Energy-saving and environment-friendly greenhouse planting system

Abstract

The invention discloses an energy-saving and environment-friendly greenhouse planting system, and relates to the field of greenhouses for plantation. The greenhouse planting system comprises a greenhouse body. The bottom of the greenhouse body is provided with supporting columns and a water storage tank. The water storage tank is located at the center of the greenhouse body. The upper portions of the supporting columns are externally connected with sunshade tarpaulin. The sunshade tarpaulin comprises an inner side tarpaulin body and an outer side tarpaulin body. The inner side tarpaulin body is in an inverted conical hopper shape. The outer side tarpaulin body surrounds the periphery of the inner side tarpaulin body. The cross sections, in the horizontal direction, of the inner side tarpaulin body and the outer side tarpaulin body are concentric circles. The cross sections, in the perpendicular direction, of the inner side tarpaulin body and the outer side tarpaulin body are each in an M shape. The outer lateral side of the outer side tarpaulin body and the boundary of the inner side tarpaulin body and the outer side tarpaulin body are provided with joints fixed to the upper portions of the supporting columns. A hollowed-out frame is fixedly arranged at the upper portion of the boundary of the outer side tarpaulin body and the inner side tarpaulin body and is a frame with a concave-lens-shaped vertical cross section. The side wall of the hollowed-out frame is covered with a water accumulation net. The water storage tank is provided with a mineral substance water purifier. The greenhouse planting system can automatically collect vapor and rainwater in air, purify the vapor and rainwater, and supply the vapor and rainwater to plants in a greenhouse.

Description

technical field [0001] The invention relates to the field of greenhouses for planting, in particular to an energy-saving and environment-friendly greenhouse planting system. Background technique [0002] Water shortage has become an increasingly serious global problem, which has brought great troubles to people's daily life. As such, extracting safe drinking water from thin air could be an efficient way to do so without costly infrastructure. [0003] The planting industry has a huge demand for water resources. However, ordinary greenhouses do not have the function of accumulating water in the air, resulting in a certain amount of waste of water resources. Especially in the south where the air is humid, the utilization rate of water resources will obviously decrease. much lower. [0004] The general rainwater treatment and collection device does not have the function of purification, or has the function of purification but does not have the function of utilizing bioenergy ...

AI Technical Summary

Problems solved by technology

[0003] The planting industry has a huge demand for water resources. However, ordinary greenhouses do not have the function of accumulating water in the air, resulting in a certain amount of waste of water resources. Especially in the south where the air is humid, the utilization rate of water resources will obviously decrease. much lower

[0004] The general rainwater treatment and collection device does not have the function of purification, or has the function of purification but does not have the function of utilizing bioenergy and water energy in the purification process. In the case of overflowing pollution in the factory, directly using the environmental water to irrigate the farmer will easily cause certain pollution. The pollution spreads, and the vegetables after planting will be polluted again, which will harm human health

Images