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    • 1. 发明授权
    • Bearing support for a twin-shaft pump
    • 双轴泵轴承支撑
    • US4917583A
    • 1990-04-17
    • US194252
    • 1988-05-16
    • Heinz FringsKarl-Heinz RonthalerRalf Steffens
    • Heinz FringsKarl-Heinz RonthalerRalf Steffens
    • F04C18/18F01C21/02F04C18/08F04C25/02F04C29/00F04C29/04
    • F04C18/126F01C21/02F04C18/086F04C29/005F04C29/04
    • A twin-shaft pump includes a working chamber; a first side plate and an opposite, second side plate bounding the working chamber; and two impellers accommodated in the working chamber and each having a first end face and an opposite, second end face. Each first end face is adjacent and oriented toward the first side plate and each second end face is adjacent and oriented towards the second end plate. There are further provided impeller bearings adjacent the first and second end faces of each impeller; and a pump drive situated adjacent the first end faces and being operatively connected to the impellers. A dish-shaped component is situated adjacent at least one of the end faces of at least one of the impellers. The dish-shaped component has an inner wall defining a dish-shaped cavity accommodating an impeller bearing which is in a supporting contact with the inner wall of the component. A stationarily held stub shaft is in alignment with the impeller bearing and projects into the cavity and the impeller bearing received therein for supporting the impeller bearing.
    • 双轴泵包括工作室; 第一侧板和与工作室相邻的相对的第二侧板; 以及容纳在所述工作室中的两个叶轮,每个具有第一端面和相对的第二端面。 每个第一端面相邻并且朝向第一侧板定向,并且每个第二端面相邻并且朝向第二端板定向。 还提供了与每个叶轮的第一和第二端面相邻的叶轮轴承; 以及位于第一端面附近并且可操作地连接到叶轮的泵驱动器。 碟形部件位于至少一个叶轮的至少一个端面附近。 碟形部件具有内壁,该内壁限定了容纳有与部件的内壁支撑接触的叶轮轴承的盘形腔。 固定的短轴与叶轮轴承对准,并且突出到空腔中,并且容纳在其中的叶轮轴承用于支撑叶轮轴承。
    • 4. 发明授权
    • Oil supply device for a rotary machine
    • 旋转机械供油装置
    • US5044895A
    • 1991-09-03
    • US810379
    • 1985-12-18
    • Peter FriedenHeinz FringsKarl-Heinz Ronthaler
    • Peter FriedenHeinz FringsKarl-Heinz Ronthaler
    • F04C29/02F16N7/18
    • F04C29/025F16N7/18
    • An oil supply device has a reservoir adapted to contain oil having a predetermined oil level; a drive shaft extending into the reservoir; a disc affixed to the shaft and being arranged to be submerged at least partially in the oil contained in the reservoir; and a trough affixed to the disc for rotation therewith as a unit. The trough extends arcuately and is radially inwardly open as viewed relative to the disc. Further, the trough is arranged to be submerged at least partially in the oil contained in the reservoir. There is also provided an oil conduit having a stationarily supported terminal portion accommodated in the reservoir and projecting into the trough. The oil conduit is provided with an open end situated in the trough and oriented opposite an operational rotary direction of the disc, whereby oil is driven into the terminal portion through the open end from the trough upon rotation of the drive shaft to supply oil under pressure in the oil conduit.
    • 供油装置具有适于容纳具有预定油位的油的储存器; 延伸到储存器中的驱动轴; 固定在所述轴上的盘,并被设置成至少部分地浸没在容纳在所述储存器中的油中; 以及固定在盘上作为一个单元旋转的槽。 槽以弓形方式延伸并且相对于盘观察时径向向内敞开。 此外,槽布置成至少部分地浸没在容纳在容器中的油中。 还提供一种油管,其具有容纳在储存器中并突出到槽中的固定支撑的端子部分。 油管设置有位于槽中的开口端,并且与盘的操作旋转方向相反地定向,从而当驱动轴旋转时,油通过开口端从槽移动到端子部分中,以在压力下供给油 在油管。
    • 7. 发明授权
    • Radial turbo-blower
    • 径向涡轮鼓风机
    • US06682324B2
    • 2004-01-27
    • US10182107
    • 2002-10-01
    • Josef HodappKarl-Heinz RonthalerHans Kriechel
    • Josef HodappKarl-Heinz RonthalerHans Kriechel
    • F04B3504
    • F04D29/059F04D25/0653F04D29/063
    • The radial turbo-blower comprises a stator (35) that is housed in a stator housing (10) and a rotor (13) that rotates within a pump housing (11). The rotor (13) comprises a cavity (23) with a bearing arrangement (26) that is received by a protruding bearing pin (25). A pump chamber (12) is separated from a stator chamber (22) by a thin partition wall (21). Thereby, an atmospheric pressure is maintained in the stator chamber (22). The blower consists of few components and has a short structural length. It is substantially maintenance-free and the rotor area is protected from being contaminated by oil.
    • 径向涡轮鼓风机包括容纳在定子壳体(10)中的定子(35)和在泵壳体(11)内旋转的转子(13)。 转子(13)包括具有轴承装置(26)的空腔(23),轴承装置(26)由突出的轴承销(25)容纳。 泵室(12)通过薄的分隔壁(21)与定子室(22)分离。 由此,在定子室(22)内保持大气压。 鼓风机由几个部件组成,结构长度很短。 它基本上是免维护的,并且保护转子区域免受油污染。
    • 10. 发明申请
    • Method for controlling the drive motor of a positive displacement vaccum pump
    • 用于控制正排量真空泵的驱动电机的方法
    • US20070071610A1
    • 2007-03-29
    • US10580128
    • 2004-11-05
    • Michael HolzemerFrank SchonbornKarl-Heinz Ronthaler
    • Michael HolzemerFrank SchonbornKarl-Heinz Ronthaler
    • F04B49/06
    • F04B49/065F04B2205/01
    • Method for controlling a drive motor of a positive displacement vacuum pump A method for controlling a drive motor of a positive displacement vacuum pump comprises the following method steps: storing a curve (32) indicating a respective speed value n of the drive motor for inlet pressure values p, wherein the curve (32) comprises: an upper range (34) for inlet pressure values p larger than or equal to an upper limit pressure p1, with a single constant upper speed value n1 being associated with said upper range (34), and an alteration range (36) for inlet pressure values p smaller than the upper limit pressure p1, wherein in the alteration range different speed values nv are associated with the inlet pressure values p; determining the inlet pressure value p; determining the speed n associated with the inlet pressure value p in the curve (32); and operating the drive motor (20) at the determined speed n. By providing an alteration range the vacuum pump can always be operated at a speed which allows maximum effective suction capacity of the positive displacement pump.
    • 用于控制正排量真空泵的驱动电动机的方法用于控制正排量真空泵的驱动电动机的方法包括以下方法步骤:存储指示用于入口压力的驱动电动机的相应速度值n的曲线(32) 值p,其中曲线(32)包括:用于入口压力值p大于或等于上限压力p 1的上限范围(34),具有单个恒定上限值n < 与所述上限范围(34)相关联的SUB> 1 和用于小于上限压力p 1的入口压力值p的变化范围(36),其中在改变范围 不同的速度值n&lt; V&gt;与入口压力值p相关联; 确定入口压力值p; 确定与曲线(32)中的入口压力值p相关联的速度n; 并以所确定的速度n操作所述驱动马达(20)。 通过提供变更范围,真空泵可以始终以允许正排量泵的最大有效吸入容量的速度运行。