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    • 1. 发明授权
    • Intake system for rotary piston engines
    • 旋转活塞发动机进气系统
    • US4627395A
    • 1986-12-09
    • US724313
    • 1985-04-17
    • Tomoo TadokoroHaruo OkimotoIkuo Matsuda
    • Tomoo TadokoroHaruo OkimotoIkuo Matsuda
    • F02B53/04F02B55/16
    • F02B55/16F02B53/04F02B2053/005Y02T10/17
    • A two rotor type rotary piston engine includes an intake system comprised of including individual intake ports provided in at least one of the intermediate and side housings to open to the respective rotor cavities and adapted to be cyclically closed by the rotors as the rotors rotate, an intake passage including individual passages leading respectively to the intake ports and opened to a surge tank through openings which are opposed to each other with a spacing therebetween. The overall length of the individual passages and the spacing between the openings is determined with respect to the intake port timings so that a compression wave produced in one individual passage in opening timing of one intake port is transmitted to the other intake port just before the other intake port is closed to obtain an additional charge under a specific engine speed range.
    • 一种二转子式旋转活塞式发动机包括进气系统,该进气系统包括设置在至少一个中间和侧部壳体中的各个进气口,以便向相应的转子腔敞开,并且适于在转子旋转时由转子循环地闭合, 进气通道包括分别通向进气口的通道,并通过相互间隔开的开口通向缓冲箱。 单个通道的总长度和开口之间的间隔相对于进气口定时被确定,使得在一个进气口的打开正时中的一个单独的通道中产生的压缩波在另一个进气口之前传递到另一个进气口 进气口关闭,以在特定发动机转速范围内获得额外的电量。
    • 2. 发明授权
    • Intake system for rotary piston engine
    • 旋转活塞发动机进气系统
    • US4614173A
    • 1986-09-30
    • US613356
    • 1984-05-23
    • Haruo OkimotoIkuo Matsuda
    • Haruo OkimotoIkuo Matsuda
    • F01C11/00F02B37/00F02B53/04F02B53/08
    • F02B53/04F01C11/008F02B53/08F02B2053/005Y02T10/17
    • A multiple rotor type rotary piston engine includes an intake system of individual intake ports provided in at least one of the intermediate and side housings to open to the respective rotor cavities and being cyclically closed by the rotors as the rotor rotate, an intake passage including a common passage and individual passages divided from the common passage and leading respectively to the intake ports, the individual passages being communicated with each other by communicating passages. The intake passage is provided with a turbo-supercharger having a waste gate valve for limiting the intake pressure below a predetermined value so that there is produced an engine operating zone wherein the intake pressure is lower than the exhaust gas pressure. The communication passages and the individual passages leading to the respective rotor cavities have such an overall length that a compression wave produced in one individual passage in opening timing of one intake port is transmitted to the other intake port just before the other intake port is closed to obtain an additional charge in the aforementioned engine operating zone.
    • 多转子型旋转活塞发动机包括设置在至少一个中间和侧部壳体中的各个进气口的进气系统,以便在转子旋转时向转子空间开放并被转子循环地闭合,进气通道包括: 公共通道和单独的通道分别从公共通道分别引导到进气口,各个通道通过连通通道彼此连通。 进气通道设置有具有废气闸阀的涡轮增压器,用于将进气压力限制在预定值以下,从而产生进气压力低于排气压力的发动机运转区域。 连通通道和通向相应转子腔的单独通道具有这样的总长度,使得在一个进气口的打开正时中的一个单独的通道中产生的压缩波在另一个进气口关闭之前传递到另一个进气口 在上述发动机操作区域中获得额外的费用。
    • 3. 发明授权
    • Engine intake system
    • 发动机进气系统
    • US4554890A
    • 1985-11-26
    • US638686
    • 1984-08-08
    • Haruo OkimotoIkuo Matsuda
    • Haruo OkimotoIkuo Matsuda
    • F02B29/06F01L7/02F02B29/08F02D9/16F02D13/02F02B29/00F02B33/00
    • F02D13/0223F02B29/08F02B29/083F02D13/0276F02D9/16Y02T10/146Y02T10/18
    • An engine intake system including a main intake passage leading to a combustion chamber through a main intake valve, a supercharging passage leading to the combustion chamber, and a supercharging pump provided in the supercharging passage. A rotary type timing valve is located in the supercharging passage and includes a rotor having inlet ports communicating with the supercharging passage at an upstream portion of the supercharging passage and an outlet port connected with the inlet port through a valve passage formed in the rotor. The rotor is driven in synchronism with engine rotation, the outlet port being arranged so that it is cyclically communicated with the supercharging passage at a downstream portion of the supercharging passage as the rotor rotates. There is provided a passage port provided in the downstream portion of the supercharging passage for cooperation with the outlet port in the rotor, the passage port including at least two port segments which are arranged so that one of the port segments is communicated with the outlet port in the rotor earlier than the other port segment. A shut-off valve is provided in the one port segment and movable between a closed position and an open position, a valve actuator for actuating the shut-off valve for changing opening period of the timing valve in accordance with the engine speed.
    • 一种发动机进气系统,包括通过主进气门通向燃烧室的主进气通道,通向燃烧室的增压通道和设置在增压通道中的增压泵。 旋转式正时阀位于增压通道中,包括转子,转子具有与增压通道上游部分处的增压通道连通的入口和通过形成在转子中的阀通道与入口连接的出口。 转子与发动机旋转同步地驱动,出口被布置成使得其随着转子旋转而在增压通道的下游部分与增压通道循环地连通。 在该增压通道的下游部分设有通道,用于与转子中的出口配合,该通道端口包括至少两个端口段,其中一个端口段与出口连通 在转子早于其他端口段。 截止阀设置在一个端口段中,并且可在关闭位置和打开位置之间移动;阀致动器,用于根据发动机转速启动截止阀以改变定时阀的打开周期。
    • 4. 发明授权
    • Intake system for an internal combustion engine
    • 内燃机进气系统
    • US4494506A
    • 1985-01-22
    • US463044
    • 1983-02-01
    • Nobuhiro HayamaMasasige KinjyoHaruo OkimotoIkuo Matsuda
    • Nobuhiro HayamaMasasige KinjyoHaruo OkimotoIkuo Matsuda
    • F02B29/00F02D13/02F02D21/08F02D31/00F02M25/07F02P5/15
    • F02D13/0234F02B29/00F02D13/0269F02D31/006F02D41/005F02P5/1502F02B2275/18F02D2041/001Y02T10/142Y02T10/146Y02T10/46Y02T10/47
    • An internal combustion engine including a combustion chamber, an intake system having an intake valve and an intake passage leading through the intake valve to the combustion chamber for providing a supply of intake gas to the combustion chamber. A valve timing control device is provided for governing opening and closing timings of the intake valve so that the intake valve is closed at a controlled timing in the compression stroke, whereby a controlled amount of the intake gas is returned from the combustion chamber to the intake passage in the compression stroke to thereby control the effective charge to the combustion chamber. A detecting device is provided for detecting at least one factor which is related to engine speed and producing an engine speed signal, and a manually operated reference setting device for determining a reference value together with, an engine overrun preventing device for comparing the engine speed signal with the reference value and retarding the closing timing of the intake valve to thereby decrease the effective charge when the engine speed signal is greater than the reference value.
    • 一种内燃机,其包括燃烧室,具有进气门的进气系统和通过所述进气门到达所述燃烧室的进气通道,用于向所述燃烧室提供进气。 提供一种气门正时控制装置,用于控制进气门的打开和关闭定时,使得进气门在压缩行程中的受控定时关闭,从而将受控量的进气从燃烧室返回到进气口 在压缩冲程中通过,从而控制对燃烧室的有效充电。 提供一种检测装置,用于检测与发动机转速相关的至少一个因素并产生发动机转速信号,以及用于确定参考值的手动参考设定装置,用于比较发动机转速信号的发动机超限防止装置 具有参考值并延迟进气门的关闭正时,从而当发动机转速信号大于参考值时降低有效充电。
    • 5. 发明授权
    • Supercharger control means for internal combustion engine
    • 用于内燃机的增压器控制装置
    • US4470394A
    • 1984-09-11
    • US456501
    • 1983-01-07
    • Tomoo TadokoroIkuo MatsudaHaruo Okimoto
    • Tomoo TadokoroIkuo MatsudaHaruo Okimoto
    • F02B29/06F02B29/08F02B33/00F02B33/36F02B33/44F02D21/10F02D23/00F02B29/00
    • F02D23/005F02B29/083F02B33/36F02B33/446F02D21/10Y02T10/144Y02T10/146
    • A supercharged internal combustion engine comprising a combustion chamber of which volume cyclically changes in response to a rotation of the engine to conduct engine operating strokes including an intake and compression strokes, an intake system for supplying intake gas to the combustion chamber. The intake system includes a main intake passage having one end connected with the combustion chamber to have the intake gas therein taken into the combustion chamber under a suction pressure prevailing in the combustion chamber, a main throttle valve provided in the main intake passage, an auxiliary intake passage having one end connected with the combustion chamber, a supercharger provided in the auxiliary intake passage for providing a supply of supercharging gas to the combustion chamber, an auxiliary throttle valve provided in the auxiliary intake passage downstream of the supercharger, a timing valve provided in the auxiliary intake passage downstream of the auxiliary throttle valve, a valve operating device for operating the timing valve in response to the rotation of the engine, an engine load sensor for detecting engine load, a valve timing control device for controlling opening timing of the timing valve so that the timing valve is opened at least in a beginning period of the compression stroke, the valve timing control device is so designed that the opening timing is advanced in response to a decrease in the engine load.
    • 一种增压内燃机,其包括响应于发动机的旋转而体积周期性变化的燃烧室,以进行包括进气和压缩冲程的发动机操作冲程,用于向燃烧室供应进气的进气系统。 进气系统包括一个主进气通道,其一端与燃烧室相连接,以便在燃烧室内的吸入压力下将进气吸入燃烧室,设置在主进气通道中的主节流阀,辅助进气通道 具有与燃烧室连接的一端的进气通道,设置在辅助进气通道中用于向燃烧室供应增压气体的增压器,设置在增压器下游的辅助进气通道中的辅助节流阀,设置有定时阀 在辅助节流阀下游的辅助进气通道中,响应于发动机的旋转而操作定时阀的气门操作装置,用于检测发动机负荷的发动机负载传感器,用于控制发动机负荷的开启定时的气门正时控制装置 定时阀,使定时阀至少在开始期间打开 压缩冲程,气门正时控制装置被设计成响应于发动机负载的减小而使开启时间提前。
    • 7. 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。
    • 8. 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。
    • 9. 发明授权
    • Turbocharged engine with exhaust purifier
    • 带排气净化器的涡轮增压发动机
    • US4612770A
    • 1986-09-23
    • US759300
    • 1985-07-26
    • Tomoo TadokoroIkuo MatsudaHaruo Okimoto
    • Tomoo TadokoroIkuo MatsudaHaruo Okimoto
    • F02B37/18F02B37/22F02D41/00F02D41/06F01N5/04F02B37/00
    • F02B37/025F02B37/18F02B37/22F02D41/0007F02D41/064Y02T10/144
    • A control system for an automobile engine having intake and exhaust systems for respectively conducting intake gases to and exhaust gases from the engine comprises a turbocharger including a turbine disposed in the exhaust system and a blower disposed in the intake system and drivingly connected with the turbine, an exhaust purifying device disposed in the exhaust system downstream of the turbine with respect to the direction of flow of the exhaust gases, a choke valve for varying the effective cross-section of a portion of the exhaust system leading to the turbine, a control device for controlling the choke valve in dependence on an operating condition of the engine, and a correcting unit for controlling the choke valve to increase the effective cross-section during a particular engine operating condition associated with a cold start of the exhaust purifying device. The control device causes the choke valve to increase the effective cross-section during a high speed operating condition, but to decrease the effective cross-section during a low speed operating condition of the engine.
    • 一种用于汽车发动机的控制系统,其具有用于分别将来自发动机的进气和排气的进气和排气系统的进气和排气系统包括涡轮增压器,其包括设置在排气系统中的涡轮机和设置在进气系统中并与涡轮驱动连接的鼓风机, 排气净化装置,其相对于排气的流动方向设置在所述涡轮机的下游的排气系统中;阻流阀,其用于改变通向所述涡轮的所述排气系统的一部分的有效截面;控制装置 用于根据发动机的运行状况来控制阻风门;以及校正单元,用于在与排气净化装置的冷启动相关联的特定发动机运行状态期间控制阻流阀以增加有效横截面。 控制装置使得阻塞阀在高速运行状态下增加有效截面,但是在发动机的低速运行状态期间减小有效截面。