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    • 6. 发明授权
    • Dynamic content based multicast routing in mobile networks
    • 在移动网络中基于动态内容的组播路由
    • US07293109B2
    • 2007-11-06
    • US10271502
    • 2002-10-15
    • Maximilian OttDaniel J. ReiningerLeslie FrenchDipankar Raychaudhuri
    • Maximilian OttDaniel J. ReiningerLeslie FrenchDipankar Raychaudhuri
    • G06F15/16G06F15/173
    • H04W40/02H04L12/18H04L12/1859H04L12/1881H04L12/189H04L29/06H04L45/306H04L45/308H04L67/02H04L67/04H04L67/16H04L67/18H04L67/306H04L67/327H04L69/329H04W40/12H04W40/20H04W40/30H04W40/36
    • The present invention changes the wireless information service paradigm from a connection-oriented unicast network model to a dynamic content-driven multicast model using a technique called “content routing.” The present invention provides a system, method, and medium for routing content through a network from at least one content provider to at least one content consumer, wherein at least one of the content consumer or content provider communicate with the network using a wireless device. The content is routed though the network based on its content. The content is labeled with at least one content descriptor. The content descriptor characterizes or otherwise describes the content. Interest profiles are received from content consumers. Interest profiles from content consumers with a common network access point are aggregated into a single interest profile. Interest profiles can include more than the wireless consumers stated interest, such as for example, a content consumer's geographic location, the capabilities of the wireless terminal, type of service, policy preferences, and the like. Single interest profiles are shared across neighboring network access points to create a content routing table. Content, labeled with at least one descriptor, is routed through the network to content consumers based, in part, on content routing tables created from wireless content consumers'profiles.
    • 本发明使用称为“内容路由”的技术将无线信息服务范例从面向连接的单播网络模型改变为动态内容驱动的多播模型。 本发明提供了一种用于通过网络将内容从至少一个内容提供商路由到至少一个内容消费者的系统,方法和介质,其中内容消费者或内容提供者中的至少一个使用无线设备与网络通信。 内容根据其内容通过网络进行路由。 内容用至少一个内容描述符标记。 内容描述符描述或描述内容。 从内容消费者收到兴趣个人资料。 来自具有公共网络接入点的内容消费者的兴趣简档被聚合成单个兴趣简档。 兴趣简档可以包括超过无线消费者所表达的兴趣,例如内容消费者的地理位置,无线终端的能力,服务类型,策略偏好等。 单个兴趣简档在相邻网络接入点之间共享以创建内容路由表。 标有至少一个描述符的内容部分地基于从无线内容消费者的配置文件创建的内容路由表,通过网络路由到内容消费者。
    • 7. 发明授权
    • All optical display with storage and IR-quenchable phosphors
    • 所有光学显示屏带有存储和IR可淬灭的荧光粉
    • US06917751B2
    • 2005-07-12
    • US10787416
    • 2004-02-27
    • Ting WangMaximilian Ott
    • Ting WangMaximilian Ott
    • G09G3/00G02B6/00G02F1/01G02F1/29G02F2/02G09F9/00G01N21/64G09G3/20H04N5/00
    • G02F2/02G02F1/0126G02F1/293Y10S385/901
    • A luminescent material, such as phosphor, is radiated by energy propagated from the side of an optical fiber, causing the luminescent material to emit visible light. The luminescent material can be of: a coincidentally-excited type, requiring the absorption of two wavelengths of radiation to emit visible light; memory-type, requiring absorption of one wavelength of charging radiation and absorption of another wavelength of controlling radiation to emit visible light; and quenchable type, requiring absorption of one wavelength of radiation to emit visible light and absorption of another wavelength of radiation to stop, i.e. quench, the emission of visible light. Two side-emitting optical fibers can be used, with each optical fiber providing one of the needed radiation wavelengths. One embodiment of the invention involves a matrix of optical fibers forming an optical display panel made using coincidentally-excited phosphors. Side-emitting optical fibers are used to simultaneously stimulate a phosphor pixel located between the two fibers, allowing matrix addressing of each pixel individually. The optical display panel is constructed of only optical components.
    • 诸如磷光体的发光材料通过从光纤侧传播的能量辐射,使发光材料发出可见光。 发光材料可以是:巧合激发型,需要吸收两个波长的辐射以发射可见光; 记忆型,需要吸收一个波长的充电辐射和吸收另一波长的控制辐射以发射可见光; 和淬火型,需要吸收一个波长的辐射以发射可见光并吸收另一波长的辐射以停止(即骤冷)可见光的发射。 可以使用两个侧面发射光纤,每个光纤提供所需的辐射波长之一。 本发明的一个实施例涉及一种形成使用巧合激发荧光体制成的光学显示面板的光纤矩阵。 侧发射光纤用于同时刺激位于两个光纤之间的磷光体像素,从而允许单独地对每个像素进行矩阵寻址。 光学显示面板仅由光学部件构成。
    • 8. 发明授权
    • All optical display with storage and IR-quenchable phosphors
    • 所有光学显示屏带有存储和IR可淬灭的荧光粉
    • US06760515B1
    • 2004-07-06
    • US09359037
    • 1999-07-23
    • Ting WangMaximilian Ott
    • Ting WangMaximilian Ott
    • G02B626
    • G02F2/02G02F1/0126G02F1/293Y10S385/901
    • A luminescent material, such as phosphor, is radiated by energy propagated from the side of an optical fiber, causing the luminescent material to emit visible light. The luminescent material can be of: a coincidentally-excited type, requiring the absorption of two wavelengths of radiation to emit visible light; memory-type, requiring absorption of one wavelength of charging radiation and absorption of another wavelength of controlling radiation to emit visible light; and quenchable type, requiring absorption of one wavelength of radiation to emit visible light and absorption of another wavelength of radiation to stop, i.e. quench, the emission of visible light. Two side-emitting optical fibers can be used, with each optical fiber providing one of the needed radiation wavelengths. One embodiment of the invention involves a matrix of optical fibers forming an optical display panel made using coincidentally-excited phosphors. Side-emitting optical fibers are used to simultaneously stimulate a phosphor pixel located between the two fibers, allowing matrix addressing of each pixel individually. The optical display panel is constructed of only optical components.
    • 诸如磷光体的发光材料通过从光纤侧传播的能量辐射,使发光材料发出可见光。 发光材料可以是:巧合激发型,需要吸收两个波长的辐射以发射可见光; 记忆型,需要吸收一个波长的充电辐射和吸收另一波长的控制辐射以发射可见光; 和淬火型,需要吸收一个波长的辐射以发射可见光并吸收另一波长的辐射以停止(即骤冷)可见光的发射。 可以使用两个侧面发射光纤,每个光纤提供所需的辐射波长之一。 本发明的一个实施例涉及一种形成使用巧合激发的磷光体制成的光学显示面板的光纤矩阵。 侧发射光纤用于同时刺激位于两个光纤之间的磷光体像素,从而允许单独地对每个像素进行矩阵寻址。 光学显示面板仅由光学部件构成。