现代电子技术
現代電子技術
현대전자기술
MODERN ELECTRONICS TECHNIQUE
2014年
2期
95-97
,共3页
温度采集%JF24D-B%ARM7%μClinux%Python
溫度採集%JF24D-B%ARM7%μClinux%Python
온도채집%JF24D-B%ARM7%μClinux%Python
temperature acquisition%JF24D-B%ARM7%μClinux%Python
在采集不同高度的温度时，在不同高度安置无线网络传感器成本高，无线传感器的电源替换比较困难，为解决此问题，采用了简易螺旋直升机，内置由AT89C51单片机、DS1820数字芯片，可实时采集不同高度的温度。使用JF24D-B无线传输模块将信号送至ARM7控制系统。监控端通过无线信号接收并解析，在μClinux下进行进程调度和数据处理，并通过Python完成数据图表的实时显示，便于用户查看当前温度做出正确决策。
在採集不同高度的溫度時，在不同高度安置無線網絡傳感器成本高，無線傳感器的電源替換比較睏難，為解決此問題，採用瞭簡易螺鏇直升機，內置由AT89C51單片機、DS1820數字芯片，可實時採集不同高度的溫度。使用JF24D-B無線傳輸模塊將信號送至ARM7控製繫統。鑑控耑通過無線信號接收併解析，在μClinux下進行進程調度和數據處理，併通過Python完成數據圖錶的實時顯示，便于用戶查看噹前溫度做齣正確決策。
재채집불동고도적온도시，재불동고도안치무선망락전감기성본고，무선전감기적전원체환비교곤난，위해결차문제，채용료간역라선직승궤，내치유AT89C51단편궤、DS1820수자심편，가실시채집불동고도적온도。사용JF24D-B무선전수모괴장신호송지ARM7공제계통。감공단통과무선신호접수병해석，재μClinux하진행진정조도화수거처리，병통과Python완성수거도표적실시현시，편우용호사간당전온도주출정학결책。
To acquire the temperature at different heights,the wireless sensor network is used,but its cost is high and the replacement of the power source of the wireless sensor is difficult. To solve the problem,the simple spiral helicopter with AT89C51 and DS1820 is used to collect real-time temperature at different heights. The wireless signal is sent to the ARM7 con-trol system by JF24D-B wireless transmission module. The wireless signal is received and analyzed at the monitoring terminal. The process scheduling and data processing are done in μClinux. The chart with real-time temperature is displayed by Python for the user to make the correct decision.
