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    • 2. 发明授权
    • Electric exhaust gas recirculation valve with integral position sensor and method of making
    • 带集成位置传感器的电动排气再循环阀及其制造方法
    • US06374814B1
    • 2002-04-23
    • US09671927
    • 2000-09-28
    • John Edward CookScott Hussey
    • John Edward CookScott Hussey
    • F02M2507
    • H01F7/1607F02M26/11F02M26/48F02M26/53F16K31/06F16K31/0651F16K31/0655F16K37/0041
    • The valve has a solenoid actuator and a position sensor providing an electric signal of the position of the solenoid armature. The solenoid is an electromagnet coil disposed on a plastic bobbin. The magnetic circuit contains a stator member having a flange disposed against a flange of the bobbin, and the position sensor has a plastic housing having a base that captures the stator member flange against the bobbin flange. The stator member flange contains apertures through which non-metallic material that joins with the bobbin flange passes to join with the position sensor housing base, thereby uniting the bobbin and the position sensor housing in assembly capturing the stator member flange. The assembly may be fabricated by an insert molding method or a method in which joining material is melted.
    • 该阀具有螺线管致动器和位置传感器,其提供螺线管电枢位置的电信号。 螺线管是设置在塑料筒管上的电磁线圈。 该磁路包含定子构件,该定子构件具有抵靠线轴的凸缘设置的凸缘,并且该位置传感器具有塑料壳体,该塑料壳体具有将定子构件凸缘抵靠筒管凸缘捕获的基座。 定子构件凸缘包括孔,通过该孔与筒管凸缘连接的非金属材料通过其与位置传感器壳体基座接合,从而将线轴和位置传感器壳体组装成捕获定子构件凸缘。 组件可以通过插入成型方法或其中接合材料熔化的方法来制造。
    • 3. 发明授权
    • Composite extrusion and method for making same
    • 复合挤出及其制造方法
    • US06245409B1
    • 2001-06-12
    • US09404567
    • 1999-09-23
    • John Edward Cook
    • John Edward Cook
    • E06B723
    • B29C47/0004B29C47/0019B29C47/0023B29C47/003B29C47/025B29C47/026B29C47/065B29C47/067B29C47/128B29K2301/10B60J10/15B60J10/16B60J10/17B60J10/24B60J10/246B60J10/265B60J10/33B60J10/76B60J10/80Y10T428/24198Y10T428/24802Y10T428/2902Y10T428/31707Y10T428/31917
    • A method of forming a composite extrusion is disclosed wherein a main body portion (1) of the extrusion is first extruded from a thermosetting material, this body portion then being heated so as at least partly to cure it, the main body portion then being passed at high temperature through a further extruder where a thermoplastics material (8) is extruded onto one or more surfaces of the main body portion (1), the subsequent composite extrusion then being cooled and formed into its final shape. It is important that the combining step be undertaken at a temperature high enough to cause the thermoplastics material to bond to the thermosetting material and while it is simplest for the thermoplastics material to be on an outer surface of the composite extrusion, it is possible for it to be located within the thermosetting material by extruding the thermosetting material in an “opened out” state and then after extruding the thermoplastics and while the extrusion is still hot, folding in edge regions of the main body to overlie the thermoplastics material and bond thereto. The thermoplastics material may be of a special color, may be embossed, and if it is located within the thermosetting material in the end product, may be stiffer than the latter. The invention also extends to the extrusions themselves.
    • 公开了一种形成复合挤压件的方法,其中首先将挤出件的主体部分(1)从热固性材料挤出,然后将该主体部分加热至少部分地固化,主体部分然后通过 在高温下通过另外的挤出机将热塑性材料(8)挤出到主体部分(1)的一个或多个表面上,随后的复合挤压然后冷却并形成其最终形状。 重要的是,组合步骤在足够高的温度下进行以使热塑性材料结合到热固性材料,并且尽管热塑性材料在复合挤压件的外表面上是最简单的,但是它可能 通过将热固性材料挤压成“开口”状态,然后在挤出热塑性塑料之后并且当挤出仍然是热的时候位于热固性材料内,在主体的边缘区域折叠以覆盖热塑性材料并与其结合。 热塑性材料可以是特殊的颜色,可以被压花,并且如果其位于最终产品中的热固性材料内,则可能比后者更硬。 本发明还延伸到挤压件本身。
    • 4. 发明授权
    • Method for forming a composite extrusion
    • 形成复合挤出物的方法
    • US6024906A
    • 2000-02-15
    • US192017
    • 1998-11-13
    • John Edward Cook
    • John Edward Cook
    • B29C47/00B29C47/02B29C47/04B29C47/06B29K101/10B60J10/00B60J10/04B60R13/04B60R13/06B28B3/20
    • B29C47/0004B29C47/0019B29C47/0023B29C47/003B29C47/025B29C47/026B29C47/065B29C47/128B60J10/15B60J10/16B60J10/17B60J10/24B60J10/246B60J10/265B60J10/33B60J10/76B60J10/80B29C47/067B29K2301/10Y10T428/24198Y10T428/24802Y10T428/2902Y10T428/31707Y10T428/31917
    • A method of forming a composite extrusion is disclosed wherein a main body portion (1) of the extrusion is first extruded from a thermosetting material, this body portion then being heated so as at least partly to cure it, the main body portion then being passed at high temperature through a further extruder where a thermoplastics material (8) is extruded onto one or more surfaces of the main body portion (1), the subsequent composite extrusion then being cooled and formed into its final shape. It is important that the combining step be undertaken at a temperature high enough to cause the thermoplastics material to bond to the thermosetting material and while it is simplest for the thermoplastics material to be on an outer surface of the composite extrusion, it is possible for it to be located within the thermosetting material by extruding the thermosetting material in an "opened out" state and then after extruding the thermoplastics and while the extrusion is still hot, folding in edge regions of the main body to overlie the thermoplastics material and bond thereto. The thermoplastics material may be of a special color, may be embossed, and if it is located within the thermosetting material in the end product, may be stiffer than the latter. The invention also extends to the extrusions themselves.
    • 公开了一种形成复合挤压件的方法,其中首先将挤出件的主体部分(1)从热固性材料挤出,然后将该主体部分加热至少部分地固化,主体部分然后通过 在高温下通过另外的挤出机将热塑性材料(8)挤出到主体部分(1)的一个或多个表面上,随后的复合挤压然后被冷却并形成其最终形状。 重要的是,组合步骤在足够高的温度下进行以使热塑性材料结合到热固性材料,并且尽管热塑性材料在复合挤压件的外表面上是最简单的,但是它可能 通过将热固性材料挤压成“开口”状态,然后在挤出热塑性塑料之后并且当挤出仍然是热的时候位于热固性材料内,在主体的边缘区域折叠以覆盖热塑性材料并与其结合。 热塑性材料可以是特殊的颜色,可以被压花,并且如果其位于最终产品中的热固性材料内,则可能比后者更硬。 本发明还延伸到挤压件本身。
    • 6. 发明授权
    • Method and system for aggressive cycling of leak detection pump to ascertain vapor leak size
    • 泄漏检测泵积极循环的方法和系统,以确定蒸汽泄漏尺寸
    • US06446492B2
    • 2002-09-10
    • US09877841
    • 2001-06-08
    • Craig WeldonJohn Edward CookRay Rasokas
    • Craig WeldonJohn Edward CookRay Rasokas
    • G01M304
    • F02M25/0818
    • A system and method for detecting leakage from a evaporative emission space of an automotive vehicle fuel system. A reciprocating pump is operated in a pressurizing mode to build pressure in the space toward a nominal test pressure. The pressurizing mode involves operating the pump in a repeating cycle wherein the pump operates alternately in an accelerated pumping mode and a natural frequency pumping mode. During the pressurizing mode, a characteristic of successive occurrences of the natural frequency pumping mode indicative of pressure in the space is measured. The number of times the cycle repeats is counted and compared to a predefined reference. When the cycle count exceeds the predefined reference, the test continues at a lower resolution for detecting leakage, and when the cycle count does not exceed the predefined reference and a measurement of the characteristic of successive occurrences of the natural frequency pumping mode indicative of pressure in the space exceeds a predetermined reference pressure, the test continues at a higher resolution for detecting leakage. The invention is useful when overall test time is limited.
    • 一种用于检测来自汽车燃料系统的蒸发排放空间的泄漏的系统和方法。 往复式泵以加压模式工作,以在标称试验压力的空间内建立压力。 加压模式涉及在重复循环中操作泵,其中泵以加速泵送模式和固有频率泵送模式交替运行。 在加压模式期间,测量表示空间中的压力的​​固有频率泵送模式的连续出现的特征。 对周期重复的次数进行计数并与预定义的参考进行比较。 当循环计数超过预定义的参考值时,测试以较低的分辨率继续检测泄漏,并且当循环计数不超过预定义的参考值时,测量连续发生的指示压力的固有频率泵送模式的特性 该空间超过预定的基准压力,测试以更高的分辨率继续检测泄漏。 当整体测试时间有限时,本发明是有用的。
    • 7. 发明授权
    • EEGR valve with flexible bearing
    • EEGR阀带有柔性轴承
    • US06299130B1
    • 2001-10-09
    • US09418288
    • 1999-10-14
    • Kwang YewJohn Edward Cook
    • Kwang YewJohn Edward Cook
    • F16K3102
    • F16K31/06F02M26/53F02M26/67F02M26/74F16K31/566
    • An EEGR valve has a solenoid with an armature supported at each end on circular disks. These disks are fixed to the top and bottom having numerous penetrations (e.g., slots, slits or openings) to permit the disks to be deflected upward or downward. The penetrations are arranged such that when a current is applied to the solenoid coil the armature deflects the disks and permits the armature to move up and down within the coil. The penetrations are arranged as concentric rings of penetrations. The disks are fixed at several locations around their edges to the stator of the solenoid. In this manner, the armature moves back and forth along its axis and not laterally, thus permitting the stator to be located quite close to the armature without wearing against the stator, A spring is provided to preload the armature and deflect the disks in a concave shape different from their unloaded and substantially flat configuration. In this manner, the coil can drive the solenoid.
    • EEGR阀具有螺线管,电枢在每个端部支撑在圆盘上。 这些盘被固定到顶部和底部,具有许多穿透(例如,狭槽,狭缝或开口),以允许盘向上或向下偏转。 穿透被布置成使得当电流施加到螺线管线圈时,电枢使磁盘偏转并允许电枢在线圈内上下移动。 穿透被布置为同心圆的穿透环。 磁盘在其边缘周围的几个位置固定到螺线管的定子。 以这种方式,电枢沿其轴线而不是侧向地来回移动,从而允许定子非常靠近衔铁定位,而不会磨损定子。提供弹簧以预加载电枢并将盘偏转成凹 形状不同于它们的卸载和基本平坦的构造。 以这种方式,线圈可以驱动螺线管。
    • 8. 发明授权
    • Method and system for aggressive cycling of leak detection pump to ascertain vapor leak size
    • 泄漏检测泵积极循环的方法和系统,以确定蒸汽泄漏尺寸
    • US06282945B1
    • 2001-09-04
    • US09465030
    • 1999-12-16
    • Craig WeldonJohn Edward CookRay Rasokas
    • Craig WeldonJohn Edward CookRay Rasokas
    • G01M304
    • F02M25/0818
    • A system and method for detecting leakage from a evaporative emission space of an automotive vehicle fuel system. A reciprocating pump is operated in a pressurizing mode to build pressure in the space toward a nominal test pressure. The pressurizing mode involves operating the pump in a repeating cycle wherein the pump operates alternately in an accelerated pumping mode and a natural frequency pumping mode. During the pressurizing mode, a characteristic of successive occurrences of the natural frequency pumping mode indicative of pressure in the space is measured. The number of times the cycle repeats is counted and compared to a predefined reference. When the cycle count exceeds the predefined reference, the test continues at a lower resolution for detecting leakage, and when the cycle count does not exceed the predefined reference and a measurement of the characteristic of successive occurrences of the natural frequency pumping mode indicative of pressure in the space exceeds a predetermined reference pressure, the test continues at a higher resolution for detecting leakage. The invention is useful when overall test time is limited.
    • 一种用于检测来自汽车燃料系统的蒸发排放空间的泄漏的系统和方法。 往复式泵以加压模式工作,以在标称试验压力的空间内建立压力。 加压模式涉及在重复循环中操作泵,其中泵以加速泵送模式和固有频率泵送模式交替运行。 在加压模式期间,测量表示空间中的压力的​​固有频率泵送模式的连续出现的特征。 对周期重复的次数进行计数并与预定义的参考进行比较。 当循环计数超过预定义的参考值时,测试以较低的分辨率继续检测泄漏,并且当循环计数不超过预定义的参考值时,测量连续发生的指示压力的固有频率泵送模式的特性 该空间超过预定的基准压力,测试以更高的分辨率继续检测泄漏。 当整体测试时间有限时,本发明是有用的。
    • 9. 发明授权
    • Rotary valve actuating system
    • 旋转阀驱动系统
    • US06484704B2
    • 2002-11-26
    • US09785515
    • 2001-02-20
    • John Edward CookCristian Tofan-Petre
    • John Edward CookCristian Tofan-Petre
    • F02M2507
    • F02M26/70F02M26/54
    • A system and a method for recirculating a flow of exhaust gases. The system comprises a passage through which the exhaust gas flow passes, a valve movable in the passage between a generally open configuration and a generally closed configuration, an actuator operatively connected to the valve, and a fail-safe returning the valve to one of the generally open and generally closed configurations if the actuator is disabled. The generally open configuration of the valve substantially permits the exhaust gas flow to pass through the passage, and the generally closed configuration of the valve substantially prevents the exhaust gas flow from passing through the passage. The actuator includes a one-way driver and a release to move the valve between the generally open and generally closed configurations and to vary the exhaust gas flow though the passage. The method comprises energizing the actuator with a power supply, and moving the valve to a fail-safe position if the power supply fails.
    • 用于再循环废气流的系统和方法。 该系统包括废气流通过的通道,可在大体上打开的构型和大致关闭的构造之间的通道中运动的阀,可操作地连接到阀的致动器,以及将阀恢复到 如果执行器被禁用,则通常打开并且大致闭合配置。 阀的大体上开放的构造基本上允许废气流通过通道,并且阀的大致关闭构造基本上防止废气流动通过通道。 致动器包括单向驱动器和释放装置,以在大致打开和大体封闭的构造之间移动阀,并且改变通过通道的废气流。 该方法包括用电源对致动器进行通电,并且如果电源发生故障,则将阀移动到故障安全位置。