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    • 1. 发明授权
    • 통합 에너지 관리 클라이언트용 엠씨유
    • 用于总能源管理客户的MCU
    • KR101048413B1
    • 2011-07-11
    • KR1020100139049
    • 2010-12-30
    • 에스엠소프트웨어 (주)재단법인 광양만권 유아이티연구소
    • 박영임전은만홍석훈
    • G05B19/02H04L12/26
    • G05B23/02G05B19/4183G05B2219/24104G06F3/041G06F3/048Y02P90/10
    • PURPOSE: A Main Control Unit for an integrated energy management client is provided to manage and control generation equipments different from each other through an input/output touch monitor. CONSTITUTION: A Main Control Unit(100) for an integrated energy management client is operated by a program of an Operating System and is connected to an interface(30), a memory(40), an input/output touch monitor(50), and an Ethernet controller(60). The interface is connected to generation equipment(10) and exchanges a control signal for data. The memory stores the exchanged data. The input/output touch monitor displays a control page. The Ethernet controller communicates with a central server(70) connected to an internet network. The MCU is composed of an initialization function, a queue thread function, and a tracker function.
    • 目的:提供集成能源管理客户端的主控单元,通过输入/输出触摸显示器来管理和控制彼此不同的发电设备。 构成:用于集成能量管理客户端的主控制单元(100)由操作​​系统的程序操作,并且连接到接口(30),存储器(40),输入/输出触摸监视器(50) 和以太网控制器(60)。 该接口连接到发电设备(10)并且交换用于数据的控制信号。 存储器存储交换的数据。 输入/输出触摸显示器显示控制页面。 以太网控制器与连接到互联网的中央服务器(70)进行通信。 MCU由初始化函数,队列线程函数和跟踪器函数组成。
    • 2. 发明授权
    • 채염시기 예측 및 결정이 가능한 염전 통합관리 시스템
    • 综合管理系统可以预测和决定盐加工时间
    • KR101339918B1
    • 2014-01-03
    • KR1020130037337
    • 2013-04-05
    • 에스엠소프트웨어 (주)
    • 박영임
    • G06Q50/02G06Q50/10H04L12/28
    • G06Q50/02G06Q50/10H04L12/28
    • The present invention relates to an integrated salt field management system capable of predicting and determining salt gathering time, which comprises: an environment information collection device (10) for gathering environment information of an evaporating pond; a control unit (20) for receiving data of the environment information gathering device and monitoring the environment information of the evaporating pond; a driving device (30) for controlling operation of a sea water reservoir or opening/closing of a floodgate of the evaporating pond by a control signal of the control unit; and a terminal (40) for a salt field manager. The control unit receives water level data of the evaporating pond of the environment information control device from a water level sensor at a constant interval, and calculates salinity of the evaporating pond, and opens the floodgate of the evaporating pond by driving the driving device if the calculated salinity of the evaporating pond reaches a pre-established value in order to transport the salt water of the evaporating pond to the sea water reservoir. The control unit transmits a floodgate opening signal to the terminal for a salt field manager, and predicts salt gathering time in a corresponding determined pond by calculating average evaporating amount by receiving environment information data of the environment information gathering device and weather prediction data from a weather bureau, and delivers the predicted salt gathering time to the terminal for a salt field manager. The control unit supplies the water of the sea water reservoir to the determined pond, by driving the sea water reservoir pump of the driving device when the salt gathering time is inputted from the terminal for a salt field manager and the corresponding salt gathering time arrives. [Reference numerals] (10) Environment information collection device; (21) Monitoring server; (23) Mobile; (24) Web server; (25) Notification server; (30) Apparatus; (40) Salt field manager; (41) Internet; (42) Portable terminal; (AA) Rain sensor; (BB) Water level sensor; (CC) Temperature sensor; (DD) Illumination sensor; (EE) Wind speed sensor; (FF) Humidity sensor; (GG) Watergate control; (HH) Water feeding control; (II) Wireless AP; (JJ) Monitoring; (KK) Control
    • 本发明涉及一种能够预测和确定盐收集时间的综合盐田管理系统,其包括:用于收集蒸发池的环境信息的环境信息收集装置(10) 控制单元(20),用于接收环境信息采集装置的数据并监测蒸发池的环境信息; 驱动装置(30),用于通过控制单元的控制信号控制海水储存器的操作或者蒸发池的闸门的打开/关闭; 和用于盐田管理器的终端(40)。 控制单元从水位传感器以恒定间隔接收环境信息控制装置的蒸发池的水位数据,并且计算蒸发池的盐度,并且如果驱动装置通过驱动驱动装置打开蒸发池的闸门 蒸发池的计算盐度达到预先确定的值,以便将蒸发池的盐水运送到海水储存器。 控制单元向盐场管理者的终端发送闸门开启信号,并且通过从天气接收环境信息采集装置的环境信息数据和天气预报数据来计算平均蒸发量来预测相应确定的池塘中的盐收集时间 并向咸场经理提供预计的收集盐的时间到码头。 控制单元通过从盐场管理员的终端输入收集盐时间并且相应的收集收集时间到达时,通过驱动驱动装置的海水储存泵将海水储存器的水供应到确定的池塘。 (附图标记)(10)环境信息收集装置; (21)监控服务器; (23)手机; (24)Web服务器; (25)通知服务器; (30)装置; (40)盐场经理; (41)互联网; (42)便携式终端; (AA)雨传感器; (BB)水位传感器; (CC)温度传感器 (DD)照明传感器; (EE)风速传感器; (FF)湿度传感器; (GG)水门控制; (HH)给水控制; (二)无线AP; (JJ)监测; (KK)控制
    • 3. 发明公开
    • 선박간 가시거리 위험 경보 시스템
    • 用于警告船舶之间的可见性危险的系统
    • KR1020150111442A
    • 2015-10-06
    • KR1020140034015
    • 2014-03-24
    • 에스엠소프트웨어 (주)
    • 박영임이민
    • G08G3/02
    • G08G3/02
    • 본발명은짙은해상안개로인해충분한가시거리를확보하지못할때, 선박들간의충돌을방지할수 있는선박간가시거리위험경보시스템에관한것이다. 본발명에따른선박간가시거리위험경보시스템은선박에배가위치한지점의가시거리를측정하는가시거리센서(10), 배의위치를알기위한 GPS 모듈(12), 육상관제시스템의가시거리서버(20)와통신하기위한위성통신모듈(14) 및선박의 ID가저장된가시거리클라이언트(16 ; 컴퓨터)가탑재되고, 선박의가시거리클라이언트(16)에서위성통신모듈을이용하여육상관제시스템의가시거리서버(20)로선박의 ID와, 선박의위치좌표와, 가시거리센서(10)에의해측정된가시거리를전송함으로써, 육상관제시스템의가시거리서버(20)에서 GPS 좌표간거리계산을통해선박간의거리(d1)를연산하고, 설정간격이하의선박들을추출하여해당선박들의가시거리클라이언트(16)로주변선박의위치및 ID를전달하게되어, 해당선박들의가시거리클라이언트(16)에서위험을경고하게되는것을특징으로한다.
    • 本发明涉及一种用于警告船舶之间的可视性危险的系统,其中当由于海洋雾强度而不能确保足够的可视范围时,能够防止船舶之间的碰撞。 根据本发明的用于警告船舶之间的可视性危险的系统包括:在船上具有用于测量船舶所处位置的可视范围的可见度传感器(10); 用于通知船舶位置的GPS模块(12); 卫星通信模块(14),用于与地面控制系统的可见度服务器(20)通信; 以及具有存储在其中的船的ID的可见性客户端(计算机)。 船舶之间的距离(d1)是通过计算地面控制系统的可见度服务器(20)中的GPS坐标之间的距离,通过发送船舶的ID,船舶的位置坐标和由 所述可见度传感器(10)使用所述卫星通信模块从所述船舶的所述可见度客户端(16)传送到所述地面控制系统的可见度服务器(20)。 提取设定范围内的船舶,并将周围船舶的位置和身份信息传递给对应船舶的可视化客户端(16),以允许对应船舶的可见度客户端(16)发出危险。
    • 4. 发明授权
    • 염도 및 액위 측정을 위한 하이브리드 측정장치
    • 传感器溶液和液位的混合检测装置
    • KR101435104B1
    • 2014-08-27
    • KR1020140004068
    • 2014-01-13
    • 에스엠소프트웨어 (주)
    • 박영임이온찬
    • G01D21/02G01F23/30G01N9/10
    • G01D21/02G01D1/02G01F23/30G01K1/024
    • Disclosed is a hybrid measuring device. The device includes a buoyant body which floats on the surface of liquid; a weight measuring part which is installed on the buoyant body to measure the weight according to salinity of the liquid; a joining part which is joined with the weight measuring part; and a weight float which is joined to the joining part, is arranged in liquid, and has at least a portion having magnetism; and a control part which is connected with the weight measuring part by a wire or wirelessly, computes the amount of weight changes of the weight float base on the weight of the weight float measured by the weight measuring part, and computes the salinity of the liquid base on the amount of weight changes.
    • 公开了一种混合测量装置。 该装置包括漂浮在液体表面上的浮力体; 一个重量测量部分,安装在浮力体上,以根据液体的盐度来测量重量; 与重量测量部件接合的接合部件; 以及与接合部接合的重量浮子,配置在液体中,并具有至少一部分具有磁性的部分; 和通过线或者无线地与重量测量部连接的控制部,根据由重量测量部测量的重量浮动的重量来计算重量漂移的重量变化量,并计算液体的盐度 基于体重变化量。