Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-falling equipment capable of being quickly unfolded based on campus safety system and operation method
The invention relates to the technical field of campus safety building energy saving, in particular to a rapidly-unfolded anti-falling building device based on a campus safety system and an operation method, and the device comprises two wall-attached mounting boxes, a pull-back assembly, a photovoltaic auxiliary assembly, a reinforced safety assembly and an inflation assembly. The photovoltaic mounting plate with the photovoltaic module is fixedly mounted on one side of the two assembly plates, when the assembly plates serve as supporting mounting parts of the anti-falling net, the impact deformation resistance of the assembly plates is improved, electric energy is automatically provided for the whole anti-falling device, the electric energy loss of later use of the anti-falling device is reduced, and meanwhile, the anti-falling net is protected from being damaged. The reinforced safety assembly driven by the inflation assembly is arranged on one side of the photovoltaic mounting plate, when the anti-falling net is accidentally damaged, the reinforced safety assembly can serve as a standby safety bearing structure, the safety of personnel falling from a building is improved, and before the inflation assembly triggers the reinforced safety assembly, the photovoltaic mounting plate and the anti-falling net can be rapidly and horizontally adjusted, so that the safety of personnel falling from the building is improved. And the unfolding efficiency of the anti-falling device is improved.
本发明公开涉及校园安全建筑节能技术领域，具体为基于校园安全系统可快速展开的防坠楼设备及操作方法，包括两个贴墙安装盒、回拉组件、光伏辅助组件、强化安全组件和充气组件，在两个组装板的一侧固定安装一个带有光伏模块的光伏安装板，在组装板作为防坠网的支撑安装件时，提高组装板的抗冲击变形能力和为整个防坠楼装置自动提供电能，降低防坠楼装置后期使用的电能损耗，同时，在光伏安装板的一侧设置充气组件驱动的强化安全组件，在防坠网发生意外损坏时，强化安全组件可作为备用安全承托结构，提高人员坠楼的安全性，且充气组件在触发强化安全组件之前，可将光伏安装板和防坠网进行快速水平调整，提高防坠落装置的展开效率。
Anti-falling equipment capable of being quickly unfolded based on campus safety system and operation method
The invention relates to the technical field of campus safety building energy saving, in particular to a rapidly-unfolded anti-falling building device based on a campus safety system and an operation method, and the device comprises two wall-attached mounting boxes, a pull-back assembly, a photovoltaic auxiliary assembly, a reinforced safety assembly and an inflation assembly. The photovoltaic mounting plate with the photovoltaic module is fixedly mounted on one side of the two assembly plates, when the assembly plates serve as supporting mounting parts of the anti-falling net, the impact deformation resistance of the assembly plates is improved, electric energy is automatically provided for the whole anti-falling device, the electric energy loss of later use of the anti-falling device is reduced, and meanwhile, the anti-falling net is protected from being damaged. The reinforced safety assembly driven by the inflation assembly is arranged on one side of the photovoltaic mounting plate, when the anti-falling net is accidentally damaged, the reinforced safety assembly can serve as a standby safety bearing structure, the safety of personnel falling from a building is improved, and before the inflation assembly triggers the reinforced safety assembly, the photovoltaic mounting plate and the anti-falling net can be rapidly and horizontally adjusted, so that the safety of personnel falling from the building is improved. And the unfolding efficiency of the anti-falling device is improved.
本发明公开涉及校园安全建筑节能技术领域，具体为基于校园安全系统可快速展开的防坠楼设备及操作方法，包括两个贴墙安装盒、回拉组件、光伏辅助组件、强化安全组件和充气组件，在两个组装板的一侧固定安装一个带有光伏模块的光伏安装板，在组装板作为防坠网的支撑安装件时，提高组装板的抗冲击变形能力和为整个防坠楼装置自动提供电能，降低防坠楼装置后期使用的电能损耗，同时，在光伏安装板的一侧设置充气组件驱动的强化安全组件，在防坠网发生意外损坏时，强化安全组件可作为备用安全承托结构，提高人员坠楼的安全性，且充气组件在触发强化安全组件之前，可将光伏安装板和防坠网进行快速水平调整，提高防坠落装置的展开效率。
Anti-falling equipment capable of being quickly unfolded based on campus safety system and operation method
基于校园安全系统可快速展开的防坠楼设备及操作方法
LIU WEI (Autor:in) / ZHOU CHUNKANG (Autor:in)
27.09.2024
Patent
Elektronische Ressource
Chinesisch
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