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    • 24. 发明申请
    • Interface design system and method with integrated usability considerations
    • 接口设计系统和方法具有集成的可用性考虑
    • US20060271856A1
    • 2006-11-30
    • US11137309
    • 2005-05-25
    • Michelle RaymondTodd CarpenterChristopher MillerDal Vernon Reising
    • Michelle RaymondTodd CarpenterChristopher MillerDal Vernon Reising
    • G06F19/00
    • G06F8/38
    • A method of user interface design including creating an interaction requirement and generating one or more available presentations configured to meet the interaction requirement, where generating includes identifying available presentation devices based upon the device model and meeting the interaction requirement and determining one or more available presentation elements configured to meet the interaction requirement. The device model includes a plurality of attributes and characteristics of a presentation device meeting the interaction requirement. Each presentation element is configured to be communicated to a user via at least one of the available presentation devices. The method further includes assigning each of the plurality of available presentations a usability score, selecting one or more of the available presentations based at least in part upon the usability score of each of the available presentations, and designing a user interface incorporating one of the available presentations.
    • 一种用户界面设计的方法,包括创建交互需求并生成被配置为满足交互需求的一个或多个可用呈现,其中生成包括基于所述设备模型识别可用的呈现设备并满足所述交互需求并且确定一个或多个可用的呈现元素 配置为满足交互需求。 设备模型包括满足交互需求的呈现设备的多个属性和特征。 每个呈现元素被配置为经由可用呈现设备中的至少一个来传达给用户。 该方法还包括:分配多个可用演示中的每一个可用性分数,至少部分地基于每个可用演示的可用性分数来选择可用演示中的一个或多个,以及设计包含可用演示中的一个的用户界面 演示文稿。
    • 25. 发明申请
    • Evaporative emissions control system including a charcoal canister for small internal combustion engines
    • 蒸发排放控制系统,包括用于小型内燃机的炭罐
    • US20050178368A1
    • 2005-08-18
    • US11035655
    • 2005-01-14
    • Ronald DonahueTodd CarpenterJ. KirkGregory Hintz
    • Ronald DonahueTodd CarpenterJ. KirkGregory Hintz
    • B60K15/035F02B63/02F02M25/08F02M35/10
    • B60K15/03504B60K2015/03557F02B63/02F02M25/08F02M25/0854F02M25/089F02M35/02F02M35/10019F02M35/1017F02M35/10196F02M35/10222
    • An evaporative emissions control system for small internal combustion engines, including a charcoal canister which is in fluid communication with the air space above the liquid fuel within the carburetor of the engine and the air space above the liquid fuel within the fuel tank of the engine. The charcoal canister contains charcoal media, and when the engine is not running, fuel vapors from the carburetor and the fuel tank migrate to, and are trapped within, the charcoal media of the charcoal canister. The charcoal canister may comprise a separate component, or may be integrally formed with an engine component such as the air cleaner, the carburetor, or the body of the fuel tank, for example. During running of the engine, vacuum within the carburetor induces a flow of atmospheric air through the charcoal canister to purge the collected fuel vapors from the charcoal media, and the fuel vapors pass into the engine for consumption. In another embodiment, an evaporative emissions control system including a charcoal canister is provided for an engine which includes a fuel injection system.
    • 一种用于小型内燃机的蒸发排放控制系统,包括一个与发动机的化油器内的液体燃料上方的空气空间以及发动机燃油箱内的液体燃料上方的空气空间流体连通的木炭罐。 木炭罐包含木炭介质,当发动机不运行时,来自化油器和燃料箱的燃料蒸汽迁移到炭罐的木炭介质中并被捕获。 炭罐可以包括单独的部件,或者可以与例如空气滤清器,化油器或燃料箱的主体的发动机部件一体地形成。 在发动机运行期间,化油器内的真空度通过木炭罐引起大气空气的流动,以从煤炭介质中吹扫所收集的燃料蒸汽,燃料蒸汽进入发动机以进行消耗。 在另一个实施例中,为包括燃料喷射系统的发动机提供包括炭罐的蒸发排放控制系统。
    • 26. 发明申请
    • Modeling decision making processes
    • 建模决策过程
    • US20050033710A1
    • 2005-02-10
    • US10634091
    • 2003-08-04
    • Edward CochranTodd Carpenter
    • Edward CochranTodd Carpenter
    • G06F20060101G06F17/00G06N5/00
    • G06Q10/00
    • A computer implemented method of predicting decisions uses the knowledge of one or more individuals. The individuals, referred to as a team, are knowledgeable about the domain in which decisions are being made. The team individually rates the importance of decision criteria they deem relevant. They then rate the extent which multiple problem characteristics are deemed relevant to the decision. The ratings are subjected to automated quantitative analysis for consistency, and the raters may discuss and modify inconsistent ratings if appropriate. Once the ratings are accepted, the raters then rate the decision options against the highest scoring problem characteristics as determined in the initial ratings. After one or more further rounds of consistency evaluations, the highest rated options are selected as the prediction of the decision to made by the adversary.
    • 计算机实现的预测方法使用一个或多个个体的知识。 被称为团队的个人对决策所在的领域了如指掌。 团队分别评估他们认为相关的决策标准的重要性。 然后,他们评估多个问题特征被认为与决定相关的程度。 对评级进行自动定量分析以获得一致性,评估者可酌情讨论和修改不一致的评级。 一旦评级被接受,评估者就按照初始评级中确定的最高评分问题特征对决策选项进行评级。 在进行一轮或多次一致性评估之后,选择最高评级的选项作为对手作出的决定的预测。