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    • 1. 发明授权
    • Web page error reporting
    • 网页错误报告
    • US08060789B2
    • 2011-11-15
    • US12772684
    • 2010-05-03
    • Kellie EickmeyerHarley Michael RosnowJane Evguenia MalioutaJohn M. Hawkins
    • Kellie EickmeyerHarley Michael RosnowJane Evguenia MalioutaJohn M. Hawkins
    • G06F11/00
    • G06F11/3676G06F11/0709G06F11/0742G06F11/0748G06F11/0775G06F11/0781
    • An error in a web page displayed on a device is detected. The error is assigned to a bucket to indicate a type of the error, and a record describing the current state of the device is generated. Both an indication of the bucket and the record describing the current state of the device are then sent to a server. At the server, error information including error records and bucket identifiers are received from multiple devices. Each error record describes a current state of one of the multiple devices at a time when an error in a web page displayed on the one device was detected. Each bucket identifier corresponds to one of the error records and describes a type of the error associated with that error record. The error records are grouped into multiple baskets based at least in part on the current state information in the error records.
    • 检测到设备上显示的网页中出现错误。 该错误被分配给桶以指示错误的类型,并且生成描述设备的当前状态的记录。 然后将桶的指示和描述设备的当前状态的记录发送到服务器。 在服务器上,从多个设备接收包括错误记录和存储桶标识符的错误信息。 每个错误记录描述当检测到在一个设备上显示的网页中的错误时的多个设备之一的当前状态。 每个桶标识符对应于一个错误记录,并描述与该错误记录相关联的错误类型。 至少部分地基于错误记录中的当前状态信息将错误记录分组成多个篮子。
    • 2. 发明授权
    • Web page error reporting
    • 网页错误报告
    • US07739551B2
    • 2010-06-15
    • US11820710
    • 2007-06-20
    • Kellie EickmeyerHarley Michael RosnowJane (Evguenia) MalioutaJohn M. Hawkins
    • Kellie EickmeyerHarley Michael RosnowJane (Evguenia) MalioutaJohn M. Hawkins
    • G06F11/00
    • G06F11/3676G06F11/0709G06F11/0742G06F11/0748G06F11/0775G06F11/0781
    • An error in a web page displayed on a device is detected. The error is assigned to a bucket to indicate a type of the error, and a record describing the current state of the device is generated. Both an indication of the bucket and the record describing the current state of the device are then sent to a server. At the server, error information including error records and bucket identifiers are received from multiple devices. Each error record describes a current state of one of the multiple devices at a time when an error in a web page displayed on the one device was detected. Each bucket identifier corresponds to one of the error records and describes a type of the error associated with that error record. The error records are grouped into multiple baskets based at least in part on the current state information in the error records.
    • 检测到设备上显示的网页中出现错误。 该错误被分配给桶以指示错误的类型,并且生成描述设备的当前状态的记录。 然后将桶的指示和描述设备的当前状态的记录发送到服务器。 在服务器上,从多个设备接收包括错误记录和存储桶标识符的错误信息。 每个错误记录描述当检测到在一个设备上显示的网页中的错误时的多个设备之一的当前状态。 每个桶标识符对应于一个错误记录,并描述与该错误记录相关联的错误类型。 至少部分地基于错误记录中的当前状态信息将错误记录分组成多个篮子。
    • 3. 发明授权
    • Evidence-based application security
    • 循证应用安全
    • US07669238B2
    • 2010-02-23
    • US10705756
    • 2003-11-10
    • Gregory D. FeeAaron GoldfederJohn M. HawkinsJamie L. CoolSebastian LangeSergey Khorun
    • Gregory D. FeeAaron GoldfederJohn M. HawkinsJamie L. CoolSebastian LangeSergey Khorun
    • H04L9/00
    • G06F21/51G06F21/53
    • Evidence-based application security may be implemented at the application and/or application group levels. A manifest may be provided defining at least one trust condition for the application or application group. A policy manager evaluates application evidence (e.g., an XrML license) for an application or group of applications relative to the manifest. The application is only granted permissions on the computer system if the application evidence indicates that the application is trusted. Similarly, a group of applications are only granted permissions on the computer system if the evidence indicates that the group of applications is trusted. If the application evidence satisfies the at least one trust condition defined by the manifest, the policy manager generates a permission grant set for each code assembly that is a member of the at least one application. Evidence may be further evaluated for code assemblies that are members of the trusted application or application group.
    • 基于证据的应用程序安全性可以在应用程序和/或应用程序组级别实现。 可以提供清单来为应用或应用组定义至少一个信任条件。 策略管理员针对相对于清单的应用程序或应用程序组来评估应用程序证据(例如,XrML许可证)。 如果应用程序的证据表明应用程序是可信任的,则该应用程序仅被授予计算机系统的权限。 类似地,如果证据表明应用程序组是可信任的,则一组应用程序仅被授予计算机系统的权限。 如果应用证据满足由清单定义的至少一个信任条件,则策略管理器为作为至少一个应用的成员的每个代码集合生成许可授权集合。 可以对作为可信应用程序或应用程序组成员的代码程序集进一步评估证据。
    • 8. 发明授权
    • Helicopter two stage main reduction gearbox
    • 直升机两级主减速箱
    • US06302356B1
    • 2001-10-16
    • US09378195
    • 1999-08-20
    • John M. Hawkins
    • John M. Hawkins
    • B64C2712
    • B64C27/12
    • A twin turbine engine helicopter has a two-stage main reduction gearbox, the input stage having a speed reduction ratio exceeding 5.5:1, into an epicyclic gear train second stage ratio about 6:1 for approximately 30:1 or higher overall ratio output to the main rotor. In various embodiments, the first stage uses face gears, or bevel gears, with a reduction greater than 5.5:1 and a second stage epicyclic gear train using single or double row helical or spur gears. The first stage gears are straddle mounted in the housing.
    • 双涡轮发动机直升机具有两级主减速齿轮箱,输入级具有超过5.5:1的减速比,其行星齿轮系第二级比例约为6:1,大约30:1或更高的总输出比 主转子。 在各种实施例中,第一级使用大于5.5:1的减速齿轮或锥齿轮,以及使用单列或双列螺旋或正齿轮的第二级行星齿轮系。 第一级齿轮跨骑安装在壳体中。
    • 9. 发明授权
    • Propeller gearbox
    • 螺旋桨变速箱
    • US06264138B1
    • 2001-07-24
    • US09650378
    • 2000-08-29
    • John M. Hawkins
    • John M. Hawkins
    • B64D3508
    • F16H1/22B64D35/00B64D35/08Y10T74/19056Y10T74/1907
    • An aircraft (10) having turboprop propulsion has a plurality of gas turbine engines (11), each with a two stage reduction gearbox (30,41) with the engine output shaft (17,17A) inline with the propeller drive output shaft (19,51) to drive a propeller (12) in front of the engine in a tractor mode of propulsion. The input gear reduction stage (20) and output gear reduction stage (21) share a plurality layshafts (22,38) mounted in fixed circularly-spaced relation to each other about the axis of the output shafts in the mechanical housing in the aircraft. Each layshaft of said plurality of layshafts has a layshaft first end toward the rear, input end of the gearbox, and a layshaft second end toward the output, front end of the gearbox. The layshaft gears are arranged to avoid any net thrust loading of the layshafts. Spur (26) and double helical (27) are used in FIG. 4, while spur gears 37 and 48 are used in FIG. 6 with suitable helix settings to neutralize end thrust on layshaft 38. Cantilever layshaft input gear (37) mounting in rear bearings (39) enables it to share some layshaft output gear 48 load sharing with the front bearing (40). A torquemeter (61) is conveniently situated at the gearbox input end. The engine output gear (25,36) and gearbox output gear (28,49), and propeller (12) all have colinear rotational axes.
    • 具有涡轮螺旋桨推进器的飞机(10)具有多个燃气涡轮发动机(11),每个燃气涡轮发动机具有两级减速齿轮箱(30,41),发动机输出轴(17,17A)与螺旋桨传动输出轴(19)成一直线 ,51)以拖拉机的推进方式驱动发动机前方的螺旋桨(12)。 输入齿轮减速平台(20)和输出齿轮减速平台(21)共享多个副轴(22,38),其绕飞机中的机械壳体中的输出轴的轴线彼此以固定的圆形间隔的关系安装。 所述多个副轴的每个副轴具有朝向后方的副轴第一端,变速箱的输入端,以及朝向变速箱的输出前端的副轴第二端。 副轴齿轮布置成避免了副轴的任何净推力负载。 图26中使用了正齿(26)和双螺旋(27)。 在图4中使用正齿轮37和48。 6具有合适的螺旋设置以中和副轴38上的末端推力。安装在后轴承(39)中的悬臂副轴输入齿轮(37)使其能够与前轴承(40)共享一些副轴输出齿轮48负载共享。 扭矩计(61)位于变速箱输入端。 发动机输出齿轮(25,36)和齿轮箱输出齿轮(28,49)和螺旋桨(12)都具有共线旋转轴。