Water and fertilizer integrated fertilization and spray irrigation robot for rose planting

Abstract

The invention discloses a water and fertilizer integrated fertilization and spray irrigation robot for rose planting. The water and fertilizer integrated fertilization and spray irrigation robot comprises a crawler-type spray irrigation robot capable of advancing in a field, a spray irrigation head arranged on the spray irrigation robot, a water and fertilizer integrated machine, a water pipe connected between the water and fertilizer integrated machine and the spray irrigation head and a pipe coiling vehicle used for winding the water pipe; the crawler-type spray irrigation robot comprises a crawler-type chassis and a mechanical arm arranged on the crawler-type chassis; the spray irrigation head is arranged at the tail end of the mechanical arm; when the robot travels on an irregular road surface of a rose plantation, the trafficability is extremely high, and the robot is matched with the water and fertilizer integrated machine to achieve automatic water and fertilizer sprinkling irrigation of roses.

Description

technical field [0001] The invention belongs to the field of rose planting equipment, and in particular relates to a water and fertilizer integrated fertilization and sprinkler irrigation robot for rose planting. Background technique [0002] Rosaceae Rosaceae, Rosaceae deciduous shrubs, many needles on the branches, odd pinnate compound leaves, 5-9 leaflets, oval, with side thorns, obovate petals, double to semi-double petals, flowers are purple, White, fruiting period August-September, oblate. When roses are planted and cultivated, they need to be fertilized and irrigated to improve their growth efficiency. The traditional method of fertilizing roses usually uses large-scale agricultural machinery or human and animal power to spread in the field, but the uniformity of fertilization is poor, and it needs to be fertilized in the field. Moving back and forth in the field, fertilization becomes a relatively labor-intensive task, and the work efficiency is also very low. At p...

AI Technical Summary

Problems solved by technology

When roses are planted and cultivated, they need to be fertilized and irrigated to improve their growth efficiency. The traditional method of fertilizing roses usually uses large-scale agricultural machinery or human and animal power to spread in the field, but the uniformity of fertilization is poor, and it needs to be fertilized in the field. Moving back and forth in the field, fertilization becomes a relatively labor-intensive task, and the work efficiency is also very low

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