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    • 1. 发明公开
    • 휴대용 초정밀 동기 시계장치
    • KR1019990080144A
    • 1999-11-05
    • KR1019980013157
    • 1998-04-14
    • 한국지질자원연구원
    • 정현기최종호송윤호정승환
    • G04G7/00
    • 본 발명은 휴대용 초정밀 동기 시계장치에 관한 것으로, 그 목적은 시계장치의 동기화, 발생주파수의 설정 및 동기 신호의 출력 빈도 등을 자유자재로 소프트웨어를 통해 조절되는 시계장치를 제공하는데 있다.
      본 발명의 구성은 시계장치의 동기화, 발생주파수의 설정 및 동기 신호의 출력 빈도 등을 제어하는 소프트웨어를 내장한 개인용 컴퓨터(1)와 ; 이 컴퓨터의 병렬접속단자를 통해 시계장치의 직렬/ 병렬 연결 변환 접속부(2)를 거쳐 연결되는 주파수 카운터(6)와 ; 이 주파수 카운터(6)와 연결되어 전원이 공급되면 5 MHz의 구형파를 발생시키며 포텐쇼메터(3)가 연결된 수정진동자(4)와 ; 상기 주파수카운터(6)로부터 입력된 신호에 따라 프로그램에서 정해진 바에 따라 지속적인 구형파(100kHz)를 계측기(5)에 출력시키는 버퍼회로(7)와 ; 상기 주파수카운터(6)로부터 입력된 신호에 따라 프로그램에서 정해진 바에 따라 매 30초마다 동기 신호를 계측기(5)에 출력시키는 논리변환검출회로(9)와 ; 상기 주파수카운터(6)로부터 입력된 신호에 따라 프로그램에서 정해진 바에 따라 매초마다 1Hz를 발생시키는 주파수반감회로(8)와 ; 이 주파수반감회로(8)와 연결되어 동기화 이후의 경과시간을 표시해주는 LED표시부(1O)로 구성된다.
    • 2. 发明授权
    • 굴착공 내에서 굴착 비트를 인출하는 굴착 비트 인출장치
    • 用于在挖掘孔中挖掘钻头的装置
    • KR101287456B1
    • 2013-07-19
    • KR1020130041987
    • 2013-04-17
    • 한국지질자원연구원
    • 이창범송윤호이철우김형찬이태종
    • E21B31/00E21B31/12E21B10/64E21B12/04
    • E21B31/12E21B10/62E21B17/042
    • PURPOSE: An excavation bit drawing device drawing an excavation bit in an excavation hole is provided to correct a point of the excavation bit in the excavation hole and to draw the excavation bit to the outside of the excavation hole. CONSTITUTION: An excavation bit drawing device (100) drawing an excavation bit (3) in an excavation hole comprises a tip unit (110), a guide unit (120), a stop unit (130), and an excavation bit position fixing unit (140). The upper end of the tip unit is connected to the end of a rod, and the lower end of the tip unit comprises a connection unit (111) connected to the excavation bit. The guide unit is mounted on an outer circumference of the tip unit in order to slide in a longitudinal direction. The stop unit is integrally installed in the lower part of the tip unit and prevents the guide unit from being separated from the tip unit. The excavation bit position fixing unit matches the center of the excavation bit and the center of the tip unit.
    • 目的:提供挖掘孔中挖掘钻头的挖掘钻头拉丝装置,以校正挖掘孔中的挖掘钻头的一点,并将挖掘钻头拉到挖掘孔的外侧。 构成:在挖掘孔中绘制挖掘钻头(3)的挖掘钻头拉拔装置(100)包括尖端单元(110),引导单元(120),停止单元(130)和挖掘钻头位置固定单元 (140)。 尖端单元的上端连接到杆的端部,并且尖端单元的下端包括连接到挖掘钻头的连接单元(111)。 引导单元安装在末端单元的外圆周上以便沿纵向方向滑动。 停止单元一体地安装在末端单元的下部,并且防止引导单元与尖端单元分离。 挖掘钻头位置固定单元与挖掘钻头的中心和末端单元的中心相匹配。
    • 3. 发明授权
    • 해저열수광상탐사용 전자탐사 장치
    • 用于检测海底热沉积的电磁装置
    • KR101217545B1
    • 2013-01-02
    • KR1020120062573
    • 2012-06-12
    • 한국지질자원연구원
    • 이성곤박인화이태종송윤호최지향
    • G01V3/165G01V3/10
    • PURPOSE: A submarine hydrothermal deposit detection electronic device by installing a transmitting coil around a huge external frame for detecting submarine hydrothermal deposits in a wide range is provided to facilitate marine flooding and resolve the instability of a first magnetic field by a transmitting coil. CONSTITUTION: An submarine hydrothermal deposit detection electronic device(1) comprises an external frame(100), a connecting frame(200), a transmitting coil(300), a receiving coil(400), a bucking coil(500). The connecting frame connects both end parts of the external frame. The transmitting coil, installed at the external frame, forms a first magnetic field. The receiving coil, installed at a central part of a connecting frame, detects the magnitude of a second magnetic field formed on seafloor by the first magnetic field. The bucking coil is extended from the transmitting coil and is installed at the central part of the connecting frame apart from an outer periphery of the receiving coil. The bucking coil eliminates contribution of the first magnetic field from the detected magnitude of magnetic field of the receiving coil.
    • 目的:提供一种海底热液沉积物检测电子装置,通过在巨大的外部框架周围安装一个传感线圈,用于检测大范围的海底热液沉积物,以促进海洋淹没,并通过发射线圈解决第一磁场的不稳定性。 构造:海底热液沉积物检测电子设备(1)包括外框(100),连接框架(200),发射线圈(300),接收线圈(400),抗弯线圈(500)。 连接框架连接外框的两端部。 安装在外框上的发射线圈形成第一磁场。 安装在连接框架的中心部分处的接收线圈通过第一磁场检测在海底上形成的第二磁场的大小。 起吊线圈从发射线圈延伸并且安装在连接框架的中心部分,与接收线圈的外周隔开。 抵消线圈消除了来自接收线圈的检测到的磁场强度的第一磁场的贡献。
    • 6. 发明公开
    • 지중열교환기
    • 热交换器
    • KR1020110027280A
    • 2011-03-16
    • KR1020090085294
    • 2009-09-10
    • 한국지질자원연구원삼양에코너지 주식회사삼양이엔피주식회사
    • 이철우송윤호박준언강병찬
    • F25B30/06F24J3/08
    • F24T10/20Y02E10/14F25B30/06
    • PURPOSE: An underground heat exchanger using aquifer underground water is provided to easily implement a water pumping process by additionally including a submerged pump in an inner casing. CONSTITUTION: An underground heat exchanger(20) pumps underground water from the sub-layer of aquifer. The underground water is injected into the upper layer of the aquifer. The underground heat exchanger includes a dual pipe shaped casing composed of an external casing(25) and an internal casing(23). The external casing includes a partition. The partition separates the external casing into an injection part and a pumping part. The underground water is injected through the injection part, and the underground water is pumped through the pumping part. The internal casing includes a submerged pump(27).
    • 目的:提供使用含水层地下水的地下热交换器,以便通过在内壳中另外包括浸没式泵来轻松实施抽水过程。 构成:地下热交换器(20)从含水层子层抽取地下水。 地下水被注入含水层的上层。 地下热交换器包括由外壳(25)和内壳(23)组成的双管形壳体。 外壳包括隔板。 隔板将外壳分成注射部分和泵送部分。 地下水通过注射部分注入,地下水被泵送通过泵送部分。 内部壳体包括浸没泵(27)。
    • 8. 发明公开
    • 공경검층을 통한 균열의 해석 방법 및 이 방법을 수행하기위한 프로그램이 저장된 기록매체
    • 通过计算机记录分析碎片的方法和记录方法存储的程序的记录介质
    • KR1020090097058A
    • 2009-09-15
    • KR1020080022225
    • 2008-03-10
    • 한국지질자원연구원
    • 이철우송윤호이태종
    • E21B47/00G01V3/00
    • E21B47/124E21B47/022E21B47/10G01V3/34G01V2210/6169
    • A method of analyzing a crack through a caliper logging and a recording media in which the program for practicing the method are provided to analyze the slope formed in the underground medium and the direction of the slope by obtaining the information about the relative position between peak points which are contact points with a crack formed inside a bore hole due to a probe member and a crack plane by a caliper logging. A method of analyzing a crack through a caliper logging is composed of the steps of forming a bore hole(110) through a crack plane(120) formed in the underground medium, deeply inserting a caliper(200) in the bore hole to make probe members(210) positioned at the lower part of the crack plane inside the bore hole, checking the relative position between peak points which contacts with the probe members by moving the caliper to the upper part in a crack gap(120T), calculating the crack plane slope angle formed about a horizontal cross section, and calculating the slope direction of the crake plane using the relative position between peak points.
    • 一种通过卡尺测井法和记录介质分析裂纹的方法,其中提供了用于实施该方法的程序,以通过获得关于峰值点之间的相对位置的信息来分析形成在地下介质中的斜率和斜率方向 其是由于探针构件而在孔内形成的裂纹的接触点和通过卡尺测井的裂纹平面。 通过卡钳测井分析裂纹的方法包括以下步骤:通过形成在地下介质中的裂纹平面(120)形成钻孔(110),将卡钳(200)深深地插入钻孔中以制造探针 位于钻孔内的裂纹平面下部的构件(210),通过将裂缝间隙(120T)中的卡尺移动到上部,检查与探针构件接触的峰值点之间的相对位置,计算裂纹 平面倾斜角,并使用峰值点之间的相对位置计算出刨面的倾斜方向。
    • 9. 发明授权
    • 시료의 스웰링 시험장치
    • 溶胀试验装置
    • KR100699950B1
    • 2007-03-26
    • KR1020050105516
    • 2005-11-04
    • 한국지질자원연구원
    • 박찬정용복송윤호
    • G01B13/02
    • A swelling test apparatus is provided to prevent displacement of a sample by measuring the displacement of the sample by using a cylindrical sample holder. In a swelling test apparatus, a bottom case(10) has a predetermined depth and opens a top portion thereof. A cover(20) is installed on a top portion of the bottom case. A sample(100) of a core shape, which is placed inside of the bottom case, is inserted into a sample holder(30) as being placed inside of the bottom case. The sample holder is formed in a shape of a cylinder to apply expansion pressure in a vertical direction by constraining the sample in a peripheral direction. A load cell(40) is installed on a top portion of the sample holder to measure the expansion pressure in the vertical direction when the sample absorbs moisture. And, a pressing unit(50) is installed so as to be connected to the cover through a screw and applies a predetermined pressure to the load cell.
    • 提供一种溶胀试验装置,以通过使用圆柱形样品保持器测量样品的位移来防止样品的移位。 在膨胀试验装置中,底壳(10)具有预定的深度并打开其顶部。 盖(20)安装在底壳的顶部。 放置在底壳内部的芯形样品(100)被插入到放置在底壳内部的样品保持器(30)中。 样品保持器形成为气缸的形状,通过沿周向限制样品在垂直方向施加膨胀压力。 当样品吸收水分时,称重传感器(40)安装在样品保持器的顶部以测量垂直方向上的膨胀压力。 并且,按压单元(50)被安装成通过螺钉连接到盖子上,并且向称重传感器施加预定的压力。
    • 10. 发明授权
    • 휴대용 초정밀 동기 시계장치
    • 便携式超精密同步时钟设备
    • KR100298026B1
    • 2001-10-25
    • KR1019980013157
    • 1998-04-14
    • 한국지질자원연구원
    • 정현기최종호송윤호정승환
    • G04G7/00
    • PURPOSE: A portable ultraprecision synchronous clock device is provided to easily control the synchronization, the setting of generation frequency and the output frequency of a synchronous signal through a software as well as to be synchronized by connecting a plurality of clocks to parallel connecting ports of a PC. CONSTITUTION: Software for controlling the synchronization, the setting of generation frequency and the output frequency of a synchronous signal is stored in a PC(1). A frequency counter(6) is connected to an A/D converter through the parallel connecting ports of the PC. A crystal oscillator(4) is connected to the frequency counter to generate a square wave of 5MHz. A buffer(7) outputs continuous square waves to a meter(5) in accordance with the signals input from the frequency counter. A logic conversion detector(9) outputs a synchronous signal every 30 seconds to the meter. A frequency half subtracter(8) generates 1 Hz every second in accordance with the signals input from the frequency counter. An LED(10) is connected to the frequency half subtracter to display the elapsed time after the synchronization.