Bionic roller mechanical complete device for three-dimensional planting

Abstract

The invention discloses a bionic roller mechanical complete device for three-dimensional planting. The bionic roller mechanical complete device for three-dimensional planting comprises a main supporting frame, a drip irrigation roller, a drip irrigation function center shaft, a plant cultivation layer, a gear disk transmission device, a motor power gear set and a main force motor, wherein the drip irrigation function center shaft is installed on the main supporting frame, the gear disk transmission device is fixedly installed at one end of the drip irrigation function center shaft, holes for drip irrigation are formed in the outer wall of the drip irrigation roller and the outer wall of the drip irrigation function center shaft, the motor power gear set is installed on a power output shaft of the main force motor, the motor power gear set is connected with the gear disk transmission device in a driving mode, the main force motor drives the drip irrigation function center shaft, the drip irrigation roller and the plant cultivation layer to rotate through the motor power gear set and the gear disk transmission device, and the circumferential surface of the drip irrigation roller is covered with the plant cultivation layer. The bionic roller mechanical complete device for three-dimensional planting can be arranged in a solar room, is separated from the land and is independent of limited land resource protection, and the agricultural production mode of agricultural modern and mechanical efficient three-dimensional planting can be achieved.

Description

technical field [0001] The invention relates to a plant three-dimensional planting device, in particular to a large-scale ecological imitation roller mechanical complete set for plant three-dimensional planting. Background technique [0002] At present, the agricultural production mode is only partly mechanized in limited thermal insulation sheds, greenhouses, and awnings. The manual production efficiency is low; the capital and manpower input is high, the output of agricultural products is low, and the price is expensive. There is no real solution to the problem of "good varieties and good production methods" for crops; there is no fundamental solution to the problem of "full use of limited land, effective agricultural modernization and mechanization, efficient and three-dimensional planting agricultural production mode" , to fundamentally improve and promote the normalization of agricultural production; the key is that there is no effective solution to polluted land, espec...

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Problems solved by technology

[0003] Disadvantage 1. It does not solve the problem of safe food production, does not solve the ability and mode of organizing harmless agricultural production on polluted land resources, does not provide alternatives to today's old agricultural production methods and innovative methods; does not solve food security The means and modernization, scientific development and effective models of the problem

[0005] Disadvantage 3. Different types of plants in field agriculture have the objective status quo that the demand for "soil mineral content, fertilizer nutrient content, and water supply" varies widely and varies; there is no active means to fundamentally and completely solve the problem Practical problems; there is no possibility of fundamentally changing the soil structure of large tracts of state-owned land

[0006] Disadvantage 4. The earth where human beings live is not suitable for crop cultivation, and it occupies a large area of ​​land; such as: Africa, Latin America, South America, Southwest Asia and domestic mountainous land resources are poor, and some barren land in plain areas, Ravines, river barren areas, low levels of agricultural production, where the harvest cannot meet the food security problems for human consumption, and the areas that cannot solve human food and clothing problems account for a considerable proportion and weight

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