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Campus dormitory electricity monitoring system based on NB-IOT communication and control method thereof

A monitoring system, dormitory technology, applied in general control systems, signal transmission systems, control/regulation systems, etc., can solve problems such as small current, safe management of student life safety hazards, etc.

Inactive Publication Date: 2019-01-04
合肥赛因斯智控技术有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, with the development of technology and information technology, students use mobile phones, PDAs, laptops and other small electrical equipment more and more frequently, which leads to the need to charge mobile phones, PDAs or computers when students leave the dormitory. The current during charging is very small, and the original overcurrent or overload monitoring system does not work at all. Fires caused by charging mobile phones or notebooks in student dormitories occur from time to time, which brings great harm to the safety management of the school and the lives of students. Great hidden danger. After the fall of 2018, colleges and universities in the applicant's area had two campus fire accidents due to students charging mobile phones in the dormitory during class. Therefore, fire accidents caused by weak electricity in campus dormitories are on the rise year by year, especially for teenagers. Students love mobile terminal devices such as mobile phones and notebooks. Every dormitory has mobile phones or notebooks that are charged at any time when there is no one in the dormitory. It is urgent to prevent fire accidents caused by weak electricity in campus dormitories.

Method used

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  • Campus dormitory electricity monitoring system based on NB-IOT communication and control method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0055] Example 1: (Example when there is no one in the dormitory)

[0056] The dormitory electricity monitoring system is powered on and started, the main controller 5 drives each functional module to enter the detection standby state, and each functional module enters the industrial control state after the detection is normal; the infrared temperature monitoring module 3 starts the infrared temperature sensor 31 to detect the infrared radiation hot spots of the human body in the dormitory, Simultaneously timer 32 starts timing, if do not detect human body hotspot, when the time lasts more than 10 minutes, infrared temperature monitoring module confirms that there is no personnel in the room, and temperature detection module 3 feeds back this information to main controller 5, and main controller 5 controls The power circuit breaker module 2 disconnects the power supply circuit in the dormitory, and the power consumption side of the dormitory is in a state of no electricity. The...

Embodiment 2

[0058] Embodiment 2 (the embodiment when there are people in the dormitory):

[0059] The dormitory electricity monitoring system is powered on and started. The main controller 5 drives each functional module into the detection standby state. After each functional module is detected to be normal, it enters the industrial control state. Infrared radiation point of the human body, to determine that there are people in the room, the circuit detection module 1 is working, the current sensor 11 of the circuit detection module 1 detects the real-time detection value of the electric current (the real-time current detection value is 2A), and compares it with the electric current threshold ( The current threshold is 1.5A), when the ratio of the current detection value to the current threshold is 1-1.5:1 (at this time the ratio of the detection value to the threshold is: 1.1:1), the main controller 5 sends out an early warning signal, and through wireless communication The module 6 send...

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Abstract

The invention relates to a campus dormitory electricity monitoring system based on NB-IOT communication and a control method thereof. The system includes an electric detection module, an electric circuit break module, an infrared temperature monitoring module, a smoke sensing module, a wireless communication module, a main controller and a monitoring center, wherein the electric detection module and the electric circuit break module employs integrated design, the electric detection module and the power circuit break module respectively achieve signal feedback with the main controller, the infrared temperature monitoring module and the main controller have signal feedback, the main controller sends a command to the electric circuit break module to control on / off according to a human body infrared signal and the duration, a student dormitory is monitored and controlled under the weak electricity environment, the human body pyrolysis infrared technology is adopted to detect people existence in the dormitory, for example, indoor monitoring systems monitor safety of electricity, if no one is in the dormitory, the dormitory is directly powered off, and the risk of fire caused by chargingmicro-power products such as mobile phones and laptops when no one in the dormitory can be eliminated.

Description

technical field [0001] The invention relates to the technical field of campus dormitory electricity management, in particular to a campus dormitory electricity monitoring system and control method based on NB-IOT communication. Background technique [0002] The school is a place with a large flow of people, and each dormitory is a small group. School dormitories are basically multi-person dormitories. Because students have little life experience, they often cannot be cautious enough in dormitory safety. At present, in major colleges and universities, there will basically be a short circuit of the wires caused by the transition of electricity, and at least the dormitory will be broken. If the electricity is too heavy, it will cause a fire and cause the safety of life and property. In the prior art, electricity monitoring for campus dormitories has also been applied. For example, Patent No. CN202093352U discloses a safety monitoring and alarm system for electricity use in sch...

Claims

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Application Information

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IPC IPC(8): G05B19/048G01D21/02G08C17/02G08B19/00
CPCG05B19/048G01D21/02G08B19/005G08C17/02
Inventor 王子韩王杰张红
Owner 合肥赛因斯智控技术有限公司
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