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    • 32. 发明授权
    • Dual travel seated pin valve assembly
    • 双行程座阀组件
    • US07165731B2
    • 2007-01-23
    • US10209218
    • 2002-07-31
    • Clifford E. Cotton, III
    • Clifford E. Cotton, III
    • F02M47/02
    • F02M59/466F02M47/027F02M57/025F02M59/468Y10T137/86622Y10T137/86686
    • When an engine is cold-started, the engine oil is quite viscous and requires larger passageways to flow through the engine than when the engine is warmed up and the engine oil flows readily. The present invention relates to a pin valve assembly which may be used on a fuel injector of an engine. The pin valve assembly of the present invention includes a movable shuttle which allows for a relatively large fluid flow space within the pin valve assembly when the engine is cold, and then moves to reduce the fluid flow space when the engine oil is less viscous and requires less room to flow as desired. Therefore, the advantages of a relatively large fluid flow space as well as a shorter pin travel distance within the pin valve assembly are both preserved.
    • 当发动机冷启动时,发动机油相当粘稠,并且需要较大的通道流过发动机,而不是发动机加热并且发动机油容易流动。 本发明涉及一种可用于发动机的燃料喷射器上的销阀组件。 本发明的销阀组件包括一个可移动的梭子,当发动机处于冷却状态时,允许在针阀组件内相对较大的流体流动空间,然后当发动机机油较不粘稠并需要时减少流体流动空间 根据需要减少流动的空间。 因此,保持了针阀组件内相对大的流体流动空间以及较短的销行程距离的优点。
    • 33. 发明申请
    • Injection nozzle
    • 喷嘴
    • US20060243827A1
    • 2006-11-02
    • US11411407
    • 2006-04-26
    • Michael Cooke
    • Michael Cooke
    • F02M61/00F02M61/06F02M51/00
    • F02M47/027F02M45/086F02M57/02F02M59/466F02M59/468F02M61/182F02M61/205F02M63/0015F02M63/0026F02M63/0028F02M2200/46
    • An injection nozzle for use in delivering fuel to an internal combustion engine includes an outer valve (24) which is engageable with an outer valve seat (38) so as to control fuel delivery into the engine through a first nozzle outlet (26) and an inner valve (32) which is slidable within a bore (30; 130) provided in the outer valve (24) and engageable with an inner valve seat (40) so as to control fuel delivery into the engine through a second nozzle outlet (28). The injection nozzle is provided with a switching valve arrangement (62, 64, 66), for controlling whether fuel is delivered through only one of the first and second outlets (26, 28) or through both of the first and second outlets (26, 28) together, wherein the switching valve arrangement (62, 64, 66) is arranged within the supply passage (22) and defines an inlet side (22b), an outlet side (22a) and a flow passage arrangement (64) to permit fuel to flow past the switching valve arrangement (62, 64, 66) to the first and second nozzle outlets (26, 28), whereby the switching valve arrangement (62, 64, 66) is operable in response to the pressure drop between the inlet side (22b) and the outlet side (22a) caused by the flow of fuel past the switching valve arrangement (62, 64, 66).
    • 用于向内燃机输送燃料的喷嘴包括外阀(24),其可与外阀座(38)接合,以便通过第一喷嘴出口(26)和 内阀(32),其可在设置在外阀(24)内的孔(30; 130)内滑动并与内阀座(40)接合,以便通过第二喷嘴出口(28)控制燃料输送到发动机 )。 注射喷嘴设置有切换阀装置(62,64,66),用于控制燃料是否仅通过第一和第二出口(26,28)中的一个输送,或者通过第一和第二出口(26, 28),其中所述切换阀装置(62,64,66)布置在所述供应通道(22)内并且限定入口侧(22b),出口侧(22a)和流动通道装置(64) 以允许燃料经过切换阀装置(62,64,66)流动到第一和第二喷嘴出口(26,28),由此切换阀装置(62,64,66)可响应于压降而操作 在由燃料流过切换阀装置(62,64,66)引起的入口侧(22b)和出口侧(22a)之间。
    • 34. 发明授权
    • End of injection rate shaping
    • 注射速率成型结束
    • US07059301B2
    • 2006-06-13
    • US10370000
    • 2003-02-20
    • Alan R. StocknerRichard H. HoltmanDana R. ColdrenMingchun Dong
    • Alan R. StocknerRichard H. HoltmanDana R. ColdrenMingchun Dong
    • F02M1/00B60T7/12
    • F02M63/028F02M45/00F02M45/12F02M47/027F02M57/025F02M59/466F02M63/0015F02M63/004F02M63/0045
    • Fuel injectors equipped with direct control needle valves can add new capabilities to a fuel injection system, but can sometimes have difficulty in achieving low hydrocarbon emissions at levels comparable to ancestor fuel injectors that utilize a simple spring biased needle. The present invention seeks lower hydrocarbon emissions by reducing fuel pressure before the direct control needle valve member has reached its closed position toward the end of an injection event. Reducing fuel pressure can be accomplished in a number of ways depending upon the particular fuel injection system, including spilling fuel pressure in a cam system or possibly relieving pressure on an intensifier piston. By employing this strategy, fuel spray from the fuel injector can effectively end before the direct control needle valve member reaches its closed position, thus avoiding hydrocarbon production that could be caused by a small amount of fuel pushed into the combustion space as the needle moves over the last portion of its movement toward its closed position.
    • 装备有直接控制针阀的燃油喷射器可以为燃料喷射系统增加新的功能,但是有时难以实现与使用简单弹簧偏压针的祖先燃料喷射器相当的低碳氢化合物排放。 本发明通过在直接控制针阀构件已经到达其关闭位置之前通过降低燃料压力来寻求更低的碳氢化合物排放,从而朝向喷射事件结束。 取决于特定的燃料喷射系统,包括在凸轮系统中溢出燃料压力或可能减轻增压器活塞上的压力,可以以多种方式实现降低燃料压力。 通过采用这种策略,在直接控制针阀构件到达其关闭位置之前,来自燃料喷射器的燃料喷射可以有效地结束,从而避免了由于当针移动时被少量的燃料推入燃烧空间而引起的碳氢化合物产生 其运动的最后部分朝向其关闭位置。
    • 35. 发明申请
    • Linear step motor
    • 线性步进电机
    • US20050211006A1
    • 2005-09-29
    • US11106231
    • 2005-04-14
    • Elmar Breitbach
    • Elmar Breitbach
    • F01L9/04F02M59/46F16H27/02H01L41/09
    • H02N2/023F01L9/04F01L2009/0413F01L2009/0426F02M59/466F02M59/468H02N2/043Y10T74/1856
    • A linear step motor (1) comprises a shaft (2) which is longitudinally moveable in two opposite directions; two blocking devices (4, 5) arranged at a distance with which the shaft can alternately be fixed; at least one linear solid-type actuator for modifying the distance between said blocking devices being; one blocking device fixing the shaft when the at least one linear actuator changes the distance between the blocking devices in such a way that the blocking devices move towards each other, and the other blocking device fixing the shaft when the at least one linear actuator changes the distance between the blocking devices in such a way that the blocking devices moving away from each other, in order to displace the shaft in one direction; and an operation distance enlarging device (9) which is provided for the at least one linear actuator, the operation distance enlarging device comprising at least one lever arrangement with levers (11, 17) connected via joints (10,12,16,18) and with a gearing up lever ratio, the lever arrangement gearing up an operation distance of the linear actuator into an enlarged variation of the distance of the blocking devices, and all joints of the at least one operation distance enlarging device being solid-type joints.
    • 线性步进电动机(1)包括可沿两个相反方向纵向移动的轴(2) 两个阻挡装置(4,5)布置成与轴可以交替固定的距离; 用于修改所述阻挡装置之间的距离的至少一个线性固体型致动器; 当所述至少一个线性致动器以这样的方式改变所述阻挡装置之间的距离使得所述阻挡装置朝向彼此移动时,固定所述轴的一个阻挡装置;以及当所述至少一个线性致动器改变所述阻塞装置时,固定所述轴的另一阻挡装置 阻挡装置之间的距离使得阻挡装置彼此远离移动,以便沿一个方向移动轴; 以及为所述至少一个线性致动器提供的操作距离放大装置(9),所述操作距离放大装置包括至少一个杠杆装置,所述杠杆装置具有通过接头(10,12,16,18)连接的杆(11,17) 并且具有增速杆比率,所述杆布置将所述线性致动器的操作距离加大到所述阻挡装置的距离的扩大变化,并且所述至少一个操作距离放大装置的所有接头是固体接头。
    • 40. 发明申请
    • Common rail type fuel injection system
    • 共轨式燃油喷射系统
    • US20040261769A1
    • 2004-12-30
    • US10861478
    • 2004-06-07
    • DENSO CORPORATION
    • Akihiro Kuroda
    • F02M001/00F02B013/00
    • F02M63/025F02D41/08F02M59/466F02M63/0225
    • In a common rail type fuel injection system, fuel in a fuel tank is sucked by a feed pump and fed to a pressurizing pump. Fuel pressurized in the pressurizing pump is supplied to a common rail. The pressurized fuel accumulated in the common rail is injected into a cylinder of an internal combustion engine from an injector. All of these operations are electronically controlled by an electronic control unit. To gradually suck air in the fuel tank together with fuel and to avoid air accumulation in a fuel filter, a relief valve is connected to the common rail. The relief valve is opened when the engine is idling thereby to increase an amount of fuel sucked by the feed pump and to gradually suck the air together with the fuel. The relief valve is opened only in interval periods in which fuel is not injected from the injector.
    • 在共轨式燃料喷射系统中,燃料箱中的燃料由进料泵吸入并供给到加压泵。 在加压泵中加压的燃料被供给到共轨。 累积在共轨中的加压燃料从喷射器喷射到内燃机的气缸中。 所有这些操作都由电子控制单元进行电子控制。 为了逐渐将燃料中的空气与燃料一起吸入,并且避免在燃料过滤器中积聚空气,则安全阀连接到共轨上。 当发动机怠速时,安全阀打开,从而增加由供给泵吸入的燃料量,并与燃料一起逐渐吸入空气。 安全阀仅在不从喷射器喷射燃料的间隔期间打开。