A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the related field of elevators, in particular to an anti-shaking building hanging basket. The building hanging basket comprises a machine body; a carrying cavity used for carrying people is formed in the machine body; movable cavities with leftward openings are symmetrically formed in the front wall and the rear wall of the carrying cavity; and fixed electrodes are symmetrically and fixedly arranged on the upper walls and the lower walls of the movable cavities. An upper row of extensible sucking discs and a lower row of extensible sucking discs are designed and are used for sucking the hanging basket to an outer wall to be blown by wind, and due to the fact that the upper row of sucking discs can slide up and down, the situation that one row of sucking discs mustsuck the hanging basket to the outer wall in the lifting process of the hanging basket is guaranteed; when the sucking discs cannot make contact with the outer wall, air extracted from the sucking discs is exhausted in the opposite direction, the effect of air injection pushing is achieved, and therefore the distance between the hanging basket and the outer wall is shortened; and when the hangingbasket is out of control in rotation, power can be provided by means of air injection pushing to reduce the rotating speed, and meanwhile springs are arranged at the positions of the sucking discs tobuffer the force of the wind on the hanging basket and reduce the load of the outer wall.
本发明涉及提升机相关领域，尤其是一种防晃动建筑吊篮，包括机身，所述机身内设置有用于载人的载物腔，所述载物腔前后壁对称设置有开口向左的动腔，所述动腔上下壁对称且固定设置有定电极，本发明通过设计有上下两排可伸缩的吸盘，用于将吊篮吸附在外墙上被风吹动，因上排吸盘可上下滑动，实现在吊篮升降过程中必有一排吸盘保证将吊篮吸附在外墙上，吸盘无法接触外墙时，通过从吸盘处抽取的空气相反方向排出，达到喷气推动的作用，进而缩短吊篮和外墙的距离，当吊篮失控旋转时，可依靠喷气推动提供动力降低转动速度，同时在吸盘处设置有弹簧来缓冲风对吊篮的力，减少外墙负荷。
The invention relates to the related field of elevators, in particular to an anti-shaking building hanging basket. The building hanging basket comprises a machine body; a carrying cavity used for carrying people is formed in the machine body; movable cavities with leftward openings are symmetrically formed in the front wall and the rear wall of the carrying cavity; and fixed electrodes are symmetrically and fixedly arranged on the upper walls and the lower walls of the movable cavities. An upper row of extensible sucking discs and a lower row of extensible sucking discs are designed and are used for sucking the hanging basket to an outer wall to be blown by wind, and due to the fact that the upper row of sucking discs can slide up and down, the situation that one row of sucking discs mustsuck the hanging basket to the outer wall in the lifting process of the hanging basket is guaranteed; when the sucking discs cannot make contact with the outer wall, air extracted from the sucking discs is exhausted in the opposite direction, the effect of air injection pushing is achieved, and therefore the distance between the hanging basket and the outer wall is shortened; and when the hangingbasket is out of control in rotation, power can be provided by means of air injection pushing to reduce the rotating speed, and meanwhile springs are arranged at the positions of the sucking discs tobuffer the force of the wind on the hanging basket and reduce the load of the outer wall.
本发明涉及提升机相关领域，尤其是一种防晃动建筑吊篮，包括机身，所述机身内设置有用于载人的载物腔，所述载物腔前后壁对称设置有开口向左的动腔，所述动腔上下壁对称且固定设置有定电极，本发明通过设计有上下两排可伸缩的吸盘，用于将吊篮吸附在外墙上被风吹动，因上排吸盘可上下滑动，实现在吊篮升降过程中必有一排吸盘保证将吊篮吸附在外墙上，吸盘无法接触外墙时，通过从吸盘处抽取的空气相反方向排出，达到喷气推动的作用，进而缩短吊篮和外墙的距离，当吊篮失控旋转时，可依靠喷气推动提供动力降低转动速度，同时在吸盘处设置有弹簧来缓冲风对吊篮的力，减少外墙负荷。