KR102098390B1 - Beehive with bee-breeding apparatus - Google Patents

Abstract

Disclosed is a beehive having an automatic bee-breeding device mounted thereon, capable of automatically and simultaneously supplying a bee-breeding liquid and water. According to one embodiment of the present invention, the beehive comprises: a beehive main body having a water hole and bee-breeding hole, in a through-hole shape, formed on one sidewall of the beehive to allow access of honeybees; a bee-breeding device reception part including a reception member having an edge protruding to the outside of the sidewall of the beehive main body having the water hole and bee-breeding liquid hole formed therein and a cover member detachably inserted into the reception member; a feeding table inserted into the bee-breeding device reception part and having a water supply part communicating with the water hole and a bee-breeding supply part communicating with the bee-breeding hole, which are separately formed therein; and water level adjustment means inserted into the water supply part and bee-breeding liquid supply part of the feeding table, respectively, to adjust the water level of the water or bee-breeding liquid filled therein by being supplied from the outside of the beehive.

Description

Beehive with bee-breeding apparatus

The present invention relates to a beehive equipped with an automatic specification machine capable of simultaneously supplying food and drinking water to a beehive at a time when a flower does not bloom.

When it comes to beekeeping, the specifications are mainly made for the purpose of giving sugar water during the atomization period.

Conventionally, an optical specification made of plywood was used in a beehive. These optical specifiers have the same width as honeycomb-built consumption, and when the optical speculator is placed in a beehive, there is a problem that the production of honey decreases because it occupies a place for consumption, and each beehive is checked to check the operating status of the speculator. There are disadvantages, such as stressing the bees and the worker being stung by the bees because they have to open and look at this.

In addition, space is limited in the optical specification machine, so it is not possible to secure a separate space to give water and sugar water at the same time. In addition, when water is supplied using the optical specification machine, the space is too large to eat little water in early spring In water, the water is contaminated or spoiled due to the long standing of water.

Republic of Korea Utility Model No. 20-2018-0001552 Republic of Korea Utility Model No. 20-0191550 Republic of Korea Registered Patent No. 10-1348832

A technical problem to be achieved by the present invention is to provide a beehive equipped with an automatic specification machine capable of automatically supplying the specification liquid and water to the beehive at the same time without occupying the inner space of the beehive.

According to an aspect of the present invention, a honeycomb body formed with a drinking water hole and a specification liquid hole in a through-hole shape in which a bee can enter and exit from one side wall; A specification device accommodating portion provided in the form of an edge projecting outward of a side wall of the beehive body in which the drinking water hole and the specification liquid hole are formed; A feeder inserted into the specification receiving section and formed by dividing a drinking water supply portion communicating with the drinking water hole and a specification liquid supply portion communicating with the specification liquid hole; And water level adjusting means for adjusting the water level of the drinking water or the specification solution, which is inserted and supplied from the outside of the beehive, respectively, into the drinking water supply part and the specification solution supply part of the feeding table. do.

The specification receiving unit is coupled to the upper / lower member spaced apart from the upper and lower parts of the side wall of the beehive body, a side member connected to form a border with the upper / lower member, and a sliding door shape coupled to the upper / lower member It includes a cover member to be, the upper / lower member is a rail inclined portion is formed on the inside and the cover member may be provided in a tapered form to be shape-fitted to the rail inclined portion.

In addition, the drinking water supply unit is provided with an inclined portion formed on one side wall, so that the upper portion is provided in a wide and narrow shape, and the inside of the inclined portion may be formed with irregularities so that a bee who ingested drinking water or a specification solution can easily climb up. .

In addition, the drinking water supply unit and the specification liquid supply unit may be provided with a step portion on the front / rear sidewalls so that the bee who ingested drinking water or the specification liquid can easily climb up.

In addition, the bottom of the feeder on the side where the water level control means is inserted may be formed with an inclined ramp inclined toward the intake of drinking water or a specification solution.

In addition, it further includes a beehive lid covering the beehive body, and one side wall of the beehive lid is equipped with an automatic specification and a water dispenser equipped with an interval fitting member formed so as to protrude to the same line as the specification receiving section.

The beehive equipped with the automatic specification machine of the present invention can supply drinking water and specification liquid to the bee at the same time, and is mounted outside the beehive, thereby eliminating the disadvantage of occupying space inside the beehive unlike the conventional specification mounted inside the beehive.

In addition, since the specification machine is attached to the outside of the beehive, it is possible to eliminate the hassle of opening the beehive and looking inside as in the prior art to check the operating condition of the specification machine.

In addition, it is possible to automatically adjust the supply amount of drinking water and specifications according to the amount consumed by the bees, so that water is not polluted or decayed, and water is automatically supplied, thereby reducing labor.

1 is a perspective view of a beehive equipped with an automatic specification machine according to an embodiment of the present invention.
FIG. 2 is a partially exploded perspective view of FIG. 1.
3 is a perspective view showing another embodiment of the specification receiving unit.
Figure 4 is an exploded perspective view of the feeder and water level control means of Figure 1;
5 is a cross-sectional view showing a coupling relationship between the feeder of FIG. 1 and the water level control means.

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 description. In addition, terms specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. Definitions of these terms should be made based on the contents throughout this specification. And the spirit of the present invention is not limited to the embodiments presented, 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.

1 is a perspective view of a beehive equipped with an automatic specification machine according to an embodiment of the present invention, FIG. 2 is a partially exploded perspective view of FIG. 1, FIG. 3 is a perspective view showing another embodiment of the specification receiving unit, and FIG. 4 is 1 is an exploded perspective view of the feeder and the water level adjusting means, and FIG. 5 is a cross-sectional view showing a coupling relationship between the feeder and the water level adjusting means of FIG. 1.

Referring to these drawings, a beehive equipped with an automatic specification machine according to an embodiment of the present invention includes a beehive body 10, a specification machine accommodating portion 20 provided outside the beehive body 10, and a specification machine. It includes a feeder 30 mounted inside the receiving portion 20, and a water level adjusting means 40 for adjusting the water level of the feeder 30.

The beehive body 10 is made of expanded polypropylene (EPP) material, which is not a conventional wood or styrofoam material. Using EPP material, it is light and has high heat retention, so it is advantageous for heating beehives in winter. Unlike styrofoam, bees do not split beehives. In addition, it is easy to form the beehive body during the production of the beehive body 10, it is easy to integrally form the specification receiving unit 20 on the outside.

On the side of the beehive body 10, a drinking water hole 11 and a specification liquid hole 12 in the form of a hole through which a bee can enter and exit are formed. The drinking water hole 11 is provided in a size smaller than the specification liquid hole 12 because the amount to supply drinking water is relatively smaller than the specification liquid.

Spacer fitting members 13 are provided on both side walls of the beehive lid covering the upper portion of the beehive body 10. The spacing fitting member 13 formed on the side of the specification receiving portion 20 is formed to protrude to the same line as the protruding specification receiving portion 20. In the beehive of the present invention, the beehive may flow when the specification receiving unit 20 protrudes from the beehive body 10 so that a plurality of beehives are mounted on a vehicle and are not in full contact with adjacent beehives, so that the beehives can flow. The flow can be minimized when the vehicle is moved by allowing the adjacent beehives and the upper parts to contact each other by the member 13. In addition, since the spacing fitting member 13 is formed on the beehive lid on the opposite side of the specification receiving portion 20, when the vehicle is loaded, the beehives adjacent to each other are supported and supported on both sides by a pair of spacing fitting members 13 to move left and right. It will not be.

The specification receiving unit 20 includes a receiving member 21 provided in a form protruding from the side wall of the beehive body 10 and a lid member 22 inserted detachably to the receiving member 21a.

The receiving member 21a includes an upper / lower member 211 provided at a distance from the upper and lower parts, and a side member 212 connected to form an edge with the upper / lower member 211. The cover member 22 is provided to be coupled in the form of a sliding door from the left / right side of the receiving member 21a. The upper / lower member 211 has a rail portion 213 formed inside, and the cover member 22 is inserted into the upper / lower member 211 to be provided in a tapered form so as to be fit to the rail portion 212. You can. The shape of the receiving member is not limited to this embodiment, and as shown in FIG. 3, the receiving member 21b may be integrally formed in the form of a square frame, and the cover member 22b may be provided in a form fitted from the front.

Thus, by providing the specification device accommodating portion 20 outside the beehive, it is possible to eliminate the disadvantage of occupying the space inside the beehive unlike the conventional specification mounted inside the beehive. In addition, in order to check the operating state of the specification machine, it is possible to remove the hassle of opening the beehive and inspecting the interior of the specification machine as in the prior art.

The feeding table 30 is inserted into the specification receiving section 20, and the drinking water supply section 31 in communication with the drinking water hole 11 and the specification liquid supply section 32 in communication with the specification liquid hole 12 are respectively separated. Leads to Openings 311 and 321 are formed at upper portions of the drinking water supply unit 31 and the specification liquid supply unit 32 so as to communicate with the drinking water hole 11 and the specification liquid hole 12, respectively.

In the drinking water supply unit 31 and the specification liquid supply unit 32, a partition wall 33 for separating a space in which the water level control means 40 is inserted and a space in which bees come in and out and intake drinking water or a specification solution is inserted. The partition wall 33 is formed with a plurality of through holes so that water or the specification liquid flows freely.

The space for intake of drinking water separated by the partition wall 33 is formed to be narrower than the space for ingesting the specification solution. This is because if the space for supplying drinking water is too wide, the water may remain in the feeder 30 for a long time during a period of intake of a small amount of drinking water in the spring, resulting in contamination or decay of drinking water.

Steps 312 and 322 are formed in the drinking water or drinking water intake space separated from the space where the water level control means 40 is inserted by the partition wall 33 so that the bee ingesting water or drinking water can easily climb up. do. The stair parts 312 and 322 are formed to start symmetrically on both side walls of the openings 311 and 321 and extend to the bottom so that the bee passing through the openings 311 and 321 can naturally step down and climb up the stairs. . An inclined portion 313 having irregularities or steps is provided on the left side of the space for drinking water. By the step portion 312, 322 and the inclined portion 313, the bee can easily ingest drinking water or a specification solution and prevent drowning.

On the other hand, the bottom of the feeding table 30 of the space in which the water level adjusting means 40 is inserted is formed with slanted platforms 314 and 323 inclined toward the intake of drinking water or specifications. Drinking water or drinking water on the water level adjusting means 40 side is inclined toward the intake of drinking water or drinking water by the inclined platforms 314 and 323. When the supply of drinking water or the specification liquid is stopped by such a configuration, the remaining drinking water or the specification liquid remains in the lower part of the feeder table 30 and decays, or the specification liquid dries out and hardens, and is stuck to the water level control means 40 to prevent operation. Can be prevented.

A drinking water supply hose 51 and a specification liquid supply hose 52 are connected to the feeding table 30. The drinking water supply hose 51 and the specification liquid supply hose 52 are formed in the central portion of the feeder 30 and connected to the supply pipe 34 connecting the inside and the outside of the feeder 30, and the feeder 30 It is inserted into the hose rail 314 formed at the bottom of the beehive and is drawn out. The drinking water supply hose 51 and the specification solution supply hose 51 are connected to external drinking water containers (not shown) and specification solution containers (not shown), respectively, to supply drinking water and specifications to the feeding table 30.

The water level adjusting means 40 is for adjusting the water level of the drinking water or the specification liquid contained in the feeder 30, and is composed of a buoyancy member 41, a hinge member 42, and a stopper member 43. The water level adjusting means 40 inserted into the drinking water supply unit 31 and the water level adjusting means 40 inserted into the specification liquid supply unit 32 are mounted in the same shape in a symmetrical structure.

The buoyancy member 41 is inserted into the drinking water supply unit 31 and the specification liquid supply unit 32, respectively. The buoyancy member 41 is coupled to the feeder 30 by a hinge member 42. To this end, a hinge projection 34 to which the hinge member 42 is coupled is formed on the feeder 30. The stopper member 43 is connected to the lower portion of the hinge member 42. The stopper member 43 opens and closes the upper portion of the supply pipe 36. With this configuration, when drinking water or the specification liquid is filled in the feeding table 30, the buoyancy member 41 rises by buoyancy, and the stopper member 43 descends to close the supply pipe 36. When the bee consumes drinking water or a specification solution and decreases, the buoyancy member 41 descends, and the stopper member 43 is separated from the supply pipe 36 to open the supply pipe 36 so that the drinking water or specification liquid is supplied to a certain level again. . With this configuration, it is possible to supply the bees with drinking water and specifications at the same time by eliminating the disadvantage of reducing the space for inserting a honeycomb by installing a specification machine inside the beehive as in the prior art.

The present invention is not limited to the described embodiments, and it is apparent 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, such modifications or variations will have to belong to the claims of the present invention.

10: beehive body 20: specification receiving unit
30: feeding table 31: drinking water supply
32: specifications liquid supply unit 311, 321: opening
313: slope 314, 323: slope
33: bulkhead 40: water level control means
41: buoyancy member 42: hinge member
51: drinking water supply hose 52: specifications liquid supply hose

Claims (6)

A beehive main body formed of a drinking water hole and a specification liquid hole in which a bee can enter and exit from one side wall, and provided with expanded plastic EPP (Expanded Polypropylene);
A specification frame accommodating part including a rectangular frame-shaped receiving member integrally formed with the beehive body in a form protruding from a side wall of the beehive body having the drinking water hole and a specification liquid hole, and a cover member fitted to the receiving member;
A drinking water supply unit inserted into the specification receiving unit and communicating with the drinking water hole and a specification liquid supply unit communicating with the specification liquid hole are respectively formed, and the drinking water supply unit is formed with a narrower width than the specification liquid supply unit and has one side wall. An inclined portion is formed so that the upper portion is provided in a wide and narrow portion, and the inside of the inclined portion is formed with unevenness so that the bee who ingested drinking water can easily climb up, and the drinking water supply portion and the specification liquid supply portion have drinking water or specifications. Feeder is provided with a step portion on the front / rear sidewalls so that the bee who ingested it can easily climb up; And
A beehive equipped with an automatic specification and a water supply device including; a water level adjusting means that is inserted into the drinking water supply part and the specification liquid supply part of the feeder table to adjust the water level of drinking water or the specification solution supplied and filled from the outside of the beehive. delete delete delete According to claim 1,
The bottom of the feeder on the side where the water level control means is inserted is a beehive equipped with an automatic specification and a water supply unit in which an inclined ramp inclined toward the side where a bee ingests drinking water or specifications is formed. According to claim 1,
Further comprising a beehive lid covering the beehive body, the side wall of the beehive lid is equipped with an automatic specification and a water dispenser equipped with an interval fitting member formed so as to protrude to the same line as the specification receiving section.

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