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    • 31. 发明授权
    • 머신룸 레스 엘리베이터
    • MACHIN ROOM LESS ELEVATOR
    • KR100351275B1
    • 2002-09-09
    • KR1019990029131
    • 1999-07-19
    • 오티스엘리베이터 유한회사
    • 양선호임계영박종훈염준태이광남서종호
    • B66B7/00B66B11/00
    • B66B7/027B66B11/0035B66B11/0045B66B11/008
    • 엘리베이터카(1)를승강구동시키기위한박형권상기(10)가승강로(2)의내부에설치된룸 레스형엘리베이터에있어서, 중량추(3)의이동스트로크가엘리베이터카(1)의이동스트로크보다짧게설치되고, 상기중량추를안내및 지지하는한 쌍의중량추가이드레일(5)의중량추이동구간상단부에보강설치대(6)가가로질러고정되어, 상기한 쌍의중량추가이드레일(5)이보강설치대(6)와일연체를이루도록구성되며, 상기보강설치대(6) 위에상기엘리베이터카(1)를전동로핑수단(100)에의해동력을전달하여승강구동시키기위한상기박형권상기(10)가설치됨과아울러, 상기엘리베이터카(1)가최상층으로진행할때에적어도상기엘리베이터카(1)의상면이상기중량추가이드레일(5)의상단부를통과하여최상층에도달하도록구성되어있다. 이러한본 발명은종래에승강로의상측부에필수적으로요구되던기계실을제거함으로써기계실을만들기위한건축비가상승하고, 건축물의길이가길어지는문제점을해소할수 있고, 건물을설계할때에엘리베이터카의하중조건을고려한지지구조및 내력벽을설계하여야하는등의불리한점을해소할수 있으며, 건축물의건축물의외적미감을향상하는동시에건축물의설계자유도를향상할수 있고, 전형적인권상기를사용하는엘리베이터에비하여중량이가볍고, 설치공간이적게요구되며, 제작비, 시공비, 유지보수비가저렴하게되는장점이있을뿐아니라, 권상기가진동에보다강한이점을갖음과아울러내구성이증가될뿐아니라,중량추가이드레일의상부여유공간이넓어권상기의크기에크게구애받지않게된다. 또, 설계및 시공의적응성이보다향상되고, 유지보수가보다용이하며, 하중및 진동에대한내구성이향상된다.
    • 32. 发明公开
    • 엘리베이터의 로프지지장치
    • 电梯绳支撑装置
    • KR1020010012850A
    • 2001-02-26
    • KR1019997010816
    • 1998-03-23
    • 미쓰비시덴키 가부시키가이샤
    • 안도에이지
    • B66B7/02
    • B66B7/027B66B7/06B66B7/08B66B11/008
    • 엘리베이터의로프지지장치에서는승강로내에설치된가이드레일에따라뻗는주상체가그 상하양단부에설치된다수의지점체를통해서가이드레일에부착되어있다. 주상체에는로프의단부가고정된로프단고정부재가고정되어있다. 주상체는가이드레일의벤딩강도보다도높은벤딩강도를갖고있다. 주상체의상하양단부의지점체가서로충분한거리를두고배치되어있으므로, 지점체에발생하는레일중심축에수직인방향의하중인지점반력은작아지고, 지점반력에의해가이드레일에가해지는벤딩모멘트는주상체에작용하는벤딩모멘트보다도작아진다.
    • 用于沿着安装在电梯竖井的导轨延伸的电梯的柱状体的钢缆支承装置是通过一些设置在其上端和下端分支构件的附接至所述导轨。 将绳索的一端固定到其上的绳索紧固构件固定到主体。 主体的弯曲强度高于导轨的弯曲强度。 主体的上端部和下端部的主体点,因为它被放置在足够的距离彼此,负载,在该垂直于所述分支体产生的轨道中心轴线指向的方向上的反作用力是小的,成为由点力的导轨的弯曲力矩是 变得小于作用在主体上的弯曲力矩。
    • 34. 发明授权
    • 선박용 승강기
    • 船只电梯
    • KR101306941B1
    • 2013-09-10
    • KR1020120084970
    • 2012-08-02
    • 한국해양수산연수원
    • 권기생권강민배성호정대진
    • B66B9/00B63B27/16B66B11/02
    • B66B9/16B63B27/16B66B7/027B66B11/0206
    • PURPOSE: An elevator for a vessel is provided to improve the efficiency of installation by easily rotating an elevating box on the top of a deck. CONSTITUTION: An elevator (1) for a vessel comprises a transfer vehicle (2), a winding device (10), a guiderail (20), a pair of ropes (30), and an elevating box (40). First roller magnets (3) are installed on the bottom of the transfer vehicle. The winding device is fixed to the transfer vehicle. The guiderail is fixed to a rotary shaft (22) coupled to a shaft part (21). The ropes are wound around a winding drum (12) of the winding device. The elevating box comprises second roller magnets (41) and entrance doors (42). The roller magnets touch the outer plate of a hull. The entrance doors are formed to face each other.
    • 目的:提供一种用于容器的电梯,以通过容易地旋转甲板顶部的升降箱来提高安装效率。 构成:用于船只的电梯(1)包括转运车辆(2),卷绕装置(10),导轨(20),一对绳索(30)和升降箱(40)。 第一辊子磁铁(3)安装在转运车辆的底部。 卷绕装置固定在转运车辆上。 导轨固定到联接到轴部分(21)的旋转轴(22)。 绳索缠绕在卷绕装置的卷绕筒(12)周围。 提升箱包括第二辊子磁体(41)和入口门(42)。 滚子磁铁接触船体的外板。 入口门形成为彼此面对。
    • 39. 发明授权
    • 엘리베이터
    • KR100427470B1
    • 2004-04-28
    • KR1020010074899
    • 2001-11-29
    • 가부시끼가이샤 도시바
    • 나카가키시게오시마네가즈오미야코시가즈아키다테야마마사루
    • B66B11/00
    • B66B7/027B66B11/008
    • An elevator installed in an elevator shaft has a cage, a counterweight, hoist cables suspending the cage and the counterweight, and a driving unit disposed outside a space in which the cage moves vertically in the elevator shaft, and provided with drive sheaves around which the hoist cables are wound to move the cage and the counterweight in the elevator shaft by the driving unit. The hoist cables are wound around the drive sheaves and sheaves supported on the cage and the counterweight in two-to-one roping arrangement such that the driving unit is at a level below the ceiling of the cage as located at its uppermost position. The cage-side sheaves are disposed at four positions on the lower portion of the cage respectively and symmetrically with respect to a center of gravity of the cage in a top plan view.
    • 安装在电梯竖井中的电梯具有轿厢,配重,悬吊轿厢和配重的吊索,以及设置在轿厢在电梯竖井中竖直移动的空间外的驱动单元,并且设置有驱动滑轮, 缠绕起重缆索以通过驱动单元移动电梯井中的轿厢和配重。 起重缆绳以二对​​一的绳索布置缠绕在支架和配重上支撑的驱动滑轮和滑轮上,使得驱动单元处于位于其最上方位置处的笼罩天花板下方的水平处。 笼侧滑轮分别设置在笼的下部的四个位置处,并且在俯视图中相对于笼的重心对称。