Auxiliary desertification control vehicle with grass checks

Abstract

The invention discloses an auxiliary desertification control vehicle for grass checks. The auxiliary desertification control vehicle comprises a carriage body, a watering device, a slotting device, a grass conveying device, a compacting device, a conveying device, a seeding device and a ridge supporting device, the watering device is used for wetting sandy soil in front in the driving process; the grooving device is used for grooving the wetted sandy soil; the grass conveying device is used for laying the woven grass on the formed grooves; the compacting device is used for pressing the laid forage into the groove; the conveying device is used for conveying the wet sandy soil turned up by the grooving device and filling the wet sandy soil onto the forage pressed into the groove; the seeding device is used for throwing grass grains to the wet sandy soil on the conveying device; the ridging device is used for gathering dry sand to bury wet sandy soil in the groove. The machine is small in size and suitable for clustering operation, integrates watering, grooving, grass paving, grass grain scattering, grass pressing and soil burying, achieves full-automatic operation, and greatly improves the working efficiency and the germination rate of grass grains.

Description

technical field [0001] The invention relates to the technical field of windproof and sand-fixing machinery for ecological protection, in particular to an auxiliary sand control vehicle with grass grids. Background technique [0002] In desert areas, our country often controls sand by planting grass squares. However, the current planting methods all need to manually spread the grass, and then press the grass manually or mechanically, so that the two ends of the straw are raised, and the middle is pressed into the sand, so as to protect the sand. This operation is time-consuming and laborious. Labor costs are high and work efficiency is low. At the same time, general mechanical grass pressing uses large mechanical vehicles, which rely on the weight of the mechanical vehicles to press the forage into the sand. This type of mechanical vehicles consumes a lot of energy and is inconvenient to transport. When facing large-scale operations Many mechanical vehicles need to be trans...

AI Technical Summary

Problems solved by technology

However, the current planting methods all need to manually spread the grass, and then press the grass manually or mechanically, so that the two ends of the straw are raised and the middle is pressed into the sand, thereby protecting the sand. This operation is time-consuming and laborious. High labor cost and low work efficiency

At the same time, the general mechanical grass pressing uses large-scale mechanical vehicles, which rely on the weight of the mechanical vehicles to press the forage into the sand. This type of mechanical vehicles consumes a lot of energy and is inconvenient to transport. When facing large-scale operations It is necessary to transport many mechanical vehicles, and the cost and time will be more

In addition, in order to strengthen the planted grass squares, grass grains are usually spread manually or by machine, and the grass grains are blown away by the wind and attached to the grass material, and then germinate and grow after the rainy day, but this method not only wastes grass grains , and the growth environment is not so good, if the grass grains are allowed to grow freely, the germination rate of the grass grains will be very low in the long-term dry season

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