Trimmer

Abstract

The invention discloses a trimmer which comprises an inner bucket, a shearing portion, a mounting seat and a handle. The inner bucket is used for connecting a whole string of grape in a sleeved manner, the shearing portion is arranged on the outer wall of the inner bucket and close to the same, first holes and second holes are formed in the inner bucket and the shearing portion respectively and used for exposing parts of the grape sleeved in the inner bucket, the inner bucket is fixedly mounted on the mounting seat, the shearing portion is rotatably connected with the mounting seat, a drivingcomponent is arranged on the mounting seat and used for driving the shearing portion to rotate, shearing force is generated when the shearing portion rotates relatively to the inner bucket and used for trimming the grape extending out from the first holes and the second holes, and the handle is fixedly arranged on the mounting seat. The trimmer is simple in integral structure, convenient to operate and capable of removing fruits of a string of the grape in one time after the driving component is controlled to rotate the shearing portion, so that fruit removing efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a pruner used for pruning grapes in the early growth stage. Background technique [0002] As a fruit, grapes will naturally bear fruit after flowering, and the fruit density will be very high. In the production and management process of grapes, fruit thinning is an extremely important link. During fruit thinning, screen the grape berries to remove stunted, thin, and deformed berries, so that the berries and fruit shapes are uniform and tidy. At the same time, fruit thinning can also effectively control the density of berries on the ear to prevent the berries from being too large. Density affects the quality of the product and brings difficulties to the collection of later fruit particles. The existing fruit thinning methods include chemical spraying and artificial ear pruning, but for large-scale grape planting, the work of artificial fruit ear pruning is difficult and heav...

AI Technical Summary

Problems solved by technology

The existing fruit thinning methods include chemical spraying and artificial ear pruning, but for large-scale grape planting, the work of artificial fruit ear pruning is difficult and heavy, and the quality of grapes that can be thinned in the future will decline, affecting production efficiency and quality; The use of chemical agents for spraying does not specify the appropriate dosage and dosage. The effects of different varieties of grapes vary greatly, and the scope of application is limited.

When the diameter of the fruit is 2-5mm, it is necessary to delete the whole bunch of grapes. The current fruit deletion is manual, and the use of scissors is used to trim and delete one by one. The workload is very large. The fruit deletion equipment in the existing technology uses scissors. , making the workload of deleting fruit very large

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