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
    • 81. 发明申请
    • REDUCING EMISSIONS FROM AN INTERNAL COMBUSTION ENGINE
    • 减少来自内燃机的排放
    • WO1997001024A1
    • 1997-01-09
    • PCT/GB1996001288
    • 1996-05-30
    • FORD MOTOR COMPANY LIMITEDFORD WERKE AGFORD FRANCE S.A.FORD MOTOR COMPANYMA, Thomas, Tsoi-Hei
    • FORD MOTOR COMPANY LIMITEDFORD WERKE AGFORD FRANCE S.A.FORD MOTOR COMPANY
    • F01N07/10
    • F01N13/08F01N13/10F01N2240/20
    • A multicylinder engine exhaust manifold system comprises a first manifold (16) having branches leading from individual exhaust ports (14) of the engine to a downpipe, and a second manifold for interconnecting the exhaust ports. The second manifold is constructed in the form of a block (20) having individual through passages (28) communicating the engine exhaust ports (14) with the branches of the first manifold (16) and a transverse passage (24) passing through and interconnecting the individual passages (28). The transverse passage (24) has housed in it a thin-walled conduit (32). The conduit (32) partially obstructs the individual passages (28) and has openings facing the engine exhaust ports (14). The conduit (32) is in poor thermal contact with the block (20) and having a low thermal capacity relative to the block (20), in order to minimise cooling of gases transferred between exhaust ports (14).
    • 多缸发动机排气歧管系统包括具有从发动机的各个排气口(14)引导到下水管的分支的第一歧管(16)和用于互连排气口的第二歧管。 第二歧管以块(20)的形式构成,其具有使发动机排气口(14)与第一歧管(16)的分支连通的各个通路(28)和穿过并互连的横向通道(24) 各个通道(28)。 横向通道(24)在其中容纳有薄壁导管(32)。 导管(32)部分地阻塞各个通道(28)并具有面向发动机排气口(14)的开口。 为了最小化在排气口(14)之间传递的气体的冷却,管道(32)与块体(20)的热接触不良且具有相对于块体(20)的低热容量。
    • 84. 发明申请
    • ENGINE EXHAUST SYSTEM
    • 发动机排气系统
    • WO1996017158A1
    • 1996-06-06
    • PCT/GB1995002810
    • 1995-12-01
    • FORD MOTOR COMPANY LIMITEDFORD WERKE A.G.FORD FRANCE S.A.FORD MOTOR COMPANYMA, Thomas, Tsoi, Hei
    • FORD MOTOR COMPANY LIMITEDFORD WERKE A.G.FORD FRANCE S.A.FORD MOTOR COMPANY
    • F01N07/08
    • F02B37/18F01N13/08F01N13/10F01N13/14F02B37/02F02M26/14Y02T10/144
    • A multicylinder engine exhaust manifold system comprises a first manifold (24) having branches (22) leading from individual exhaust ports (20) of the engine to a downpipe (26), and a second manifold (34) for interconnecting the exhaust ports (20) and also having branches (32) leading to the individual exhaust ports (20) of the engine. The cross-sectional area of each branch (32) of the second manifold (34) facing the exhaust flow from the associated exhaust valve is no less than 25 % of the total port area and the branches of both manifolds (24, 34) terminate within the ports (20) in close proximity to the exhaust valves (18). In this way, a large proportion of the exhaust flow discharged from the exhaust valve of one cylinder is captured by the associated branch (32) of the second manifold (34) and distributed by the second manifold (34) to the exhaust ports (20) of adjacent cylinders where the exhaust valves (18) are closed and leave the exhaust ports (20) of the adjacent cylinders through the associated branches (22) of the first manifold (24), scouring the closed ends of the exhaust ports (20) in the process.
    • 多缸发动机排气歧管系统包括具有从发动机的各个排气口(20)引导到下水管(26)的分支(22)的第一歧管(24)和用于互连排气口(20)的第二歧管(34) )并且还具有通向发动机的各排气口(20)的分支(32)。 第二歧管(34)的与相关联的排气阀相对的排气流的每个分支(32)的横截面积不小于总端口面积的25%,并且两个歧管(24,34)的分支终止 在靠近排气门(18)的端口(20)内。 以这种方式,从一个气缸的排气阀排出的废气流的大部分被第二歧管34的相关联的分支(32)捕获,并由第二歧管(34)分配到排气口(20) ),其中排气门(18)关闭并且通过第一歧管(24)的相关联的分支(22)离开相邻气缸的排气口(20),冲洗排气口(20)的封闭端 ) 正在进行中。
    • 85. 发明申请
    • INTAKE MANIFOLD SYSTEM
    • 入口管理系统
    • WO1995022687A1
    • 1995-08-24
    • PCT/GB1995000055
    • 1995-01-12
    • FORD MOTOR COMPANY LIMITEDFORD WERKE A.G.FORD FRANCE S.A.FORD MOTOR COMPANYMA, Thomas, Tsoi-Hei
    • FORD MOTOR COMPANY LIMITEDFORD WERKE A.G.FORD FRANCE S.A.FORD MOTOR COMPANY
    • F02B17/00
    • F02M35/10045F02B1/04F02B17/00F02B29/00F02B2075/027F02B2075/1816F02M26/20F02M26/44F02M35/10216F02M35/10222F02M35/10255F02M35/10262F02M35/1085Y02T10/146
    • An intake manifold system (10) is described for a multi-cylinder four stroke spark-ignition internal combustion engine (12). Each cylinder has at least one intake port (20), each intake port (20) being connected at one end to the combustion chamber by at least one intake valve (14) and at the other end to a first intake duct (22) that is connected to a first plenum (24) common to the first intake ducts (22) of other engine cylinders. Each intake port (20) is also supplied by a second intake duct (32) the through-flow cross section of which is 25% to 45% of the maximum effective through-flow cross section of the open intake valve. The geometry of the intake port (20) and of the discharge end of the second intake duct (32) is such that the gas that enters from one side of the intake port (20), is constrained by solid boundary walls to perform a single U-turn by flowing around the intake valve stem (14) while adhering to the walls of the intake port (20) and enters the first intake duct (22) via the other side of the intake port (20), the gas thereby scavenging the closed end of the intake port (20) and displacing substantially all the gases previously present therein into the first intake duct (22).
    • 对于多气缸四冲程火花点火内燃机(12),描述了进气歧管系统(10)。 每个气缸具有至少一个进气口(20),每个进气口(20)在一端通过至少一个进气门(14)连接到燃烧室,另一端连接到第一进气管(22),该第一进气管 连接到与其它发动机气缸的第一进气管道(22)共用的第一增压室(24)。 每个进气口(20)还由第二进气管道(32)提供,其第二进气管道(32)的通流截面为打开的进气门的最大有效通流截面的25%至45%。 进气口(20)和第二进气管道(32)的排放端的几何形状使得从进气口(20)的一侧进入的气体被固体边界壁约束以执行单个 通过在进气口(20)的壁处流过吸入阀杆(14)并通过进气口(20)的另一侧进入第一进气管道(22)的U形转弯,从而清除气体 所述进气口(20)的封闭端部基本上将先前存在的所有气体移位到所述第一进气管道(22)中。
    • 86. 发明申请
    • VARIABLE VALVE TIMING MECHANISM
    • 可变阀定时机构
    • WO1995019493A1
    • 1995-07-20
    • PCT/GB1994002797
    • 1994-12-15
    • FORD MOTOR COMPANY LIMITEDFORD WERKE AGFORD FRANCE S.A.FORD MOTOR COMPANYMA, Thomas, Tsoi, Hei
    • FORD MOTOR COMPANY LIMITEDFORD WERKE AGFORD FRANCE S.A.FORD MOTOR COMPANY
    • F01L13/00
    • F01L13/0057
    • A drive mechanism is described for transmitting driving torque from the crankshaft to a camshaft of an internal combustion engine. The mechanism incorporates means for permitting a limited degree of rotation of one of the shafts relative to the other and comprises concentric drive and driven members (14, 10) connected respectively to the crankshaft and the camshaft. At least one lever (20) is pivotably supported on one of the members (10) and has a force transmitting surface that is biassed by a spring (22) to remain in contact at all times with a reaction surface (24) on the other member. The position of the point of contact between the two surfaces is dependent upon the relative angular position of the drive and driven members (14, 10) and moves progressively to vary the mechanical advantage of the lever as the shafts rotate relative to one another under the action of the torque reversals on the camshaft (12).
    • 描述了用于将驱动扭矩从曲轴传递到内燃机的凸轮轴的驱动机构。 该机构包括用于允许一个轴相对于另一个的有限程度的旋转的装置,并且包括分别连接到曲轴和凸轮轴的同心驱动和从动构件(14,10)。 至少一个杠杆(20)可枢转地支撑在所述构件(10)中的一个上并且具有力传递表面,所述力传递表面被弹簧(22)偏置,以保持与所述另一个上的反作用表面(24)始终保持接触 会员。 两个表面之间的接触点的位置取决于驱动和从动构件(14,10)的相对角度位置,并且随着轴在下面相对于彼此旋转时逐渐移动以改变杠杆的机械优点 扭矩反转对凸轮轴(12)的作用。
    • 90. 发明申请
    • PHASE CHANGE MECHANISM
    • 相变机制
    • WO1994000676A1
    • 1994-01-06
    • PCT/GB1993001307
    • 1993-06-21
    • FORD WERKE A.G.FORD MOTOR COMPANYFORD FRANCE S.A.FORD MOTOR COMPANY LIMITEDMA, Thomas, Tsoi-Hei
    • FORD WERKE A.G.FORD MOTOR COMPANYFORD FRANCE S.A.FORD MOTOR COMPANY LIMITED
    • F01L01/344
    • F16D3/10F01L1/34409
    • A phase change mechanism is described for varying the phase of an engine camshaft relative the engine crankshaft. The mechanism comprises a drive member (40) to be connected to the camshaft drive, a driven member (14) to be connected to camshaft, a coupling element (18) for transmitting torque from the drive member to the driven member and movable relative to the drive and driven members to vary the phase between the drive and driven members, an inertial member (20) coupled by means of a one-way clutch (22) for rotation with the drive and driven members and having an eccentric crank (20') thereon acting on the coupling element to vary the position of the coupling element in dependence of the angular position of the inertial member, and latching means for arresting rotation of the inertial member at predetermined angular positions, characterized in that the latching means comprise an abutment surface (24) projecting radially from the inertial member (20), a latch member (28) mounted on one of the drive and driven members for transverse sliding movement relative to the axis of the inertial member between two end positions, a pair of opposed abutment surfaces on the latch member disposed one on each side of the inertial member and each engaging the abutment surface on the inertial member in a respective one of the end positions of the latch member and means (38) for switching the latch member between the end positions while the phase change mechanism is rotating.
    • 描述了相变机构,用于改变发动机凸轮轴相对于发动机曲轴的相位。 该机构包括与凸轮轴驱动器连接的驱动构件(40),与凸轮轴连接的从动构件(14),用于将扭矩从驱动构件传递到从动构件的联接元件(18),并相对于 驱动和从动构件改变驱动和从动构件之间的相位;惯性构件(20),其通过单向离合器(22)联接,用于与驱动和从动构件一起旋转,并具有偏心曲柄(20' ),其作用在联接元件上以根据惯性构件的角位置改变联接元件的位置,以及用于将惯性构件的旋转阻止在预定角度位置的闩锁装置,其特征在于,所述闩锁装置包括支座 从惯性构件(20)径向突出的表面(24),安装在驱动和被驱动构件中的一个上的相对于惯性构件的轴线横向滑动移动的闩构件(28) 两个端部位置之间的一对相对的邻接表面,一对在所述惯性构件的每一侧上设置的相对的邻接表面,并且每个与所述惯性构件上的邻接表面接合在所述闩锁构件和装置(38)的相应一个端部位置 ),用于在相变机构旋转的同时在所述端部位置之间切换所述闩锁构件。