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    • 1. 发明授权
    • Reciprocating piston engine with a swivel disk gear
    • 往复式活塞发动机带旋转盘齿轮
    • US6164252A
    • 2000-12-26
    • US308418
    • 1999-05-18
    • Peter KuhnRoland CasarFrank Obrist
    • Peter KuhnRoland CasarFrank Obrist
    • F04B27/08F04B27/10F02B75/18
    • F04B27/1072
    • The reciprocating piston engine has an annular swivel disk (6), driven by the engine shaft (5) and whose inclination with respect to the latter is adjustable, for driving circumferentially juxtaposed reciprocating pistons (2). For this purpose it is connected in articulated manner both to a sliding sleeve (21) axially guided on the engine shaft (5) and to a driver (13), which transmits the driving force and which is spaced from the engine shaft (5). As a result of the annular shape of the swivel disk, which is advantageous both dynamically and from the manufacturing standpoint a space-saving, articulated engagement of the driver (13) in a radial bore (16) of the swivel disk (6) is rendered possible.
    • PCT No.PCT / IB98 / 01759 Sec。 371日期1999年5月18日 102(e)日期1999年5月18日PCT提交1998年11月3日PCT公布。 出版物WO99 /​​ 24715 日期1999年5月20日往复式活塞发动机具有由发动机轴(5)驱动的环形旋转盘(6),并且其相对于后者的倾斜度是可调节的,用于驱动周向并置的往复运动活塞(2)。 为此,它以铰接方式连接到轴向引导在发动机轴(5)上的滑动套筒(21)和传递驱动力并与发动机轴(5)间隔开的驱动器(13) 。 作为旋转盘的环形形状的结果,动态地和从制造的观点都是有利的,驱动器(13)在旋转盘(6)的径向孔(16)中的节省空间的铰接接合是 成为可能。
    • 2. 发明授权
    • Device for the variable actuation of the gas exchange valves of internal combustion engines, and method for operating one such device
    • 用于内燃机的气体交换阀的可变致动装置,以及用于操作这种装置的方法
    • US07296546B2
    • 2007-11-20
    • US10551540
    • 2004-03-17
    • Helmut SchönKai-Uwe KellerPeter KuhnGordon KöhneFrank ObristChristian Busch
    • Helmut SchönKai-Uwe KellerPeter KuhnGordon KöhneFrank ObristChristian Busch
    • F01L1/34
    • F01L13/0063F01L13/0005F01L2013/0068F01L2103/01F01L2105/00F01L2800/06F01L2800/13F01L2820/032
    • The invention relates to a device for the variable actuation of gas exchange valves for internal combustion engines, wherein at least one cam (2) pertaining to a camshaft (1) mounted in a housing rotates according to the engine speed. The cam (2) first drives an intermediate member (4) which performs a clear oscillating, rotary movement and has a rotational axis (7) that can be displaced in the housing parallel to itself along a curve of displacement (8), said intermediate member comprising a control cam (5) having a lifting region (5b) and actuating an output member (11) that, in turn, actuates at least one valve (13). The aim of the invention is to enable one such device to be reliably controlled. To this end, the control cam (5) has a catch region (5a), and the intermediate member (4) is mounted on a bearing having an axis which corresponds to the rotational axis (7), said bearing being arranged in such a way that it is guided in a forced manner and can be displaced parallel to the curve of displacement (8, 28, 35), by means of an articulation (16, 24, 26) connected to the cylinder head or the housing or by a slide (34) that is guided in the housing in a positively locking manner. The invention also relates to a method for operating an internal combustion engine comprising a plurality of cylinders using at least one of the inventive devices.
    • 本发明涉及一种用于内燃机的气体交换阀的可变致动装置,其中安装在壳体中的与凸轮轴(1)相关的至少一个凸轮(2)根据发动机转速旋转。 所述凸轮(2)首先驱动中间构件(4),所述中间构件(4)执行清晰的摆动,旋转运动,并且具有旋转轴线(7),所述旋转轴线(7)可以沿着位移(8)的曲线平行于所述外壳在所述壳体中移位, 构件包括具有提升区域(5b)的控制凸轮(5),并且致动输出构件(11),所述输出构件又致动至少一个阀门(13)。 本发明的目的是使得一种这样的装置能够被可靠地控制。 为此,控制凸轮(5)具有卡止区域(5a),并且中间件(4)安装在具有与旋转轴线(7)对应的轴线的轴承上,所述轴承布置成 其方式是以强制方式被引导并且可以通过连接到气缸盖或壳体的铰接(16,24,26)或通过连接到气缸盖或壳体的铰接(16,24,26)平行于位移曲线(8,28,35)而移位 以正向锁定的方式在壳体中引导的滑动件(34)。 本发明还涉及使用至少一个本发明的装置来操作包括多个气缸的内燃机的方法。
    • 3. 发明授权
    • Disc clutch
    • 盘式离合器
    • US06347695B1
    • 2002-02-19
    • US09561503
    • 2000-04-28
    • Peter KuhnFrank ObristOswald Friedmann
    • Peter KuhnFrank ObristOswald Friedmann
    • F16D2504
    • F16D13/72F16D25/0638
    • A disc clutch wherein at least one first clutch disc, having internal teeth mating with the external splines of a first rotary hub, frictionally engages at least one second clutch disc, having external teeth mating with the internal splines of a second rotary hub coaxial with the first hub, when the clutch is engaged. Engagement of the clutch takes place in response to actuation of a cylinder-piston unit having a reciprocable piton which can directly or indirectly bear upon one of the two outer discs of the package including the first and second discs. The splines of the hubs and/or the teeth of the clutch discs are capable of undergoing deformation, particularly elastic deformation, to thus facilitate a more accurate selection of the magnitude of torque to be transmitted between the hubs by way of the frictionally engaged clutch discs.
    • 一种盘式离合器,其中具有与第一旋转轮毂的外花键配合的内齿的至少一个第一离合器盘摩擦地接合至少一个第二离合器盘,所述第二离合器盘具有与第二旋转轮毂的内部花键配合的第二旋转轮毂, 当离合器接合时,第一轮毂。 离合器的接合响应于具有往复式轨枕的气缸 - 活塞单元的致动而发生,所述往复式轨枕可以直接或间接承载包括第一和第二盘的包装的两个外部盘之一。 轮毂的花键和/或离合器盘的齿能够经历变形,特别是弹性变形,从而有助于更准确地选择通过摩擦接合的离合器盘在轮毂之间传递的扭矩的大小 。
    • 4. 发明授权
    • Method for manufacturing a seal between machine parts
    • 机器部件之间的密封制造方法
    • US5255432A
    • 1993-10-26
    • US932461
    • 1992-08-20
    • Frank ObristPeter KuhnMichael Frey
    • Frank ObristPeter KuhnMichael Frey
    • F01C19/00F01C21/10B23P15/00
    • F01C21/104F01C19/00Y10T29/49229Y10T29/49297
    • The seal or pattern between two machine parts has on one of the sealing gap-forming, facing surfaces (5) a plastic layer (1) with closely juxtaposed depressions (8) which have the form of partly cut off voids of an expanded plastic structure. They are formed by the removal of a plastic layer (3) expanded on the machine part, the layer thickness being so uniformly reduced that the voids (4) of the bottom void layer (4) adjacent to the base surface (5) of the machine part are open. This avoids the insulating action of the closed voids of an expanded plastic layer and the latter has a very limited weight, which avoids any risk of the layer being detached or separated due to centrifugal forces. Moreover, in simple manner, a honeycomb-like, open surface structure is obtained, so that there is a labyrinth effect in the sealing gap. In order to obtain minimum, sealing gaps by running in the open, honeycomb-like surface structure is particularly advantageous, because the solely linear contact which occurs ensures a rapid running in of the mating surface, which can be abrasively prepared. The seal or packing is particularly suitable for very rapidly rotating machine parts.
    • 两个机器部件之间的密封件或图案在密封间隙形成面对面(5)中的一个上具有紧密并置的凹陷(8)的塑料层(1),其具有部分切断的膨胀塑性结构的空隙的形式 。 它们通过去除在机器部分上膨胀的塑料层(3)形成,层厚度被均匀地减小,使得邻近底部表面(5)的底部空隙层(4)的空隙(4) 机器部分打开。 这避免了膨胀塑料层的封闭空隙的绝缘作用,而后者具有非常有限的重量,这避免了由于离心力而使层分离或分离的任何风险。 此外,以简单的方式获得蜂窝状的开放表面结构,使得在密封间隙中存在迷宫效应。 为了获得最小的密封间隙,通过在开放的蜂窝状表面结构中的运行是特别有利的,因为发生的单线性接触确保配合表面的快速运行,这可以被磨蚀制备。 密封或包装特别适用于非常快速旋转的机器部件。
    • 7. 发明授权
    • Heat exchanger with an expansion stage
    • 换热器具有膨胀级
    • US08166774B2
    • 2012-05-01
    • US11656799
    • 2007-01-23
    • Frank ObristPeter HeylPeter Kuhn
    • Frank ObristPeter HeylPeter Kuhn
    • F25D9/00F25B1/00
    • F25B39/04F25B1/10F25B9/06F25B2500/18F28D1/0408F28D1/05366F28D1/05375
    • In a heat exchanger unit for conditioning a first fluid, particularly a refrigerant in an air conditioning system, including a heat exchanger, the heat exchanger includes first and second tube element units for heat exchange between a first fluid flowing through the tube elements and a second fluid flowing over the tube elements, wherein the first fluid is supplied first to the first tube element unit so as to flow upwardly therethrough and via an intermediate outlet connector to a compressor stage from where it is transferred to the top of the second tube element unit which is disposed above the first tube element unit and flows downwardly through the second tube element unit to an expansion stage wherein the energy released during expansion in the expansion stage is utilized for the compression of the first fluid in the compressor stage.
    • 在用于调节包括​​热交换器的空调系统中的第一流体,特别是制冷剂的热交换器单元中,热交换器包括第一和第二管元件单元,用于在流过管元件的第一流体和第二流体元件之间进行热交换, 流体流过管元件,其中第一流体首先被供应到第一管元件单元,以便向上流过,并且经由中间出口连接器到达压缩机级,从那里将其传递到第二管元件单元的顶部 其设置在第一管元件单元上方并且通过第二管元件单元向下流动到膨胀阶段,其中膨胀阶段期间膨胀过程中释放的能量用于压缩机级中的第一流体的压缩。
    • 9. 发明授权
    • Tube coupling
    • 管接头
    • US06969094B2
    • 2005-11-29
    • US10739861
    • 2003-12-18
    • Jörn FröhlingStefan SturmFrank ObristPeter KuhnStefan Kröss
    • Jörn FröhlingStefan SturmFrank ObristPeter KuhnStefan Kröss
    • F16L17/06F16J15/10F16L19/02F16L19/03F16L23/032F16L35/00
    • F16L23/18F16L19/0206F16L23/032
    • A tube coupling for the detachable coupling of tube line sections of a high-pressure tubing system. The tube coupling includes two coupling blocks held together by a clamping screw, whereby one of the coupling blocks has a coupling plug that engages a plug socket provided on the other coupling block. A sealing ring is formed of a plastically deformable material and is enclosed between a front face of the coupling plug and a bottom-side sealing surface of the plug socket. In order to protect the sealing ring from being lost, damages and/or contaminated during assembly or opening and dosing the coupling, in a preassembled condition it is enclosed within a protective socket. To homogeneously load the sealing ring, the sealing ring is located at one point of a supporting triangle, the two other supporting points of being formed by a pair of supporting surfaces arranged side by side at an outer end of side flanges of the coupling blocks.
    • 用于高压管道系统的管线段的可分离联接的管接头。 管连接器包括通过夹紧螺钉保持在一起的两个联接块,其中一个联接块具有接合设置在另一个联接块上的插头插座的联接插头。 密封环由塑性变形的材料形成,并且被封闭在联接插塞的前表面和插头插座的底侧密封表面之间。 为了保护密封环免于损失,在组装或打开和给料联轴器期间受到损坏和/或污染,在预先组装的状态下,它被封闭在保护插座内。 为了均匀地加载密封环,密封环位于支撑三角形的一个点处,另外两个支撑点由在联接块的侧凸缘的外端并排布置的一对支撑面形成。
    • 10. 发明申请
    • Collector for the liquid phase of the working medium of an air-conditioning system
    • 空调系统工作介质液相收集器
    • US20050229632A1
    • 2005-10-20
    • US11053675
    • 2005-02-08
    • Frank ObristPeter KuhnUwe Wuitz
    • Frank ObristPeter KuhnUwe Wuitz
    • F25B43/02F25B9/00F25B43/00F25B49/00
    • F25B9/008F25B43/006F25B49/005F25B2309/061F25B2400/02F25B2400/16F25B2500/07
    • The collector (1) for the liquid phase of the working medium of an air-conditioning system has a collecting container (3) formed in one piece, suitable for the maximum operating pressure of a CO2 air-conditioning system, whose solid upper end wall (28) and thickened base region (29) are executed on the one hand for tight clamping of coupling blocks (33, 34) of the high-pressure piping system of the air-conditioning system and on the other hand for connecting a device for emergency emptying as a result of an airbag trigger. For improved separation of the liquid phase and its oil fraction in cooling mode of the air-conditioning system, flow through the upper region (10) of the collecting container (3) takes place in a constructively simple fashion in cyclone fashion starting from an inflow channel (18), whose outflow direction is tangential to the inner surface (17) of the collecting container (3) whereas the outflow from the collecting container (3) takes place via an end piece (9) of a piping system (6) arranged centrally in the collecting container (3). In addition, the collector (1) is also suitable for the heating mode of the air-conditioning system.
    • 用于空调系统的工作介质的液相的收集器(1)具有形成为一体的收集容器(3),适合于CO 2 2空气调节系统的最大工作压力, 一方面执行其实心上端壁(28)和加厚底座区域(29),用于紧密地夹紧空调系统的高压管道系统的联接块(33,34),并对其进行 另一方面用于连接由于安全气囊触发而紧急排空的装置。 为了在空调系统的冷却模式下改善液相及其油馏分的分离,通过收集容器(3)的上部区域(10)的流动以构造简单的方式以旋风方式从流入流出 通道(18),其流出方向与收集容器(3)的内表面(17)相切,而来自收集容器(3)的流出通过管道系统(6)的端件(9)进行, 集中在集尘容器(3)中。 此外,收集器(1)也适用于空调系统的加热模式。