Plant stereoscopic wall ventilation device on basis of sensing technologies

Abstract

The invention provides a plant stereoscopic wall ventilation device on the basis of sensing technologies, and belongs to the technical field of indoor greening. The plant stereoscopic wall ventilationdevice comprises a shell, a control panel, a pipeline low-voltage fan, a pipeline electric heater, an air supply pipeline, a sensor assembly and an MCU (microprogrammed control unit) processor. An air inlet is formed in a side surface of the shell; the control panel is arranged on a front plate on the upper portion of the shell; the air supply pipeline is sequentially connected with the pipelineelectric heater and the pipeline low-voltage fan, and the pipeline low-voltage fan is connected with the air inlet. The plant stereoscopic wall ventilation device has the advantages that the temperatures and the humidity can be detected by the sensor assembly, operation modes of the air supply pipeline can be automatically controlled by the MCU processor by the aid of detection results of the sensor assembly, accordingly, air circulation conditions between plants can be improved, the humidity of plant stereoscopic walls can be adjusted, growth of the plants can be promoted, and plant diseasesand mosquito breeding can be reduced.

Description

technical field [0001] The invention relates to the technical field of indoor greening, in particular to a plant three-dimensional wall ventilation device based on sensing technology. Background technique [0002] The three-dimensional plant wall is an ecological architectural decoration of vertical greening. It uses the super adaptive ability of the root system of the plant to the growth environment, so that the plants that inhabit the flat ground in nature grow permanently on the vertical building wall. It mainly has the following advantages: 1. It can block a large amount of light and heat radiation, reduce the indoor temperature by 7~15°C in summer, and keep the indoor temperature constant in winter; 2. It can consume a large amount of greenhouse gas carbon dioxide and absorb Benzene, formaldehyde, xylene, sulfur dioxide and other air pollutants have the functions of air purification and inhibition of heat island effect; 3. Adsorb pollutant particles, make them slowly de...

AI Technical Summary

Problems solved by technology

Since the construction of indoor plant three-dimensional walls generally requires high landscape requirements, most plant three-dimensional walls require high density, resulting in poor air circulation among plants, weakened photosynthesis, high air humidity, and easy breeding of diseases and mosquitoes.

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