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    • 4. 发明公开
    • 포드형 선박 추진 장치
    • POD型船用推进装置
    • KR1020120087639A
    • 2012-08-07
    • KR1020110008967
    • 2011-01-28
    • 삼성중공업 주식회사
    • 김용성
    • B63H5/125B63H25/42
    • B63H5/125B63H2005/1258B63H2025/425
    • PURPOSE: A pod-type propulsion device for a ship is provided to effectively generate the propulsion force of a ship by ascending and descending a propeller to a depth in which the propeller generates the maximum propulsion force. CONSTITUTION: A pod-type propulsion device comprises a motor part(510), a first gear(530), inner driving parts(550,560), and outer driving parts(570,580). The motor part has a driving motor and a propeller to generate propulsion force. The first gear is connected to a shaft rod fixed in the upper part of the motor part. One end of the inner driving parts is inserted in the first gear and the other end thereof is fixed in a deck of a hull to vertically move the first gear with a hydraulic method. One end of the outer driving parts is engaged with the outer circumference of the first gear to rotate the first gear. The other end of the outer driving parts is fixed I the deck of the hull to vertically move the first gear.
    • 目的:提供一种用于船舶的荚型推进装置,用于通过螺旋桨的上升和下降到螺旋桨产生最大推进力的深度来有效地产生船舶的推进力。 构造:荚型推进装置包括马达部件(510),第一齿轮(530),内部驱动部件(550,560)和外部驱动部件(570,580)。 电动机部件具有驱动电机和螺旋桨以产生推进力。 第一齿轮连接到固定在电动机部件的上部的轴杆。 内部驱动部件的一端插入第一齿轮中,另一端固定在船体甲板上,以液压方式垂直移动第一档。 外驱动部的一端与第一齿轮的外周接合,以使第一齿轮旋转。 外部驱动部件的另一端固定在船体的甲板上以垂直移动第一档。
    • 6. 发明公开
    • 트림 최적화 시스템
    • 修剪优化系统
    • KR1020150039962A
    • 2015-04-14
    • KR1020130118405
    • 2013-10-04
    • 삼성중공업 주식회사
    • 김용성박건일
    • G06F19/00
    • B63H21/30
    • 트림최적화시스템이개시된다. 본발명의실시예에따른트림최적화시스템은선박의알피엠(RPM), 선수흘수(Fwd draft), 선미흘수(Aft draft) 및연료소비량(FOC)을측정하는측정부; 측정부에서측정된선수흘수및 선미흘수에대한측정값을기초로배수량을산출하는배수량산출부; 선박을소정의기간동안운용하는과정에서측정부의측정값과배수량산출부의산출값을수집하고, 알피엠및 배수량에따른선수흘수, 선미흘수및 연료소비량에대한제 1 데이타를생성하는데이타생성부; 계획알피엠및 계획배수량을입력하도록제공된입력부; 제 1 데이타를기초로계획알피엠및 계획배수량에대응하는흘수-연료소비량맵을생성하는맵 생성부; 및흘수-연료소비량맵을출력하는출력부를포함한다.
    • 公开了一种修边优化系统。 根据本发明的实施例的修剪优化系统包括:用于测量RPM的正向牵引(Fwd吃水),后牵伸(Aft吃水)和燃料消耗(FOC))的测量单元; 位移计算单元,用于基于所述测量单元的所述Fwd吃水和所述Aft吃水的测量值来计算位移; 数据生成单元,用于从所述测量单元收集测量值,以及在所述容器操作期间从所述位移计算单元计算出预定时间段的值,并且生成用于所述Fwd吃水,所述吃水和FOC的第一数据, 到RPM和排量; 用于输入预定RPM和预定位移的输入单元; 地图生成单元,用于基于所述第一数据生成对应于所述预定RPM和所述预定位移的吃水 - 油耗的图; 以及输出单元,用于输出牵引油消耗量的图。
    • 7. 发明授权
    • 광섬유 센서의 온도 보상 방법
    • 光纤传感器温度补偿方法
    • KR101185508B1
    • 2012-09-24
    • KR1020110023937
    • 2011-03-17
    • 삼성중공업 주식회사
    • 최재웅박건일김용성
    • G01B11/16G01L1/24
    • PURPOSE: A method for compensating the temperature of an optical fiber sensor is provided to precisely perform the temperature compensation of an optical fiber sensor sensing a strain in consideration of an installation environment. CONSTITUTION: A method for compensating the temperature of an optical fiber sensor is as follows. Strain data is collected under a temperature controlling environment with respect to an optical fiber sensor and a dummy sensor for compensating temperature(S308). An entire strain is obtained according to properties of the collected strain data(S310). An environment condition coefficient is estimated with respect to a plurality of measurement results(S312). The temperature compensation of the optical fiber sensor is performed by using a temperature compensation condition according to the estimated environment condition coefficient(S316). [Reference numerals] (AA) Start; (BB) Finish; (S302) Drawing an entire strain rate of an optical fiber sensor with consideration for an installation environment; (S304) Drawing a strain rate depending on stress; (S306) Eliminating installation environment components by using an environment condition coefficient and a strain rate of a dummy sensor for compensating temperature; (S308) Collecting strain rate data by using measurement conditions capable of substituting strain caused by stress with '0'; (S310) Drawing an entire strain rate depending on properties of collected strain rate data; (S312) Estimating an environment condition coefficient with respect to measurement results by using least square technique; (S314) Drawing temperature compensating condition by using the sensitivity with respect to a frequency change and the strain of a dummy sensor for compensating temperature; (S316) Compensating the temperature of an optical fiber sensor
    • 目的:提供一种用于补偿光纤传感器温度的方法,以便在考虑到安装环境的情况下精确地执行感测应变的光纤传感器的温度补偿。 构成:用于补偿光纤传感器的温度的方法如下。 在相对于光纤传感器和用于补偿温度的虚拟传感器的温度控制环境下收集应变数据(S308)。 根据收集的菌株数据的性质获得整个菌株(S310)。 关于多个测量结果估计环境条件系数(S312)。 通过使用根据估计环境条件系数的温度补偿条件来进行光纤传感器的温度补偿(S316)。 (附图标记)(AA)开始; (BB)完成; (S302)考虑到安装环境,绘制光纤传感器的整个应变率; (S304)根据应力绘制应变率; (S306)通过使用用于补偿温度的虚拟传感器的环境条件系数和应变率来消除安装环境部件; (S308)使用能够用'0'取代应力引起的应变的测量条件收集应变率数据; (S310)根据收集的应变率数据的性质绘制整个应变率; (S312)使用最小二乘法估计相对于测量结果的环境条件系数; (S314)使用相对于频率变化的灵敏度和用于补偿温度的虚拟传感器的应变绘制温度补偿条件; (S316)补偿光纤传感器的温度
    • 8. 发明公开
    • LNG 재기화 설비
    • LNG注册厂
    • KR1020120051255A
    • 2012-05-22
    • KR1020100112606
    • 2010-11-12
    • 삼성중공업 주식회사
    • 김용성도경민
    • F17C7/04B63B25/16B63B27/34
    • PURPOSE: A LNG re-gasification system is provided to effectively discharge evaporative gas excessively generated in a high pressure pump and to stably re-gasify. CONSTITUTION: A LNG re-gasification system comprises a suction drum(110), a high pressure pump(120), a vaporizer(130), an evaporative gas discharging line(140), a level detecting part(150), and a valve control device(160). The suction drum stores LNG supplied from a LNG storage tank. The high pressure pump pumps the LNG supplied from the suction drum to high pressure. The vaporizer vaporizes the LNG boosted by the high pressure pump. The evaporative gas discharging line discharges evaporative gas from the high pressure pump to the LNG storage tank. A discharging valve is installed on the evaporative gas discharging line. The level detecting part measures the level of the LNG in the high pressure pump. The valve control device controls the discharging valve according to the result detected in the level detecting part.
    • 目的:提供LNG再气化系统,有效排放高压泵过度产生的蒸发气体,稳定再气化。 构成:LNG再气化系统包括抽吸鼓(110),高压泵(120),蒸发器(130),蒸发气体排放管线(140),液位检测部件(150)和阀 控制装置(160)。 抽吸鼓存储从LNG储罐供应的LNG。 高压泵将从吸入鼓提供的LNG泵送到高压。 蒸发器蒸发由高压泵升压的LNG。 蒸发气体排放管将蒸气从高压泵排放到LNG储罐。 排气阀安装在蒸发气体排放管上。 液位检测部分测量高压泵中LNG的液位。 阀控制装置根据在液位检测部检测到的结果来控制排出阀。
    • 9. 发明授权
    • 광섬유 격자 센서를 이용한 압력측정장치
    • 使用光纤布拉格传感器的压力测量装置
    • KR101031253B1
    • 2011-04-29
    • KR1020080117710
    • 2008-11-25
    • 삼성중공업 주식회사
    • 최재웅김용성
    • G01L11/02G01L11/00
    • 본 발명은 광섬유 격자 센서를 이용한 압력측정장치에 관한 것으로, 가해지는 압력을 일방향의 힘으로 변환시키는 압력변환부재와, 가압부재를 탄지하며 일방향의 힘을 감소시키는 탄성부재와, 감소된 일방향의 힘의 크기 및 그 방향을 변환시키는 변환부와, 크기 및 방향이 변환된 힘이 작용되는 제1 광섬유 격자 센서와, 제1 광섬유 격자 센서에 인접하게 설치되는 제2 광섬유 격자 센서가 더 포함되되, 제1 광섬유 격자 센서 및 제2 광섬유 격자 센서에는 브래그 격자의 간격이 서로 다르게 형성되고, 제2 광섬유 격자 센서는 주변의 온도에 따라 자유롭게 신장 또는 수축되도록 설치되는 광섬유 격자 센서를 이용한 압력측정장치를 제공함으로써, 전자기파의 간섭이 있는 환경에서도 정확한 압력을 측정할 수 있고, 온도 변화가 심한 환경에서도 정확한 압력을 산출할 수 있다.
      브래그 격자, 압력센서, 광섬유
    • 10. 发明公开
    • 광섬유 격자 센서를 이용한 압력측정장치
    • 使用光纤布拉格传感器的压力测量装置
    • KR1020100059070A
    • 2010-06-04
    • KR1020080117710
    • 2008-11-25
    • 삼성중공업 주식회사
    • 최재웅김용성
    • G01L11/02G01L11/00
    • G01L11/02G01L1/246G01L19/04G01L19/14
    • PURPOSE: A pressure measuring device using a fiber grating sensor is provided to accurately measure pressure even in a severe temperature change by correcting temperature related errors using multiple fiber grating sensors. CONSTITUTION: A pressure measuring device(100) using a fiber grating sensor comprises a pressure converting member(102), an elastic member(103), a conversion unit(110), and a first fiber grating sensor(130). The pressure converting member changes added pressure into one-way power. The elastic member reduces the one-way power. The conversion unit changes the reduced one-way power and the direction. The changed one-way power and direction are applied to the first fiber grating sensor. A second fiber grating sensor(150) is installed to be contiguous to the first fiber grating sensor.
    • 目的:提供使用光纤光栅传感器的压力测量装置,通过使用多个光纤光栅传感器校正与温度相关的误差,即使在严重的温度变化中也能精确测量压力。 构成:使用光纤光栅传感器的压力测量装置(100)包括压力转换构件(102),弹性构件(103),转换单元(110)和第一光纤光栅传感器(130)。 压力转换部件将附加压力变为单向动力。 弹性部件降低单向动力。 转换单元改变降低的单向功率和方向。 改变的单向功率和方向被应用于第一光纤光栅传感器。 第二光纤光栅传感器(150)安装成与第一光纤光栅传感器邻接。