The utility model relates to the elevator technical field, in particular to an elevator car without a well path. The elevator car without shaft includes a car wall plate and an installation frame. The car wall plate is clamped in the installation frame. The installation frame includes a column and a cross beam. A rotating arm is articulated on the column. The other end of the rotating arm is articulated on the car wall plate through an articulated point. The rotating arm is located between the car wall plate and the cross beam, and a cross beam is also arranged between the car wall plate and the cross beam. The length direction direction direction direction direction direction coordination and the relative rotation direction detachment prevention structure, when the sedan chair wall plate is located in the installation frame, the rotation arm and the crossbeam parallel. In the utility model, when the elevator is running normally, the rocker slider mechanism corresponding to the car wall plate, the rotating arm and the cross beam is located at the dead position; when the rescue is needed, the force is applied to one side of the car wall plate in the car, and the car wall plate will rotate around the articulated point and the rotating arm will rotate toward the car under the guidance limit of the guidance anti-dislocation structure. Rotating inside or outside the car, the car panel opens, one person can also implement independent rescue.
【技术实现步骤摘要】
一种无井道电梯轿厢
本技术涉及电梯
,具体涉及一种无井道电梯轿厢。
技术介绍
在无井道的开放空间中运行的家用电梯,楼板上留有供电梯穿过的孔洞,在电梯运行过程中,如果出现停电等意外状况,电梯轿厢运行至楼板中间,轿门将无法开启,人员被困。
技术实现思路
为了克服现有技术的缺陷,本技术的目的是提供一种能够实现自主救援的无井道电梯轿厢。为了实现以上目的,本技术无井道电梯轿厢的技术方案是:无井道电梯轿厢包括轿壁板和安装框架,轿壁板卡在安装框架中,安装框架包括立柱和横梁,立柱上铰接有旋转臂,旋转臂的另一端通过铰接点铰接在轿壁板上,旋转臂位于轿壁板与横梁之间,轿壁板与横梁之间还设有沿横梁长度方向导向配合并相对转动的导向防脱结构,轿壁板位于安装框架中时,旋转臂与横梁平行。所述导向防脱结构包括设在轿壁板上的导向轮和设在横梁上的导向槽,导向轮位于导向槽中。横梁采用U型槽。轿壁板上下两侧与安装框架之间的连接结构相同且上下对称设置。由于以上技术方案的实施,本技术与现有技术相比具有如下技术效果:本技术中,电梯正常运行时,轿壁板、旋转臂、横梁所对应的摇杆滑块机构位于死点位置;当需要自主救援时,人在轿厢内对轿壁板的一侧施力,在导向防脱结构的导向限位作用下,轿壁板会绕铰接点旋转,旋转臂向轿厢内或轿厢外做旋转运动,轿壁板开启,一人也可实施自主救援。附图说明图1为本技术无井道电梯轿厢的拆分状态示意图;图2为本技术无井道电梯轿厢的结构示意图;图3为打开轿壁板时运动趋势的局部示意图;图4为从轿厢内打开轿壁板的局部示意图;图5为无井道电梯轿厢的自主救援状态示意图。具体实施方式下面通过具体实施例对本技 ...
【技术保护点】
1.一种无井道电梯轿厢,其特征在于:包括轿壁板和安装框架,轿壁板卡在安装框架中,安装框架包括立柱和横梁,立柱上铰接有旋转臂,旋转臂的另一端通过铰接点铰接在轿壁板上,旋转臂位于轿壁板与横梁之间,轿壁板与横梁之间还设有沿横梁长度方向导向配合并相对转动的导向防脱结构,轿壁板位于安装框架中时,旋转臂与横梁平行。
【技术特征摘要】
1.一种无井道电梯轿厢,其特征在于:包括轿壁板和安装框架,轿壁板卡在安装框架中,安装框架包括立柱和横梁,立柱上铰接有旋转臂,旋转臂的另一端通过铰接点铰接在轿壁板上,旋转臂位于轿壁板与横梁之间,轿壁板与横梁之间还设有沿横梁长度方向导向配合并相对转动的导向防脱结构,轿壁板位于安装框架中时,旋转臂与横梁平行。2.根据...
【专利技术属性】
技术研发人员:刘刚,刘威,张静,李冉,高起鹏,
申请(专利权)人:西继迅达许昌电梯有限公司,
类型:新型
国别省市:河南,41
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