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    • 2. 发明授权
    • Free-running pressure wave supercharger driven by gas forces
    • 由气力驱动的自由运行的压力波增压器
    • US4796595A
    • 1989-01-10
    • US13931
    • 1987-02-11
    • Ibrahim El-NasharFrancois JaussiHubert KirchhoferChristian KomauerAndreas MayerJosef PerevuznikFritz Spinnler
    • Ibrahim El-NasharFrancois JaussiHubert KirchhoferChristian KomauerAndreas MayerJosef PerevuznikFritz Spinnler
    • F02B33/42F04F13/00F04F99/00
    • F04F13/00F02B33/42
    • In a free-running pressure wave supercharger driven by the gas forces, nozzles (27) are provided in the gas casing (6) and possibly also in the air casing (5), which nozzles are connected--via a drive line (26)--with a position in the air casing (5), preferably with the high-pressure air port (2), at which position a surplus pressure relative to the nozzle entry occurs during the run-up phase of the pressure wave supercharger. A control device 15 actuates a supercharge air flat (14) in the port (2) and a valve device (23+25) in the drive line (26) in the opposite sense, i.e. if the supercharge air flap (14) holds the port (2) closed, the valve device (23+25) frees the flow through the drive line (26) to the nozzle (27) and vice versa. The diaphragm capsule (17) of the control device (15) is subjected, on one side, to the pressure in a compression pocket (11) via a control pressure line (19) and, on the other side, to the pressure before the supercharge air flap (14) in the port (2). During the run-up phase, the pressure in the compression pocket (11) exceeds the pressure in front of the supercharge air flap (14) and the nozzle (27) receives drive air. As soon as the pressure in front of the supercharge air flap (14) exceeds the pressure in the compression pocket (11), the supercharge air flap (14) opens and simultaneously closes the valve device (23+25). The nozzle (27) is switched off and the further drive is then mainly provided by the high-pressure exhaust-gas jet from the port (3) entering obliquely to the direction of the rotor peripheral velocity.
    • 在由气力驱动的自由运行的压力波增压器中,喷嘴(27)通过驱动线(26)设置在气体壳体(6)中,并且还可能设置在空气壳体(5)中,这些喷嘴被连接 - - 在空气壳体(5)中,优选地与高压空气端口(2)处于位置,在该位置处,在压力波增压器的起动阶段期间发生相对于喷嘴入口的过剩压力。 控制装置15以相反的方式驱动端口(2)中的增压空气平板(14)和驱动线(26)中的阀装置(23 + 25),即,如果增压空气挡板(14)保持 端口(2)关闭,阀装置(23 + 25)将通过驱动线(26)的流动释放到喷嘴(27),反之亦然。 控制装置(15)的隔膜囊(17)在一侧通过控制压力线(19)经受压缩袋(11)中的压力,另一侧经受压力 端口(2)中的增压空气挡板(14)。 在升压阶段期间,压缩槽(11)中的压力超过增压空气挡板(14)前面的压力,喷嘴(27)接收驱动空气。 一旦增压空气挡板(14)前面的压力超过压缩槽(11)中的压力,则增压空气挡板(14)打开并同时关闭阀装置(23 + 25)。 关闭喷嘴(27),然后主要通过从端口(3)的高压排气喷射器倾斜地转向转子圆周速度的方向来提供另外的驱动。
    • 3. 发明授权
    • Displacement machine for compressible media
    • 可压缩介质的位移机
    • US6116875A
    • 2000-09-12
    • US140675
    • 1998-08-26
    • Roland KolbFritz Spinnler
    • Roland KolbFritz Spinnler
    • F04C18/02F01C1/02F04C29/00
    • F04C29/0035F01C1/0223F01C1/0246
    • A displacement machine for compressible media includes a displacer (1) which is arranged in a stationary housing. When the machine is operating, the displacer executes a circulating but non-rotating movement. Spiral bars (3, 3') are arranged perpendicularly on the disk (2). The bars (3, 3') have outer sealing faces (30, 30') and inner sealing faces (31, 31'). The beginning (32) of the outer sealing faces (30, 30') is offset with respect to the beginning (33) of the inner scaling faces (31, 31'), as viewed in the circumferential direction. This is correspondingly true of the end (34, 35) of the sealing faces. The bars (3, 3') engage in spiral delivery spaces in the housing and, when the machine is operating, the sealing faces (30, 30', 31, 31'), together with the cylindrical walls of the delivery spaces, form working chambers in a uniform rotational angle interval of the drive.
    • 用于可压缩介质的排量机包括布置在固定壳体中的置换器(1)。 当机器运行时,置换器执行循环但不旋转的运动。 螺旋杆(3,3')垂直布置在盘(2)上。 杆(3,3')具有外密封面(30,30')和内密封面(31,31')。 外周面(30,30')的开始部分(32)相对于内部缩放面(31,31')的开始部分(33)偏移。 密封面的端部(34,35)相应地是这样的。 杆(3,3')与壳体中的螺旋形输送空间接合,并且当机器运行时,密封面(30,30',31,31')与输送空间的圆柱形壁一起形成 工作室在驱动器的均匀旋转角度间隔。
    • 4. 发明授权
    • Positive-displacement machine operating by the spiral principle
    • 正排量机由螺旋原理操作
    • US5397223A
    • 1995-03-14
    • US183430
    • 1994-01-19
    • Fritz SpinnlerRoland Kolb
    • Fritz SpinnlerRoland Kolb
    • F04C18/02F01C1/02F04C29/02
    • F01C1/0223F04C29/023
    • A positive-displacement machine for compressible media has a positive displacement body that is retained on a disk-like rotor, which is eccentrically drivable relative to the housing, in such a manner that each of its points executes a circular motion during operation. To that end, an eccentric disk is disposed on a drive shaft, and the rotor is supported on this disk by means of an oil-lubricated bearing. The lubricating oil is delivered and removed to and from the side remote from the drive side of the drive shaft, and the separation of the oil inflow from the oil return flow is effected in the housing by a slide bearing which has one oil chamber each on both ends. The separation of the oil streams is effected by an indentation that does not extend over the entire length of the slide bearing. Through this indentation, the slide bearing is likewise supplied with oil. The indentation connects the oil inflow bore in the housing with the oil chamber.
    • 用于可压缩介质的正排量机具有正位移体,其保持在相对于壳体偏心驱动的盘状转子上,使得它们的各点在操作期间执行圆周运动。 为此,偏心盘设置在驱动轴上,转子通过油润滑的轴承支撑在该盘上。 润滑油被输送到远离驱动轴的驱动侧的一侧和从驱动轴的驱动侧的一侧被排出,并且通过滑动轴承在壳体中实现油回流的分离,该滑动轴承具有一个油室 两端 油流的分离是通过在滑动轴承的整个长度上不延伸的压痕实现的。 通过这种压痕,滑动轴承同样提供油。 凹槽将壳体中的油入口与油室连接。
    • 5. 发明授权
    • Spiral rotary piston displacement machine with advanced inlet sealing
line
    • 螺旋旋转活塞排量机具有先进的进口密封线
    • US4997348A
    • 1991-03-05
    • US530423
    • 1990-05-29
    • Roland KolbFritz Spinnler
    • Roland KolbFritz Spinnler
    • F04C18/02F01C1/02
    • F01C1/0246
    • In a displacement machine for compressible media, having a delivery space (6) which is delimited by spiral-shaped peripheral walls (8, 9) extending perpendicularly from a side wall and leads from an inlet (2) outside the spiral to an outlet (3) inside the spiral, and having a spiral-shaped displacement body (5) which projects into the delivery space (6) and is mounted with respect to the delivery space so as to execute a rotary, twist-free movement, the center (10) of said displacement body is offset eccentrically relative to the center (11) of the peripheral walls (8, 9) in such a way that the displacement body (5) at all times almost touches both the outer and the inner peripheral wall (9 and 8 respectively) of the delivery space (6) at in each case at least one advancing sealing line. The sealing line at the inlet-side end of the outer peripheral wall (9) is advanced relative to the 0.degree./360.degree. position by an angle (.alpha.) between 5.degree. and 50.degree., the peripheral wall (9) forming a circular arc (9') in this angle region.
    • 在用于可压缩介质的移动机器中,具有由从侧壁垂直延伸并从螺旋外部的入口(2)引出到螺旋形的出口(8,9)的螺旋形周壁(8,9)限定的输送空间(6) 3)在螺旋内,并且具有螺旋形位移体(5),其突出到输送空间(6)中并相对于输送空间安装,以便执行旋转,无捻运动,中心( 所述位移体相对于周壁(8,9)的中心(11)偏心地偏移,使得位移体(5)在任何时候几乎都接触外周壁和内周壁 在每个情况下,输送空间(6)分别具有至少一个前进密封线。 外周壁(9)入口侧端部的密封线相对于0°/ 360°位置前进5°至50°之间的角度(α),周壁(9)形成圆形 在这个角度区域的弧(9')。
    • 10. 发明授权
    • Spiral displacement machine made of magnesium alloy
    • 螺旋置换机由镁合金制成
    • US5356276A
    • 1994-10-18
    • US985653
    • 1992-12-07
    • Fritz Spinnler
    • Fritz Spinnler
    • F04C18/107F01C21/10F04C29/00F01C1/04F04C18/04
    • F01C1/0223F01C21/104
    • A displacement machine for compressible mediums has several spiral-shaped conveying spaces (11a, 11b), which are disposed in a stationary housing lead from an inlet (12a, 12b), which lies radially on the outside, to an outlet (13), which lies radially on the inside. A displacement body, which is assigned to the conveying spaces has a disk (2) with spiral-shaped strips (3a, 3b) arranged perpendicularly on both sides. This displacement body, driven off-centered, is made of a magnesium alloy. During service, each of its points effects a circular movement defined by the circumferential walls of the conveying space. The ribs (45, 46) bordering the conveying spaces (11a, 11b) in the housing are made as one piece with the housing and the entire housing is made of the same or similar magnesium-based alloy as the displacement body (2, 3, 4, 5).
    • 用于可压缩介质的排量机具有几个螺旋形输送空间(11a,11b),它们从径向位于外部的入口(12a,12b)设置在固定的壳体引线中,到出口(13), 其径向放置在内部。 分配给输送空间的位移体具有在两侧垂直布置的螺旋形条(3a,3b)的盘(2)。 驱动偏心的这种位移体由镁合金制成。 在使用过程中,它的每个点影响由输送空间的圆周壁限定的圆周运动。 与壳体中的输送空间(11a,11b)接合的肋(45,46)与壳体一体形成,并且整个壳体由与位移体(2,3)相同或相似的镁基合金制成 ,4,5)。