Automatic semi-conductor condensate flower-watering device

Abstract

The automatic semi-conductor condensate flower watering device consists of a condensate part, a heat radiating part and a soil moisture control part, in which the said condensing part is composed of a semi-conductor cooling block with a refrigerating and heat-conducting base plate and a heat radiating and conducting base plate attached to both of its sides. On the said refrigerating and heat conducting base plate is installed the condensing fins and on the heat radiating and conducting base plate is installed the heat radiating fins. The said heat radiating part includes radiating fins and an outlet channel that is formed by the radiating fins. The gap between the said condensing fins is less or equal to 1.5 mm. On the refrigerating and heat conducting base plate is installed a water wiper. The present flower watering device also includes a soil moisture unit that can impose a precise control over the moisture of the soil at any time and even when the relative humidity of the air is 40%, it still can respond to the changes in the humidity of the atmosphere. Besides, it also has a high efficiency of water collection and can make full use of the water resources contained in the air.

Dependencies are inferred from the claim text.