A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adjustable large-span operation platform based on Internet of Things
The invention belongs to the technical field of building construction, and particularly relates to an adjustable large-span operation platform based on the Internet of Things, which comprises a base, supporting columns formed by connecting a plurality of tower crane sections are mounted on the base, an inter-column support is mounted between every two adjacent supporting columns, and a support is mounted at the top end of each supporting column. The operation platform is arranged on the support and provided with a detection mechanism used for detecting the horizontal state of the operation platform and a leveling mechanism used for leveling the operation platform, the operation platform is arranged on the support, and the detection mechanism and the leveling mechanism are both in communication connection with the detection mechanism and the leveling mechanism and used for receiving feedback of the detection mechanism and controlling the leveling mechanism to be started and stopped; the supporting columns and the support with the detection mechanism and the leveling mechanism are arranged on the base, and then the operation platform is laid on the support, so that when the operation platform inclines in a small range due to land subsidence, the inclination condition can be detected and leveled, the levelness of the operation platform is guaranteed, potential safety hazards are eliminated, and the working efficiency is improved. And the control system can improve the control convenience.
本发明属于建筑施工技术领域，尤其涉及一种基于物联网的可调节大跨度操作平台，包括底座，其安装有多个塔吊节连接而成的支撑柱，在相邻两个支撑柱之间安装柱间支撑，在支撑柱顶端安装支座，并安装有用于检测操作平台水平状态的检测机构和用于调平操作平台的调平机构，而操作平台安装在支座上，其中，检测机构和调平机构均通信连接于检测机构和调平机构，用于接收检测机构的反馈和控制调平机构启闭；通过在底座上设置支撑柱以及具有检测机构和调平机构的支座，而后在支座上铺设操作平台，使得在操作平台因地面沉降而发生小范围倾斜时，能够对倾斜的情况进行检测和调平，保证操作平台的水平，消除安全隐患，而控制系统能够提高控制的便捷性。
Adjustable large-span operation platform based on Internet of Things
The invention belongs to the technical field of building construction, and particularly relates to an adjustable large-span operation platform based on the Internet of Things, which comprises a base, supporting columns formed by connecting a plurality of tower crane sections are mounted on the base, an inter-column support is mounted between every two adjacent supporting columns, and a support is mounted at the top end of each supporting column. The operation platform is arranged on the support and provided with a detection mechanism used for detecting the horizontal state of the operation platform and a leveling mechanism used for leveling the operation platform, the operation platform is arranged on the support, and the detection mechanism and the leveling mechanism are both in communication connection with the detection mechanism and the leveling mechanism and used for receiving feedback of the detection mechanism and controlling the leveling mechanism to be started and stopped; the supporting columns and the support with the detection mechanism and the leveling mechanism are arranged on the base, and then the operation platform is laid on the support, so that when the operation platform inclines in a small range due to land subsidence, the inclination condition can be detected and leveled, the levelness of the operation platform is guaranteed, potential safety hazards are eliminated, and the working efficiency is improved. And the control system can improve the control convenience.
本发明属于建筑施工技术领域，尤其涉及一种基于物联网的可调节大跨度操作平台，包括底座，其安装有多个塔吊节连接而成的支撑柱，在相邻两个支撑柱之间安装柱间支撑，在支撑柱顶端安装支座，并安装有用于检测操作平台水平状态的检测机构和用于调平操作平台的调平机构，而操作平台安装在支座上，其中，检测机构和调平机构均通信连接于检测机构和调平机构，用于接收检测机构的反馈和控制调平机构启闭；通过在底座上设置支撑柱以及具有检测机构和调平机构的支座，而后在支座上铺设操作平台，使得在操作平台因地面沉降而发生小范围倾斜时，能够对倾斜的情况进行检测和调平，保证操作平台的水平，消除安全隐患，而控制系统能够提高控制的便捷性。
Adjustable large-span operation platform based on Internet of Things
一种基于物联网的可调节大跨度操作平台
TAO HAIBING (author) / CHEN BAODI (author) / ZHONG YUHANG (author) / CHEN SHENGKAI (author)
2025-01-21
Patent
Electronic Resource
Chinese
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