The invention relates to the technical field of geological monitoring, and provides a seismic sensor, including a cylindrical shell, a cycloid, a metal ball, an acoustooptic alarm, a single chip computer, a power supply, an infrared sensor, a circular electromagnetic induction coil and a reset switch. One end of the cycloid is fixed at the center of the top of the cylindrical shell, and the metal ball is hung on the free end of the cycloid located inside the cylindrical shell. The infrared sensor is located in the cylindrical shell and the metal ball is located in the induction area of the infrared sensor. When the metal ball is stationary, it is at the center of the circular electromagnetic induction coil. The single chip computer is located in the circuit box. The output end of the infrared sensor is connected with the input end of the single chip computer. The output end of the single chip computer is connected and controlled respectively by the acoustooptic alarm and the circular electromagnetic induction coil. The reset switch is connected with the input end of the single chip computer and the reset switch part passes through the side wall of the cylindrical shell. The invention solves the problem that the existing geological monitoring device is complex, has high cost and is not suitable for individual users.
【技术实现步骤摘要】
地震感应仪
本专利技术涉及地震探测
,特别涉及一种地震感应仪。
技术介绍
随着地震感应仪主要用来监测地质变动的情况,并将所监测的情况反应给用户,以便尽可能早的感知地质结构的变化,从而提前采取一些预防措施。目前地震感应仪多种多样,主要依靠精密地震检波装置进行检测,普遍结构复杂,操作麻烦,制作成本较高,不适用于个人用户。
技术实现思路
因此,针对上述的问题,本专利技术提出一种结构简单合理、造价成本低、使用简单方便、感应效果好的地震感应仪。为解决此技术问题,本专利技术采取以下方案:一种地震感应仪,包括柱状壳体、摆线、金属球、声光报警器、单片机、电源、红外传感器、圆环状电磁感应线圈和复位开关,所述摆线一端固设于柱状壳体顶部中心处,所述金属球挂设于位于柱状壳体内部的摆线自由端上,所述红外传感器设于柱状壳体内且金属球位于红外传感器的感应区域内,所述圆环状电磁感应线圈设于柱状壳体内且圆环状电磁感应线圈与金属球处于同一水平面上,所述金属球静止时处于圆环状电磁感应线圈的圆心处,所述柱状壳体内下部设有电路盒,所述单片机设于电路盒内,所述红外传感器的输出端与单片机输入端相连接,所述声光报警器设于柱状壳体上表面,所述单片机输出端分别连接并控制声光报警器和圆环状电磁感应线圈,所述复位开关与单片机输入端相连接且复位开关部分穿出柱状壳体侧壁,所述电源设于电路盒内且电源分别为单片机、声光报警器和圆环状电磁感应线圈供电。进一步的,还包括GSM通信模块,所述GSM通信模块设于电路盒内,所述单片机输出端经GSM通信模块将红外传感器检测的警报信息发送至用户手机。进一步的,所述电源为蓄电池。通过 ...
【技术保护点】
1.一种地震感应仪,其特征在于:包括柱状壳体、摆线、金属球、声光报警器、单片机、电源、红外传感器、圆环状电磁感应线圈和复位开关,所述摆线一端固设于柱状壳体顶部中心处,所述金属球挂设于位于柱状壳体内部的摆线自由端上,所述红外传感器设于柱状壳体内且金属球位于红外传感器的感应区域内,所述圆环状电磁感应线圈设于柱状壳体内且圆环状电磁感应线圈与金属球处于同一水平面上,所述金属球静止时处于圆环状电磁感应线圈的圆心处,所述柱状壳体内下部设有电路盒,所述单片机设于电路盒内,所述红外传感器的输出端与单片机输入端相连接,所述声光报警器设于柱状壳体上表面,所述单片机输出端分别连接并控制声光报警器和圆环状电磁感应线圈,所述复位开关与单片机输入端相连接且复位开关部分穿出柱状壳体侧壁,所述电源设于电路盒内且电源分别为单片机、声光报警器和圆环状电磁感应线圈供电。
【技术特征摘要】
1.一种地震感应仪,其特征在于:包括柱状壳体、摆线、金属球、声光报警器、单片机、电源、红外传感器、圆环状电磁感应线圈和复位开关,所述摆线一端固设于柱状壳体顶部中心处,所述金属球挂设于位于柱状壳体内部的摆线自由端上,所述红外传感器设于柱状壳体内且金属球位于红外传感器的感应区域内,所述圆环状电磁感应线圈设于柱状壳体内且圆环状电磁感应线圈与金属球处于同一水平面上,所述金属球静止时处于圆环状电磁感应线圈的圆心处,所述柱状壳体内下部设有电路盒,所述单片机设于电路盒内,所述红外传感器的输出端与单片机...
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