会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Structure for mounting cylinder head cover of internal combustion engine
    • 内燃机气缸盖罩安装结构
    • US06257188B1
    • 2001-07-10
    • US09386143
    • 1999-08-31
    • Noriaki FujiiKouta Yoshiura
    • Noriaki FujiiKouta Yoshiura
    • F01M910
    • F02B77/13F02B2275/18F02F7/006F02F2001/245
    • An internal combustion engine 1 in which an outer peripheral edge of a cylinder head cover 25 abuts against a cylinder head 2, and the cylinder head cover 25 is mounted on the cylinder head 2, a recessed portion 26 is formed in a central portion of the cylinder head cover as viewed in a widthwise direction perpendicular to a crankshaft, a coil spring 32 is loosely fitted over a connecting member 28 which is passed through the recessed portion 26 and has one end fixed to the cylinder head. The coil spring 32 in a compressed state is clamped by a bottom surface of the recessed portion 26 of the cylinder head cover 25 and a spring receiving portion 33 at another end of the connecting member 28. The coil spring 32, the connecting member 28, and the spring receiving portion 33 are accommodated within the recessed portion 26 of the cylinder head cover 25.
    • 一种内燃机1,其中气缸盖罩25的外周边缘与气缸盖2抵接,气缸盖罩25安装在气缸盖2上,凹部26形成在 在与曲轴垂直的宽度方向上观察的气缸盖罩,螺旋弹簧32松动地配合在穿过凹部26并且一端固定在气缸盖上的连接部件28上。 处于压缩状态的螺旋弹簧32由气缸盖罩25的凹部26的底面和连接部件28的另一端的弹簧接收部33夹紧。螺旋弹簧32,连接部件28, 并且弹簧接收部33容纳在气缸盖罩25的凹部26内。
    • 2. 发明授权
    • Value mechanism of internal combustion engine
    • 内燃机价值机制
    • US06276320B1
    • 2001-08-21
    • US09432763
    • 1999-11-03
    • Noriaki FujiiKouta Yoshiura
    • Noriaki FujiiKouta Yoshiura
    • F01L1300
    • F01L1/267F01L1/0532F01L2001/0476
    • In a valve mechanism of an internal combustion engine having a cylinder with a pair of air-intake valves, the number of operation modes of the air-intake valves in accordance with engine operation region is increased to improve combustion nature in a combustion chamber and engine output and to miniaturize the valve mechanism. The valve mechanism comprises first and second drive rocker arms operatively connected with the respective air-intake valves, first, second and third free rocker arms coming into contact with first, second and third operation cams having profiles for making the air-intake valve perform opening-closing motion. The drive rocker arms are connected and disconnected with the free rocker arms in accordance with engine operation states, thereby a state in which both the air-intake valves are closed for pause, a state in which one of the air-intake valves performs opening-closing motion with a small lift and another air-intake valve is closed for pause, a state in which both the air-intake valves perform opening-closing motion with a small lift, or a state in which both the air-intake valves perform opening-closing motion with a large lift is obtained. Pipe members with fan-shaped cross-section are inserted in a rocker arm shaft to form oil-pressure supply passages for switching over the connection states.
    • 在具有带有一对进气阀的气缸的内燃机的阀机构中,根据发动机运转区域的进气阀的运转模式的数量增加,以提高燃烧室和发动机的燃烧性质 输出并使阀门机构小型化。 阀机构包括与相应的进气阀可操作地连接的第一和第二驱动摇臂,第一,第二和第三自由摇臂与第一,第二和第三操作凸轮接触,其具有用于使进气阀执行打开的轮廓 封闭运动。 根据发动机运转状态,驱动摇臂与自由摇臂相连接并断开,由此进气阀关闭以暂停的状态,其中一个进气阀执行开启状态, 一个小升程关闭运动,另一个进气阀关闭暂停,这两个进气阀都以小升程进行打开 - 关闭运动或两个进气阀开启的状态 获得具有大升程的闭合运动。 具有扇形横截面的管道构件插入摇臂轴中以形成用于切换连接状态的油压供应通道。
    • 3. 发明授权
    • Lubricating oil discharge system
    • 润滑油排放系统
    • US06237719B1
    • 2001-05-29
    • US09362702
    • 1999-07-29
    • Noriaki FujiiKouta Yoshiura
    • Noriaki FujiiKouta Yoshiura
    • F16N2700
    • F01L1/053F01L2001/0475F01L2001/0476F01L2810/02F01M9/102
    • A lubricating oil discharge port is provided that is improved so well that a quick supply of lubricating oil is not disturbed and that film lubrication is not lost when the engine is started. The lubricating oil discharge port 18a for allowing lubricating oil to flow out of a lubricating oil passage 18 in which an oil pressure source is provided at a lower portion thereof into a bearing bore 12 for a camshaft 10 of an engine is made to open in a top surface of a boss 19 provided so as to protrude from a bottom of a recessed well 15 acting as a lubricating oil reservoir provided in an inner circumferential surface on a lower side of the camshaft bearing bore. With this construction, the level of lubricating oil retained in the recessed well formed in the lower side of the bearing hole can be raised considerably high, and therefore even in an operating condition where the discharge pressure of an oil pump is not sufficiently increased resulting immediately the engine is started, the lubrication of the camshaft can be effected with lubricating oil retained in the lubricating oil reservoir.
    • 提供了一种润滑油排出口,该润滑油排出口被改善,使得不会妨碍润滑油的快速供应,并且当发动机起动时膜润滑不会损失。 使润滑油从润滑油通道18流出的润滑油排出口18a,其中油压源在其下部设置有用于发动机的凸轮轴10的轴承孔12,使其在 凸台19的顶表面设置成从设置在凸轮轴承孔的下侧的内周面中的用作润滑油容器的凹槽15的底部突出。 通过这种结构,保持在形成在轴承孔下侧的凹槽中的润滑油的水平能够显着提高,因此即使在油泵的排出压力不能充分增加的操作条件下立即产生, 发动机起动,凸轮轴的润滑可以通过润滑油储存器中保留的润滑油进行。
    • 8. 发明授权
    • Engine valve operating system
    • 发动机气门操作系统
    • US07631621B2
    • 2009-12-15
    • US10585831
    • 2005-01-13
    • Noriaki FujiiKatsunori NakamuraAkiyuki YonekawaTomoya FujimotoKeiko Yoshida
    • Noriaki FujiiKatsunori NakamuraAkiyuki YonekawaTomoya FujimotoKeiko Yoshida
    • F01L1/34
    • F01L13/0015F01L1/185F01L1/267F01L13/0021F01L2105/00F01L2820/032
    • A rocker arm (63) is provided with a valve connecting portion (63a) into which tappet screws (70) abutting against a pair of engine valves (19) are screwed so that their advance/retract positions can be adjusted, and the rocker arm (63) has a cam abutting portion (65) which abuts against a valve operating cam (69) and is interlocked and connected to the engine valves (19). The rocker arm (63) turnably connects to one end of a first link arm (61) turnably supported at a fixed position of an engine body and to one end of a second link arm turnably supported by a displaceable movable support shaft (68a). The rocker arm (63) is formed so that the valve connecting portion (63a) has a larger width in a direction along a rotating axis of the valve operating cam (69) than in the remaining part. This enables the lift amount of the engine valves to be continuously varied. It is also possible to reduce the size of the system, while ensuring follow-up ability of the opening/closing operations.
    • 摇臂(63)设置有阀连接部(63a),螺栓将抵靠在一对发动机气门(19)上的挺杆螺钉(70)拧入到其中,使得其前进/后退位置能够被调整,摇臂 (63)具有与阀操作凸轮(69)抵接的凸轮抵接部(65),并与发动机气门(19)联动并连接。 摇臂(63)可转动地连接到可转动地支撑在发动机本体的固定位置的第一连杆臂(61)的一端和可转动的可移动支撑轴(68a)可转动地支撑的第二连杆臂的一端。 摇臂(63)形成为使得阀连接部(63a)在与其他部分相比沿着阀操作凸轮(69)的旋转轴线的方向上具有较大的宽度。 这使发动机气门的升程量不断变化。 也可以减小系统的尺寸,同时确保打开/关闭操作的后续能力。
    • 10. 发明授权
    • Valve-moving device for engine
    • 发动机阀门移动装置
    • US07469668B2
    • 2008-12-30
    • US10558872
    • 2004-05-28
    • Noriaki FujiiAkiyuki YonekawaKatsunori Nakamura
    • Noriaki FujiiAkiyuki YonekawaKatsunori Nakamura
    • F01L1/34
    • F01L13/0021F01L1/18F01L1/267F01L13/0015F01L2105/00F01L2820/032
    • In an engine in which a lift amount of a valve can be changed continuously, an engine valve operating system including a valve lift-changing mechanism is capable of increasing and decreasing the lift amount of the valve without changing an opening angle for the valve and capable of decreasing a tappet clearance in accordance with a decrease in lift amount of the valve. Thus, it is possible to prevent the ratio of the tappet clearance to the lift amount at a low valve lift from being increased to minimize the influence of the dispersion of the tappet clearance and to reduce the seating speed of the valve at the low valve lift to prevent the generation of a noise. It is also possible to prevent a reduction in performance of the engine at a high valve lift due to the dispersion of the tappet clearance and to decrease the seating noise of the valve at the low valve lift.
    • 在可以连续地改变阀的升程量的发动机中,包括气门升程改变机构的发动机气门操作系统能够在不改变阀的开启角度的情况下增加和减小阀的升程量,并且能够 根据阀的提升量的减小而减小挺杆间隙。 因此,可以防止挺杆间隙与低气门升程升程量的比例增加,以最小化挺杆间隙分散的影响,并降低阀门在低气门升程时的安装速度 以防止产生噪音。 也可以防止由于挺杆间隙的分散引起的高气门升程时的发动机性能的降低,并且在低气门升程时降低阀的安装噪音。