Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
According to the technical scheme, the intelligent bridge and road building construction climbing ladder is characterized by comprising ladder rods, a plurality of pedals are rotationally connected into the ladder rods, supporting rods are rotationally connected to the two sides of the ladder rods correspondingly, by arranging the pedals, when a worker uses the device, the ladder rods can lean against a wall, the pedals are rotated, and the ladder rods can be supported by the supporting rods; the pedal is parallel to the ground, when the pedal rotates, the pedal rotates, the rotating shaft rotates along with the pedal, at the moment, the position of the rotating shaft can be fixed through the fixing structure, the position of the pedal can be fixed, and therefore the situation that when the pedal is used, the pedal rotates due to the pedaling force of a worker, and accidents are caused is avoided. And after the device is used, a worker can retract the fixing structure and cancel the fixation of the rotating shaft, and can rotate the tower pedal, so that the pedal is parallel to the ladder rod, the device is stored, and the subsequent worker can conveniently carry the ladder rod.
本发明公开了一种智能桥梁道路建筑施工攀爬梯，其技术方案要点是：包括梯杆，所述梯杆内转动连接有多个踏板，所述梯杆的两侧分别转动连接有支撑杆，通过设置踏板，工作人员在使用该装置时，可将梯杆倚靠在墙壁上，转动踏板，使得踏板平行于地面，在踏板转动时，踏板转动转轴跟随转动，此时可以利用固定结构固定转轴的位置，以此可以固定踏板的位置，从而避免了在踏板在使用时因工作人员的脚踏力量而导致踏板产生旋转而造成事故的情况，在该装置使用完毕后，工作人员可收回固定结构，取消对转轴的固定，工作人员可以转动塔踏板，使得踏板与梯杆平行，对该装置进行收纳，方便后续工作人员对梯杆进行搬运。
According to the technical scheme, the intelligent bridge and road building construction climbing ladder is characterized by comprising ladder rods, a plurality of pedals are rotationally connected into the ladder rods, supporting rods are rotationally connected to the two sides of the ladder rods correspondingly, by arranging the pedals, when a worker uses the device, the ladder rods can lean against a wall, the pedals are rotated, and the ladder rods can be supported by the supporting rods; the pedal is parallel to the ground, when the pedal rotates, the pedal rotates, the rotating shaft rotates along with the pedal, at the moment, the position of the rotating shaft can be fixed through the fixing structure, the position of the pedal can be fixed, and therefore the situation that when the pedal is used, the pedal rotates due to the pedaling force of a worker, and accidents are caused is avoided. And after the device is used, a worker can retract the fixing structure and cancel the fixation of the rotating shaft, and can rotate the tower pedal, so that the pedal is parallel to the ladder rod, the device is stored, and the subsequent worker can conveniently carry the ladder rod.
本发明公开了一种智能桥梁道路建筑施工攀爬梯，其技术方案要点是：包括梯杆，所述梯杆内转动连接有多个踏板，所述梯杆的两侧分别转动连接有支撑杆，通过设置踏板，工作人员在使用该装置时，可将梯杆倚靠在墙壁上，转动踏板，使得踏板平行于地面，在踏板转动时，踏板转动转轴跟随转动，此时可以利用固定结构固定转轴的位置，以此可以固定踏板的位置，从而避免了在踏板在使用时因工作人员的脚踏力量而导致踏板产生旋转而造成事故的情况，在该装置使用完毕后，工作人员可收回固定结构，取消对转轴的固定，工作人员可以转动塔踏板，使得踏板与梯杆平行，对该装置进行收纳，方便后续工作人员对梯杆进行搬运。
Construction climbing ladder for bottom of bridge building
| Europäisches Patentamt | 2021
Climbing ladder device with protection mechanism for building construction
| Europäisches Patentamt | 2021