Manhole Monitoring and Detection using loT

D. Mishra, Ishan Dushettiwar, Prachi Rane, Smita Daware
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Abstract

Public safety from manhole injuries is required in a country with a large population like India. Several injuries happen daily due to poorly covered manholes or even open manholes. These injuries are often entirely ignored or written off as a random occurrence. However, research has showed that with certain improvements in design such as the one which is developed in this research study; public safety and security can be improved by making manholes a lot safer. In the PMs Mandate of “Swachh Bharat”, manholes play an important part and the proposed model will make this important feature more secure for the citizens. The experimental outcomes show that the framework works steadily and information transmission is solid, which is useful to acknowledge insightful the board of a savvy city and make an amicable and safe shrewd city climate. The system's job is to continuously monitor the lid status of the manhole and ensure that it is closed using a magnetic reed switch mechanism that is specially designed for this purpose. Numerous methods have been proposed for the same purpose. However, the proposed model uses reed switches, which is considered as a novel element of the proposed system.
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利用loT进行人孔监测与检测
在印度这样一个人口众多的国家,井口伤害的公共安全是必要的。由于人孔盖得不好,甚至人孔打开,每天都会发生几起伤害事件。这些伤害通常被完全忽视,或者被认为是随机发生的。然而,研究表明,随着设计的某些改进,例如本研究中开发的设计;公共安全和安保可以通过使沙井更加安全而得到改善。在总理的“Swachh Bharat”任务中,沙井扮演着重要的角色,拟议的模型将使这一重要特征对公民来说更加安全。实验结果表明,该框架运行稳定,信息传输可靠,有助于认识精明城市的洞察力,营造友好安全的精明城市气候。该系统的工作是持续监测人孔的盖子状态,并确保使用专门为此设计的磁簧开关机构关闭人孔。为了同样的目的,已经提出了许多方法。然而,所提出的模型使用了簧片开关,这被认为是所提出系统的一个新元素。
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