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公开(公告)号：KR101806810B1
公开(公告)日：2017-12-08
申请号：KR1020160003739
申请日：2016-01-12
Applicant: (주)스마텍
Abstract: 본발명은철도차량을이용한철도시설물감시시스템에관한것으로, 궤도차량에감시카메라를장착하여철도궤도, 전차선및 기타구조물에대한영상을획득및 저장하여원격모니터링하도록하는궤도차량을이용한철도시설물감시시스템에관한것이다. 본발명은열차(또는지하철, 기차등)에구비되는레이저발생기(200), 상기레이저발생기와연동되어작동되며철도시설물의주요부를감시할수 있고계측하는영상정보데이터를취득하는카메라(100), 상기레이저발생기와카메라로부터취득된영상정보데이터를이용하여 3차원영상정보로변환하는 3차원영상정보변환장치(110), 계측대상인철도시설물의위치를파악하는위치확인부(300), 상기한레이저발생기및 카메라의가동명령을발하는신호처리장치(400) 및, 상기한영상정보데이터, 3차원영상정보또는/및위치확인부로부터전송되는거리정도또는/및속도정보등의데이터를가공, 분석, 해석또는저장하는종합데이터처리장치(500)로구성된철도시설물감시시스템을제공한다. 또한본 발명은상기한영상정보데이터를취득하는카메라(100)에열차가이동하는거리별로촬영이가능하도록하는거리촬영인식장치(120)가부가된것을특징으로하는철도시설물감시시스템을제공한다. 또한본 발명은위치확인부는열차의움직임을센싱하는동적거동측정장치(310), 열차의이동위치를계측하기위한거리측정센서(320), 속도계측장치(330), 고속정밀클락(340) 및상기장치또는센서로부터전송받은정보를처리하는정보처리장치(350)로구성된것을특징으로하는철도시설물감시시스템을제공한다. 또한본 발명은레이저발생기(200) 및카메라(100)로영상정보를취득하는철도시설물은레일, 전차선, 침목또는터널구조물중 어느하나이상인것에특징이있는철도시설물감시시스템을제공한다.
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公开(公告)号：KR1020170133965A
公开(公告)日：2017-12-06
申请号：KR1020160065485
申请日：2016-05-27
Abstract: 본발명은댐퍼작동기에관한것으로서, 더욱상세하게는직류브러쉬리스(BLDC)모터를사용하여내구성을향상시키고, 외부에서입력되는전기가차단되는긴급상황에서미리지정된작업을진행가능한댐퍼작동기에관한것이다.
Abstract translation: 本发明涉及，并且更具体地，涉及直流无刷（BLDC）通过使用电机及，可能继续在紧急情况下所规定的行动，电力被切断，被输入从外部风门致动器涉及一种阻尼器致动器，以提高耐久性 。
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公开(公告)号：KR101570819B1
公开(公告)日：2015-11-20
申请号：KR1020140054671
申请日：2014-05-08
Abstract: 본발명의원격조향구동장치는차량의주행방향을조정하는핸들(10);과상기핸들(10)에결합되어원격으로유무선통신에의해핸들(10)을제어가능하도록모터제어부(27)가직구동모터에일체형으로탑재되어있는원격조향구동부(20);와상기원격조향구동부(20)에의해상기핸들(10)이일체로회전가능하도록상기핸들(10)과상기원격조향구동부(20)를서로탈부착가능하도록결합하는핸들결합부(30); 및상기원격조향구동부(20)에결합되어제어신호에따라상기원격조향구동부(20)가시계방향또는반시계방향으로회전가능하도록지지하는지지부(40);와상기원격조향구동부(20)를차량에고정하는고정부(50);와상기지지부(40)와상기고정부(50)를서로연결하는연결부(60); 및무인모드와유인모드의변환이가능하도록상기지지부(40)의지지프레임(41)에설치되는주행모드변환스위치(70);를포함하여구성된다.
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公开(公告)号：KR101467548B1
公开(公告)日：2014-12-11
申请号：KR1020130029060
申请日：2013-03-19
Applicant: (주)에코에너지 기술연구소 , (주)스마텍
Abstract: 본발명은무인항공기에장착되는전장품들의온도를일정하게유지시키기위한무인항공기의항온장치에관한것이다. 본발명에따른무인항공기의항온장치는, 구동시발열온도가서로다른전장품각각을별도로수용하는복수개의제1 단열케이스와, 제1 단열케이스전부를수용하는제2 단열케이스로마련되어, 전장품을이중으로단열하는단열부; 제2 단열케이스의일측에마련되며, 외기와열교환하여제2 단열케이스의내부온도를하강시키는냉각부; 제2 단열케이스의타측에마련되며, 열을발생시켜제2 단열케이스의내부온도를상승시키는발열부; 무인항공기의냉원또는열원에선택적으로냉매를순환시켜제2 단열케이스의내부에냉기또는열기를공급하는히트펌프부; 제1 단열케이스마다마련되며, 제2 단열케이스로부터각각의제1 단열케이스로순환되는공기순환량을조절하는공조부; 및제2 단열케이스의목표온도에따라냉각부, 발열부또는히트펌프부중 적어도어느하나를제어하여제2 단열케이스의내부온도를조절하며, 제1 단열케이스각각의목표온도에따라공조부를제어하여제1 단열케이스각각의내부온도를조절하는온도제어부를포함한다.
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公开(公告)号：KR1020140115432A
公开(公告)日：2014-10-01
申请号：KR1020130029060
申请日：2013-03-19
Applicant: (주)에코에너지 기술연구소 , (주)스마텍
CPC classification number: B64D13/06 , B64D13/08 , B64D2013/0603 , B64D2041/005 , H05K7/20 , H05K7/20172 , H05K7/2029 , H05K7/20409 , H05K7/20881
Abstract: The present invention relates to a temperature controlling device for an unmanned aerial vehicle for regularly maintaining the temperature of electric components mounted on the aerial vehicle. The temperature controlling device for the unmanned aerial vehicle includes an insulating unit dually insulating the electric components and composed of first insulation cases separately receiving each of electric components of which temperatures are different when the electric components are operated and a second insulation case receiving all of the first insulation cases; a cooling unit formed on one side of the second insulation case and decreasing the inner temperature of the second insulation case while heat exchanging with outer air; a heating unit formed on the other side of the second insulation case and increasing the inner temperature of the second insulation case by heating; a heat pump unit supplying cold air or hot air to the inside of the second insulation case by selectively circulating a coolant to a cooling source or heating source of the aerial vehicle; air conditioning units formed on each of the first insulation cases and controlling the amount of air circulated from the second insulation case to each of the first insulation cases; and a temperature control unit controlling the inner temperature of the second insulation case by controlling at least one among the cooling unit, heating unit, or the heat pump unit according to the desirable temperature of the second insulation case and controlling each inner temperatures of the first insulation cases by controlling the air conditioning units according to each desirable temperatures of the first insulation cases.
Abstract translation: 本发明涉及一种用于无人驾驶飞行器的温度控制装置，用于定期地保持安装在飞行器上的电气部件的温度。 无人驾驶飞行器的温度控制装置包括：绝缘单元，其将电气部件双重绝缘，并且由电气部件操作时分别容纳各温度不同的电气部件的第一绝缘壳体构成，第二绝缘壳体接收全部 第一绝缘箱; 冷却单元，形成在所述第二绝缘壳体的一侧上，并且在与外部空气进行热交换的同时降低所述第二绝缘壳体的内部温度; 加热单元，形成在所述第二绝缘壳体的另一侧，并且通过加热来增加所述第二绝缘壳体的内部温度; 热泵单元，通过选择性地将冷却剂循环到飞行器的冷却源或加热源，将冷空气或热空气供应到第二绝缘壳体的内部; 形成在所述第一绝缘壳体的每一个上的空调单元，并且控制从所述第二绝缘壳体循环到每个所述第一绝缘壳体的空气量; 以及温度控制单元，其通过根据所述第二绝缘壳体的所需温度控制所述冷却单元，加热单元或所述热泵单元中的至少一个来控制所述第二绝缘壳体的内部温度，并且控制所述第一绝缘壳体的内部温度 通过根据第一绝缘壳体的每个期望温度控制空调单元的绝缘箱。
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Patent Agency Ranking26.发明公开
公开(公告)号：KR1020140043512A
公开(公告)日：2014-04-10
申请号：KR1020120103768
申请日：2012-09-19
Applicant: (주)스마텍
CPC classification number: G01D5/24452 , G01D18/008 , G01R33/0082 , G01R33/09
Abstract: The present invention relates to a method for measuring positions by correcting temperatures in a precision device for measuring positions using a magnetoresistive sensor and a magnetoresistive sensor module mounted on the precision device to measure positions using the same. The present invention provides a method for measuring the positions of a moving unit of a precision device to be corrected according to temperatures comprises a step of setting a magnetoresistance reference value (step 1); a step of storing a measured magnetoresistance reference value according to measured temperature changes of the precision device (step 2); a step of setting and storing a magnetoresistance value for different temperatures (step 3); a step of repeatedly setting and storing magnetoresistance values by repeating the step 2 and 3 when temperature changes are detected while the precision device operates during the step 2 and 3 (step 4); and a step of measuring the position of the moving unit (step 5). Also, the present invention provides a temperature correctable magnetoresistive sensor module comprising a magnetoresistive sensor (100), a variable amplification amplifier module (300), an A/D conversion unit (400), a microprocessor (500), a controller (510), a memory storage device (600), and a temperature sensor (700).
Abstract translation: 本发明涉及通过使用安装在精密装置上的磁阻传感器和磁阻传感器模块来测量位置的精密装置中的温度校正温度来测量位置的方法，以测量使用该位置的位置。 本发明提供一种用于测量根据温度校正的精密装置的移动单元的位置的方法，包括设置磁阻参考值的步骤（步骤1）; 根据测量的精密装置的温度变化来存储测量的磁阻参考值的步骤（步骤2）; 设定和存储不同温度的磁阻值的步骤（步骤3）; （步骤4），在精密装置动作时检测出温度变化时重复步骤2和3的重复设定和存储磁阻值的步骤。 以及测量移动单元的位置的步骤（步骤5）。 另外，本发明提供一种温度校正磁阻传感器模块，其包括磁阻传感器（100），可变放大放大器模块（300），A / D转换单元（400），微处理器（500），控制器（510） ，存储器存储装置（600）和温度传感器（700）。
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公开(公告)号：KR101281339B1
公开(公告)日：2013-07-02
申请号：KR1020120003266
申请日：2012-01-11
Applicant: (주)스마텍
Abstract: PURPOSE: A double shock wave inspecting device is provided to effectively inspect the shock resistance of equipment receiving double shock waves. CONSTITUTION: A double shock wave inspecting device comprises a speed generator assembly (1) and a trolley assembly (2) for collision. The speed generator assembly is operated by oil pressure or air pressure and generates a required speed by pushing a piston with high pressure. The trolley assembly for collision collides with a test bed (3) at a high speed, thereby generating positive acceleration, which is a primary waveform, by a spring. The trolley assembly for collision collides with a secondary waveform generator assembly (4), thereby generating negative acceleration, which is a secondary waveform, by the spring and a variable damper type waveform regulator assembly (5) operated by oil-and-air pressure or an MR fluid.
Abstract translation: 目的：提供双冲击波检测装置，有效检测双冲击波设备的抗震性能。 构成：双冲击波检查装置包括用于碰撞的速度发生器组件（1）和手推车组件（2）。 变速发电机组件通过油压或空气压力运转，并通过推动高压活塞产生所需速度。 用于碰撞的手推车组件以高速与试验台（3）碰撞，从而通过弹簧产生作为主要波形的正加速度。 用于碰撞的手推车组件与次级波形发生器组件（4）碰撞，由此通过弹簧和由油和空气压力操作的可变阻尼器型波形调节器组件（5）产生作为次级波形的负加速度，或 MR流体。
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公开(公告)号：KR1020130025471A
公开(公告)日：2013-03-12
申请号：KR1020110088776
申请日：2011-09-02
Applicant: (주)스마텍
CPC classification number: G01B7/14 , G01D1/12 , G01D18/008
Abstract: PURPOSE: A distance measurement signal processing device using a resolver and a method thereof are provided to detect a minimum value and a maximum value of amplified cosine wave signals and sine wave signals of the resolver, thereby accurately detecting a distance. CONSTITUTION: A distance measurement signal processing device using a resolver(10) comprises an amplifying circuit(120), a filter(130), an AD converter(140), and a micro computer(150). The resolver generates first cosine wave signals and first sine wave signals output according to a distance. The amplifying circuit amplifies the first cosine and sine wave signals into second cosine and sine wave signals. The filter removes noise of the amplified second cosine and sine wave signals. [Reference numerals] (10) Resolver; (110) Excitation circuit; (120) Amplifier; (130) Filter; (150) S/W digital filter; (AA) Microcomputer; (BB) Memory device; (CC,140) AD converter; (DD) Excitation signal; (EE) Second sine wave; (FF) Second cosine wave; (GG) First sine wave; (HH) First cosine wave
Abstract translation: 目的：提供使用解算器的距离测量信号处理装置及其方法，以检测分解器的放大余弦波信号和正弦波信号的最小值和最大值，从而精确地检测距离。 构成：使用解算器（10）的距离测量信号处理装置包括放大电路（120），滤波器（130），AD转换器（140）和微计算机（150）。 解算器根据距离产生第一余弦波信号和第一正弦波信号。 放大电路将第一余弦和正弦波信号放大为第二余弦和正弦波信号。 该滤波器消除放大的第二余弦和正弦波信号的噪声。 （附图标记）（10）旋转变压器; （110）励磁回路; （120）放大器; （130）过滤器; （150）S / W数字滤波器; （AA）微机; （BB）存储设备; （CC，140）AD转换器; （DD）励磁信号; （EE）二次正弦波; （FF）二次余弦波; （GG）第一正弦波; （HH）第一余弦波
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公开(公告)号：KR1020060114098A
公开(公告)日：2006-11-06
申请号：KR1020050035223
申请日：2005-04-27
Applicant: (주)스마텍
CPC classification number: A61L9/14 , A61L9/00 , A61L2209/11 , A61L2209/111 , A61L2209/134
Abstract: An intelligent deodorant system is provided to remove a bad smell and to purify an air effectively using the minimum quantity of deodorant by checking an extent of diffusion of various bad smells generated in an opened space. The intelligent deodorant system includes: an evaporation device part having a detecting device comprising plural bad smell sensors(50) for detecting a generation extent of a bad smell gas, a nozzle(95) for spraying a deodorant, control devices(60,70,80) for controlling an air flow rate and a spraying rate, and a control motor(90) for controlling a blowing direction; a deodorant supply part having a tank(32) with an ultrasonic sensor(20) for measuring the quantity of the deodorant, a pump(31) for supplying the deodorant to the spray nozzle, and a control device(30); a system monitoring device(10); and a remote manage device(110).
Abstract translation: 提供一种智能除臭系统，通过检查在开放空间中产生的各种不良气味的扩散程度，通过使用最少量的除臭剂来有效地消除不良气味并净化空气。 智能除臭系统包括：具有检测装置的蒸发装置部分，该检测装置包括用于检测不良气味产生程度的多个不良气味传感器（50），用于喷洒除臭剂的喷嘴（95），控制装置（60,70， 80），用于控制空气流量和喷射速度;以及控制电动机（90），用于控制吹出方向; 具有用于测量除臭剂量的超声波传感器（20）的罐（32）的除臭剂供给部件，用于向喷雾喷嘴供给除臭剂的泵（31）和控制装置（30）; 系统监视装置（10）; 和远程管理设备（110）。
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公开(公告)号：KR102125003B1
公开(公告)日：2020-06-19
申请号：KR1020180164932
申请日：2018-12-19
Applicant: (주)스마텍
Inventor： 정순배
IPC: F16H61/438 , F16H3/44 , F16H61/66
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