Mower capable of adjusting mowing height of green belt and manufacture method thereof

Abstract

The invention discloses a mower capable of adjusting mowing height of a green belt. The mower capable of adjusting the mowing height of the green belt comprises a housing, an air cylinder, a motor, a blade, a control switch and a protection cover, wherein the air cylinder, a radiator and a storage battery are arranged above the housing, guide rails are fixedly arranged on two sides of the interior of the housing, the air cylinder is connected with a slide plate through a telescopic shaft, the slide plate is arranged in the housing, two ends of the slide plate are connected with the guide rails in matching mode, the motor is arranged at the bottom of the slide plate, a rotation shaft of the motor runs through the housing, and is connected with a rotation plate, the blade is arranged on the rotation plate, the protection cover is arranged below the housing, an adjustment clamp seat is arranged on one side of the housing, and an adjustment clip is installed on the adjustment clamp seat in hinged mode through a fastener group. The mower capable of adjusting the mowing height of the green belt can freely control the mowing height according to needs, is low in manufacture cost and strong in use applicability, and can be widely used in trimming operation of an espalier and a lawn in a city.

Description

technical field [0001] The invention relates to a lawnmower, in particular to a lawnmower with adjustable height for cutting grass of a green belt and a manufacturing method thereof. Background technique [0002] The traditional lawn mowing and lawn trimming machines all use gasoline engines or diesel engines as the driving power for the movement of the cutter teeth. The machine is large and heavy, which is inconvenient to operate and use, and the noise is large and pollutes the environment. Job use. In recent years, lawn mowers powered by electric energy have been used. Compared with lawn mowers powered by engines, they have overcome many problems such as heavy machinery, loud noise, environmental pollution, and inconvenience in use, and their performance has improved. However, due to the deficiencies in the structural design, for example, the lawn mower adopts a single-tooth knife combination structure, and the number of blades is small, so it must be driven by a high-spe...

AI Technical Summary

Problems solved by technology

[0002] Traditional lawn mowers and lawn trimmers use gasoline engines or diesel engines as the driving force for knife tooth movement. The machine is large and heavy, inconvenient to use, and noisy, polluting the environment, especially not suitable for mowing grass in farmland ridges, canals, and greenhouses job use

In recent years, lawn mowers driven by electric energy have been used. Compared with lawn mowers powered by engines, they have overcome many problems such as heavy machine, loud noise, polluting the environment, and inconvenient use, and have improved performance. However, due to the lack of structural design, for example, the mowing knife adopts a single-toothed knife combination structure, and the number of knife teeth is small. It must be driven by a high-speed motor during operation, otherwise the operating efficiency and quality cannot be guaranteed. At the same time, the mechanical vibration during operation Large, poor safety; In addition, the current electric lawn mower and hand lever inclination adjustment structure is more complicated and inconvenient to adjust

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