Strawberry planting rack

Abstract

A strawberry planting frame, comprising a rod-type main support perpendicular to the ground, the rod-type main support is composed of at least two groups of vertical rods connected by at least two transverse connecting rods, the opposite two of the vertical rods The sides are respectively provided with lateral crossbars arranged in an up-and-down dislocation to form a side support, and a planting tank with built-in cultivation soil is arranged horizontally on the side support, and a crossbar is also provided on the top of the vertical pole to form a top. The top bracket is also equipped with a planting tank with built-in cultivation soil; the top of the planting tank is equipped with a water supply pipe, and the inner bottom of the planting tank is equipped with a drainage pipe; The rod includes a downwardly concave arc-shaped support that can accommodate the planting tank; the lower end of the vertical rod is connected with a horizontal bottom rod to form a floor stand base; the two sides of the rod-type main support are respectively set There are side brackets with staggered layers and upper and lower layers. The water supply pipes above the planting tank on the side brackets are divided into water supply pipes and connected to each other with one side as a group; it has a simple structure, is easy to use, and can better avoid each other. Shading, improving the yield and quality of strawberries, and convenient for sightseeing and picking.

Description

technical field [0001] The present invention relates to a strawberry planting rack, which belongs to the technical field of agricultural planting equipment. Background technique [0002] Traditional strawberry cultivation is mostly done on the ground through greenhouses. Due to continuous planting, excessive nutrient consumption, and easy accumulation of pathogens and nematodes in the soil, resulting in a decline in strawberry yield and quality. Most of the prior art adopts scaffolding cultivation, which can facilitate the manual replacement of the substrate every year under the condition of the stand, can avoid the pollution of the ground to the fruit, overcome the infection of the plant by soil pathogenic bacteria, and thus ensure the production of high-quality green fruit accomplish. However, the general planar support has a large row spacing and low cultivation density; the use of mobile seedbeds cannot meet the needs of sightseeing and harvesting; at present, more thre...

AI Technical Summary

Problems solved by technology

However, the general planar support has a large row spacing and low cultivation density; the use of mobile seedbeds cannot meet the needs of sightseeing and harvesting; at present, more three-dimensional cultivation is used, such as A-shaped support, but there are still the following deficiencies: complex structure, high production cost , covers a large area, is not easy to pick for sightseeing, and the sanitation at the bottom of the stand is extremely difficult to clean, etc.

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