矿山水工环地质信息网络系统的开发与应用

Development and application of geological information network system of mine hydraulic environment

由于传统的网络系统无法构建二次开发环境,导致对矿山水工环地质信息处理的网络信息重复率高.为此,进行矿山水工环地质信息网络系统的开发与应用.该系统在原有系统的硬件基础上,设计了型号为CDE91021007A的数字化仪,通过工业标准TCPI/P通讯协议,能够准确的将连续模拟量转换为离散的数字量,提高控制系统硬件性能;进行软件初始设置;叠加矿山水工环地质信息图层;构建二次开发环境,将经过处理的矿山水工环地质信息存入云数据库,完成软件部分设计.实验结果表明,开发的网络系统网络信息重复率最高为13.89%,实验对照组为36.79%,开发的网络系统网络信息重复率都在15%以下浮动,具有明显优势.

Because the traditional network system can't construct the secondary development environment,the repetition rate of the network information of mine hydraulic environment geological information processing is high.For this reason,the development and application of the geological information network system of mine hydraulic environment are carried out.Based on the hardware of the original system,a digitizer of CDE 91021007a is designed in this system,which passes the industrial standard tcpi/P The communication protocol can accurately convert the continuous analog quantity into discrete digital quantity,improve the hardware performance of the control system;carry out the initial setting of the software;overlay the geological information layer of the mine hydraulic environment;build the secondary development environment,store the processed geological information of the mine hydraulic environment into the cloud database,and complete the design of the software part.The experimental results show that the highest repetition rate of network information in the developed network system is 13.89%,and 36.79%in the experimental control group.The repetition rate of network information in the developed network system fluctuates below 15%,which has obvious advantages.