RÜCKSTELLVORRICHTUNG FÜR MOTORISCHE TÜRANTRIEBE
    32.
    发明申请
    RÜCKSTELLVORRICHTUNG FÜR MOTORISCHE TÜRANTRIEBE 审中-公开
    重置设备机动化门驱动装置

    公开(公告)号:WO2010102979A1

    公开(公告)日:2010-09-16

    申请号:PCT/EP2010/052913

    申请日:2010-03-08

    Abstract: Beschrieben wird eine Kraftspeicher-Rückstelleinheit für eine Tür (20), bei welcher die gespeicherte Energie über ein Anpresselement verfügbar ist. Die Rückstelleinheit ist dadurch gekennzeichnet, dass das Anpresselement wenigstens mittelbar mit einem in einem ersten Zylinder (16) axial geführten ersten Kolben (2,42) verbunden ist, wobei dieser erste Kolben (2,42) im ersten Zylinder (16) einen ersten Hydraulikraum (36) begrenzt, und der erste Hydraulikraum (36) über wenigstens einen Verbindungskanal (39) mit einem zweiten Hydraulikraum (37), in welchem ein zweiter Kolben (3,42) in einem zweiten Zylinder (17) axial geführt ist, hydraulisch gekoppelt ist, und dass der zweite Zylinder (17) auf der dem zweiten Hydraulikraum (37) abgewandten Seite wenigstens mittelbar mit einer Gasfeder (38) verbunden ist.

    Abstract translation: 本发明提供一种电力储存用于门(20),其特征在于,所存储的能量通过一个压力元件可复位单元。 恢复单元,其特征在于,所述夹紧元件具有在第一气缸(16)轴向地引导第一活塞(2,42)至少间接地连接,所述第一活塞(2,42)的第一气缸(16)中具有第一液压室 (36)是有限的,并通过至少一个第一液压室(36)连接与第二液压室(37),其中,在第二气缸内的第二活塞(3,42)(17)被轴向地引导通道(39),液压地连接 ,而在第二液压室的第二气缸(17)(37)相对侧至少间接地向气弹簧(38)连接。

    밀폐형 오일팬 개폐도어를 구비한 갠트리 로봇 시스템
    35.
    发明授权
    밀폐형 오일팬 개폐도어를 구비한 갠트리 로봇 시스템 有权
    一个龙门式机器人系统,带有一个关闭的油底壳开/关门

    公开(公告)号:KR101755667B1

    公开(公告)日:2017-07-10

    申请号:KR1020160147850

    申请日:2016-11-08

    Inventor: 박종길

    Abstract: 본발명에따른밀폐형오일팬개폐도어를구비한갠트리로봇시스템은, 갠트리로봇에사용되는윤활유가담지되는오일팬의개폐도어를구비한갠트리로봇시스템에있어서, 직사각판상형으로구비되며, 전면에상하면을관통하는개구(111)가형성된하판(110)과, 상기하판(110)의양측면으로부터상향으로연장되게절곡되며, 상부면이상기하판(110)과평행하도록구비된가이드판(120)으로구성된메인프레임(100); 상기메인프레임(100)의양측가이드판(120) 내측면에각각장착되고, 길이방향전방측단부의상부면일부가전방을향해하향경사지는하향홈(210)이형성된롤러가이드(200); 상기롤러가이드(200)의상면에안착되고, 상기롤러가이드(200)를따라롤링하는 4개이상의롤러(300); 상기하판(110)과평행한판상형으로일측면이상향으로절곡된 "ㄴ"자형상으로구비되되, 수직방향의상향연장부분이상기롤러(300)와결합되고, 수평방향의하면에결합통공(410)이형성된 4개이상의도어브라켓(400); 상기도어브라켓(400)의통공(410)과일치하는결합홈이형성된판상형으로구비되되, 상기 4개이상의도어브라켓(400)의각각의하면에상면이접하여상기도어브라켓(400)과나사결합되며, 상기메인프레임(100)의개구(111)를밀폐하는도어플레이트(500); 상기도어플레이트(500)의상면과결합하며, 상면에 "U"자형태의구동홈(610)이형성된베어링브라켓(600); 상기베어링브라켓(600)의구동홈(610)에삽입되어구동홈(610)의내면을롤링하는실린더핀(700); 상기실린더핀(700)과결합되어상기실린더핀(700)을좌우로구동하게하는에어실린더(800);를포함하는것을특징으로한다.

    Abstract translation: 具有封闭油盘开口和根据本发明的关闭门A龙门式机器人系统的特征在于设置有油盘,其润滑油含浸在龙门式机器人使用的开闭的门,在一个台架机器人系统中,它是在矩形板状的,上表面和下表面在前端设置 由导向板120设置的主框架与通过下板110延伸的开口111形成,并且被弯曲以向上从下板110 uiyang侧平行延伸,于顶面的移相器下板110 100; 主框架100,板120的两个侧导轨,分别安装在所述内表面上,纵向方向的前侧端面服装向下倾斜向下凹槽210释放滚轮引导件200部分地朝向正面; 四个或更多个辊(300),其放置在辊引导件(200)的上表面上并且沿着辊引导件(200)滚动; 设置有弯曲(110)和一个侧乌托邦在平行板形“b”的形状的下面板doedoe,向上延伸的部分被连接到移相器辊子300,根据连接孔410沿水平方向,在垂直方向上的脱模性 四个或更多门支架400; 设置有支架400 uitong球410中的门doedoe,板状嵌合槽形成哪些值的水果,并且联接到与上表面接触的门支架(400)在根据每一个四个或更多个门支架400的螺钉, 一个门板(500),用于密封主框架(100)的开口(111); 轴承支架600,与门板500的上表面结合并具有在其上表面上形成为U形的驱动槽610; 插入轴承支架600的驱动槽610中以滚动驱动槽610的内表面的圆柱销700; 并且气缸800联接到缸销700以驱动缸销700。

    유압식 다단 전도 수문
    36.
    发明授权
    유압식 다단 전도 수문 有权
    液压可动堰

    公开(公告)号:KR101452393B1

    公开(公告)日:2014-10-23

    申请号:KR1020140049985

    申请日:2014-04-25

    Inventor: 김기태

    Abstract: The present invention relates to a hydraulic movable weir. Disclosed is a hydraulic movable weir including a weir gate that is provided between weir frames and is opened/closed while rotating about a main shaft in a lower end portion; a main arm whose one end portion is coupled with the main shaft for integral rotation with the main shaft; a link unit that is configured to have a first link and a second link which are operated in interworking with the main arm so that the main arm rotates about the main shaft, an x link module including a central shaft, and a guide link; a driving unit that is configured to have a piston rod which is hinge-coupled with a lower end of the first link of the link unit and a hydraulic cylinder and provides power for an operation of the link unit; and a locking unit that is engaged with a stopper which is provided at a lower end of the first link, restricts the operation of the link unit, and maintains an opening/closing angle of the weir gate.

    Abstract translation: 本发明涉及液压可移动堰。 公开了一种液压可移动堰,包括设置在堰架之间的堰门,并且在下端部围绕主轴旋转时打开/关闭; 主臂,其一端部与主轴联接,与主轴一体旋转; 连杆单元,其构造成具有第一连杆和第二连杆,所述第一连杆和第二连杆与所述主臂相互操作,使得所述主臂绕所述主轴旋转; x连杆组件,包括中心轴和引导连杆; 驱动单元,其构造成具有与所述连杆单元的所述第一连杆的下端铰链连接的活塞杆和液压缸,并为所述连杆单元的操作提供动力; 以及与设置在所述第一连杆的下端的止动件接合的锁定单元,限制所述连杆单元的操作,并且保持所述堰门的打开/关闭角度。

    보도 및 어도 기능이 구비된 가동보
    38.
    发明授权
    보도 및 어도 기능이 구비된 가동보 有权
    滚动式浮油

    公开(公告)号:KR101408177B1

    公开(公告)日:2014-06-16

    申请号:KR1020130097584

    申请日:2013-08-19

    Inventor: 이현섭

    Abstract: The present invention relates to a moveable weir having side road and fish way functions which includes: a floodgate (10) blocking the water flowing from the upper side of river; a rotary shaft (20) fixated to the lower portion on both sides of the floodgate (10); supports (not shown) disposed on both sides of the floodgate (10) to rotatably support the rotary shaft (20); a hydraulic operating part (not shown) having a piston rod and a cylinder reciprocating the piston rod and adapted to erect or overturn the floodgate (10) by means of the extension and contraction of the piston rod; and rotary auxiliary plates (50) extended from the top portion of the floodgate (10) in a lengthwise direction in such a manner so as to be rotatably coupled to the floodgate (10), and performing a side road function when the floodgate (10) erects and a fish way function when the floodgate (10) overturns.

    Abstract translation: 本发明涉及一种具有侧路和鱼道功能的可移动堰,包括:闸门(10)阻挡从河上游流动的水; 固定在所述闸门(10)两侧的下部的旋转轴(20); 支撑件(未示出),设置在闸门(10)的两侧以可旋转地支撑旋转轴(20); 液压操作部件(未示出),其具有活塞杆和气缸往复运动的活塞杆并且适于通过活塞杆的伸缩来竖立或翻转闸门(10); 以及从所述闸门(10)的顶部沿长度方向延伸的旋转辅助板(50),以便能够可旋转地联接到所述闸门(10),并且当所述闸门(10) )当水闸(10)翻倒时,竖立和鱼道功能。

    저층수 배출이 가능한 가동보
    39.
    发明授权
    저층수 배출이 가능한 가동보 有权
    低压水下的油压类型可以移动

    公开(公告)号:KR101405099B1

    公开(公告)日:2014-06-11

    申请号:KR1020130141595

    申请日:2013-11-20

    Inventor: 김상현 정해옥

    Abstract: The present invention relates to a movable weir capable of discharging bottom water, which discharges bottom water downward through a bottom water discharge portion connected to a movable panel, without having any adjustment of the angle of the movable panel, thus securing the contained water level and preventing the decay of river and the destruction of ecosystem. According to the present invention, an oil pressure type movable weir, which adjusts the quantity of water in river by adjusting the angle of a movable panel through oil pressure type cylinders, includes: the movable panel having a bottom water discharge hole formed to pass through the lower end thereof; and a bottom water discharge portion fixedly disposed on the rear surface of the movable panel to open and close the bottom water discharge hole, wherein the bottom water discharge portion includes: a body fixed unitarily to the rear surface of the movable panel and having an inlet formed on one side thereof in such a manner as to communicate with the bottom water discharge hole and an outlet formed on the other side thereof; a watertightness pad disposed along the periphery of the inlet in such a manner as to be located inside the body; guide rails fixedly disposed on both sides of the interior of the body and each having a rack gear disposed on one side thereof; a bottom water discharge floodgate sliding along the guide rails in such a manner as to be brought into close contact with the watertightness pad and having guide rollers and pinion rollers contactedly supported by the guide rails and the rack gears; and driving cylinders fixedly disposed on one side of the body to slide the bottom water discharge floodgate upward and downward.

    Abstract translation: 本发明涉及一种能够排放底部水的可移动堰,其通过连接到可动面板的底部排水部分向下排放底部水,而不会调节可动面板的角度,从而确保所容纳的水位和 防止河流的衰退和生态系统的破坏。 根据本发明,通过调节通过油压式气缸的可动面板的角度来调节河流中的水量的油压式可动堰包括:具有形成为通过的底部排水孔的可动面板 其下端; 以及固定地设置在所述可动面板的后表面上以打开和关闭所述底部排水孔的底部排水部分,其中所述底部排水部分包括:主体,其一体地固定在所述可移动面板的后表面上并且具有入口 在其一侧形成有与底部排水孔和形成在其另一侧的出口连通的方式; 沿着入口周边设置的防水垫,以便位于所述主体内; 固定地设置在主体内部的两侧的导轨,每个导轨具有设置在其一侧的齿条; 底部排水闸门沿着导轨滑动,以便与水密垫紧密接触,并具有由导轨和齿条接触地支撑的导辊和小齿轮; 以及固定地设置在主体的一侧上的驱动气缸,以使底部排水闸上下滑动。

    유압식 가동 수문
    40.
    发明授权
    유압식 가동 수문 有权
    液压式可移动堰

    公开(公告)号:KR101393026B1

    公开(公告)日:2014-05-09

    申请号:KR1020140012097

    申请日:2014-02-03

    Inventor: 윤영준 김정민

    Abstract: The present invention relates to a hydraulic type movable sluice whose lower end rotates to be closed on the top end of a door plate, which is capable of regulating the water level or blocking seawater or rainwater by being installed in a conduit or a river, and which is opened in parallel with an upper plate. The hydraulic type movable sluice comprises a door frame which is fixed to a structure crossing the upper part of a waterway or a conduit; a door plate which is combined with the door frame in order to open or close the waterway or the conduit by the up and down rotation of the fore-end of the lower part thereof; an overflow discharging hole which discharges water above a fixed level at the upper part of the door plate; a door plate bracket which is installed at the front side of the door plate in order to protrude at a fixed height; a hydraulic cylinder which is installed between the door plate bracket and a door frame bracket protruding from the front side of the door frame; a distortion preventing frame which is fixed at the right angle to the hydraulic cylinder on the front side of the distortion preventing frame; a floating material filtering plate which is installed in a shape of covering the hydraulic cylinder at the front side of the distortion preventing frame; and a filtering projection which is formed in the upper part of the floating material filtering plate so that the door plate can be fixed in a horizontal state as being held on a stopper installed in the upper part of a cover.

    Abstract translation: 液压式活动闸门技术领域本发明涉及一种液压式活动闸门,其下端在门板顶端旋转关闭,能够通过安装在导管或河流中来调节水位或阻挡海水或雨水,以及 其与上板平行地打开。 液压式活动闸门包括门框,该门框固定在与水路或导管的上部相交的结构上; 门板,其与门框结合,以便通过其下部的前端的上下旋转来打开或关闭水路或导管; 溢流排放孔,其在门板的上部将水排出固定的高度; 门板支架,其安装在门板的前侧以便以固定的高度突出; 液压缸,安装在门板支架与从门框的前侧突出的门框支架之间; 与失真防止框架的前侧上的液压缸成直角地固定的防变形框架; 浮动材料过滤板,其安装成在防变形框架的前侧覆盖液压缸的形状; 以及形成在浮动材料过滤板的上部中的过滤突起,使得门板可以在水平状态下被固定在保持在安装在盖的上部中的止动件上。

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