基于GSM远程后置式捕鼠设计
Design for Postpositive Mousing Based on GSM in Long-Distance

作者: 高 欣 , 刘香燕 :成都理工大学,成都;

关键词: 红外传感器模块菲涅耳透镜电网结构GSMInfrared Sensor Module Fresnel Lens Device of Power Grid GSM

摘要:
该捕鼠设计主要由电源控制模块、红外传感器模块、信号处理模块、GSM远程信息传输模块及电网装置组成。其中包括分别与220 V交流电源的火线和零线连接的导电体平行交替的结构,创新之处在于采用带有菲涅耳透镜的热释电红外传感装置以及红外探测区域至少一侧方向外有延伸区域,当老鼠进入红外探测区域,热释电红外传感装置的传感信号经信号单元发送至电源控制单元而启动电网结构加电,以致使老鼠触电后又无法逃离电网而被击晕或击毙。该设计还采用了GSM短信模块,通知捕鼠者已成功捕获消息。该装置可适用于各种有老鼠出没的场所及活动路径上,且无需投放诱饵。

Abstract: This design for mousing is made up of power control module, infrared sensor module, signal processing module, distance information transportation based on GSM and device of power grid. The design consists of two sets of conductors, separately linked by fire wire and null line and dis-tributing alternatively. The major innovation is infrared sensor module with Fresnel lens, and that the infrared detecting area should be spread in one direction at least. When the mouse gets into the infrared detecting area, the sensor signal of infrared detecting device is sent to power control module through signal element and then starts the device of power grid to power up to make the mouse be shocked or die. GSM module is adopted to tell that the mouse is caught successfully. This design can be placed in any position that the mouse is always out and there is no need of baits.

文章引用: 高 欣 , 刘香燕 (2014) 基于GSM远程后置式捕鼠设计。 电磁分析与应用, 3, 35-41. doi: 10.12677/EAA.2014.33005

参考文献

[1] 刘永胜 (2006) 物理学. 天津大学出版社, 天津.

[2] 汉泽西, 吕飞 (2005) GSM网络AT指令仿真系统的研究与开发. 现代电子技术, 17, 9-11.

[3] 刘秀峰, 游雨云 (2011) 单片机原理与应用. 北京理工大学, 北京.

分享
Top