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    • 32. 发明申请
    • ONTOLOGY SYSTEM FOR CONTEXT-AWARE, METHOD THEREOF, AND RECORDING MEDIUM STORING THE SAME
    • 背景技术的本体系统及其记录方法及其记录介质
    • US20080208774A1
    • 2008-08-28
    • US11927732
    • 2007-10-30
    • Jung Hoon KimKi Chul LeeJee Hyong LeeTae Bok Yoon
    • Jung Hoon KimKi Chul LeeJee Hyong LeeTae Bok Yoon
    • G06F15/18
    • G06N5/025
    • Provided are an ontology system, a method for managing the ontology system, and a recording medium storing the same. The ontology system includes: a context broker unit for receiving context information from a sensing device and verifying a validity of the received context information; a context managing unit for controlling to generate an ontology structure by transforming the verified context information from the context broker unit to ontology web language (OWL) data and processing the OWL data; a rule-based inference engine unit for transforming the processed context information from the context managing unit to semantic web rule language (SWRL) data and processing the SWRL data through an inference process; a learning managing unit for processing the processed context information from the context managing unit through learning; and a database for storing the context information processed at the context managing unit, the rule-based engine unit, and the learning managing unit.
    • 提供本体系统,本体系统的管理方法和存储本体系统的记录介质。 本体系统包括:上下文代理单元,用于从感测设备接收上下文信息并验证所接收的上下文信息的有效性; 上下文管理单元,用于通过将所述上下文代理单元的验证上下文信息变换为本体网络语言(OWL)数据并处理所述OWL数据来控制生成本体结构; 基于规则的推理引擎单元,用于将处理的上下文信息从上下文管理单元转换为语义Web规则语言(SWRL)数据,并通过推理过程处理SWRL数据; 学习管理单元,用于通过学习来处理来自上下文管理单元的处理的上下文信息; 以及数据库,用于存储在上下文管理单元处理的上下文信息,基于规则的引擎单元和学习管理单元。
    • 34. 发明授权
    • High-speed cable connector with improved grounding
    • 高速电缆连接器具有改进的接地
    • US07004767B2
    • 2006-02-28
    • US10508851
    • 2003-03-26
    • Jung Hoon Kim
    • Jung Hoon Kim
    • H01R13/648
    • H01R13/6585H01R13/504H01R13/514H01R13/6582H01R13/6592H01R13/6597
    • A high-speed cable connector includes a cable holder fixed to ends of cables to locate and hold the cable in a connection position and terminals that are connected at one end to wires of the cable extending out of the cable holder. The terminals include one grounding terminal connected to a grounding terminal of the cable. The connector has a housing that has an upper body and a lower body, between which the cable holder and terminals are seated, the upper body having an upper grounding hole extending through the upper body, the lower body having a lower grounding hole extending through the lower body and formed under the upper grounding hole. The connector housing includes a number of mating holes corresponding to the number of cable lead wires, the mating holes are formed through a front end of the lower body so that a mating connector can be connected with the terminals through the mating holes. The connector has a grounding shell covering upper and lower surfaces of the housing, the grounding shell having a front end with openings corresponding to the mating holes of the housing, the grounding shell being connected to the grounding terminal, thereby grounding the connector assembly.
    • 高速电缆连接器包括固定到电缆端部的电缆架,以将电缆定位和保持在连接位置,并将电缆的一端连接到延伸出电缆架的电缆的电线。 端子包括连接到电缆的接地端子的一个接地端子。 连接器具有壳体,其具有上主体和下主体,电缆夹持器和端子之间安置在其上,上主体具有延伸穿过上主体的上接地孔,下主体具有延伸穿过该主体的下接地孔 下部主体并形成在上部接地孔下方。 连接器壳体包括对应于电缆引线数量的多个配合孔,配合孔通过下体的前端形成,使得匹配连接器可以通过配合孔与端子连接。 连接器具有覆盖壳体的上表面和下表面的接地壳体,接地壳体具有前端,开口对应于壳体的配合孔,接地壳体连接到接地端子,从而使连接器组件接地。