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    • 73. 发明公开
    • Method of controlling swarm of robots
    • Verfahren zum Steuern einer Gruppe von Robotern
    • EP1548530A1
    • 2005-06-29
    • EP03293317.8
    • 2003-12-22
    • ALCATEL
    • Weis, Bernd Xaver, Dr.-Ing.Weik, Hartmut, Dipl.-Ing.
    • G05B19/418
    • B25J9/1643G05B2219/39146G05B2219/39169
    • The invention concerns a method of controlling a swarm of robots (71 to 75, 8), each having a communication unit for communicating with a control center (2) and/or other robots of the swarm, as well as a control device for executing this method. The control device determines position data of one or more robots (71 to 75) of the swarm that act as relay robots for supporting the communication between the control center (2) and one or more robots of the swarm acting in the neighborhood of a target (3). The one or more relay robots (71 to 75) are positioned according to the determined position data. A communication connection between the control center (2) and the robot (8) acting in the neighborhood of the target (3) is established via one or more of the positioned relay robots (71 to 75).
    • 本发明涉及一种控制一组机器人(71至75,8)的方法,每个机器人具有用于与控制中心(2)和/或群体的其他机器人通信的通信单元,以及用于执行 这个方法。 控制装置确定作为中继机器人的一个或多个作为中继机器人的机器人(71至75)的位置数据,用于支持控制中心(2)与作用于目标附近的群组的一个或多个机器人之间的通信 (3)。 一个或多个继电器机器人(71至75)根据确定的位置数据定位。 通过一个或多个定位的继电器机器人(71至75)建立在目标(3)附近作用的控制中心(2)和机器人(8)之间的通信连接。
    • 79. 发明公开
    • 소형 로봇의 다중 운용 방법 및 그 운용 시스템
    • 用于多小型机器人控制的方法和系统
    • KR1020130052768A
    • 2013-05-23
    • KR1020110117968
    • 2011-11-14
    • 한국전자통신연구원
    • 서범수
    • B25J9/16G05B19/418
    • B25J9/1669B25J9/1689G05B19/41815G05B2219/39146G05B2219/40417G05D1/0027G05D2201/0209Y02P90/08Y02P90/18
    • PURPOSE: A multiple operation method and a system thereof of a small robot are provided to support semi-autonomous operating structure in which operators determine condition of task performance and to perform the task such as monitoring. CONSTITUTION: A multiple operation method of a small robot comprises: a step of generating a task to cooperate with surrounding robots based on the operation of an operator; a step of transferring an operator recruitment message including task summary information about the task to a surrounding robot task device; a step of receiving participation information including robot condition information from the robot task device; a step of assigning a divided task to the operator based on the robot condition information; and a step of transferring the divided task to the robot task device. [Reference numerals] (202) Operating command generator; (204) Task generator; (206) Operator cooperator; (208) Information transceiver; (210) Task executer; (212) Network interface; (214) Image and sound transceiver; (216) Image displayer; (A1) Robot image display; (A2) Operator's robot image; (A3) Other operator's robot image; (B1) Cooperation between operators; (B2) Sounds, characters, images; (B3) Robot information request(Images, sensors, and etc); (CC) Generation of tasks; (DD) Utilization of operator information; (EE) Operator information; (FF) Operator information request; (GG,NN) Character and sound cooperation; (HH) Robot information of each operator; (II) Images and sounds; (JJ) Image and sound request; (KK) Reception of the tasks; (LL) Allocation of the tasks; (MM) State, operator, and robot information; (SMU1) Small tasking device 1; (SMU2) Small tasking device 2; (SMU3) Small tasking device 3; (SMU4) Small tasking device 4
    • 目的:提供小型机器人的多重操作方法及其系统,以支持操作员确定任务执行状态并执行监视等任务的半自主操作结构。 构成:小型机器人的多重操作方法包括:基于操作者的操作产生与周围机器人协作的任务的步骤; 将包括关于任务的任务概要信息的操作员招募消息传送到周围的机器人任务设备的步骤; 从机器人任务装置接收包括机器人状态信息的参与信息的步骤; 基于所述机器人状态信息将划分的任务分配给所述操作者的步骤; 以及将分割的任务传送到机器人任务设备的步骤。 (附图标记)(202)操作命令发生器; (204)任务生成器; (206)操作员合作者; (208)信息收发器; (210)任务执行者; (212)网络接口; (214)图像和声音收发器; (216)图像显示; (A1)机器人图像显示; (A2)操作员机器人图像; (A3)其他操作员的机器人图像; (B1)经营者之间的合作; (B2)声音,字符,图像; (B3)机器人信息请求(图像,传感器等); (CC)生成任务; (DD)运营人信息的利用; (EE)运营商信息; (FF)操作员信息请求; (GG,NN)性格和声音合作; (HH)每个操作员的机器人信息; (二)图像和声音; (JJ)图像和声音请求; (KK)接待任务; (LL)任务分配; (MM)状态,操作员和机器人信息; (SMU1)小型任务设备1; (SMU2)小型任务设备2; (SMU3)小型任务设备3; (SMU4)小型任务设备4