Water supply type stereoscopic planting mechanism convenient to use

Abstract

The invention discloses a water supply type stereoscopic planting mechanism convenient to use. The water supply type stereoscopic planting mechanism comprises a thin film greenhouse and planting boxes, the planting boxes are used for planting vegetables and arranged in an internal cavity of the thin film greenhouse, and the planting boxes are arranged from top to bottom; the two side faces of each planting box are both fixedly provided with a rotary shaft; the rotary shafts are rotationally connected with the thin film greenhouse; water spraying mechanisms are arranged in the thin film greenhouse, located above the planting boxes and used for watering planting areas; the water spraying mechanisms comprise guide devices, installation sleeves and sprayers; the guide devices are in sliding match with the installation sleeves, the sprayers are installed on the installation sleeves, and the sprayers are connected with a water pump through hoses. The water supply type stereoscopic planting mechanism has the advantage of fully saving planting land.

Description

technical field [0001] The invention relates to the technical field of agricultural products, in particular to a convenient water supply type three-dimensional planting mechanism. Background technique [0002] Vegetable planting technology has been passed down for thousands of years, and its main planting method is still based on cultivated land. In modern times, with the development of science and technology, plastic greenhouses built with bamboo, wood, steel and other materials can be used to plant vegetables earlier or later, increase the output per unit area, and help prevent natural disasters, especially in the northern region. Fresh and tender vegetables are available out of season in early spring and late fall. [0003] The traditional cultivated land is mostly flat cultivated land, which means that ridges are opened on the cultivated land, planting is carried out on the ridges, and drainage grooves are set up between adjacent ridges. At present, in cities with tigh...

AI Technical Summary

Problems solved by technology

However, if large-scale production is carried out, applying this single-layer vegetable planting device to an agricultural base still cannot solve the problem of land use well.

[0005] another example figure 1 The planting box with stepped structure as shown reduces the horizontal distance between ridges, improves the space utilization rate, and further saves land; The traditional drainage grooves have been removed from the planting boxes, which has brought new problems in terms of drainage; in addition, the width of the drainage grooves is relatively narrow, so reducing the horizontal distance between ridges cannot solve the problem of land use to a large extent. question

[0006] In addition, the water supply method of the plastic greenhouse planting technology in the prior art mostly adopts artificial water supply, that is, the staff drills into the plastic greenhouse and waters with a hand-held water spray device.

This method not only has the disadvantages of low efficiency and labor consumption; moreover, due to manual intervention, it is necessary to set up roads for the staff to walk in the planting base, occupying the cultivated land and wasting the planting land

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