KR102826720B1 - Method for producing honeycomb honey using Han-bong tpye with Western bees - Google Patents

Abstract

The present invention is to produce honeycomb honey by moving the separation plate at the bottom of the laying tube to the top of the laying tube when producing honeycomb honey using a single-honeybee method using Western honeybees.
That is, when the honeycomb of the separation plate (40) and the comb formation tank (50) located at the bottom of the egg laying tank (20) is formed and the consumption and the comb formation tank are filled with about 5 to 50% of honey, the separation plate and the comb formation tank are moved above the egg laying tank (20) so that the worker bees can form honeycombs in the separation plate (40) and the comb formation tank and sufficiently fill the consumption and the comb formation tank with honey, and when the honeycomb formation is completed in the comb formation tank (50) below the separation plate (40) moved above the egg laying tank (20), the consumption and the comb formation tank are filled with honey, and the honeycomb formed in the consumption and the comb formation tank grows downwards, filling the honeycomb with honey.

Description

Method for producing honeycomb honey using Han-bong tpye with Western bees

The present invention relates to a method for producing honeycomb using Western honeybees using a single-hive method, and more specifically, to a method for producing honeycomb by installing multiple beehives in a single-hive method and moving a separation plate and a comb-forming tube above or below an egg-laying tube when producing honeycomb honey from Western honeybees.

In Korea, beekeeping (養蜂) is the production of honeybees in single-stage using Western bees. However, the method of producing honeybees using Korean bees (韓蜂) is also beekeeping in the sense that it involves beekeeping to obtain honey, but after Western beekeeping (洋蜂) was introduced to this land around 1970, it is called beekeeping (養蜂) when producing honey using Western bees, distinguishing it from Korean bees (韓蜂). It is known that Western beekeeping was introduced around 1970 by Yoon Shin-young, a German student studying abroad, and a German priest.

Both beekeeping and hanbok are similar in that they collect honey that bees have stored as food, but there are differences in the time of honey collection and methods. Beekeeping has spread rapidly since it was imported, and this is due to its high productivity. Beekeeping is mobile, and it moves with the flowers according to the season. It visits areas in full bloom such as rapeseed, acacia, chestnut, and safflower, and collects honey 5-6 times a year.

On the other hand, Hanbong only collects honey once a year from one place. Usually, he starts collecting honey after the first frost. Therefore, not only is the production unpredictable, but if it rains a lot, the bees eat all the honey they have stored up, so the efforts made so far often go to waste.

Therefore, before beekeeping was imported, native bees were more widespread than domestic bees, but after beekeeping was introduced, beekeeping spread throughout all regions of the country, and native bees are now only raised in some farms.

The size and shape of the beekeeping are different, so they can be easily distinguished. The beekeeping is larger and stronger than the native bee, and its back is golden in color. Native honey is generally known to be of better quality than apiculture honey. This is because the honey collected from various flowers that bloom from spring to fall is matured by the bees themselves throughout the year. Therefore, the quantity is bound to be small. The honey harvested by mobile beekeepers through beekeeping is about 10 to 15 times more than the honey harvested from native bees.

Traditional beekeeping hives were made of square wooden boxes of a certain size, and these hives were used to raise western honey bees.

A single-hive is smaller than a beekeeping hive, and is made of square or cylindrical wooden boxes stacked on top of each other to raise native bees. Therefore, you can tell at a glance whether a beekeeping operation is raising a single-hive or native bees by looking at the size of the hive and the number of boxes.

Korean Patent Publication No. 10-2020-0046921, which is disclosed as a prior art, discloses a beekeeping method using a beekeeping hive, including the first step of placing an empty auxiliary hive directly above the main hive to start collecting honey, the second step of adding an empty auxiliary hive between the main hive and the auxiliary hive located at the lowest position based on the value measured by the weight measuring unit, the third step of repeating the second step a predetermined number of times, and the fourth step of lifting the auxiliary hive at the highest position for honey collection and repeating the process of adding an empty auxiliary hive between the main hive and the auxiliary hive located at the lowest position based on the value measured by the weight measuring unit.

When producing and selling honey using the existing one-pack method, native bees would make honeycombs and fill the honeycombs with honey, which would then be sold as honeycomb bundles, thus increasing the reliability of honey to consumers while ensuring that the nutrients of the honey were not destroyed.

However, this single-bee method has the problem that it is difficult to mass-produce honeycomb honey as the number of native bees is decreasing and it is difficult to raise them. So, currently, honeycomb honey is produced using Western honeybees, which have a high reproductive rate and large population.

However, when producing honeycomb using the beekeeping method, there is a problem that it is difficult to produce honeycomb because the honeycomb is large and it is difficult to stack it in a stacking manner, and there is a problem that production costs increase because a lot of manpower is required to perform large-scale beekeeping.

In addition, when extracting honey from a beehive using a honey extractor and selling it, problems such as bees being crushed to death during the honey extraction process, which reduces future production, or pieces of dead bodies being mixed into the honey, which then needs to be filtered out also occurred.

In addition, when producing honeybees by stacking Western bees in a single-honey system, there is a problem that honey production is greatly reduced if the mold and honeycomb forming box are used as they were originally installed.

Domestic Patent Publication No. 10-2020-0046921 (May 7, 2020)

In order to solve the above problems, the purpose of the present invention is to produce honeycomb by moving the separation plate at the bottom of the laying tube and the honeycomb forming tube to the top of the laying tube when producing honeycomb honey by stacking in a Western honeybee one-honeybee method .

In addition, the goal is to provide honey to consumers in the form of honeycomb honey by raising Western honeybees in single-hive assemblies to produce honeycomb honey.

Another purpose is to provide economical honey by omitting a series of processes for decapitation, filtration, and concentration, and to provide consumers with trust in honey by providing honeycomb honey.

The present invention is a method for achieving the above-mentioned purpose by moving the separation plate and honeycomb forming tube of a single-hospital beehive assembly to the upper part of an egg-laying tube when raising Western honeybees in a single-hospital manner, thereby sufficiently filling the honeycomb with honey.

That is, the method for producing honeycomb in a single-celled beehive is as follows: when honeycomb is formed in the separation plate (40) and the honeycomb formation tank (50) located below the laying tank (20), and the consumption and honeycomb formation tanks are filled with about 5 to 50% of honey, the separation plate and the honeycomb formation tank are moved above the laying tank (20) so that worker bees can form honeycomb in the separation plate (40) and the honeycomb formation tank and sufficiently fill the consumption and honeycomb formation tanks with honey.

When honeycomb formation is completed in the honeycomb formation tank (50) below the separation plate (40) moved over the laying tank, the consumption and honeycomb formation tanks are filled with honey, and as the honeycombs formed in the consumption and honeycomb formation tanks grow downward, the honeycombs are filled with honey.

The above-mentioned single-celled beehive sequentially comprises, from the top, an egg-laying box, which is a space where the queen bee can lay eggs; a cover formed on the upper part of the egg-laying box to protect the queen bee and eggs in the egg-laying box; and a grating plate formed on the lower part of the egg-laying box to prevent the queen bee from moving downward. A spacer plate in which a honeycomb is formed is positioned on the lower part of the above-mentioned grating plate, and a honeycomb forming box, which is inserted and installed in multiple numbers according to the growth of the honeycomb, is positioned on the lower part of the spacer plate; and when the honeycomb forming boxes are stacked in a tiered manner of 1 to 5, an entrance/exit plate is installed at the lowest part of the honeycomb forming box so that bees can enter and exit.

When the above baffle plate is positioned above the egg-laying tank, a guard plate is positioned between the baffle plate and the egg-laying tank to prevent the queen bee of the egg-laying tank from moving above the baffle plate.

As described above, when the baffle plate is moved over the laying tank, the honeycomb formed in the honeycomb formation tank is completed through the consumption of the baffle plate, and the honeycomb is filled with sufficient honey.

If the baffle is placed at the bottom of the brood box, the bees will have to move back and forth to the brood box.

They also have a tendency to consume baffles or baffles and not fill the honeycombs formed in the hive-forming tubes with enough honey.

Therefore, when honeycombs are formed in the baffle plate and the honeycomb formation tank, and the honeycomb is filled to a certain extent, the baffle plate is moved to the top of the laying tank so that the honeycombs are sufficiently filled with honey. In this case, the speed at which the honeycombs are filled with honey is also quickly, so the production period of honeycomb can be shortened, and its price competitiveness is also greatly increased.

Figure 1 is a side view of a beehive assembly for collecting honey according to the present invention.
Figure 2 is an internal detailed view of a beehive assembly for collecting honey according to the present invention.
Figure 3 is an exploded perspective view of a beehive assembly for collecting honey from a honeycomb according to the present invention.
Figure 4 is a diagram showing the use of a beehive assembly for honey collection according to the present invention, which is stacked in a planar manner.
FIG. 5 is a side view of another example of a beehive assembly for collecting honey according to the present invention. 1.
Figure 6 is another exemplary side view of a beehive assembly for collecting honey according to the present invention.

Referring to the attached drawings below, a method for producing honey using a single-celled beehive using Western honeybees is described in detail.

The specific description for carrying out the invention using the drawings of the present invention is provided to enable a person having ordinary skill in the relevant technical field to understand the present invention, and the shapes of elements appearing in the drawings are shown as examples to emphasize a clearer description. Therefore, it is clear that the scope of the present invention is not limited to these embodiments, and a person having ordinary skill in the relevant technical field will be able to fully understand this.

Bees are one of the largest groups of insects, with over 100,000 species known worldwide, but it is thought that there are actually more than twice that number. They are native to Europe, Africa, and Asia. Among them, honeybees are insects that belong to the Hymenoptera family, undergo complete metamorphosis, and have a stinger, which is a modified form of the ovipositor.

Bees are divided into three classes: queen bees, male bees, and worker bees. Queen bees are 15–20 mm long, male bees are 15–17 mm long, and worker bees are 12–14 mm long.

Looking at the ecology of bees, one colony consists of one queen bee, many worker bees, and a few male bees, and a large colony can number 50,000 to 80,000 bees.

After the queen bee emerges (comes out of the natal cell), she becomes very active and after 7 days, she goes into heat and goes outside to mate with male bees. After that, she continues to lay eggs, and when there are many, she lays about 2,000 to 3,000 eggs a day.

When the number of bees in a hive increases, a new queen bee is raised in the queen platform (usually built underneath the brood) and the old queen bee forms a new colony and leaves surrounded by worker bees before the new queen bee hatches. This is called swarming.

After worker bees emerge, they clean the hive, raise larvae, etc., and after 2~3 days, they secrete royal jelly from their salivary glands and feed it to the young larvae. After that, they collect and store nectar and pollen, clean the hive, run errands for larvae, and act as sentinels. They also carry honey back to their mouths several times, refill it with new honey, and fan it to complete the honey.

A worker bee can fly up to 8 to 12 km, and its lifespan is about 8 months in winter and 35 days in the milk season.

Drones are born from unfertilized eggs, but 14 days after emergence, they come into heat and mate with a virgin queen bee. After mating, the drone dies. Queen bees and worker bees are born from fertilized eggs.

The queen bee's larvae only receive royal jelly from the mouths of worker bees. They become adults in a total of 16 days: 3 days in the egg stage, 5.5 days in the larval stage, and 7.5 days in the pupal stage.

Worker bees receive royal jelly for only three days out of the six days of the larval stage, and after that, they receive a meal of honey mixed with pollen, and become adults in 21 days, including the 12 days of the pupal stage.

During the 6.5-day larval stage, male bees eat royal jelly for only 4 days, eat pollen balls for 2.5 days, and become adults in a total of 24 days, including 14.5 days in the pupal stage.

The temperature in the home of honeybees, which are cold-blooded animals, is maintained almost constantly throughout the four seasons. In particular, the temperature of the home where larvae and pupae grow is always maintained at 32-35℃. [This is called the dynamic temperature]. Therefore, the larval and pupal periods of honeybees are always constant.

In the summer, when the temperature rises too much, a fan is used to blow water from outside the house and apply it to the surface of the house, which not only brings cold air into the house, but also promotes the evaporation of moisture, lowering the temperature of the house.

One way to increase the temperature of the home is to generate heat by vibrating the thoracic flight muscles without moving the wings.

Honeybees become inactive below 21℃, and the temperature of the bee swarm during hibernation is 8~10℃. Honeybees can only distinguish certain colors such as yellow, blue, cyan, and purple.

The range of honeybees is usually reported to be 2 km for native bees and 4 km for Western bees.

The single-cell type beehive of the present invention is formed by a beehive assembly of the same size as a conventional Korean native beehive. Therefore, it is only 1/4 the size of a beehive used with Western honeybees, making it easy to manage and manage.

That is, the size of the spawning box (20) is 280 to 300 mm wide, 280 to 300 mm long, and 255 to 275 mm high, and the size of the honeycomb forming box (50) is 230 to 250 mm wide, 230 to 250 mm long, and 80 to 100 mm high, and is manufactured from wood or plastic material, and the size of the honeycomb assembly is formed to be the size of the assembly of a conventional Korean native honeycomb.

In addition, the cover (10) installed on the top of the spawning tank (20) is made of wood or plastic material and is a square with a width of 280 to 310 mm, a length of 280 to 310 mm, and a height of 40 to 100 mm.

The present invention is a method for sufficiently filling a honeycomb with honey by moving the separation plate of a single-honeybee hive assembly when raising Western honeybees in a single-honeybee method.

That is, when the separation plate (40) located at the bottom of the laying tank (20) is consumed and the honeycomb formed in the honeycomb formation tank is filled with about 5 to 50% of honey, the separation plate is moved above the laying tank (20).

If the baffle and honeycomb forming box are continuously placed only at the bottom of the brood box, worker bees have a tendency not to fill the honeycomb of the baffle and the like with enough honey in order to go back and forth to the brood box where the queen bee is. The worker bees take care of the queen bee in the brood box, and when the queen bee lays eggs in the brood box and the honeycomb, they take care of the eggs or clean the inside of the honeycomb.

When honeycomb formation is completed in the honeycomb formation tank (50) below the separation plate (40) moved over the laying tank, the consumption and honeycomb formation tanks are filled with honey, and as the honeycombs formed in the consumption and honeycomb formation tanks grow downward, the honeycombs are filled with honey.

The above-mentioned single-cell type beehive forms a honeycomb assembly, and the honeycomb assembly sequentially comprises, from the top, an egg-laying box, which is a space where the queen bee can lay eggs, a cover formed on the upper part of the egg-laying box to protect the queen bee and eggs in the egg-laying box, and a grating plate formed on the lower part of the egg-laying box to prevent the queen bee from moving downwards. A separation plate in which a honeycomb is formed is positioned on the lower part of the above-mentioned king plate, and a honeycomb forming box, which is inserted and installed in multiple numbers according to the growth of the honeycomb, is positioned on the lower part of the separation plate, and when the honeycomb forming boxes are stacked in a 1 to 5-piece manner, an entrance/exit port is installed at the lowest part of the honeycomb forming box so that bees can enter and exit.

When the above-mentioned separation plate and the honeycomb forming tank are positioned above the laying tank, a queen plate is positioned between the separation plate and the laying tank to prevent the queen bee of the laying tank from moving above the separation plate.

The detailed description is given below with reference to the attached drawings.

Referring to the attached drawings, FIG. 1 is a side view of a single-piece beehive assembly for collecting honey according to the present invention, FIG. 2 is a detailed internal view of a single-piece beehive assembly for collecting honey according to the present invention, FIG. 3 is an exploded perspective view of a single-piece beehive assembly for collecting honey according to the present invention, and FIG. 4 is a diagram showing a single-piece beehive assembly for collecting honey according to the present invention, which is laminated in a layered manner, in use.

The single-celled beehive assembly of the present invention is composed of a laying tube (20) formed at the bottom of a cover (10), a grating plate (30) formed at the bottom of the laying tube (20), a separation plate (40) formed at the bottom of the grating plate (30), a honeycomb forming tube (50) installed in multiple numbers at the bottom of the separation plate (40) as a space for growing honeycombs, and an entrance/exit plate (60) formed at the bottom of the honeycomb forming frame (50).

The above cover (10) is installed to prevent the queen bee from escaping in the open upper direction of the laying tank (20) and to protect the queen bee and eggs inside the laying tank (20) from the external environment. The cover (10) is preferably made of wood, but various types of lightweight materials such as plastic can also be used.

In order to manage the beehive and ventilate the laying box (20), a ventilation hole (15) is formed in the cover (10) that is connected to the inside, and a filter net is installed in the ventilation hole (15) to prevent queen bees or worker bees from escaping through the ventilation hole (15) and to prevent foreign substances from entering the laying box (20) from the outside. The ventilation hole (15) can also serve as a handle when moving or transporting the beehive. In addition, a cloth (16) made of fiber or cloth is attached to the inner ceiling of the cover (10) to prevent honeycombs from being formed directly inside the cover (10).

The above-mentioned spawning box (20) is formed in the form of a beekeeping hive to provide a spawning place for the queen bee, and is composed of a square box with open upper and lower parts and a space formed inside. In addition, the spawning box (20) is provided with a rim (22) that protrudes outward at the upper part so that the lower part of the cover (10) can be secured and the inside can be sealed, and the rim (22) is provided with a step toward the internal space of the spawning box (20). At this time, since the step is for facilitating the installation of the consumption light (24), it is formed on all four sides when viewed from the plane or only on the opposite sides. Since the edges of both sides of the consumption light (24) are respectively hung on the steps of the rim, the consumption light (24) is fixedly installed without falling down in the internal space of the spawning box (20).

The above-mentioned consumption light (24) provides a practical laying place for the queen bee, and is a structure in which an artificial honeycomb-shaped nest is created within the nest frame. The above-mentioned consumption light (24) is installed in multiple (1 to 6) detachable pieces in the internal space of the laying tube (20) at regular intervals from each other.

The queen bee lays eggs in each hive of the brood (24) and raises and multiplies the larvae, and stores honey in each hive of the brood that has not laid eggs, and the honey becomes food for the larvae and the bees in the brood chamber.

The above-mentioned beehive refers to a honeycomb built on a honeycomb, and the honeycomb is a frame that attaches the honeycomb to the honeycomb. The above-mentioned honeycomb is a honey plate made by melting beeswax to form the foundation of the honeycomb.

A honeycomb is a honeycomb built on a swarm. The honeycombs are built to a size of 5 to 6 mm, and the eggs of worker bees are laid in the 5 mm honeycombs, and the eggs of male bees are laid in the 6 mm honeycombs.

The house where the queen bee grows is called the wangdae (王臺), and the foundation of the wangdae (王椀) is called the wangwan (王椀).

The above-mentioned grating plate (30) is interposed between the laying tank (20) and the separation plate (40), and is provided to have a mesh structure. In particular, by appropriately adjusting the mesh size of the mesh structure, the queen bee is prevented from moving from the laying tank (20) to the separation plate (40), while worker bees are allowed to move. At this time, the grating plate (30) can be configured as a mesh structure made of metal mesh or wood, plastic, or fiber materials.

Between the above-mentioned gap plate (30) and the honeycomb forming tube (50), a gap plate (40) having a height lower than the honeycomb forming tube may be inserted so that the honeycomb can grow in a certain shape. The gap plate (40) is intended to separate the honeycombs of the honeycomb forming tube (50) from the gap plate (30). Generally, the gap plate is open at the top and bottom and has an empty space formed inside. It is inserted under the gap plate (30), communicates with the egg-laying tube (20) through the gap plate (30), and has a shape that allows it to be detachably combined. The gap plate (40) is configured to have a square box shape having the same size as the egg-laying tube and an empty space formed inside.

As an example, a plurality of molds (42) that are fixedly installed or removably connected to the molds (40) are installed in the internal empty space of the molds (40) to form a honeycomb in the molds.

As shown in Fig. 3, in order for the mold (42) above to be stably connected to the separation plate (40), a step is formed on the inner side of the upper edge (22) of the separation plate (40). The step can be formed only on the two sides of the separation plate (40) that face each other in one direction when viewed in plan view. Of course, the step can also be formed on all four sides of the upper portion of the separation plate (40).

The present invention is a method for sufficiently filling the honeycomb with honey by moving the separation plate and honeycomb forming tube of a single-hospital beehive assembly to the upper part of the laying tube when raising Western honeybees in a single-hospital manner.

That is, when the consumption plate (40) located at the bottom of the laying tank (20) and the honeycomb formation tank are filled with about 5 to 50% of honey, the separation plate and the honeycomb formation tank are moved above the laying tank (20) so that worker bees can form honeycombs on the separation plate (40) and the honeycomb formation tank and sufficiently fill the consumption plate and the honeycomb formation tank with honey. The separation plate and the honeycomb formation tank are moved in the middle of beekeeping.

If honeycomb is not formed in the comb forming tube or there is insufficient honey in the comb, the period until honeycomb formation is prolonged, and if the amount of honey in the comb exceeds 50%, the honey collection activities of the bees are significantly reduced, greatly reducing the efficiency of honey production.

If the baffle is continuously placed only at the bottom of the brood box, worker bees have a habit of not filling the honeycomb of the baffle, etc. with enough honey in order to go back and forth to the brood box where the queen bee is. The worker bees take care of the queen bee in the brood box, and when the queen bee lays eggs in the brood box and the honeycomb, they take care of the eggs or clean the inside of the brood box.

When honeycomb formation is completed in the honeycomb formation tank (50) below the separation plate (40) moved over the laying tank, the consumption and honeycomb formation tanks are filled with honey, and as the honeycombs formed in the consumption and honeycomb formation tanks grow downward, the honeycombs are filled with honey.

The above-mentioned mold (42) is composed of a swarm frame (42a) and a swarm (42b) formed on a portion of the swarm frame (42a). That is, the mold (42) coupled to the separation plate (40) of the single-celled beehive assembly (100) according to the present invention is not formed in a form in which the lower end of the swarm (42b) reaches the lower end of the swarm frame (42a), but is partially formed so as to be spaced apart from the lower end of the swarm frame (42a), thereby inducing worker bees to extend the swarm (42b) downward, thereby forming honeycomb honey in a plurality of comb-forming tubes (50) coupled to the lower end of the separation plate (40). At this time, it is preferable that the swarm (42b) be formed downward by about half of the length from the upper end of the swarm frame (42a).

The honeycomb forming container (50) in the form of a single-celled beehive installed at the bottom of the above-mentioned separation plate (40) is provided to provide a space for the honeycomb formed from the separation plate (40) to grow downwards, and is provided to have a structure in which the upper and lower parts are open and an empty space is formed inside. That is, the honeycomb forming container (50) of the present invention is configured to have a similar size in width and height to the laying container (20) and the king plate (30), but is configured to be installed by additionally inserting the honeycomb forming container (50) at the bottom as the honeycomb grows.

Since these multiple honeycomb-forming tubes (50) have an internal empty space, honeycomb honey is formed in the internal empty space by worker bees.

In this embodiment, two honeycomb forming tubes (50) are shown as being installed, but more honeycomb forming tubes (50) may be sequentially inserted as honeycomb grows under the honeycomb forming tubes (50) and installed in a detachable manner.

The above-mentioned entrance/exit hole (60) is a hole for worker bees to enter/exit the inside of the beehive, and is located at the lowest point among the plurality of hive formation holes (50), and is removably connected while being able to communicate with the lowest hive formation hole (50). For example, the entrance/exit hole (60) is provided to have a size that is generally similar to that of the hive formation hole (50), the separation plate (40), the king plate (30), and the laying hole (20) installed above it, and is provided to have a rectangular box shape with an open top and an empty space formed inside, and further, an entrance/exit passage (61) is formed on one side to facilitate the entry/exit of worker bees into the entrance/exit hole (60) and enable entry/exit to the entire hive including the hive formation hole (50), the separation plate (40), the king plate (30), and the laying hole (20).

As described above, the single-celled beehive assembly of the present invention has a beehive-type egg-laying box (20) arranged at the top to prevent movement to the outside while providing a place for the queen bee to lay eggs, a grating plate (30) is connected therebelow to prevent the queen bee from going down to the honeycomb formation box (50), and a separation plate (40) is inserted and installed below the grating plate (30) to separate the honeycomb formation box (50) and the honeycomb formation box (30), and a single-celled beehive-type honeycomb formation box (50) is sequentially connected below the separation plate (40), thereby forming honeycomb inside the honeycomb formation box (50).

The above-mentioned separation plate (40) has a molding frame (42) composed of a swarm frame (42a) and a swarm (42b) inserted therein. Worker bees uniformly build honeycombs and store honey by following the shape of the swarm (42b) formed in the swarm frame (42a) of the molding frame (42). However, if the molding frame (42) composed of the swarm (42b) and the swarm frame (42a) is not installed within the separation plate (40), the honeycomb honey is formed in an irregular and diverse shape.

The single-hive type beehive assembly of the present invention uses Western honeybees in large numbers, and by sequentially arranging the laying tube (20), the king plate (30), the separation plate (40), and the honeycomb forming tube (50) from top to bottom, honeycomb honey can be collected from the beehive of the single-hive type beehive assembly using Western honeybees.

Therefore, the above-mentioned one-honeybee hive assembly can obtain both the advantages of the beekeeping method and the one-honeybee method because it can produce honeycomb honey in the one-honeybee method using Western honeybees.

Therefore, the single-celled beehive assembly of the present invention has an upper part of a beehive structure in the form of a honeycomb, and a lower part of a single-celled beehive structure. Accordingly, the beekeeping method according to the present invention has the advantage of being able to use Western honeybees and of being able to produce honeycomb honey by designing the beehive assembly in the single-celled manner. Therefore, when the single-celled beehive assembly of the present invention is used, honey can be collected in a honeycomb honey state and supplied to consumers, so that consumers can consume honey without destroying various nutrients. In addition, since there is no need to perform separate processes such as concentration and filtration to separate the honey from the consumer, it can have the advantage of lowering the production cost.

In addition, it has the advantage of solving the problem of mobility constraints in beekeeping by not using large beehives.

Although the present invention has been illustrated and described with respect to specific embodiments as described above, the present invention is not limited thereto, and it will be readily apparent to those skilled in the art that various changes and modifications may be made to the present invention without departing from the scope of the present invention as defined by the following claims.

10: Cover
15: Ventilation hole 16: Gaeppo
20: Spawning tank 22: Border
24: Consumption Mania 30: King of Fighters
40: Separator 42: Mold
42a: Socho Frame 42b: Socho
50: Honeycomb formation tube
60: Entrance 61: Entrance

Claims (7)

In the method of producing honey from a single-hive beehive using Western honey bees,
The method for producing honeycomb in a single-hive beehive using Western honeybees is characterized in that when honeycomb is formed in the separation plate (40) and the honeycomb formation tank (50) located below the laying tank (20) and the consumption and honeycomb formation tank are filled with about 5 to 50% of honey, the separation plate and the honeycomb formation tank are moved above the laying tank (20) so that worker bees can form honeycomb in the separation plate (40) and the honeycomb formation tank and sufficiently fill the consumption and honeycomb formation tank with honey, and the separation plate and the honeycomb formation tank are moved in the middle of the beehive.
In the first paragraph,
A method for producing honey in a single-hive beehive using Western honeybees, characterized in that when honeycomb formation is completed in the honeycomb formation tank (50) below the separation plate (40) moved above the above-mentioned laying tank (20), the consumption and honeycomb formation tanks are filled with honey, and as the honeycombs formed in the consumption and honeycomb formation tanks grow downward, the honeycombs are filled with honey.
In paragraph 1 or 2,
The above single-celled beehive is sequentially formed from the top with a space for the queen bee to lay eggs, a nesting box, and a cover formed on the top of the nesting box to protect the queen bee and eggs in the nesting box.
A slat plate is installed at the bottom of the above-mentioned laying tank to prevent the queen bee from moving downwards.
At the bottom of the above-mentioned king plate, there is a separation plate in which a honeycomb is formed.
A honeycomb forming tube is positioned below the above-mentioned separation plate and is installed by inserting a number of them according to the growth of the honeycomb.
A method for producing honey using a single-cell type beehive, characterized in that when the above honeycomb forming containers are stacked in a tiered manner of 1 to 5, an entrance/exit port is installed at the lowest end of the honeycomb forming containers so that bees can enter/exit, thereby forming a single-cell type beehive assembly.
In paragraph 1 or 2,
A method for producing honey in a single-celled beehive, characterized in that when the above-mentioned baffle is located above the egg-laying tank, a queen bee is located between the above-mentioned baffle and the egg-laying tank to prevent the queen bee of the egg-laying tank from moving above the above-mentioned baffle.
In paragraph 1 or 2,
A method for producing honeycomb in a single-celled beehive, characterized in that the mold (42) is installed in the internal empty space of the above-mentioned separation plate (40) to form a honeycomb in the above-mentioned separation plate (40), and the mold (42) can be stably connected to the above-mentioned separation plate (40) and a step is formed on the inside of the upper edge (22) of the separation plate (40).
In paragraph 5,
The above mold (42) is composed of a sintering frame (42a) and a sintering (42b) formed in a part of the sintering frame (42a).
A method for producing honey from a single-cell honeycomb, characterized in that the above-mentioned shovel (42b) is formed to a half-length downward from the top of the shovel frame (42a).
In the first paragraph,
The method for producing honeycomb in a single-celled beehive is characterized in that an egg laying box (20), a grating plate (30), a separation plate (40), and a honeycomb forming box (50) are sequentially combined and arranged.