Ilija Neden Dimitriu, Marko Bajic, Mirko Bulatovic
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引用次数: 0
摘要
摘要:在塞尔维亚共和国的公路网上,为处理道路维护和实施PBMC(基于绩效的维护合同)的组织的需要,正在建立对公路网某些点参数的监测,这需要从道路和道路设施中大量收集数据。其中一个参数是温度,在Kovin/Smederevo附近的多瑙河上的桥梁结构上的温度测量将是本文的主要重点。采用新技术的Lo Ra传感器采集温度数据。这种类型的传感器具有低能耗,因此它不需要一个专门实施的电源。这种传感器在环境条件下的使用寿命估计至少为5年。通信是使用Lo Ra WAN技术实现的,该技术需要一个距离传感器8公里远的接入点,带宽容量为3 kbps至50 kbps。该传感器允许测量和收集温度数据作为主要功能,也能够测量其安装的结构元件上的三个轴的局部加速度。这种利用低功耗无线传感器采集数据的方式,大大提高了道路养护和监控领域的效率和经济性。
Proof of Concept Project: Temperature Measurement Using Lora Sensors on the Bridge Over the Danube River Near Smederevo Kovin
Abstract: On the road network in the Republic of Serbia, is establish monitoring of parameters at certain points of road network for the needs of the organization that deals with road maintenance and implementation of PBMC (Performance based Maintenance Contract), which has a need for mass collection of data from roads and road facilities. One of the parameter is the temperature, whose measurement on the bridge structure over the Danube near Kovin/Smederevo will be the primary focus of this paper. New technology Lo Ra sensors were used to collect temperature data. This type of sensor has low energy consumption so it does not require a specially implemented power supply. The service life of such sensors is estimated at a minimum of 5 years in environmental conditions. Communication is achieved using Lo Ra WAN technology that requires an access communication point at a distance of up to 8 km from the sensor with a bandwidth capacity of 3 kbps to 50 kbps. This sensor allows the measurement and collection of temperature data as a primary function and is also able to measure local acceleration in three axes on the structural element on which it is mounted. This way of collecting data using wireless sensors with low power consumption significantly improves efficiency and economy in the field of road maintenance and monitoring.