Multifunctional obstacle avoiding garden trimming car

Abstract

The invention discloses a multifunctional obstacle avoiding garden trimming car which comprises a car body and a water tank. A rail frame is arranged on the right side of the car body. A movable blockis connected in the rail frame in a sliding mode. A lead screw is connected with the movable block in a threaded mode and connected with a first driving motor. A trimming device is fixedly connectedwith the right side of the movable block. By arranging an elastic rod and a trigger switch, the trimming device can efficiently avoid obstacles in the middle of a greening belt, the trimming continuity is ensured, and the trimming efficiency is greatly improved; by arranging a plurality of trimming blade sets, the top face and the side faces of the greening belt are trimmed at the same time, and the trimming efficiency is improved; by arranging a sweeping device, broken leaves scattered on a road are efficiently and thoroughly swept away, labor is saved, and the sweeping efficiency is improved.

Description

technical field [0001] The invention relates to the field of municipal gardens, in particular to a multifunctional obstacle-avoiding garden pruning vehicle. Background technique [0002] With the development of cities and people's attention to the living environment, the greening construction of various cities is developing rapidly, and the greening area is constantly expanding. These green belts need to be trimmed regularly to keep the environment clean, improve the beauty of the green belt, and ensure greening. With normal growth of plants. [0003] The traditional garden pruning method is to manually use manual pruning pliers or hand-held pruning electric saws to trim green belts, which is inefficient and time-consuming and labor-intensive; the neatness of pruning depends entirely on the operation of workers, and the aesthetics is poor; With the advancement of modern technology, a pruning car with a robotic arm has appeared. The robotic arm can flexibly adjust the height...

AI Technical Summary

Problems solved by technology

[0003] The traditional garden pruning method is to manually use manual pruning pliers or hand-held pruning electric saws to prune the green belt. The pruning efficiency is low, time-consuming and labor-intensive; With the advancement of modern technology, a pruning vehicle with a robotic arm has appeared. The robotic arm can flexibly adjust the height, length and spatial position of the pruning tool to improve the efficiency of pruning. Trees or electric poles, street light poles, etc. need to be manually operated for avoidance, and each surface of the green belt needs to be pruned separately, which makes the pruning discontinuous and reduces the pruning efficiency; at the same time, there may be a small part of the pruning process. Broken leaves fall on the road and need to be cleaned. Traditional manual cleaning is inefficient. Using large garbage cleaning vehicles has high cleaning efficiency, but the cost of use is high, requiring multiple equipment, and the operation cycle is long and uneconomical.

Images