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    • 3. 发明公开
    • 가연성폐기물 압축장치
    • 压缩机用于可燃性废物
    • KR1020090014889A
    • 2009-02-11
    • KR1020070079211
    • 2007-08-07
    • 한국원자력연구원한국수력원자력 주식회사
    • 이원경유길성윤지섭정원명구정회이은표조일제국동학권기찬홍동희
    • G21F9/28
    • G21F9/28B09B3/0025Y02W30/20
    • A compressor for combustible waste is provided to secure safety of an operator by removing dust, fine material, contaminant or radioactive substance included in combustible waste through a suction filter and a HEPA(High Efficiency Particulate Arrestor) filter. A compressor(1) for combustible waste comprises a compressive unit(100), a suction unit(200) and a filter unit(300). A compressive unit compresses combustible waste. The suction unit inhales the air from the compressive unit. The filter unit comprises a suction filter(310,320) and a HEPA filter(330). The suction filter filters at least one among dust, minute particle and contaminant. The HEPA filter filters radioactive substance. The filter unit filters dust, minute particle, contaminant or radioactive substance from the inhaled air. An opening is formed in one side of the compressive unit. The opening is combined with the suction unit. The compressive unit comprises a pocket part(110) of film material.
    • 提供可燃废物的压缩机,以通过吸入过滤器和HEPA(高效率微粒捕集器)过滤器除去可燃废物中包含的灰尘,细小物料,污染物质或放射性物质来确保操作人员的安全。 一种用于可燃废物的压缩机(1)包括压缩单元(100),抽吸单元(200)和过滤单元(300)。 压缩单元压缩可燃废物。 抽吸单元从压缩单元吸入空气。 过滤器单元包括抽吸过滤器(310,320)和HEPA过滤器(330)。 吸尘过滤器过滤至少一种灰尘,微小颗粒和污染物。 HEPA过滤器过滤放射性物质。 过滤器过滤器从吸入的空气中过滤灰尘,微小颗粒,污染物质或放射性物质。 在压缩单元的一侧形成开口。 开口与抽吸单元组合。 压缩单元包括膜材料的袋部(110)。
    • 5. 发明授权
    • 방사선원항 평가 장치 및 방법
    • 评估辐射源的装置和方法
    • KR101241463B1
    • 2013-03-11
    • KR1020110112641
    • 2011-11-01
    • 한국원자력연구원한국수력원자력 주식회사
    • 조동건최종원최희주이종열박정호국동학
    • G21C17/10
    • G21C17/063G01T1/167Y02E30/40
    • PURPOSE: An apparatus and method for evaluating radioactive source terms are provided to reduce calculation time for deducing radioactive source terms by modularizing each calculation process for the radioactive source terms. CONSTITUTION: A searching unit(101) searches nuclear fuel information according to a nuclear fuel assembly from a database(123). A combustion and cooling calculation unit(103) calculates one of combustion or cooling using the nuclear fuel information and includes a combustion and cooling calculation part(105), a combustion calculation part(107), and a cooling calculation unit(109). A deducing unit(111) deduces the radioactive source terms according to the nuclear fuel assembly based on the calculation result and includes a mixed composition calculation unit(113), a nuclide separation calculation unit(115), and a radiation calculation unit(117). [Reference numerals] (101) Searching unit; (105) Combustion and cooling calculation part; (107) Combustion calculation part; (109) Cooling calculation unit; (113) Mixed composition calculation unit; (115) Nuclide separation calculation unit; (117) Radiation calculation unit; (119) Order calculation unit; (121) Execution unit; (AA) Nuclear fuel characteristic information; (BB) Core physics variable information; (CC) Combustion cooling history; (DD) Neutron flux distribution
    • 目的:提供用于评估放射源术语的装置和方法,以减少放射源术语的计算时间,通过对放射源术语的每个计算过程进行模块化。 构成:搜索单元(101)根据来自数据库的核燃料组件(123)搜索核燃料信息。 燃烧和冷却计算单元(103)使用核燃料信息计算燃烧或冷却中的一个,并且包括燃烧和冷却计算部(105),燃烧计算部(107)和冷却计算单元(109)。 推算单元(111)基于计算结果推断出核燃料组件的放射源项,并包括混合成分计算单元(113),核素分离计算单元(115)和辐射计算单元(117) 。 (附图标记)(101)搜索单元; (105)燃烧和冷却计算部分; (107)燃烧计算部分; (109)冷却计算单元; (113)混合组合计算单位; (115)核素分离计算单元; (117)辐射计算单位; (119)订单计算单位; (121)执行单位; (AA)核燃料特性信息; (BB)核心物理变量信息; (CC)燃烧冷却历史; (DD)中子通量分布
    • 7. 发明授权
    • 핫셀 장비 반/출입형 리어 도어 시스템
    • 用于转移热电池设备的后门系统
    • KR100775762B1
    • 2007-11-09
    • KR1020060058578
    • 2006-06-28
    • 한국원자력연구원한국수력원자력 주식회사
    • 이은표유길성윤지섭정원명구정회조일제국동학권기찬이원경
    • G21F7/047G21F7/00
    • G21F7/005G21Y2002/301G21Y2002/401G21Y2002/501G21Y2004/30
    • A rear door system for transferring a hot cell equipment is provided to perform a work smoothly and prevent a worker from an accident by transferring the hot cell equipment having a large amount of radiation to the inside and the outside of the hot cell. A rear door system for transferring a hot cell equipment includes a rear door(10), a moving table(20), a driving unit(30), a fixed working table(40), a separating type table(50), a hot cell crane hook(60) and a service region crane hook. The rear door is movably coupled to a hot cell rear wall to be closed or opened. The moving table is movably coupled to a lower part of a front plane of the rear door. The driving unit moves the rear door to a lower part of the rear door. The fixed working table is located on an upper part of the moving table, and is horizontally installed to be fixed inside the hot cell. The separating type table is separately installed on the fixed working table. The hot cell crane hook and the service region crane hook are installed inside and outside the hot cell.
    • 提供用于传送热电池设备的后门系统,以平稳地进行工作,并且通过将具有大量辐射的热电池设备转移到热电池的内部和外部来防止工人发生事故。 用于传送热电池设备的后门系统包括后门(10),移动台(20),驱动单元(30),固定工作台(40),分离式工作台(50),热 电池吊钩(60)和服务区起重机吊钩。 后门可移动地联接到热单元后壁以被关闭或打开。 移动台可移动地联接到后门的前平面的下部。 驱动单元将后门移动到后门的下部。 固定工作台位于移动台的上部,水平安装固定在热电池内。 分离式工作台分别安装在固定工作台上。 热电池吊钩和服务区起重机吊钩安装在热电池内外。
    • 10. 发明公开
    • 사용후핵연료용 크리프 시험장치
    • 用于燃油核燃料试验的装置
    • KR1020120118200A
    • 2012-10-26
    • KR1020110035634
    • 2011-04-18
    • 한국원자력연구원
    • 양용식국동학권형문장정남최종원
    • G21C17/06G21C23/00
    • G21C17/06G21C23/00Y02E30/40
    • PURPOSE: A creep test device for spent fuels is provided to constantly maintain a size of pressure provided to a specimen even though a creep test environment is suddenly changed. CONSTITUTION: A test unit(10) heats a specimen including spent fuels. The test unit provides a test environment of the specimen. A pressure unit(20) provides first pressure to the specimen. A control unit(30) constantly maintains a size of the first pressure of the pressure unit by connecting the test unit to a test environment change of the specimen. The control unit selectively changes the first pressure in the pressure unit into second pressure to maintain pressure.
    • 目的:提供一种用于乏燃料的蠕变试验装置,以便即使蠕变试验环境突然改变,也能始终保持提供给样品的压力大小。 构成:测试单元(10)加热包含乏燃料的试样。 测试单元提供样品的测试环境。 压力单元(20)向样品提供第一压力。 控制单元(30)通过将测试单元连接到样本的测试环境变化来始终保持压力单元的第一压力的大小。 控制单元选择性地将压力单元中的第一压力改变为第二压力以保持压力。