Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel steel support axial force automatic monitoring equipment and monitoring method
The invention provides novel steel support axial force automatic monitoring equipment and a monitoring method, a middle pressed gap space formed by a traditional steel support adjustable head and a barrel body structure when the traditional steel support adjustable head stretches out is utilized, a special intelligent steel wedge is placed in the middle pressed gap space of the steel support adjustable head, and rest gaps are filled and wedged with a plurality of traditional steel wedges. Under the working condition that a steel support is stressed, an intelligent steel wedge sensor can accurately measure the real-time axial force of the steel support and transmit data to a remote monitoring and early warning system and a mobile phone monitoring terminal in real time through a built-in data acquisition and transmission module and an on-site intelligent gateway, and therefore, the purpose of automatically monitoring the axial force of the steel support is achieved. According to the novel steel support axial force automatic monitoring equipment and the monitoring method, the advantages that construction is convenient and fast, measurement is accurate, instability of the steel supportcannot be caused, and real-time automatic monitoring and early warning of the axial force of the steel support can be realized are achieved.
本发明提出了一种新型钢支撑轴力自动化监测设备和监测方法，利用了传统钢支撑活络头伸出时与桶身结构形成的中间受压间隙空间，通过专用智能钢楔放置于钢支撑活络头中间受压间隙空间内，其余间隙用若干个传统钢楔填充楔紧。在钢支撑受力工况下，智能钢楔传感器可以准确测量钢支撑的实时轴力，并通过自带的数据采集传输模块与现场智能网关实时传输数据至远程监控预警系统和手机监控端，进而达到钢支撑轴力自动化监测的目的。本发明具有施工便捷、测量准确、不会引起钢支撑失稳，而且可以实现钢支撑轴力实时自动化监测和预警。
Novel steel support axial force automatic monitoring equipment and monitoring method
The invention provides novel steel support axial force automatic monitoring equipment and a monitoring method, a middle pressed gap space formed by a traditional steel support adjustable head and a barrel body structure when the traditional steel support adjustable head stretches out is utilized, a special intelligent steel wedge is placed in the middle pressed gap space of the steel support adjustable head, and rest gaps are filled and wedged with a plurality of traditional steel wedges. Under the working condition that a steel support is stressed, an intelligent steel wedge sensor can accurately measure the real-time axial force of the steel support and transmit data to a remote monitoring and early warning system and a mobile phone monitoring terminal in real time through a built-in data acquisition and transmission module and an on-site intelligent gateway, and therefore, the purpose of automatically monitoring the axial force of the steel support is achieved. According to the novel steel support axial force automatic monitoring equipment and the monitoring method, the advantages that construction is convenient and fast, measurement is accurate, instability of the steel supportcannot be caused, and real-time automatic monitoring and early warning of the axial force of the steel support can be realized are achieved.
本发明提出了一种新型钢支撑轴力自动化监测设备和监测方法，利用了传统钢支撑活络头伸出时与桶身结构形成的中间受压间隙空间，通过专用智能钢楔放置于钢支撑活络头中间受压间隙空间内，其余间隙用若干个传统钢楔填充楔紧。在钢支撑受力工况下，智能钢楔传感器可以准确测量钢支撑的实时轴力，并通过自带的数据采集传输模块与现场智能网关实时传输数据至远程监控预警系统和手机监控端，进而达到钢支撑轴力自动化监测的目的。本发明具有施工便捷、测量准确、不会引起钢支撑失稳，而且可以实现钢支撑轴力实时自动化监测和预警。
Novel steel support axial force automatic monitoring equipment and monitoring method
一种新型钢支撑轴力自动化监测设备和监测方法
ZHUANG XIAOFENG (Autor:in) / DONG XINRUI (Autor:in) / WU HAILONG (Autor:in)
22.01.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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