Tissue culture and seedling raising integration energy-saving sunlight conjoined greenhouse

Abstract

The invention discloses a tissue culture and seedling raising integration energy-saving sunlight conjoined greenhouse which has good thermal insulating properties and energy conservation effects, saves cost and reduces the risks in tissue culture and seedling transportation. The tissue culture and seedling raising integration energy-saving sunlight conjoined greenhouse comprises a solar greenhouse consisting of a sleeper wall, a framework, a rear slope, a bearing wall and gable walls, as well as a roller shutter arranged on the roof of the framework, wherein a rear house is connected with the rear side of the solar greenhouse to form the conjoined greenhouse, the rear house and the solar greenhouse shares the bearing wall, a protective wall body of the conjoined greenhouse consists of the sleeper wall at the front bottom corner of the solar greenhouse, the gable walls at the two ends of the solar greenhouse, the bearing wall in the middle of the solar greenhouse and brick walls of the rear house, a row of tissue culture rooms is arranged in the rear house in uniform intervals along the longitudinal direction, and each tissue culture room is provided with a door and window on the bearing wall. The conjoined greenhouse is applicable to the integral energy-saving production for tissue culture and seed raising.

Description

technical field [0001] The invention relates to an energy-saving solar greenhouse, and more specifically relates to an integrated energy-saving solar conjoined greenhouse for group seedling cultivation. Background technique [0002] The temperature difference between day and night in Northeast China is large, and the daytime indoor temperature of existing energy-saving solar greenhouses is too high, which needs to be protected from wind to cool down. cause some damages. In the process of seedling tissue culture, the temperature and light requirements in the cultivation room are strict, and direct sunlight is prohibited from irradiating the bottle body. Generally, fluorescent lamps are used as lighting equipment, and air conditioners are used for temperature control. When the tissue culture seedlings are transplanted in the greenhouse, timely processing is required, and extrusion, inversion, overheating and overcooling must be prevented during transportation, which will cost...

AI Technical Summary

Problems solved by technology

When the tissue culture seedlings are transplanted in the greenhouse, it is required to deal with them in time. During the transportation, it is necessary to prevent extrusion, inversion, overheating and overcooling, which will cost a lot of manpower and material resources.

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