Solar independent irrigation light supplementary spiral cultivation upright

Abstract

The invention discloses a solar independent irrigation light supplementary spiral cultivation upright which is composed of a water tank, a spiral cultivation trough, a solar panel nozzle, an upright body, a mini-type water pump, a wire, a liquid supply pipe and a storage battery. The outer surface of the solar panel nozzle is covered with a hemispherical solar panel, a cylindrical LED lamp tube is fixedly installed on the inner wall of a transparent column jacket, and the solar panel nozzle is respectively connected with the storage battery and the mini-type water pump through the wire and the liquid supply pipe which penetrate through the inner space of the cylindrical LED lamp tube. According to the solar independent irrigation light supplementary spiral cultivation upright, solar energy can be absorbed by the hemispherical solar panel and light energy can be converted into electric energy and stored by the storage battery in any season and at anytime, and power is supplied to the mini-type water pump or the cylindrical LED lamp tube by the storage battery, so that independent and automatic irrigation and light supplementary of the spiral cultivation upright are achieved without power consumption, the overall structure is simple and reliable, and the upright is convenient to disassemble and assemble. The solar independent irrigation light supplementary spiral cultivation upright can be used for independent cultivation upright light supplementary and irrigation outdoor or on a balcony or in a greenhouse without the requirement for power supply.

Description

technical field [0001] The invention relates to the field of agricultural equipment, in particular to a solar-powered independent irrigation and light-supplementing spiral cultivation column. Background technique [0002] Column cultivation has become an efficient form of agricultural production that effectively expands the cultivation space in the facility and increases land output. However, the supply of electricity and nutrient solution for column irrigation requires a more complicated line system and consumes a lot of power. At the same time, due to the shading problem of the upright column, the problem of uneven lighting on the yin and yang sides and the upper and lower parts of the column cultivation is prominent, which has become an obstacle that limits its popularization and application. At present, a motor is generally used to drive a single column to rotate to solve the problem of uniform lighting (Li Pingping, Liu Jizhan. Utility model patent: movable spiral thre...

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Problems solved by technology

[0002]Pillar cultivation has become an efficient form of agricultural production that effectively expands the cultivation space in the facility and increases land output. However, the supply of electricity and nutrient solution for column irrigation requires more complicated line system, and the power consumption is large

At the same time, due to the shading problem of erected columns, the problem of uneven lighting on the yin and yang sides and upper and lower parts of column cultivation is prominent, which has become an obstacle that limits its popularization and application.

At present, a motor is generally used to drive a single column to rotate to solve the problem of uniform lighting (Li Pingping, Liu Jizhan. Utility model patent: movable spiral three-dimensional flower cultivation system, patent authorization number: ZL03279436.3), but the cost is high, the structure is complex and reliable insufficient

Liu Jizhan proposed a multi-column uniform lighting system with reflective curtains and plastic rack drives (Liu Jizhan, Li Jiali, Li Pingping. Invention patent: A greenhouse column cultivation uniform lighting system, patent publication number: CN103229687A), but there are still complex structures, a large number of Concerns about taking up greenhouse space

[0003]In the existing column cultivation technology, ordinary nozzles are used. The irrigation of the column requires power supply, and the supplementary light requires a motor to drive the rotation; the column body in the prior art is only used as a column The skeleton and nutrient solution rise from the water tank to the channel of the nozzle, and its power supply and uniform lighting structure are complex and energy-consuming

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