Nutrition pot sprout grafting machine

Abstract

The present invention relates to a kind of nutrient bowl seedling grafting machine, and it comprises an operating table, a clip feeder, a rootstock handling device and fringe wood handling device, all seedling cutting discs, it is characterized in that said rootstock handling device comprises: a rootstock conveying device Cylinder, a pad cylinder, which is connected to the top of the Z-shaped plate; all seedling pads, which are connected to the piston of the pad cylinder; an air claw for clamping rootstock seedlings, which is connected to the middle of the Z-shaped plate; a pre-clamp The cylinder drives a pre-clamping air claw; the fringe wood handling device includes: a rotary motor connected to a fringe wood conveying cylinder, and all seedling support rods, which are installed on the support below the fringe wood conveying cylinder through a spring and a rotating disk; The air claw for the seedling seedlings is connected to the piston of the earwood conveying cylinder; a roller is connected to the piston of the earwood conveying cylinder and pressed on the supporting rod for cutting seedlings; The cutting point of the rootstock seedling cutter and the rootstock seedling is located at the grafting point of the two seedlings. The invention has the advantages of simple structure, accurate positioning and convenient operation, and can be widely used in the grafting of various nutrient pot seedlings.

Description

technical field [0001] The invention relates to an automatic grafting device, in particular to a nutrient bowl seedling grafting machine used in cultivating fine seedlings. Background technique [0002] Existing seedling grafting devices generally use single-branch panicle seedlings and single-branch rootstock seedlings for grafting, but for rootstock seedlings cultivated in nutrient bowls, grafting is carried out without breaking away from the nutrient bowl, but there is no ready-made one. The grafting device is available because: 1. The specifications and sizes of the nutritional bowls are not uniform, and they need to be taken off by hand during the whole grafting process. 2. In the process of seedling cutting and grafting, since the nutrient bowl needs to be held by hand all the time, the movement of rootstock seedlings must be minimized to avoid dislocation of grafting points during multiple movements, which will affect the quality of grafting. 3. In order to avoid mul...

AI Technical Summary

Problems solved by technology

[0002] Existing seedling grafting devices generally use single-branch panicle seedlings and single-branch rootstock seedlings for grafting, but for rootstock seedlings cultivated in nutrient bowls, grafting is carried out without breaking away from the nutrient bowl, but there is no ready-made one. The grafting device is available because: 1. The specifications and sizes of the nutritional bowl are not uniform, and it needs to be removed by hand during the whole grafting process.

2. In the process of cutting seedlings and grafting, since the nutrient bowl needs to be held by hand all the time, it is necessary to minimize the movement of the rootstock seedlings, so as to avoid the dislocation of the grafting point during multiple movements and affect the quality of the grafting

4. Due to the need for the piston movement of the clamping cylinder, the existing clamp feeder occupies a large space in the front and rear directions of the workbench

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