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    • 1. 发明申请
    • PROCESS AND DEVICE FOR DISSOLVING A QUANTITY OF GAS IN A FLOWING LIQUID QUANTITY
    • 方法和系统的燃气量在流动的液量解决方案
    • WO1994011097A1
    • 1994-05-26
    • PCT/EP1993002527
    • 1993-09-18
    • OTTO TUCHENHAGEN GMBH & CO. KGGROSSMANN, Holger
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • B01F05/10
    • B01F5/106B01F3/0446B01F2003/049Y10S261/07Y10S261/27
    • The invention relates to a process for dissolving a quantity of gas in a flowing liquid quantity, especially for dissolving carbon dioxide in beer, in which streams of liquid and gas are brought together and the gas is dispersed in the liquid, mixed therewith and part of it is dissolved therein. The invention is intended to increase the actual quantity of gas soluble in a liquid in given conditions as against prior art processes. In addition, the device for implementing the process is to be of simple construction, cleanable in place (CIP) and its adaptation to certain practical requirements and its regulation is to be facilitated to the utmost. Technically this is achieved in that there is a separation into a bubble-free stream of liquid (L1 ) and a gas/liquid stream (G /L2) taking the form of a two-phase flow, the gas/liquid stream (G /L2) is fed back and together with the supplied unaerated or aerated flow of liquid (L1 or L1/G) and the gas bubbles are redispersed therein. The device for implementing the process is characterised in that a return line (7) is connected to the head of the separator (6), the return line opens on the other side at a second introduction point (9) into a section (1a) of a pipe (1), there is a second conveying device (8) in the return line (7) and the introduction point (4) in the return line (7) is arranged behind the second conveying device (8) or in the pipe section (1a), i.e. in front of or behind or at the second introduction point (9).
    • 2. 发明申请
    • CLEANABLE SCRAPER STATION
    • 可清洁刮板STATION
    • WO1995033952A1
    • 1995-12-14
    • PCT/EP1995001812
    • 1995-05-12
    • OTTO TUCHENHAGEN GMBH & CO. KGCOURA, Herbert, RobertSCHOLZ, Gundar, Helge
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • F16L55/46
    • B08B9/055B08B3/10B08B9/0551
    • The invention concerns a cleanable scraper station which is designed as a despatch/receive station (1; 1*) and through which the product or cleaning agent flows. The aim of the invention is to improve the cleanability of the scraper station compared with prior art devices, as measured by increased throughput, and in particular to ensure through cleaning of the entire scraper surface. This is achieved by virtue of the fact that the scraper (9) is positioned with play in all directions when in the through-flow position (II, II*) by means of a controllable second stop (6a; 6a*) acting in conjunction with a displaceable first stop (5a, 5a*) or by means of the controllable second stop (6a; 6a*) acting in conjunction with a coupling cage (50; 50*) connected to the displaceable first stop (5a; 5a*) and in which the scraper (9) is positively locked, or only by means of the coupling cage (50; 50*) connected to the displaceable first stop (5a; 5a*) and in which the scraper () is positively locked.
    • 本发明涉及一种可清洁刮刀站充当发送和接收站(1; 1 *)被形成并且其通过由产品或清洁剂流动,相比于在流动已知的解决方案的猪站的清洁能力得到改善,并在整个猪表面的特定一个完全清洗 应确保。 这是这样实现的,在其流动阻碍层的刮具(9)(II,II *)与在所有侧由可控第二止动的装置定位播放(6A;图6a *)与所述可移动的第一止动件相结合(图5a图5a *) (50; 50 *),或通过在与可移动的第一站相结合的可控第二止动的装置(6a ;; 6A *)(5A 5A *)捕手连接,其中刮具(9)是一个形状配合的接收或仅由一个装置 与可移动的第一止动件(5A;图5a *)连接到收集篮(50; 50 *),其中猪(9)是一个形状配合插座。
    • 4. 发明申请
    • DOUBLE SEAT VALVE
    • 双座阀
    • WO1993016306A1
    • 1993-08-19
    • PCT/EP1993000277
    • 1993-02-05
    • OTTO TUCHENHAGEN GMBH & CO. KGMIETH, Hans, Otto
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • F16K01/44
    • F16K1/446Y10T137/4259Y10T137/5762Y10T137/88038
    • A double seat valve has two serially arranged closure members (5, 6) that are movable with respect to each other, that prevent in the closed position of the valve fluids from overflowing from a first part (1a) into a second part (1b) of the valve housing, and that delimit both in the closed and in the open position a leakage cavity (3) in communication with the surroundings of the valve through a pipe (5b) linked to the independently driven first closure member (5) and that extends outwardly through the adjacent first part (1a) of the valve housing. Valve rods (5a, 6a) for the closure members (5, 6) that are concentrically arranged inside each other extend unilaterally outwards through the second part (1b) of the valve housing. The disclosed double seat valve satisfies the requirement for a leakage cavity that can not only be drained, but also pressure-relieved in all imaginable operating conditions. For that purpose, the valve rod of the second closure member (6), designed as a hollow rod (6a), inwardly delimits a part (6d) of a connection path (15) which is enlarged up to a throughflow cross-section (Q) immediately after the leakage cavity (3) and in a part of its ulterior course, thus increasing the space available for the leakage cavity (3).
    • 双座阀具有可相对于彼此移动的两个串联排列的闭合构件(5,6),其阻止阀流体的关闭位置从第一部分(1a)溢出到第二部分(1b)中, 并且在闭合位置和打开位置中限定通过连接到独立驱动的第一关闭构件(5)的管(5b)与阀的周围连通的泄漏腔(3),并且连接到独立驱动的第一关闭构件(5)的管(5b) 通过阀壳体的相邻的第一部分(1a)向外延伸。 同心地布置在彼此内部的用于封闭构件(5,6)的阀杆(5a,6a)通过阀壳体的第二部分(1b)单向向外延伸。 所公开的双座阀符合泄漏腔的要求,该泄漏腔不仅可以在所有可想象的操作条件下排出,而且可以减压。 为此目的,设计成中空杆(6a)的第二闭合构件(6)的阀杆向内限定连接路径(15)的部分(6d),该连接路径(15)的部分(6d)被扩大到通流横截面 Q)在泄漏腔(3)之后并且在其一部分内部路线中,从而增加可用于泄漏腔(3)的空间。
    • 6. 发明申请
    • PROCESS AND DEVICE FOR PREPARING A CHEESE CURD-WHEY MIXTURE WITH A PREDETERMINED MASS OF CHEESE CURD
    • 方法和设备提供了一个奶酪BREAK乳清混合物与预定的质量CHEESE BREAK
    • WO1996018290A1
    • 1996-06-20
    • PCT/EP1995004862
    • 1995-12-09
    • OTTO TUCHENHAGEN GMBH & CO. KGDÜCKINGHAUS, Georg, Hermann
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • A01J25/11
    • A01J25/115
    • Described is a process for preparing a cheese curd-whey mixture with a predetermined mass of cheese curd wherein the cheese-curd-whey mixture is delimited by volume. In one preferred variant of the process this is done by completely filling a predetermined volume (V(H)) with a cheese curd-whey mixture (K/M), then weighing the entire mass of cheese curd-whey mixture (K/M) present in the volume (V(H)) and from the measured weight, using standard density values P(M) and P(K) for whey and cheese curd, respectively, deriving a mass of cheese curd (m(K)) contained in the total mass and comparing this with a required cheese curd mass (m(F)); depending on the result of the comparison, the amount of cheese curd in the volume V(H) is increased or decreased, with continuous weighing, until the requisite mass of cheese curd (m(F)) is present in the volume (V(H)). The device for carrying out the process is characterized, inter alia, in that a container (1) along with its contents is weighed using a scale (5; 50) and that the volume (V(H)) of the container (1) is limited by a first or second overflow device (3; 4), each of which has a discharge aperture (3b, 4b, respectively), the first device (3) at an open surface (1a) of the cheese curd-whey mixture (K/M) in the container (1) and the second (4) in the base region (1b) of the container (1).
    • 描述了一种用于提供具有干酪凝乳的预定质量凝乳乳清混合物,其中所述凝乳乳清混合物是在其体积中分离的方法。 因为这是一个预定的体积(V(H))一凝乳乳清混合物(K / M)是根据一个优选的方法变型提供,除其他外,被馈送到完全填充,其随后通过称重(的重量(以体积V H)),由凝乳乳清混合物的总重量(确定K / M)和从该和根据用于乳清和凝乳P(M)或P(K)中所含的总质量(m干酪凝乳的质量预定密度值(K) )被确定并与干酪凝乳的所需质量(m(F))进行比较,并且,根据比较结果,在体积V(H)的累积或减少凝乳馏分进行时,在每一种情况下,只要与连续伴有称重,至 在卷被提交给干酪凝乳(M(F))的所需的质量(V(H))。 用于执行该方法的装置由一个供料箱(1)与它的内容一起的重量,通过称重的称重装置(5; 50)上的事实,其特征在于除其他事项外被确定,并且该容器的体积V(H)(1) 由第一或第二溢流装置(3或4),其中,所述第一(3)在所述储存容器(1)和第二凝乳乳清混合物(K / M)的自由表面(1A)(4分隔 )(在基极区域1b)中相同的各自的导入口(3b和4b的)。
    • 7. 发明申请
    • CLEANABLE SCRAPER STATION
    • 可清洁的垃圾车站
    • WO1991017386A1
    • 1991-11-14
    • PCT/EP1991000744
    • 1991-04-18
    • OTTO TUCHENHAGEN GMBH & CO. KGHIELSCHER, ClausGAHR, Günter, Erich
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • F17D03/08
    • B08B9/0554F16L55/46
    • The description relates to a cleanable scraper station which takes the form of a sending and receiving station (7) and in which a scraper (I) limits on one side a scrapable product line section (6) to which is connected a pressure medium source for the controlled transfer of the scraper from the sending to the receiving station, from which, during the return of the scraper from the receiving to the sending station, the pressure medium (D) forced from the product line section is discharged, with monitoring devices (7a, 8a) to determine the position of the scraper, with a wider cross-section than the scrapable section and with a movable stop for the scraper, whereby one of the things to be ensured is that both the scraper and the sending station surrounding it are to be continuously cleanable in situ without dismantling the scraper. In addition, it is to be possible to arrange scraper stations on both sides of a scrapable product line section, which can also be continously cleaned. To this end, the scraper (I; II) can be moved by means of the movable stop (3a; 1.3a; 2.3a) into the closure position (VL) limiting the scrapable product line section which represents its sending or product position.
    • 该描述涉及采用发送和接收站(7)形式的可清洁刮板站,其中刮刀(I)在一侧限制可刮料产品线段(6),其上连接有压力介质源 刮刀从发送到接收站的受控传送,在刮刀从接收器返回到发送站期间,从产品线部分强制的压力介质(D)被排出,具有监视装置( 7a,8a)以确定刮刀的位置,具有比可刮除部分更宽的横截面和用于刮刀的可移动止动件,由此要确保的事物之一是刮刀和围绕其的送料台 在原位不间断地进行清洁,而不需要拆卸刮刀。 另外,可以在可刮除的产品线部分的两侧设置刮刀站,也可以连续清洗。 为此,刮刀(I; II)可以通过可移动止动件(3a; 1.3a; 2.3a)移动到限制可刮出产品线部分的关闭位置(VL),该部分代表其发送或产品位置。
    • 8. 发明申请
    • LEAK-FREE SWITCHING PROCESS FOR A DOUBLE SEAT VALVE AND SEALING ARRANGEMENT FOR CARRYING OUT THE PROCESS
    • 法无泄漏TURN具体实施方法的双座阀和密封装置
    • WO1995008730A1
    • 1995-03-30
    • PCT/EP1994003147
    • 1994-09-20
    • OTTO TUCHENHAGEN GMBH & CO. KGMIETH, Hans, OttoSCHREIBER, JürgenPAWLIK, Markus
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • F16K01/44
    • F16K1/446Y10T137/0318Y10T137/4273Y10T137/87981
    • A process is disclosed for switching without leaks a double seat valve by means of radial sealing means shaped in a slide-shaped closure member. In order to ensure leak-free switching, to increase the service life of the radial sealing means and to improve their microbiologically irreproachable arrangement in the closure member, as compared to solutions of the state-of-the-art, in a first embodiment of the process the radial sealing means (1, 1*) are guided and remain sealed in the cylindrical valve seat surface (5) while the valve is opened, whereas sealing means (2, 2*) provided in the second closure member (4) sealingly engage an end section (E) of the radial sealing means (1, 1*) and the end section (E) is sealingly surrounded by the sealing means (2) when the valve is further opened and when it reaches its open position. In order to carry out this process, a sealing arrangement is characterised by axial sealing means (2, 2*) that have an axial sealing surface (2a) that co-operates with an axial valve seat surface (5a), as well as radial sealing surfaces (2b) that co-operate with the end section (E) of a sealing surface (1a) of the radial sealing means (1, 1*), whereas the radial sealing surface (2b) sealingly surrounds the end section (E) when the closure members (3, 4) engage each other.
    • 本发明涉及一种用于双座阀的无泄漏切换的方法中,在滑动等形成闭部件的密封剂中的径向到达被使用,其特征在于,无泄漏的切换保证,而且径向密封的寿命在封闭部件的微生物完美排列根据现有技术的解决方案相比是指 待提高。 这是根据该方法的第一建议变体来实现,所述径向密封装置(1,1 *)被布置成使得它们在所述圆柱形阀座表面(5),一方面打开阀的过程中保持不和密封,而(在第二关闭构件 4)所提供的密封装置(2,2 *)与径向密封装置(1的端部(E),达到1 *)中的密封接合,并且所述端部(E)(在进一步的打开运动,并在密封装置的随后打开位置 2)被封闭在密封。 要执行的过程中,密封装置被提出,其中,所述轴向密封装置(2,2 *)的具有轴向阀座面(5a)的配合的轴向密封表面(2a)和,在除了径向的密封面(1a)的端部(E) 具有密封装置(1,1 *)配合的径向密封表面(2b)和在其中在Schliessglieder的接合(3,4)彼此,径向密封表面(2b)的端部(E)的密封包围。
    • 9. 发明申请
    • PROCESS AND DEVICE FOR OBTAINING AND HANDLING SAMPLES
    • 用于获取和处理样品的过程和设备
    • WO1992006363A1
    • 1992-04-16
    • PCT/EP1991001817
    • 1991-09-24
    • OTTO TUCHENHAGEN GMBH & CO. KGRIESS, SiegfriedEVERS, Klaus, Detlef, Marcus
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • G01N01/20
    • G01N1/2035G01N7/00G01N33/14G01N2001/1062
    • The description relates to a process for obtaining and handling samples and a device for implementing it, whereby it is to be ensured that a representative sample is possible from a through-flow line and the samples can be transferred to, kept in and extracted from the sample flask in sterile and isobarometric conditions. Among the measures of the process therefor, the sample flask in the closed, pressure-tight state is pressure-proofly connected to a sample tapping device (3) fitted on a through-flow line (1), a first connecting path (6) between the inside of the sample flask (2) and the sample tapping device (3) of the through-flow line (1) and a second connecting path (7) between the inside (20) is opened, the inside of the sample flask (2) is rinsed by the supply of a suitable gas from a gas line (16) connected to a foreign gas source (14) via both connecting paths (6, 7) and its content is replaced by said gas, the inside of the sample flask (2) is released at the end of the sampling process while maintaining the static pressure of the sample tapping device (3) and is thereby pressure-tightly closed and the volume of the sample is taken from the sample flask (2) while maintaining the static pressure and in sterile conditions and taken to an analysis device. The device includes a valve block (35) in which are produced the essential precautions for sampling in the form of the valves (11, 12, 13) arranged within it, by means of their seats (35d or 35e or 35f) and by means of the lines in it like the inlet line (19), the gas lines (16, 16a, 16b), the pressure equalising line (20) and the outlet line (21).
    • 10. 发明申请
    • DOUBLE SEAT VALVE
    • 双座阀
    • WO1993016307A1
    • 1993-08-19
    • PCT/EP1993000278
    • 1993-02-05
    • OTTO TUCHENHAGEN GMBH & CO. KGMIETH, Hans, Otto
    • OTTO TUCHENHAGEN GMBH & CO. KG
    • F16K01/44
    • F16K1/446Y10T137/4259Y10T137/5762Y10T137/88038
    • A double seat valve has two serially arranged closure members that are movable with respect to each other, that prevent in the closed position of the valve fluids from overflowing from one part (1a) into another part (1b) of the valve housing and that delimit both in the closed and in the open position of the valve a leakage cavity (3). The valve rods (5a, 6a) for the closure members (5, 6) are concentrically arranged inside each other and unilaterally extend out of one part of the valve housing into the surroundings of the valve. The disclosed double seat valve satisfies the requirement for a leakage cavity that can not only be drained, but also pressure-relieved in all imaginable operating conditions. For that purpose, the valve rod of the second closure member (6) designed as a hollow rod (6a) inwardly delimits a part (6d) of a connection path (15) which is enlarged up to a throughflow cross-section (Q) immediately after the leakage cavity (3) and in a part of its ulterior course, thus increasing the space available for the leakage cavity (3).
    • 双座阀具有可相对于彼此移动的两个串联排列的关闭构件,其阻止阀流体的关闭位置从一个部分(1a)溢出到阀壳体的另一部分(1b),并且限定 在阀的闭合位置和打开位置都有泄漏腔(3)。 用于封闭构件(5,6)的阀杆(5a,6a)彼此同心地布置并且单向地从阀壳体的一部分延伸到阀的周围。 所公开的双座阀符合泄漏腔的要求,该泄漏腔不仅可以在所有可想象的操作条件下排出,而且可以减压。 为此目的,设计成中空杆(6a)的第二闭合构件(6)的阀杆向内限定连接路径(15)的部分(6d),该连接路径被扩大到通流横截面(Q) 在泄漏腔(3)之后并在其一部分内部,从而增加可用于泄漏腔(3)的空间。