Intelligent wireless monitoring management system

Abstract

The invention discloses an intelligent wireless monitoring management system. The system includes a sensor, which is used for collecting a signal; an MCU, which obtains communication information; a wireless communication module, which is used for transmitting the communication information to a cloud-side server; and a back-end database, which acquires the communication information from the cloud-side server, and stores the same. The sensor, the MCU, the wireless communication module, the cloud-side server and the back-end database are in sequential communication connection. According to the system, a combination of Internet-of-things technology, single chip microcomputer control technology and wireless communication technology is adopted, remote intelligent monitoring on a monitoring pointis realized through interconnection and intercommunication among the sensor, the MCU, the wireless communication modules, the cloud-side server and the back-end database, and an informationization level of monitoring and management is greatly improved. The system is accurate in a design, saves energy, is environmentally friendly, is lower in costs, also overcomes the shortcomings that according to traditional monitoring, efficiency is low, accuracy is low, monitoring data are liable to loss, monitoring cannot be sustained, work intensity and workloads are high, time and labor consumption is high, and environments are polluted, and has a very high market promotion value.

Description

technical field [0001] The present invention relates to a management system, in particular to an intelligent wireless monitoring and management system, and specifically to a system that is applied to real estate, large shopping malls, schools, hospitals, warehouses and other places where there may be rodent damage, insect damage, ant damage, etc. Intelligent wireless monitoring and management system. Background technique [0002] Rodent pests, insect pests, ant pests and other hazards are global public hazards, especially in my country, which are notorious, and the degree of harm is self-evident. For example, in terms of life, animals will steal food from humans, destroy pastures, spread diseases, cause great losses to farmers and herdsmen, cause damage to the environment, and cause harm to the health of humans and animals; in terms of industry, animals will bite Biting cables can cause short circuits, drilling into transformers can cause explosions, and damage to high-volt...

AI Technical Summary

Problems solved by technology

For example, in terms of life, animals will steal food from humans, destroy pastures, spread diseases, cause great losses to farmers and herdsmen, cause damage to the environment, and cause harm to the health of humans and animals; in terms of industry, animals will bite Biting cables cause short circuits, drilling into transformers causes explosions, damages high-voltage lines, causes magnetic field induction breakdown and burns down equipment

In order to avoid losses caused by rodent infestation, people will eliminate animals through traditional methods such as putting rat poison and arranging animal traps. The problem of accidental ingestion or accidental injury

[0003] At present, monitoring stations are generally used to monitor serious hazards such as rodent damage, insect damage, and ant damage. Existing monitoring stations, for example, use bait stations to monitor rodent conditions or eliminate pests and rodents. The monitoring is mainly through the animal trap method , squirrel cage method, powder method, sticky mouse board method, etc., are mainly implemented manually, and have the following disadvantages: First, although the effect of pest control is good, the intensity and workload of manual monitoring are large, consuming manpower and financial resources, and continuous monitoring is not possible. The second is that most of the collected samples are dead rats, which is not conducive to specimen making, species identification and detection of animal parasitic media, and is also likely to cause environmental pollution; third, the ability of the animal pollution monitoring device to adapt to harsh scene environments is relatively low. poor, resulting in inaccurate monitoring data, low monitoring accuracy and low monitoring efficiency, and prone to device loss, resulting in loss of monitoring data; Fourth, due to the unreasonable design of the monitoring system composed of hardware and software, it is easy to False alarms occurred

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