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    • 5. 发明公开
    • 승마 시뮬레이터 및 승마 시뮬레이션 방법
    • 用于骑马的模拟器和用于模拟骑马的方法
    • KR1020140043174A
    • 2014-04-08
    • KR1020120108476
    • 2012-09-28
    • 한국전자통신연구원
    • 김계경강상승윤우한지수영김재홍박종현
    • A63B69/04G09B9/00
    • A63B69/04A61B5/1116A61B5/1176A63B24/0006A63B71/0622A63B2024/0012A63B2024/0015A63B2071/063A63B2071/0638A63B2220/807A63B2225/15A63B2230/62G06K9/00362G06K9/00892G09B9/02G09B19/0038
    • Disclosed are a simulator for horse riding which adaptively operates for users, and a method for simulating the horse riding. The simulator for horse riding comprises: a user identification part for identifying a user by using a user identification information according to a face of the user extracted from input images; a posture recognition part for outputting a user posture information by extracting a specific body part information of the user from the input images; a coaching part for providing the user an educational information about horse riding postures based on the user identification information and the user posture information; and an actual horseback riding sensing part for controlling the horse riding machine based on user intended postures which are output by analyzing the user posture information. Therefore, user-customized horse riding education can be provided through the identification of users and the recognition of the postures of users. In addition, an actual sensing type of simulation for horse riding can be provided by converting modes of the horse riding machine to correspond to the user intended postures. [Reference numerals] (100) User identification part; (110) Face detection unit; (120) Facial characteristic extraction unit; (200) Posture recognition part; (210) User region extracting unit; (220) Posture information outputting unit; (300) Coaching part; (310) Motion data storage part; (320) Model matching unit; (330) Horse riding education unit; (400) Actual horseback riding sensing part; (410) Intended posture outputting unit; (420) Machine controlling unit; (AA,BB) Input image
    • 公开了一种适用于用户的骑马模拟器,以及用于模拟骑马的方法。 用于骑马的模拟器包括:用户识别部分,用于根据从输入图像提取的用户的脸部使用用户识别信息来识别用户; 姿势识别部,其通过从所述输入图像提取所述用户的特定身体部位信息来输出用户姿势信息; 基于用户识别信息和用户姿势信息向用户提供关于骑马姿势的教育信息的辅导部分; 以及基于通过分析用户姿势信息输出的用户期望的姿势来控制骑马机的实际的骑马感测部。 因此,用户定制的骑马教育可以通过用户的识别和用户的姿态的识别来提供。 另外,可以通过将骑马机的模式转换为与用户期望的姿势对应来提供用于骑马的实际感测类型的模拟。 (附图标记)(100)用户识别部分; (110)面部检测单元; (120)面部特征提取单位; (200)姿态识别部分; (210)用户区域提取单元; (220)姿势信息输出单元; (300)教练部分; (310)运动数据存储部分; (320)型号匹配单元; (330)骑马教育单位; (400)实际骑马感应部分; (410)预期姿势输出单元; (420)机器控制单元; (AA,BB)输入图像
    • 6. 发明公开
    • 인간―로봇 상호작용 서비스 장치
    • 人机交互服务的设备
    • KR1020140025814A
    • 2014-03-05
    • KR1020120091970
    • 2012-08-22
    • 한국전자통신연구원
    • 지수영조영조이재연윤호섭김도형김재홍
    • G06F13/00G06F9/44B25J9/16
    • G06F13/14B25J9/1656B25J13/02G06F9/451G06F17/2217G06F17/30023
    • Service robot developers and application programmers have produced a service application in a manner of directly controlling hardware, and this causes limitations on the reusability of the service application and the expandability of a service robot market as wells as the overall change in the service application whenever the hardware is changed. According to an embodiment of the present invention, provided is an apparatus for a human-robot interaction service, which can be reused without wasting resources, such as time, money, and manpower, by integrating various sensors and hardware (actuators) in a service robot and maintaining compatibility such that service application developers can develop an application in unified standards. Furthermore, the present invention provides an apparatus for a human-robot interaction service, which can promote the reusability of components and improve the efficiency of service application and component development by proposing a unified interface between the components of a service robot technique and the application program, for the service robot market. [Reference numerals] (210) HRI engine 1; (212) Face recognition unit; (214) Wheel control unit; (220) HRI engine 2; (222) RFID tag detection unit; (224) Leg control unit; (AA) Service application 1; (BB) Service application 1'; (CC) Compatibility
    • 服务机器人开发人员和应用程序员已经以直接控制硬件的方式生产了服务应用程序,这导致服务应用程序的可重用性和服务机器人市场的可扩展性的限制作为服务应用程序的整体变化 硬件更改。 根据本发明的实施例,提供了一种人机交互服务的装置,其能够通过将各种传感器和硬件(执行器)集成在服务中而不浪费资源(诸如时间,金钱和人力)而被重用 机器人和维护兼容性,使服务应用程序开发人员可以以统一标准开发应用程序。 此外,本发明提供了一种人机交互服务的装置,其可以通过提出服务机器人技术的组件与应用程序之间的统一接口来提高组件的可重用性并提高服务应用和组件开发的效率 ,为服务机器人市场。 (附图标记)(210)HRI发动机1; (212)面部识别单元; (214)车轮控制单元; (220)HRI发动机2; (222)RFID标签检测单元; (224)腿部控制单元; (AA)服务申请1; (BB)服务申请1'; (CC)兼容性
    • 10. 发明授权
    • 지능형 로봇 환경에서 오디오-비디오 기반 음원추적을 통한화자 인식 시스템 및 방법
    • 通过基于机器人环境的声音本地化视听的用户识别系统及其方法
    • KR100822880B1
    • 2008-04-17
    • KR1020060104171
    • 2006-10-25
    • 한국전자통신연구원
    • 곽근창김혜진배경숙지수영
    • G10L17/02G10L15/22G10L21/0272G06T7/00
    • A user identification system through audio-video based sound localization in intelligent robot environment and a method thereof are provided to ensure more superior accuracy and reliability in complex environment where plural users are present as combining speech recognition, user identification and face recognition together, and provide more human-friendly characteristics, thereby naturally interacting human with a robot in an intelligent robot field. A call voice recognizing unit(10) comprises the followings. A call voice input unit(11) receives a voice. A voice detecting unit(12) detects a start point and an end point of the inputted voice, and removes noise of the detected voice. A speech recognition unit(13) determines a call voice used for an actual call so as for an intelligent robot to react only to a preset specific call voice by recognizing the detected voice. A user identification/verification unit(20) firstly recognizes who is an actual caller for the call voice, and verifies the recognized caller. A sound localization unit(30) performs sound localization by using a delay time for the call voice. A robot control unit(40) rotates a robot as much as an azimuth obtained through the sound localization or controls the robot so as to approach the caller. A face detection/recognition unit searches the verified caller through face detection/recognition in an image inputted through a camera.
    • 提供了一种通过智能机器人环境中基于音频视频的声音定位的用户识别系统及其方法,以确保复杂环境中复杂环境下的更高的精度和可靠性,其中多个用户作为组合语音识别,用户识别和人脸识别在一起,并提供 更人性化的特征,从而在智能机器人领域中自然地将人类与机器人相互作用。 呼叫语音识别单元(10)包括以下内容。 呼叫语音输入单元(11)接收语音。 语音检测单元(12)检测输入语音的开始点和结束点,并且去除检测到的语音的噪声。 语音识别单元(13)确定用于实际呼叫的呼叫语音,以便智能机器人仅通过识别检测到的语音来响应预设的特定呼叫语音。 用户识别/验证单元(20)首先识别谁是用于呼叫语音的实际呼叫者,并验证所识别的呼叫者。 声音定位单元(30)通过使用呼叫语音的延迟时间来执行声音定位。 机器人控制单元(40)使机器人旋转到通过声音定位获得的方位角,或者控制机器人以接近呼叫者。 面部检测/识别单元通过通过相机输入的图像中的面部检测/识别来搜索经过验证的呼叫者。