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    • 1. 发明授权
    • Plunger assembly having a preset spring force pre-load
    • US06668639B2
    • 2003-12-30
    • US09929637
    • 2001-08-14
    • Keith B. FongVeronica MoralesJeffrey Alan HeinrichsJavier GomezOmar Rocha
    • Keith B. FongVeronica MoralesJeffrey Alan HeinrichsJavier GomezOmar Rocha
    • G01L504
    • F16K31/0665F16K31/046
    • A uniformly preset spring force pre-load among a number of identical solenoid actuated valve assemblies (28) by uniquely adjusting the spring pocket length (L) of each respective plunger (12) to accommodate a respective spring (20) which is uniquely mated thereto. This adjustment is accomplished using a two-component plunger (12) consisting of a plunger body (14) having a central bore (22) and a rod (18) slidably located within the central bore. The rod (18) is press-fit into the central bore (22), and the spring pocket includes a portion of the central bore unoccupied by the rod. By pressing the rod (18) a selected distance into the central bore (22), a precisely set spring pocket is obtained which is uniquely correct for a selected spring (20), in that the selected spring is compressed to a precisely preset spring force pre-load. The adjusted plunger (12) and spring (20) are uniquely assigned to each other to collectively form a customized plunger assembly (10) having a preset spring force pre-load, whereupon a valve assembly (28) is manufacturable therewith having the precisely preset spring force pre-load. In carrying-out the adjustment of the plunger (12) with respect to a specific spring (20), the rod is pressed into the bore by a controllable source of force, such as for example provided by a stepper motor (88), and the spring force pre-load is monitored by a load cell (78) to ascertain when the desired spring force pre-load is achieved. Monitoring and force control is preferably automatic via a micro-controller (98), but may be manual.
    • 2. 发明授权
    • Plunger assembly having a preset spring force pre-load
    • 柱塞组件具有预设的弹簧力预加载
    • US06409145B1
    • 2002-06-25
    • US09514098
    • 2000-02-28
    • Keith B. FongVeronica MoralesJeffrey Alan HeinrichsJavier GomezOmar Rocha
    • Keith B. FongVeronica MoralesJeffrey Alan HeinrichsJavier GomezOmar Rocha
    • F16K3102
    • F16K31/0665F16K31/046
    • A uniformly preset spring force pre-load among a number of identical solenoid actuated valve assemblies (28) by uniquely adjusting the spring pocket length (L) of each respective plunger (12) to accommodate a respective spring (20) which is uniquely mated thereto. This adjustment is accomplished using a two-component plunger (12) consisting of a plunger body (14) having a central bore (22) and a rod (18) slidably located within the central bore. The rod (18) is press-fit into the central bore (22), and the spring pocket includes a portion of the central bore unoccupied by the rod. By pressing the rod (18) a selected distance into the central bore (22), a precisely set spring pocket is obtained which is uniquely correct for a selected spring (20), in that the selected spring is compressed to a precisely preset spring force pre-load. The adjusted plunger (12) and spring (20) are uniquely assigned to each other to collectively form a customized plunger assembly (10) having a preset spring force pre-load, whereupon a valve assembly (28) is manufacturable therewith having the precisely preset spring force pre-load. In carrying-out the adjustment of the plunger (12) with respect to a specific spring (20), the rod is pressed into the bore by a controllable source of force, such as for example provided by a stepper motor (88), and the spring force pre-load is monitored by a load cell (78) to ascertain when the desired spring force pre-load is achieved. Monitoring and force control is preferably automatic via a micro-controller (98), but may be manual.
    • 通过唯一地调节每个相应的柱塞(12)的弹簧袋长度(L)以容纳与其唯一配合的相应的弹簧(20),在多个相同的电磁致动阀组件(28)中均匀地预设弹簧力预加载 。 这种调整使用由具有中心孔(22)的柱塞体(14)和可滑动地位于中心孔内的杆(18)组成的双组分柱塞(12)来完成。 杆(18)压配合到中心孔(22)中,并且弹簧袋包括不被杆占据的中心孔的一部分。 通过将杆(18)按压到中心孔(22)中的选定距离,获得精确设定的弹簧袋,其对于所选择的弹簧(20)是唯一正确的,因为所选择的弹簧被压缩到精确预设的弹簧力 预加载。 经调节的柱塞(12)和弹簧(20)被独特地分配给彼此,以共同形成具有预设弹簧力预加载的定制的柱塞组件(10),于是可以制造具有精确预设的阀组件(28) 弹簧力预加载。 在相对于特定弹簧(20)执行柱塞(12)的调节时,杆通过可控的力例如例如由步进电动机(88)提供而被压入孔中,并且 弹簧力预加载由测力传感器(78)监测,以确定何时实现期望的弹簧力预加载。 监视和力控制优选地通过微控制器(98)自动进行,但是可以是手动的。
    • 3. 发明申请
    • System for Protecting a Computing System from Harmful Active Content in Documents
    • 保护计算机系统免受文件中有害内容的制约
    • US20090293127A1
    • 2009-11-26
    • US12533068
    • 2009-07-31
    • Mary Ellen ZurkoVeronica MoralesRobert Congdon
    • Mary Ellen ZurkoVeronica MoralesRobert Congdon
    • G06F12/14
    • G06F21/563
    • A system protects a computing device from potentially harmful code in a document by receiving a data structure representation of the document and adding dynamically one or more definitions of potentially harmful active content to an editable configuration file. Each definition identifies potentially harmful active content and specifies an action to be performed on that potentially harmful active content if that potentially harmful active content is found in the document. The editable configuration file is parsed to generate a data structure representation of the one or more definitions in the editable configuration file. The data structure representation of the document is compared with the data structure representation of the one or more definitions of potentially harmful active content to identify potentially harmful active content within the document. The document is modified to render harmless any identified potentially harmful active content before presenting the document to the computing device.
    • 系统通过接收文档的数据结构表示并且将可能有害的活动内容的一个或多个定义动态地添加到可编辑配置文件来保护计算设备免受文档中潜在的有害代码。 每个定义识别潜在有害的活动内容,并指定在该潜在有害的活动内容中执行的操作,如果该文档中存在潜在的有害活动内容。 解析可编辑的配置文件以生成可编辑配置文件中的一个或多个定义的数据结构表示。 将文档的数据结构表示与潜在有害活动内容的一个或多个定义的数据结构表示进行比较,以识别文档内的潜在有害的活动内容。 在将文档呈现给计算设备之前,文档被修改为使任何已识别的潜在有害的活动内容无害化。