Agricultural greenhouse type three-dimensional cultivation system

A technology of three-dimensional cultivation and agriculture, applied in the field of three-dimensional cultivation systems in agricultural greenhouses, can solve the problems of agricultural machinery being unable to operate on a continuous scale, auxiliary operation of facilities, lack of organizational management, etc., so as to solve the safety problem of pesticide residues in vegetables and improve production quality. , the effect of saving space

Inactive Publication Date: 2013-11-13
宋世荣
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] Now, because the land is too scattered, farmers' production operations are too scattered, so that farmers cannot produce crops in batches, on a large scale, or on a yearly basis, and the quality of production is uneven. They cannot organize production in a planned way, and agricultural machinery cannot operate on a continuous scale. , cannot rely on electrified and automatic auxiliary operations on facilities, and lacks unified organizational management and rationally formulates the characteristics of a production plan that produces high-quality products according to the market demand of each season and avoids a large number of seasonal varieties of traditional agricultural products.

Method used

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  • Agricultural greenhouse type three-dimensional cultivation system
  • Agricultural greenhouse type three-dimensional cultivation system
  • Agricultural greenhouse type three-dimensional cultivation system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0066] There are 20 levels of multi-layer upward development, each level is about 2-2.5 meters (adjustment can be made according to the most suitable planting height).

Embodiment 2

[0068] There are 20 levels of multi-layer upward development, each level is about 2-2.5 meters, and 2-3 levels of low, short and shade-tolerant plants are planted in the middle of each level. This enables the actual space utilization to be fully utilized. (For example, plants such as tomatoes are interplanted with shade-loving or shade-tolerant vegetables such as leeks, lettuce, asparagus, Chinese toon, water spinach, broccoli, green onions, celery, lettuce, chrysanthemum, etc.)

Embodiment 3

[0070] There are 20 levels of multi-layer upward development, each level is about 2-2.5 meters. The main body adopts inverted planting. Plant 2-3 grades of low plants, and plant them layer by layer. The roots are on the top, while the stems and leaves grow down. This technology can not only effectively use time and space, but also make the operation and management easier, such as traditional tomato planting; tomatoes need to be erected and clappered during the growth process. , and inverted planting is unnecessary or more convenient; traditional planting requires a planting mode of one or two crops a year according to the season, but this technology has no time and season restrictions. Four crops a year, annual production, year after year years of production. In addition: do not need to consider the difference between the raw land and the cultivated land that will be considered during traditional planting to carry out crop rotation. Fertilization and watering become simple a...

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Abstract

The invention provides an agricultural greenhouse type three-dimensional cultivation system, which comprises a greenhouse framework, a crop cultivation system, a nutrient solution supply system and a product picking and transportation system. The crop cultivation system comprises a plurality of planting grooves, the planting grooves are respectively suspended on each crop cultivation framework, each crop cultivation framework is provided with a plurality of layers of planting grooves suspended from top to bottom to form a plurality of vertical planting lines. The nutrient solution supply system provides nutrient solution flow irrigation and nutrient solution drip irrigation. Picking and transportation of products in the planting grooves on the two sides of each channel can be realized by the product picking and transportation system through picking vehicles. By adopting the agricultural greenhouse type three-dimensional cultivation system, vegetable bases can be constructed in cities or in peripheral areas of the cities, local sale and wholesale of agricultural products can be realized, transit phases can be reduced, the cost can be decreased, and the equipment utilization rate and space utilization rate can be increased.

Description

technical field [0001] The invention relates to three-dimensional cultivation technology, in particular to an agricultural greenhouse three-dimensional cultivation system. Background technique [0002] At present, my country's agricultural development is facing opportunities and challenges. It must be grasped as a whole, starting from the industry and industrialization-related fields, grasping the key to the problem, and improving the standardization, automation, mechanization, standardization, and quantification of my country's agriculture. Intensive, environmentally friendly and energy-saving sustainable development path. [0003] Modern agriculture requires moderate scale of agricultural production and operation, while the scientific outlook on development requires economical and sustainable agricultural production. Energy-saving agriculture is mainly manifested in labor saving, agricultural land, energy and water saving, and comprehensive saving of seeds, fertilizers and...

Claims

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Application Information

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IPC IPC(8): A01G9/14A01G31/02
CPCY02A40/25Y02P60/21
Inventor 宋世荣
Owner 宋世荣
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