4D时移高密度遥测系统的研究与应用OA
Research and application of 4D time-shift high-density telemetry system
高密度电法是工程物探中应用最广泛的方法之一,随着互联网、云计算、物联网、4G/5G 移动通信等技术的发展和应用,传统的高密度测量方式已无法满足客户对仪器智能化、多功能化的要求.为此,根据目前国内工程勘探和环境监测需求,开发了 4D 时移高密度遥测系统.系统集全波形电流/电位采集、大功率控制、嵌入式操作系统、时移监测、远程操控及云端存储于一体,是新一代高密度直流电法仪器.该系统适应性强,对环境要求不高,在各种复杂野外环境下能获得大量的高质量原始数据,可广泛应用于地质灾害监测、地基评价、环境监测、裂隙渗漏监测等多个领域.目前,4D 时移高密度已在龙门石窟、大足石刻和乐山大佛等地开展了裂隙渗漏监测工作,并取得良好效果,为后期裂隙的修补提供了科学依据.
High-density electrical method is one of the most widely used techniques in engineering geophysics.With the development and application of technologies such as the internet,cloud computing,internet of things and 4G/5G mobile communications,traditional high-density measurement methods can no longer meet customers"demands for instrument intelligence and multi-functionality.Therefore,4D time-shift high-density telemetry system was developed based on the current domestic engineering exploration and environmental monitoring requirements.This system is a new generation high-density DC electrical instrument integrating full waveform current and potential acquisition,high-power control,embedded operating system,time-shift monitoring,remote control and cloud storage.The system is highly adaptable and has low environmental requirements.It can obtain large amounts of high-quality raw data in various complex field environments,and can be widely used in geological disaster monitoring,foundation evaluation,environmental monitoring,fracture leakage monitoring and other fields.Currently,4D time-shift high-density system has been used for fracture leakage monitoring at sites such as Longmen grottoes,Dazu rock carvings and Leshan giant buddha,achieving good results and providing a scientific basis for the subsequent repair of fractures.
张春凤;刘小川;何懿珺;王宏伟;代鑫;李丽;王洪军
中地装(重庆)地质仪器有限公司,重庆 400000中地装(重庆)地质仪器有限公司,重庆 400000中地装(重庆)地质仪器有限公司,重庆 400000中地装(重庆)地质仪器有限公司,重庆 400000中地装(重庆)地质仪器有限公司,重庆 400000中地装(重庆)地质仪器有限公司,重庆 400000中地装(重庆)地质仪器有限公司,重庆 400000
天文与地球科学
跨维度测量多维监测可视化远程监测可编程跑极
cross dimensional measurementmulti-dimensional monitoringvisual remote monitoringprogrammable running pole
《地质装备》 2026 (2)
22-27,6
评论