Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-collision lifting equipment capable of accurately hoisting for building
The invention discloses anti-collision lifting equipment capable of accurately hoisting for a building. The anti-collision lifting equipment comprises a clamping structure, a plurality of clamping plates, connecting rods, first rolling wheels, a driving structure, a reinforcing structure, a fixing plate, a connecting rope and a winding structure. The anti-collision lifting equipment has the beneficial effects that the ends, facing the circle center direction, of the connecting rods are provided with the rotationally-connected first rolling wheels, the ends, deviating from the first rolling wheels, of the connecting rods are provided with the clamping plates of arc-shaped structures, and the multiple clamping plates are distributed in a circumferential array; the connecting rope is wound inthe winding structure, so that the driving structure drives the first rolling wheels to drive the connecting rods and the driving structure to slide conveniently, the connecting rods drives the multiple clamping plates to slide relatively, the multiple clamping plates clamp and fix the ends of reinforcing steel bars, the reinforcing steel bars are effectively prevented from falling off in the hoisting process, and the reinforcing steel bars are hoisted more safely and stably; and meanwhile, the winding structure is used in cooperation, the connecting rope is conveniently wound through the winding structure, then the reinforcing steel bars with different lengths are conveniently hoisted, and the operation flexibility is greatly improved.
本发明公开了一种防碰撞精准起吊的建筑用起重设备，包括夹紧结构、夹板、连接杆、第一滚轮、驱动结构、加固结构、固定板、连接绳和卷收结构。本发明的有益效果是：连接杆朝向圆心方向的一端设有转动连接的第一滚轮，连接杆背离第一滚轮的一端设有弧形结构的夹板，多个夹板圆周阵列分布；连接绳缠绕于卷收结构的内部，进而便于通过驱动结构驱动第一滚轮带动连接杆与驱动结构之间滑动，使连接杆带动多个夹板相对滑动，使多个夹板夹持固定钢筋的端部，进而有效的防止在起吊过程中钢筋掉落，使起吊钢筋更加安全稳定，同时配合卷收结构的使用，便于通过卷收结构对连接绳卷收，进而便于对不同的长度的钢筋进行起吊，大大提高了操作灵活性。
Anti-collision lifting equipment capable of accurately hoisting for building
The invention discloses anti-collision lifting equipment capable of accurately hoisting for a building. The anti-collision lifting equipment comprises a clamping structure, a plurality of clamping plates, connecting rods, first rolling wheels, a driving structure, a reinforcing structure, a fixing plate, a connecting rope and a winding structure. The anti-collision lifting equipment has the beneficial effects that the ends, facing the circle center direction, of the connecting rods are provided with the rotationally-connected first rolling wheels, the ends, deviating from the first rolling wheels, of the connecting rods are provided with the clamping plates of arc-shaped structures, and the multiple clamping plates are distributed in a circumferential array; the connecting rope is wound inthe winding structure, so that the driving structure drives the first rolling wheels to drive the connecting rods and the driving structure to slide conveniently, the connecting rods drives the multiple clamping plates to slide relatively, the multiple clamping plates clamp and fix the ends of reinforcing steel bars, the reinforcing steel bars are effectively prevented from falling off in the hoisting process, and the reinforcing steel bars are hoisted more safely and stably; and meanwhile, the winding structure is used in cooperation, the connecting rope is conveniently wound through the winding structure, then the reinforcing steel bars with different lengths are conveniently hoisted, and the operation flexibility is greatly improved.
本发明公开了一种防碰撞精准起吊的建筑用起重设备，包括夹紧结构、夹板、连接杆、第一滚轮、驱动结构、加固结构、固定板、连接绳和卷收结构。本发明的有益效果是：连接杆朝向圆心方向的一端设有转动连接的第一滚轮，连接杆背离第一滚轮的一端设有弧形结构的夹板，多个夹板圆周阵列分布；连接绳缠绕于卷收结构的内部，进而便于通过驱动结构驱动第一滚轮带动连接杆与驱动结构之间滑动，使连接杆带动多个夹板相对滑动，使多个夹板夹持固定钢筋的端部，进而有效的防止在起吊过程中钢筋掉落，使起吊钢筋更加安全稳定，同时配合卷收结构的使用，便于通过卷收结构对连接绳卷收，进而便于对不同的长度的钢筋进行起吊，大大提高了操作灵活性。
Anti-collision lifting equipment capable of accurately hoisting for building
一种防碰撞精准起吊的建筑用起重设备
ZENG YIFEI (Autor:in) / CHEN HONG (Autor:in)
02.02.2021
Patent
Elektronische Ressource
Chinesisch
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