Precise electric pollinator

Abstract

A precise electric pollinator comprises a shell 1, a pollen spraying pipe 2, a pollen discharging mechanism, an air outlet mechanism, a power supply, a point contact switch 8 and a multifunctional display 6, wherein the pollen spraying pipe 2, the pollen discharging mechanism and the air outlet mechanism are sequentially connected through a pipeline; a pollen discharging speed regulator 4, an air outlet speed regulator 5, the multifunctional display 6 and a charging terminal 7 are arranged on a main body 1.1 of the shell 1; a pollen discharging motor 11 is installed in a pollen discharging motor bin 1.3 of the shell 1, a motor shaft of the pollen discharging motor 11 is connected with a pollen discharging auger 9, a pollen stirring device 10 is installed on the top of the pollen discharging auger 9, and a pollen tank 3 is connected to a pollen tank connector 1.4 of the shell 1; an air pump 12 and a battery 13 are arranged in the shell 1; and the point contact switch 8 is arranged on a handle 1.2 of the shell 1. During use, pollen is contained in the pollen tank 3, the air outlet speed and the pollen discharging speed are well adjusted, an outlet of the pollen spraying pipe 2 is aligned with female flower stigmas, and pollination can be achieved by pressing down the point contact switch 8.

Description

technical field [0001] The invention relates to the fields of electronic technology, agricultural machinery and the like, in particular to a precision electric pollinator. Background technique [0002] Many fruit trees need to be artificially pollinated in order to improve the yield and fruit quality, such as kiwi, pear, and cherry trees. Artificial pollination tools have developed step by step from chicken feathers, writing brushes, plastic film sheets, and cigarette butt filters. These two types of pollinators have greatly improved the pollination speed, but they are often not as good as the earliest chicken feathers and brushes in terms of pollination accuracy and effect. The core principle of the commonly used manual pollinators and electric pollinators on the market is basically the same. They both stir the mixture of pollen and auxiliary materials through the airflow, and then use the airflow to bring out the pollen and auxiliary materials. There are two relatively lar...

AI Technical Summary

Problems solved by technology

[0002] Many fruit trees need to be artificially pollinated in order to improve the yield and fruit quality, such as kiwi, pear, and cherry trees. Artificial pollination tools have developed step by step from chicken feathers, writing brushes, plastic film sheets, and cigarette butt filters. These two types of pollinators have greatly improved the pollination speed, but they are often not as good as the earliest chicken feathers and brushes in terms of pollination accuracy and effect. The core principle of the commonly used manual pollinators and electric pollinators on the market is basically the same. They both stir the mixture of pollen and auxiliary materials through the airflow, and then use the airflow to bring out the pollen and auxiliary materials. There are two relatively large defects in this process. First, the ratio of pollen and auxiliary materials brought out each time is very different from the initial mixing ratio. Second, the amount of mixture brought out each time is extremely unstable, so there are problems of uneven pollination and insufficient pollination.

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