Monitoring window glass automatic defrosting and dehumidifying linkage system

Abstract

The invention discloses a monitoring window glass automatic defrosting and dehumidifying linkage system which comprises a temperature sensor, an ARM core processing board, a heating circuit and window glass. The input end of the ARM core processing board is connected with the temperature sensor, and the output end of the ARM core processing board is connected with a windscreen wiper and a heating circuit; the output end of the windscreen wiper and the output end of the heating circuit are window glass, and data is transmitted to the ARM core processing board through the temperature sensor; and real-time rapid processing is carried out through a chip in the ARM core processing board. Due to the fact that a frost temperature is low, the system can directly heat the glass, frost outside the window glass can melt in a short time, a windshield wiper mode is started for linkage treatment at the moment, water drops generated by the outer glass are cleaned, internal heating is performed, external windshield wipers are used, and the window is ensured to be clear in the shortest time.

Description

technical field [0001] The invention relates to the field of defrosting and dehumidification systems, in particular to a monitoring window glass automatic defrosting and dehumidification linkage system. Background technique [0002] At present, when the existing monitoring window glass is found to be unclear, it is manually turned on the hot air gear, through the effect of drying and dehumidifying the dry air, using the hot air produced by the waste heat of the heating plate, the fan blows the "dry air" directly to the window glass, It is equivalent to using dry air to dry the condensed fog droplets on the glass. Due to the limited space of the head, it is impossible to install a large fan or a large heating device, so it needs to be blown for a sufficient period of time to reduce the generation of fog. For frost, it may need more It takes too much time to dry, and the frost on the glass cannot be removed in time, and when the window is found to be unclear manually, a clear ...

AI Technical Summary

Problems solved by technology

[0002] At present, when the existing monitoring window glass is found to be unclear, it is manually turned on the hot air gear, through the effect of drying and dehumidifying the dry air, using the hot air produced by the waste heat of the heating plate, the fan blows the "dry air" directly to the window glass, It is equivalent to using dry air to dry the condensed fog droplets on the glass. Due to the limited space of the head, it is impossible to install a large fan or a large heating device, so it needs to be blown for a sufficient period of time to reduce the generation of fog. For frost, it may need more It takes too much time to dry, and the frost on the glass cannot be removed in time, and when the window is found to be unclear manually, a clear monitoring video has been lost due to the blurred window, so an automatic defrosting and dehumidification system is designed

Images