Full automatic pillar type three-dimensional strawberry planting device

Abstract

The invention discloses a full automatic pillar type three-dimensional strawberry planting device, comprising a planting plate, a pillar top part, a supporting pillar, a fertilizing hole, rotating pillars, a supporting base, a bearing, a drive rod, an electric motor, a control panel, a switch, a fix planting hole, a water supply pipe opening, an adjusting button, a water supply pipe, a rotating rail, an option key, and a baffle. The full automatic pillar type three-dimensional strawberry planting device has the beneficial effect that one side of the baffle is provided with the fix planting hole and the water supply pipeline, which can fix the rod part of the strawberry and facilitate water supply to the plants; the upper part of the electric motor is provided with the control panel capable of performing integrated control on the whole planting process instead of manual concerning of the planting process at every moment; several rotating pillars are in seamless connection by the supporting pillar, and the rotation of the rotating pillars can be controlled through the supporting pillar, thus one backlight face accepts the sunshine; the supporting pillar is connected with the electric motor through the bearing, and can automatically rotate, thus the manual workload is reduced; the water supply pipe and the fertilizing hole are separated to each other and respectively connected to the planting plate, thereby avoiding the mixing of fertilizer and water; the pillar type planting technique can save space.

Description

technical field [0001] The invention relates to a cultivating device, in particular to a fully automatic columnar three-dimensional strawberry cultivating device, which belongs to the field of cultivating devices. Background technique [0002] The three-dimensional cultivation of facility strawberries is also called vertical cultivation. It is a soilless cultivation method that makes full use of the greenhouse space and solar energy by erecting cultivation columns or other forms as the carrier of plant growth without affecting the ground cultivation as much as possible. Mainly plant some dwarf seedling crops such as lettuce, strawberry, etc., which can increase the land utilization rate by 3 to 5 times and increase the yield per unit area by 2 to 3 times. In the 1960s, three-dimensional soilless cultivation was first developed in developed countries. The United States, Japan, Spain, Italy and other countries researched and developed different forms of three-dimensional soill...

AI Technical Summary

Problems solved by technology

Most of the current columnar three-dimensional strawberry cultivation devices require manual monitoring at all times, wasting a lot of human resources

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