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    • 2. 发明申请
    • VERFAHREN ZUM BETREIBEN EINER ZENTRIFUGENVORRICHTUNG
    • WO2020094217A1
    • 2020-05-14
    • PCT/EP2018/080338
    • 2018-11-06
    • FERRUM AG
    • MÜLEBACH, Marcel
    • B04B11/02B04B11/04B04B3/00B04B13/00G01N21/84
    • Die Erfindung betrifft ein Verfahren zum Betreiben einer Zentrifugenvorrichtung. Die Zentrifugenvorrichtung umfasst dabei eine Zentrifuge, in welcher eine Zentrifugentrommel (10, 210) rotierbar angeordnet ist; ein Lichtdetektor (1) und eine Lichtquelle. Hierbei ist der Lichtdetektor (1) und die Lichtquelle derart an der Zentrifugenvorrichtung angeordnet, dass eine Detektion eines Füllmaterialparameters in einem Innenraum der Zentrifugentrommel (10, 210) durchgeführt werden kann. Ausserdem umfasst die Zentrifugenvorrichtung ein Softwaremodul zur Plausibilisierung des mittels des Lichtdetektors (1) detektierten Füllmaterialparameters, wobei das Softwaremodul mittels eines Eingangs (101) zum Empfangen eines Detektionssignals mit dem Lichtdetektor (1) verbindbar ist. Das Verfahren zum Betreiben der Zentrifugenvorrichtung durch Detektieren des Füllmaterialparameters des Füllmaterials (2) innerhalb der Zentrifugentrommel (10, 210) umfasst die folgenden Schritte. Beleuchten mindestens eines Teils einer Oberfläche des Füllmaterials (2) mit der Lichtquelle, Empfangen eines von dem Füllmaterial (2) reflektierten Lichts mittels des Lichtdetektors (1) und Erzeugen eines entsprechenden Detektionssignals. Plausibilisierung des Detektionssignals des Lichtdetektors(1) mittels des Softwaremoduls. Verarbeiten eines plausiblen Detektionssignal mittels des Softwaremoduls. Generieren mindestens eines Outputsignals aus dem plausiblen Detektionssignal mittels des Softwaremoduls.
    • 3. 发明申请
    • 脱水処理装置
    • 脱水处理装置
    • WO2018037568A1
    • 2018-03-01
    • PCT/JP2016/075092
    • 2016-08-26
    • 細田工業株式会社
    • 石黒 理小森 健司植田 淳子
    • A23N12/08B04B3/00F26B5/08
    • 【課題】 容器本体に収容される食材の量が変化し、あるいは容器本体を回転する回転数が変動した場合に発生する振動を抑制することができる脱水処理装置を提供する。 【解決手段】脱水処理装置(1)は、予め定める水平な設置面上に設置される基台(4)と、基台(4)の垂直な軸線(L)まわりに回転可能に配設される第1回転軸(6)と、複数の透孔部(34)を有し、第1回転軸(6)まわりに回転可能に配設される容器本体(2)と、第1回転軸(6)を軸線(L)まわりに回転駆動する駆動手段(5)と、第1回転軸(6)に配設され、容器本体(2)を支持する支持体(7)と、を備え、支持体(7)は、容器本体(2)に当接する外周面を有する少なくとも1つの当接部(57,59)を含む当接片(58,60)を備え、当接部(57,59)は、軸線(L)上で前記容器本体(2)の下部から上部に向かって嵌合した状態で容器本体(2)を支持することを特徴とする。
    • 能够抑制所产生的振动时用于旋转容器主体的旋转速度是变化的

      为容纳食品的容器体量改变为,或脱水处理装置 提供。 所述的脱水装置(1)包括基体(4)上安装的预定水平安装表面,可旋转地设置垂直(L)的轴线基部周围(4) 并且第一旋转轴(6),通孔部的多个(34),第一旋转轴(6)和容器体部(2),其可旋转地布置绕第一旋转轴线( 6)的轴线(L)驱动装置,用于围绕旋转(5)被设置在第一旋转轴(6),包括用于支撑容器体(2)和(7),支撑在支撑 本体(7)具有包括至少一个邻接部分(57,59)的邻接件(58,60),邻接部分具有邻接容器本体(2)的外周表面, 的特征在于,在下部装有朝向所述容器主体的所述轴线(L)上的状态下支撑所述容器本体(2)(2)。

    • 4. 发明申请
    • METHODS AND SYSTEMS FOR PROCESSING A VAPOR STREAM FROM A THERMAL DESORPTION PROCESS
    • 用于处理来自热解吸过程的蒸汽流的方法和系统
    • WO2017190227A1
    • 2017-11-09
    • PCT/CA2017/050483
    • 2017-04-19
    • CALAERIS ENERGY & ENVIRONMENT LTD.
    • HOFFMAN, Barry
    • B01D5/00B01D21/26B04B3/00
    • B01D5/00B01D5/0027B01D17/042B01D21/26
    • Methods and systems for treating an oil/water vapor stream containing solids fines. Routing a feed composition of oil/water vapors containing fine solids to a condensing unit, combining the feed composition with a cooled OWS emulsion, forming a warmed OWS emulsion. The warmed OWS emulsion is routed to a surge vessel containing a volume of surge OWS emulsion, where after a first portion of the surge OWS emulsion is routed to a heat exchanger, forming the cooled OWS emulsion, and a second portion of the surge OWS emulsion is routed to an OWS separation unit. The OWS separation unit may be one or more disc stack centrifuges, in some cases preceded by one or more decanting centrifuges. In certain embodiments the oil/water vapor stream containing solids fines is generated from a thermal desorption unit, such as a turbulent vacuum thermal desorption unit. Systems may be integrated with thermal desorption units and drilling rigs.
    • 用于处理含有固体细粒的油/水蒸汽流的方法和系统。 将含有细固体的油/水蒸汽的进料组合物送入冷凝单元,将进料组合物与冷却的OWS乳液合并,形成温热的OWS乳液。 将加热的OWS乳液送入含有一定体积的缓冲OWS乳液的缓冲容器中,其中将缓冲OWS乳液的第一部分送入热交换器,形成冷却的OWS乳液,并且将缓冲OWS乳液的第二部分 被路由到OWS分离单元。 OWS分离单元可以是一个或多个盘式堆叠式离心机,在一些情况下,先有一个或多个倾析式离心机。 在某些实施方案中,含有固体细粉的油/水蒸气流从热解吸单元例如湍流真空热解吸单元产生。 系统可能与热解吸单元和钻机相结合。
    • 5. 发明申请
    • 원심분리기 및 원심분리방법
    • 离心和离心法
    • WO2017099487A1
    • 2017-06-15
    • PCT/KR2016/014362
    • 2016-12-08
    • 메디칸 주식회사
    • 이희영양현진배대창
    • B04B3/00B04B7/00B04B7/16
    • B04B3/00B04B7/00B04B7/16
    • 본 발명의 일 실시례는, 내부에 수용된 물질에 원심력이 작용하도록 회전할 수 있는 회전챔버; 회전챔버의 회전에 따른 원심력에 의해 회전챔버 내부에 수용된 물질에서 분리된 소정의 성분이 저장되는 저장부; 및 저장부와 회전챔버 사이에 배열되며, 회전챔버의 회전에 따른 원심력에 의해 회전챔버 내부에 수용된 물질에서 분리된 소정의 성분이 저장부에 저장되기 위해 통과하는 필터를 구비하고, 저장부는 회전챔버의 회전에 따른 원심력에 의해 회전챔버 내부에 수용된 물질에서 분리되어 저장부에 저장된 소정의 성분이 저장부에서 회전챔버로 회귀하지 않게 하는 회귀방지부를 포함하는 원심분리기이다. 이에 의하여 분리하고자 하는 소정의 성분을 매우 용이하게 분리해 낼 수 있는 효과를 갖는다.
    • 本发明的一个实施例包括可旋转的旋转室,以便离心力作用于其中包含的物质; 存储单元,用于根据所述旋转室的旋转,通过离心力来存储与包含在所述旋转室中的材料分离的预定部件; 并且它被布置在存储单元和所述旋转室,由离心力远离包含在按照一个旋转腔室中的可转动的腔室中的物质被提供有一个过滤器,通过将被存储在存储单元中,存储单元的旋转室的预定部件的旋转之间 旋转从其根据离心分离器,包括用于存储在所述存储单元在存储单元中不返回到旋转室中的规定成分的抗回报单元接收的旋转室的内部通过离心力材料分离。 因此,可以非常容易地分离要分离的预定组分。
    • 6. 发明申请
    • SELF-CLEANING CENTRIFUGAL SEPARATOR
    • 自清洁离心分离器
    • WO2015110360A1
    • 2015-07-30
    • PCT/EP2015/050789
    • 2015-01-16
    • MANN+HUMMEL GMBH
    • BURFORD, NigelFELL, Anthony W.ROUSE, Angus
    • B04B5/00B04B3/00B04B7/02B04B11/02
    • B04B3/00B04B5/005B04B7/02B04B9/12B04B11/02B04B15/06
    • A centrifugal separator comprises a base (10), a substantially vertical spindle (14) upstanding from the base (10), a rotary vessel (13) mounted on the spindle (14), and a housing (15) which encloses the rotary vessel (13) and is connected to the base (10). A liquid supply duct (29) supplies liquid to be filtered to the rotary vessel (13). The rotary vessel (13) has an open top and comprises filter material extending to a weir (30) at its upper edge. The housing (15) includes a passageway (46) adjacent and communicating with the weir (30) so that in use centrifugal force generated by rotation of the vessel (13) causes waste material which does not pass through the filter material to progress upwardly over the inner surface of the vessel (13) and be expelled over the weir (30), thereafter discharged from the housing. The liquid to be filtered may be supplied to the bottom of the rotary vessel (13) via an axial bore (20) in the spindle (14) or it may be supplied to the open top of the rotary vessel (13). The separator may be self-powered by discharge of liquid via nozzles (22) from the axial bore (20).
    • 离心分离器包括基座(10),从基座(10)直立的基本垂直的心轴(14),安装在心轴(14)上的旋转容器(13)和包围旋转容器 (13)并连接到基座(10)。 液体供应管道(29)将待过滤的液体供应到旋转容器(13)。 旋转容器(13)具有敞开的顶部并且包括在其上边缘处延伸到堰(30)的过滤材料。 壳体(15)包括与堰(30)相邻并连通的通道(46),使得在使用中通过容器(13)的旋转产生的离心力使得不通过过滤材料的废料向上升高 容器(13)的内表面并排出堰(30),然后从壳体排出。 待过滤的液体可以通过主轴(14)中的轴向孔(20)供应到旋转容器(13)的底部,或者可以将其供应到旋转容器(13)的开口顶部。 分离器可以通过喷嘴(22)从轴向孔(20)排出液体而自动供电。
    • 7. 发明申请
    • GRINDING AND DEWATERING APPARATUS OF FOOD WASTE BY CENTRIFUGATION
    • 食品废弃物的研磨和脱水装置
    • WO2013171561A1
    • 2013-11-21
    • PCT/IB2013/000911
    • 2013-05-13
    • RUSCONI CLERICI, Piero
    • RUSCONI CLERICI, PieroFRANCESCHINI, RinaldoVOLANTE, Giampiero
    • B02C18/10B02C18/22B04B3/00B02C18/00B04B5/10B04B11/08
    • B01D33/00B02C18/0092B02C18/10B02C18/2216B04B3/00B04B5/10B04B11/08B04B2005/105F26B5/08F26B2200/02
    • A grinding and dewatering apparatus by centrifugation for highly selective differentiated food waste collection comprising, in a supporting structure (10), a hopper (11) for the introduction of the waste- products into a grinding chamber (12) and subsequently into a centrifuge (22) which comprises an inner body (23) and an outer body (24) with a finely perforated side wall coaxial to it, a deceleration chamber (26) of the filtered water, a motor (15) for driving the grinding means (21) and said centrifuge (22), wherein the motor (15) integrally activates both the grinding means (21) and the centrifuge (22) and is in a position overlying both (21, 22), and a discharge for the evacuation of the ground waste-products. Both the grinding means (21) and the inner and outer bodies (23, 24) of the centrifuge (22) are positioned in the deceleration chamber (26) and are arranged integrally with a rotating disc (18), and said discharge is a movable discharge (27), that can be selectively positioned below openings (29), situated in a flanged extension (25) arranged below for closing said centrifuge (22) for the evacuation of the ground waste-products into a collection basket (34). A doctor blade (38) is provided, which can be selectively moved in engagement with the finely perforated wall of the outer body (24) of the centrifuge (22) for the detachment of the centrifuged waste-products.
    • 一种用于高选择性分化食物废物收集的离心的研磨和脱水装置,包括在支撑结构(10)中的用于将废物引入研磨室(12)中并随后进入离心机(12)的料斗(11) 22),其包括具有与其同轴的精细穿孔侧壁的内体(23)和外体(24),过滤水的减速室(26),用于驱动研磨装置(21)的马达(15) )和所述离心机(22),其中所述马达(15)一体地激活所述研磨装置(21)和所述离心机(22),并且处于覆盖所述离心机(21,22)的位置和用于排出所述离心机 地面废弃物。 研磨装置(21)和离心机(22)的内部和外部主体(23,24)都位于减速室(26)中并且与旋转盘(18)一体地布置,并且所述排出是 活动排放口(27),其可以选择性地定位在开口(29)的下方,位于布置在下方的用于封闭所述离心机(22)的带凸缘的延伸部(25)中,用于将所述废弃物废物排出到收集篮(34)中, 。 提供刮刀(38),其可选择性地与离心机(22)的外体(24)的细孔穿孔接合,以便离心的废产物的分离。
    • 8. 发明申请
    • CENTRIFUGAL SEPARATOR WITH CIRCULAR ROTOR BLADES
    • 带圆形转子叶片的离心分离器
    • WO2013148679A1
    • 2013-10-03
    • PCT/US2013/033874
    • 2013-03-26
    • CENTRIFUGAL AND MECHANICAL INDUSTRIES, LLC
    • WIRTEL, Gregory, AlanWHISLER, Kevin, Ray
    • B04B3/00B04B7/08
    • B04B15/06B04B3/00B04B11/02
    • An improved centrifugal separator system and method for separating a solid portion from a liquid portion, of the type including a chute for introducing material into the separator; a screen rotated on a shaft for allowing a liquid portion of the material to flow through the screen but preventing solids from flowing through the screen; a space between the housing and the screen for allowing the solids to travel through the separator; a rotor portion, further comprising a plurality of blades radiating outward from a hub portion of the rotor to an outer ring portion of the rotor to define the traveling space for the solid material between the rotor blades; wherein each of the blades being circular in cross section along their length to minimize the impact on the solid material which makes contact with the rotating blades and do less damage to the solid material, resulting in better product and a reduction in the energy required to power the separator.
    • 一种用于将固体部分与液体部分分离的改进的离心分离器系统和方法,包括用于将材料引入分离器的滑槽; 在轴上旋转的屏幕,用于允许材料的液体部分流过筛网,但防止固体流过筛网; 壳体和屏幕之间的空间,用于允许固体穿过分离器; 转子部分,还包括多个叶片,其从所述转子的毂部分向外辐射到所述转子的外环部分,以限定所述转子叶片之间的固体材料的行进空间; 其中每个叶片沿其长度呈横截面为圆形,以最小化与固体材料的接触的固体材料的冲击,并且对固体材料进行较少的损伤,导致更好的产品和功率所需的能量的降低 分隔符。
    • 9. 发明申请
    • FAN MODULE HAVING A DUST-COLLECTING FUNCTION, AND A DUST-COLLECTING DEVICE EMPLOYING THE SAME
    • 具有除尘功能的风扇模块以及使用相同功能的除尘装置
    • WO2011016624A2
    • 2011-02-10
    • PCT/KR2010004447
    • 2010-07-08
    • V L SYSTEM CO LTDKIM CHEOL-HYUNPARK SUNG-CHUL
    • KIM CHEOL-HYUNPARK SUNG-CHUL
    • G06F1/16B04B3/00H05K7/20
    • B04C3/00B04C9/00B04C2009/005G06F1/20H05K7/20172
    • Disclosed is a fan module used in electronic equipment and the like. The fan module of the present invention comprises: a dust-collecting part which has an air-suction port and an air-discharge port, and which has a rotational region forming a passage linking the air-suction port to the air-discharge port and has a dust-collection box for collecting dust and detritus rotating in the rotational region; and a fan which is joined to one side of the dust-collecting part and makes air flow into the rotational region. The present invention can use centrifugal force to effectively remove various forms of dust and detritus contained in the air which flows into the casings of electronic equipment, household appliances and the like due to the action of a fan. Further, since a filter is not used, there is the advantage that the cooling efficiency is not reduced by the dust collection as the smooth flow of the air being sucked in is not disturbed. Further, from the long-term point of view, the thermal efficiency of electronic equipment and the like can be substantially improved as the amount of dust and detritus accumulated inside electronic equipment is minimised.
    • 公开了一种用于电子设备等的风扇模块。 本发明的风扇组件包括:集尘部,其具有吸气口和排气口,并具有形成将吸气口与排气口连接的通路的旋转区域;以及 具有用于收集在旋转区域中旋转的灰尘和碎屑的集尘盒; 以及风扇,其与集尘部的一侧接合并使空气流入旋转区域。 本发明可利用离心力有效地去除由于风扇的作用而流入电子设备,家用电器等的外壳的空气中所含的各种形式的灰尘和碎屑。 此外,由于没有使用过滤器,所以具有这样的优点,即由于吸入的空气的平稳流动不被扰乱,所以通过集尘不会降低冷却效率。 此外,从长期角度来看,电子设备等的热效率可以随着电子设备内累积的灰尘和碎屑的量最小化而大大提高。