Seedling planting device based on mechanical planting

Abstract

The invention discloses a seedling planting device based on mechanical planting, which comprises a planting trolley body. One end of a box body plate is provided with a punching hole, and the other end of the box body plate is provided with a planting hole; a planting punching assembly for punching planting pits in the planting land is arranged at the top of the box body plate, a seedling putting assembly for putting seedlings in the running direction of the planting trolley body is arranged at the portion, away from the punching assembly, of the top of the box body plate, and a driving part for driving the planting punching assembly and the seedling putting assembly to conduct punching and seedling putting at the same time is connected to the top of a ceiling plate; one end of the box body plate is connected with a ridging piece for ridging soil after planting. According to the device, the driving part synchronously drives the planting punching assembly and the seedling putting assembly to punch holes and put seedlings, the punched planting low-lying land in the scheme is in an inverted bowl shape, the strength of the outer wall of the low-lying land is conveniently improved, collapse of the planting depression is reduced, and the planting low-lying land is prevented from being damaged. The collapse risk of the seedlings is reduced, and the seedlings survive conveniently.

Description

technical field [0001] The invention relates to the technical field of mechanical planting, in particular to a seedling planting device based on mechanical planting. Background technique [0002] Mechanical planting is an agricultural machinery that sows or plants crops (including trees, flowers) seeds, seed blocks, seedlings and other planting materials in the soil according to certain agronomic requirements. The agronomic requirements of planting machinery are: the discharge of planting materials per unit time The quantity is stable; the distribution of planting materials per unit area, unit length or in each hole is uniform; the planting materials are basically the same in terms of planting distance, row spacing, hole spacing and planting depth in the field or on the plot; the planting materials are less damaged during the planting process and survive. High rate. [0003] At present, when planting seedlings by mechanical planting, the seedlings to be planted are placed o...

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Problems solved by technology

[0003] At present, when planting seedlings by mechanical planting, the seedlings to be planted are placed on the trolley for mechanical planting, and the corresponding planting depressions are punched out at one end of the trolley. The nursery stock seedlings stored on the ground are put into the planting depression, because the planting trolley drives at a constant speed on the planting land, when the planters put the seedlings and seedlings, there is a certain speed difference between the seedlings and the planting trolley, and it is not convenient to accurately place the seedlings and seedlings on the planting land. The planting depressions that have been planted make the seedlings tilt and deviate from the planting depressions after planting. At the same time, because the soil in the long planting land is relatively loose, when the planting trolley moves forward, the equipment for planting depressions is punched out on the trolley. The soil in the loose soil is dragged, so that the soil in the planting depression is reduced. After the seedlings are planted, the soil in the depression is relatively reduced. When the seedlings are placed on their own, the speed difference between the seedlings and the planting trolley makes it easier for the seedlings to plant in the depressions. There is a phenomenon of tilt and offset, which is not conducive to the survival of seedlings after planting. Therefore, we propose a seedling planting device based on mechanical planting

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