基于物联网的电火花震源电力参数实时记录系统设计

Design of Real-time Recording System for Electric Spark Source Parameters Based on Internet of Things

电火花震源因其环保、频谱丰富、一致性好的特点在浅层地表勘探和地震预报等领域应用广泛,国内外大多数电火花震源系统因缺乏电力参数实时记录和控制系统而存在故障率高和故障查找不易等弊端。设计并实现了一种电火花震源电力参数实时记录系统,该系统对电火花震源充放电过程中的电力参数进行实时记录,有利于系统的故障诊断,实现故障的快速定位,适当扩展网络传输功能,可以实现系统的远程监控与控制,具有较好的推广价值。

Because of its environmental protection,rich spectrum and good consistency,the electric spark source has been widely used in shallow surface exploration and earthquake prediction,Due to the lack of real-time recording and control system of electric parameters,the most of the spark source systems at home and abroad have the disadvantages of high failure rate and difficult to find fault.In this paper,a real-time recording system of electric spark source power parameters is introduced and implemented.The real-time recording of the power parameters in the process of charging and discharging of electric spark source is helpful for fault diagnosis and rapid fault positioning.Appropriate expansion of network transmission capabilities can achieve the function of remote monitoring and control of the system.The system has a strong promotional value.