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    • 2. 发明授权
    • Engine control system
    • 发动机控制系统
    • US4836174A
    • 1989-06-06
    • US151576
    • 1988-02-02
    • Yoshiki ChujoTokuta InoueToshiaki KonomiYoshihiko Hyodo
    • Yoshiki ChujoTokuta InoueToshiaki KonomiYoshihiko Hyodo
    • F02D41/14F02D41/24
    • F02D41/2496F02D41/144F02D41/1476F02D41/1456
    • An engine control system having an oxygen density sensor arranged in an intake system at a position downstream of a throttle valve for detecting the amount of air newly introduced into the engine. The sensor is a limit electric current detection type capable of detecting a continuously changing density of oxygen. An amount of fuel to be injected is calculated in accordance with the output level of the sensor by using mapped data of the output level of the sensor signal. The sensitivity of the sensor is detected and multiplied by the output value of the sensor for obtaining a precise oxygen partial pressure. Instead of calculating the basic fuel amount from the output level of the oxygen density sensor, a normal intake pressure sensor with an intake pressure-engine speed map can be employed. In the latter case, the oxygen partial pressure from the oxygen density sensor is used for correcting the calculated basic fuel amount. The sensitivity of the sensor is also corrected.
    • 一种具有氧气密度传感器的发动机控制系统,其布置在进气系统中的节气门下游的位置处,用于检测新引入发动机的空气量。 该传感器是能够检测氧气的连续变化的密度的极限电流检测型。 通过使用传感器信号的输出电平的映射数据,根据传感器的输出电平来计算要喷射的燃料量。 检测传感器的灵敏度并乘以传感器的输出值,以获得精确的氧分压。 可以采用具有进气压力 - 发动机转速图的正常进气压力传感器代替从氧浓度传感器的输出水平计算基本燃料量。 在后一种情况下,来自氧浓度传感器的氧分压用于校正计算出的基本燃料量。 传感器的灵敏度也得到了修正。
    • 6. 发明授权
    • Piston for an internal combustion engine
    • 内燃机活塞
    • US5195478A
    • 1993-03-23
    • US766379
    • 1991-09-27
    • Yasuhiro KawabataSoichi HaraHiroshi KageyamaToshiaki KonomiMotoichi Murakami
    • Yasuhiro KawabataSoichi HaraHiroshi KageyamaToshiaki KonomiMotoichi Murakami
    • F01M1/06F02F3/00F02F3/10F16H1/02
    • F02F3/10F05C2201/021Y10T29/49263
    • Disclosed is a piston for an internal combustion engine, which includes a land portion, and a skirt portion including a non-coated portion which is formed in an arbitrary shape on a sliding portion thereof and a coated portion which is formed on a sliding portion thereof other than the sliding portion on which the non-coated portion is formed. When the piston is descending, an oil which has adhered on a cylinder bore is introduced into the non-coated portion and accordingly an oil film is established in the non-coated portion. Since the advantageous effects of the coated portion and the oil film are combined in the piston, the sliding resistance can be reduced remarkably. Hence, the coated portion can be inhibited from wearing out, and its function of the sliding resistance reduction can be maintained for a long period of time. In addition, since the non-coated portion does not work as a sliding surface, there arises a reduced sliding surface area which also results in the reduction of the sliding resistance. The non-coated portion and the coated portion can be formed with a resin by printing. If such is the case, they can be formed with ease and at a less production cost.
    • 公开了一种用于内燃机的活塞,其包括陆部,以及裙部,其包括在其滑动部分上形成任意形状的未涂覆部分和形成在其滑动部分上的涂覆部分 除了形成有未涂覆部分的滑动部分之外。 当活塞下降时,附着在缸孔上的油被引入未涂覆部分,因此在未涂覆部分中建立油膜。 由于涂覆部分和油膜的有益效果组合在活塞中,因此可以显着降低滑动阻力。 因此,可以抑制涂布部分的磨损,并且可以长时间保持其滑动阻力降低的功能。 此外,由于未涂布部分不起滑动面的作用,因此滑动面积减小,滑动阻力降低。 未涂覆部分和涂覆部分可以通过印刷用树脂形成。 如果是这种情况,则可以容易地形成,并且以较少的生产成本。
    • 9. 发明授权
    • Fuel system for multicylinder engines
    • 多缸发动机燃油系统
    • US3968780A
    • 1976-07-13
    • US489549
    • 1974-07-18
    • Toshiaki KonomiJyoji Nurita
    • Toshiaki KonomiJyoji Nurita
    • F02M29/04F02M35/104F02M29/00
    • F02M29/04
    • The fuel-air mixture distribution in a multi-cylinder engine is provided by a hollow cylinder disposed immediately downstream of and in coaxial relation with a carburetor barrel and a deflector is attached to the dischage or downstream end or opening of the hollow cylinder so that the fuel-air mixture flow may be deflected. The deflector is inclined downwardly toward the cylinders. In another embodiment, a hollow cylinder having a deflector attached at its discharge end, is also attached to the discharge opening of the primary carburetor barrel. A slanting opening is formed through the side wall of the hollow cylinder.
    • 多气缸发动机中的燃料 - 空气混合物分配由与汽化器筒紧紧相连的中空圆筒提供,并且偏转器附接到中空圆柱体的放出或下游端或开口, 燃料 - 空气混合物流可能会偏转。 偏转器朝向气缸向下倾斜。 在另一个实施例中,具有连接在其排出端处的偏转器的中空圆筒也附接到初级化油器筒的排出口。 通过中空圆筒的侧壁形成倾斜的开口。
    • 10. 发明授权
    • Intake air control device for an internal combustion engine
    • 为内燃机引入空气控制装置
    • US5179917A
    • 1993-01-19
    • US882706
    • 1992-05-14
    • Yuichi HokazonoToshiaki Konomi
    • Yuichi HokazonoToshiaki Konomi
    • F02B27/02F02B29/02F02B29/08F02M35/10F02M35/108
    • F02B29/02F02B27/006F02B27/0205F02B27/0273F02B27/0278F02D9/1055F02B2031/003Y02T10/146Y10T137/7891
    • An intake air control device including an intake passage provided with reed valves to prevent a back flow of intake air and exhaust gas. The intake passage has a predetermined length and a substantially uniform section, except for an enlarged portion close to an intake valve. A reed valve assembly is arranged in the enlarged portion and has side walls which divide an inside space of the enlarged portion into a first space surrounding the side walls, and a second space surrounded by the side walls, to have a section similar to the uniform section, and are mounted with reed valves to allow an intake air to flow only from upstream to the first space. When the current engine speed condition is a high engine speed condition, a closing unit for closing the second space downstream of the reed valve is opened, and a communicating unit for communicating the first space with the second space is interrupted.
    • 一种进气控制装置,包括设有簧片阀的进气通道,以防止进气和排气的回流。 进气通道具有预定长度和基本上均匀的部分,除了靠近进气门的增大部分。 簧片阀组件布置在放大部分中并且具有将扩大部分的内部空间分成围绕侧壁的第一空间和由侧壁包围的第二空间的侧壁,以具有类似于均匀的部分 并且安装有簧片阀,以允许进气仅从上游流到第一空间。 当当前的发动机转速条件是高的发动机转速条件时,用于关闭簧片阀下游的第二空间的关闭单元被打开,并且用于使第一空间与第二空间通信的通信单元被中断。