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    • 4. 发明公开
    • 형상기억합금을 이용한 점핑로봇
    • 使用形状记忆合金的跳动机器人
    • KR1020130011310A
    • 2013-01-30
    • KR1020110072374
    • 2011-07-21
    • 건국대학교 산학협력단
    • 이상윤신기현호탐탄
    • B25J11/00B25J19/00
    • PURPOSE: A jumping robot using shape memory alloy capable of steadily embodying a jumping posture and a landing posture after jumping is provided to embody the jumping height of a jumping robot in comparison with the height of the jumping robot, thereby utilizing the jumping robot in various ways. CONSTITUTION: A SMA(Shape Memory Alloy) coil(16) connects one end of a crank(14) and a robot body(12). The SMA coil rotates the crank using self restoring force. A leg module includes a hook(22), a rack rod(24), a frame base(26) and a spherical frame(28). A tension spring(40) connects the hook with the robot body. A control unit(30) supplies voltage to the SMA coil. The control unit controls the contraction of the SMA coil.
    • 目的:提供一种能够稳定体现跳跃姿势和跳跃后着陆姿势的形状记忆合金的跳跃机器人,以体现跳跃机器人的跳跃高度与跳跃机器人的高度相比较,从而利用各种跳跃机器人 方法。 构成:SMA(形状记忆合金)线圈(16)连接曲柄(14)的一端和机器人本体(12)。 SMA线圈使用自恢复力旋转曲柄。 腿模块包括钩(22),齿条杆(24),框架基座(26)和球形框架(28)。 拉簧(40)将钩与机器人主体连接。 控制单元(30)向SMA线圈提供电压。 控制单元控制SMA线圈的收缩。
    • 5. 发明公开
    • 형상기억합금 구동 방식의 소형 점핑 이동로봇
    • 由形状记忆合金激活的小型机器人
    • KR1020110139839A
    • 2011-12-30
    • KR1020100059904
    • 2010-06-24
    • 건국대학교 산학협력단
    • 이상윤호탐탄
    • B25J11/00H01R4/01
    • PURPOSE: A small jumping and moving robot driven by shape memory alloy is provided to be moved while jumping without the use of an electric motor by transforming the shape memory alloy through the transmission of an electric signal. CONSTITUTION: A small jumping and moving robot driven by shape memory alloy comprises a body frame(110), a shape memory alloy wire(122) and four leg units. The shape memory alloy wire is installed in the body frame. According to the characteristic of power, the shape memory alloy wire expands and contracts the wire. The four leg units are connected to the body frame. The four leg units changes the contraction and expansion motion of the shape memory alloy wire into the jumping motion.
    • 目的:通过形状记忆合金机构驱动的小型跳跃和移动机器,通过通过电信号的传输转换形状记忆合金,而不用电动马达跳跃而移动。 构成:由形状记忆合金机构驱动的小型跳跃和移动的机器包括主体框架(110),形状记忆合金线(122)和四个腿部单元。 形状记忆合金线安装在车体框架中。 根据功率的特点,形状记忆合金线膨胀收缩线。 四脚单元连接到车身框架。 四脚单元将形状记忆合金线的收缩和膨胀运动改变为跳跃运动。
    • 6. 发明公开
    • 롤투롤 인쇄방식 전자소자 생산을 위한 폭방향 변위의 퍼지 제어 시스템 및 퍼지 제어 방법
    • 滚动滚筒印刷电子系统的横向位置误差的FUZZY控制系统及其压缩控制方法
    • KR1020100002095A
    • 2010-01-06
    • KR1020090040354
    • 2009-05-08
    • 건국대학교 산학협력단
    • 이상윤호탐탄신현훈신기현
    • B41F15/00B41F15/08B41F15/14
    • B41F15/00B41F15/08B41F15/14B41F33/14B41F33/16
    • PURPOSE: A fuzzy control system of a width directional displacement for production of roll-to-roll printed electronic elements and a fuzzy control method thereof are provided to remove width directional location distortion by controlling the width directional location distortion through a fuzzy control logic. CONSTITUTION: A fuzzy width directional location controller(100) comprises a fuzzier(102), a regulation system(108), an inference engine(104) and a defuzzifier(106). The fuzzy width directional location controller calculates width directional location error, the sum total of the width directional location error, and the rate of error. The fuzzy width directional location controller calculates the value according to regulation. The fuzzy width directional location controller sends location control signals to a motor(160) according to the value. The motor moves a roll of a guider system.
    • 目的:提供用于生产卷对卷印刷电子元件的宽度方向位移的模糊控制系统及其模糊控制方法,以通过模糊控制逻辑控制宽度方向位置失真来消除宽度方向位置失真。 构成:模糊宽度定向位置控制器(100)包括模糊器(102),调节系统(108),推理机(104)和解模糊器(106)。 模糊宽度方向位置控制器计算宽度方向位置误差,宽度方向位置误差的总和和误差率。 模糊宽度方向位置控制器根据规定计算值。 模糊宽度方向位置控制器根据该值将位置控制信号发送到电动机(160)。 电机移动一卷导向系统。
    • 7. 发明授权
    • 압전작동기를 사용한 6족 이동 로봇
    • 6 BEEF或POCK HOCKS转移机器人使用压电致动器
    • KR100811530B1
    • 2008-03-10
    • KR1020060121495
    • 2006-12-04
    • 건국대학교 산학협력단
    • 이상윤안재범
    • B25J5/00
    • A six-legged walking robot is provided for moving with alternating tripod motion and for using an LIPCA(Lightweight Piezo-ceramic Composite Curved Actuator) to reduce weight and to design a robot based on required operational power and direction. A six-legged walking robot includes a body(100), a pair of front legs(112), a pair of middle legs(114), a pair of rear legs(116), two LIPCAs(120) connected to the body with hinged articulation(102) at the front and sliding articulation(104) at the rear.
    • 提供六脚行走机器人,用于使用交替的三脚架运动进行移动,并使用LIPCA(轻型压电陶瓷复合曲线执行器)来减轻重量并根据所需的操作功率和方向设计机器人。 六脚行走机器人包括主体(100),一对前腿(112),一对中间支腿(114),一对后腿(116),两个连接到身体的LIPC(120) 在前部的铰接铰接(102)和后部的滑动铰接(104)。