Tissue culture seedling rapid transplanting machine based on laser cutting and transplanting method thereof

Abstract

The invention relates to a tissue culture seedling rapid transplanting machine based on laser cutting and a transplanting method of the issue culture seedling rapid transplanting machine. The tissue culture seedling rapid transplanting machine comprises a worktable, a main bottle moving-in conveyor belt and a secondary bottle moving-out conveyor belt which are arranged at the two ends of the worktable, a main bottle moving-out conveyor belt and a secondary bottle moving-in conveyor belt which are arranged at the third end of the worktable, a main bottle conveying mechanism which is arranged on the worktable and is located at the crossed point of the central lines of the main bottle moving-in conveyor belt and the main bottle moving-out conveyor belt, a secondary bottle conveying mechanism which is arranged on the worktable and is located at the crossed point of the central lines of the secondary bottle moving-in conveyor belt and the secondary bottle moving-out conveyor belt, a cover opening mechanism and a cover closing mechanism which are respectively arranged at the fourth ends of the main bottle conveying mechanism and the secondary bottle conveying mechanism, and a transplanting mechanism which is arranged at the third ends of the main bottle conveying mechanism and the secondary bottle conveying mechanism. The tissue culture seedling rapid transplanting machine further comprises a seedling fetching mechanism arranged between the main bottle conveying mechanism and the secondary bottle conveying mechanism, a screening mechanism arranged between the seedling fetching mechanism and the transplanting mechanism, and a root breaking mechanism which is fastened at one end of the transplanting mechanism and is located above the main bottle conveying mechanism.

Description

technical field [0001] The invention relates to a transplanting mechanism for tissue cultured seedlings, in particular to a laser cutting-based rapid transplanting machine for upright and striped tissue cultured seedlings in the process of rapid plant propagation and subculture and a transplanting method thereof. Background technique [0002] Plant rapid propagation technology refers to a seedling raising method that uses plant tissue culture technology for plant reproduction. Due to its short reproduction cycle, strong controllability of the reproduction environment, and strong applicability to some plant species that are difficult to self-reproduce or have defects in self-reproduction, etc. Features have been widely used in the propagation of virus-free seedlings, ornamental flowers, economic trees, etc. The operation steps of plant rapid propagation technology generally include explant acquisition, induction culture, subculture, rooting culture and vigorous cultivation. ...

AI Technical Summary

Problems solved by technology

Japan, the United Kingdom, and China Taiwan have developed automated machines for subculture, but they generally take one tissue culture seedling at a time for node identification, cutting and transplantation. Tissue cultured seedlings, and a bottle of tissue cultured seedlings needs to perform image processing times equal to the number of tissue cultured seedlings in the bottle, so there are defects such as low work efficiency and high cost

Images