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    • 21. 发明公开
    • 빗물유입차단장치
    • 防雨装置
    • KR1020130032471A
    • 2013-04-02
    • KR1020110096066
    • 2011-09-23
    • 김재훈
    • 김재훈
    • E04H9/14
    • E04H9/145
    • PURPOSE: A rainwater inflow blocking device is provided to control the blocking height according to the situation and to prevent flood damages by rapidly blocking rainwater. CONSTITUTION: A rainwater inflow blocking device comprises a shield(110), a support unit(130), and a foothold(150). The shied is connected to both sides of an inlet by a hinge and blocks the inflow of rainwater by comprising a unit shield connected to each other by a hinge. The shield is normally equipped on both sides of the inlet by being folded and blocks the inlet by being rotated. The unit shield is unfolded by an oblique tenon(120) when blocking the inlet. The foothold is equipped in the shield and allows people to cross over the shield and move.
    • 目的:提供雨水流入阻挡装置,根据情况控制堵塞高度,防止雨水迅速堵塞造成洪水损失。 构成:雨水流入阻断装置包括屏蔽件(110),支撑单元(130)和立柱(150)。 通过铰链连接到入口的两侧,通过包括通过铰链彼此连接的单元屏蔽来阻止雨水的流入。 屏蔽通常通过折叠进入入口的两侧并通过旋转而阻塞入口。 当阻挡入口时,单位屏蔽由斜榫(120)展开。 盾牌上设有立足点,让人们越过盾牌并移动。
    • 22. 发明授权
    • 창호를 이용한 자연 환기장치
    • 通风设备
    • KR101210422B1
    • 2012-12-13
    • KR1020110027130
    • 2011-03-25
    • 김재훈
    • 김재훈
    • E06B7/084F24F13/08
    • 본발명은창호를이용한자연환기장치는상호소정간격이격되어환기통로가형성되며길이방향으로각각제 1,2중공부들과공기유도부가형성된상하부프레임과, 상기상하부프레임의양측에각각결합되는것으로, 상기상부프레임의제1중공부와결합되는제 1결합돌기와하부프레임의제 2중공부에결합되는제 2결합돌기를가지는사이드프레임들과, 상기상부프레임의공기유도부의상부측에길이방향으로지지홈이형성되고, 이지지홈에상단부가회동가능하게지지되며길이방향으로플랩의회동을위한결합공이형성된플랩과, 적어도일측의사이드프레임에회전가능하게설치되며상지지지홈과결합되는회전돌기가마련된회전부재와, 상기사이드프레임의전면에설치된개구를통하여상기회전부재와결합되는레버와, 상기사이드프레임에회전부재에설치되어플랩의회전위치를고정하는회전위치고정유닛을구비하며, 상기사이드프레임에설치되어환기통로의양측가장자리를차단하여기밀성을높이는차폐부를구비한다.
    • 24. 发明公开
    • 로직회로를 이용한 전력용 변압기 자동 부하공급 제어 시스템 및 그 방법
    • 使用逻辑电路自动提供电力设备负载的控制系统及其方法
    • KR1020120052084A
    • 2012-05-23
    • KR1020100113540
    • 2010-11-15
    • 김재훈변종석
    • 김재훈변종석
    • H02J13/00H02J9/06
    • Y02B70/3291Y02B90/222Y04S20/12Y04S20/248
    • PURPOSE: A power transformer automatic load supply controlling system and method are provided to increase working efficiency of a power feed branch worker taking charge of a plurality of unmanned facilities by automatically converting load. CONSTITUTION: A malfunction event generation is detected(310). The attribute of a malfunction event is determined(320). A control signal for load conversion is generated(330) in case the malfunction event is internal malfunction of a transformer. Electrostatic load is automatically restored by converting load according to the control signal(340). The control signal automatically restores the electrostatic load through close and open commands of a set auto-restoring object device. The auto-restoring object device is selected, changed, and controlled by a user. The auto-restoring object device comprises a section circuit breaker and a bus-tie circuit breaker.
    • 目的:提供一种电力变压器自动负载供电控制系统和方法,通过自动转换负载,提高负责多个无人机设备的供电分支工作人员的工作效率。 构成:检测到故障事件发生(310)。 确定故障事件的属性(320)。 在故障事件是变压器的内部故障的情况下,产生用于负载转换的控制信号(330)。 通过根据控制信号转换负载,自动恢复静电负载(340)。 控制信号通过设置的自动恢复对象设备的关闭和打开命令自动恢复静电负载。 自动恢复对象设备被用户选择,改变和控制。 自动恢复对象装置包括断路器和总线断路器。
    • 27. 发明公开
    • 상부 구동식 주서기
    • 上驱动系统JUICER
    • KR1020110040803A
    • 2011-04-20
    • KR1020110021535
    • 2011-03-10
    • 김재훈
    • 김재훈
    • A47J19/02A23N1/02
    • A47J19/02A47J19/06
    • PURPOSE: An upper driving type juicer is provided to prevent juice from flowing into a motor even if the juice flows into the bottom of a screw. CONSTITUTION: An upper driving type juicer comprises a juice extraction module(100) and a driving part(200). The juice extraction module separates juice from residue and discharges the juice. The driving unit is installed on the top of the juice extraction module and powers the juice extraction module. A support unit is formed in the driving unit and supports the driving unit. A power room is formed in the support unit. A power transfer unit, formed in the screw of the juice extraction module, is connected to the power room.
    • 目的:提供上驱动式榨汁机,以防止果汁流入螺丝底部,从而防止汁液流入电机。 构成:上驱动式榨汁机包括果汁提取模块(100)和驱动部分(200)。 果汁提取模块将果汁与残渣分离出来,排出果汁。 驱动单元安装在果汁提取模块的顶部,为果汁提取模块供电。 支撑单元形成在驱动单元中并支撑驱动单元。 动力室形成在支撑单元中。 形成在果汁提取模块的螺杆中的动力传送单元连接到动力室。
    • 28. 发明公开
    • 교통체증 완화를 위한 도로
    • 在相邻的十字路口系统下
    • KR1020110028768A
    • 2011-03-22
    • KR1020090086357
    • 2009-09-14
    • 김재훈
    • 김재훈
    • E01C1/04E01C1/00E01C11/24E01C23/16
    • E01C1/04E01C1/002E01C11/24E01C23/16
    • PURPOSE: An underground intersection system is provided to enable left-turn and U-turn vehicles to be driven through a rotary road without waiting for signal change. CONSTITUTION: An underground intersection system comprises first and second ground roads(110,120), a rotary road(130), a first connecting road(140), and a second connecting road(150). The invention further comprises a start point(150a), and an end point(150b). The first and second ground roads are formed to cross each other. The rotary road is formed in the ground of the cross region of the first and second ground roads. The first connecting road is connected from a part of the first ground road to the rotary road. The second connecting road is connected a part of the second ground road to the rotary road.
    • 目的:提供一个地下交叉口系统,使左转和U形车辆能够通过旋转道路行驶,而不用等待信号变化。 构成:地下交叉口系统包括第一和第二地面道路(110,120),旋转道路(130),第一连接道路(140)和第二连接道路(150)。 本发明还包括起点(150a)和终点(150b)。 第一和第二地面道路形成为彼此交叉。 旋转道路形成在第一和第二地面道路的交叉区域的地面上。 第一连接道路从第一地面道路的一部分连接到旋转道路。 第二连接道路将第二地面道路的一部分连接到旋转道路。
    • 30. 发明公开
    • 액정표시장치 및 이의 제조방법
    • 液晶显示器及其制造方法用于将液晶分离到像素
    • KR1020050003739A
    • 2005-01-12
    • KR1020030045226
    • 2003-07-04
    • 김재훈
    • 김재훈
    • G02F1/1333
    • G02F1/133753G02F1/133723G02F1/1395G02F1/141
    • PURPOSE: An LCD(Liquid Crystal Display) and a manufacturing method thereof are provided to isolate liquid crystal to a pixel by inducing an anisotropic phase separation at three dimensions through the adsorption of a photo-mask and a liquid crystal alignment together with one dimension phase separation. CONSTITUTION: An upper electrode is patterned to a front substrate(21). A lower electrode is patterned on a surface faced with the upper electrode in a rear substrate(23). An alignment film is coated on one of the front and rear substrates including the upper and lower electrodes. A highly polymerized layer is formed on a surface of the substrate faced with the alignment film. A highly polymerized partition(31) is formed between the alignment film and highly polymerized layer. A liquid crystal(33) is isolated by the alignment film and highly polymerized layer, and highly polymerized partition.
    • 目的:提供一种LCD(液晶显示器)及其制造方法,通过吸收光掩模和液晶取向以及一维相位引起三维的各向异性相分离,从而将液晶与像素隔离 分离。 构成:将上电极图案化成前基板(21)。 在后基板(23)中,在与上电极相对的表面上形成下电极。 在包括上电极和下电极的前基板和后基板之一上涂布取向膜。 在面向取向膜的基板的表面上形成高度聚合的层。 在取向膜和高度聚合层之间形成高度聚合的隔板(31)。 通过取向膜和高度聚合的层分离出液晶(33)和高度聚合的隔板。