Special bee pollination strength control box

Abstract

The invention relates to the technical field of bee pollination, in particular to a special bee pollination strength control box. The special bee pollination strength control box comprises a box body, a nest door, a nest outlet controller and a nest inlet controller, wherein the nest outlet controller comprises a nest outlet passage and a nest outlet control switch; the nest inlet controller comprises a nest inlet passage and an automatic closing switch; one port of the nest outlet passage is positioned on the box body or in the box body, and the other port extends to the outer part of the box body; the nest outlet control switch is arranged on the nest outlet passage outside the box body; one port of the nest inlet passage is positioned in the box body; and the automatic closing switch is connected to one end of the nest inlet passage in the box body. The special bee pollination strength control box provided by the invention meets the physiology and life habit of bees and has the advantages of being easy for installation and convenient for control of pollination strength of the bees.

Description

technical field [0001] The invention relates to the technical field of honeybee pollination, in particular to a special box for controlling honeybee pollination intensity. Background technique [0002] Honey bees are advanced social insects that live a social life in groups. The existence of bees can not only provide humans with a large amount of nutritious, nourishing and healthy bee products, but more importantly, bee pollination plays a very important role in increasing crop yields, improving fruit quality and maintaining ecological balance. [0003] Whether in field crops or facility crops, bees are the main force of pollinating insects. It has become an indisputable fact that bee pollination can increase crop yield and improve quality. Using bees to pollinate crops has low cost and good effect, which is an important guarantee for the development of modern agriculture. For example, in rapeseed, cotton, apple, cherry, peach, plum, lychee, citrus and other large-scale fi...

AI Technical Summary

Problems solved by technology

Studies have shown that when conducting pollination intensity experiments, the method of releasing a certain number of bees to the pollination area and then closing the nest door is often adopted to control the density of pollination bees. Although this method can control the number of pollination bees, but due to the Unable to return to the nest in time after the end, resulting in abnormal pollination bees, affecting the normal physiology and living habits of pollination bees, and prone to inconsistencies with actual normal bee pollination activities, thus affecting the analysis of bee pollination intensity

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