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    • 3. 发明申请
    • MONOBLOCK VALVELESS OPPOSING PISTON INTERNAL COMBUSTION ENGINE
    • 单动态对位活塞式内燃机
    • US20100282219A1
    • 2010-11-11
    • US12265863
    • 2008-11-06
    • Jose Luis ALONSO
    • Jose Luis ALONSO
    • F02B25/08
    • F02B75/282F01B3/10F01B7/14F02B61/04F02B75/32F02B2023/085F02B2075/028F02F1/186
    • The present invention provides an internal combustion engine that provides advantages of both typical 2-stroke engines and typical 4-stroke engines, but using a new design unlike either. The present engine provides for use of pistons as means for opening and closing intake and exhaust ports disposed on cylinder walls. It also provides two pistons per cylinder in an opposing configuration, such that one fuel explosion event causes motion of both pistons per cylinder, in opposite directions. Each piston of a cylinder is connected to a separate crankshaft, which completes a single revolution about its axis per fuel explosion event in a cylinder. In a single cycle of piston movement along the cylinder, a full cycle of ignition, exhaust, intake, and compression is achieved.
    • 本发明提供一种内燃机,其提供典型的二冲程发动机和典型的四冲程发动机的优点,但是使用与之不同的新设计。 本发动机提供使用活塞作为打开和关闭设置在气缸壁上的进气和排气口的装置。 它还在每个气缸中以相对的构造提供两个活塞,使得一个燃料爆炸事件导致每个气缸两个活塞在相反方向上的运动。 气缸的每个活塞连接到单独的曲轴,其在气缸中的每个燃料爆炸事件周围围绕其轴线完成单次旋转。 在沿气缸的单个活塞周期中,实现了点火,排气,进气和压缩的全周期。
    • 5. 发明授权
    • Monoblock valveless opposing piston internal combustion engine
    • 单缸无缸相对活塞内燃机
    • US08789499B2
    • 2014-07-29
    • US12265863
    • 2008-11-06
    • José Luis Alonso
    • José Luis Alonso
    • F01B7/14F01B7/00
    • F02B75/282F01B3/10F01B7/14F02B61/04F02B75/32F02B2023/085F02B2075/028F02F1/186
    • The present invention provides an internal combustion engine that provides advantages of both typical 2-stroke engines and typical 4-stroke engines, but using a new design unlike either. The present engine provides for use of pistons as means for opening and closing intake and exhaust ports disposed on cylinder walls. It also provides two pistons per cylinder in an opposing configuration, such that one fuel explosion event causes motion of both pistons per cylinder, in opposite directions. Each piston of a cylinder is connected to a separate crankshaft, which completes a single revolution about its axis per fuel explosion event in a cylinder. In a single cycle of piston movement along the cylinder, a full cycle of ignition, exhaust, intake, and compression is achieved.
    • 本发明提供一种内燃机,其提供典型的二冲程发动机和典型的四冲程发动机的优点,但是使用不同于任何一种的新设计。 本发动机提供使用活塞作为打开和关闭设置在气缸壁上的进气和排气口的装置。 它还在每个气缸中以相对的构造提供两个活塞,使得一个燃料爆炸事件导致每个气缸两个活塞在相反方向上的运动。 气缸的每个活塞连接到单独的曲轴,其在气缸中的每个燃料爆炸事件周围围绕其轴线完成单次旋转。 在沿气缸的单个活塞周期中,实现了点火,排气,进气和压缩的全周期。
    • 6. 发明授权
    • Adaptive stepped compensator valve
    • 自适应步进补偿阀
    • US5115831A
    • 1992-05-26
    • US653948
    • 1991-02-12
    • Mrk S. StrozeKenneth C. Spurbeck
    • Mrk S. StrozeKenneth C. Spurbeck
    • F01B3/10F01B13/00
    • F01B3/10F01B13/00Y10T137/2544
    • An adaptive stepped compensator valve for controling hydromechanical control apparatus having high and low pressure control lines. The adaptive stepped compensator valve includes a housing having an elongated bore and a plurality of ports formed therein, a sleeve, disposed in sealed slidable engagement with the housing in the bore, and having an opening formed therein extending the length of the sleeve and direct acting main and balance spools disposed in the opening. High pressure fluid is inputed into a first chamber of the valve formed by the main spool and a second chamber formed by a balance spool. Low pressure fluid is inputted into a third chamber formed by an end of the main spool which abuts an end of the balance spool. The invention outputs a control signal based upon a detected difference in pressure between the high pressure fluid and the low pressure fluid. An adaptive operation of the valve is accomplished by axial movement of the sleeve which controls the amount of fluid outputted as a control signal by the valve. Stepped operation of the valve is accomplished by balancing the valve by inputting high pressure fluid in the first and second chambers of the valve.
    • 一种用于控制具有高低压控制线的液压机械控制装置的自适应阶梯式补偿阀。 自适应阶梯式补偿器阀包括具有细长孔和形成在其中的多个端口的壳体,套筒,其设置成与孔中的壳体密封地可滑动地接合,并且具有形成在其中的开口,延伸套筒的长度和直接作用 主要和平衡线轴设在开口处。 高压流体被输入由主阀芯形成的阀的第一腔室和由平衡阀芯形成的第二腔室。 低压流体被输入到由主阀芯的一端形成的第三腔室中,该主阀芯的一端邻接平衡阀芯的一端。 本发明基于检测到的高压流体与低压流体之间的压力差输出控制信号。 阀的适应性操作通过套筒的轴向运动来实现,该套控制由阀输出的作为控制信号的流体的量。 通过在阀的第一和第二腔室中输入高压流体来平衡阀来实现阀的步进操作。
    • 7. 发明授权
    • Motion translating device
    • 运动翻译装置
    • US4976189A
    • 1990-12-11
    • US374756
    • 1989-07-03
    • Ross M. McCullough
    • Ross M. McCullough
    • F01B3/10
    • F01B3/10Y10T74/18272Y10T74/1836
    • A motion translating device that includes two or more units mounted on a shaft supported for rotation on a frame. The units are equi-spaced circumferentially about the shaft for balance of the rotating system and each includes arms secured to and radiating outwardly from the shaft, a crank arm journaled on such arms and a fluid actuated piston cylinder unit anchored at one end to the shaft for limited oscillatory movement thereon and at the other end connected to the crank portion of the crank arm. Rotation of the crank arm is resisted preferably selectively by an adjustably variable force. Pressurized fluid flows through said shaft to and from the piston cylinder units with rotary couplings providing connection to a pressure source external to the device. There is a sequence and control valve for the units preferably one for each pair of units controlling flow of fluid to and from the piston cylinder units and in timed relation with and in response to rotation of the crank shaft.
    • 一种运动平移装置,其包括安装在轴上的两个或更多个单元,所述轴被支撑以在框架上旋转。 所述单元围绕所述轴周向等间隔,以平衡所述旋转系统,并且每个所述单元包括固定到所述轴的外部并从所述轴向外辐射的臂,安装在所述臂上的曲柄臂以及在一端锚定到所述轴的流体致动的活塞气缸单元 用于其上的有限的振荡运动,并且在另一端连接到曲柄臂的曲柄部分。 优选地通过可调节的力来选择性地抵抗曲柄臂的旋转。 加压流体通过提供与设备外部的压力源的连接的旋转联接器流过活塞气缸单元和从活塞气缸单元流动。 对于这些单元,具有顺序和控制阀,优选地,每对单元中的一个单元控制流体流到活塞气缸单元的流量,并且与定时关系以及响应于曲轴的旋转。
    • 9. 发明授权
    • Four-cylinder four-stroke engine without a crankshaft and valves
    • 四缸四冲程发动机,无曲轴和阀门
    • US09016247B2
    • 2015-04-28
    • US14037436
    • 2013-09-26
    • Ruei-Ting Gu
    • Ruei-Ting Gu
    • F01B3/00F02F7/00
    • F01B3/0002F01B3/10F01L7/029F02B75/26
    • A four-cylinder four-stroke engine contains a base, a gas valve, a holder, a driving device, and a driven assembly, and a seat. When a four-cylinder four-stroke engine operates, a plurality of cylinders push plural pistons in the plurality of cylinders of the driving device so as to drive plural pushing posts connecting with the plural pistons to move upward and downward repeatedly, such that the driven assembly coupling with the plural pushing posts is pushed to drive a rotary shaft to rotate, thus generating a rotational energy, and the driven assembly simultaneously pushes a gear set of the driving device so that the gear set drives the gas valve on the base to rotate 360 degrees to feed and exhaust gases in the base, such that the plurality of cylinders are driven to feed, compress, burst, and exhaust gases continuously without using a crankshaft and valves.
    • 四缸四冲程发动机包括底座,气阀,保持器,驱动装置和从动组件以及座椅。 当四缸四冲程发动机工作时,多个气缸推动驱动装置的多个气缸中的多个活塞,以驱动与多个活塞连接的多个推动柱,以反复上下移动,从而驱动 推动与多个推动柱的组装联接以驱动旋转轴旋转,从而产生旋转能量,并且从动组件同时推动驱动装置的齿轮组,使得齿轮组驱动基座上的气阀旋转 在基座中的进料和排气360度,使得多个气缸被驱动以连续进料,压缩,爆裂和排出气体,而不使用曲轴和阀。
    • 10. 发明申请
    • FOUR-CYLINDER FOUR-STROKE ENGINE WITHOUT A CRANKSHAFT AND VALVES
    • 四缸四冲程发动机没有起重机和阀门
    • US20150083059A1
    • 2015-03-26
    • US14037436
    • 2013-09-26
    • Ruei-Ting Gu
    • Ruei-Ting Gu
    • F02F7/00
    • F01B3/0002F01B3/10F01L7/029F02B75/26
    • A four-cylinder four-stroke engine contains a base, a gas valve, a holder, a driving device, and a driven assembly, and a seat. When a four-cylinder four-stroke engine operates, a plurality of cylinders push plural pistons in the plurality of cylinders of the driving device so as to drive plural pushing posts connecting with the plural pistons to move upward and downward repeatedly, such that the driven assembly coupling with the plural pushing posts is pushed to drive a rotary shaft to rotate, thus generating a rotational energy, and the driven assembly simultaneously pushes a gear set of the driving device so that the gear set drives the gas valve on the base to rotate 360 degrees to feed and exhaust gases in the base, such that the plurality of cylinders are driven to feed, compress, burst, and exhaust gases continuously without using a crankshaft and valves.
    • 四缸四冲程发动机包括底座,气阀,保持器,驱动装置和从动组件以及座椅。 当四缸四冲程发动机工作时,多个气缸推动驱动装置的多个气缸中的多个活塞,以驱动与多个活塞连接的多个推动柱,以反复上下移动,从而驱动 推动与多个推动柱的组装联接以驱动旋转轴旋转,从而产生旋转能量,并且从动组件同时推动驱动装置的齿轮组,使得齿轮组驱动基座上的气阀旋转 在基座中的进料和排气360度,使得多个气缸被驱动以连续进料,压缩,爆裂和排出气体,而不使用曲轴和阀。