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    • 2. 发明申请
    • CENTRIFUGAL SEPARATOR
    • 离心分离器
    • WO1986000029A1
    • 1986-01-03
    • PCT/SE1985000249
    • 1985-06-13
    • ALFA-LAVAL ABKLINTENSTEDT, KjellFÖLDHAZY, ZoltanFORSBERG, Björn
    • ALFA-LAVAL AB
    • B04B07/08
    • B04B1/20B04B7/08
    • Centrifugal separator, the separation chamber (9) of which is surrounded by a first rotor part (1) and a second rotor part (2), an annular flange portion (3) of the first rotor part (1) being axially inserted into a sleeve formed end portion (5) of the second rotor part (2) and connected thereto by means of a locking joint. The locking joint comprises locking elements (8), which are brought radially outwards from a position radially inside said sleeve formed end portion (5) and axially outside said annular flange portion (3), such that one part of each locking element (8) is located in an internal recess (7) in the sleeve formed end portion (5), whereas the remaining part of the locking element (8) is located radially inside the periphery of said flange portion (3), whereby the locking element (8) is arranged to transmit axial forces from the first rotor part (1) to the second rotor part (2). In order to position the various parts of the locking joint relative to each other, the locking joint is provided with a pre-stressing element (10), which has a radially outer portion (11) abutting against a substantially axially directed surface of said sleeve formed end portion (5), preferably against its end surface, and which is arranged by means of a pre-stressing member (12) to be connected with said first rotor part (1) and to pre-stress it via the locking elements (8) against the second rotor part (2).
    • 离心分离器,其分离室(9)由第一转子部分(1)和第二转子部分(2)围绕,第一转子部分(1)的环形凸缘部分(3)被轴向插入 套筒形成的第二转子部分(2)的端部(5),并通过锁定接头与其连接。 所述锁定接头包括锁定元件(8),所述锁定元件(8)从所述套筒形成的端部(5)的径向内侧的位置径向向外并且轴向地位于所述环形凸缘部分(3)的外部,使得每个锁定元件(8)的一部分 位于套筒形成的端部(5)中的内部凹部(7)中,而锁定元件(8)的其余部分位于所述凸缘部分(3)的周边的径向内侧,由此锁定元件(8) )被布置成将轴向力从第一转子部件(1)传递到第二转子部件(2)。 为了将锁定接头的各个部分相对于彼此定位,锁定接头设置有预应力元件(10),该预应力元件具有径向外部部分(11),该径向外部部分抵靠所述套筒的基本上轴向的表面 形成的端部(5),优选地抵靠其端表面,并且通过预应力构件(12)布置以与所述第一转子部件(1)连接并且经由锁定元件 8)抵靠第二转子部分(2)。
    • 3. 发明申请
    • A PROCESS FOR THE PRODUCTION OF ETHANOL
    • 一种生产乙醇的方法
    • WO1986003514A1
    • 1986-06-19
    • PCT/SE1985000493
    • 1985-11-28
    • ALFA-LAVAL ABGRANSTEDT, Jürgen
    • ALFA-LAVAL AB
    • C12F01/02
    • B01D3/002C12P7/06Y02E50/17Y10S435/813
    • In the production of ethanol by continuous fermentation in a fermentor (4) with continuous stillage recirculation (19, 20) to the fermentor, the fermentation liquid (6) continuously withdrawn from the fermentor is first sieved in a straining step (7) for separation of coarse solid particles. Then the fermentation liquid (11) is separated in a yeast separation step (12), from which a yeast stream (13) is recirculated to the fermentor (4) and a yeast-free stream (14) is fed to a primary distillation step (9). From the bottom stream (16) from the distillation step (9) a part (19, 20) is recirculated to the fermentor and another part is subjected to final stripping in a secondary distillation step (10). By installing a further centrifugal separation step (22) in the stream (14), which is fed to the distillation step (9), or in the bottom stream (16) which leaves the distillation step (9), finer inert solid particles can be removed from the circulation circuit comprising the distillation step (9) and the fermentor (4). Thereby a considerable saving of separator capacity in the yeast separation step (12) and an improved fluidity in the system can be achieved.
    • 在通过连续发酵(4)连续发酵的乙醇生产中,连续的釜馏再循环(19,20)到发酵罐中,从发酵罐中连续排出的发酵液(6)首先在用于分离的应变步骤(7)中筛分 的粗固体颗粒。 然后在酵母分离步骤(12)中分离发酵液体(11),将酵母物流(13)再循环到发酵罐(4)中,并将无酵母物流(14)加入初级蒸馏步骤 (9)。 从蒸馏步骤(9)的底部料流(16)将一部分(19,20)再循环到发酵罐中,另一部分在二级蒸馏步骤(10)中进行最终汽提。 通过在进料到蒸馏步骤(9)的流(14)中或在离开蒸馏步骤(9)的塔底物流(16)中安装另外的离心分离步骤(22),更细的惰性固体颗粒可以 从包括蒸馏步骤(9)和发酵罐(4)的循环回路中除去。 因此,可以实现酵母分离步骤(12)中分离器容量的显着节省和系统中改善的流动性。
    • 5. 发明申请
    • CENTRIFUGAL SEPARATOR
    • 离心分离器
    • WO1989000084A1
    • 1989-01-12
    • PCT/SE1988000312
    • 1988-06-10
    • ALFA-LAVAL ABYHLAND, Carl
    • ALFA-LAVAL AB
    • B04B05/00
    • B04B5/0428B04B5/0442B04B2005/045
    • In a centrifuge rotor there is formed a separation chamber (4) having an inlet (24) for a mixture of components to be separated and two outlets (21, 23) for the respective separated components. A partition means (7) is arranged to divide the separation chamber (4) in two elongated compartments (29, 30) situated at different distances from the rotor axis. Means is arranged to displace separated heavy component in the circumferential direction of the rotor through the radially outer one of said compartments to and out through the outlet (23) for heavy component.
    • 在离心机转子中形成有分离室(4),其具有用于待分离的部件的混合物的入口(24)和用于各个分离的部件的两个出口(21,23)。 分隔装置(7)被布置成将分离室(4)分隔在位于与转子轴线不同的距离处的两个细长隔室(29,30)中。 装置被布置成通过所述隔室中的径向外部的一个将所述转子的圆周方向上的分离的重组分移位并通过用于重组分的出口(23)排出。