KR20230000414U - Beehive for fostering queen bees - Google Patents

Abstract

In the multi-stage four-group mating bed hive for breeding queen bees of the present invention, four first-stage compartments accommodating the queen bee and a plurality of small consumers are formed in a lattice form and are located in the center so as to be adjacent to the four first-stage compartments, A feeding tube is provided to supply the feeding liquid to the bees housed in the single compartment, and a first-stage copulation chamber is provided with an entrance to the outside and a feeding passage through the feeding tube, respectively, in the four first-stage compartments. A two-stage mating bed, which is stacked on top of the first-stage mating bed, has four second-stage compartments formed to communicate independently with the four first-stage compartments, and has steps formed in the second-stage compartment to hold a large number of small consumption; A lid is fastened to the upper part of the two-stage mating bed to block bees accommodated in the four first-stage and second-stage compartments from moving to adjacent compartments.

Description

Multi-stage 4-group mating phase beehive for fostering queen bees {Beehive for fostering queen bees}

The present invention relates to a multi-stage 4-group mating phase beehive for breeding queen bees capable of mating and raising four queen bees at a time using a small honeycomb and a small amount of worker bees.

In general, 50,000 to 60,000 bees live in one hive, with one queen bee laying 2,000 to 3,000 eggs per day for the purpose of preserving the species, and 50,000 bees collecting honey or pollen. About 3,000 drones that protect the queen bee, worker bees, and beehives from workers and enemies live while carrying out their respective tasks.

Usually, after 2 to 3 years, the queen bee's fertility deteriorates, and the worker bees who have identified it lay fewer eggs, weakening their power. In order to solve this problem, beekeepers renew the queen bee. Since the queen bee's egg-laying power is about one year after birth, full-time beekeepers create and update a new queen bee every year.

In the conventional mating bed, partitions are placed in 3 general hives to create 4 compartments, and entrances are made on 4 sides to create 4 group mating beds. There was a problem in that a lot of bees were consumed to make a queen bee because most of one bee (9 to 10 beehives) was consumed to make one group 4 mating bed. In addition, when the existing beehive is partitioned and used in groups of 4, there is an inconvenience of having to install and manage the breeding machine in the four compartments.

In order to solve this problem, Korean Patent Registration No. 10-1837745 includes four compartments accommodating a queen bee and a plurality of small consumption, respectively, and each compartment has an independent entrance through which bees can enter and exit. Disclosed is a small 4-group copulation image, which is located in the central part of the mating image main body adjacent to the main body and the four compartments and includes a speciator partitioned so as to independently provide speciation solution to the bees housed in the four compartments.

This group 4 mating phase solved most of the conventional problems, but there was a problem that the queen bee's breeding status could not be confirmed because the inside could not be checked while the queen bee was being raised. In addition, there was a problem in that it was difficult to nurture the queen bee with only 2-3 sets of small consumption due to the lack of queen bee breeding skills by beginner beekeepers.

Republic of Korea Patent No. 10-1837745 Republic of Korea Patent Publication No. 2009-0036271 Republic of Korea Patent Publication No. 1999-0047838 Republic of Korea Patent No. 10-0954848

A technical problem to be achieved by the present invention is to provide a 4-group mating phase beehive for breeding queen bees in which the queen bee breeding state can be confirmed from the outside and the number of worker bees for queen bee breeding can be adjusted.

According to one aspect of the present invention, four first-stage compartments (11) in which the queen bee and a plurality of small consumers 30 are accommodated are formed in a lattice shape and are located in the center so as to be adjacent to the four first-stage compartments 11 In this way, a feeding tube is provided to supply the feeding liquid to the bees accommodated in the first-stage compartment 11, and the four first-stage compartments 11 have an entrance that can go in and out and a feeding passage that can go in and out of the feeding tube. A first-stage mating phase (10) provided with (15); Four second-stage compartments are formed so as to be stacked on top of the first-stage mating phase (10) and independently communicate with the four first-stage compartments (11); A two-stage mating bed 20 formed with a consumption holder so that a plurality of small consumers 30 can be placed in the second-stage compartment; and fastened to the upper portion of the two-stage mating bed, so that the four first-stage compartments 11 and the two A multi-stage 4-group mating phase beehive for breeding queen bees including a lid 40 that blocks bees housed in a single compartment from moving to an adjacent compartment may be provided.

The two-stage mating bed 20 may be made of a transparent material so that the queen bee breeding state inside can be confirmed.

In addition, it is interposed between the first-stage mating phase 10 and the second-stage mating phase 20 so that the partition wall of the first-stage mating phase 10 and the partition wall of the second-stage mating phase 20 are spaced apart, thereby forming the first-stage mating phase 20. A spacer member may be further included to allow bees accommodated in the compartment 11 and the second compartment 21 to move freely to adjacent compartments.

In addition, a three-stage mating phase having the same structure as the two-stage mating phase 20 and stacked on top of the two-stage mating phase 20 may be further included.

Embodiments of the present invention can nurture four queen bees at a time by using a single mating bed with four compartments, and when it is difficult to nurture a queen bee due to a lack of queen bee breeding technology or a lack of worker bees, a multi-stage mating bed By stacking and supplying additional worker bees, it is possible to easily nurture queen bees.

In addition, by using the multi-stage copulation phase as a transparent member, the queen bee breeding status can be checked without opening the lid, and the transparent member can be used as educational material for queen bee development or school education.

In addition, when queen bee cultivation is completed, it can be used as a general beehive by inserting a spacer between the first mating phase and the second mating phase to release the isolation of the compartment.

1 is a photograph in place of a drawing of a multi-stage 4-group mating phase beehive for breeding queen bees according to an embodiment of the present invention.
Figure 2 is a photograph in place of a drawing of a single-stage mating phase.
Figure 3 is a photograph in place of a drawing of a single-stage mating phase with small consumption removed.
FIG. 4 is a photograph in lieu of a drawing of a first-stage mating image showing a state of attaching and detaching an isolation member.
Figure 5 is a picture substitute for a single mating image showing a state of attaching and detaching a small consumption.
6 is a photograph in place of a drawing of a multi-stage mating image in which a small consumption is inserted.
Fig. 7 is a photograph in lieu of a drawing showing a state in which a two-stage mating phase is stacked on a single-stage mating phase.
8 is a drawing substitute photograph showing a state in which queen bees are raised in a state in which three-stage mating beds are stacked.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. In this process, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, terms specifically defined in consideration of the configuration and operation of the present invention may vary according to the intentions or customs of users and operators. Definitions of these terms should be made based on the content throughout this specification. And the spirit of the present invention is not limited to the presented embodiments, and those skilled in the art who understand the spirit of the present invention will be able to easily implement other embodiments within the scope of the same spirit, but this also falls within the scope of the present invention. Of course.

Figure 1 is a photograph of a multi-stage 4-group mating phase hive for breeding queen bees according to an embodiment of the present invention, Figure 2 is a photograph of a single-stage mating phase, and Figure 3 is a single-stage mating phase from which small consumption is removed. Fig. 4 is a photograph substituted for a drawing of a first-stage mating image showing the attaching and detaching state of an isolation member, Figure 5 is a photo substitute for a drawing of a single-stage mating image showing a attaching and detaching state of a small consumer, and Fig. 6 is a photo of a small consumer inserted. Fig. 7 is a photograph substituted for a drawing showing a state in which a two-stage mating phase is laminated on a first-stage mating phase, and Fig. 8 is a state in which a queen bee is raised in a state in which a three-stage mating phase is stacked. It is a photograph in place of a drawing representing

Referring to these drawings, the 4-group mating phase for breeding queen bees according to an embodiment of the present invention includes a first mating phase 10, a second mating phase 20, a small consumption 30, and a lid 40 ).

In the first-stage mating bed 10, four first-stage compartments 11 are formed in a lattice shape by the first-stage partition walls 12, and a plurality of small consumers 30 are mounted in each first-stage compartment 11. In this embodiment, two small consumers 30 are mounted in each first stage compartment 11, and the number of small consumers 30 mounted may vary depending on the size of the compartment.

In the four first-stage compartments 11, an entrance 13 through which bees can come in and out of the beehive and a ventilation window 14 are provided at the bottom. In addition, a feeding passage 15 through which the feeding tube 15 is provided is provided at the upper part of the partition wall 12 adjacent to the feeding tube 16 to be described later.

At the center of the first stage mating phase 10, a feeding tube 16 is formed. The feeding tube 16 is adjacent to the four first-stage compartments 11, and the feeding liquid, which is food for bees, is accommodated. The feeding tube 16 is divided into four compartments by a detachable isolation member 151, and the four compartments are communicated only by the adjacent first-stage compartment 11 and the food passage 15, respectively, and bees entering each compartment Because of the isolation member 151, it cannot move to an adjacent compartment. A communication passage (not shown) is formed at the bottom of the specification bottle 16 so that the specification solution can move freely.

The two-stage mating phase 20 is stacked on top of the first-stage mating phase 10. In the two-stage mating phase 20, four second-stage compartments 21 are formed in a lattice shape by the two-stage partition walls 22 so as to independently communicate with the first-stage compartment 11. The second-stage bulkhead 22 is in close contact with the upper portion of the first-stage bulkhead 12 and the isolation member 151, and a step 221 is formed to hold the small consumption 30 thereon. In this embodiment, three small consumptions are placed in each of the second-stage compartments 21, and the number of small consumptions placed may vary depending on the number of workers required.

On the other hand, the beehive of this embodiment can be used as a general beehive after the queen bee cultivation is completed. The partition wall 12 of the single mating phase 10 and the partition wall 22 of the two-stage mating phase 20 are spaced apart, and the respective compartments communicate with each other. Therefore, the bees can freely move between the compartments, so it can be used as a general beehive.

The lid 40 may be fastened to the first stage mating phase 10 or to the second stage mating phase 20. First, when the lid 40 is fastened to the upper part of the first-stage mating phase 10, the bottom of the lid 40 adheres closely to the upper part of the partition wall of the first-stage compartment 11 and the upper part of the isolation member 151 of the feeding tube 16. The upper part of the first stage compartment 11 is closed. Therefore, bees accommodated in the first-stage compartment 11 can enter and exit the feeding tube 16 only through the feeding passage 15 and cannot move to adjacent compartments.

When it is difficult to nurture a queen bee due to a lack of worker bees with only the first mating bed (10) or to check and nurture the queen bee, after stacking the two mating bed (20), additionally insert a small consumption (30) and leave it The lid 40 is closed. Even at this time, the inner bottom of the lid 40 is in close contact with the upper portion of the partition wall of the two-stage mating bed 20, so that the upper portion of the two-stage compartment 21 is closed. Therefore, the first-stage compartment 11 and the second-stage compartment 21 are communicated only up and down in each compartment and are isolated as four compartments.

A pair of moving rings 31 and 32 are provided on the top of the extinction frame constituting the small consumption 30. The moving rings 31 and 32 are for connecting 3 to 4 small consumptions 30 accommodated in each compartment 12 using a wire used in the beehive and moving them at once.

The moving rings 31 and 32 form a pair of a moving ring 31 opened to the right and a moving ring 32 opened to the left. If the wire is inserted into the right and left sides of the moving rings 31 and 32 using the open part and two or three small consumptions 30 are connected, several small consumptions 30 can be moved at once.

As described above, in the embodiments of the present invention, four queen bees can be nurtured and mated with one small quadruple mating bed, and when it is difficult to grow a queen bee due to an insufficient number of worker bees, the two-stage mating bed 20 is stacked to You can increase the number of worker bees and check and nurture queen bees.

8 shows a state in which a queen bee is nurtured or used as a general beehive by stacking a three-stage mating bed on a two-stage mating bed. The three-stage mating phase (20') has the same structure as the two-stage mating phase (20). can foster

The present invention is not limited to the described embodiments, and it is obvious to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, it should be said that such modifications or variations fall within the scope of the claims of the present invention.

10: 1st stage mating phase 11: 1st stage compartment
12: first stage bulkhead 13: entrance
16: specification tube 151: isolation member
20: 2-stage mating phase 21: 2-stage compartment
22: two-stage bulkhead 30: small consumption
40: lid

Claims (4)

Four first-stage compartments 11 accommodating a queen bee and a plurality of small consumers 30 are formed in a lattice shape, and are located in the center so as to be adjacent to the four first-stage compartments 11, so that the first stage compartment 11 ) Is provided with a feeding tube (16) for supplying the breeding solution to the bees housed in, and the four first-stage compartments (11) have an entrance (13) that can enter and exit the outside and can enter and exit the breeding tank (16). a first-stage mating phase (10) each provided with a feeding passage (15);
Four second-stage compartments 21 are formed so as to be stacked on top of the first-stage mating phase 10 and communicate independently with the four first-stage compartments 11, and the second-stage compartments 21 have a plurality of small A two-stage mating phase 20 having a stepped 221 to support consumption 30; and
A multi-stage 4 group for breeding queen bees including a lid 40 fastened to the upper part of the two-stage mating bed to block the bees accommodated in the four first-stage compartments 11 and the second-stage compartment 21 from moving to adjacent compartments. mating hive. According to claim 1,
The two-stage mating bed 20 is a multi-stage 4-group mating bed hive for breeding queen bees made of a transparent material so that the queen bee breeding state inside can be checked. According to claim 1,
The first-stage compartment ( 11) and a spacer member that allows bees accommodated in the second compartment 21 to freely move to adjacent compartments, and a multi-stage 4-group mating phase beehive for breeding queen bees. According to claim 1,
A multi-stage four-group copulation bed hive for breeding queen bees, which has the same structure as the two-stage mating phase 20 and further includes a three-stage mating phase 20' stacked on top of the two-stage mating phase 20.

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