Automatic tree planter

Abstract

The invention relates an automatic tree planter. The automatic tree planter comprises a base, mobile wheels, an excavating mechanism and a planting mechanism, the excavating mechanism comprises a lifting assembly and an excavating assembly, the lifting assembly comprises a supporting rod, a first motor, a power shaft and a lifting block, the planting mechanism comprises a driving assembly and a planting assembly, the planting assembly comprises a planting mechanism, a cam and a plurality of release units, the release units comprises a sliding rail, a first spring, a boosting block and a clamping unit, the clamping unit comprises two clamping plates and a second spring. According to the novel automatic tree planter, ascending and descending of the lifting block are achieved by the first motor and the power shaft. A drill is driven by the second motor to trench on the muddy land, and therefore the function of the automatic trenching of the tree planter is achieved, and the planting efficiency is improved. A plurality of saplings can be carried by the planting mechanism. The planting mechanism is driven to rotate by a third motor, and the boosting block is driven by the cam, and therefore the release units can accurately put the saplings into tree pits, the tree planting efficiency is improved and the cost is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows an autonomous forest-plantation device (such as described) to lift its own weight from two points - it's supported at both ends: One point acts like a fulcrum, allowing the device to freely pivot about this point during use. Another point called the limited area blocks or guiding channels connect between these components. These blocks allow the device itself to travel within certain areas around the supporting rods. By matching different types of teeth on the driving wheel with those inside the holes on the elevating block, they create interference fits prevented by gravity. Additionally, there may have a curved surface near where the root meets the soil, further increasing stability. Overall, this design enables efficient and cost-effective autonomy in order to improve the functionality of forest plants themselves.

Problems solved by technology

Technically speaking, this patented technology solves two technical problem: it takes too much time and effort from human laborers to grow plants without efficiently packaging their root systems during transportation.

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