KR20100002100U - Smart portable beehive - Google Patents

Abstract

The present invention is provided as a single body made of synthetic resin or other materials, the lower body and the upper body and the lid is provided separately and assembled to provide a portable beehive structure,

 When opening the lid to remove the bee from the portable beehive, the bee is drawn out one by one, completely blocking the risk of toxic bees pouring out of the beehive, and from the beekeeping bee to the portable beehive, or one barrel It is about a groundbreaking portable beehive which can be divided into several portable beehives.

The present invention is inserted into the upper fuselage formed a rectangular hanging piece in the lower fuselage formed by the ball, made of a single piece of synthetic resin or other materials,

 The multi-level support piece (lid guide surface) formed on both sides of the upper fuselage surface and the film and the lid having different functions on the multi-step roller protrusion can be opened and closed to open and close the opening formed in the upper fuselage.

 When an opening is not formed by forming a beehive combining one or more support pieces formed on both sides of the bottom surface of the lower body with or without an opening formed therein and one or more bottom lids and multi-stage hanging pieces of film on a multi-stage rubbing protrusion. Is designed a portable beehive having a multi-stage multi-function, easy to use, such as step-by-step ventilation control, opening and closing the opening when formed.

Beehives, Rectangle Hangers, Aerators

Description

Universal Cellular Beehive {SMART PORTABLE BEEHIVE}

Bee sting has been known as a mysterious cure for four actions of acupuncture, pulmonary moxibustion, and medicine, while bee sting is known to be the most effective folk remedy for thousands of years in almost all countries of the world. There is a rare phenomenon that continues to appear. The reason for this is that even those who face the procedure face a danger. The fundamental reason is that the beehives that can not be handled without shooting the toxic bee have not been supplied, and thus the situation of urgently needing the supply of the beehives that are not shot.

 Nowadays, as reported in the mass media, bee venom is used in oriental medicine and clinic in the world these days, and live bees are inexpensive and effective, but they are dangerous and exploit the things that the general public cannot handle. They are expensive and less effective (because bee venom is mixed with hundreds of times distilled water). There is even a widespread misuse around the world that sells even more expensive capsules to eat bee venom.

 For the purpose of fundamentally resolving these events, as well as for the popularization of cheap live bees and bee stings, the hives are designed as follows:

 The present invention allows the upper fuselage, the lower fuselage, and the lids to be assembled in order to broaden the user's choice of beehives, and to form a multi-level structure to draw out the bees at the same time while expanding the internal volume of the beehives. Concerning the convenience and safety of use, it relates to a beehive portable beehive that has a safety device such as a two-stage ruler, and that can open the lower fuselage for dividing a single bee into several barrels or pouring dead bees.

 Below is a description of the technical aspects of the conventional beehives, which are the basis of the beehive.

First, since the existing beehives do not have any ruler pieces at all, but only one ruler groove 17A is formed, the resilience is lost when used (see FIG. 7A), and because of the problem of a large accident in which a toxic bee is poured out by opening the lid, There has been a great demand for a two-stage paper piece 17-2 having the same two-stage paper groove 17B.

In addition, the biggest problem of the conventional beehive had a problem that the lid of the beehive must be opened each time the bee is taken out.

There are many risks to opening and closing the lid: no safety is in place every time the lid is opened, so bees escape and attack many people indiscriminately. Two stages of rubbing were necessary so that bees could be withdrawn without opening the lid.

 Conventional beehives do not have an upper two-stage convex protrusion structure that can catch a bee trapped between the first and second lids. Did

Second, the conventional beehive has a problem that it is impossible to divide the bee into another barrel or pour dead bees, etc., because the lower part is not opened.

Third, the conventional beehive has a problem that it is not possible to finely control the ventilator step by step for the insulation and ventilation according to the season and temperature changes

Fourth, the conventional beehive had a big problem that the lid is not closed properly because the bee's neck or trunk or legs are inserted into the upper body and the lid thread or cut every time the bee lid is opened and closed.

Fifth, conventional beehives have a problem in that the number of bees increases the internal space to prevent it from becoming hot, and when the number of the bees decreases, the internal space is reduced to reduce the cold (in a narrow beehive, the number of bees is strong and cold. On the other hand, if the number of bees is small, it is weak in the cold and strong in the heat).

The present invention has been made to solve the above-mentioned conventional problems, the beehive of the subject innovation is provided as a single body made of synthetic resin or other materials, the lower body and the upper body and the lid is provided separately and they are assembled portable beehive It provides a structure that, when opening the lid to remove the bee from the portable beehive, completely blocks the risk of toxic bees spilling out of the beehive, allowing only one bee to be drawn out and forming an opening in the lower fuselage and the beehive from the bee hive Or for dividing bees from one portable beehive into several portable beehives.

In order to achieve the above objects,

 As shown in Figure 4, the first step ruler groove is formed to lose the resilience of the ruler piece to block the risk of opening the lid, two-step ruler with a two-step ruler groove to form a two-step ruler and combined with the two-step ruler,

 Without opening and closing the lid, only one fixation is required to form a two-stage ruler to continuously remove the bees,

 When a bee is trapped between the 1st and 2nd stage lids by making a 2nd stage recess on the top of the 2nd stage lid, the 2nd stage lid combined with the 1st stage protrusion is combined with the 2nd stage protrusion. To withdraw the bee,

The bees may be transferred to other barrels, or additional openings may be formed in the lower fuselage to allow dead bees or feces to fall out.

To extend the life span of the bee, to form a multi-stage ruler and lid multi-stage ruler to control the ventilation step by step,

In addition, each time the lid is opened and closed, the bee's neck and legs are cut off and cutouts and gaps are formed on both sides of the upper fuselage and the lower surface of the lower fuselage.

In order to increase or decrease the internal space, it is necessary to form a multilevel support structure and a multilevel longitudinal ruler.

When using the two-stage ruler of the beehive, only one bee can be caught, and when the multi-level structure is formed, the internal space is widened to prevent collective death while reducing the stress of the bees, and when the opening is formed in the lower body, the bees can be divided into several. When using the cap with the insertion or attachment of the position selection bead outlet film, only the required bee can be picked and held, and the bee is designed to prevent the bee from being cut or caught between the opening and the lid when the lid is opened and closed. When using the two-stage ruler of the main beehive, only one bee can be caught, and the internal space is enlarged when forming the multi-level structure, which prevents group death while reducing the stress of the bees, When the opening is formed in the fuselage, the bee can be divided into several parts. When the lid is used, only the required bee can be picked and grasped, and when the lid is opened and closed, it is designed to prevent the bee from being cut or caught between the opening and the lid. have.

In order to describe the specific contents for carrying out the present invention, reference should be made to the drawings.

Hereinafter, the contents of the present invention will be described in detail with reference to the accompanying drawings.

The universal portable beehive according to the present invention includes: a lower body (1) having a rectangular hanging hole (2) (2a) and an opening 9-1; An upper body (7) having a rectangular hanging piece (8), an opening (9), at least one hanging projection and at least one supporting piece in the lower body (1); And a plurality of lids having at least one ruler piece formed on the upper body 7, and at least one lug protrusion and at least one support piece may be formed on the bottom of the lower body 1 to lubricate the at least one bottom cover. have.

In addition, the universal portable beehive according to the present invention, a rectangular hanging ball (2) (2a), a lower body (1) formed with a plurality of vent holes (5); An upper body (7) having a rectangular hanging piece (8), an opening (9), at least one hanging projection, and at least one supporting piece in the lower body (1); And a plurality of lids having at least one ruler piece formed on the upper body 7, and at least one lug protrusion and at least one support piece may be formed on the bottom of the lower body 1 to lubricate the at least one bottom cover. have.

In addition, the universal portable beehive according to the present invention is a rectangular hollow hole (2) (2a), a bee hive opening 700-A and a plurality of barrels and a beehive opening (700-A) that can bee to move A lower body (1-1) in which pores 700-B are formed; An upper body (7) having a rectangular hanging piece (8), an opening (9), at least one hanging projection, and at least one supporting piece formed on the lower body (1-1); And a plurality of lids formed with at least one hooked piece in the upper fuselage 7, and at least one hooked protrusion and at least one support piece in the bottom of the lower fuselage 1-1 in both virtual positions and in the center (total) Formed at three locations) to lubricate at least one or more half lids 700-D.

In addition, the bottom surface of the lower body (1-1) may further include a protruding pedestal of the U-shape.

 Figure 4 of the present invention is an enlarged view of the shape (G) is broken (H) or bent (G) when using a long piece.

In order to combine the two-stage paper guide (17-2) with the two-stage paper groove (17B) with the two-stage paper projection (32B), if the two-stage paper projection (32B) is installed at intervals where only one bee can escape The hive does not open well and has a double effect that prevents the bees from pouring out.

 The reason why the two-stage hanging structure (Fig. 4) does not open well; Since the length of the ruled paper is shorter than that of the first paper, the elasticity is much shortened so that it is not opened to some degree of external impact unless the force is pushed (see FIG. 4F and G).

 In addition, the ruler loses its restoring force (elasticity) (as in G of FIG. 4), thereby preventing the opening of the lid, and also, the end of the ruler is broken (as in H of FIG. 4). A two-step locking protrusion 32B to couple the blocking nose and the two-step locking groove 17B should be formed.

That is, the two-stage ruler piece (17-2) that the two-stage ruler protrusion (32B) and the two-step ruler groove (17B) is dug is a safety device.

Conventional beehives had to be opened 100 times to get 100 bees, which was a high risk. Every time you open the lid, if one or two bees come out and sting one or two shots, you won't be able to close the lid, and in a moment, the beehives will jump out of the line (because bees don't think it's their home, they're prisons). If there is a gap in which one can come out, all the bees will escape, and if the lid is opened a little, the bees will miss the moment).

People who are being treated, even those around them, screaming, and in less than 30 seconds, you can feel the poison of bees. Desperately trying to prevent the instincts of viciously intoxicating bees and people around them get better.

 In order to fundamentally solve this problem, a breakthrough structure was devised to take out the bee without opening the lid every time the bee is taken out, which is also a two-stage safety ruler for children (32B).

In addition to the large-scale bee accidents mentioned above, another reason is that existing beehives do not have a bumper (they can't engrave the bumps and slips because they are made by hand bonding multiple pieces of acrylic). This is because the beehive is opened and closed with a rubber band, and the rubber band is often broken, and the existing beehives that are assembled by bonding the rubber band hanger with bonds, and that are assembled with a glue, are cleaned when the bee's dung is wiped with water for re-use. When I blow, the beehive's junctions easily fall off when I take it out or on the move, so it breaks down and the bees run out in bulk.

In addition, even if the existing beehives (hanging molds injected from the mold) are formed, the rubbing bumps are formed, so only one rubbing bump is formed. This is because the lid was a very simple function of opening the protrusion.

For that reason, the existing beehives are dangerous because they have to be opened with careful control of the lid to open the bees, but they must be opened based on the sense of the eyes and hands. It is especially helpless for beginners and children.

Half of the needles are placed on the back of the body, and even professionals can't leave them alone, so they often ask children or those around them to use the two-stage child safety ruler (32B). ) to be

 In order to solve the above problems, the beehive of the company (the main beehive is not a beehive made of several pieces joined together with a binder like a conventional beehive) is a single injection product made by floating a mold. It is designed to be hung by hanging on the second-stage children's safety stopper 32B so that the ruler piece is no longer far away from the first-stepped stopper 32A. That is, the second-stage child safety stopper 32B is a braking device of the lid. It is.

Step 2 If the bee is removed after being trapped by the child safety ruler (32B), the stinging problem and the problem that the bees escape are cleared.

The formation and utilization of the mentioned two-stage ruler will be described in detail with reference to FIG. 400;

"Upper left side view" of FIG. 400 shows a state in which a bee cannot come out at all when the lid is fastened to the first step protrusion.

 "Upper central plane" shows the shape of the bee's head coming out of the hole and the body of the bee can not come out when the lid is attached to the two-stage ruler.

 "Upper right side drawing" shows when the tweezers are put in the state of "upper middle view",

 "Bottom right side drawing" is the next process, when the bee is taken out with a tweezers, showing the shape that the bee comes out as the cap automatically rises upwards (arrow direction) along the rubbing protrusion.

The content of FIG. 400 above is described in more detail;

The second ruler protrusion 32A is formed on the side (in the direction of opening the lid), and the second ruler protrusion 32B is formed, but only the head of the bee is formed and the body is formed at intervals so that it does not come out.

The lid is completely closed when the 1st step groove (17A) of the lid is bitten by the 1st step protrusion (32A), and the 1st step groove (17A) of the lid is 2 steps When used, the bees struggle to stick out their heads.

(Before mentioned, these bees use the principle of seeing their heads to escape if they have a small space).

At this time, if you put the tweezers and pull the torso or head of the bee, the bee lid (first stage lid) is raised up along the second stage safety ruler 32B for children, and only one bee emerges through one bee outlet 19a.

At this time, the lid is stopped because it reaches the lower end of the first stage support piece (first stage lid guide guide) rather than going up indefinitely along the two-stage child safety ruler (32B).

The construction of having a suitable clearance (A114) in which only one bee emerges between the first stage lid (16) and the first stage support piece (10) also affects the design of having only one bee.

In addition, only one bee comes out, because the bee's head is small and the chest with the legs is considerably large in consideration of the beehive was devised in the beehive, the bee can only come out, but only the head can come out, This is because they devised an ecology that could not be pushed out of the lid, and the two-stage children's safety ruler was designed to hold the ruler to prevent the lid from being pushed back.

It was designed by studying various complex factors, namely bee's shape and habits, and scientifically studied the mechanical relationship between the ridges and the ridges of the ledges, and the play between the tier 1 (16) and the tier 1 (10). As a portable beehive was devised, the new genre of world bee sting history was opened.

In addition, a description of another design that can be taken out one by one by using a two-step child safety ruler (32B) is as follows.

18 shows a shape in which the first stage lid 16 and the second stage lid 20 are both closed in one step, so that the bee cannot come out at all.

 "Upper middle view" shows the bee crawling out of the hive when the lower lid is suspended in two stages,

 "Upper right side view" shows a shape in which the bee is trapped between the first and second lids by closing the lower lid after the bee crawls out.

 If you explain the "magnification of the bottom", the bee is struggling to come out in a trapped state, and as time passes, the space is narrow and stays still.

If you open the upper lid at this time, the bee will not know that the lid is open even if the lid is opened, and will still be mistaken for a line that is still trapped.

At this time, you can hold it with bare hands instead of tweezers. Being able to handle bees with bare hands is a breakthrough.

Referring to the description of Figure 18 above in more detail,

The upper first stage lid 16 is provided with one bee entrance / exit 19 to allow one bee to enter and exit the upper second stage lid 20. The upper first stage lid 16 is set to one side. When pushed slightly, a bee entrance 19 is opened, and when a bee comes up through this hole, the bee is trapped when the upper first stage lid 16 is returned to its original position. The gap between the bee entrance 19 and the top two lid 20 of the first stage lid 16 is almost impossible to move due to the trapping of the bees, but the bee struggles to come out, and then the space is over time. Give up in a narrow relationship and stay still. If the top lid is opened at this time, the bee does not know that the lid is open even if the lid is opened, and is still thinking that he is still trapped.

For reference, when the 3rd stepping protrusion (3rd stepping protrusion) is formed at the next position of the 2nd stepping protrusion (2nd stepping protrusion) and the lid is hung on the 3rd stepping protrusion, the opening is wider than the 2nd stepping direction. Open, nearly 100% of the bee sting food is designed to contain candy-invar, bee-eater candy, or for other uses.

(If you are forming more than four levels of ridges can be used for other purposes).

In addition, when existing rubbing protrusions are formed on both sides of the opening body 9 of the upper body and the lower body, front multistage rubbing protrusions 32F and 32G are further formed in front of the opening (FIG. To increase the bond strength of

When no protrusion is formed in the upper body or the lower body, the front multistage protrusions 32F and 32G are designed to be formed alone (FIG. 8) in front of the opening.

In addition, as shown in FIG. 3, the structure of the beehive is symmetrical with all the structures of the upper surface X1 of the upper body in which the opening 9 is formed and the lower surface Y1 of the lower body in which the opening 9 is formed. (It may be the same) (which is not an essential component of the beehive structure herein and may optionally be used if necessary).

For reference, the reasons for forming the opening 9,700-A in the lower body like the upper body are as follows.

First, when an abnormality occurs in the upper surface of the upper fuselage (breakage of the support piece, the bent piece of the lid is bent (G in Fig. 4) or broken (H in Fig. 4), the opening and closing of the lower fuselage) There is an advantage that can be used like the upper fuselage,

Secondly, it is easy to discharge dead bees, food dregs, and various dusts (when the bottom is opened immediately when there is discharge),

Third, when the opening 700-A of the lower fuselage of the beehive of the present application is made to have a height similar to that of the beekeeping inlet, the beehive is brought into close contact with the beehive opening 700-C of the beekeeping beehive. (The bottom support piece structure is blocked at the bottom of the corner in three directions so that the bees can be pulled out, as shown in Figs. 19 and 20 (710-X (marked with bold solid lines and colors)).

The other one is automatically closed due to the lid's thickness as the lid is opened. Bees that are blocked in all four directions can be separated only through the openings).

Fourth, the beehives of the present application as shown in FIGS. 12 and 20 can be in close contact can be divided into a plurality of beehives,

Fifthly, when the opening is made small, even if the lid is opened, the bees can be prevented from coming out simultaneously at once,

Sixth, bees are easy to feed their bee food through the openings below, because they have a habit of rising up unconditionally.

As an embodiment of forming the opening in the lower body, Figure 12 illustrates the process of dividing the outer bee into a plurality of using the opening of the lower body (arrow is the opening and closing direction of the lid),

 Symbol (1) shows the process of making the bottom contact for bee movement,

 (2) shows the process of pouring the bee from the left side and then closing the upper lid of the left beehive out of the beehive, which prevents the bee from coming out.

 (3) shows the process of opening the lid for bee movement.

In addition, the design of the beehive of the present application allows the opening 9 to be formed in various sizes and at least one (13-A, Fig. 333-A, 444-1) in the upper surface of the upper body and the bottom of the lower body. Invented,

The upper body or the lower body of FIG. 13, which is an embodiment, has a structure capable of opening and closing in both directions and forming two openings 13-1 having the same size, and a left view of FIG. 333 shows three openings having different sizes.

(These drawings are views of the upper body and at the same time a common view of the lower body.)

In addition, the bottom of all existing portable beehive bar is used as a ventilator (Fig. 7), the present invention is composed of two or more steps, that is, multi-stage ruler and multi-stage ruler for the ventilation control step by step (Fig. 7).

 "Top view" of Figure 7 is a lid with a three-stage ruled paper

 It is a perspective view of a state in which the lower fuselage which can be controlled by air is turned upside down by hanging the lid in three stages,

 "Bottom view" shows the lower fuselage which can be adjusted by air by hanging the lid in three steps.

 "Lower left view" shows the opening of about 100-70% of air holes in the first step (when ventilating early spring and early autumn).

 "Central lower middle road" shows the opening of about 70% to 30% of air holes in two stages (when spring and autumn ventilation)

 "Lower right side view" shows a state in which air holes of about 70% to 100% are closed when in three stages (when winter ventilation)

 In addition, the conventional beehive has a big problem that the cap or the body or legs of the bee is inserted or cut between the upper body and the lid every time the bee lid is opened and closed, the lid is not closed properly. This invention devises a cut and jam prevention jaw (33) at both sides of the opening of the upper body or the lower body, with a gap that can be avoided without cutting the neck or leg of the bees every time the lid is opened and closed. Designed to make.

Another advantage in forming the cut and jam prevention jaw 33 is as follows.

By inserting only the inner film 40 in which the position selection bead 15 is formed into the space 34 of the cut and jam prevention jaw 33, the dead bee or the bee at the desired position can be selected by selecting a sick bee or a bee inside the beehive. (The circular restoration film is cut into a number of horizontal lines and one vertical line, so the film is divided into several branches, as shown in the figure (41, 41A), which maintains the horizontal film shape as usual. When catching a bee, the cracked part of the film goes down (41A), and when it is taken out, it comes up with the bee (41A), and after the bee is removed, the film returns to its original position and becomes flat due to the restoring force of the bee. Because you can't)

 (The inner film 40 of the present application, the inner cover is not an essential component of the beehive structure of the present application, it can be selectively used if necessary.)

FIG. 10 is a view illustrating a shape in which the inner film 40 and the inner lid 42 are coupled to the cutting and locking prevention jaw 33 formed right next to the opening of the upper body or the lower body.

When inserted into the cut and jam prevention jaw 33, the inner film 40 is completely fixed because of the inner lid.

If it is difficult to form the cut and jam prevention jaw 33, the cut and jam prevention projections 33a may be made instead of the cut and jam prevention jaw 33 at the position where the cut and jam prevention jaw 33 is formed. Useful as a substitute for jamming jaws

In addition, the existing beehives because it is impossible to secure the space inside the hive, the present invention has been designed to utilize a multi-stage rubbing protrusion and a multi-stage support piece to secure the space.

 The first way is to use the support piece and the lid

As shown in FIG. 11, the bee escape blocking jaw 27a is used so that the bee does not come out even when the end cap (three-stage lid) is coupled to the three-stage support piece (three-stage lid guide guide) of the upper body alone.

If only three-stage lid (closing cap) is combined with the upper body's three-stage support piece, the bee's activity space can be widened to prevent mass mortality, resulting in less stress and longer lifespan of the bee.

Likewise, when the opening 9 is formed in the lower body,

If the lower third stage lid (final cap 27 shown in Fig. 5) is coupled to the lower three-stage support piece of the lower body in which the opening 9 is formed, the space becomes wider. The internal volume of beehives is an important issue in whether bees die in the summer.

 The second method is to widen the space by using a rectangular ruled piece, and when forming a multi-level rectangular ruled piece on the lower body (FIGS. 21 and 22), one of several types of rectangular multi-stage ruled pieces (901A, 901B and 901C) is required. By selecting and forming, the internal space can be adjusted freely (Fig. 22) .--- Narrow when cold, wide when hot.

 In addition, since the rectangular multi-stage ruler piece also serves as a pedestal, as shown in the lower drawings of FIG. 22, there is a double effect that is good for ventilation of the beehive.

(The upper left side of FIG. 22 is a shape in which the space is enlarged by a three step ruler, and the lower left figure is a shape in which a ruler piece is used as a ventilation stand while the space is narrowed to a first level ruler.)

In addition, the structure of the design required for the beehive of the present application is the design for the support piece.

The distance between the support and the support is so great that one or more small support pieces can be formed in the middle (detachable support pieces) or the support pieces can be unified (104A-1) in a straight line. It is designed to form long (integrated support).

 (a.Separable support piece: Figure 1 is a one-stage detachable support piece is formed on the left three three (total six), in Figure 5a, one step detachable support piece on the left four four (total 8) are formed.

 b. Integrated support piece: "Integrated single-stage support piece" is formed in Fig. 135, "Integrated single-stage support piece 104A-1" and two-stage detachable support piece 11 and three-stage separate type in Fig. 104-A. Support piece 12 is formed).

The following is a description of representative drawings for understanding the configuration of the various designs described above.

FIG. 2 is an exploded perspective view of a beehive having a symmetrical structure of an upper three-stage structure and a lower three-stage structure;

 It is an enlarged view 41A of the position selection bulge 39 of the inner film 40, and the shanghai-dong shape 41. As shown in FIG.

 Looking at the coupling relationship of the beehive formed the upper three-stage support piece, the lower three-stage support piece shown in Figure 2 is as follows:

 A lower body Y having an opening 9, a three-stage support piece, three-stage dimples, a rectangular dimples 2, 2a;

 An upper body X having an opening 9, a three-stage support piece, a three-stage rubble protrusion, and a rectangular tethered piece 8 formed in the lower fuselage Y;

 Combine the 1st, 2nd, and 3rd stage lids (closing lids) to the upper body (X) and the lower body (Y), respectively.

 The inner lid 42 and the inner film 40 are intermittently coupled to the cut and jam prevention jaw 33 of the upper body X and the cut and jam prevention jaw 33 of the lower body Y.

5A is an enlarged view showing that the upper surface X1 of the upper body X and the bottom surface Y1 of the lower body Y are symmetrical.

1 is an exploded perspective view of a beehive forming an example of the present invention, a two-stage ruler protrusion, an upper two-stage structure, and a lower one-stage structure.

2 is an exploded perspective view of a beehive having a symmetrical structure of an upper fuselage of the upper three stages and a lower fuselage of the lower three stages;

3 is a bottom view of the lower fuselage with openings and a combined view of the upper part of the upper fuselage with openings;

Figure 4 is an enlarged view of the shape broken or bent when using the ruled paper for a long time

5 is a view of a beehive structure that can be opened and closed in both directions

6 shows lids with various positioning bee exit films inserted;

Figure 7 is a perspective view of the lower body that can be adjusted by air (hanging) in three stages

           3 step air conditioning process (bottom)

Figure 8 is a single front three-stage ruler protrusion formed on the upper body or the lower body alone

Figure 9 is a separate front two-stage ruler protrusion is further formed next to the ruler protrusions on both sides of the opening

11 is a perspective view of a beehive combined with a three-stage lid with a three-stage guide;

12 is a view showing a state where the bee is divided into several bins;

Figure 15 shows the shape that the bee can not come out at all when rubbing the lid to the first step rubbing protrusion, and shows the shape that only the bare bee comes out into the hole when the lid rubbing on the second step rubbing protrusion

<Brief description of the major symbols in the drawings shown>

1, Y; Lower fuselage Y1; Lower part of lower fuselage with opening

2; Rectangle hanging ball 3; Feeder

4; Uneven bucket 5,5a, 5b; Aeration vent 6; Bottom support

7, X; Upper fuselage X1; Upper part of upper fuselage

8; rectangular hanging piece 9; Opening

10; One step support piece (one step cover guide)

11; 2-stage support piece (2-stage lid guide)

12; 3-stage support piece (3-stage lid guide)

13.13a.13b; Water inlet 14.14a; film

15 position selector outlet 15A, 15B.15C, 15D, 15E; various position selector outlet film

16; One-stage lid

17a, 17b, 17d, 17-2; Two-step hanging paper 17-3; Three phases hanging paper

17A: One-stage concave groove 17B: Two-stage concave groove 17C: Three-stage concave groove

18; Bee escape block

19; One bee entrance 20; 2-stage lid (2-stage safety cap)

22; Bottom lid 24; Fecal support

25; A bee withdrawal home 26; Film Hanging Home

27; End cap (end cap)

27a; Bee escape jaw 28,29; Elastic hook and handle

30; Lower part of the lower fuselage with openings or Upper part of the upper fuselage with openings

32A; 1 step Bogie 32B; 2 step kids safety Bogie

32C; 3 Step Bouncing

32F; front one-piece 3 step hanging

32G; Front detachable two-stage ruler

32W; recessed groove lid 32Y; Recess

33; Cut and Jam Suck

34; The inner lid and inner film insertion space formed on the cut and jam prevention jaw

38; Film hanger holes 39; Film hanger

40; Film

41; Up and down movement shape of one exit among location selection bee exits

       42; perforated inner lid 50; tweezers

Claims (3)

A lower body (1) having a rectangular hanging hole (2) (2a) and an opening (9-1) formed therein; An upper body (7) formed with a rectangular hanging piece (8), an opening (9), at least one hanging projection and at least one supporting piece in the lower body (1); And  It includes a plurality of lids formed with at least one hanging piece in the upper body (7), All-round portable beehive, characterized in that the bottom surface of the lower body (1) to form at least one or more rubbing protrusions and at least one support piece to lubricate at least one or more bottom lids. A lower body (1) having a rectangular hanging hole (2) (2a) and a plurality of ventilation holes (5) formed; An upper body (7) formed with a rectangular hanging piece (8), an opening (9), at least one hanging projection, and at least one supporting piece in the lower body (1); And It includes a plurality of lids formed with at least one hanging piece in the upper body (7), All-round portable beehive, characterized in that the bottom surface of the lower body (1) to form at least one or more rubbing protrusions and at least one support piece to lubricate at least one or more bottom lids. Lower body formed with a bee transfer opening 700-A and a plurality of vent holes 700-B, which can bee moved in close contact with the rectangular hanging hole (2) (2a), the bee hive entrance (700-C) ( 1-1); An upper body (7) having a rectangular hanging piece (8), an opening (9), at least one hanging projection, and at least one supporting piece formed on the lower body (1-1); And  It includes a plurality of lids formed with at least one hanging piece in the upper body (7),  At the bottom of the lower body (1-1), at least one or more rubbing protrusions and at least one or more supporting pieces may be formed at both virtual positions and in the center (total of three places) to hold at least one or more half lids 700-D. Universal mobile beehive, characterized in that there is.

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