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    • 2. 发明授权
    • System and method for construction, storage, and transport of presentation-independent multi-media content
    • 独立于表演的多媒体内容的构建,存储和传输的系统和方法
    • US07028252B1
    • 2006-04-11
    • US09814623
    • 2001-03-22
    • Chaitanya BaruJames ChaseT. Todd ElvinsRobert Todd FassettErnesto Nebel
    • Chaitanya BaruJames ChaseT. Todd ElvinsRobert Todd FassettErnesto Nebel
    • G06F17/21
    • H04M3/4938H04L29/06027H04L63/08H04L65/4007Y10S707/99935
    • Extensible, multi-presentation content is created in human/machine readable form, where each data object may contain numerous data elements that comprise alternate representations of a single piece of information, such as audio, text transcription of the audio, short-form summary of the text, and metadata concerning the story. Advantageously, each data element is presentation-independent, meaning that it does not require a particular type of presentation, such as HTML, WML, etc. Each content instance thus provides raw data, leaving the end-user free to access the data as desired. Specifications such as data type definitions (DTDS) may be used to prescribe that each story include the constituent data elements, e.g., text, audio, short-form text, metadata, etc. The DTDs define a dialect of extensible Markup Language (XML). Further, different DTDs prescribe the format of each data element. A developer may also define further DTDs defining additional data elements, sub-elements, sub-sub-elements, and the like.
    • 可扩展的多表示内容以人/机器可读形式创建,其中每个数据对象可以包含多个数据元素,其包含单个信息的替代表示,例如音频,音频的文本转录,短格式总结 文字和有关故事的元数据。 有利地,每个数据元素是独立于呈现的,这意味着它不需要诸如HTML,WML等的特定类型的呈现。因此,每个内容实例提供原始数据,使最终用户可以根据需要自由地访问数据 。 可以使用诸如数据类型定义(DTDS)的规范来规定每个故事包括组成数据元素,例如文本,音频,短格式文本,元数据等.DTD定义可扩展标记语言(XML)的方言, 。 此外,不同的DTD规定了每个数据元素的格式。 开发者还可以定义另外的定义附加数据元素,子元素,子子元素等的DTD。
    • 3. 发明授权
    • Method and apparatus for rendering audio streams from textual content for delivery to a user
    • 从用于传送给用户的文本内容中呈现音频流的方法和装置
    • US07440555B2
    • 2008-10-21
    • US10887202
    • 2004-07-07
    • Stephen BreitenbachJames ChaseSeda Gragossian
    • Stephen BreitenbachJames ChaseSeda Gragossian
    • H04M1/64
    • H04M3/4938H04M3/382H04M3/42068
    • Responsive to an incoming telephone call, a session server consults pre-stored caller preferences to generate a source file of caller-specific audio content, then conducts an interactive playback session audibly presenting the content to the caller. Each call's source file may include an internally stored history record documenting events that occur during playback, such as caller utterances, identity of audio content presented, voice prompts presented to the caller, errors, and time stamps of various playback events. In response to certain caller utterances or completion of the source file's presentation, the session server may reference the history record for guidance in creating an appropriate follow-up source file containing appropriate supplementary audio content. Use may also be made of history records for purposes such as increasing the functionality of interactive user playback, providing billing records, aiding debugging, and preserving data that is useful for marketing purposes.
    • 响应于进入的电话呼叫,会话服务器咨询预先存储的呼叫者偏好以生成呼叫者特定音频内容的源文件,然后进行向呼叫者可听地呈现内容的交互式回放会话。 每个呼叫的源文件可以包括记录在播放期间发生的事件的内部存储的历史记录,例如呼叫者话语,呈现的音频内容的身份,呈现给呼叫者的语音提示,错误和各种回放事件的时间戳。 响应于某些呼叫者语音或完成源文件的呈现,会话服务器可以引用历史记录以便在创建包含适当的附加音频内容的适当后续源文件时进行指导。 还可以使用历史记录,例如增加交互式用户播放的功能,提供记帐记录,辅​​助调试和保存对于营销目的有用的数据。
    • 4. 发明申请
    • Articulating device
    • 铰接装置
    • US20060196066A1
    • 2006-09-07
    • US11340609
    • 2006-01-27
    • Peter LloydDavid WallaceDavid McMurtryJames ChaseDavid Jones
    • Peter LloydDavid WallaceDavid McMurtryJames ChaseDavid Jones
    • G01B5/00
    • G05B19/404G05B2219/39179G05B2219/41048G05B2219/41081
    • Disclosed is a method of moving an articulating mechanism (22,410) for a measuring device, comprising the steps of: releasing two bodies (14,16, 410a,410b) which form the articulating mechanism allowing relative movement thereof; moving one of the bodies with respect to the other until a desired position is reached; and re-constraining the two bodies so they are relatively fixed, perhaps as part of a locking process, characterised in that relative movement prior to re-constraining at the desired position occurs under particular conditions. The particular conditions including moving from the same direction; and stopping, slowing down or maintaining the condition at a position adjacent to the desired position. Also disclosed is a method of positioning an articulating mechanism (22,410) for a measuring device which is controlled by a potentiometer and a controller (11) for a measuring device.
    • 公开了一种移动用于测量装置的铰接机构(22,410)的方法,包括以下步骤:释放形成铰接机构的两个主体(14,16,410a,410b),允许其相对移动; 将一个物体相对于另一个移动到达到期望的位置; 并且重新限制两个体,使得它们相对固定,可能作为锁定过程的一部分,其特征在于,在特定条件下发生在期望位置处重新约束之前的相对运动。 特定条件包括从同一方向移动; 并且在与期望位置相邻的位置处停止,减缓或维持状态。 还公开了一种定位用于由电位器和用于测量装置的控制器(11)控制的测量装置的关节运动机构(22,410)的方法。
    • 5. 发明申请
    • Method and system for assaying agitation
    • 用于测定搅拌的方法和系统
    • US20060058590A1
    • 2006-03-16
    • US10925395
    • 2004-08-24
    • Geoffrey ShawJames Chase
    • Geoffrey ShawJames Chase
    • A61B5/00
    • A61B5/412A61B5/02055A61B5/0476A61B5/1106A61B5/4035A61B5/4821A61B5/726A61B5/7264
    • A method of physiologically quantifying patient agitation presented is based on reliable, objective physiological signals. The present invention is capable of quantifying autonomic nervous system interactions to provide an objective measurement of agitation. Adaptive autoregressive (AR) signal processing techniques are used to analyze heart rate (HRV) and blood pressure (BPV) variability and are combined with a fuzzy quantifier to measure agitation levels. Results show that agitation in normal subjects can be assessed and quantified using this approach, including differentiating periods of calm. Additionally, it has been shown that detected periods of agitation in ICU patients correlate well with subjective assessment by trained medical staff using the modified Riker SAS and with the objective assaying of patient motion. These results show that agitation can be quantitatively measured and assessed using common biomedical signals. Finally, agitation induced in normal subjects correlates well to agitation in ICU patients, as both show similar changes in the measured biomedical signals during agitated periods.
    • 提出的生理学量化患者兴奋的方法是基于可靠的,客观的生理信号。 本发明能够量化自主神经系统相互作用以提供客观的搅动测量。 自适应自回归(AR)信号处理技术用于分析心率(HRV)和血压(BPV)变异性,并与模糊量词组合以测量激动水平。 结果表明,正常受试者的激动可以使用这种方法进行评估和量化,包括区分平静期。 此外,已经显示,ICU患者的检测期间的激动与训练有素的医务人员使用经修改的Riker SAS以及客观测定患者运动的主观评估相关。 这些结果表明,可以使用常规生物医学信号定量测量和评估激动。 最后,在正常受试者中诱发的激动与ICU患者的激动相关,因为在激动期间测量的生物医学信号都显示出相似的变化。