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Large-scale continuous queen rearing system method for apis cerana

A large-scale technology of Apis chinensis, applied in beekeeping, food processing, animal husbandry, etc., can solve the problems of low acceptance rate of Wangtai, inability to scale production, and uneven separation time, and achieve the effect of sufficient supply

Pending Publication Date: 2022-08-05
南通润田蜂业有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the natural queen bee is affected by various factors such as the age of the queen bee, the colony, the climate, and the nectar source. Each bee colony has a different bee distribution time, which makes management more difficult and cannot be produced on a large scale.
[0007] However, the method of artificially cultivating the queen bee and artificially separating the bee in the living frame of the middle bee also has the problems of low acceptance rate of the queen table and low production efficiency of the queen bee.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0072] Taking a production system with 6 days as a cycle as an example, the described species king group will add empty spleens for the queen bee to lay eggs 6 days before the worm migration; After being full, the queen bee has to lay eggs on the newly added empty spleen; an empty spleen will be fully laid by the queen bee within two days, and after three days of egg period to the 6th day of parasite migration, the spleen will have a whole spleen. The larvae within 3 days of age were transplanted.

[0073] Described nurturing group is made up of 10 queenless bee colonies of 5-6 frames; the platform after the compound migration is put into the nurturing group to nurture, and each nurturing group can be put into 30 basals once, and a batch of 10 The group has 300 bases.

[0074] The auxiliary group is composed of 10 4-frame bee colonies. The function of the auxiliary group is to provide one egg spleen to the feeding group 1 to 1 every 6 days; to ensure that the feeding group ha...

Embodiment 2

[0111] Further improvement, the two production systems cooperate with each other, and three days is a cycle; the described species king group is divided into two groups, A and B, and one group is added with empty spleen for egg laying by middle bees 5 days before the worm migration; On the 5-day parasite transplant day, the spleen has a large number of one-day-old larvae for the transplanting of the larvae; in order to ensure that there are worms that can be moved on the parasite transplant day; Arrange two boxes in each group to complete the above "worming" operation; AB two The groups are arranged alternately; the AB groups of the species king group, each group includes 2 species queen bee colonies, and the species king colony reserves high-quality species kings and can provide larvae of appropriate age on time;

[0112] Described nurturing group is made up of 20 queenless bee colonies of 5-6 frames; divided into two groups of AB, each group of 10 colonies; the platform after...

Embodiment 3

[0134] This method can also add multiple production lines. Using the method in Example 1 to increase the operation of repeating the first day every day, and so on, follow the steps in Example 1 to repeat the operation in sequence, so that it is possible to breed a king once a day. At this time, the number of kings will be doubled.

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PUM

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Abstract

The invention relates to a large-scale continuous queen rearing system method for apis cerana. A breeding queen group, a feeding group, an auxiliary group and a guarantee group are included. The queen bee breeding group produces one spleen of Chinese bee larvae required by larva transferring and queen bee breeding; transferring the larvae of the apis mellifera into a guarantee group formed by the apis mellifera for feeding to form a platform base on which satisfactory royal jelly is laid, transferring the formed platform base into the larvae of the apis cerana, putting the platform base into a feeding group for feeding, and developing the platform base into a queen cell after feeding for 6 days; extracting one frame of bees from a normal production group, and transporting the bees to a new site which is 5 kilometers away; placing queen cells to be hatched at high-temperature parts in the middle of the honeycombs to form a mating group; natural mating succeeds after the queen bees in the queen cell are hatched; the auxiliary group provides one egg spleen for the feeding group every 6 days in a one-to-one manner; the method has the advantages that the production line of the queen cell takes 6 days as a cycle and can continuously run; a plurality of production lines can be added, and the queen bee can be bred once every three days and once every day; and the queen breeding quantity can be multiplied.

Description

technical field [0001] The invention relates to the field of queen bee breeding, in particular to a large-scale continuous queen breeding system method of Chinese honeybee. Background technique [0002] Honeybees are one of the most important economic insects, generating hundreds of billions of dollars in economic value each year for producing bee products and pollinating crops. Colony Collapse Disorder (CCD), which was prevalent in Europe and the United States at the beginning of the 21st century, caused a lot of loss of local bee colonies. One of the reasons for this phenomenon is the reduction of bee germplasm resources. [0003] Although there is no obvious decline in the number of bee colonies in my country, with the rapid growth of international trade and exchanges, threats to the stability of bee populations are widespread. How to realize the innovative utilization of excellent bee species and the reserve of professional breeding technology is a key breakthrough dire...

Claims

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Application Information

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IPC IPC(8): A01K67/033A01K49/00
CPCA01K67/033A01K49/00Y02P60/87
Inventor 丛志峰吴启虎
Owner 南通润田蜂业有限公司