A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a method for controlling an adjustable support frame of a building template. The method comprises the following steps: establishing an adjusting control structure of a template support frame; one supporting frame in the supporting frame system is designated as a main supporting frame, and dynamic adjustment is conducted according to building construction requirements; the main support frame tracks an adjustment instruction of the virtual control center in real time, and performs support frame adjustment optimization according to detected and extracted information including a building structure and a construction environment to obtain an expected height and an expected angle between the auxiliary support frame and the virtual control center; a plurality of supporting frames in the supporting frame system are adjusted and controlled; enabling each support frame to respond to an adjusting instruction of the virtual control center, and enabling the expected height and angle between the main support frame and the virtual control center to be converged to set values; and converging the height and angle between the auxiliary support frame and the virtual control center to the expected relative height and angle. Intelligent adjustment of the supporting frame system can be achieved, and construction safety and efficiency are effectively improved.
本发明提供了一种建筑模板可调节支撑架控制方法，包括：建立模板支撑架的调节控制结构；指定支撑架系统中的一个支撑架为主支撑架，根据建筑施工需求进行动态调整；主支撑架实时跟踪虚拟控制中心的调节指令，根据检测和提取的包括建筑结构和施工环境在内的信息，进行支撑架调节优化，得到辅助支撑架与虚拟控制中心之间的期望高度和期望角度；对支撑架系统中的多个支撑架进行调节控制；使每个支撑架对虚拟控制中心的调节指令进行响应，使主支撑架与虚拟控制中心之间的期望高度和角度收敛到设定值；使辅助支撑架与虚拟控制中心之间的高度和角度收敛到期望的相对高度和角度。本发明可以实现支撑架系统的智能化调节，有效提升施工安全性和效率。
The invention provides a method for controlling an adjustable support frame of a building template. The method comprises the following steps: establishing an adjusting control structure of a template support frame; one supporting frame in the supporting frame system is designated as a main supporting frame, and dynamic adjustment is conducted according to building construction requirements; the main support frame tracks an adjustment instruction of the virtual control center in real time, and performs support frame adjustment optimization according to detected and extracted information including a building structure and a construction environment to obtain an expected height and an expected angle between the auxiliary support frame and the virtual control center; a plurality of supporting frames in the supporting frame system are adjusted and controlled; enabling each support frame to respond to an adjusting instruction of the virtual control center, and enabling the expected height and angle between the main support frame and the virtual control center to be converged to set values; and converging the height and angle between the auxiliary support frame and the virtual control center to the expected relative height and angle. Intelligent adjustment of the supporting frame system can be achieved, and construction safety and efficiency are effectively improved.
本发明提供了一种建筑模板可调节支撑架控制方法，包括：建立模板支撑架的调节控制结构；指定支撑架系统中的一个支撑架为主支撑架，根据建筑施工需求进行动态调整；主支撑架实时跟踪虚拟控制中心的调节指令，根据检测和提取的包括建筑结构和施工环境在内的信息，进行支撑架调节优化，得到辅助支撑架与虚拟控制中心之间的期望高度和期望角度；对支撑架系统中的多个支撑架进行调节控制；使每个支撑架对虚拟控制中心的调节指令进行响应，使主支撑架与虚拟控制中心之间的期望高度和角度收敛到设定值；使辅助支撑架与虚拟控制中心之间的高度和角度收敛到期望的相对高度和角度。本发明可以实现支撑架系统的智能化调节，有效提升施工安全性和效率。
Control method for adjustable support frame of building template
建筑模板可调节支撑架控制方法
XU LIANG (author)
2024-11-19
Patent
Electronic Resource
Chinese
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