Urban road green belt shaper

Abstract

The invention discloses an urban road green belt shaper, which consists of a rack, a gasoline engine, transmission mechanisms, spindles, blades and a bearing pedestal, wherein the rack comprises rack handles, a rack body, a supporting rod and a jagged shaper head; the front end of the rack body is connected with the jagged shaper head; the rear end of the rack body is connected with the rack handles; the supporting rod is fixedly installed on an upper surface near the front end of the rack body; locating pin holes are arranged in an upper surface near the rear end of the rack body; the bottom end of the gasoline engine is fixedly installed on the rack by locating pins, and the top end of the gasoline engine is connected with the transmission mechanisms; the top end of each spindle is connected with the corresponding transmission mechanism, and the bottom end of each spindle is provided with the corresponding blade; the spindles are fixedly installed on two sides of the supporting rod by the bearing pedestal. According to the urban road green belt shaper disclosed by the invention, the working efficiency can be effectively improved, and the labor intensity is lowered. Meanwhile, according to a designed arc-shaped cutting edge, bush and flower branches can be locked, the flatness of a cut is increased, and damage to a green belt is minimized.

Description

technical field [0001] The invention relates to green belt shaping equipment, in particular to an urban road green belt shaping machine. Background technique [0002] At present, green belts composed of low shrubs or flowers and plants are generally set up on both sides of the roads and in the middle isolation belts in counties and urban areas. In order to increase the beauty of the green belts, it is usually necessary to reshape the shrubs, flowers and plants in the green belts to meet people's aesthetic requirements. But at present, the pruning of green belts is mainly completed by manual pruning, which is not only labor-intensive, but also has low pruning efficiency, and one person can't trim many green belts a day, although some people use some mechanical or electric Pruning equipment, but these equipment also need to be used manually. Although the efficiency of some pruning has been improved, the labor intensity is also very large. After a period of use, you must stop ...

AI Technical Summary

Problems solved by technology

But at present, the pruning of green belts is mainly completed by manual pruning, which is not only labor-intensive, but also has low pruning efficiency, and one person can't trim many green belts a day, although some people use some mechanical or electric Trimming equipment, but these equipment also need to be used manually. Although the efficiency of some pruning has been improved, the labor intensity is also very high. After a period of use, you must stop and rest to recover your physical strength. It is not suitable for human use for a long time.

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