oriented axially in the flow-off direction of the medium and an acceleration.
    • PCT No.PCT / AT91 / 00127 Sec。 371日期:1992年3月18日 102(e)1992年3月18日PCT PCT 1991年12月11日PCT公布。 出版物WO92 / 10300 日期:1992年6月25日。挡板装置(2)设置在浸入管(1)处,后者突出到用于分离液体或气体介质的物质混合物和液体或固体物质的设备的分离室 在离心力的作用下,介质通过该浸入管从设备排出。 挡板装置(2)包括至少一个具有截头圆锥壳体形状的挡板(3),其曲率轴线(4)平行于浸入管道(1)的纵向轴线(5)延伸 )并且相对于该轴线(5)偏移。 通过挡板装置(2),将介质引导到浸入管(1)中,同时将流动能量重新转化为压力能量,向介质施加沿介质流动方向轴向加速的加速度, 加速。
    • 4. 发明授权
    • Drive arrangement for the loading arms of a loading ramp for heading
machines or longwall shearing machines
    • 用于镦锻机或长壁剪切机的装载坡道的装载臂的驱动装置
    • US4605119A
    • 1986-08-12
    • US563984
    • 1983-12-21
    • Josef KeuschniggArnulf Kissich
    • Josef KeuschniggArnulf Kissich
    • F16H21/10B23D33/00B65G47/82E21D9/12E21F13/00G05G7/00B65G65/02
    • B65G47/82E21D9/128
    • In a drive arrangement for the loading arms (5) of a loading ramp for a heading machine or longwall shearing machine, each loading arm (5) is rotatably supported in off-center position on a rotary disc (7) and extended beyond its axis of rotation (6) by guide arm (10) arranged so as to swivel around a bearing point on one end of a steering lever (11). The heading machine or longwall shearing machine has--for broadening its loading ramp--laterally outwardly swivellable parts (2) having arranged thereon, in a manner preventing angular movement, an arm (14) extending beyond the pivotal axis (4) of the extendible part (2). For automatic adaptation of the removal width of the loading arms (5) to the selected working width of the loading ramp, the other end of the steering lever (11) is hinged to the free end of the arm (14) connected with the outwardly swivellable part (2).
    • 在用于镦锻机或长壁剪切机的装载斜面的装载臂(5)的驱动装置中,每个装载臂(5)可旋转地支撑在旋转盘(7)上的偏离中心位置并延伸超过其轴线 通过引导臂(10)的旋转(6)被布置成围绕转向杆(11)的一端上的支承点旋转。 镦锻机或长壁剪切机具有 - 以防止角运动的方式布置在其上的加载斜坡横向向外可转动部件(2),延伸超过可延伸部分的枢转轴线(4)的臂(14) (2)。 为了将装载臂(5)的移除宽度自动适应加载斜坡的所选工作宽度,转向杆(11)的另一端铰接到与外部连接的臂(14)的自由端 可转动部分(2)。
    • 5. 发明授权
    • Guide means for centrifugal force separators, especially cyclone separators
    • 用于离心力分离器的导向装置,特别是旋风分离器
    • US07399412B2
    • 2008-07-15
    • US11024429
    • 2004-12-30
    • Josef Keuschnigg
    • Josef Keuschnigg
    • B04C5/103B01D45/12B01D21/26B01D17/038
    • B04C5/103B04C5/13B04C2005/136
    • A guide means of a centrifugal force separator or cyclone separator for separating at least one substance from a gaseous or liquid medium under the action of centrifugal forces has two or more baffle plates (2) with a radius which decreases from the center axis of the guide means, viewed in the direction of rotation of the medium. Between these baffle plates (2) entry openings (16) into the guide means are formed for the medium from which the substance has been largely removed into the guide means. There is a bottom plate (3) on the end of the guide means which projects into the interior of the device. To improve incident flow or inflow of the medium into the guide means, the bottom plate (3) in the area of the entry openings (16) has recesses (12).
    • 离心力分离器或旋风分离器的引导装置,用于在离心力的作用下将至少一种物质与气体或液体介质分离,具有两个或更多个挡板(2),其半径从引导件的中心轴线减小 从介质旋转的方向观察。 在这些挡板(2)之间形成进入导向装置的进入开口(16),用于将物质从其中大量地移除到引导装置中的介质。 在导向装置的端部上有一个底板(3),该底板突出到装置的内部。 为了改善介质进入引导装置的入口流动或流入,入口(16)区域中的底板(3)具有凹槽(12)。
    • 6. 发明申请
    • Unknown
    • 未知
    • US20050269258A1
    • 2005-12-08
    • US11024429
    • 2004-12-30
    • Josef Keuschnigg
    • Josef Keuschnigg
    • B04C5/103B04C5/13C02F1/38
    • B04C5/103B04C5/13B04C2005/136
    • A guide means of a centrifugal force separator or cyclone separator for separating at least one substance from a gaseous or liquid medium under the action of centrifugal forces has two or more baffle plates (2) with a radius which decreases from the center axis of the guide means, viewed in the direction of rotation of the medium. Between these baffle plates (2) entry openings (16) into the guide means are formed for the medium from which the substance has been largely removed into the guide means. There is a bottom plate (3) on the end of the guide means which projects into the interior of the device. To improve incident flow or inflow of the medium into the guide means, the bottom plate (3) in the area of the entry openings (16) has recesses (12).
    • 离心力分离器或旋风分离器的引导装置,用于在离心力的作用下将至少一种物质与气体或液体介质分离,具有两个或更多个挡板(2),其半径从引导件的中心轴线减小 从介质旋转的方向观察。 在这些挡板(2)之间形成进入导向装置的进入开口(16),用于将物质从其中大量地移除到引导装置中的介质。 在导向装置的端部上有一个底板(3),该底板突出到装置的内部。 为了改善介质进入引导装置的入口流动或流入,入口(16)区域中的底板(3)具有凹槽(12)。
    • 8. 发明授权
    • Device for dust separation from gases
    • 用于从气体分离的装置
    • US5238475A
    • 1993-08-24
    • US920419
    • 1992-07-27
    • Josef Keuschnigg
    • Josef Keuschnigg
    • B04C5/28B01D45/16
    • B01D45/16
    • A device for dust separation from flue gases produced during combustion of solid waste comprises a housing (1) wherein an untreated gas chamber (3) is arranged. Several cyclone separators (10) are provided in the untreated gas chamber (3); the untreated gas enters the housings (12) of these separators by way of a tangential raw gas inlet (13). Furthermore, a pure gas chamber (7) is located in the housing (1), separated from the raw gas chamber (3) by a partition (5). The pure gas exits from the cyclone separators (10) through pipes (14) penetrating the partition (5) into the pure gas chamber (7). The cyclone separators (10) each include a dip pipe (14, 15) respectively projecting from the top and from the bottom into the separating chamber (11) provided in the housing (12) of the cyclone separators (10). The raw gas chamber (3) is separated at the bottom from a dust-collecting chamber (17) by means of a partition (6). The upper and lower dip pipes (14, 15) are in communication with the opening (9) for the discharge of pure gas from the housing (1) of the device.
    • 用于灰尘与固体废物燃烧期间产生的烟气分离的装置包括其中布置未处理气体室(3)的壳体(1)。 在未处理的气室(3)中设有若干旋风分离器(10)。 未经处理的气体通过切向原料气体入口(13)进入这些分离器的壳体(12)。 此外,纯气体室(7)位于壳体(1)中,通过隔板(5)与原料气室(3)分离。 纯气体通过穿过隔板(5)的管(14)从纯气体室(7)离开旋风分离器(10)。 旋风分离器(10)各自包括分别从顶部和从底部突出到设置在旋风分离器(10)的壳体(12)中的分离室(11)的浸入管(14,15)。 原料气室(3)通过隔板(6)在底部与灰尘收集室(17)分离。 上下汲管(14,15)与开口(9)连通,用于从装置的壳体(1)排出纯气体。
    • 9. 发明授权
    • Process and apparatus for the separation of materials from a medium
    • 从介质中分离材料的工艺和设备
    • US5236587A
    • 1993-08-17
    • US780083
    • 1991-10-17
    • Josef Keuschnigg
    • Josef Keuschnigg
    • B01D45/16B04C5/02B04C5/103B04C5/13
    • B04C5/103B01D45/16B04C5/02B04C5/13
    • For the separation of at least one material from a liquid or gaseous medium, with a specific gravity different from the medium, the flowing mixture of material and medium is set into rotation about an axis oriented in parallel to its flow-off direction, the material is separated from the medium by centrifugal forces, and discharged separately from the purified medium. The velocity of the rotation of the mixture of material and medium is increased by an increasing reduction of the radius of the rotary movement. The medium is discharged from the device by means of mutually coaxially opposed dip pipes. An apparatus (10) for performing the process comprises a baffle (112) for producing the rotary motion of the introduced mixture in a separating chamber (113). The purified medium is withdrawn from the separating chamber (113) by way of mutually opposed dip pipes (114, 115), the cross section of which is smaller than that of the separating chamber (113). The separated material is discharged by way of a secondary cyclone (118) and a pipe (120).
    • 为了将液体或气体介质中的至少一种材料与比重不同于介质分离,将材料和介质的流动混合物围绕平行于其流动方向定向的轴线旋转,材料 通过离心力与介质分离,并与纯化介质分开排出。 材料和介质的混合物的旋转速度随着旋转运动的半径的减小而增加。 介质通过相互同轴对置的浸入管从装置排出。 用于执行该方法的装置(10)包括用于在分离室(113)中产生引入的混合物的旋转运动的挡板(112)。 净化介质通过彼此相对的浸入管(114,115)从分离室(113)中排出,其横截面小于分离室(113)的横截面。 分离的材料通过次级旋风分离器(118)和管道(120)排出。