Remote monitoring system of hydrological equipment

Abstract

The invention provides a remote monitoring system of hydrological equipment. The remote monitoring system comprises a monitoring end, a wireless transmission module and a monitoring center, wherein the monitoring end is connected with the monitoring center by the wireless transmission module, the monitoring end comprises a sensor module, a singlechip microcomputer module, a power module and a wireless communication module, and the monitoring center comprises a wireless transceiver, a server, a computer and a mobile phone. The remote monitoring system of the hydrological equipment is used for uploading hydrological equipment information acquired by the monitoring end to the monitoring center in real time in a wireless communication mode, and the problems of long monitoring blind region andhigh operation and maintenance cost of the hydrological equipment are solved; with the arrangement of the singlechip microcomputer module and the sensor module, a monitor is convenient to timely understand a running state of the equipment by running environmental data acquisition and processing of the hydrological equipment; and with mutual matching of various sensors, the running state of the hydrological equipment can be comprehensively understood, and the monitoring result accuracy of the hydrological equipment is improved.

Description

technical field [0001] The invention relates to the technical field of hydrological equipment, in particular to a remote monitoring system for hydrological equipment. Background technique [0002] Hydrological equipment is generally used in unattended places in the wild. Generally, personnel are sent to the site for regular on-site inspections or when the equipment reports abnormal data or no data is reported. This leads to high operation and maintenance costs. Once the equipment is damaged by a storm When the attitude of the equipment changes due to external factors such as man-made sabotage, the measurement results will change. If the result changes seriously, it will be considered as a sensor jump in the industry. If the change is not serious, the system may not be able to recognize the abnormality of the measurement results. , this problem will lead to serious consequences for important applications such as reservoirs and pumping stations. Secondly, because the equipmen...

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Problems solved by technology

[0002] Hydrological equipment is generally used in unattended places in the wild. Generally, personnel are sent to the site for regular on-site inspections or when the equipment reports abnormal data or no data is reported. This leads to high operation and maintenance costs. Once the equipment is damaged by a storm When the attitude of the equipment changes due to external factors such as man-made sabotage, the measurement results will change. If the result changes seriously, it will be considered as a sensor jump in the industry. If the change is not serious, the system may not be able to recognize the abnormality of the measurement results. , this kind of problem will lead to serious consequences for important applications such as reservoirs and pumping stations

Secondly, because the equipment is generally deployed in the remote field, when the equipment is damaged by theft or other reasons, it cannot be found in time. It is not until the maintenance personnel go to the site to check that the equipment is stolen or damaged, which leads to long monitoring blind spots and high operation and maintenance costs. high

[0003] Hydrological equipment generally works in an environment with large temperature difference between day and night and high humidity. The current equipment simply relies on improving the protection level of the shell for protection. Once the shell protection of the equipment is damaged due to high temperature, salt spray, water immersion, etc., maintenance personnel cannot It can be noticed immediately, but it can only be discovered when the equipment is completely damaged due to water corrosion and cannot work. When it is discovered, the equipment is beyond repair and brings huge losses; therefore, we propose a convenient and accurate monitoring with low operation and maintenance costs. Hydrological Equipment Remote Monitoring System

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