KR200282594Y1 - beehive - Google Patents

Abstract

The present invention relates to a beehive, which minimizes the weight of the main body, which is very convenient for handling such as transportation, and at the same time, improves the effect of keeping warm, moisture-proofing and soundproofing, and creates an optimal environment suitable for producing high quality honey through clean and smooth ventilation. The composition is characterized by further increasing the yield of honey.

Looking at the configuration through the assembly process of the present invention, provided with a support protection device 40 around the entrance 25 of the main body case 20, the front frame 41 of the support protection device 40 to the main body case 20 is attached to the outer surface of the lower inclined projection jaw 24 is coupled to the engaging projection 45 is inserted into the outer surface of the main body case 20, at the same time the coupling frame 43 is inserted into the main body case 20 The end engaging projection 44 is engaged with the inner surface, and the engaging projection 45 is the main body case 20 while the rear frame 46 is engaged with the engaging frame 43 of the front frame 41 toward the lower side of the inner surface. Inserted and coupled to the inner surface and the bottom surface, the supply pipe 61 connected to the lower portion of the feed container 60 provided on the outside is connected to the inner bottom of the main body case 20 through the supply path 42f in the center of the entrance 25.

In such a state, the reinforcing frame 30 is inserted in order to protect the upper edge of the main body case 20, and the plurality of honeycombs 50 of each honeycomb 50 are seated on the latching jaw 31 so that a plurality of honeycombs ( 50 is embedded in the main body case 20, and then the lid 10 is placed on the upper base jaw 21 of the main body case 20, in which case the lid 10 and the main body case 20 are mounted. By forming the space 13 by spaced apart from the inner surface of the support jaw 22 and the lid 10 of the main body case 20, external air introduced through the ventilation hole 11 to which the grid mesh 12 is coupled is beehived. Humidity can be easily controlled by allowing the inside to circulate.

The present invention having the configuration as described above, the internal oral degree to the external force applied when moving or removing the lid is increased, the ventilation is maintained by installing a grid mesh in the ventilation hole provided in the lid, rats and harmful insects It can reduce the damage caused by the season, and can be opened and closed by moving the door to the left and right according to the season.When feeding the food during the winter season, the left door is closed by the opening door, and when the food supply is not needed during the summer season, the right side Another effect is to close the doorway and effectively apiculture.

In addition, it is provided with an access control grid door that can block the entrance and exit of the bee when moving to the wheat circle to be ventilated even in the closed state to facilitate ventilation inside the beehive, and by selectively rotating the access control grid door to supply food There is another effect that can be closed or opened up.

Description

Beehive {beehive}

The present invention relates to a beehive, which minimizes volume and weight, which is very convenient for handling such as transportation, and at the same time, improves the heat, moisture and sound insulation effects, and creates an optimal environment suitable for producing high quality honey through clean and smooth ventilation. The composition is to further increase the yield of honey.

In general, a beekeeping is a man bee artificially bees to obtain honey, such bee is provided with a plurality of honeycomb in the form of a plate that can be inserted into a rectangular beehive which is provided in a substantially hull shape and opened and closed by a lid, such beehive In the lower part of the front, bees are provided with entrances for honeybees to breed, and thus, bees enter and exit through the entrances of the beehives, search for flowers within the proper behavior radius, collect sugar from the flowers and feed them into the beehives. It was stored in a honeycomb, and the honey that bees stored in the honeycomb, that is, honey was obtained by artificially collecting honey from their bees.

However, as humans collect the honey that honey bees store as their food, there is an absolute shortage of food for honey bees, so it is absolutely necessary to supply honey in the beehives by the amount of honey collected. Accordingly, since the bee feeder of the honeycomb having an opening in the honeycomb is essentially provided, a person has to supply the food by artificially dissolving sugar in a proper ratio by using a separate tool such as a kettle.

However, until now, since there is no device for feeding bees in the beehives, various problems have arisen as humans open the lid of the beehives and supply food from time to time.

In other words, as a person manually feeds the feeders in each beehive, it takes a lot of work time to supply the food, and the work is cumbersome and difficult because the work of the beehives must be performed by opening the lid of the beehives. There was a problem that workability is reduced.

This problem was aggravated when the beehive was large, and in addition, this feeding operation requires the naked eye to open the lid of the beehive from time to time in order to accurately match the feeding time. In addition to the lack of time to feed the worker carelessly had a problem that causes a huge obstacle to the growth of the bees or give a disability.

In addition to these problems, when feeding the feeder feeding the food through the opening of the feeder was also a problem that the bees remaining in the feeder will be drowned out by the prey because they do not go crazy.

In addition, the conventional beehive was used to manufacture a box shape using wood, but such a beehive made of wood is bulky and heavy and difficult to handle, such as transportation, and is provided with separate thermal insulation, moisture proof and soundproof devices Additional costs are incurred due to management, and problems such as shortening the lifespan of bees and lowering the yield of honey due to pollution of the surrounding environment are inherent.

Thus, there were also beehives formed of synthetic resins such as styrofoam instead of the wood beehives, which are easy to transport due to their small volume and light weight, while the beehives are easily broken when the beehives are placed, and the bees easily become synthetic resins. The life of beehives is shortened due to the fact that they are eaten and drilled out, and it is inconvenient to handle and manage the feeding of sugar water from the outside of the beehives, and it is very difficult to control the humidity inside the beehives. Not only were there problems, but when rain rained into the beehives, or when the beehives were moved to the location of the beehives in the season, the bees couldn't get to the place where they were moved. Problems also occurred.

The present invention has been devised in view of the above problems, and the main body is made of synthetic resin materials such as styrofoam, which minimizes the weight, and is very convenient for handling such as transportation, and at the same time improves the insulation, moistureproof and soundproofing effect, It aims to provide a beehive that can further increase the yield of honey by creating an optimal environment suitable for producing high quality honey through clean and smooth ventilation.

In order to achieve the above object, the present invention is provided with a square reinforcement frame to surround the support jaw of the upper case of the main body to prevent damage from impact, such as by the detachment of the small steel strip, and remove the lid to move or apply when Increasing the internal oral resistance to losing external force, and another purpose is to prevent the bee to eat up the styrofoam member to damage the body case and escape.

In addition, by installing a grid mesh in the ventilation holes provided in the lid to maintain ventilation, and to reduce the damage caused by rats and harmful insects, and to provide a protective device consisting of a front and rear frame on the lower entrance side of the main body case front and rear doors At the same time, the supply pipe connected to the feeding container attached to the outer portion is connected to the inner bottom through the center of the entrance to continuously feed the beehives to improve workability and honey productivity.

In addition, the present invention forms a sloped surface so that rain water does not flow into the beehive into the bottom of the main body case front and the base protection device, and has a base protection device to be the same as the width of the body case, not a part around the entrance, and seasonally Accordingly, the door can be opened and closed by moving the door left and right.When feeding the food during the winter season, the left door is closed by using the opening door. For other purposes.

In addition, it is equipped with an access control grid door that can block the entry and exit of the bee when moving to the dense circle so that the inside of the beehive can be smoothly ventilated through the ventilation even in the closed state, and by selectively rotating the access control grid door to supply food Another object is that it can be closed or opened up.

In addition, the present invention forms an inclined surface filled with a triangular inclined surface formed on both sides of the front inner lower corner of the main body case provided with a doorway to prevent debris from being trapped in the corner of the beehive and facilitate the cleaning operation. For other purposes.

1 is a partially exploded perspective view of the present invention

2 is an exploded perspective view of the present invention the protection device

3 is a rear perspective view of the present invention the protection device

Figure 4a is a perspective view of the stereotactic state of the present access control grid door

Figure 4b is an inverted state perspective view of the present invention access control grid door

Figure 5a is a perspective view of the closed state of the right door of the present invention

Figure 5b is a perspective view of the closed state of the left door of the present invention

Figure 6 is a partially cut perspective view of the subject innovation case

Figure 7 is a side cross-sectional view of the assembled state of the present invention

[Explanation of symbols on the main parts of the drawings]

10 lid 11 vent hole 12 grid mesh

13 space portion 20 body case 21 base jaw

22: support jaw 23, 31: locking jaw 24: protruding jaw

25, 42d, 42e: Doorway 26: Corner slope 30: Reinforcement frame

40: base protection device 41: front frame 43: coupling frame

44: engaging projection 45: engaging projection 46: rear frame

47 opening 48 access control grid 49 opening and closing door

50: honeycomb 51: steel bar

The present invention relates to a beehive, which minimizes the weight of the main body, which is very convenient for handling such as transportation, and at the same time, improves the effect of keeping warm, moisture-proofing and soundproofing, and creates an optimal environment suitable for producing high quality honey through clean and smooth ventilation. The composition is characterized by further increasing the yield of honey.

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

1 is shown in an exploded perspective view of the subject innovation, which is divided into a lid 10 and a main body case 20, which is provided with a reinforcing frame 30, a support protection device 40 and a feeding container 60, and The honeycomb 50 has a rough configuration.

First, the lid 10 is formed of a synthetic resin such as styrofoam and the like to form a ventilation hole 11 of a suitable size at a predetermined interval on both sides, and the grid network 12 is inserted so as to match the ventilation hole 11, respectively In addition, the inside and outside of the beehive through the ventilation hole (11) freely enters and allows to control the ventilation and humidity inside the beehive through smooth ventilation.

In addition, the body case 20 is made of a synthetic resin such as styrofoam and the like as the lid 10, takes the form of a square case, the upper end is formed to protrude than the case lid when the lid 10 is coupled Supporting jaw 21 and the supporting jaw 22 is formed to support the, and both sides of the inner side of the supporting jaw 22 is formed a locking jaw 23 is seated on the small platform 51 of the honeycomb 50 is formed have.

The upper case of the main body case 20 is provided with a reinforcement frame 30 in the form of a rectangular frame, the reinforcement frame 30 has a cross section of the '' 'support jaw 22 of the main body case 20. And it is bound on the locking jaw (23), thereby supporting the support jaw 22 and the locking jaw 23, the separation of the lid 10, the movement of the beehive itself against the external force applied to the beehive body when moving or harvesting Increasing the oral cavity, can eat the styrofoam material and reduce the harm such as worker bee escapes, and from the impact generated when the small steel strip 51 of the honeycomb (50) embedded in the beehive is inserted or separated It will prevent breakage.

In addition, a protruding jaw 24 is formed at the lower front side of the main body case 20, and an upper surface of the protruding jaw 24 forms an inclined surface 24a to form a stepped shape. And a support protection device (40) consisting of front and rear frames (41) and (46) to be attached and coupled to the inner and outer surfaces of the main body case (20) around the entrance (25). .

In the case of the support protection device 40, the plastic frame or the like is made of a material, as shown in Figures 2 and 3, the front frame 41 has the same size as the width of the main body case 20 It has a same shape so as to be bound on the protruding jaw 24 of the main body case 20 has an inclined portion 42c and the upper and lower protection plates 42a, 42b, and is inserted into the entrance 25 A coupling frame 43 is provided which protrudes into the main body case 20 and forms a locking protrusion 44 at an end thereof, and a rear side of the main body case 20 is easily coupled on the outer surface of the main body case 20 to be crimped and fixed. A plurality of protrusions 45 are provided.

In addition, the rear frame 46 has a width smaller than that of the front frame 41 and has a shape such as 'b', and has a rectangular opening through which the coupling frame 43 of the front frame 41 passes. 47 is formed, and the same engaging projection 45 as the back surface of the front frame 41 is provided on both sides thereof.

In addition, circular protrusions 41a protrude from both top corners of the front and rear doors 41d and 42e of the front frame 41, and the projection insertion holes 48b of the rectangular access control grid door 48 are formed. Coupled to allow closure of the entrances 42d and 42e.

The access control grid door 48 has a detailed mesh structure of a rectangular shape, which is larger than the entrances 42d and 42e to allow the mesh to completely block the entrances 42d and 42e, and the entrances 42d and 42e. In the case of closing the), the inside is ventilated smoothly, the lower side of the center is provided with a '∩' shaped supply pipe passage (48a).

On the other hand, as shown in Figure 4a, when the access control grid door 48 is coupled so that the supply pipe passage (48a) is downward, through the supply pipe (61) even when the entrance (42d, 42e) is closed Bees can be fed and, on the contrary, as shown in FIG. 4B, when the supply pipe passage 48a of the access control grid 48 is directed upward, the entrances 42d and 42e are completely closed. It is configured in a form that can be selectively used according to the purpose.

5A and 5B show the use state of the opening and closing door 49. As shown in FIG. 5A, when the opening and closing door 49 is inserted into the right doorway 42d, the left part of the opening and closing door 49 is supplied. In the summer, which blocks the furnace 42f, and consequently does not need to supply food, only the left doorway 42e is opened and used. On the contrary, as illustrated in FIG. 5B, the opening and closing door 49 is the left doorway 42e. When inserted into the) side, the supply passage 42f is opened so that the supply pipe 61 connected to the feeding container 60 can be inserted into the supply passage 42f, which is the right doorway for the winter season that requires feeding. By opening 42d), it is configured in a form that users can selectively use according to seasons and needs.

In addition, a plurality of honeycombs 50 are built in the main body case 20 configured as described above, and the reinforcing frame 30 is provided on the top of the main body case 20 of the small bar 51 of the honeycomb 50. It is provided to be seated on the latching jaw (31) in the state, and the food container 60 is easily attached to the upper and outer surfaces of the entrance 25, the supply pipe 61 is connected from the feed container 60 is connected to the entrance (25) It is connected to the central supply path 42f and connected to the inner bottom of the main body case 20, so that it is possible to continuously feed the food, and as another feature, the inner amount of the main body case 20 having the doorway 25 is provided. In the lower corner, as shown in FIG. 6, the inclined surface 26 is formed to prevent debris and the like from accumulating on the corners and to facilitate the inside of the hive.

On the other hand, looking at the assembly process of the present invention through Figure 7, provided with a support protection device 40 around the entrance 25 of the main body case 20, the front frame 41 of the support protection device 40 Attached to the lower surface of the main body case 20, the lower inclined projection jaw 24 is coupled to the engaging projection 45 is inserted into the outer surface of the main body case 20, and at the same time the coupling frame 43 into the main body case 20 The end projection 44 is inserted into the inner surface, and the inner side lower portion of the rear frame 46 is engaged with the engaging frame 43 of the front frame 41 while the engaging projection 45 is the main body case ( 20) is inserted into the inner surface and the bottom surface is coupled, the supply pipe 61 connected to the lower portion of the feed container 60 provided on the outside is connected to the inner bottom of the main body case 20 through the supply passage 42f in the center of the entrance 25 do.

In such a state, the reinforcing frame 30 is inserted in order to protect the upper edge of the main body case 20, and the plurality of honeycombs 50 of each honeycomb 50 are seated on the latching jaw 31 so that a plurality of honeycombs ( 50 is embedded in the main body case 20, and then the lid 10 is placed on the upper base jaw 21 of the main body case 20, in which case the lid 10 and the main body case 20 are mounted. By forming the space 13 by spaced apart from the inner surface of the support jaw 22 and the lid 10 of the main body case 20, external air introduced through the ventilation hole 11 to which the grid mesh 12 is coupled is beehived. Humidity can be easily controlled by allowing the inside to circulate.

The present invention having the configuration as described above is provided with a square reinforcement frame to surround the upper edge of the main body case, to prevent the beehive from being damaged from the impact of the small steel strip, such as detachment, and to remove or apply the lid to remove Increasing the internal oral resistance to losing external force, and the bee eats the styrofoam member, thereby damaging the body case and preventing the escape.

In addition, by installing a grid mesh in the ventilation holes provided in the lid to maintain ventilation, and to reduce the damage caused by rats and harmful insects, and to provide a protective device consisting of a front and rear frame on the lower entrance side of the main body case front and rear doors At the same time, the supply pipe connected to the feed container attached to the outer portion is connected to the inner floor through the center of the doorway to continuously feed the beehive has another effect of improving workability and honey productivity.

In addition, the present invention forms a sloped surface so that rain water does not flow into the beehive into the bottom of the main body case front and the base protection device, and has a base protection device to be the same as the width of the body case, not a part around the entrance, and seasonally Therefore, the door can be opened and closed by moving the door to the left and right.When feeding the food during the winter season, the left door is closed by using the opening door, and when the food supply is not needed in the summer, the right door can be closed to effectively apiate. There is another effect.

In addition, it is provided with an access control grid door that can block the entrance and exit of the bee when moving to the wheat circle to be ventilated even in the closed state to facilitate ventilation inside the beehive, and by selectively rotating the access control grid door to supply food There is another effect that can be closed or opened up.

Claims (3)

In a hive made of synthetic resin such as styrofoam, A support jaw 22 having a support jaw 21 and a locking jaw 23 is formed at an upper portion thereof, and an inclined protrusion jaw 24 and an entrance 25 are provided at a lower portion of one side thereof. The main body case 20 of the form of the enclosure is formed with a corner inclined surface 26 is formed by obliquely inclined both bottom corners, Reinforcing frame 30 of the rectangular shape formed so as to be inserted in accordance with the support jaw 22, The front and rear frames 41 and 46 are coupled to the entrance 25 and the protruding jaw 24 of the main body case 20, and the access control grid 48 or the opening / closing door in front of the entrances 42d and 42e. Consists of the support protection device 40 is equipped with (49), Lid 10 of the honeycomb 50 is seated on the engaging jaw 31 of the reinforcing frame 30, the lid 10 and the plurality of ventilation holes 11 in which the grid mesh 12 is inserted and formed The beehive is characterized in that the feed container 60 is connected to the supply pipe 61 inserted into the supply path (42f) to the outside. The method of claim 1, The access control grid door 48 mounted at the front of the entrances 42d and 42e has a rectangular mesh structure, and has a '∩' shaped supply pipe passage 48a at the lower center. When the access control passage (48a) is coupled to the access control grid door 48 to the support protection device 40 to face downward, the food is supplied through the supply pipe 61 even when the entrance (42d, 42e) is closed Can be, Combining the supply pipe passage (48a) to the upper side, the beehive characterized in that the entrance (42d, 42e) is completely closed can be selectively used according to the application. The method of claim 1, The rectangular opening / closing door 49 mounted on the front of the entrances 42d and 42e is an asymmetric opening / closing door 49 made to have a long left side from the center. When the door 49 is inserted into the right doorway 42d, the left side of the door 49 blocks the supply path 42f, and only the left doorway 42f is opened in the summer when no feeding is necessary. When the opening / closing door 49 is inserted into the left entrance 42e side, the supply passage 42f is opened so that the supply pipe 61 is inserted into the supply passage 42f and the right entrance 42d is used in the winter season that requires feeding. By opening Beehives, characterized in that the user can selectively use according to seasons and needs.