Greenhouse equipment for agricultural nursery

Abstract

The invention discloses a greenhouse equipment for an agricultural seedling raising room, which comprises a greenhouse frame, a half-ring support frame, and a water pipe fixing frame. A light-shielding film is installed between the frames, and the half-ring support frame moves along the first guide rail outside the greenhouse frame through the first pulley; the bottom of the greenhouse frame is provided with a seedling trough, and a roll film is installed above the seedling trough. The two sides of the nursery tank are respectively provided with a second guide rail and a base, a second slide plate is installed on the second guide rail, a rotating motor is installed on the base, and the second drive motor drives the second pulley to rotate through the drive shaft connected to the second pulley. A number of water pipes are installed along the extension direction of the greenhouse skeleton. The water pipes are provided with a number of water spray holes on the side facing the seedling tank. The water pipes lead to the main water pipe at one end of the greenhouse skeleton.

Description

technical field [0001] The invention relates to the technical field of agricultural greenhouses, in particular to a greenhouse equipment for an agricultural nursery room. Background technique [0002] With the continuous development and progress of the social economy and the improvement of people's material living standards, off-season planting of vegetables and fruits is becoming more and more popular. The traditional agricultural production mode can no longer meet the development needs of modern civilization. In order to improve the yield and efficiency of planting and make planting not limited by time and region, new agricultural facilities are widely sought after by people in the industry. Plastic greenhouse cultivation is a cultivation method with less investment and quick results, which is suitable for vast rural areas. Greenhouse cultivation increases the temperature in the shed, meets the temperature requirements of vegetables and fruits, and advances the harvesting...

AI Technical Summary

Problems solved by technology

[0003] In the traditional greenhouse seedling cultivation shed, the temperature in the shed needs to be manually operated by the staff, and the watering equipment for the shed is also relatively complicated. Every time it is watered, it is necessary to manually connect the water pipes, and take them back a little after use, which takes a lot of money. Larger workforce, low work efficiency

[0004] High temperature and strong light in summer have adverse effects on vegetable planting, and the growth and development of greenhouse vegetables are seriously hindered, usually manifested as slow plant growth, poor flower bud differentiation, flower and fruit drop, sunburn disease, etc. in melon and fruit vegetables, which directly reduce vegetable quality and yield , fast-growing leafy vegetables have problems such as difficult emergence and difficult growth, resulting in an imbalance in the supply of seasonal vegetables

The traditional method of covering the sunshade net for greenhouses is mainly manual covering. During the hot summer period, it is covered at 9-10 am every day and unloaded at 3-4 pm. It requires 3-4 people to operate, which is time-consuming and labor-intensive.

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