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    • 1. 发明授权
    • Air supply control systems for turbocharged internal combustion engines
    • 用于涡轮增压内燃机的供气控制系统
    • US5035114A
    • 1991-07-30
    • US426586
    • 1989-10-25
    • Masanori ShibataMasaru YamamotoHaruo OkimotoSeiji Tashima
    • Masanori ShibataMasaru YamamotoHaruo OkimotoSeiji Tashima
    • F02B37/007F02B37/12F02B37/14F02B37/22F02D41/00
    • F02D41/0007Y02T10/144Y02T10/42
    • An air supply control system for an internal combustion engine comprises a supercharging device operative to perform selectively a first supercharging operation by which supercharging efficiently under a first condition wherein the engine operates with relatively small intake air flow is improved and a second supercharging operation by which supercharging efficiency under a second condition wherein the engine operates with relatively large intake air flow is improved, an operation detector for detecting engine operations, a traveling condition detector for detecting traveling conditions to a vehicle equipped with the engine, a supercharging operation controller operative to cause the supercharging device to perform the first supercharging operation when a first engine operation attended with relatively small intake air flow is detected by the operation detector and to perform the second supercharging operation when a second engine operation attended with relatively large intake air flow is detected by the operation detector, and an operating area changer operative to vary, in accordance with traveling conditions detected by the traveling condition detector, a boundary between first and second operating areas provided on an operating characteristic chart of the engine for defining the first and second engine operations, respectively.
    • 一种用于内燃机的空气供应控制系统,包括增压装置,其操作以选择性地执行第一增压操作,通过该第一增压操作,在第一状态下有效地进行增压,其中发动机以相对较小的进气流动作业而改善,以及第二增压操作, 改善发动机以相对较大的进气流动的第二状态下的效率,用于检测发动机运转的运行检测器,检测配备有发动机的车辆的行驶状况的行驶状态检测器, 当由操作检测器检测到具有相对较小的进气流的第一发动机操作时执行第一增压操作的增压装置,并且当第二发动机操作参与相对较大的进气流时执行第二增压操作 w由操作检测器检测,并且操作区域更换器根据由行驶状态检测器检测到的行驶条件可操作地改变设置在发动机的操作特性图上的第一和第二操作区域之间的边界,用于定义第一 和第二发动机操作。
    • 5. 发明授权
    • Plural turbine inlet passage turbo-supercharger with inlet passage
shut-off valve
    • 具有入口通道截止阀的多个涡轮机入口通道涡轮增压器
    • US4617799A
    • 1986-10-21
    • US681829
    • 1984-12-14
    • Tomoo TodokoroHaruo OkimotoIkuo Matsuda
    • Tomoo TodokoroHaruo OkimotoIkuo Matsuda
    • F01D17/18F02B37/12F02B37/18F02B37/22F01D17/14
    • F02B37/183F01D17/18F02B37/025F02B37/22Y02T10/144
    • A turbo-supercharger for an engine includes a turbine casing having a turbine scroll divided into a first and second inlet passages. The inlet passages are opened to the engine exhaust passage through first and second inlet ports formed in a mating surface where the turbine casing is attached to the exhaust passage. A shut-off valve is provided in the exhaust passage and has a valve member which is adapted to be seated on the mating surface to close the second inlet port to thereby allow the exhaust gas to flow only through the first inlet passage. The shut-off valve is opened under high speed, heavy load operation so that the exhaust gas is passed through both the first and second inlet passages. A bypass passage is provided in the turbine casing to open at one end to the first inlet passage. A waste gate valve is provided to open the bypass passage when the supercharging pressure exceeds a predetermined value.
    • 用于发动机的涡轮增压器包括涡轮壳体,其具有被分成第一和第二入口通道的涡轮机涡旋。 入口通道通过形成在涡轮机壳体附接到排气通道的配合表面中的第一和第二入口打开到发动机排气通道。 截止阀设置在排气通道中,并且具有阀构件,其适于安置在配合表面上以关闭第二入口端口,从而允许废气仅流过第一入口通道。 截止阀在高速,重负荷操作下打开,使废气通过第一和第二入口通道。 旁通通道设置在涡轮机壳体中以在一端打开到第一入口通道。 当增压压力超过预定值时,设置废气闸阀以打开旁通通道。
    • 6. 发明授权
    • Multiple port intake means for rotary piston engines
    • 用于旋转活塞发动机的多端口进气装置
    • US4513707A
    • 1985-04-30
    • US487052
    • 1983-04-21
    • Tomoo TadokoroHaruo OkimotoIkuo Matsuda
    • Tomoo TadokoroHaruo OkimotoIkuo Matsuda
    • F02B53/04F02B53/06
    • F02B53/06F02B53/04F02B2053/005Y02T10/17
    • A rotary piston engine including a casing comprised of a rotor housing and a pair of side housings attached to the opposite sides of the rotor housing to define a rotor cavity. A substantially triangular rotor is disposed in the rotor cavity. The intake system includes a light load intake port formed in one of the side housings so as to open to the rotor cavity, a medium load and heavy load intake ports formed in the other side housing. The light load and medium load intake ports are formed so that they are opened to a working chamber before the chamber is disconnected from the exhaust port. The heavy load intake port is associated with a control valve which is closed under light and medium load operations. The medium load intake port has an effective area smaller than that of the light load intake port and is closed earlier than the light load intake port.
    • 一种旋转活塞发动机,其包括壳体,该壳体由转子壳体和连接到转子壳体的相对侧的一对侧壳体组成,以限定转子腔。 大致三角形的转子设置在转子腔中。 进气系统包括形成在一个侧壳体中的轻负载进气口,以便向转子腔敞开,形成在另一侧壳体中的中负载和重载进气口。 轻负载和中负载进气口形成为在室与排气口断开之前打开到工作室。 重载进气口与控制阀相关联,控制阀在轻载和中负载操作下关闭。 中负荷进气口的有效面积小于轻负荷进气口的有效面积,比轻负荷进气口早。
    • 10. 发明授权
    • Control of an automobile power unit
    • 控制汽车动力装置
    • US4669441A
    • 1987-06-02
    • US786591
    • 1985-10-11
    • Haruo Okimoto
    • Haruo Okimoto
    • B60K17/06F02B39/12F16H59/32F16H61/14F02D23/00
    • F16H61/143F02B39/12F16H59/32Y10T477/55Y10T477/735
    • An automobile power unit includes an engine provided with a supercharger and a transmission having a hydrodynamic device such as a torque converter or a fluid coupling. The supercharger is of a type which is driven by the engine output through an appropriate clutch. The hydrodynamic device has a lock-up clutch for establishing a direct mechanical connection between the input and output members of the hydrodynamic device. A control unit is provided for at first disengaging the lock-up clutch and starting the operation of the supercharger when the automobile operating condition is in the lock-up zone and changed from the non-supercharging zone to the supercharging zone.
    • 汽车动力单元包括具有增压器的发动机和具有诸如液力变矩器或液力偶合器的流体动力装置的变速器。 增压器是通过适当的离合器由发动机输出驱动的类型。 流体动力装置具有用于在流体动力装置的输入和输出构件之间建立直接机械连接的锁止离合器。 提供控制单元,用于首先使锁止离合器脱离并且当汽车操作条件处于锁定区域并从非增压区域改变到增压区域时启动增压器的操作。