Rapidly-constructed grape plantation and cultivation frame

Abstract

The invention discloses a rapidly-constructed grape plantation and cultivation frame and relates to the technical field of grape cultivation. The bottom of a stool board is provided with a plurality of stool legs, a stool support is inserted and fixed together with the stool board, and the upper end of the stool support is provided with a main beam and an auxiliary beam in parallel; the upper endsof the main beam and the auxiliary beam are provided with a plurality of knife beams in parallel, and the knife beams are respectively connected with the main beam and the auxiliary beam in a clamping way by using tongues and grooves; two ends of the stool board are respectively provided with two left upright columns and two right upright columns; the upper ends of the left upright columns and the right upright columns are fixed together with the main beam, the main beam and the auxiliary beam which are located at the upper ends of the left upright columns and the right upright columns are connected with at least two parallel end beams in a clamping way by using tongues and grooves, and the end beams are connected in a clamping way by using tongues and grooves by virtue of a strengtheningbeam; and the bottoms of the left upright columns and the right upright columns are fixedly provided with foot screw fixing seats. The rapidly-constructed grape plantation and cultivation frame disclosed by the invention can be constructed and fixed by only setting up the tongues and grooves in advance so as to be convenient to operate, simple in steps and undeformable in whole structure.

Description

technical field [0001] The invention relates to the technical field of viticulture, in particular to a rapid-build grape planting and cultivation frame. Background technique [0002] Grape is one of the common fruits in daily life. It is very popular in the market and has high planting value. The use of greenhouse technology to grow grapes is a high-input, high-yield, and high-yield planting method, which is of great significance to improving grape yield and quality. [0003] The traditional greenhouse cultivation frame uses steel pipes, which are often watered and fertilized in the greenhouse, and the humidity in the greenhouse is very high. If the cultivation frame with steel pipes is the easiest to rust, the rust water drips on the pistils, and the vegetable will all rot. As long as there is one Vegetables rot, if not treated, it will affect the growth of other vegetables in about 3 days, or even rot. Moreover, the steel pipe needs to be painted once a year, and the sme...

AI Technical Summary

Problems solved by technology

[0003] The traditional greenhouse cultivation frame uses steel pipes, which are often watered and fertilized in the greenhouse, and the humidity in the greenhouse is very high. If the cultivation frame with steel pipes is the easiest to rust, the rust water drips on the pistils, and the vegetable will all rot. As long as there is one Vegetables rot, if not treated, it will affect the growth of other vegetables in about 3 days, or even rot

Moreover, the steel pipe needs to be painted once a year, and the smell of the paint will also affect the quality of the vegetables and the lighting effect. It cannot make good use of natural resources, and the temperature in the shed cannot meet the technical requirements.

In addition, due to the high thermal conductivity of steel pipes, the damage to the shed film is serious, and the shed film must be replaced frequently, wasting money and manpower

Since a large number of pillars are needed in the greenhouse to be used as a cultivation frame for grape planting, the installation and construction of the cultivation frame is very cumbersome.

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