Automatic water taking and seedling cultivating shed for desert

Abstract

The invention discloses an automatic water taking and seedling cultivating shed for desert and relates to the technical field of air and water taking devices. The automatic water taking and seedling cultivating shed comprises a seedling cultivating shed body, a power generation device, a storage battery, refrigerating fins and a water storing tank. The seedling cultivating shed body comprises a shed top and a plurality of shed column sets. The plurality of shed column sets are uniformly distributed below the shed top and used for supporting the shed top. Each shed column set comprises an air input shed column and an exhausting shed column, wherein the bottom of the air input shed column communicates with the bottom of the exhausting shed column through a connecting pipe. The connecting pipe is located under the ground and communicates with the water storing tank. An air inlet is formed in the top of each air input shed column. An exhausting opening is formed in the top of each exhausting shed column. The refrigerating fins are installed on the surfaces of the inner sides of the exhausting shed columns and the air input shed columns correspondingly. Water tanks are arranged below the cold ends of the refrigerating fins. The water tanks are connected with a water storing pot. The refrigerating fins and the power generation device are connected with the storage battery. The shed is cheap, efficient, suitable for being arranged in the desert with a large area, capable of taking water, cultivating seedlings and preventing sand, and wide to popularize.

Description

technical field [0001] The invention relates to the technical field of air water-taking devices, in particular to an automatic water-taking seedling raising shed for deserts. Background technique [0002] The basic method of sand prevention and control is to plant trees; to plant trees, there must be water, and the problem of water must be solved. [0003] At present, people adopt building canals to divert water; for example, the completed Fenling water diversion canal has a length of 30.08 kilometers and a cost of 40 million yuan, which is only the initial cost. This project was carried out near the water source (Yellow River). The construction cost and maintenance cost of the existing above-mentioned water intake method are particularly expensive, and the loss of water along the way and the evaporation loss are huge; and it can only be used along the water channel. [0004] There is also a device for taking water by solar power generation for the refrigeration and conden...

AI Technical Summary

Problems solved by technology

The construction and maintenance costs of the existing above-mentioned water intake methods are particularly expensive, and the loss of water along the way is huge, and the evaporation loss is huge; and it can only be used along the canal

[0004] There is also a device that uses solar energy to generate water for the cooling and condensation of semiconductor refrigeration chips. Since solar energy can only generate electricity during the day, the efficiency of the power supply to semiconductor refrigeration chips is too low.

There is also a method of using a diesel engine to generate power to supply water to the condenser, which costs more and is about the same as the cost of transporting water by helicopter

The equipment is expensive, and a small equipment costs more than 10,000 yuan

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