Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Trapezoidal keel frame telescopic supporting rod
The invention discloses a trapezoidal keel frame telescopic supporting rod. The trapezoidal keel frame telescopic supporting rod comprises fixing devices, a hydraulic and electric device, telescopic connecting devices, a remote control system, a main control system and induction system located at the tops of supporting rods, wherein the induction systems collect pressure borne by the tops of the supporting rods and position information of the tops of the supporting rods and input the pressure and the position information into the main control system in real time, the remote control system receives a control instruction from an operator and inputs the control instruction into the main control system, the main control system controls the hydraulic and electric device to drive the telescopicconnecting devices, and the telescopic connecting devices adjust the positions of the tops of the supporting rods, the position sensing systems detect the pressure on the tops of the supporting rods and the position information of the supporting rods, the time interval between two adjacent times of detection is 1-60 seconds, the tops of the supporting rods is used for carrying out real-time information v scanning in the construction erection process and feeding back to the main control system, the supporting rods can be adjusted in real time according to the height and pressure change of the supporting rods, and the construction convenience of an operator and the precision of the supporting system are improved.
本发明公开了一种梯形龙骨架伸缩支撑杆,包括固定装置、液压及电动装置、伸缩连接装置、遥控系统、主控系统和位于支撑杆顶部的感应系统，所述感应系统采集支撑杆顶部受到的压力和所处的位置信息实时输入所述主控系统,所述遥控系统接收来自操作者的操控指令并输入所述主控系统，所述主控系统控制所述液压及电动装置驱动所述伸缩连接装置,所述伸缩连接装置调整所述支撑杆顶部的位置。所述位置感应系统对所述支撑杆顶部受到的压力和所处的位置信息进行探测，相邻两次探测的时间间隔为1‑60秒。支撑杆顶部在施工架设过程中进行实时信息扫v描并反馈到主控系统，该支撑杆可以根据支撑杆明的高度和压力变化进行实时调节,提高了操作者施工便利性和支撑系统的精度。
Trapezoidal keel frame telescopic supporting rod
The invention discloses a trapezoidal keel frame telescopic supporting rod. The trapezoidal keel frame telescopic supporting rod comprises fixing devices, a hydraulic and electric device, telescopic connecting devices, a remote control system, a main control system and induction system located at the tops of supporting rods, wherein the induction systems collect pressure borne by the tops of the supporting rods and position information of the tops of the supporting rods and input the pressure and the position information into the main control system in real time, the remote control system receives a control instruction from an operator and inputs the control instruction into the main control system, the main control system controls the hydraulic and electric device to drive the telescopicconnecting devices, and the telescopic connecting devices adjust the positions of the tops of the supporting rods, the position sensing systems detect the pressure on the tops of the supporting rods and the position information of the supporting rods, the time interval between two adjacent times of detection is 1-60 seconds, the tops of the supporting rods is used for carrying out real-time information v scanning in the construction erection process and feeding back to the main control system, the supporting rods can be adjusted in real time according to the height and pressure change of the supporting rods, and the construction convenience of an operator and the precision of the supporting system are improved.
本发明公开了一种梯形龙骨架伸缩支撑杆,包括固定装置、液压及电动装置、伸缩连接装置、遥控系统、主控系统和位于支撑杆顶部的感应系统，所述感应系统采集支撑杆顶部受到的压力和所处的位置信息实时输入所述主控系统,所述遥控系统接收来自操作者的操控指令并输入所述主控系统，所述主控系统控制所述液压及电动装置驱动所述伸缩连接装置,所述伸缩连接装置调整所述支撑杆顶部的位置。所述位置感应系统对所述支撑杆顶部受到的压力和所处的位置信息进行探测，相邻两次探测的时间间隔为1‑60秒。支撑杆顶部在施工架设过程中进行实时信息扫v描并反馈到主控系统，该支撑杆可以根据支撑杆明的高度和压力变化进行实时调节,提高了操作者施工便利性和支撑系统的精度。
Trapezoidal keel frame telescopic supporting rod
梯形龙骨架伸缩支撑杆
CAI LIZHANG (Autor:in)
02.03.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste