Fruit tree grafting tool

Abstract

The invention discloses a fruit tree grafting tool, and belongs to the category horticultural fruit tree grafting tools. The fruit tree grafting tool includes a grafting knife seat, a grafting blade,a scissor spring, a safety shrinking switch, a handle and the like. The grafting knife blade is fixed to the grafting knife seat. The scissor spring is fixed to a groove in the handle. The safety shrinking switch is welded and fixed to the handle. When the handle is closed, the grafting blade is extended to cut rootstock into a crescent-shaped notch so as to achieve the notch depth required for grafting. When the handle is loosened, the grafting blade is retracted and the notch is left blank. The cutting work of scion is completed by the same operation method. The fruit tree grafting tool avoids a plurality of cutting by an operator during cutting operation so as to reduce the working intensity of the worker. Incisions are uniform by one cut through the cutting work of the crescent-shapedblade so as to seamlessly connect the rootstock and the scion incisions, thereby improving the work efficiency and grafting survival rate. The scissor spring and the shrinking switch device are used to make the whole mechanism simple, reliable, convenient in operation and labor-saving.

Description

technical field [0001] The invention provides a fruit tree grafting tool, which belongs to the category of horticultural fruit tree grafting tools. Background technique [0002] With the growth of the world's population and the improvement of people's living standards, new requirements have been put forward for the quality of fruits. At present, grafting operations are required in the cultivation and production of fruits. For example, apples, pears, peaches, plums, citrus, etc. are generally propagated and cultivated by grafting. In the process of fruit tree grafting, the main working mechanism is a fixed flat blade. This working mechanism requires a large number of laborers, and needs to perform cutting work many times, which greatly increases the labor intensity of the laborers, and has high technical requirements for the operators. Therefore, the crescent-shaped blade one-scissor grafting Research and design are extremely necessary. [0003] The above-mentioned fixed fl...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned fixed flat blade operation mechanism mainly has the following disadvantages: labor intensity is high and technical requirements are high; survival rate is low, which easily causes waste of materials; production efficiency is low, and operation cost is high, etc.

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