KR101365402B1 - Method of beehive assembly beekeeping and beehive assembly - Google Patents

Abstract

A beehive assembly for collecting beehive honey is disclosed. A beehive assembly for collecting beehive honey according to an embodiment of the present invention comprises: a body having an internal space for a plurality of bees to live and set on the ground; a fitting strip laminated on the upper part of the body and wherein a living space for the bees and honey are stored; a queen excluder installed between the body and a fitting strip or between vertically and closely adjacent fitting strips; a guide plate set on the upper part of the fitting strip and guiding a honey formation direction to the lower side; and a cover laminated on the upper part of the guide plate.

Description

Beehive Honey Beehive Assembly for Beehive Honey and Beekeeping Method Using the Same {Method of Beehive Assembly Beekeeping and Beehive Assembly}

The present invention relates to a stable beekeeping of a plurality of bees, and more particularly to a beehive honey-gathering beehive assembly and beekeeping method that can be used to expand the habitat space of bees according to the number of bees and seasonal changes. It is about.

In general, bees are insects that live in groups, so they cannot live alone, so they must form swarms of bees, and as individual members of the group, they are encouraged to perform their assigned tasks and to exercise their individual functions and abilities. It can maintain productive functions and prosperity.

Bees are insects with a constant labor force, with abundant wheat resources and a habit of collecting large amounts of honey and pollen if the weather continues to work.

However, the conventional beehive uses a beehive stacked with a certain number of rectangular boxes made of a predetermined size, so when the overall population of the bees is small, such as spring, there is space in the interior, but the population of the bees from summer to autumn As the increase is necessary, such as appropriately increase the internal space of the beehive, it is necessary, but the conventional beehive having a limited size has a problem that the active response to the increase in the number of bees is difficult.

For example, the overall size of the beehive is limited, but if the population of the bee is relatively increased, the bee that escaped to the outside of the beehive does not return to the beehive, so that the honeycomb is not fully formed and is interrupted in the middle. The need for beehives to actively cope with the increase in the population of bees has been required because it can reduce the income of beekeepers as a whole.

In addition, the existing beehives are bee farming in the same form until the fall after installing once in the spring, the queen bee is inefficient for honey production by loading a plurality of eggs in the area where honey is formed, where the eggs are loaded The problem is that the yield of honey is reduced by not producing honey.

Korean Utility Model Registration No. 20-0357837 (Registration Date: July 22, 2004)

Embodiments of the present invention are to perform a honey production several times by arranging the arrangement state of the honeycomb honey beehive assembly differently according to the season.

According to an aspect of the invention, the inner space is formed in which a plurality of bees inhabit the body is seated on the ground; A fitting plate stacked on top of the main body and storing the habitat space and honey of the bees; A partition plate installed between the main body and the fitting plate or between the upper and lower adjacent fitting plates; An induction plate seated on an upper portion of the fitting plate and configured to guide a direction of forming honey downward; And a cover laminated on the upper side of the guide plate.

The honeycomb honeycomb assembly includes a feeding plate seated on the lower side of the main body and formed with an entrance through which a bee can enter and leave the food therein.

The fitting plate is characterized in that a plurality of stacked between the partition plate and the guide plate.

The partition plate is characterized in that it is inserted between any one of the mounting plate, the upper and lower adjacent one of the plurality of fitting plate.

The honeycomb honeycomb assembly is installed inside the cover and a plurality of bees include a protection net for preventing thermal shock due to temperature changes.

Honeycomb honeycomb assembly according to another embodiment of the present invention is a support plate seated on the ground; A fitting plate stacked on top of the support plate and storing habitat and honey of bees; An induction plate seated on an upper portion of the fitting plate and configured to guide a direction of forming honey downward; A main body seated on an upper portion of the guide plate and having an internal space in which a plurality of bees can inhabit; And a cover laminated on the upper side of the main body.

The honeycomb honeycomb assembly may be selectively installed between the guide plate and the main body, or may include a diaphragm selectively installed between adjacent fitting plates.

When the honeycomb is formed by the guide plate is characterized in that the separation plate between the guide plate and the main body.

Beekeeping method using a honeycomb honeycomb honeycomb assembly according to an embodiment of the present invention comprises a honeycomb honeycomb honeycomb assembly including a main body, a fitting plate, a septum plate, a guide plate and a cover in which a plurality of bees inhabit The first beekeeping step of assembling differently depending on the season, the first beekeeping step is carried out by mounting only the main body on the ground in winter; A second beekeeping step in which a beekeeping is carried out by sequentially stacking the induction plate, the quenching plate, the main body and the cover in order in the spring with the fitting plate seated on the ground; Between summer and autumn, the main body of the beehive honey-gathering beehive assembly assembled in the spring is moved to the lower side of the fitting plate and placed on the ground, and the beating plate is positioned between the moved body and the fitting plate to perform apiculture. Third beekeeping steps.

The second beekeeping step is characterized in that the partition plate is used selectively.

Beekeeping method using a honeycomb honeycomb honeycomb assembly according to another embodiment of the present invention is a honeycomb honeycomb honeycomb assembly including a body, a fitting plate, a septum plate, a guide plate and a cover in which a plurality of bees inhabit The first beekeeping step of assembling differently depending on the season, the first beekeeping step is carried out by mounting only the main body on the ground in winter; And a fourth beekeeping step in which a beekeeping plate, a fitting plate, a guide plate, and a cover are stacked in order from the spring to the autumn to perform a beekeeper.

Embodiments of the present invention can produce a larger amount of honey by changing the arrangement state of the beehive honey-gathering beehive assembly according to the season can contribute to increase the income of beekeepers, so that the queen bee does not load the eggs on the fitting plate By separating the area where honey is produced and the area where the queen bee resides, it is possible to perform more efficient honey production.

In addition, by learning the beekeeping method using the honeycomb honeycomb assembly such as honeycomb honey can be carried out for a long time without a large number of bees run away from the honeycomb honeycomb assembly.

1 is an exploded perspective view showing a honeycomb honeycomb assembly according to an embodiment of the present invention.
Figure 2 is an exploded perspective view showing a honeycomb honeycomb assembly according to another embodiment of the present invention.
3 is a view showing a state in which a protective net is installed in the beehive honey collection honeycomb assembly according to an embodiment of the present invention.
4 is a combined front view of FIG. 2.
Figure 5 is an exploded perspective view showing a modified embodiment of the main body of the honeycomb honeycomb honeycomb assembly according to an embodiment of the present invention.
Figure 6 is a flow chart of a beekeeping method using a honeycomb honeycomb assembly for collecting honey according to an embodiment of the present invention.
Figure 7 is a state of use of the beehive honey collection honeycomb assembly according to an embodiment of the present invention.
8 is a state of use of the honeycomb honeycomb assembly according to another embodiment of the present invention.

The configuration of a honeycomb honeycomb assembly for collecting honeycomb according to an embodiment of the present invention will be described with reference to the accompanying drawings.

Referring to FIG. 1, the honeycomb honeycomb assembly 1 according to an embodiment of the present invention can produce a larger amount of honey by changing the arrangement order of the honeycomb honeycomb assembly according to the season. For example, until late spring and summer, the main body 100 is seated on the basis of the ground, and in the order of the diaphragm 300, the fitting plate 200, the guide plate 400, and the cover 500 above the main body 100. Lamination is carried out beekeeping.

The main body 100 according to the present embodiment has an internal space in which a plurality of bees can be inhabited, is seated on the ground, and has a predetermined size so that the plurality of bees inhabit. The queen bee is located.

The fitting plate 200 is stacked on the upper part of the main body 100 and the habitat space and honey of the bees are stored.

The fitting plate 200 is used by the worker to increase or decrease the number of laminations according to the number of bees in the field, mainly in the spring, because the number of bees is relatively small compared to the fall, the number of uses is reduced, the bee in the fall Since the number of individuals increases, a plurality of them can be stacked and used. In the present embodiment, the fitting plate 200 is illustrated in a square shape, but is not necessarily limited to the above shape.

The fitting plate 200 is configured in such a way that the barrel is not formed separately when only five or six stacks are stacked.

The king plate 300 may be installed between the main body 100 and the fitting plate 200, or may be installed between up and down neighboring fitting plate 200, the beekeepers to selectively install the location in consideration of the site situation Decide The biggest reason why the king plate 300 is installed is used to prevent the queen bee located in the main body 100 is moved to the space of the fitting plate 200.

The grid plate 300 is formed with a grid having a predetermined interval, the grid is arranged with a gap that can be easily passed worker bees, the queen bee larger than the worker bees do not pass through the format is the main body 100 ), Which allows for separate accommodation of worker and queen bees.

The lattice spacing is not limited to an exact value, and the material may be any one of synthetic resin or metal.

The king plate 300 prevents the queen bee from moving to the area of the fitting plate 200 so that the queen bee does not hatch a plurality of eggs for increasing the population in the space of the fitting plate 200. It can produce a large amount of honey, contributing to an increase in the yield of honey.

As described above, the partition plate 300 according to the present embodiment is inserted into the lowermost side of the main body 100 and the plurality of fitting plates 200, or one of the plurality of fitting plates 200 is vertically adjacent to one of the fitting plates 200. It can be inserted between the plates.

The reason why the location of the king plate 300 is changed is that when the king plate 300 is placed only on the upper side of the main body 100, the queen bee determines that the space of the main body 100 is relatively narrow, and the main body ( In order to ensure a stable living area of the queen bee because it can be moved to the outside of the 100) is to provide a series of fitting plate 200 with the main body 100 to the living area of the queen bee to stably produce honey.

Therefore, the beecheok 300 according to the present embodiment is confirmed by the beekeeper and the state of the queen bee laminated on the upper surface of the main body 100, or several of the plurality of fitting plate 200 laminated on the upper surface of the main body 100 However, beekeeping can be inserted at the top of the honey bee production can be made stable according to the various behavior of the queen bee can contribute to the production of a greater amount of honey.

The guide plate 400 is seated on the upper part of the fitting plate 200 and is installed to guide the direction of forming honey downwards, and a plurality of separated separating regions are formed in the vertical direction, and the honey is formed along the separating regions. The direction is flowed in the lower vertical direction to form honey in a plurality of fitting plate 200.

The guide plate 400 may be integrally formed as shown in FIG. 1, or may be divided into two pieces having a size corresponding to the unit square frame of the fitting plate 200, and are integrally formed in the present embodiment. The description is limited, but it should be noted that it is also possible to use a divided form.

Cover 500 is installed on the upper side of the guide plate 400, and is used to cover the open upper surface of the guide plate 400 to prevent the internal penetration of rain or moisture and other insects.

The cover 500 is a state check window (not shown) is installed inside the cover 500 so that the user can visually check the state of the honey or the state of the bees, the state check window is glass, plastic, acrylic Either of which may optionally be used.

2 or 3, the protection net 700 is installed inside the cover and a plurality of bees are selectively installed to prevent thermal shock due to temperature changes.

Protection net 700 is used in the summer heat shielding network that can be prevented from rising to the high temperature of the honeycomb honeycomb assembly (1) by the sunlight in the summer, the use of a thermal insulation net to prevent the inflow of cold air in winter do.

In the honeycomb honeycomb assembly 1 according to the present embodiment, a supporting plate 600 may be installed at the lower side of the main body 100, and the supporting plate 600 may not directly contact the main body 100 with the ground. Spaced to a predetermined height. The support plate 600 is formed with an entrance through which a plurality of bees can enter and exit, and a beekeeper provides food made of sugar water or a similar component that bees prefer at a time when food is stored in a relatively shortage of food. By allowing them to feed a large number of bees.

The configuration of the honeycomb honeycomb assembly according to another embodiment of the present invention will be described with reference to the drawings.

2 or 4, the beehive honey-gathering beehive assembly 1a according to another embodiment of the present invention is different from the configuration of the beehive honey-gathering beehive assembly mainly in the spring season Assembling, positioning the supporting plate 600 with respect to the ground, the mounting plate 200, the guide plate 400, the main body 100 and the cover 500 in the upper side of the supporting plate 600 in order It is laminated as it is used.

The difference from the honeycomb assembly 1 described above is that the main body 100 is located on the upper side of the fitting plate 200 rather than the lower side, and the reason for being located above is that the worker bees are fitted in the spring season when the pollen is relatively small. This is to more easily fill the honey when the honey begins to form in the inner region of the plate 200, the lower side of the main body 100 when the honey begins to form in the fitting plate 200 Just move to and perform the honey production in the state of FIG.

The honeycomb honey collecting beehive assembly 1a includes a supporting plate 600 which is seated on the ground, a fitting plate 200 which is stacked on top of the supporting plate 600 and stores a habitat space and honey of the bees, and the fitting plate ( Body 100 having a guide plate 400 seated on the upper part of the 200 and guides the direction of honey formation downward, and an internal space seated on the top of the guide plate 400, a plurality of bees can inhabit And a cover 500 stacked on an upper side of the main body 100.

The beehive honey-gathering beehive assembly (1a) comprises a king plate 300 that is selectively installed between the guide plate 400 and the main body 100, the features of the king plate 300 has already been described above in detail Description is omitted.

The partition plate 300 is separated between the guide plate 400 and the main body 100 when the honeycomb is formed by the guide plate 400. Because the main body 100 is located at the top of the honeycomb honeycomb assembly 1a, and the bee is already filled with honey in the upper inner region of the guide plate 400 and the fitting plate 200, the queen bee is fitted This is because the eggs do not hatch by moving to the plate 200. Therefore, the honeycomb honeycomb assembly 1a according to the present embodiment can utilize all of the inner region of the fitting plate 200, thereby producing a larger amount of honey.

Referring to FIG. 5, the honeycomb honeycomb assembly 1 corresponds to the width of the fitting plate 200 as the main body 100 is shown to provide more space for the queen bee and the plurality of bees. It may be configured to have a size, in this case the length of the longitudinal direction of the main body 100 is configured in a form that extends relatively long compared to the width direction.

In this case, a plurality of bees located in the main body 100 can stably produce a large amount of honey while living in a large space without being narrow in space.

A beekeeping method using a honeycomb honeycomb assembly for collecting honeycomb according to an embodiment of the present invention will be described with reference to the accompanying drawings.

Referring to FIG. 6, the beekeeping method using a honeycomb honeycomb assembly for honeycomb honey is a first beekeeper step (ST100) which performs a beekeeping by placing only the main body on the ground in winter, and a fitting plate is seated on the ground in the spring. The second beekeeping step (ST200) to be sequentially stacked in the guide plate, the quenching plate, the main body and the cover in order from the top to the top, and the main body of the beehive honey collecting beehive assembly assembled in the spring between summer and autumn A third beekeeping step (ST300) to be moved to the lower side of the fitting plate is located on the ground, and the beating plate is located between the main body and the mounting plate to be moved.

Beekeeping method using a honeycomb honeycomb assembly for honeycomb honey is carried out as described above to produce a greater amount of honey by arranging the arrangement order of the honeycomb honeycomb honeycomb assembly for beekeeping from spring to winter.

In the second beekeeping step (ST200), the partition plate is selectively used, and the reason is already described above, and thus a detailed description thereof will be omitted.

The state of use of the honeycomb honeycomb assembly according to an embodiment of the present invention configured as described above will be described with reference to the drawings.

1 to 7, the beekeepers perform beekeepers by placing only the main body 100 on the ground in the winter of bee activity is difficult (ST100) (the first beekeeping step) of the main body 100 By selectively installing the supporting plate 600 on the lower side, bee is provided by providing sugar water to the feeding plate in the bees in winter when the pollen is relatively low.

In the spring, the insertion plate 400, the partition plate 300, the main body 100 and the cover 500 are sequentially stacked on the ground in a state where the fitting plate 200 is seated on the ground. Complete (1a) (ST200) (second beekeeping step).

The beehive honey collection beehive assembly (1a) is a plurality of worker bees toward the fitting plate 200 through the guide plate 400 because the partition plate 300 is inserted between the main body 100 and the guide plate 400. Honey may be formed, and the queen bee may not be moved into the fitting plate 200 stacked in a multi-layer via the guide plate 400 by the king plate 300.

In this case, since the plurality of eggs in which the queen bee spawns are not located, the fitting plate 200 may be filled with honey to fill the inner region of the fitting plate 200, thereby producing a greater amount of honey.

Beekeepers are separated between the main body 100 and the guide plate 400 when the honey begins to be guided to the fitting plate 200 through the guide plate 400, the main body 100 Move to the lower side of the fitting plate 200 (ST300) (third beekeeping step).

When the main body 100 is moved, the honeycomb honeycomb assembly 1 has the main body 100 positioned on the ground, and the fitting plate 200 and the guide plate 400 are positioned above the main body 100. And a state in which the cover 500 is sequentially stacked, and the spacer plate 300 is selectively inserted between the moved main body 100 and the fitting plate 200.

The main body 100 is moved in the state of being arranged in the above state for a period of about 6 months before and after the fall from late spring to summer, at this time the habitat space of the queen bee and worker bees only the main body 100 Because of the limited amount of honey is filled in the fitting plate 200, the honey can be collected a number of times until winter comes to increase the yield of honey.

Since the fitting plate 200 is stacked in plural, the honey-filled fitting plate may be drawn outward to insert a new fitting plate which is not filled with honey into the extracted fitting plate to continue to produce honey.

In the case of summer, the amount of insolation caused by sunlight may be increased, so that the honeycomb honeycomb assembly 1 may be exposed to high temperature and direct sunlight. It is possible to stably prevent the temperature increase inside the collecting beehive assembly 1.

The honeycomb honeycomb assembly 1 used as described above may be a beekeeper by repeatedly placing the main body 100 on the ground again after winter for a predetermined period of time and repeatedly performing beekeeping in the same manner.

Referring to FIG. 8, the beekeeping method using the beehive honey-gathering beehive assembly according to the present embodiment may be used by constructing a beehive honey-gathering beehive assembly in a winter and summer autumn state differently from the beekeeping method described above. have. For reference, there is no configuration of a beehive assembly for collecting honeycomb in the spring state, and only two kinds of winter and summer autumn will be considered.

For example, in winter, the main body 100 and the cover 500 are stacked on the upper part of the main body 100, and between the main body 100 and the summer, the upper part of the main body 100 is placed on the ground and spaced upward. The king plate 300, the fitting plate 200, the guide plate 400, and the cover 500 may be sequentially stacked and used in combination of only two cases, winter and summer, as shown by the arrow. For reference, the support plate 600 may be selectively installed on the lower side of the main body 100.

The partition plate 300 of the beehive honey-gathering honeycomb assembly assembled as described above may be disposed between the fitting plate 200 and the main body 100 or between the fitting plates adjacent to each other.

Beekeeping method using a honeycomb honeycomb assembly for honeycomb honey according to another embodiment of the present invention is a main body 100, a fitting plate 200, a quenching plate 300, a guide plate 400, where a plurality of bees inhabit Honeycomb honeycomb assembly (1) and honeycomb honeycomb assembly (1) including a cover (500) is assembled differently according to the season, but in winter the body 100 is placed on the ground and beekeeper (ST100) (first beekeeping step) In the spring to autumn, the beekeeper 300 is stacked in the order of the main body 100, the fitting plate 200, the guide plate 200, the guide plate 400, and the cover 500 in order (ST400) (fourth beekeeping step) Can produce more honey.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit of the invention as set forth in the appended claims. The present invention can be variously modified and changed by those skilled in the art, and it is also within the scope of the present invention.

100:
200: fitting plate
300: King's Edition
400: induction plate
500: cover
600: support plate
700: protection net

Claims (10)

delete delete delete delete delete delete delete The honeycomb honeycomb assembly including a main body, a fitting plate, a quenching plate, a judo plate, and a cover in which a plurality of bees inhabit is assembled differently according to seasons,
(a) a first beekeeping step of beekeeping the body only on the ground in winter;
(b) a second beekeeping step of performing apiculture by sequentially stacking the induction plate, the septum, the main body, and the cover in the spring in a state in which the fitting plate is seated on the ground;
(c) Between summer and autumn, the main body of the honeycomb honeycomb assembly assembled in the spring is moved to the lower side of the fitting plate and placed on the ground, and the bulge plate is positioned between the moved body and the fitting plate to beekeepers. Beekeeping method using a honeycomb beehive assembly for collecting honeycomb comprising the third beekeeping step. The method of claim 8,
The second beekeeping step,
Beekeeping method using a honeycomb honeycomb assembly for collecting honeycomb, characterized in that the jeonwangpan is used selectively. delete

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