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    • 3. 发明授权
    • UHFID 태그 내장 맨홀의 관리시스템 및 관리방법
    • 具有内置UHFID标签的管理系统和管理方法
    • KR101344821B1
    • 2013-12-26
    • KR1020130098919
    • 2013-08-21
    • 주식회사 동이산업개발정욱
    • 정욱홍천웅
    • G06Q50/10G06K17/00G01F1/34G01P5/02H04W4/02E02D29/14
    • G06Q50/10E02D29/14G01F1/34G01P5/02G06K17/00H04W4/02
    • The present invention relates to manhole management and, more specifically, to a system and a method for managing a set of position information of a manhole and a set of manhole information with a portable terminal and a central server by inserting an UHFID tag which is inserted into a manhole cover. A system for managing the manhole comprising an UHFID receiving unit with the UHFID tag comprises a plurality of manholes, a database, a central server, and the portable terminal. The plurality of manholes comprises the UHFID receiving unit with the UHFID tag which a unique identification code is inputted. The database stores the state information of the manhole corresponding to each unique identification code. The central server manages and controls the information of the database. The portable terminal transmits a set of update information of the manhole state to the central server by recognizing the UHFID information of each manhole.
    • 本发明涉及人孔管理,更确切地说,涉及一种用便携式终端和中央服务器管理一组人孔位置信息和一组人孔信息的系统和方法,该方法是插入插入的UHFID标签 进入井盖。 用于管理人孔的系统包括具有UHFID标签的UHFID接收单元,其包括多个人孔,数据库,中央服务器和便携式终端。 多个人孔包括具有UHFID标签的UHFID接收单元,其中输入唯一的识别码。 数据库存储与每个唯一识别码对应的人孔的状态信息。 中央服务器管理和控制数据库的信息。 便携式终端通过识别每个人孔的UHFID信息向中央服务器发送人孔状态的一组更新信息。
    • 4. 发明公开
    • Car accident prevention apparatus
    • 汽车事故防范装置
    • KR20120028589A
    • 2012-03-23
    • KR20100090533
    • 2010-09-15
    • HYUNDAI MOBIS CO LTD
    • LIM JIN SU
    • B60W30/02B60W40/02
    • B60W30/02B60W40/02B60W40/105B60W50/14B60W2050/146B60W2550/12G01P5/02G01P13/02
    • PURPOSE: A device for preventing car accident is provided to inform a driver of outside wind speed in visual or acoustic typed information, thereby preventing a vehicle with high height from having a roll over accident due to side wind. CONSTITUTION: A device for preventing car accident includes a sensing unit(100), an operation unit(200), and a control unit(300). The sensing unit senses wind direction and wind speed, which are converted into an electric signal and outputted. The operation unit receives the wind direction and the wind speed value from the sensing unit, and vehicle speed and vehicle moving direction value from a vehicle system. The operation unit mixes the wind direction, the wind speed value, the vehicle speed, and the vehicle moving direction value. The control unit compares an operated result with a vehicle value and provides a safe driving speed value to a driver.
    • 目的:提供一种用于防止车祸的装置,以通知驾驶员在视觉或声学类型信息中的外部风速,从而防止高风险的车辆由于侧风而发生翻滚事故。 构成:用于防止车祸的装置包括感测单元(100),操作单元(200)和控制单元(300)。 感测单元感测风向和风速,转换成电信号并输出​​。 操作单元从感测单元接收风向和风速值,以及从车辆系统接收车速和车辆移动方向值。 操作单元混合风向,风速值,车速和车辆移动方向值。 控制单元将操作结果与车辆值进行比较,并向驾驶员提供安全的驾驶速度值。
    • 5. 发明公开
    • 풍향풍속계
    • ANEMOVANE
    • KR1020110125504A
    • 2011-11-21
    • KR1020100045071
    • 2010-05-13
    • 한양대학교 에리카산학협력단
    • 조남규이동혁이병준임종석
    • G01W1/02G01W1/00G01P5/02
    • G01W1/04G01P1/06G01P5/02G01P5/086
    • PURPOSE: Anemovane is provided to cost-effectively measure both direction and speed of wind by being composed of a measuring probe, a plurality of measuring elements, and a controlling part. CONSTITUTION: Anemovane includes a measuring probe(10), a plurality of measuring elements(20), and a controlling part. The measuring probe is composed of a thin plate which is capable of being transformable according to the pressure of wind. The measuring probe is formed into a three dimensional structure. The measuring elements are in combined with the measuring probe. The measuring elements measure the transformed rate of the measuring plate according to the pressure of the wind. Based on the measured transformed rate of the measuring probe, the controlling part calculates the direction and the speed of the wind.
    • 目的:通过由测量探针,多个测量元件和控制部件组成的方法,可以经济高效地测量风向的方向和速度。 构成:Anemovane包括测量探针(10),多个测量元件(20)和控制部件。 测量探头由能够根据风压变形的薄板构成。 测量探针形成三维结构。 测量元件与测量探头结合使用。 测量元件根据风的压力测量测量板的变形率。 基于测量的测量变换率,控制部分计算风向的方向和速度。
    • 6. 发明公开
    • 영상표시기기 및 오디오 신호 보상 방법
    • 显示装置和音频信号补偿方法
    • KR1020080107087A
    • 2008-12-10
    • KR1020070054967
    • 2007-06-05
    • 엘지전자 주식회사
    • 박지미
    • H04N5/60H04N5/44
    • H04N21/439G01P5/02H03G7/002H04N21/42202
    • An image display device and an audio signal compensation method are provided to compensate audio signal according to the temperature, wind direction and wind speed of a neighboring area in which the image display device is installed and to supply optimum sound to a listener. An audio signal processing unit(20) receives audio signal which is input from outside and processes signal. A speaker(30) outputs the signal-processed audio signal through the audio signal process. A memory unit(40) stores an audio signal compensation table according to at least one peripheral condition among temperature and wind direction. A measuring unit measures the condition of the neighboring in which the image display device is installed.
    • 提供图像显示装置和音频信号补偿方法,以根据安装图像显示装置的相邻区域的温度,风向和风速补偿音频信号,并向收听者提供最佳声音。 音频信号处理单元(20)接收从外部输入并处理信号的音频信号。 扬声器(30)通过音频信号处理输出经信号处理的音频信号。 存储单元(40)根据温度和风向之间的至少一个周边条件存储音频信号补偿表。 测量单元测量其中安装图像显示装置的相邻的状态。
    • 8. 发明授权
    • 플로팅 이중 풍력계 - 마스트 및 도플러
    • 浮动风速计 - 桅杆和多普勒
    • KR101809342B1
    • 2017-12-14
    • KR1020157025641
    • 2014-03-07
    • 페빠스, 안토니오스
    • 페빠스,안토니오스
    • G01P5/26G01P5/02G01S17/02G01S17/58G01S17/95G01S15/88
    • G01P5/02B63B22/18B63B39/00G01P5/241G01P5/26G01S15/885G01S17/023G01S17/58G01S17/95Y02A90/19
    • 마스트(1), 기구들용지지아암들(2), 중도리들(3), 중앙플로터(4), 연결빔들(5), 에지플로터들(6), 중앙부표고리, 중앙앵커리지커넥터(8), 앵커리지고리, 중앙앵커리지(10), 바람측정기기들 A(11), 풍력계베이스 B의빔 구조물(12), 바람기기베이스 B(13), 바람측정기기들 B(14), 에지플로터들의에지앵커리지들(15), 에지플로터들과에지플로터들의에지앵커리지커넥터들(16) 및에지플로터들과에지부표고리들(17)로이루어진이중플로팅풍력계의디바이스로서, 얕거나깊은수심에배치될수 있고, 공통의풍력계들과도플러풍력계들의양쪽을이용하여특징적인바람파라미터들을동시에측정할수 있음으로써, 바람퍼텐셜(속도, 방향, 난류)의측정들이, 결합작용으로인해, 컵풍력계들을지니는상기마스트의고도보다더 높은고도로확장되는, 이중플로팅풍력계의디바이스.
    • 桅杆1,介质夹具臂2,mid部3,中心绘图仪4,连接梁5,边缘漂浮物6,中心浮标环,中心锚定连接器8 ),锚固环,中心锚具(10),测风仪器A(11),管乐器基座B(13),测风仪器B(14) 所述锚固装置(15)时,边缘绘图仪和边缘绘图仪锚固连接器的边缘的设备双浮点风速计包括上分支表圈(17)和16和绘图机的边缘,被放置在浅或深的水,并 上一个多普勒风速计的两侧正在使用的具有共用风速计桅杆的和高度可同时测量风力参数的特性,来测量风力电位(速度,方向,和湍流),由于耦合效应,杯形风速计 双浮动式风速计的装置,在较高的高度延伸。