Automatic seeding method and system for plants

Abstract

The invention discloses an automatic seeding method for plants, which comprises the following steps of: (1) transferring an upper baffle plate in place to ensure that grooves with seeds on the upper baffle plate respectively correspond to suction nozzle components on a suction nozzle plate positioned above the upper baffle plate; (2) automatically transferring the suction nozzle plate downwards until each suction nozzle component on the suction nozzle plate respectively enter the corresponding groove; (3) controlling each suction nozzle to suck one seed and then driving the suction nozzles to move upwards to make all the suction nozzles quit the grooves on the upper baffle plate; (4) automatically transferring the upper baffle plate to ensure that the suction nozzles above the upper baffle plate can be or are directly communicated with planting holes on a planting plate; (5) transferring the suction nozzle plate downwards until each suction nozzle reaches the position of the corresponding planting hole of the planting plate; and (6) controlling each suction nozzle to put the seed sucked by the corresponding suction nozzle on an attachment of the corresponding planting hole. The seeding method of the invention can save a large amount of labor and can quicken planting.

Description

technical field [0001] The present invention relates to an automatic seeding method for plants and a system for realizing the method, in particular to an automatic seeding method suitable for implanting seeds in planting holes arranged on a planting board and a system for realizing the method. Background technique [0002] The current plant cultivation techniques are mainly land cultivation and hydroponics. The roots of the plants are in the substrate or in the water. For the above two cultivation methods, the roots of the plants cannot be completely exposed to the air, and real aerial roots cannot be obtained. The applicant A method for planting plants on a three-dimensional planting board is proposed, the planting board is provided with planting holes, and the seeds of the plants need to be planted on the attachment corresponding to each planting hole manually or through an automatic seeding system, Since there are many planting holes on the planting plate, it will take a ...

AI Technical Summary

Problems solved by technology

[0002] The current plant cultivation techniques are mainly land cultivation and hydroponics. The roots of the plants are in the substrate or in the water. For the above two cultivation methods, the roots of the plants cannot be completely exposed to the air, and real aerial roots cannot be obtained. The applicant A method for planting plants on a three-dimensional planting board is proposed, the planting board is provided with planting holes, and the seeds of the plants need to be planted on the attachment corresponding to each planting hole manually or through an automatic seeding system, Since there are many planting holes on the planting board, it will take a lot of manpower to sow manually, so it is necessary to provide a system capable of automatic sowing

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