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    • 3. 发明申请
    • PRESSURE WAVE SUPERCHARGER
    • 压力波超级
    • US20130037008A1
    • 2013-02-14
    • US13125425
    • 2010-04-20
    • Fumio Takamiya
    • Fumio Takamiya
    • F02B33/42F15B3/00F04F13/00
    • F02B33/42
    • The pressure wave supercharger includes a housing having an accommodating room to accommodate a rotor rotatably about an axis, and an exhaust side wall face which is arranged at the accommodating room as being opposed to one end face of the rotor and to which an exhaust gas introduction port and an exhaust gas discharge port are opened, and the rotor includes a shaft portion supported by the housing rotatably about the axis, plural partition walls arranged as being extended in the radial direction from the shaft portion and in the axial direction from the one end face to other end face of the rotor, and a partition member which is arranged at a space between adjacent partition walls and which partitions the space into an inner cell and an outer cell as extending from the one end face to the other end face of the rotor, and an exhaust side groove portion concaved in a direction being apart from the rotor is formed at the exhaust side wall face as being overlapped with a trajectory of the partition member lined during rotation of the rotor as viewed from the axial direction.
    • 压力波增压器包括:壳体,其具有用于容纳围绕轴线旋转的转子的容纳室;以及排气侧壁面,其布置在容纳室处,与转子的一个端面相对,并且排气侧引导 开口,排气排出口被开放,转子包括轴部,该轴部由壳体围绕轴线可旋转地支撑,多个分隔壁从轴部沿轴向延伸并沿轴向从一端延伸 面对转子的另一个端面,以及分隔构件,其布置在相邻分隔壁之间的空间处,并且将空间分隔成内孔和外孔,该内孔和外孔从所述一个端面延伸到另一端面 转子和在与转子分开的方向上凹陷的排气侧槽部形成在排气侧壁面上,与第二 e分隔构件在从轴向观察时在转子旋转期间衬里。
    • 5. 发明授权
    • Spark ignition engine with pressure-wave supercharger
    • 火花点火发动机带压力波增压器
    • US6089211A
    • 2000-07-18
    • US142106
    • 1998-09-01
    • Urs Wenger
    • Urs Wenger
    • F01N3/20F01N3/24F01N3/28F02B33/42
    • F01N3/20F01N3/28F02B33/42Y02T10/22
    • The invention relates to a spark ignition engine (1) having a pressure-wave supercharger (5) and a three-way catalyst (4). To remove the pollutant constituents HC, CO and NO.sub.x in an efficient manner, an oxidation catalyst (12) is connected downstream of the three-way catalyst, said oxidation catalyst being arranged between the outlet of the supercharger and the exhaust (11). The oxidation catalyst can, consequently, function with excess air which comes from the supercharger. The above combination reduces pollutants substantially with a high specific output of the engine.
    • PCT No.PCT / CH97 / 00079 Sec。 371日期:1998年9月1日 102(e)1998年9月1日PCT 1997年3月3日PCT公布。 公开号WO97 / 33080 PCT 日期:1997年9月12日本发明涉及具有压力波增压器(5)和三元催化剂(4)的火花点火发动机(1)。 为了有效地去除污染成分HC,CO和NOx,氧化催化剂(12)连接在三元催化剂的下游,所述氧化催化剂布置在增压器的出口和排气(11)之间。 因此,氧化催化剂可以与来自增压器的过量空气起作用。 上述组合以发动机的高比输出基本上减少污染物。
    • 6. 发明授权
    • Free-running pressure wave supercharger
    • 自由运行压力波增压器
    • US4838234A
    • 1989-06-13
    • US181573
    • 1988-04-14
    • Andreas Mayer
    • Andreas Mayer
    • F02B3/06F02B33/42F04F13/00F04F99/00
    • F04F13/00F02B33/42F02B3/06Y10T477/32Y10T477/50
    • Flanged onto the air casing (6) of a free-running pressure wave supercharger for an internal combustion engine is an electric motor (10a) whose shaft (28) is effectively connected to the rotor shaft (8) via a free-wheel overrunning clutch (9a) with engagement rollers (27) as the engagement bodies. In order to start a supercharged internal combustion engine, the electric motor (10a) accelerates the cell rotor (2) (in the case of a diesel engine, for example, during the short preheating period) to a rotational speed which ensures a functioning pressure wave process immediately after the diesel engine starts. The cell rotor (2) is then further accelerated by the exhaust gases of the diesel engine and then releases itself from the drive connection with the electric motor (10a), which has been put out of operation in the meantime.
    • 用于内燃机的自由运行的压力波增压器的空气壳体(6)的凸缘是电动机(10a),其轴(28)经由自由轮超越离合器有效地连接到转子轴(8) (9a)具有作为接合体的接合辊(27)。 为了启动增压内燃机,电动马达(10a)将电池转子(2)(在柴油发动机的情况下,例如在短预热期间)加速到确保功能压力的转速 柴油发动机起动后立即进行波动处理。 然后,电池转子(2)被柴油发动机的废气进一步加速,然后从与电动马达(10a)的驱动连接释放自身,同时不再起作用。
    • 7. 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。