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    • 2. 发明申请
    • SYSTEM, METHOD AND DEVICES FOR IMPROVING FUEL CONSUMPTION
    • 用于改善燃油消耗的系统,方法和装置
    • WO2014037907A3
    • 2014-05-01
    • PCT/IB2013058337
    • 2013-09-06
    • SCOTT IVON WALTERMYBURGH PHILIPPUS ARNOLDUS
    • SCOTT IVON WALTER
    • F02M27/04F02B27/00F02M35/10
    • F02M27/045F02M29/04F02M35/10262
    • The invention relates to systems and methods for improving fuel consumption and reducing emissions of internal combustion engines (210) which burn hydrocarbon fuels. The system comprises a fuel treatment device (10) and an airflow directing device (50) which both serve to reduce emissions and fuel consumption of internal combustion engines, for exemple, vehicle engines. The fuel treatment device (10) is locatable along a fuel supply line (226) to the engine (210). Whereas the airflow directing device (50) is locatable in airflow communication with an air intake port (214) associated with the engine (210), wherein the airflow directing device is configured to facilitate generating turbulence in the air flowing therethrough and to the engine (210).
    • 本发明涉及用于改善燃料消耗并减少燃烧碳氢化合物燃料的内燃机(210)排放的系统和方法。 该系统包括燃料处理装置(10)和气流引导装置(50),其用于减少例如车辆发动机的内燃机的排放和燃料消耗。 燃料处理装置(10)可沿着燃料供应管线(226)定位到发动机(210)。 而气流引导装置(50)可定位成与与发动机(210)相关联的进气口(214)的气流连通,其中气流引导装置构造成便于在流过其中的空气和发动机(...)中产生湍流 210)。
    • 3. 发明申请
    • METHOD AND DEVICE FOR EXHAUST GAS MANAGEMENT
    • 排气管理方法与装置
    • WO2013172952A1
    • 2013-11-21
    • PCT/US2013/031215
    • 2013-03-14
    • HYDROCARBON SOLUTIONS
    • BELANGER, Louis, A.
    • F02B27/00
    • F01N3/00F01N13/08F01N13/10F01N2260/14F02B27/04Y02T10/146
    • A method and device for increasing engine performance of an internal combustion engine. The device preferably contains an exhaust insert affixed to or positioned downstream from the cylinder exhaust ports. The device preferably contains a first side having a rounded exterior surface and a substantially planar inner surface. The device also contains a second side having a rounded exterior surface and a substantially planar inner surface. A negative impression is preferably formed within both of the substantially planar inner surfaces. The negative impressions may define any number of shapes that restrict the internal diameter of the exhaust pipe (ex. conical, trapezoidal, rectangular, or pyramid shape) when the two substantially planar inner surfaces are aligned with one another and the two sides are joined together. A cap may be placed on the shape which is formed by the two negative impressions.
    • 一种用于提高内燃机的发动机性能的方法和装置。 该装置优选地包含固定到气缸排气口的下游的排气插入件。 该装置优选包含具有圆形外表面和基本平坦的内表面的第一侧。 该装置还包括具有圆形外表面和基本平坦的内表面的第二侧。 优选地,在两个基本平坦的内表面内形成负压印。 当两个基本上平面的内表面彼此对准并且两侧连接在一起时,负压印可以限定限制排气管的内径(例如锥形,梯形,矩形或棱锥形)的任何数量的形状 。 盖可以放置在由两个负压印形成的形状上。
    • 6. 发明申请
    • VALVE AND METHOD FOR REPAIRING A VALVE UNDER PRESSURE
    • 用于修复压力下的阀的阀和方法
    • WO2005017396A3
    • 2005-06-02
    • PCT/US2004014655
    • 2004-05-10
    • OCCLUDE
    • MAICHEL JEFFREY LSOVILLA THOMAS A
    • F16K3/12F16K43/00F02B27/00F16K3/00F16K51/00
    • F16K3/12F16K43/00Y10T137/0486Y10T137/6072Y10T137/6109Y10T137/6113
    • A valve includes a valve body with a hollow valve body interior and an opening-defining portion that defines an access opening. The opening-defining portion is arranged as a connection-facilitating structure for facilitating the fluid-tight connection of a separate isolation valve assembly to the opening-defining portion in a position over the access opening that enables removal and replacement of a valve-stopping mechanism from the valve through the isolation valve assembly. It may include a flange, exterior thread, one or more annular grooves or rings, and/or a segmented cam lock arrangement. The associated method includes (i) providing a valve-servicing assembly having an isolation valve assembly and an attached chamber-defining structure that defines a fluid-tight pressure chamber in which the valve-stopping mechanism fits, (ii) connecting the auxiliary valve assembly to the opening-defining portion of the valve body, and (iii) withdrawing the valve-stopping mechanism through the isolation valve assembly into the pressure chamber.
    • 阀包括具有中空阀体内部的阀体和限定出入口的开口限定部分。 开口限定部分被布置为便于连接的结构,用于在隔离开口上方的位置使单独的隔离阀组件与开口限定部分的流体密封连接,从而能够移除和更换阀止动机构 从阀门通过隔离阀组件。 它可以包括凸缘,外螺纹,一个或多个环形凹槽或环,和/或分段凸轮锁定装置。 相关联的方法包括(i)提供具有隔离阀组件和附接的腔室限定结构的阀维修组件,其限定止动机构配合的流体密封的压力室,(ii)将辅助阀组件 到阀体的开口限定部分,和(iii)通过隔离阀组件将阀止动机构抽回到压力室中。
    • 7. 发明申请
    • METHOD FOR OPERATING POLLUTION-FREE ENGINE EXPANSION CHAMBER AND EXPANSION CHAMBER THEREFOR
    • 无污染发动机膨胀室和膨胀室的运行方法
    • WO00003123A1
    • 2000-01-20
    • PCT/FR1998/001483
    • 1998-07-09
    • F01B17/02F02B27/00F02M27/04
    • F02B27/00F01B17/02F01B17/025Y02T10/146
    • The invention concerns a method for operating a pollution-free engine chamber by injecting supplementary compressed air, comprising a suction and compression chamber (1) and an expansion and exhaust chamber (4) independent of each other, which consists in separating the pressure increase process in said expansion chamber by dividing it into the two chambers, an engine chamber (2A) which receives high pressure air and a working chamber (2B) which receives the supplementary compressed air with lower pressure, separated by a quick-operating plug (2c) which communicates them suddenly thereby causing, owing to difference in pressure levels, a wave expanding the engine gas which flows into the working chamber generating a compressive shock wave substantially increasing the pressure level in the chamber shortly before it is communicated with the expansion and exhaust cylinder (4) to produce a work.
    • 本发明涉及通过喷射补充压缩空气来操作无污染发动机室的方法,其包括彼此独立的吸入和压缩室(1)和膨胀和排出室(4),其包括将压力增加过程 在所述膨胀室中,通过将其分成两个室,接收高压空气的发动机室(2A)和接收压力较低的辅助压缩空气的工作室(2B),所述辅助压缩空气由快速操作的插头(2c)隔开, 其突然通信,从而由于压力水平的差异而导致流入工作室的发动机气体的波形膨胀,从而产生压缩冲击波,在与膨胀和排出气缸连通之前,腔内的压力水平基本上增加 (4)制作。
    • 8. 发明申请
    • METHOD AND APPARATUS FOR ACTIVE CONTROL OF THE COMBUSTION PROCESSES IN AN INTERNAL COMBUSTION ENGINE
    • 用于主动控制内燃机中燃烧过程的方法和装置
    • WO99014469A1
    • 1999-03-25
    • PCT/US1998/017907
    • 1998-08-28
    • F01L1/46F02B27/00F02B27/02F02M27/08
    • F01L1/46F02B27/001F02M27/08Y02T10/146
    • The performance of an internal combustion engine is optimized utilizing an electrically controlled driver (40) which is located relative to the intake port (28) to excite the intake charge at a selected frequency, duration and power level which depends on the engine operating condition. The purpose of this excitation is to control combustion by optimizing large scale recirculation patterns of the intake charge within the combustion chamber (18). In particular, this device will provide the effect of optimizing volumetric efficiency at wide open throttle and minimize fuel consumption and emissions at part throttle. An electronic engine controller varies the operation of the drive device as a function of engine operating conditions. The driver excites the intake charge at a frequency of about 5 to 1000 times of the engine speed.
    • 使用相对于进气口(28)定位的电控驱动器(40)来优化内燃机的性能,以在取决于发动机运行状态的选定频率,持续时间和功率水平下激励进气量。 该激发的目的是通过优化燃烧室(18)内的进气量的大规模再循环模式来控制燃烧。 特别地,该装置将提供在广泛的节流阀处优化容积效率并最小化部分节气门处的燃料消耗和排放的效果。 电子发动机控制器根据发动机操作条件改变驱动装置的操作。 驾驶员以大约发动机转速的5到1000倍的频率激发进气。
    • 9. 发明申请
    • INTAKE MANIFOLD FOR A MULTI-CYLINDER INTERNAL COMBUSTION ENGINE
    • 为多缸内燃机供油
    • WO1993000505A2
    • 1993-01-07
    • PCT/GB1992001140
    • 1992-06-24
    • LOTUS CARS LIMITEDHOLT, Clement, Spencer
    • LOTUS CARS LIMITED
    • F02B27/00
    • F02M35/1042F02B27/006F02B27/008F02B27/0278F02B75/22F02B2075/1832F02B2275/18F02M35/10039F02M35/10045F02M35/10065F02M35/116Y02T10/146
    • The present invention provides in all aspects an intake manifold (10) for an internal combustion engine having a plenum (22) to be filled with combustible charge and inlet passage means (27) serving in use of the manifold (10) to connect the plenum (22, 23) with a cylinder (11 to 18) of the engine. In a first aspect of the invention the intake manifold has first and second plena (22, 23) and the inlet passage means (27) connect each plenum (22, 23) with a cylinder (11 to 18) of the engine such that combustion chamber means of the engine which fire consecutively are respectively supplied with combustible charge from a different plenum (22, 23). In a second aspect of the invention the manifold (10) has inlet passage means (27) comprising wall means (46) dividing at least a part of the inlet passage means (27) into a plurality of paths (44, 45) for fluid flow, and valve means (47) operable to open and close at least one of said paths (44, 45). In a third aspect, the invention provides an inlet manifold having a first and second plena (68, 69) each supplying a different plurality of cylinders of an engine and plena connecting means (60, 61, 62) operable to connect first (68) and second (69) plena to allow all of the cylinders (71 to 78) of the engine (90) to receive charge from both plena (68, 69) and to allow the resonant frequency of the intake manifold to be altered.
    • 本发明在所有方面提供了一种用于内燃机的进气歧管(10),所述进气歧管(10)具有填充有可燃气体的增压室(22)和用于使用歧管(10)的入口通道装置(27) (22,23)与发动机的气缸(11至18)连接。 在本发明的第一方面,进气歧管具有第一和第二凹槽(22,23),并且入口通道装置(27)将每个气室(22,23)与发动机的气缸(11至18)连接,使得燃烧 分别从不同的气室(22,23)供应可燃的燃料的发动机的连续燃烧室装置。 在本发明的第二方面,歧管(10)具有入口通道装置(27),其包括壁装置(46),其将入口通道装置(27)的至少一部分分成用于流体的多个通路(44,45) 流动和阀装置(47),其可操作以打开和关闭所述路径(44,45)中的至少一个。 在第三方面,本发明提供了一种具有第一和第二斑块(68,69)的入口歧管,每个第一和第二斑块提供发动机的不同多个气缸和可操作地连接第一(68) 和第二(69)凹坑以允许发动机(90)的所有气缸(71至78)从斑马(68,69)接收电荷并允许改变进气歧管的共振频率。