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    • 7. 发明申请
    • OIL-SEALED VACUUM PUMP
    • 油封VAKUUMPUMPE
    • WO1995004222A1
    • 1995-02-09
    • PCT/EP1994001680
    • 1994-05-26
    • LEYBOLD AKTIENGESELLSCHAFTABELEN, ThomasARNDT, LutzMÜLLER, Peter
    • LEYBOLD AKTIENGESELLSCHAFT
    • F04C29/02
    • F04C29/005F04C29/025Y10T403/7016
    • The invention pertains to an oil-sealed vacuum pump (1) with a pump chamber (8, 9), with a rotor (3) rotatively mounted therein, with a bearing piece (13) delimiting the pump chamber on the drive side and with a passage (35) in the bearing piece (13) which contains a coupling piece (37) used to interlock the rotor (3) with the shaft (36) of a drive motor (4) and a sealing ring (55) to seal off the coupling piece from the passage (35) in the bearing piece (13). To simplify manufacture of the pump, the invention proposes that the interlocking connections between rotor (3) and coupling piece (37) as well as coupling piece (37) and shaft (36) are effected on the end faces, and that the coupling piece (37) is a support for a rotor (46) for an oil pump (45, 46), the pump chamber (45) of which is formed in the end plate (13).
    • 本发明涉及一种具有油密封真空泵(1)的泵室(8,9),具有在其中可旋转地安装的转子(3),与驱动器侧限定支承件(13)一泵室和与所述支承件的通道(35)( 13),其中用于与驱动马达(4)和密封环(55的轴(36),用于相对于所述耦合件密封在轴承件的通道(35)的转子(3)的正极连接)的连接件(37)(13 )是; 为了简化泵的制造中,提出了服务化合物所述转子(3)和联接件(37)或连接件(37)和轴(36)之间的制造形状锁合连接分别正面布置,并且连接件(37) 转子载体(46),用于油泵(45,46),(45)形成在所述端板(13),其吸入室。
    • 8. 发明申请
    • HOUSING FOR A TWO-STAGE ROTARY VANE VACUUM PUMP
    • 住房STAGE旋片真空泵
    • WO1995004220A1
    • 1995-02-09
    • PCT/EP1994001681
    • 1994-05-26
    • LEYBOLD AKTIENGESELLSCHAFTABELEN, ThomasARNDT, LutzMÜLLER, Peter
    • LEYBOLD AKTIENGESELLSCHAFT
    • F04C23/00
    • F04C23/001
    • The invention pertains to a housing (2) for a two-stage rotary vane vacuum pump (1) with two pump chambers (8, 9) with corresponding armatures (71 and 72, respectively) and with a channel (77, 31, 78) devised in the housing (2), connecting the outlet (75) of the high vacuum stage with the inlet (76) of the forepressure stage. To simplify manufacture of the housing, the invention proposes that the channel (77, 31, 78) has one segment (31) which runs parallel to the axes (15, 16) of the pump chambers (8, 9) and which is connected via bores (77, 78) with the outlet (75) of the pump chamber (9) of the high-vacuum stage (9, 22) and with the inlet (76) of the pump chamber (8) of the forepressure stage (8, 21), respectively.
    • 本发明涉及一种壳体(2)的两阶段旋转叶片真空泵(1)具有两个泵室(8,9),每个锚定系统(71,72),并用高真空级的出口(75)(与入口76 )连接2所述背衬压级的,(在壳体),设置信道(77,31,78); 简化壳体的制造中,提出的是,信道的一部分(77,31,78)一个平行于泵室的轴线(15,16)(8,9)延伸的通道部(31),所述过 孔(77,78)到高真空级(9,22)的泵室(9)的出口(75)或所述泵室(8)的前 - 真空阶段(8,21)连接的入口(76)。
    • 9. 发明申请
    • FLUID FLOW REGULATING VALVE WITH A CONTROL ELEMENT MADE OF AN ELECTRICALLY HEATABLE, SHAPE MEMORY ALLOY
    • 阀用于控制流体用锁器官与电加热,GESTALTSERINNERNDEM物质流
    • WO1995002143A1
    • 1995-01-19
    • PCT/EP1994001687
    • 1994-05-26
    • LEYBOLD AKTIENGESELLSCHAFTVOSS, Günter
    • LEYBOLD AKTIENGESELLSCHAFT
    • F16K31/00
    • F16K31/002
    • A fluid flow regulating valve has a control element made of an electrically heatable, shape memory alloy which adjusts a closure element against the restoring force of a spring according to a temperature-dependent longitudinal change in its position in relation to the valve seat. In order to keep constant a state of a fluid (for example pressure, flow rate, mixture composition etc.), the control element is a thread (1) heated by a constant current up to a temperature within the phase transition range of the shape memory alloy (SMA) and the valve body (20) which surrounds the thread (1) is designed as a heat exchanger which in co-operation with the thread reacts in a special way to changes in the state of a passing fluid flow. Appropriately, the valve body contains a bore (24) for receiving the SMA thread (1), for guiding the fluid flows to be regulated and for carrying out the heat exchange between the SMA thread (1) and the fluid flows, as well as channels (27) or joints (28).
    • 对于用于调节流体流动到可电加热,gestaltserinnerndem材料的致动构件,其调整抵抗弹簧的恢复力的封闭元件按照相对位置的温度引起的长度变化到阀座,流体的状态的恒定姿态(如压力阀,流速 ,混合物的组成,等等)来实现,所述致动器的通过恒定电流加热的灯丝的相变区域内gestaltserinnernden材料的温度(SMA)(1)和(1)围绕所述阀主体(20)在合作与此作为线程 一个特别适合于在从中穿过响应热交换装置的流体流的状态的变化。 有利的是,提供有一个在SMA线(1)接收,以调节流体流的导电和SMA线(1)和所述流体流动,供应孔(24)和通道之间的热交换(27) 和终端(28)。