首页|基于无线Mesh自组网煤矿液压支架压力传感器设计与应用

基于无线Mesh自组网煤矿液压支架压力传感器设计与应用

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通过研究现有无线矿山压力监测系统中液压支架传感器应用情况,发现普遍存在数据传输不稳定与传感器功耗高问题,为此利用无线Mesh自组网技术设计煤矿液压支架压力传感器,克服数据传输不稳定及功耗高的问题.以STM32L412 单片机为核心处理器,定时采集液压支架压力数据,对压力数据进行处理和存储,并控制数据通过无线Mesh网络传输至监测分站,最终到达地面监测系统.设计中将无线Mesh模块唤醒机制与STM32L412 单片机低功耗模式结合设计,保证数据传输可靠性同时,兼顾传感器低功耗.经过现场实际应用,所设计的液压支架压力传感器在矿井下环境中数据传输稳定、传感器功耗低,适合煤矿工作面液压支架压力采集监测.
Design and application of coal mine hydraulic support pressure sensor based on wireless Mesh Ad-Hoc network
By research the application of hydraulic support sensors in existing wireless mine pressure monitoring systems,it's fowd that it always exists unstable data transmission and high sensor power consumption problems.This paper introduces a kind of coal mine hydraulic support pressure sensor based on wireless Mesh AD-Hoc network,to overcome the problems of unstable data transmission and high sensor power.It takes STM32L412 microcontroller as the core processor,regularly collects pressure data of hydraulic supports,process and stoves the pressure data,and controls the data transferred through the wireless Mesh network to the substation,the pressure data finally reach the ground system.The design combines Mesh module wake-up mechanism with STM32L412 microcontroller low-power mode to ensure data transmission reliability while also considering the low power consump-tion of the sensor.After on-site practical application,the hydraulic support pressure sensor has achieved the design goals in terms of network data transmission and low power consumption in the coal mine underground environment,it is suitable for pressure col-lection and monitoring of hydraulic supports in coal mining face.

pressure sensorwireless MeshAd-Hoc networklow-power consumption

赵阳羲、姬胜凯、李斌、杨志明、陈俊凯

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中国电子信息产业集团有限公司第六研究所,北京 100083

压力传感器 无线Mesh 自组网 低功耗

2024

网络安全与数据治理
华北计算机系统工程研究所(中国电子信息产业集团有限公司第六研究所)

网络安全与数据治理

影响因子:0.348
ISSN:2097-1788
年,卷(期):2024.43(1)
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