Bee breeding system and drone pupa production method

A drone pupa and a technology for drone pupa, which are applied in the field of industrialized beekeeping culturing systems and drone pupa production fields, can solve the problems of low production efficiency, no drone pupa culturing system and method, etc., and achieve the effects of increasing productivity, reducing labor intensity, and producing efficient production.

Pending Publication Date: 2020-07-03
云南蜜月追踪蜂业有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The meat of drone pupae is thick and nutritious, and it is a favorite delicacy of people. The existing beekeeping is to raise beehives one by one outdoors. There is no breeding system and method for industrial production of drone pupae. When it is necessary to produce drone pupae, it is necessary to choose a warm climate In spring or autumn, when the nectar source is relatively sufficient at this time, the second is to insert one or tw

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  • Bee breeding system and drone pupa production method
  • Bee breeding system and drone pupa production method
  • Bee breeding system and drone pupa production method

Examples

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Effect test

no. 1 example

[0034] Figure 1 to Figure 13 A first embodiment of a beekeeping system of the present invention is shown, the beekeeping system includes an egg laying cabinet 1, a capping cabinet 2, and an incubation cabinet 3;

[0035] See Figure 2 to Figure 8 , the spawning cabinet 1 includes a cabinet M11, a temperature control system installed in the cabinet, a humidity control system M15, a beehive, the cabinet M11 is provided with a door M12, personnel can enter the cabinet M11 through the door M12, and the temperature control The system is the air conditioner M18 and the floor heater M17, which are used to control the temperature inside the cabinet to the set value. The floor heater is used for heating when the temperature rises, and the air conditioner is used for cooling when the temperature is lowered. The humidity control system M15 is composed of a humidifier, a dehumidifier and a controller. Both the humidifier and dehumidifier use Midea household humidifiers and dehumidifiers...

no. 2 example

[0038] Second embodiment, a kind of method utilizing above-mentioned beekeeping system to produce drone pupa, its technological method is as follows:

[0039] S1. Control the temperature of the spawning cabinet 1 between 34°C and 36.5°C through the air conditioner M18 and floor heating M17 of the spawning cabinet 1, and control the relative humidity of the spawning cabinet 1 at 60% to 75% through the humidity control system M15 Between, in the lower floor beehive 21 of laying eggs cabinet 1, worker bee is cultivated, and a plurality of drone nest foundations 26 are put into the upper floor beehive 22 of spawn cabinet 1, and each drone nest foundation is all surrounded with king partition 27, Feed enough honey or feed material to the worker bees, and the worker bees become the drone honeycomb after building a full honeycomb room on the drone comb foundation 26, and intervene a queen bee that produces drone eggs on each drone honeycomb, and the queen bee is placed on the drone ho...

no. 3 example

[0042] The third embodiment, a kind of method that utilizes the beekeeping system of the first embodiment to produce drone pupa, its technological method is as follows:

[0043] S1. Control the temperature of spawning cabinet 1 between 34°C and 36.5°C through air conditioner M18 and floor heating M17, and control the relative humidity of spawning cabinet 1 between 60% and 75% through humidity control system M15. Worker bees are cultivated in the lower beehive 21 of the egg cabinet 1, and a plurality of drone foundations and a plurality of worker honeycomb foundations are put into the upper beehive 22 of the ovipositing cabinet, and the number of worker honeycomb foundations is 1 / 5 to 1 / 2 of the drone foundation quantity , the specific quantity is determined by maintaining the colony of the worker bees in the spawning cabinet 1 and the capping cabinet 2, and each nest foundation is surrounded by a kingboard, feeding enough honey or feed to the worker bees, and the worker bees ar...

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Abstract

The invention discloses a bee breeding system and a drone pupa production method and in particular relates to an industrial bee breeding system and a drone pupa production method. The system comprisesan oviposition cabinet, a sealing and cover cabinet and an incubation cabinet. Bees can be bred in cabinets, through special cabinets and temperature control systems and humidity control systems in the cabinets, professional production and coordination and distribution of responsibilities of bees in a whole year can be achieved, the working intensity of worker bees in gathering honey and maintaining temperature and humidity environments of beehives can be alleviated, production and living of bees are not affected by seasons or external climates, meanwhile, the working intensity of bee farmerscan be also alleviated, and the production efficiency of the bees can be effectively improved. By adopting the drone pupa production method disclosed by the invention, through creative process layoutand professional coordination and distribution of responsibilities, efficient drone pupa production can be achieved, and the production capacity can be greatly improved when being compared with thatof a conventional mode.

Description

[0001] The invention relates to a beekeeping system and a breeding method, in particular to an industrialized beekeeping breeding system and a drone pupa production method. Background technique [0002] The meat of drone pupae is thick and nutritious, and it is a favorite delicacy of people. The existing beekeeping is to raise beehives one by one outdoors. There is no breeding system and method for industrial production of drone pupae. When it is necessary to produce drone pupae, it is necessary to choose a warm climate In spring or autumn, when the nectar source is relatively sufficient at this time, the second is to insert one or two pieces of drone spleen in the beehive, and use the queen bee who has mated for more than 40 days in the beehive or intervenes in other queen bees that lay eggs to lay eggs on the pupa spleen of the drone. Eggs are then hatched for about 20 days, taken out before eclosion, freezing and cutting off the honeycomb to obtain drone pupae for eating. Ea...

Claims

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Application Information

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IPC IPC(8): A01K47/02A01K47/06A01K67/033
CPCA01K47/02A01K47/06A01K67/033
Inventor 刘新宇
Owner 云南蜜月追踪蜂业有限公司
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