Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a deep horizontal displacement automatic measuring device. The displacement direction and distance of deep rock and soil are detected through a protective cover, a bracket, a motor, a transmission component, a reel, an inclinometry cable, an inclinometry component, a counting component and a monitoring component; a displacement signal is generated; the moving direction anddistance of the inclinometry cable are recorded; and a depth signal is generated, and inclinometry data are calculated and sent to a server. The deep horizontal displacement automatic measuring deviceprovided by the invention is simple in structure and convenient in installation, overcomes the problems of untimely manual monitoring data collection, large personal errors, inability to encrypt andobserve in bad weather, and low efficiency, simulates a manual method for inclinometer work, and overcomes the problems of insufficient distribution density of fixed inclinometers, complex installation, difficulty in replacement and high cost, and can realize online viewing of monitoring data and receiving of over-limit alarm information wherever; and besides, the automation efficiency is high anda lot of manpower and material resources are saved.
本发明公开了一种深层水平位移自动测量装置，通过保护罩、支架、电机、传动组件、卷线轮、测斜电缆线、测斜组件、计数组件、监控组件探测深层岩土的位移方向和距离，产生位移信号，记录测斜电缆线的移动方向和距离，产生深度信号，计算测斜数据，发送至服务器，结构简单、安装便捷，克服了人工监测数据采集不及时、人为误差大、恶劣天气无法加密观测和效率低下等问题，模拟人工方法进行测斜工作，克服了固定式测斜仪分布密度不足、安装复杂、更换难度大和成本高等问题，无论在哪里都可以实现在线查看监测数据和接收超限报警信息，自动化效率高，节省大量人力物力。
The invention discloses a deep horizontal displacement automatic measuring device. The displacement direction and distance of deep rock and soil are detected through a protective cover, a bracket, a motor, a transmission component, a reel, an inclinometry cable, an inclinometry component, a counting component and a monitoring component; a displacement signal is generated; the moving direction anddistance of the inclinometry cable are recorded; and a depth signal is generated, and inclinometry data are calculated and sent to a server. The deep horizontal displacement automatic measuring deviceprovided by the invention is simple in structure and convenient in installation, overcomes the problems of untimely manual monitoring data collection, large personal errors, inability to encrypt andobserve in bad weather, and low efficiency, simulates a manual method for inclinometer work, and overcomes the problems of insufficient distribution density of fixed inclinometers, complex installation, difficulty in replacement and high cost, and can realize online viewing of monitoring data and receiving of over-limit alarm information wherever; and besides, the automation efficiency is high anda lot of manpower and material resources are saved.
本发明公开了一种深层水平位移自动测量装置，通过保护罩、支架、电机、传动组件、卷线轮、测斜电缆线、测斜组件、计数组件、监控组件探测深层岩土的位移方向和距离，产生位移信号，记录测斜电缆线的移动方向和距离，产生深度信号，计算测斜数据，发送至服务器，结构简单、安装便捷，克服了人工监测数据采集不及时、人为误差大、恶劣天气无法加密观测和效率低下等问题，模拟人工方法进行测斜工作，克服了固定式测斜仪分布密度不足、安装复杂、更换难度大和成本高等问题，无论在哪里都可以实现在线查看监测数据和接收超限报警信息，自动化效率高，节省大量人力物力。
Deep horizontal displacement automatic measuring device
一种深层水平位移自动测量装置
SUN ZEXIN (Autor:in)
24.11.2020
Patent
Elektronische Ressource
Chinesisch
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