Sterilization ventilator capable of achieving remote control and online monitoring

Abstract

The invention provides a sterilization ventilator capable of achieving remote control and online monitoring. The sterilization ventilator comprises a shell and a draught fan arranged in the shell. A plurality of air purification assemblies are arranged in the shell. Gas inlet cavities and draught fan cavities are formed in the air purification assemblies. UV sterilization lamps are arranged in the gas inlet cavities. Draught fans are arranged in the draught fan cavities. The rotation central lines of the draught fans are parallel to the length direction of the shell. The gas inlets of the gas inlet cavities are opposite to air inlets. The gas outlets of the draught fans are opposite to air outlets. The sterilization ventilator further comprises a remote control and monitoring system used for remotely controlling and online monitoring the ventilator. The remote control and monitoring system comprises a controller connected with a power supply module. The controller is in communication with a remote control system and an online monitoring system. The controller is further connected with an ultraviolet intensity detector. The UV sterilization lamps are controlled through the controller and an electric control switch.

Description

technical field [0001] The invention relates to a building ventilation device, in particular to a sterilizing ventilator capable of remote control and online monitoring. Background technique [0002] At present, some buildings have begun to use natural ventilators. Natural ventilators are installed on doors, windows or glass curtain walls. The recycling of dirty air causes indoor personnel to have headaches, dizziness, nausea, difficulty concentrating, dry cough, dry and itchy skin and other pathogenic building syndromes. However, since this natural ventilator has no power to supply air, when the indoor and outdoor air pressure difference or wind pressure difference is small, the air circulation power is insufficient to deliver fresh air to the room, and ordinary natural ventilators can only filter large particles and Mosquitoes can only filter the air to a certain extent, but cannot kill pathogenic bacteria and viruses such as influenza virus and Staphylococcus aureus in t...

AI Technical Summary

Problems solved by technology

[0002] At present, some buildings have begun to use natural ventilators. Natural ventilators are installed on doors, windows or glass curtain walls. The recycling of dirty air causes indoor personnel to have headaches, dizziness, nausea, difficulty concentrating, dry cough, dry and itchy skin and other pathogenic building syndromes

However, since this natural ventilator has no power to supply air, when the indoor and outdoor air pressure difference or wind pressure difference is small, the air circulation power is insufficient to deliver fresh air to the room, and ordinary natural ventilators can only filter large particles and Mosquitoes can only filter the air to a certain extent, but cannot kill pathogenic bacteria and viruses such as influenza virus and Staphylococcus aureus in the air

In addition, the existing ventilators do not have the functions of remote control and online monitoring, which is not convenient for remote operation and real-time online monitoring

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