Hard branch side-cutting grafting device

Abstract

The invention discloses a hard branch side cutting grafting device which comprises a rack, a stock processing device and a scion processing device are arranged on the rack, the stock processing device comprises a rotatable first rotating disc, an inclined top cutting mechanism, a stock breaking mechanism and a film winding mechanism, and a plurality of stock clamping mechanisms are installed on the first rotating disc; the scion processing device comprises a rotatable second turntable, a scion cutting mechanism, a scion cutting mechanism and a wax dipping mechanism, a plurality of scion clamping mechanisms are mounted on the second turntable, a rotating mechanism is arranged on each scion clamping mechanism, and the scion clamping mechanisms and the rotating mechanisms rotate along with the second turntable in the circumferential direction at the same time; and the rotating mechanism can independently control the axial rotation of the spike clamping mechanism. According to the hard branch side-cutting grafting device, cutting of stocks and scions and side-cutting grafting of the stocks and the scions can be achieved, grafting is accurate, the production efficiency is high, and the grafting cost is low.

Description

technical field [0001] The invention relates to the technical field of hard branch laparotomy grafting, in particular to a hard branch laparotomy grafting device. Background technique [0002] Hard branch grafting is an indispensable technical measure in agricultural production activities such as seedling raising, garden building, and variety renewal. It has the characteristics of strong seasonality and high labor intensity. So far, hardwood grafting operations still use traditional manual methods. Hardwood grafting generally includes splitting, skinning, cutting, belly, bridge, tenon, etc. A new grafting method developed on the basis of experience. Because the rootstock of this kind of grafting method is not easy to lose water and dry out, the nutrient supply of the grafting is relatively sufficient, and the nutritional conditions are good, and there are few contradictions between the rootstock and the ear competing for nutrients, so the germination of the grafting is fast...

AI Technical Summary

Problems solved by technology

Therefore, seppuku grafting is a fine agricultural operation with high labor intensity, which requires extremely high proficiency of grafting workers, and workers' wages are high, which further leads to higher grafting costs.

In addition, the instability of human factors in the grafting process makes it difficult to ensure the alignment accuracy of the grafted cambium of earwood and rootstock, resulting in a low survival rate of the scion and further increasing the cost of grafting.

However, there is no special equipment for hard branch lap grafting on the market at present. In order to meet the needs of modern agricultural development and solve the problems of low manual hard branch lap graft production efficiency, high labor intensity, low scion survival rate, and high grafting cost, it is urgent It is necessary to develop a grafting machine suitable for hard branch lap grafting

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