A beehive for fruit and vegetable pollination in greenhouses

Abstract

A beehive used for pollination of fruits and vegetables in a greenhouse comprises a main box body and a box cover and further comprises a feeding box arranged between the main box body and the box cover, wherein a channel allowing bees to fly in and fly out is formed in the feeding box; one end of the channel is communicated with the main box body, and the other end of the channel can be subjected to liquid seal by feed put in the feeding box. The beehive has the benefits as follows: 1, cavity structures in feeding chambers ingeniously prevent bees from flying out of the box body due to the fact that the bees are kept in the feeding chambers by the feed, accordingly, vegetable planters or fruit planters are prevented from being stung by the bees in the feed adding process, the completeness of a swarm is guaranteed, and pollination work is finished smoothly; 2, the feeding chambers can be integrated with the feeding box, and the assembly cost is reduced; alternatively, the feeding chambers can be detachably mounted in the feeding box, and the bees drowning in the feed can be cleared away.

Description

technical field [0001] The invention belongs to the technical field of beekeeping, in particular to a beehive used for fruit and vegetable pollination in greenhouses. Background technique [0002] Beehives are one of the important tools in the beekeeping industry. At present, most common beehives are assembled with wooden boards, and a small part of beehives are made of cement. In the actual application process, the beekeeper will select a better nectar source based on experience, and then arrange the position of the beehive so that the bees can collect pollen and nectar. However, in the fruit and vegetable planting industry, there are also a large number of crops that need to be pollinated, and artificial pollination is costly and the effect is not ideal. Therefore, vegetable or fruit farmers have gradually begun to use bees as pollinators to pollinate crops. With the popularization of greenhouse technology, the planting of many crops has broken the limitation of seasons, ...

AI Technical Summary

Problems solved by technology

[0003] 1. The size and weight of cement beehives are large, and the production is troublesome. Usually, they are fixed and cannot be moved, so it is inconvenient to be used as a greenhouse for pollination.

[0004] 2. Due to the high temperature and humidity in the greenhouse, the wooden beehives are easy to rot and the service life is greatly shortened, and the price of wooden beehives is high, which is not cost-effective for vegetable and fruit farmers. In addition, bacteria will also breed and affect the development of bee colonies

[0005] 3. The box and cover of the wooden beehive must be assembled from at least 25 pieces of wood. There are many splicing gaps resulting in poor sealing. The gaps are often convenient doors for ants to enter and exit, and the guard bees of the bee colony are only in the nest The guard in front of the door, the gap between the gaps is just a dead corner of defense, fruit farmers often do not have the knowledge of beekeeping, which is easy to cause the adverse consequences of bee colony escape and queen bee not laying eggs due to ant invasion

[0006] 4. The bee colony needs to ingest feed (usually feed) to supplement energy during the pollination period of the crops. Therefore, when the feed is insufficient, it will add enough feed to the feeder in the beehive to meet the feeding needs of the bee colony. Adding feed must When the beehives are opened, a large number of bees will fly out of the beehives, and fruit farmers and vegetable farmers often do not understand the habits of bee colonies and may be stung by fear and actions that irritate the bee colonies. Once the bees sting, they will die soon and cause The number of bee colonies declines, which eventually affects the completion of pollination

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