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    • 1. 发明授权
    • Vehicular V-type internal combustion engine cylinder block structure
    • 车用V型内燃机气缸体结构
    • US6073603A
    • 2000-06-13
    • US964858
    • 1997-11-05
    • Hiromi SumiYoshiaki Hori
    • Hiromi SumiYoshiaki Hori
    • F02B75/22F02F7/00F16C9/02
    • F02F7/0012F02B75/22
    • To enable preventing interference between a honing machine and a journal wall, avoiding large-sizing of a cylinder block and tilting a front cylinder part so that the upper end is as low as possible in a vehicular V-type internal combustion engine wherein the front cylinder part arranged on the front side in a vehicular travel direction and a rear cylinder part arranged on the rear side in the vehicular travel direction are arranged so that they form an approximate V-shape. A front cylinder part is tilted so that the upper end is lower than that of a rear cylinder part and a bent part bent on the side distant from a central position is formed in a part corresponding to a front cylinder hole of a journal wall arranged on the side displaced from the central position between both journal walls of the front cylinder hole.
    • 为了防止珩磨机和轴颈壁之间的干扰,避免了汽缸体的大型化和倾斜前汽缸部分,使得车辆V型内燃机中的上端尽可能低,其中前汽缸 布置在车辆行进方向的前侧的部分和布置在车辆行进方向上的后侧的后部缸体布置成使得它们形成大致V形。 前筒部倾斜,使得上端低于后筒部的上端,并且在远离中心位置的一侧弯曲的弯曲部形成在与布置在其上的轴颈壁的前筒孔相对应的部分中 侧面从前缸孔的两个轴颈壁之间的中心位置偏离。
    • 3. 发明授权
    • Engine for saddle ride type vehicle
    • 发动机用于骑马式车辆
    • US08141673B2
    • 2012-03-27
    • US11729806
    • 2007-03-30
    • Toshiyuki SatoMasako TakahashiHiromi Sumi
    • Toshiyuki SatoMasako TakahashiHiromi Sumi
    • B60K5/04
    • F16H61/0009Y10T74/2186
    • An engine for vehicle includes an oil hydraulic automatic transmission for changing the change gear ratio by control of an oil pressure. The oil pressure control unit of the transmission includes a plurality of control valves for controlling the oil pressure, and is mounted to an upper portion of a crankcase. A power transmission shaft interlockedly connected to a counter shaft and having an axis parallel to the counter shaft is disposed on the lower rear side of the counter shaft, and a drive bevel gear on the power transmission shaft and a driven bevel gear are meshed with each other on the rear side of the axis of the power transmission shaft. The resulting configuration eliminates the need for a special measure to protect the oil pressure control unit, and prevents interference of the driven bevel gear with the gear speed change mechanism.
    • 用于车辆的发动机包括用于通过控制油压来改变变速比的油压自动变速器。 变速器的油压控制单元包括用于控制油压的多个控制阀,并且安装在曲轴箱的上部。 在副轴的下后侧设置有一个互动地连接到副轴并且具有平行于中轴的轴线的动力传递轴,并且在动力传递轴和从动锥齿轮上的驱动锥齿轮与每个 另一个在动力传动轴的轴的后侧。 所得到的配置消除了对保护油压控制单元的特殊措施的需要,并且防止从动锥齿轮与齿轮变速机构的干涉。
    • 4. 发明授权
    • Breather structure for internal combustion engine
    • 内燃机通气结构
    • US07743758B2
    • 2010-06-29
    • US11727565
    • 2007-03-27
    • Shinichiro KeyakiToru NishiKazuaki IinoHiromi Sumi
    • Shinichiro KeyakiToru NishiKazuaki IinoHiromi Sumi
    • F02B77/00
    • F02B61/02F01M13/04F01M2013/0461
    • A breather structure for internal combustion engine, the structure making a breather chamber smaller and thus making an internal combustion engine as a whole smaller. A breather chamber and a small chamber are formed. The breather chamber includes a first side face cover. The first side face cover is joined to a case to cover a first one of the right and left side faces of the case. Inside the first side face cover, an auxiliary apparatus chamber is formed. The auxiliary apparatus chamber houses a clutch mechanism connecting or disconnecting the power transmission route. Additionally, formed inside a housing are an external communication port communicating to the outside of the housing, and the small chamber communicating to a crank chamber and to the auxiliary apparatus chamber. Moreover, the auxiliary apparatus chamber communicates to the breather chamber.
    • 用于内燃机的通气结构,使得通气室更小的结构,从而使内燃机整体更小。 形成通气室和小室。 通气室包括第一侧面罩。 第一侧面罩连接到壳体以覆盖壳体的左右侧面中的第一侧面。 在第一侧面罩内形成有辅助装置室。 辅助设备室容纳连接或断开动力传递路线的离合器机构。 另外,形成在壳体内的是与壳体的外部连通的外部连通口,与腔室连通的小室和辅助装置室。 此外,辅助装置室与通气室连通。
    • 6. 发明申请
    • Crankcase structure of internal combustion engine
    • 内燃机曲轴箱结构
    • US20080257298A1
    • 2008-10-23
    • US11902656
    • 2007-09-24
    • Hiroatsu InuiHiromi SumiEiji Kittaka
    • Hiroatsu InuiHiromi SumiEiji Kittaka
    • F02F7/00
    • F02B61/02F02B67/04F02B75/06
    • A crankcase structure of an internal combustion engine has a desirable shaft support achieved by maintaining the strength of a side wall of a crankcase at a high level without increasing the weight and the size of the internal combustion engine even when the internal combustion engine has an output shaft projecting from the crankcase. A crankcase structure has a crankshaft and a counter shaft that are rotatably supported on a partitioning plane of a crankcase. A main shaft is oriented in the fore-and-aft direction and is rotatably supported on opposed front and rear walls of either one of the upper and lower crankcases. An output shaft to be driven by a power of the counter shaft penetrates through the front and rear walls of one of the upper and lower crankcases by which the main shaft is not rotatably supported, and projects to the front and rear.
    • 内燃机的曲轴箱结构具有通过将曲轴箱的侧壁的强度保持在高水平而不增加内燃机的重量和尺寸而实现的期望的轴支撑,即使当内燃机具有输出 轴从曲轴箱突出。 曲轴箱结构具有可旋转地支撑在曲轴箱的分隔平面上的曲轴和对中轴。 主轴沿前后方向定向,并且可旋转地支撑在上曲轴箱和下曲轴箱之一的相对的前壁和后壁上。 由相对轴的动力驱动的输出轴穿过上,下曲轴箱之一的前壁和后壁,主轴不可旋转地支承在该前后壁上,并向前后突出。
    • 7. 发明授权
    • Multi-cylinder internal combustion engine and vehicle incorporating same
    • 多缸内燃机和并入其的车辆
    • US07021267B2
    • 2006-04-04
    • US10735293
    • 2003-12-12
    • Hiroyuki KawakuboToru GunjiHiromi Sumi
    • Hiroyuki KawakuboToru GunjiHiromi Sumi
    • F01M5/00
    • F01M5/002F01M11/02F01M11/03
    • A multi-cylinder internal combustion engine draws oil from an oil reservoir with an oil pump, and supplies oil to individual areas of the engine, after passing the oil through an oil filter and an oil cooler. A filter case containing an element of the oil filter is mounted to a side surface of the engine to facilitate the removal and replacement of the case. The oil cooler and a balancer are each respectively mounted to a front central portion of the internal combustion engine to enable oil cooling by an air-cooling effect of a running airflow, and to balance weight in the left-right direction of the internal combustion engine. Oil discharged from the oil cooler is introduced to a substantially central portion of the main gallery, to achieve uniformity of oil pressure supplied to individual bearing portions and uniformity of cooling of the individual bearing portions.
    • 多缸内燃机通过油泵将油从油箱中抽出油,并将油通过油过滤器和油冷却器后,向发动机的各个区域供油。 包含油过滤器的元件的过滤器壳体安装到发动机的侧表面,以便于拆卸和更换外壳。 油冷却器和平衡器分别安装到内燃机的前中心部分,以通过运行气流的空气冷却效果来实现油冷却,并且平衡内燃机的左右方向的重量 。 从油冷却器排出的油被引入主画廊的大致中央部分,以实现供给各个轴承部分的油压的均匀性和各个轴承部分的冷却均匀性。
    • 8. 发明授权
    • Four-stroke internal combustion engine with valve resting mechanism
    • 具有阀门静止机构的四冲程内燃机
    • US06705265B2
    • 2004-03-16
    • US10154836
    • 2002-05-28
    • Takaaki TsukuiHiromi Sumi
    • Takaaki TsukuiHiromi Sumi
    • F01L114
    • F01L1/143F01L13/0005F01L2001/0537F02B75/22F02B2275/18
    • To provide a high performance four-stroke internal combustion engine wherein an increase in a side of a cylinder head is prevented and a valve resting mechanism is provided for a valve lifter. In a four-stroke internal combustion engine with a valve resting mechanism includes a valve lifter having a valve resting mechanism interposed between a valve motion cam and a stem of a poppet valve and a valve lifter spring is provided for biasing the valve lifter in a direction in which the valve lifter is normally held in contact with the valve motion cam. A slide pin holder is pressed against the valve lifter by a spring force of the valve lifter spring that is provided on the valve lifter while a shim portion having a predetermined thickness for controlling a relative positional relationship with the valve lifter is formed integrally with a valve lifter top wall. One of a plurality of predetermined valve lifters most suitable for the relative positional relationship between the slide pin holder and the valve lifter is selectively mounted to effect a tappet gap adjustment.
    • 提供一种高性能四冲程内燃机,其中防止气缸盖的一侧的增加,并且为阀提升器设置了阀静止机构。 在具有阀静止机构的四冲程内燃机中,包括具有插入在阀运动凸轮和提升阀的阀杆之间的阀静止机构的气门挺杆,阀提升器弹簧用于沿着方向 其中气门挺杆通常与阀运动凸轮保持接触。 通过设置在气门挺杆上的气门挺杆弹簧的弹簧力将滑动销保持件压靠在气门挺杆上,同时具有用于控制与气门挺杆相对位置关系的预定厚度的垫片部分与阀门 升降机顶壁。 选择性地安装最适合于滑动销保持架和气门挺杆之间的相对位置关系的多个预定的气门挺杆中的一个以实现挺杆间隙调节。
    • 9. 发明授权
    • Clutch having a damper spring
    • 离合器有减震弹簧
    • US06360861B1
    • 2002-03-26
    • US09499629
    • 2000-02-08
    • Hiromi SumiNorikazu Maeda
    • Hiromi SumiNorikazu Maeda
    • F16F1512
    • F16D13/52F16F15/129
    • A clutch having a friction spring for exerting a frictional torque for restraining resonance of the damper spring utilizing a small pressing force. The friction spring is disposed at a portion of the clutch member which is radially outward from the damper spring. This arrangement reduces the amount of spring force required of the friction spring. Also, the contact areas between the clutch member and the driven gear are located radially outwardly of the damper spring, which increases the annular contact area between the driven gear and the clutch member, and reduces wear.
    • 一种具有摩擦弹簧的离合器,用于施加用于通过小的按压力来抑制阻尼弹簧的共振的摩擦力矩。 摩擦弹簧设置在从减震弹簧径向向外的离合器部件的一部分。 这种布置减少了摩擦弹簧所需的弹簧力的量。 此外,离合器构件和从动齿轮之间的接触区域位于阻尼弹簧的径向外侧,这增加了从动齿轮和离合器构件之间的环形接触面积,并且减少了磨损。