Storage and drainage planting tank

Abstract

The invention discloses a planter capable of achieving water storage and drainage. The planter comprises base plates and a fence, wherein insertion grooves are formed in the peripheral edges of the upper end of each base plate, the fence is inserted into the insertion grooves, water storage cells distributed in a latticed mode are arranged on each base plate, first through holes are formed in the positions where the water storage cells distributed in the latticed mode on each base plate intersect, the through holes are not lower than the water storage cells, clamps are arranged on the two lateral sides of each base plate, clamping grooves matched with the clamps are formed in the other two lateral sides of each base plate, and in this way, any two base plates can be clamped together through the clamps and clamping grooves. According to the planter, the base plates, the fence and the connecting rods are all designed to be of splicing structures so that the size of the planter can be adjusted freely as needed; furthermore, the clamping and splicing structures are simple and reliable, the water storage cells and through holes of the base plates can meet the requirements of plants for water storage, water drainage and ventilation, and automatic watering can be achieved. The planter is especially suitable for roofs, balconies, yards, streets and the like.

Description

technical field [0001] The invention relates to the field of plant greening and planting, in particular to a storage and drainage planting tank, which is suitable for roofs, balconies, courtyards, streets and alleys. Background technique [0002] With the advancement of urbanization and increasing food safety issues, more and more urban residents hope to grow flowers and vegetables on their balconies or gardens, and the demand for planting troughs is gradually increasing. The splicing structure of traditional spliced ​​planting tanks is relatively complicated or the splicing is not tight. It is inconvenient to control the amount of watering and fertilization of plants, and it is easy to cause insufficient or excessive waste of water or fertilizer. Corrosion occurs in water environment. For example, a planting box is disclosed in the Chinese patent specification CN20341665U. The bottom of the planting box is provided with a spacer, the upper part of the spacer is provided wi...

AI Technical Summary

Problems solved by technology

The splicing structure of traditional spliced ​​planting tanks is relatively complicated or the splicing is not tight. It is inconvenient to control the amount of watering and fertilization of plants, and it is easy to cause insufficient or excessive waste of water or fertilizer. Corruption occurs in water environment

For example, a planting box is disclosed in the Chinese patent specification CN20341665U. The bottom of the planting box is provided with a spacer, the upper part of the spacer is provided with a filter cloth, and one side of the bottom of the box is provided with a drainage device. When the planter is in use, The bottom of the box cannot be ventilated, the roots of the plants are hypoxic, and are prone to corruption, and the bottom of the box cannot be automatically drained, and the water volume at the bottom is difficult to control; this requires a planting tank that is easy to assemble, easy to use, water storage and ventilated

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