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    • 2. 发明公开
    • 농작물 관리장치
    • CROPS保养设备
    • KR1020130037612A
    • 2013-04-16
    • KR1020110102114
    • 2011-10-06
    • 김도현이태화정종헌하상수문성룡
    • 김도현이태화정종헌하상수문성룡
    • A01M29/16A01M29/06A01G25/02
    • A01M29/06A01G25/02A01M29/16
    • PURPOSE: A crops management device is provided to effectively block approach to a wild animal and a human to a field and to efficiently manage crops in a remote place. CONSTITUTION: A crops management device includes an image photography unit(31) for photographing crops, a wireless transceiving unit transmitting the photographed image data through the image photography unit to a wireless portable terminal of a user and receiving a signal transmitted from the wireless portable terminal. The crops management device includes a speaker outputting an alarm sound or a warning broadcasting, a control unit electrically connected to the image photography unit, the wireless transceiver unit and the speaker, and a scarecrow model(10) having the image photography unit, the wireless transceiving unit, the speaker and the control unit.
    • 目的:提供作物管理装置,以有效阻止对野生动物和人类进入野外的方法,并有效管理偏远地区的作物。 构成:作物管理装置包括拍摄作物的图像拍摄单元(31),通过图像拍摄单元将拍摄图像数据发送到用户的无线便携式终端的无线收发单元,并接收从无线便携终端发送的信号 。 作物管理装置包括输出报警声或警告广播的扬声器,电连接到图像拍摄单元,无线收发单元和扬声器的控制单元,以及具有图像拍摄单元的稻草人模型(10),无线 收发单元,扬声器和控制单元。
    • 6. 发明公开
    • 하이브리드 브레이스 보강재 시스템을 이용한 구조물의 내진보강 공법
    • 使用混合制动系统加固混凝土结构
    • KR1020130091807A
    • 2013-08-20
    • KR1020120013037
    • 2012-02-09
    • (주) 캐어콘하상수
    • 이진용하상수
    • E04H9/02E04B1/98
    • E04H9/021E04B1/98E04G23/0218
    • PURPOSE: A seismic reinforcement construction method of a structure using a hybrid brace reinforcement system is provided to reinforce an earthquake-proof construction and to improve safety of a construction even after reinforcing the construction, since the method using a fiber reinforcement with more excellent ductility than the ductility of an existing fiber reinforcement. CONSTITUTION: A seismic reinforcement construction method of a structure using a hybrid brace reinforcement system comprises the following steps. A fixation angle is installed on a non-bearing wall and the edge of an opening. A triangular connection material is assembled to the fixation angle. A connection grip (50) of the hybrid brace reinforcing material is installed on the triangular connection material.
    • 目的:使用混合支架加固系统的结构的抗震加固施工方法,用于加强抗震施工,并且即使在加固施工后也能提高施工安全性,因为使用具有更好延展性的纤维增强材料的方法 现有纤维增强件的延展性。 构成:使用混合支架加固系统的结构的抗震加固施工方法包括以下步骤。 固定角度安装在非支承壁和开口的边缘上。 将三角形连接材料组装到固定角度。 混合支架增强材料的连接手柄(50)安装在三角形连接材料上。
    • 7. 发明公开
    • 철근연결구
    • 钢筋接头
    • KR1020010074270A
    • 2001-08-04
    • KR1020010024193
    • 2001-05-03
    • 하상수
    • 하상수
    • E04C5/16
    • PURPOSE: A reinforcing bar joint is provided to accurately and tightly assemble a reinforcing bar even through the position of a cutting face is irregular or an interval difference occurs in lengthwise direction, to enhance the tensile strength and the compressive strength by fixing each reinforcing bar with metal fixing keys and to easily and rapidly assemble the reinforcing bar without an additional reinforcing bar assembling tool. CONSTITUTION: A reinforcing bar joint for a concrete structure comprises a lower connector(30) and an upper connector(40) integrated each other by a female and a male screw(30d.40d). The reinforcing bar joint connects a reinforcing bar(10) and a reinforcing bar(20). The lower connector contains two fixing keys(30a), two movable bolts(30b) and two tightening nuts(30c). The upper connector contains two fixing keys(40a), two movable bolts(40b) and two tightening nuts(40c). Each fixing key has a sticking face shaped in the groove of a reinforcing bar node(10a,20a).
    • 目的:提供一种钢筋接头,即使通过切割面的位置不规则或长度方向发生间隔差异,也可以精确而精确地组装钢筋,通过将每个钢筋固定在一起,提高拉伸强度和抗压强度 金属固定键,并且容易且快速地组装钢筋,而没有附加的钢筋组装工具。 构成:用于混凝土结构的钢筋接头包括下连接器(30)和通过母体和外螺纹(30d.40d)彼此集成的上连接器(40)。 钢筋接头连接钢筋(10)和钢筋(20)。 下连接器包括两个固定键(30a),两个可动螺栓(30b)和两个紧固螺母(30c)。 上连接器包括两个固定键(40a),两个可动螺栓(40b)和两个紧固螺母(40c)。 每个固定键具有形成在钢筋节点(10a,20a)的槽中的粘贴面。
    • 8. 发明公开
    • 용접 로봇 및 그 제어 방법
    • 焊接机器人及其控制方法
    • KR1020120137695A
    • 2012-12-24
    • KR1020110056701
    • 2011-06-13
    • 김재은하상수
    • 김재은하상수
    • B23K37/00B23K9/095B25J9/16G05B19/18
    • PURPOSE: A welding robot and a control method thereof are provided to determine the position of a member by automatically matching shape and vertex information in a CVS(Camera Vision System) unit. CONSTITUTION: A welding robot comprises an OLP(Off Line Program) unit(100), a CVS unit(200), a scheduling unit(300), a monitoring unit(400), and a control unit(500). The OLP unit receives CAD(Computer Aided Design) data and provides shape, vertex, and welding line information(110,120,130) of a member. The CVS unit comprises a mounting CVS(210) which grasps an approximate position of the member from the information inputted from the OLP unit and a welding CVS(220) which senses the precise position of the member. The scheduling unit senses moving devices using the shape, vertex, and welding line information inputted from the OLP unit and position information of the welding CVS, assigns optimum welding CVS or welding work, sets a position of the moving devices, sets a work order of the moving devices, and stores the work order. The monitoring unit monitors the working state of the moving devices. The control unit controls each moving device using the information inputted from the scheduling unit and the monitoring unit. [Reference numerals] (100) OLP unit; (110) Shape information; (120) Vertex information; (130) Welding line information; (200) CVS unit; (210) Mounting CVS; (220) Welding CVS; (300) Scheduling unit; (400) Monitoring unit; (500) Control unit
    • 目的:提供焊接机器人及其控制方法,通过自动匹配CVS(摄像机视觉系统)单元中的形状和顶点信息来确定构件的位置。 构成:焊接机器人包括OLP(离线编程)单元(100),CVS单元(200),调度单元(300),监视单元(400)和控制单元(500)。 OLP单元接收CAD(计算机辅助设计)数据,并提供成员的形状,顶点和焊接线信息(110,120,130)。 CVS单元包括安装CVS(210),其从从OLP单元输入的信息中抓取构件的近似位置,以及感测构件的精确位置的焊接CVS(220)。 调度单元使用从OLP单元输入的形状,顶点和焊接线信息以及焊接CVS的位置信息来感测移动设备,分配最佳焊接CVS或焊接工作,设置移动设备的位置,设置移动设备的工作顺序 移动设备,并存储工作单。 监控单元监视移动设备的工作状态。 控制单元使用从调度单元和监视单元输入的信息来控制各移动设备。 (附图标记)(100)OLP单元; (110)形状信息; (120)顶点信息; (130)焊接线信息; (200)CVS单位; (210)安装CVS; (220)焊接CVS; (300)调度单位; (400)监控单元; (500)控制单元