Visual double-fusion online temperature measurement system

Abstract

The invention discloses a visual double-fusion online temperature measurement system, which comprises a monitoring center, a background server, a data transmission module and a plurality of monitoringdevices, and is characterized in that the monitoring center comprises an image monitoring module, an alarm management module, an image management module, a system management module, a network connection module and a storage module; according to the visual double-fusion online temperature measurement system, the monitoring devices are installed at the cabinet doors of the power distribution cabinets respectively, installation is rapid and convenient, the monitoring devices can shoot high-definition pictures and thermal images in the power distribution cabinets in real time and transmit the pictures and the thermal images to a background server or a monitoring center through the data transmission module. The monitoring center can analyze and manage the received information in real time andtimely give an alarm for abnormal conditions in the power distribution cabinet; the system can effectively save manpower and material resources, the monitoring effect of the system is accurate, and serious faults in the power distribution cabinet can be avoided.

Description

technical field [0001] The invention relates to a temperature measurement system, in particular to a visual double fusion online temperature measurement system. Background technique [0002] Because the temperature measurement of the equipment in the current mainstream power distribution cabinets basically uses temperature sensors or manual inspections with infrared windows. Among them, the temperature sensor can only perform single-point temperature measurement at the distribution position. This method has a high popularity rate now, but because it is a contact temperature measurement, it is easy to cause misjudgment of temperature, and it cannot accurately locate the location of equipment failure and heat generation. Moreover, once the temperature sensor falls off, it is very easy to cause a safety accident, which increases the maintenance work of the equipment. The method of installing an infrared window and manually holding an infrared thermal imager needs to destroy th...

AI Technical Summary

Problems solved by technology

Among them, the temperature sensor can only perform single-point temperature measurement at the location of the distribution point. This method has a high popularity rate now, but because it is a contact temperature measurement, it is easy to cause misjudgment of temperature, and it cannot accurately locate the location of equipment failure and heat generation.

Moreover, once the temperature sensor falls off, it will easily cause a safety accident and increase the maintenance work of the equipment.

The method of installing an infrared window and manually holding an infrared thermal imager needs to destroy the original cabinet structure. Manual inspection is labor-intensive, and it is impossible to accurately understand the temperature changes of the equipment in the power distribution cabinet at the first time, so as to avoid potential safety hazards. Early detection and early treatment

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