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Safe beehive for pollination

A beehive and safe technology, applied in the field of safe beehives for pollination, can solve the problems of long manufacturing cycle, perishable wooden beehives, heavy weight, etc., and achieve the effects of high mechanical strength, good thermal insulation and anti-corrosion performance, and reasonable size and structure

Inactive Publication Date: 2016-04-13
ZHENJIANG JINGKOU HUANGZHONGHUANG ECOLOGICAL TECH BEE PARK
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

There is only one queen bee in a bee colony, which shows the importance of the queen bee, so the queen bee needs to strictly control its going out. Once the queen bee flees, the entire bee colony will follow the queen bee, causing the beehive to become an empty box, and the pollination task will be reduced. unable to proceed
[0004] 2. The production of cement beehives is cumbersome and the production cycle is long. Its weight is relatively large, and it is usually fixed and cannot be moved, so it is inconvenient to be used as a greenhouse for pollination.
[0005] 3. 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 affect the development of bee colonies
[0006] 4. The box body and box cover of the wooden beehive must be assembled from at least a dozen pieces of wood. There are many splicing gaps resulting in poor sealing. There are guards in front of the nest door, and the gap between them is just a dead corner for defense. Fruit farmers often do not have the knowledge of beekeeping, which easily leads to the adverse consequences of bee colony fleeing and queen bee not laying eggs due to ants invasion
[0007] 5. The door of the wooden beehive does not restrict the entry and exit of different types of bees, which will cause the queen bee to escape, so that the entire bee colony will come out of the nest
[0008] 6. The bee colony needs to ingest liquid feed (usually concentrated sugar water or honey water) to supplement energy during the pollination period of the crops. Therefore, when the liquid feed is insufficient, a sufficient amount of liquid feed will be added to the feeder in the beehive to satisfy the bee colony. The beehive must be opened to add liquid feed, so a large number of bees will fly out of the beehive, and fruit farmers and vegetable farmers often do not understand the habits of bee colonies, and may develop fear and act to irritate the bee colony and be stung. Once the bees sting People, will soon die and lead to a decline in the number of bee colonies, which will eventually affect the completion of pollination

Method used

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Examples

Experimental program
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Effect test

Embodiment 1

[0040] Such as Figures 1 to 6 As shown, a safety beehive for pollination includes a cover 1 , a second box 2 and a first box 3 assembled sequentially from top to bottom. The second box body 2 both can take fully open type setting so that clean up, also can take to perforate in top plate 18 and only be used for adding liquid feed. The assembly between the case cover 1, the second case body 2 and the first case body 3 can adopt a protrusion 14 or a groove structure on the assembly surface to meet the assembly stability requirements.

[0041] The side wall of the first casing 3 offers a nest mouth 8, and a nest door is horizontally arranged at the nest mouth place, and the nest door includes a door frame 22 and some cutting strips 24, and the both sides of the door frame 22 offer some first through holes, and the cutting strips 24 The activity is assembled in the first through hole so as to control the entry and exit of the bee colony. The gap width between two adjacent cuttin...

Embodiment 2

[0055] Such as Figure 7 As shown, the difference between this embodiment and Embodiment 1 is that the shield 4 has two vertical plates 15 and a horizontal plate 16 connecting the two vertical plates 15, and the two vertical plates 15 are perpendicular to the bottom of the second box body 2. The bottom plate 20 thus constitutes a U-shaped structure.

Embodiment 3

[0057] Such as Figure 8 As shown, the difference between the present embodiment and the second embodiment lies in that the upper ends of the two vertical plates 15 are inclined supercenter to form a V-shaped structure, and correspondingly, the shape of the cavity is also V-shaped.

[0058] The number of eating chambers can be two, and they are symmetrically arranged in the second casing 2, so that when liquid feed 11 is added to the second casing 2, the liquid feed 11 will flow to the eating chambers on both sides so that Bees spread out more when feeding to avoid crowding. The structure of the eating room is not limited to the specific structure in the foregoing embodiments, and relevant parts of the second box can be rationally used to form a cavity that meets the requirements to achieve the purpose of the invention.

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Abstract

A safe beehive for pollination comprises a first box body and a box cover and is characterized by further comprising a second body arranged between the first box body and the box cover; one or more feeding chambers are arranged in the second box body; each feeding chamber is provided with an inverted U-shaped or V-shaped cavity and is further provided with a first channel communicated with the first box body and one end of the cavity, and a second channel communicated with the second box body and the other end of the cavity. The safe beehive has the benefits as follows: 1, the cavities in the feeding chambers are ingenious in structure and enable bees to be blocked in the feeding chambers by liquid feed, and thus the bees cannot fly out of the box body, so that a vegetable grower or fruit grower is prevented from being stung by the bees in the liquid feeding adding process, the integrity of the swarm is ensured, and the work of pollination can be completed smoothly. 2, the feeding chambers can be made integrally with the second box body, so that the assembly cost is reduced; in addition, the feeding chambers can be mounted in the second box body detachably, so that bees drown in the liquid feed can be removed conveniently.

Description

technical field [0001] The invention belongs to the technical field of beekeeping, in particular to a safe beehive for pollination. 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, thus causing more fruit and vegetab...

Claims

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Application Information

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IPC IPC(8): A01K47/00A01K47/02A01K47/06A01K53/00A01H1/02A01K57/00
CPCA01K47/00A01K47/02A01K47/06A01K53/00A01K57/00A01H1/027
Inventor 胡希熠
Owner ZHENJIANG JINGKOU HUANGZHONGHUANG ECOLOGICAL TECH BEE PARK
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