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    • 71. 发明申请
    • ADIABATIC INTERNAL COMBUSTION ENGINE
    • ADIABATIC内燃机
    • WO00014396A1
    • 2000-03-16
    • PCT/JP1999/004179
    • 1999-08-02
    • F02B23/00F02F3/10F02F1/00F02B55/02F02B55/08F02F1/24F02F3/00
    • F02B23/00F02F3/10F05C2201/021Y02T10/125
    • An adiabatic internal combustion engine capable of increasing a thermal efficiency remarkably as compared with conventional internal combustion engines, capable of easily realizing a spark ignition adiabatic engine represented by gasoline engines and rotary diesel engines, and also capable of realizing an adiabatic engine relatively low in cost and reliable in durability, wherein a cooling loss is lowered or eliminated by insulating the combustion chamber of a reciprocating engine or a rotary engine so as to reduce fuel consumption accordingly and increase fuel economy more than conventional engines, heat resisting material is installed on the surface of the combustion chamber and insulating material is installed between the heat resisting material and an engine base material (aluminum alloy or iron) so as to enable a low cost and durable insulation, whereby the temperature of a combustion chamber wall is not increased to a high temperature (temperature beyond 850 DEG C) that may cause premature ignition due to insulation by providing a difference between a compression ratio and an expansion ratio so as to make an expansion ratio larger than a compression ratio or by thinning a densest air-fuel ratio or limiting the maximum amount of intake air.
    • 与能够容易地实现汽油发动机和旋转柴油发动机所代表的火花点火绝热发动机的常规内燃机相比,能够显着提高热效率的绝热内燃机,并且还能够实现成本相对较低的绝热发动机 并且耐久性可靠,其中通过使往复式发动机或旋转发动机的燃烧室绝缘来降低或消除冷却损失,从而相应地降低燃料消耗并且比常规发动机提高燃料经济性,耐热材料安装在表面上 的燃烧室和绝缘材料安装在耐热材料和发动机基体材料(铝合金或铁)之间,以便能够实现低成本和耐用的绝缘,由此燃烧室壁的温度不会升高到高 温度(超过850℃的温度)可能导致 通过提供压缩比和膨胀比之间的差以使膨胀比大于压缩比或通过使密度最大的空燃比变薄或限制最大进气量而导致的绝缘过早点火。
    • 72. 发明申请
    • RECIPROCATING MACHINE WITH TWO SUB-CHAMBERS
    • 带两个子座的回收机
    • WO00012881A1
    • 2000-03-09
    • PCT/AU1999/000708
    • 1999-09-01
    • F01L5/06F01L5/10F01L5/20F01P3/20F02B3/06F02B17/00F02B19/14F02B19/16F02B23/02F02B23/04F02B23/06F02B25/14F02B31/00F02F1/24F02M61/16F02B77/11
    • F02B31/00F01L5/10F01L5/20F01L2101/02F02B3/06F02B17/00F02B19/14F02B19/165F02B23/0639F02B25/14F02B2023/0612F02B2275/14F02B2275/16Y02T10/123Y02T10/125Y02T10/146
    • A reciprocating machine includes a housing (12) and piston means (20) that are cyclically relatively displaceable along an axis (11) to define a variable volume working chamber (50). There is further provided air inlet means and fuel inlet means (100) admitting air and fuel to the working chamber for forming an ignitable mixture after compression of the air therein, and means to exhaust combustion products from the working chamber. The variable volume working chamber (50) includes at least two sub-chambers, a combustion chamber (54) and a main chamber (52) mutually displaced on the axis (11) and in communication at a cross section (53) at which gas in the combustion chamber (54) may expand at least partially laterally as it flows from the combustion chamber (54) into the main chamber (52). The air admission means, the exhaust means and the chambers (52, 54) are arranged so that a swirl of gas is generated and maintained about the axis (11) in both chambers (52, 54) during operation of the machine. The combustion chamber (54) is sealed and defined laterally and at one end by integral heat resistant and/or low thermal conductivity wall structure (40) having a surrounding heat insulation jacket (48) and associated heat dissipation means (47, 49) arranged so that, during operation of the machine, the surfaces (42a, 44) of the wall structure bounding the combustion chamber are maintained at a temperature which is substantially higher than wall surfaces (31) bounding the main chamber (52).
    • 往复运动机器包括壳体(12)和活塞装置(20),其沿着轴线(11)循环地相对移位以限定可变容积的工作室(50)。 进一步设置有空气入口装置和燃料入口装置(100),其将空气和燃料引入工作室,用于在其中压缩空气之后形成可点燃的混合物,以及从工作室排出燃烧产物的装置。 可变容积工作室(50)包括至少两个子室,在轴线(11)上相互位移并且在横截面(53)处连通的燃烧室(54)和主室(52) 在燃烧室(54)中,当燃烧室(54)从燃烧室(54)流入主室(52)时,至少部分可横向膨胀。 空气进入装置,排气装置和室(52,54)被布置成使得在机器的操作期间在两个室(52,54)中围绕轴线(11)产生并保持气体涡流。 燃烧室(54)被封闭并且在一端侧被整体耐热和/或低导热壁结构(40)限定,该结构具有周围的隔热套(48)和相关联的散热装置(47,49) 使得在机器的操作期间,围绕燃烧室的壁结构的表面(42a,44)保持在基本上高于包围主室(52)的壁表面(31)的温度。
    • 73. 发明申请
    • FOUR-STROKE INTERNAL COMBUSTION ENGINE WITH DIRECT INJECTION
    • 与直接刻录四冲程发动机
    • WO00008318A1
    • 2000-02-17
    • PCT/EP1999/003323
    • 1999-05-14
    • F02B23/10F02B75/02F02B75/12F02F1/10F02F1/24F02F1/42F02F3/26
    • F02B23/104F02B2075/027F02B2075/125F02B2275/48F02F1/108F02F1/4214F02F3/26F02F2001/245Y02T10/123Y02T10/125
    • The invention relates to a four-stroke internal combustion engine with applied ignition, wherein fuel is directly injected into a combustion chamber (28) by means of an injector (22). Said engine comprises at least one admission channel (14) with an admission valve (15) and at least one exhaust channel (16) with an exhaust valve (17), the admission valve (15) and the exhaust valve (17) being placed on opposite sides of the combustion chamber (28), and the injector (22) being placed on the admission valve side. Said engine also comprises a cavity (32; 36, 38) formed in a piston top (12). A piston (10) exhibits a central longitudinal axis (30) extending in the direction of displacement of said piston. The cavity (32; 36, 38) is placed on the admission valve side and exhibits, relatively to said admission valve (15) and the injector (22), a marginal area forming the highest point of the piston top (12), so that an air flow (26) originating in the appropriately designed admission channel (14) and penetrating into the combustion chamber (15) through the admission valve (15) and an injection jet (24) originating in the injector (22) and penetrating into the combustion chamber (28) enter the cavity (32; 36, 38) at opposite points.
    • 本发明涉及一种具有火花点火,直接喷射用的喷射喷嘴(22)到燃烧室(28)的燃料的具有排气阀,至少一个入口通道(14)与入口阀(15)和至少一个出口通道(16)的四冲程内燃机(17 ),所述入口阀(15)和出口阀(17)(在燃烧室28)的相对侧上被布置,并且其中所述注入喷嘴(22)设置进气门侧,并且(至少一个在活塞头12)形成凹部(32; 36, 38),其中活塞(10)具有(在移动的其延伸的中心纵向轴线30的方向)。 这里,所述槽(32; 36,38)布置在所述进气门侧和波谷(32; 36,38)相对于入口阀(15)和喷嘴(22)被设计成与形成边缘部分在活塞顶的最高点中的至少一个(12), 该相反的形成以相应的方式中,入口通道(14)插入通过所述入口阀(15)进入到燃烧室(28)进入的空气流(26)的燃烧室中的一个,并从喷射喷嘴(22)进入(28)喷射流(24) 站点在所述槽(32; 36,38)发生。
    • 75. 发明申请
    • CYLINDER HEAD FOR INTERNAL COMBUSTION ENGINES AND METHOD FOR PRODUCING SAME
    • 气缸盖用于生产内燃机和方法
    • WO99066176A1
    • 1999-12-23
    • PCT/EP1999/002576
    • 1999-04-16
    • F01L1/04F01L1/053F02F1/00F02F1/24F02F1/38F02M57/02F16B35/00
    • F02M57/023F01L1/0532F02F1/38
    • The invention relates to a cylinder head for internal combustion engines, comprising one or more passages for mounting camshafts and bearing axles for rocker arms which preferably also actuate a pump-nozzle unit. The cylinder head has the following structure: at least one camshaft is mounted in the cylinder head in divided bearings having screwed on bearing bridges; next to and above the camshaft bearings seats are arranged at the level of the bearing bridges for bearing axles of rocker arms driven by the adjacent camshafts; the bearing axles are held tightly against the bearing bridge by means of screws projecting through them. The aim of the invention is to provide a way of deflecting the tensile forces from the cylinder head which occur at the level of the bearing axle of the rocker arms and are transmitted by their fixing screws. This is achieved by the following characteristics: next to the camshaft bearing (3) a tightening screw (5) with a longer cylindrical head (6) is arranged which is supported by the cylinder head (1) and extends as far as the cylinder block and engages same; the longer cylindrical head (6) has an internal profile (7) and, behind it, an inner thread (8) which is adjusted to the core cross-section of the internal profile (7); the screws (9) projecting through the bearing axles (4) are screwed into the inner thread (8) of the head (6) of the tightening screws (5).
    • 本发明涉及一种气缸盖与用于凸轮轴和轴承车轴摇臂,其优选地还致动泵喷嘴单元的一个或多个存储的过道内燃机。 它具有以下结构:至少一个凸轮轴被安装在气缸盖与分割轴承拧上轴承桥; 相邻于与凸轮轴保持器的轴承的轴承的由凸轮轴相邻摇臂布置在轴承桥从动轴的上方; 轴承轴被保持通过的通过靠轴承桥突出螺钉夹紧。 本发明的基本目的是实现从气缸盖在摇臂的轴承轴线存在的和从紧固螺钉被发送的拉伸力的方便的推导。 (3)位于所述气缸盖(1),其布置支撑并且通过到发动机缸体伸出并接合在其中夹紧螺钉旁边的凸轮轴轴承(5)具有较长的圆筒状的头部(6);:这是通过以下特征来实现 较长的圆筒状的头部(6)具有一个内轮廓(7)和位于它的后面,内部型材(7)的芯横截面适配的内螺纹(8); 轴承轴(4)通过螺钉(9)突出的内螺纹螺纹连接(8)的头部(6)的夹紧螺钉(5)。
    • 76. 发明申请
    • INTERNAL COMBUSTION ENGINE
    • 内燃机
    • WO99058830A1
    • 1999-11-18
    • PCT/SE1999/000827
    • 1999-05-14
    • F02B23/10F02B75/12F02F1/24F02F1/42F02F3/26F02B31/00F02F3/24
    • F02B23/104F02B2023/106F02B2023/108F02B2075/125F02B2275/48F02F1/4214F02F3/26F02F2001/241F02F2001/245Y02T10/123Y02T10/125Y02T10/146
    • Internal combustion engine with fuel injection directly into the combustion chamber of the engine. The engine has inlet channels (4), the angle of incidence (valve angle) ( alpha ) of which is greater than 20 DEG relative to the longitudinal axis (1) of the cylinder chamber. The piston tops are made, firstly, with a surface portion (16) inclined relative to a plane normal to the longitudinal axis of the cylinder chamber by an angle ( gamma ) equal to or less than the angle of incidence of the inlet channel, and, secondly, with a cavity (19) connected to the inclined surface portion. By interaction between the angle of incidence of the inlet channels and the shape of the piston tops, there is generated in the combustion chambers a primary vortical movement (v1) in the inlet air about an axis perpendicular to the longitudinal axis of the cylinder chamber. The primary vortical movement generates a secondary vortical movement (v2) in the opposite direction in the piston cavity.
    • 燃油喷射的内燃机直接进入发动机的燃烧室。 发动机具有入口通道(4),相对于气缸室的纵向轴线(1),其入射角(阀角)(α)大于20°。 首先制造活塞顶部,其中表面部分(16)相对于垂直于气缸室的纵向轴线的平面倾斜角度(γ)等于或小于入口通道的入射角,并且 其次,连接到倾斜表面部分的空腔(19)。 通过入口通道的入射角与活塞顶部的形状之间的相互作用,在燃烧室中,在入口空气中围绕垂直于气缸室的纵向轴线的轴线产生初级涡旋运动(v1)。 主旋涡运动在活塞腔中产生相反方向的次级涡旋运动(v2)。
    • 79. 发明申请
    • DIRECT INJECTION ENGINE AND CONTROLLED IGNITION
    • 直喷式发动机和控制点火
    • WO99022125A1
    • 1999-05-06
    • PCT/FR1998/002224
    • 1998-10-16
    • F02B23/10F02B75/12F02F1/24F02F1/42F02F3/26
    • F02B23/101F02B2023/106F02B2023/108F02B2075/125F02B2275/48F02F1/4214F02F3/26F02F2001/241F02F2001/245Y02T10/123Y02T10/125
    • The invention concerns an internal combustion engine characterised in that it comprises for each cylinder: a combustion chamber (1) delimited by the upper surface of a piston (3) mounted in said cylinder (2) and a cylinder head (4) lower surface having a roof-shaped cavity (13) consisting of two sloping planar walls joined at the top by a substantially rounded ridge (12) extending parallel to the engine longitudinal axis, two intake ducts (5, 6) and two exhaust ducts (7, 8) emerging on either side of the axial median plane, a fuel injector (9) and a spark plug (11) emerging in the combustion chamber (1) substantially in the roof-shaped cavity (13) centre, the piston (3) upper surface generally matching in shape the roof-shaped cavity (13) arranged in the cylinder head (4) and having a central cavity (15).
    • 本发明涉及一种内燃机,其特征在于,其包括用于每个气缸的:由安装在所述气缸(2)中的活塞(3)的上表面界定的燃烧室(1)和气缸盖(4) 由顶部由平行于发动机纵向轴线延伸的基本上圆形的脊部(12)连接的两个倾斜的平面壁组成的屋顶形空腔(13),两个进气管道(5,6)和两个排气管道(7,8) ),基本上在屋顶形空腔(13)中心出现在燃烧室(1)中的燃料喷射器(9)和火花塞(11)上,活塞(3)上部 表面通常在形状上匹配布置在气缸盖(4)中并具有中心空腔(15)的屋顶形空腔(13)。