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    • 1. 发明申请
    • FABRICATION STRUCTURE OF GAS CYLINDER VALVE FOR CHAIR HIGH AND LOW CONTROL
    • 气门高低阀座气门阀的制造结构
    • WO2009072840A2
    • 2009-06-11
    • PCT/KR2008007212
    • 2008-12-05
    • KIM JI YONGHAN JAE SUN
    • KIM JI YONGHAN JAE SUN
    • A47C3/30
    • A47C3/30F16F9/0263
    • An assembly structure of a gas cylinder valve for adjusting chair seat height is disclosed. The valve is installed in the inside of the gas cylinder of a chair. The structure is installed in the valve and controls the up/down sliding motion of the opening-closing pin and the gas flow through the gas flow passage. The first locking groove and the first locking protrusion are formed at the lower portion of the valve body. The cap is coupled to the valve body and horizontally supports the pin guide and O-rings, which are installed in the inside of the valve body in which a guide for the opening-closing pin is installed. The second locking protrusion and the second locking groove are compulsorily coupled to each other. Therefore, the assembly structure of the gas cylinder valve can prevent the valve body from fissuring, compared to the conventional valve assembly structure where the valve is assembled with the valve body by a caulking operation. Also, the assembly structure provides a gas sealing force that can adjust and maintain the seat height according to a user's sitting state. Furthermore, the assembly structure can prevent the quality deterioration of the gas cylinder applied to a chair.
    • 公开了一种用于调节椅座高度的气瓶阀的组装结构。 阀门安装在椅子的气瓶内部。 该结构安装在阀门中,并控制开闭销的上下滑动运动和通过气流通道的气流。 第一锁定槽和第一锁定突起形成在阀体的下部。 盖与阀体结合并且水平地支撑销引导件和O形环,O形环安装在安装有用于开闭销的引导件的阀体的内部。 第二锁定突起和第二锁定槽彼此强制联接。 因此,与通过铆接操作将阀与阀体组装在一起的传统阀组件结构相比,气瓶阀的组装结构可以防止阀体裂开。 而且,组装结构提供气密封力,其可根据使用者的坐着状态来调节和保持座椅高度。 此外,该组装结构可以防止施加到椅子上的气瓶的质量变差。
    • 2. 发明申请
    • TENSIONING DEVICE
    • 拉伸装置
    • WO2010036868A2
    • 2010-04-01
    • PCT/US2009058336
    • 2009-09-25
    • BORGWARNER INCKIM JI YONG
    • KIM JI YONG
    • F16H7/10F16H7/08
    • F16H7/08F16H2007/0808F16H2007/0853F16H2007/0874F16H2007/0893F16H2007/0897
    • ISSUE: A chain tensioning device with a short center distance that can impart a tensioning force to a plurality of chain spans at the same time with a simple structure. MEANS OF RESOLUTION: A tensioning device 1 includes a first tensioner arm 2 having an arm part 20 disposed outside a chain span C1 and a flange part 21 integrated with the arm part 20 and projecting toward the internal space between chain spans C1, C2, a second tensioner arm 3 having an arm part 30 disposed outside a chain span C2 and a flange part 31 integrated with the arm part 30, projecting toward the internal space between chain spans C1, C2, and overlapping the flange part 21, a linking part pivotably linking the flange parts 21, 31 at the overlapping portion of the flange parts 21, 31, and a tensioner 4 urging the first tensioner arm 2 toward the chain span C1.
    • 问题:具有短的中心距离的链条张紧装置能够以简单的结构同时向多个链跨度施加张紧力。 解决方案:张紧装置1包括第一张紧器臂2,其具有设置在链跨C1外部的臂部20和与臂部20一体形成并朝向链跨C1,C2之间的内部空间突出的凸缘部21 第二张紧臂3具有设置在链条跨度C2外侧的臂部30和与臂部30成一体的凸缘部31,朝向链跨C1,C2之间的内部空间突出并且与凸缘部21重合, 将凸缘部21,31的凸缘部21,31与凸缘部21,31的重叠部分和将第一张紧臂2朝向链条跨度C1推压的张紧器4相连。
    • 3. 发明申请
    • FABRICATION STRUCTURE OF GAS CYLINDER VALVE FOR CHAIR HIGH AND LOW CONTROL
    • WO2009072840A3
    • 2009-06-11
    • PCT/KR2008/007212
    • 2008-12-05
    • KIM, Ji YongHAN, Jae Sun
    • KIM, Ji YongHAN, Jae Sun
    • A47C3/30
    • An assembly structure of a gas cylinder valve for adjusting chair seat height is disclosed. The valve is installed in the inside of the gas cylinder of a chair. The structure is installed in the valve and controls the up/down sliding motion of the opening-closing pin and the gas flow through the gas flow passage. The first locking groove and the first locking protrusion are formed at the lower portion of the valve body. The cap is coupled to the valve body and horizontally supports the pin guide and O-rings, which are installed in the inside of the valve body in which a guide for the opening-closing pin is installed. The second locking protrusion and the second locking groove are compulsorily coupled to each other. Therefore, the assembly structure of the gas cylinder valve can prevent the valve body from fissuring, compared to the conventional valve assembly structure where the valve is assembled with the valve body by a caulking operation. Also, the assembly structure provides a gas sealing force that can adjust and maintain the seat height according to a user's sitting state. Furthermore, the assembly structure can prevent the quality deterioration of the gas cylinder applied to a chair.
    • 4. 发明申请
    • AIR REMOVING APPARATUS
    • 空气拆卸设备
    • WO2007007932A1
    • 2007-01-18
    • PCT/KR2005/002986
    • 2005-09-09
    • WOONGJIN COWAY CO., LTDKIM, Ji-Yong
    • KIM, Ji-Yong
    • E03D9/08
    • F24D19/087F16K24/04F28F2265/18
    • An air removing apparatus for an instantaneous water heating type heat exchanger, includes a main body, a diaphragm, and a check valve. The main body has, at an outer surface thereof, an inlet pipe and an outlet pipe, and the outlet pipe is arranged underneath the inlet pipe. The diaphragm is disposed in a horizontal direction in the main body between the inlet pipe and the outlet pipe, and the diaphragm has small holes perforated therethrough. The check valve is communicated to a top of the main body. The main body is formed of a plurality of divided members stacked into a layer. The inlet pipe is extended into the main body and communicated to an L-shaped injection pipe. The injection pipe has an inner end expanded into a semi-spherical shape. Each of the small holes of the diaphragm has a diameter of 0.5mm to 1.0mm. The check valve is constituted by a check valve casing and a valve. The valve includes a valve plate having a surface area wider than that of a stopper protrusion, and a valve shaft. The air removing apparatus of the present invention prevents a heating unit of a heater from being locally over-heated and broken or cracked. The temperature anomaly of the hot water discharged from the instantaneous water heater is reduced to thereby stabilize water temperature and protect the heater. The air removing apparatus of the present invention is provided with improved durability and operating reliability, and simple in configuration and excellent in efficiency.
    • 一种瞬时热水式热交换器的除气装置,包括主体,隔膜和止回阀。 主体的外表面具有入口管和出口管,出口管布置在入口管的下方。 隔膜在入口管和出口管之间的主体中沿水平方向设置,并且隔膜具有穿过其的小孔。 止回阀与主体的顶部连通。 主体由堆叠成一层的多个分割构件形成。 入口管延伸到主体中并与L形注射管连通。 注射管具有膨胀成半球形的内端。 隔膜的每个小孔的直径为0.5mm至1.0mm。 止回阀由止回阀壳体和阀构成。 该阀包括具有比止动突起更宽的表面积的阀板和阀轴。 本发明的除气装置防止加热器的加热单元局部过热,断裂或破裂。 从瞬时热水器排出的热水的温度异常降低,从而稳定水温并保护加热器。 本发明的除气装置具有改善的耐久性和操作可靠性,构造简单且效率优异。
    • 7. 发明申请
    • SAMPLE COLLECTION APPARATUS FOR ANALYSIS OF AIR POLLUTION COMPRESSING MOISTURE PRETREATMENT MEANS
    • 空气污染物压缩预防措施分析样品收集装置
    • WO2006049434A1
    • 2006-05-11
    • PCT/KR2005/003688
    • 2005-11-03
    • KONKUK UNIVERSITY INDUSTRIAL COOPERATION CORPKIM, Jo ChunKIM, Ki JoonKIM, Ji Yong
    • KIM, Jo ChunKIM, Ki JoonKIM, Ji Yong
    • G01N1/22
    • G01N1/2273G01N1/2205G01N2001/2282
    • Disclosed herein is a sample collection apparatus which comprises a pretreatment unit arranged in front of a sample collection section to remove moisture, a first Peltier trap positioned at the lower side of the pretreatment unit to perform cooling condensation and thermal desorption, a switching valve connected to the rear of the pretreatment unit to determine flow paths through first, second, third and fourth ports, a sample collection section arranged at the rear of the switching valve to collect samples, a second Peltier trap positioned at the lower side of the sample collection section to perform thermal desorption, a first air pump connected to the second port of the switching valve to intake air, a second air pump connected to the rear of the sample collection section to intake and exhaust air, and a sample analyzer connected to the fourth port of the switching valve to analyze the samples.
    • 本文公开了一种样品收集装置,其包括布置在样品收集部分前面以去除水分的预处理单元,位于预处理单元下侧的第一珀尔帖阱,以进行冷凝和热解吸,切换阀连接到 所述预处理单元的后部以确定通过第一,第二,第三和第四端口的流动路径,布置在所述切换阀的后部以收集样品的样品收集部分,位于所述样品收集部分的下侧的第二珀尔贴陷阱 进行热解吸,将连接到切换阀的第二端口的第一空气泵进入吸入空气,连接到样品收集部的后部以吸入和排出空气的第二空气泵,以及连接到第四端口的样品分析器 的开关阀来分析样品。
    • 10. 发明公开
    • 양식 진주의 진주 핵과 진주층의 방사선 처리 여부 감별 방법
    • 用于鉴定培育的珍珠的紫外线和非辐射珍珠核和珍珠棉的方法
    • KR20150063342A
    • 2015-06-09
    • KR20150069876
    • 2015-05-19
    • KIM HEA YEONKIM JI YONG
    • KIM HEA YEONKIM JI YONG
    • G01N24/10G01N1/06G01N1/10G01N1/28
    • 본발명은양식진주의진주핵 및진주층의방사선처리여부감별방법에관한것으로, 더욱상세하게는양식진주핵 또는진주층을분말로분쇄하여시료를준비하는단계; 상기시료를건조하는단계; 상기건조된시료를전자스핀공명(Electron Spin ResonanceESR) 측정기또는전자상자성공명(Electron Paramagnetic Resonance; EPR) 측정기로측정하는단계; 및얻어진스펙트럼의 g-수치를확인하여방사선처리/미처리여부를판정하는단계를수행하는양식진주의진주핵 및진주층의방사선처리여부감별방법에관한것이다. 본발명에의해양식진주의진주핵 및진주층에대한방사선처리여부를감별함으로써보다신뢰도가높은판단기준을세울수 있다.
    • 本发明涉及一种用于鉴定培养珍珠的珍珠核和珍珠珍珠系的照射和未照射状态的方法,更具体地,涉及用于鉴定珍珠核和珠光珍珠母的照射和未照射状态的方法 培养的珍珠,包括:通过研磨培养的珍珠核或培养的珍珠珍珠石来制备测试样品的步骤; 测试样品脱水的步骤; 通过电子自旋共振(ESR)仪或电子顺磁共振(EPR)仪测量干燥的测试样品的步骤; 以及检查从测量获得的g值并确定照射和未照射状态的步骤。 通过根据本发明的照射和未照射状态的识别可以建立或更可靠的确定标准。