一种水泥浆液比重实时动态监测装置

By introducing an anti-clogging protective cover and an anti-vibration support into the cement slurry testing device, and combining dynamic algorithms and network transmission, the clogging and vibration problems of traditional devices have been solved, enabling real-time and accurate monitoring of the specific gravity of cement slurry, and improving the quality control level and safety of construction projects.

CN120668523BActive Publication Date: 2026-07-17TIANJIN UNIV

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
TIANJIN UNIV
Filing Date
2025-06-12
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing cement slurry specific gravity testing devices are prone to clogging and have poor vibration resistance, resulting in large data fluctuations and low accuracy. They cannot achieve real-time monitoring and are unable to meet the needs of construction projects for precise control of cement slurry quality and efficient construction.

Method used

The structure adopts an anti-clogging protective cover and anti-vibration bracket, combined with dynamic algorithm optimization, to monitor the specific gravity in real time through a dual pressure sensor group, and to realize remote data transmission and alarm using 4G or 5G networks. It integrates a controller and a multi-terminal display system to ensure measurement stability and real-time performance.

Benefits of technology

It enables real-time dynamic monitoring of cement slurry specific gravity, improves measurement accuracy and stability, reduces errors, meets the precise control requirements of cement slurry quality in construction projects, and ensures project safety and stability.

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Abstract

本发明涉及一种水泥浆液比重实时动态监测装置,包括水泥泥浆储存罐、浆液比重采集装置、集成控制器、数据无线发送装置、数据库及应用服务器、浆液比重监测机载端设备、浆液比重监测远程监控端设备;浆液比重采集装置安装于水泥浆液搅拌罐或水泥泥浆储存罐的合适位置处,浆液比重采集装置、集成控制器、数据无线发送装置、数据库及应用服务器及浆液比重监测远程监控端设备依次连接,集成控制器还连接至所述浆液比重监测机载端设备。本发明既可实现对浆液比重的实时测量,又能将测量信息远程发送至数据库可供后续质量评估应用,确保成桩满足设计要求,对不达标情况进行实时报警,并形成统计图表,作为相关部门进行质量管理的依据。
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