KR101464461B1 - Beehive honey picking for Bong Sik beehives Assembly and Western honey bees beekeeping method - Google Patents

Abstract

In the present invention, a Korean traditional beehive assembly is produced to raise Western honeybees therein, wherein honey is effectively extracted, and the consumption of honey is promoted. The Korean traditional beehive assembly of the present invention comprises: a spawning container (20) having a comb frame (24) which is installed therein as a space in which a queen bee can spawn; a cover (10) formed at the top of the spawning container (20); an excluder (30) inserted in the bottom of the spawning container (20) to control a queen bee to not move and enable working bees to move; a separating plate (40) formed at the bottom of the excluder (30) and separately forming a beehive; beehive forming containers (50) inserted in the bottom of the separating plate (40) to induce the growth of the beehive if the beehive is grown to a particular or longer length when the beehive is downwardly grown from the separating plate (40); and an entrance and exit container (60) connected with the bottommost beehive forming container (50). In the present invention, a Korean traditional beehive assembly is used when bees are raised, so that bee honey can be obtained in a beehive honey form and consumer desire for beehive honey can be remarkably increased. Accordingly, the reliability of bee honey can be remarkably improved. Moreover, because Western honey bees can be raised by laminating beehives in a built-up-type structure, multiple beehives can be laminated just like when Korean traditional bees are raised.

Description

Technical Field [0001] The present invention relates to a honeycomb beehive assembly for honeycomb gathering, and a bee honeycomb beekeeping method using the honeycomb honeycomb assembly.

The present invention is to produce Honeycomb Honey using a Western bee. Specifically, in the openable beehive assembly of the present invention, the upper portion of the beehive assembly is made to be 1/4 of the size of the beehive honeycomb, and the lower portion of the beehive assembly is sized to have the same size as the open- To harvest the honeycomb honey.

The history of beekeeping in Korea dates back over 2,000 years. It is said that when a goddess went to China and found bees on the way back to Goguryeo, the King of Tongmyong (BC37-19 BC), he brought bees and honey on his way home and the king raised them to his servants and people. These days, it is often referred to as bees and bees. In fact, Han Bong is also a bee in the sense of beeing honey. However, since the Western bees have entered the land, they are called hanbong. It is known that western-style beekeepers came in 1970 when Yun Shin-young, a German international student, and a German priest arrived.

In terms of collecting honey stored in prey as a bee, both bee and honey are the same, but there is difference in the way of howling honey. Beekeeping has been rapidly spreading since it was imported, which is due to high productivity. The beekeepers move and grow along the flowers along the barriers. I go to the blooming areas of oilseed rape, acacia, chestnut, and sari flowers, and get honey 5 to 6 times a year.

On the other hand, Han Bong only opens honey for one year in one place. Usually the horseshoe goes down and goes into the harvest. Therefore, not only the production amount can not be guaranteed, but when the rain is reduced too much, the bees eat away all the honey that they have stored in the past, so the efforts have been often returned to the vain.

So, before the beekeeping was imported, the beetles spread more than the beetles. However, since the beekeeping came in, beekeeping spread throughout the whole country and the beetles were raised only in some farms.

Hanbong and Beeop are different in size and shape and can be distinguished easily. The beekeeping is bigger and stronger than the tombs, and the back color is golden. Domestic honey is generally known to be superior to bee honey. It is because the bee gathered from various flowers blooming from spring to autumn ripened all year round by the power of bees themselves. Therefore, the transfer is inevitable. The moving honeybees harvested from beekeepers produce about 10 to 15 times more than the honey harvested from bees.

Conventional beekeeping beehives were made of rectangular wooden boxes of a predetermined size, and these beehives were used to breed Western bees. The size of beehive was smaller than that of beehive beehive, and the shape of beehive was raised using a box made of square or cylindrical wood. It can be seen at a glance.

Korean Patent Laid-Open Publication No. 10-1365402 discloses a honeycomb-collecting beehive assembly for honeycomb having a beehive beehold reduced in size by half.

Although the beehive assembly has been reduced in size compared to the beehive beehive, the beehive assembly is of a rectangular shape having a different size and shape from the beehive beehive which grows the beehive beehive.

When producing and selling honey by hanbong method, when conventional beetles make honeycomb and fill honey in honeycomb, honey is sold as honey bee, so nutritional value of honey is not destroyed and consumers have increased reliability of honey.

However, this single-stick method has a problem that it is difficult to produce honeycomb honey in large quantities as the number of domestic bees decreases and breeding becomes difficult. Therefore, honey bee honey is being produced using Western honeybees with a high reproductive rate and a large number of populations.

However, when honeycomb honey is produced by the beekeeping method, there is a problem that honeycomb honeycomb is difficult to produce because honeycomb honeycomb is large and it is difficult to stack honeycomb honeycomb.

In addition, when honey is collected from a honeycomb by a sowing machine, there is a problem in that it is difficult to have confidence in whether it is genuine natural honey, and distrust of honey is increased.

Korean Patent Registration No. 10-1365402 B1 (Apr. 02, 2014)

In order to solve the above problems, an object of the present invention is to easily produce a honeycomb-shaped honey by breeding a Western bee on a honeycomb-beehive-sized beehive assembly. To this end, the upper portion of the beehive assembly of the present invention is formed in a biocompatible form, and the lower portion is formed in a lidded type, and beehives are stacked in a laminar manner.

In addition, the honey bee honey bee is cultivated in a honeycomb beehive assembly so that honey bee honey can be produced, thereby providing honey to the consumer as a honey bee honey state.

Another purpose is to provide economical and honeycomb honey to the consumers because it is possible to omit a series of steps for removing, filtering and concentrating honey.

In order to achieve the above-mentioned object, the present invention uses a beehive-type beehive assembly having a native beehive size instead of a beehive beehive when cultivating bees.

The beverage can includes a scattering tube 20 in which the quenching bee is scattered, a cover 10 formed on the scattering tube 20, And a separating plate 40 is installed under the dividing dunnage 30 to divide the honeycomb forming vessel 50 into a plurality of dunnage plates 30, And a honeycomb forming cylinder 50 having a size of a single beehive is provided below the separating plate 40. [ As the honeycomb structure grows, the honeycomb forming cylinder 50 can be stacked in a plurality of layers. The separating plate 40 is provided with a molding frame 42 in which a soap bar 42b is formed in the soaking frame 42a.

When the honeycomb is grown to a length longer than a predetermined length when the honeycomb is downwardly formed in the spacing plate 40, the honeycomb forming cylinder 50 is inserted into the lower part of the separating plate 40, And a support plate for supporting the honeycomb-forming barrel 50.

The scattering cylinder 20 is formed as a queen bee scattering place having upper and lower openings and a square box shape in which a space is formed. The scattering tube 20 is provided with a rim 22 protruding outward at the upper end so that the lower end of the cover 10 is seated and the inside thereof is sealed. In the form of a step. Since the step is for facilitating the installation of the consumed light 24, it may be formed on all four sides when viewed in a plan view, or may be formed only on opposite sides. The edges of the light 24 are spread over the edge of the rim portion so that the light 24 is fixed without falling down from the inner space of the scatterer 20.

The size of the scattering tube 20 is 230 ~ 250mm, 230 ~ 250m and 80 ~ 100mm in height. The beehive assembly is formed as a domestic beehive.

The cover 10 installed on the upper part of the scatterer 20 is made of wood or plastic having a size of 280 to 300 mm in width and 280 to 300 mm in height and 40 to 50 mm in height.

The present invention is to produce honeycomb honey as in the native bees using Western bees. It is difficult to breed because it is difficult to spray and insect, and it is weak against disease, so its population is greatly decreased.

However, since the honeycomb assembly of the present invention uses beeswax in the beekeeping, it is easy to breed honey bees and can increase the production amount of honey, and honey can be produced in the form of honeycomb honey to improve the reliability of honey, To promote the consumption of the national health is promoted. As described above, the honeycomb honey can be mass produced by combining the merits of domestic honey bee harvesting with the advantages of Western honey bee breeding by breeding Western bees at native beehive size.

In addition, the size of the open-ended beehive assembly of the present invention can be reduced to 1/4 the size of a beehive of a Western beehive, so that a large number of beehives can be stacked and stacked together as in the case of raising a toad. In addition, the present invention can facilitate management of intestines and spreads, which are advantages of beekeeping, and can save labor and cost in production of honeycomb honey by omitting the advantages of unsalting, gathering and concentrating work.

It is possible to prevent unnecessary manpower and cost from being wasted and to improve the productivity by using the honeycomb beehive assembly and to provide the honey to the consumer in a state of natural state, that is, honeycomb honey, It is an advantage that it can provide.

In the beekeeping method using bees using western bees, there is a problem that the beehive grows unevenly when the honeycomb grows downward because of a large size of beehive and sod-like light. However, since the honeycomb assembly of the present invention has a beehive size of the size of a single beehive, The speed is fast and uniform, which is effective in space utilization inside the beehive.

1 is a side view of a honeycomb honeycomb assembly of the present invention.
2 is an internal detail view of a honeycomb beehive assembly for collecting honeycomb of the present invention.
3 is an exploded perspective view of the honeycomb honeycomb assembly of the present invention
FIG. 4 is a view showing the use of a lidded beehive assembly for collecting honeycomb honeycomb of the present invention, in which the honeycomb beehive assembly is laminated in a systematic manner.

The present invention relates to a honeycomb beehive assembly for harvesting honeycomb honey using a Western honeybee and a method of raising a honeycomb beep using the honeycomb honeycomb assembly.

The construction of the present invention will be described in detail with reference to the accompanying drawings. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. For illustrative purposes. Therefore, it is obvious that the scope of the present invention is not limited to these embodiments, and those skilled in the art will be able to fully understand it.

FIG. 1 is a side view of a honeycomb honeycomb assembly for collecting honeycombs according to the present invention, FIG. 2 is an internal detail view of a honeycomb honeycomb assembly for collecting honeycombs of the present invention, FIG. FIG. 4 is an exploded perspective view of a honeycomb honeycomb assembly for collecting honeycombs of honeycomb structure according to the present invention.

The beverage can assembly according to the present invention includes a scattering cylinder 20 formed at a lower portion of a cover 10, a scattering plate 30 formed at a lower portion of the scattering cylinder 20, A honeycomb forming cylinder 50 which is a space where a honeycomb honey grows and a plurality of inserting holes 40 are formed under the separating plate 40 and an access cylinder 60 formed at the lower part of the honeycomb forming mold 50.

The cover 10 is installed to prevent the queen bee from escaping in the open upper direction of the scatterer 20 and to protect the queen bee and eggs inside the scatterer 20 from the external environment, ) Is preferably made of wood, but various kinds of lightweight materials such as plastic can be applied.

The cover 10 is provided with a ventilation hole 15 communicating with the inside thereof for managing the beehive and ventilating the scattering vessel 20 and preventing the queen bee or the worker bees from escaping to the ventilation hole 15, A filter net is installed in the ventilation hole (15) to prevent foreign matter from flowing into the scattering tube (20). The ventilating hole 15 can also serve as a handle when moving or transporting the beehive. In addition, an inner cloth 16 made of fibers or cloth is attached to the inner ceiling of the cover 10 to prevent the honeycomb from being directly formed inside the cover 10.

The scattering bucket 20 is provided with a honeycomb-like structure for providing a queen bee scattering place, and is constituted by a square box having upper and lower openings and a space formed therein. The scattering tube 20 is provided with a rim 22 protruding outward at the upper end so that the lower end of the cover 10 is seated and the inside thereof is sealed. As shown in Fig. At this time, since the step is for facilitating the installation of the consumed light 24, it is formed on all four sides as viewed in a plan view, or is formed on both sides facing each other. So that the light 24 is fixedly installed without falling downward from the inner space of the scattering tube 20 by covering both side edges of the light 24 at the edge of the rim.

The consumed light 24 provides a substantial scattering site of the queen bee, and a honeycomb-shaped artificial herb is formed in the soymilk frame. A plurality of (1 to 5) pieces of the light 24 are removably installed in the inner space of the scattering tube 20 and are spaced apart from each other by a predetermined distance. A separator 13 is installed on the outermost surface do. The separator 13 is arranged so that the bee is not dispersed in the scattering tube 20 but collects well in the consumed light 24.

The queen bee breeds larvae and breeds in each beehive of the light 24, stores honey in each beehive of the unspent consumption light, and the honey becomes the food of the larvae and the bees in the spawn.

The diaphragm 30 is interposed between the scattering column 20 and the separating plate 40 and is provided to have a net structure. Especially, by appropriately controlling the mesh size of the net structure, 20 from being moved below the spacing plate 40 while the work bevel is movable. At this time, the rubbing plate 30 can be composed of a metal mesh or a network structure made of wood, plastic or fiber.

A separator plate 40 having a height between the height of the honeycomb-forming barrel and the height of the honeycomb-forming barrel can be inserted between the diaphragm-forming plate 30 and the honeycomb-forming barrel 50 so that the honeycomb honey may grow in a predetermined shape. The spacing plate 40 is for separating the honeycomb of the honeycomb-forming barrel 50 from the diaphragm 30 and is generally open on the top and bottom and has an empty space formed therein. And is communicated with the scattering tube 20 through the ribbing plate 30 to be detachably coupled. The spacing plate 40 is configured to have a square box shape having the same size as a scattering passage and a hollow space formed therein.

A plurality of molds (42) detachably coupled to the inner space of the spacing plate (40) are formed to form a honeycomb in the mold. The mold frame 42 is formed with a step inside the upper edge portion 22 of the separating plate 40 as shown in Fig. 3 so that the mold frame 42 can stably engage with the spacing plate 40, It may be formed only on both sides of the spacing plate 40 facing each other in one direction. Of course, it is also possible that the step is formed on all four sides of the upper end of the separating plate 40.

The forming frame 42 is composed of a sofo frame 42a and a soot 42b formed in a part of the sofo frame 42a. That is, the forming frame 42 coupled to the spacing plate 40 of the cup-shaped beehive assembly 100 according to the present invention is configured such that the lower end of the sofas 42b does not reach the lower end of the sofo frame 42a, 42b of the separating plate 40. As a result, the plurality of honeycomb-forming cylinders 42a, 42b are joined to the lower portion of the separating plate 40 by guiding the bees 42b to extend downwardly, Thereby forming honeycomb honey in the honeycombs 50. At this time, it is preferable that the sowing head 42b is formed by a length of about half from the upper end of the sowing frame 42a downward.

A honeycomb forming cylinder 50 in the form of a honeycomb honeycomb formed in the lower part of the separating plate 40 is provided to provide space for honeycomb honey formed from the separating plate 40 to grow downward, And a hollow space is formed therein. That is, the honeycomb-forming barrel 50 according to the present invention is constructed so as to have substantially the same length and width as the scattering barrel 20 and the mesh barrel plate 30, and the honeycomb- As shown in FIG.

The plurality of honeycomb-forming cylinders 50 are provided with an inner hollow space, whereby honeycomb honey is formed by the worker beads in the inner hollow space.

In this embodiment, two honeycomb-forming cylinders 50 are shown as being installed, but another honeycomb-forming cylinder 50 is inserted while the honeycomb honey is growing in the lower portion of the honeycomb- And can be detachably installed in common sense.

The access cylinder 60 is located at the lowermost end of the plurality of honeycomb-forming cylinders 50 and is detachably coupled to the lowermost honeycomb-forming cylinder 50 in a communicable manner. For example, the access cylinder 60 is opened to the upper part while being provided to have a size substantially similar to that of the honeycomb forming cylinder 50, the separating plate 40, the diaphragm 30, and the scattering cylinder 20, And an outlet passage 61 is formed at one side to facilitate the entry and exit of the bees into and out of the inlet and the outlet 60. The honeycomb forming cylinder 50 and the spacing plates 40, the scattering drum 30, and the scattering cylinder 20 as shown in FIG.

As described above, the single-cap type beehive assembly of the present invention is provided with a honeycomb type beehive-type scattering bottle 20 at the top, which is provided with a queen bee scattering place, and the queen bee is moved to the honeycomb- A separating plate 40 for separating the honeycomb-forming cylinder 50 and the separating plate 30 is inserted into the lower part of the separating plate 30 and the separating plate 30 is connected to the separating plate 30, 40), honeycomb honeycombs are formed in the honeycomb forming cylinder 50 by sequentially joining the honeycomb forming cylinders 50 in the form of a honeycomb beacon.

The separating plate 40 is provided with a molding frame 42 constituted of a sofo frame 42a and a sofas 42b. The bees are uniformly kept in a honeycomb shape along the shape of the soymilk 42b formed in the soymilk frame 42a of the forming mold 42 and store the honey. However, if the molding frame 42 composed of the sofas 42b and the sofo frame 42a is not placed in the spacing plate 40, the shape of the honeycomb honey is irregular and variously formed.

The honeycomb assembly of the present invention uses a Western bee having a large number of populations, and has a honeycomb structure in which a scattering vessel 20, a separating plate 30, a separating plate 42 and a honeycomb forming vessel 50 are sequentially arranged from top to bottom, The honeycomb honey can be collected from the beehive of the honeycomb beehive assembly using bees.

Therefore, since the honeycomb honeycomb assembly can produce honeycomb honey by using a single honeycomb, the honeycomb honeycomb assembly can obtain both the advantages of the honeycomb method and the advantages of the honeycomb method.

Therefore, the openable beehive assembly of the present invention has a beehive structure with a beehive shape at the upper portion and a beehive structure with a hollow shape at the lower portion. Accordingly, the bee-growing method according to the present invention has the advantage of being able to use honey bee honey and honey bee honey by producing honey bee honey bees by taking advantage of the bee honey bee assembly and the bee honey bee assembly. Therefore, in the case of using the open-ended beehive assembly of the present invention, honey is collected in the form of honeycomb honey and supplied to consumers, so that consumers can eat honey that has not been destroyed by various nutrients, There is no need to carry out separate processes such as concentration and filtration, so that the production cost can be lowered.

In addition, there is an advantage in that mobility restriction can be solved because a beehive of a large size, which is a problem of beeping, is not used.

The open-ended beehive assembly of the present invention is formed of a native beehive-sized assembly, and thus is smaller in size than a beehive in the case of a conventional beehive.

That is, the size of the scattering cylinder 20 and the honeycomb forming cylinder 50 is made of wood or plastic having a size of 230 to 250 mm, 230 to 250 m and 80 to 100 mm in height, Sized assembly size.

The cover 10 installed on the upper part of the scatterer 20 is made of wood or plastic having a size of 280 to 300 mm in width and 280 to 300 mm in height and 40 to 50 mm in height.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And variations can be made by those skilled in the art.

10: cover 13: separator plate
15: Ventilation hole 16:
20: scattering column 22: rim
24: Light 30: Price
40: Spacer plate 42: Molding frame
42a: Soybean frame 42b: Soybean
50: honeycomb forming cylinder
60: access door 61: access door

Claims (4)

In the hung beacon assembly,
Wherein the beehive assembly has upper and lower openings and an empty space formed therein, the scattering chamber providing a scattering space so that a plurality of consumed lights are detachably and detachably coupled to the inner space to scatter the queen bee; And
A cover for protecting the queen bee and eggs of the spawning column at an upper portion of the spawning barrel; And
An airfoil adhered to the upper inside of the cover; And
Wherein the queen bee is inserted into the lower part of the scattering vessel to inhibit the movement of the queen bee and the bee can be moved; And
A spacing plate mounted on a lower portion of the trailing edge plate; And
A plurality of honeycomb forming cylinders inserted in the lower portion of the spacing plate in accordance with the growth of the honeycomb; And
Wherein the honeycomb structure is constituted by an inlet and an outlet provided at the lowermost end of the honeycomb-forming barrel when the honeycomb-forming barrel is stacked in a systematic manner.
The method according to claim 1,
Wherein a molding frame composed of a sofo frame and a sod is provided in an inner space of the separating plate.
3. The method according to claim 1 or 2,
Wherein the scattering column and the honeycomb forming barrel are of a size of 230 to 250 mm in width, 230 to 250 m in height and 80 to 100 mm in height, and are assembled in a wood or transparent acrylic beehive-sized beehive.
3. The method according to claim 1 or 2,
Characterized in that the cover provided on the upper part of the scattering cylinder is a wood or transparent acrylic material having a size of 280 to 300 mm in width and 280 to 300 mm in height and 40 to 50 mm in height.

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