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    • 5. 发明申请
    • 内燃機関の過給装置
    • 内燃机用涡轮增压器
    • WO2017149803A1
    • 2017-09-08
    • PCT/JP2016/074757
    • 2016-08-25
    • 井尻 正裕
    • 井尻 正裕
    • F02D19/08F02D21/08F02B33/00F02B33/36F02B33/44F02B43/06F02M21/02F02M26/02F04F5/18F04F5/50B01F5/00
    • B01F5/00F02B33/00F02B33/36F02B33/44F02B43/06F02D19/08F02D21/08F02M21/02F02M26/02F04F5/18F04F5/50Y02T10/144Y02T10/32
    • 【課題】駆動流にて過給を行う空気流量増幅器を備えた過給手段と、前記過給手段に駆動流を供給する二つの駆動流供給手段と、前記二つの駆動流の圧力および/または流量を制御する流体制御手段と、から成る内燃機関の過給装置において、前記二つの駆動流を各々の前記流体制御手段にて制御するが、前記二つの駆動流を正確な混合比で混合することは困難であるので、駆動流である燃料等の適正な予混合気の過給が困難で、前記二つの駆動流の圧力差が大きい場合は駆動流同士の逆流等の問題点がある。 【解決手段】内燃機関の前記流体制御手段に、前記流体通路の両方に設けた容積型ポンプと前記二台のポンプを連動する回転制御手段で構成されるポンプ式ミキサを設け、各々の駆動流供給圧の制御による混合率と、前記回転制御手段の回転制御による過給圧を正確に制御できる内燃機関の過給装置である。
    • 两流供给装置,用于提供包括其执行通过驱动电流,驱动电流的增压空气流放大器的增压装置,所述增压装置,所述两个 在增压装置中的一个压力驱动的流动和/或流体控制装置,用于控制流量,由内燃机,而是控制在每一个所述的流体控制装置中的两个驱动的流动,所述两个驱动流 由于难以以正确的比例混合,这是一种驱动流增压适当预混物这样的燃料困难的,如果两个驱动电流之间的压力差之间的大的驱动流量混合 存在回流等问题。 到内燃发动机的流体控制装置,泵混合器由一个旋转控制装置,用于联锁在两个所述流体通道提供的排量泵,所述两个泵被提供,每个驱动流的 通过控制供给压力,通过转动控制装置的转动控制精确控制的发动机增压压力的增压器的混合比。

    • 6. 发明申请
    • INTEGRATED THROTTLE ENERGY RECOVERY AND ELECTRIC BOOSTING ASSEMBLY
    • 综合节能恢复和电动升压总成
    • WO2016015132A1
    • 2016-02-04
    • PCT/CA2015/000447
    • 2015-07-30
    • MAGNA INTERNATIONAL INC.
    • ABATE, VitoSCHLAGER, Gerd
    • F02B33/00F02B33/36F02B39/10F02D9/00
    • F02B39/10F02B33/40F02B37/127
    • A boosting assembly and a method for supercharging an internal combustion engine and throttle energy recovery are provided. The assembly includes a compressor including a housing and a first shaft and a compressor rotor rotatably supported by the housing for compressing intake air entering the housing. An intake tube extends from the housing for receiving intake air. An outlet tube is connected to the housing for communicating with the internal combustion engine. A motor-generator connects to the first shaft for rotating the compressor rotor in a supercharged mode and for generating electrical energy in a non-supercharged mode. A second shaft extends from the first shaft and supports a turbine that rotates in response to intake air entering the intake tube. A clutch interconnects the first and second shafts for moving the turbine between the supercharged mode and the non-supercharged mode to extract supplemental energy from the intake air.
    • 提供了一种增压组件和一种用于对内燃机进行增压和节流能量回收的方法。 组件包括压缩机,该压缩机包括壳体和第一轴以及由壳体可旋转地支撑的压缩机转子,用于压缩进入壳体的进气。 吸入管从壳体延伸以接收进气。 出口管连接到壳体以与内燃机连通。 电动发电机连接到第一轴,用于以增压模式旋转压缩机转子并用于以非增压模式产生电能。 第二轴从第一轴延伸并支撑响应进入进气管的进气旋转的涡轮机。 离合器将第一和第二轴互相连接,用于在增压模式和非增压模式之间移动涡轮机,以从进气中提取补充能量。
    • 7. 发明申请
    • INDUCTION ASSEMBLY AND SYSTEM FOR A SUPERCHARGED INTERNAL COMBUSTION ENGINE, AND METHOD FOR ASSEMBLY OF THE SAME
    • 用于超大型内燃机的感应组件和系统及其组装方法
    • WO2015179048A2
    • 2015-11-26
    • PCT/US2015/026479
    • 2015-04-17
    • CALLAWAY CARS, INC.
    • CALLAWAY, E., Reeves, IIIZONER, MichaelHODGINS, Patrick, A.RAWLING, Scott, L.CALLAWAY, Peter, R.
    • F02B29/04F02B33/36
    • F02M35/10157F02B29/0412F02B29/0437F02B33/34F02B33/36F02M35/116F02M35/1165F02M35/161Y02T10/144Y02T10/146
    • An induction system for a supercharged internal V-type combustion engine includes a monolithic continuous unitary casting housing a supercharger with a rotor and gear assembly operative to discharge pressurized air to a common bounding receiving plenum, through a first slidably-removable intercooler providing a first cooling, and then to a pair of second side intercoolers providing a second cooling within the bounded plenum and in fluid communication therewith. First and second intercoolers are secured within the monolithic housing. The monolithic housing provides a robust and stable housing of light weight and allows an exterior air cooling as well. Side walls of the supercharger are separate from and are spaced from air intake runners of a cylinder block. Air in the plenum is additionally cooled by convective surface cooling while being guided in an appropriate direction. The intercoolers are plumbed in parallel allowing for enhanced temperature management of the air flow in combination with the convective cooling. The monolithic housing includes rib elements for sound attenuation and strength while minimizing weight. This arrangement allows for enhanced cooling, and simplifies manufacture and service.
    • 用于增压内部V型燃烧发动机的感应系统包括单体连续一体铸造,其具有带有转子和齿轮组件的增压器,该增压器可操作以通过第一可滑动拆卸的中间冷却器将加压空气排出到共同的接合容纳室,从而提供第一冷却 ,然后到达一对第二侧中间冷却器,在有界气室内提供第二冷却并与其流体连通。 第一和第二中间冷却器固定在整体式壳体内。 整体式外壳提供坚固稳定的轻质外壳,并允许外部空气冷却。 增压器的侧壁与气缸体的进气流道分开并与之隔开。 通过对流表面冷却,同时在适当的方向上引导气室中的空气。 中间冷却器并行连接,可以与对流冷却相结合,增强空气流的温度管理。 单块壳体包括用于声音衰减和强度的肋元件,同时最小化重量。 这种布置允许增强冷却,并且简化制造和服务。
    • 8. 发明申请
    • ENGINE SUPERCHARGING SYSTEM
    • 发动机超导系统
    • WO2007072196A2
    • 2007-06-28
    • PCT/IB2006/003732
    • 2006-12-21
    • EATON CORPORATIONTURNER, David
    • TURNER, David
    • F02B33/34F02B33/36F02B33/38F02B33/40F02B39/04
    • F02B33/34F02B33/36F02B33/38F02B33/40F02B39/04F02B39/10F02B39/12
    • A supercharging system (10) for an engine includes an air pump (12), an electrical machine (14), an engine-connected input member (15) and a variable-ratio power transmission mechanism (16). The power transmission mechanism (16) includes a sun member (18) operatively connected to one of the air pump (12), the electrical machine (14) and the input member (15). At least one planet member (20) is drivingly interfaced with the sun member (18) and rotatably carried by a carrier (22) operatively connected to another one of the air pump (12), the electrical machine (14) and the input member (15). An annulus (24) is drivingly interfaced with the at least one planet member (20) and operatively connected to the other one of the air pump (12), the electrical machine (14) and the input member (15). The supercharging system (10) also includes a brake (32) configured to selectively inhibit rotation of at least one of the sun member (18), the carrier (22), and the annulus (24).
    • 用于发动机的增压系统(10)包括气泵(12),电机(14),发动机连接的输入部件(15)和可变比例动力传输机构( 16)。 动力传输机构(16)包括可操作地连接到气泵(12),电机(14)和输入构件(15)中的一个的太阳构件(18)。 至少一个行星构件(20)与太阳构件(18)驱动连接并且由可操作地连接到气泵(12),电机(14)和输入构件中的另一个的载体(22) (15)。 环形件(24)与至少一个行星构件(20)驱动连接并与气泵(12),电机(14)和输入构件(15)中的另一个可操作地连接。 增压系统(10)还包括制动器(32),该制动器构造成选择性地阻止太阳构件(18),载体(22)和环形空间(24)中的至少一个的旋转。
    • 9. 发明申请
    • VANE COMPRESSOR OR EXPANDER
    • VANE压缩机或膨胀机
    • WO0244533A3
    • 2003-01-30
    • PCT/US0143527
    • 2001-11-16
    • HONEYWELL INT INC
    • ARNOLD STEVEN DON
    • F01C1/336F01C1/348F01C1/46F02B33/36F02B53/00F04C28/14F01C1/332
    • F04C28/14F01C1/336F01C1/348F01C1/46F02B33/36F02B53/00Y02T10/17
    • A throttle loss recover turgine and supercharger device (10) comprises a housing (12) having a movable intake port (36) and a separately movable exhaust port (38). An oter drum is rotatably placed within the housing. An inner drum (24) is rotatably disposed within the housing, and within an inside diameter of the outer drum (18). The inner drum has an axis of rotation (30) eccentric to an axis of rotation of the outer drum, defingn a variable volume annular space (26) therebetween. The inner and outer drum are configured to rotation within the housing at a 1:1 ratio with one another, and the intake and exhaust porst are each in air flow communication with some poriton of the annuar space. A number of vanes (2) are each interposed radially between the inner and outer drums.
    • 节气门损耗恢复装置和增压装置(10)包括具有可移动进气口(36)和可单独移动的排气口(38)的壳体(12)。 罐鼓可旋转地放置在壳体内。 内筒(24)可旋转地设置在壳体内并且在外鼓(18)的内径内。 内滚筒具有偏心于外鼓旋转轴线的旋转轴线(30),从而确定其间的可变体积的环形空间(26)。 内鼓和外鼓构造成在壳体内以1:1的比例相互旋转,并且进气和排气孔各自与空气中的一些孔连通。 多个叶片(2)各自径向介于内鼓和外鼓之间。