KR101859895B1 - Apparatus for oviposition induction of queen bee - Google Patents

Abstract

The present invention relates to an apparatus for inducing the oviposition of a queen bee, capable of increasing the production of royal jelly by reducing time for the production of royal jelly and decreasing time for larva distribution work since a queen bee is induced to oviposit directly in a queen cup to collect royal jelly through a combination with a jelly frame without larva distribution work. The present invention comprises: a frame having a quadrangular shape of which the upper part is open and comprising left and right side walls and front and rear side walls; a cover detachably combined to seal the open upper part of the frame, and including an openable door installed to enable a queen bee to enter; and multiple oviposition parts installed in the frame, and storing eggs deposited by inducing the queen bee to oviposit. Each of the oviposition parts includes: a queen cup bar installed in the frame as a long beam, and comprising multiple cylindrical queen cups protruding upwards from the upper surface to place the eggs of the queen bee on the floor of the inside; and an oviposition inducing member combined with the upper part of the queen cup bar as a long beam, and comprising multiple oviposition inducing tubes protruding downwards from the lower surface to be inserted into each of the queen cups, and multiple oviposition inducing holes vertically penetrating each of the oviposition tubes.

Description

[0001] APPARATUS FOR OVIPOSITION INDUCTION OF QUEEN BEE [0002]

The present invention relates to an apparatus for inducing a queen bee to spawn a queen bee so that a queen bee can be scattered on a queen bean without transferring the larvae loaded from the egg to the queen bee.

In general, beekeeping refers to the task of designing bees to make honey and beeswax. In the past, honey bees were ordered to obtain honey. However, as the technology of beekeeping has developed, it has become possible to produce by-products other than honey, based on accumulated information about the behavior and behavior of bees.

Here, bees are divided into queen bees (QB), bees and worker bees according to their roles. First, the queen bee (QB) is a fertile female, and it is the only bee that can lay eggs and produce bees. Next, the male bees are male bees that perform only the queen bee (QB) and fertilizing ability that can be modified. Finally, work bees are females that do not have the ability to breed, but they perform various roles such as searching for food, building a beehive and defending the beehive from the outside.

Taking advantage of these bees' habits, they will be able to produce a variety of by-products, other than honey, such as pollen, bee venom,

In order for each by-product to be produced, the queen bee (QB) must be spawning and the larva (L) hatched from the egg. When the larvae (L) are formed, the worker beasts secrete milk for 3 days to grow the larva (L). Here, the secreted oil material is called royal jelly, and the commonly used name is royal jelly. After 3 days, some larvae (L) are continuously supplied with royal jelly to grow into queen bee (QB), and the remaining larvae (L) are mixed with pollen from honey and flowers to grow into a worker bee. Here, the queen bee (QB) may produce eggs that have not been fertilized.

Here, the larvae (L) hatched from unmodified eggs are fed into pupae, which are called pupae. In addition, in order to grow the modified larva (L), not only the milk of the worker bean but also the pollen collected from the flower, that is, the pollen is supplied. At this time, the worker collects the pollen in the beehive.

Meanwhile, the larva (L) continuously supplied with the milk supplied by worker bees becomes a queen bee (QB). At this time, a beehive is formed in the honeycomb, and the larva (L) to be grown as a queen bee (QB) is scattered separately. In this kingdom, the milk of worker bees, the royal jelly, is stored.

Here, Royal Jelly is rich in protein, carbohydrate, fat, water and various vitamins. It treats various diseases and is used as health food. In case of queen bee (QB) The royal jelly has been known as a potion of the uninhabited since it has a lifetime to live longer. However, in the case of this royal jelly, the quantity of the larva (L) to be queen bee (QB) is about 0.1 ~ 0.5 g in the spawning stock, which is insufficient to be commercialized as a by-product.

Therefore, a method of collecting royal jelly by forming a plurality of crown groups using the above-described habit of honeybees has been developed.

First, as shown in FIG. 1, when the artificial honeycomb 10 is placed in a beekeeping container, the queen bee QB is scattered in the artificial honeycomb 10. Thereafter, when the larvae L hatch in the eggs, the artificial honeycomb 10 is taken out of the beekeeping pail and the larvae L are transferred to the clavicle.

Here, the Wang Wan refers to the artificial wing band and is formed similarly to the lower part of the royal band producing the queen bee (QB) for beekeeping. Although it can be made with wax, it is also made of plastic material for the purpose of producing royal jelly. As shown in Figs. 1 and 2, the larva refers to the operation of transferring the larvae L formed in the artificial honeycomb 10 to the womb through the larva 20.

Then, when the king's ward equipped with the broken-down wang-wan is connected to each of the myths and put in the beekeeping bins again, the worker will fill the royal jelly with the royal jelly and make a royal family. After 72 hours, if you take my little kit out of the beekeeping jar, you can see the royal king formed in Wang Wan. At this time, the worker bee covers the upper part of the king's wand to form a kingdom. The lid is formed of wax so that the wax can be removed by removing the lid.

Then, after removing the larva (L) from the wangwan where the beeswax is removed, it is possible to collect the royal jelly contained in the royal jelly by using the jelly spatula.

Here, since the queen bee (QB) is not directly scattered to the royal wing, the larva obtained from the artificial beehive (10) must be transferred to the royal wing, thereby increasing the time required to produce royal jelly.

The larvae L are transferred from the artificial honeycomb 10 by using the flyworms in order to perform the birdwatching operation. Since the larvae L are very small in size, only bright workers can perform the birdworming work However, since the larva must be moved manually to Wang Wan, much time and manpower will be required for the work.

Moreover, even if the Wang Wan is combined with my little one and placed in the beekeeping jar, the amount of royal jelly produced will be extremely small because the worker does not supply the royal jelly to all the Wang Wan.

In order to solve the above-mentioned problems, it is an object of the present invention to provide a method and apparatus for preventing the queen bee from scattering directly to the royal wing, thereby collecting the royal jelly, And to provide a queen bee egg scattering device capable of shortening the time required for the production of jelly to increase the production amount of royal jelly.

In order to accomplish the above object, a queen bee scattering induction device according to the present invention comprises: a rectangular frame having left and right side walls, front and rear side walls, and an open top; And a plurality of scattering parts which are installed in the frame so as to allow entrance and exit of the queen bee into and out of the frame and in which eggs scattered by inducing scattering of the queen bee are placed inside, , A king crown which is installed inside the frame in the form of a long beam and has a plurality of king claws projected upward in a cylindrical shape so that the eggs scattered by the queen bee are placed on the inner bottom surface, And a plurality of scattering induction pipes are coupled to the upper surface of the cylindrical rod so as to be inserted into the respective upper and lower arms, And a plurality of scattering induction holes formed in the scattering induction tubes so as to pass through the scattering induction holes.

In addition, the frame may be formed such that a front side wall of the front and rear side walls is detachably coupled, and a king crown insertion groove is recessed along the longitudinal direction so that both ends of the king crown are slidably inserted into the inner side surfaces of the right and left side walls .

The front side wall is formed with a pair of engaging grooves formed in the left and right lower ends of the front surface thereof. The frame is rotatably installed at left and right lower ends of the front surface, and is inserted into each of the engaging grooves of the front side wall And a pair of frame locking members fixedly supporting the front side wall so as not to be detached from the frame.

A pair of cover fixing screws projecting from the upper surfaces of the left and right side walls of the frame so as to protrude above the cover through the cover; A pair of locking hooks formed on the other end of the cover fixing screw so as to be rotatable on the cover fixing screw, And a cover fixing nut for pressing and fixing the upper surface.

The cover may further include a rectangular frame-like cover frame having a hollow interior, and a cover inner material provided inside the cover frame, the inner cover having a grill or a lattice structure formed at one side so as to open the access hole, , And is provided so as to be openable and closable in an access hole of the cover interior material.

In addition, the cover is provided with a baffle plate installation beam provided along the longitudinal direction in the longitudinal direction so as to divide the cover inner material into the left inner material and the right inner material, Further comprising a baffle plate which is inserted and coupled along the longitudinal direction to the baffle plate installation groove of the baffle plate mounting beam so as to divide the scattering chamber formed between the interior material and the scattering portion into the left scattering chamber and the right scattering chamber, The interior material includes left and right door openings and right and left door openings formed in the left interior material and the right interior material, respectively, and the door of the cover includes a left door and a right door so as to open and close the left and right door .

The scattering induction holes of the scattering induction tube are formed in a manner such that the upper seating hole at the upper part where the upper part of the queen bee embankment is seated and the lower seating holes at the lower part of the quadruple belly, .

The scattering guide member is formed with a plurality of engaging guide members protruding radially from the outer circumferential surface of each of the scattering induction tubes to press and fix the upper portion of the inner circumferential surface of each of the wands.

In addition, the scattering guide member may further include a scattering support pattern protruding from the top surface at regular intervals so that the queen bee can grasp the scattered particles.

The apparatus for inducing the queen bee according to the present invention comprises a guide tube inserted into each of the wands of the royal stool and guiding the queen bee to spawn on the royal stool using a scattering inducing member having scattering induction holes formed in each of the scattering inducing pipes Without work, it is possible to produce royal jelly or queen bee.

Further, the front side wall of the frame is detachably coupled, and the right and left side insertion grooves are recessed in the inner side surfaces of the right and left side walls of the frame to facilitate the coupling of the king crown, It is possible to facilitate the scattering of the queen bee.

In addition, it is possible to form an access hole in the cover, and to provide an access door for opening and closing the access hole, so that the queen bee can be easily pulled in and out.

In addition, the scattering inducing hole of the scattering induction tube is formed to be stepped to the upper seating hole and the lower seating hole, which is smaller than the upper seating hole, so that the vessel of the queen bee can be easily seated, thereby facilitating the scattering of the queen bee.

In addition, a coupling guide member may be formed radially on the outer circumferential surface of each of the scattering induction pipes of the scattering inducing member so as to facilitate coupling and disassembly with the scattering guide.

In addition, scattering support patterns are protruded at regular intervals on the upper surface of the scattering inducing member to prevent the queen bee from slipping when scattered, and it is possible to facilitate the scattering of the queen bee by forming a structure capable of supporting the queen bee's legs .

Fig. 1 is a conceptual diagram showing a process in which a queen bee releases the larvae loaded from eggs laid out using eggs,
FIG. 2 is a conceptual diagram showing a process of transferring a larva that has fallen into a red mite,
FIG. 3 is a perspective view illustrating a queen bee scattering induction device according to the present invention,
FIG. 4 is a perspective view illustrating a process of inserting a queen bee through each of the left and right doors of the cover of FIG. 3,
Fig. 5 is an exploded perspective view of the embodiment of Fig. 3,
FIG. 6 is a front view of the frame of FIG. 5 viewed from the front,
FIGS. 7 and 8 are perspective views illustrating a process of inserting a king crown through a king crown insertion groove formed in left and right side walls of a frame,
9 is a perspective view showing a process of engaging a front side wall after the insertion of the wing cuff into the frame and fixing the frame locking member by rotating it,
10 and 11 are perspective views illustrating a process of coupling the frame and the cover,
12 is a perspective view showing a cover of the embodiment of FIG. 5,
FIG. 13 is a bottom view of the embodiment of FIG. 12,
14 is a cross-sectional view showing a state where a scattering chamber formed between the scattering portion and the cover inner member is inserted into the cover and the main body is inserted into the left scattering chamber and the right scattering chamber,
FIG. 15 is a perspective view showing a scattering portion of the embodiment of FIG. 5,
FIG. 16 is an exploded perspective view of the scattering guide member and the scattering guide member in the embodiment of FIG. 15,
17 is an enlarged front view of the embodiment of Fig. 16,
18 is a cross-sectional view showing a state in which a king rod and a scattering guide member are engaged,
19 is a conceptual diagram showing a process of scattering a queen bee through a queen bean scattering induction device according to the present invention,
20 is a conceptual diagram showing a state in which a larva loaded in a queen bee lay eggs.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a queen bee scattering apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

The apparatus for inducing the queen bee according to the present invention includes a frame 100, a cover 200, a scattering unit 300, a cover fixing screw 400, a locking catch 500, and a cover fixing nut 600, and the scattering unit 300 includes a king band 310 and a scattering guide member 320.

3 to 11, the frame 100 is formed in a rectangular box shape having openings formed by the left and right side walls 110 and the front and rear side walls 120 so that a scattering unit 300 described later is coupled to the inside of the frame 100 . At this time, the frame 100 may be formed of any material, but it is preferable that the frame 100 is formed of wood material familiar to the queen bee (QB).

3 to 5, the cover 200 is detachably coupled to close the open top of the frame 100, and a door 210 is openably and closably installed to allow the queen bee QB to enter and exit The queen bee QB can be introduced into and out of the frame 100 to which the scattering unit 300 described later is coupled. Here, the cover 200 includes a cover frame 220 and a cover inner material 230, each of which has the following configuration.

First, the cover frame 220 is coupled to the upper surface of the frame 100 in a rectangular box shape, which is hollow as shown in FIGS. 3 to 5. Here, it is preferable that the quartz bevel QB is installed at a position spaced upward from the scattering unit 300 to form a space where the queen bee QB can sufficiently move when the queen bee QB is introduced above the scattering unit 300 .

That is, the left and right side walls 110 of the frame 100 are formed to be higher than the height of the scattering unit 300 described later, and the cover 200 is coupled to the left and right side walls 110, A space through which the queen bee QB can move is formed in the lower part of the interior material 230.

3 to 5, the cover inner material 230 is formed in the inside of the cover frame 220 and has a grill or a lattice structure formed on one side to open the entrance and exit holes 231 and 232 . Here, the cover innerliner 230 is formed in a lattice or lattice structure at intervals smaller than the size of the queen bee QB so that the queen bee QB does not escape to the outside when the queen bee QB flows into the inside of the device. In addition, when the queen bee (QB) spawns, a grate or a lattice structure is formed at intervals that worker bees can access to receive food.

That is, it is preferable that the interval of the lattice structure or the lattice structure of the cover inner material 230 is smaller than the queen bee QB and is formed at a larger interval than the work bevel.

5 and 15, the scattering unit 300 is installed inside the frame 100, and the eggs scattered by the queen bee QB are seated in the interior of the frame 100. At this time, the scattering unit 300 has a structure in which the scattering guide member 320 and the scattering guide member 310 are combined.

As shown in FIG. 5, the king claw 310 is installed in the frame 100 in the shape of a long beam, and has a plurality (two or more) of scattered eggs of the queen bee QB on its upper surface, And the upper arm 311 has a cylindrical shape. At this time, the inner bottom of the wing crawler 310 is formed in a round shape downwardly, and the larva receiving groove (not shown) is recessed so that the larva L can be seated.

Unlike the conventional wang cuff 310 having one row of wang cuffs 311 used therein, the conventional cuff core 310 has a structure in which two columns of wang cuffs 311 are coupled, More larvae are seated on the crown 310 so that more royal jelly or queen bee QB can be produced.

5, the scattering inducing member 320 is detachably coupled to the upper part of the king claw 310 in the shape of a long beam, and a plurality of scatterings The induction tube 321 is formed in a cylindrical shape and each protrudes downward, and a plurality of scattering induction holes 322 are vertically formed through the scattering induction tubes 321. The scattering induction pipe 321 of the scattering inducing member 320 is formed to have a size smaller than the inner diameter of the wrist 311 and the scattering inducing hole 322 is formed to have a diameter similar to the diameter of the double queen bee QB So that the queen bee QB can be scattered inside the respective wands 311 through the scattering guide member 320.

In other words, in the case of the wand wrist 311 used in the past, the diameter of the queen bee QB can not be directly scattered in order to collect a large amount of royal jelly at a time. However, in the case of the wand (311) according to the present invention, the queen bee (QB) can be scattered directly to the respective wanders (311) by allowing the diameter of the queen bee (QB) It will be.

Accordingly, in the apparatus for inducing the queen bee according to the present invention, the scattering inducing member 320 is coupled to the king bead 310 to form an environment where the queen bee QB can scatter, and the scattering inducing member 320 The quartz beads QB are introduced into the inside of the device and the queen bee QB is directly scattered in each of the wands 311 to form queen bees QB) or to transfer the larvae L from the artificial honeycomb to the crown 310 in order to collect royal jelly, it is possible to reduce the work process and reduce the time required for the cave work .

Therefore, when working with the same time, a relatively large amount of queen bee (QB) can be produced or a royal jelly can be obtained compared with the prior art in which the work is performed. Furthermore, by not having a very small larvae (L), it is possible to develop the beekeeping industry by making it easy for ordinary people as well as people with poor eyesight or eyesight to be able to bee.

5, in order to facilitate the work of disassembling the scattering unit 300 from the frame 100 after the queen bee QB is scattered in the scattering unit 300, 6, the front side wall 121 of the side wall 120 is detachably coupled to the inner side of each of the left and right side walls 110 so that both ends of the king cube 310 are slidably inserted and coupled to each other. The insertion groove 111 can be formed to be recessed.

7, after the front side wall 121 of the frame 100 is disassembled, the scattering unit 300 is inserted through the king claw insertion grooves 111 formed in the left and right side walls 110 of the frame 100, It becomes possible to slide-engage or disassemble the slide. It is also possible to prevent the scattering unit 300 from moving to the upper and lower parts of the frame 100 by joining the king band 310 of the scattering unit 300 to the king band insertion slot 111 formed in the left and right side walls 110 .

In order to prevent the scattering portion 300 from moving forward and backward of the frame 100, a front side wall 121 is provided on the front side wall 121 of the frame 100 so as to support the side surface of the scattering portion 300, A pair of latching grooves 121a are formed in the left and right lower ends of the front face of the frame 100 and are rotatably installed at left and right lower ends of the front face of the frame 100 and inserted into the latching grooves 121a of the front side wall 121, And a pair of frame lock members 500 which are fixedly supported so that the front side wall 121 is not detached from the frame.

8, each scattering portion 300 is inserted into the frame 100, and the front side wall 121 is disposed in front of the frame 100 in the opened state, as shown in FIG. 9 The frame member 500 is rotated to fix the front side wall 121 to facilitate disassembly and connection of the front side wall 121 and the scattering unit 300 from the frame 100, It is possible to prevent the scattering unit 300 from moving forward and backward of the frame 100 by assisting the frame locking member 500 to press and support the side surface of the scattering unit 300.

Accordingly, when the queen bee QB is scattered in the scattering unit 300, the number of the wanders 311 failing to scatter can be reduced, so that the production of queen bee QB or royal jelly can be increased.

In addition, when the cover 200 is coupled to the opened upper portion of the frame 100 and the scattering portion 300 inserted and coupled into the frame 100 is disassembled, scattering combined at a close position from the front side wall 121 The scattering portion 300 coupled to the portion far from the front side wall 121 becomes difficult to disassemble.

Therefore, in order to solve the above problem, the cover fixing screw 400, the locking latch 500, and the cover fixing nut 600 may be included to couple and disassemble the frame 100 and the cover 200.

10 and 11, a pair of cover fixing screws 400 are inserted through the left and right side walls 110 (see FIG. 10) of the frame 200 so as to protrude above the cover 200, Respectively. That is, one end of the cover fixing screw 400 is fixedly coupled to the upper surface of the left and right side walls 110 of the frame 100, and the other end is fixedly supported through the cover 200, Structure.

10 and 11, one pair of lock hooks 500 is rotatably installed at each of upper left and right upper surfaces of the cover 200 at a position close to the cover fixing screw 400, And screw insertion holes 510 are formed through the other ends of the cover fixing screws 400 so that the upper portions of the cover fixing screws 400 are inserted.

That is, when the cover 200 is coupled to the upper part of the frame 100 to which the cover fixing screw 400 is coupled, the cover fixing screw 400 protruding from the upper portion of the cover 200 through the cover 200 is locked And the screw insertion hole 510 of the latch 500 supports the cover 200 so as to support the cover 200 so as not to move left, right, front or back of the frame 100. Furthermore, it has a function of protecting the left and right upper surfaces of the cover 200 from being damaged by tightening the cover fixing nut 600 to be described later.

10 and 11, a pair of screws are screwed on the upper part of the cover fixing screw 400 to press and fix the upper surface of the locking latch 500, And the cover 200 are fixed.

10, after the cover 200 is coupled to the frame 100 to which the cover fixing screw 400 is coupled, the cover 200 is rotated by rotating the lock catch 500 as shown in FIG. Respectively. Then, the cover fixing nut 600 is engaged to completely engage the frame 100 and the cover 200.

Therefore, the scattering section 300 can be easily joined and disassembled from the frame 100. [

In the case of the queen bee 310 used in the queen bee scattering apparatus according to the present invention, since the queen bee 310 coupled with two wands 311 is arranged in two rows, when one queen bee QB is scattered, The longer the time required for scattering the wanders 311 of the plurality of scattering units 300 coupled to each other.

Therefore, in order to solve the above-mentioned problems, the cover 200 may further include a baffle plate installation beam 240 and a baffle plate 250, and the configurations thereof are as follows.

First, as shown in FIGS. 12 to 14, the damper striking beam 240 is installed at the center along the longitudinal direction so as to divide the cover inner material 230 into a left inner material and a right inner material, The plate-shaped plate mounting grooves 241 are depressed. That is, the billboarding beam 240 divides the cover 200 into a left zone and a right zone.

13 and 14, the scattering chamber 250 formed between the cover inner material 230 and the scattering unit 300 is divided into a left scattering chamber 710 and a right scattering chamber 710. [ Are inserted and coupled to the staggered plate mounting grooves 241 of the staggered plate mounting beam 240 along the longitudinal direction. That is, the rib dangling plate 250 has a function of isolating the queen bee QB flowing into the left scattering chamber 710 and the right scattering chamber 720 from moving to the left scattering chamber 710 and the right scattering chamber 720 Lt; / RTI >

Here, when the queen bee QB meets another queen bee QB, the queen bee QB is killed by using bee honey. In order to prevent quarrel of the queen bee QB, the queen bee 250 is installed.

12, the left and right inner and outer right and left inner and outer louvers 231 and 232 are formed in the cover inner part 230 of the cover 200, And the door 210 of the cover 200 is formed so as to open and close the left and right doors 211 and 232 so that the left and right doors 231 and 232 can be opened and closed, The cover 212 may be provided on the cover 200. [

Therefore, by feeding two queen bee bobbins QB through the left-hand access hole 231 and the right-hand access hole 232, the time for scattering in the royal arm 311 of the scattering unit 300 coupled to the frame 100 Can be significantly reduced. Furthermore, the time required for scattering the larvae L in each of the wanders 311 of the wand spike 300 is shortened, thereby shortening the time required for producing queen bee QB or harvesting royal jelly.

On the other hand, if the scattering induction hole 322 of the scattering guide member 320 of the scattering unit 300 is formed in a straight line, the queen bee QB can not be stuck and the queen bee QB is not scattered do.

16 and 18, the scattering induction hole 322 of the scattering induction pipe 321 has an upper seating hole 322a (see FIG. 16) in which the upper portion of the queen bee QB is seated, And a lower seating hole 322b which is diametrically smaller than the upper seating hole 322a is formed so as to be stepped so that a lower portion of the queen bee QB is seated, So that the queen bee (QB) is scattered.

That is, the scattering inducing holes 322 of the scattering inducing member 320 are formed to have the same size as that of the honeycomb, so that the queen bee QB is directly scattered to each of the wands 311.

16 to 20, scattering support protrusions 324 protruding from the scattering inducing member 320 are formed on the upper surface of the scattering guide member 320 so that the queen bee QB is scattered to scatter the queen bee QB, So that the scattering probability can be increased. 19 and 20, when a boat is inserted into the scattering induction hole 322 of the scattering guide member 320 in order to scatter the queen bee QB, . In addition, even when the belly is withdrawn from the scattering induction hole 322 of the scattering guide member 320 after scattering, the legs support the body by grasping the surrounding structure.

Accordingly, the scattering support pattern 324 plays a role as a support structure capable of supporting the queen bee QB during scattering, thereby facilitating the scattering of the queen bee QB, thereby increasing the scattering probability.

Finally, after scattering is completed in the scattering unit 300, the scattering unit 300 is disassembled from the frame 100 and the scattering unit 300 is separated into the scattering guide member 320 and the scattering guide member 320, 310) to my little kit to produce queen bee (QB) or take royal jelly. However, when the scattering guide member 320 is disassembled with the rod 310, the larva may be detached from the rod 310 or may be bent by the impact.

17, the scattering inducing member 320 is radially protruded on the outer circumferential surface of each of the scattering induction pipes 321, so that the scattering inducing member 320 can be formed in a circular arc shape And a plurality of engagement guide members 323 for pressing and fixing the upper portions of the respective inner circumferential surfaces.

That is, the scattering induction pipe 321 of the scattering inducing member 320 is formed to be smaller than the inner diameter of the annular wing 311 of the annular guide member 310, and the engaging guide member 323 of the scatter guide member 320 is formed The scattering inducing member 320 is disassembled when the upper part of the scattering inducing pipe 321 of the scattering inducing member 320 is separated from the wand.

When the scattering induction pipe 321 of the scattering inducing member 320 is inserted into the annulus 311 and only the engaging guide member 323 formed on the upper part of the scattering induction pipe 321 is brought into contact with the inner peripheral surface of the annulus 311, .

Therefore, not only the coupling and disassembly of the king claw 310 and the scattering guide member 320 are facilitated but also the working time is shortened through the coupling guide member 323 of the scatter guide member 320, so that the queen bee QB It is possible to reduce the time required for production or collection of royal jelly.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art will be able to modify the technical idea of the present invention in various forms. Accordingly, such improvements and modifications will fall within the scope of the present invention as long as they are obvious to those skilled in the art.

L: larva
QB: The queen bee
100: frame
110: left and right side walls 111:
120: front and rear side walls 121:
121a: latching groove 130: frame locking member
200: Cover 210: Door
211: Left side door 212: Right side door
220: Cover frame
230: cover interior material
231: Left-hand access hole 232: Right-hand access hole
240: Beam plate mounting beam 241: Beam plate mounting groove
250: Ticketboard
300: spawning part
310: Wang Ward 311: Wang Wan
320: scattering inducing member 321: scattering inducing pipe
322: scattering induction hole
322a: upper seating hole 322b: lower seating hole
323: engaging guide member 324: scattering support pattern
400: Cover fixing screw
500: locking latch 510: screw insertion hole
600: Cover fixing nut
700: Spawning room
710: left scattering room 720: right scattering room

Claims (9)

A rectangular frame having left and right side walls and front and rear side walls opened upward,
A cover detachably coupled to the open top of the frame to seal the opened top of the frame,
And a plurality of scattering parts provided inside the frame, the scattering eggs inducing scattering of the queen bee,
Each of the scattering portions includes:
A plurality of wangs arranged in a cylindrical shape and projecting upwardly in a cylindrical shape so that the eggs scattered by the queen bees are seated on an inner bottom surface on an upper surface of the frame,
A plurality of scattering induction tubes projecting downwardly in a cylindrical shape so as to be inserted into each of the upper and lower arms on a lower surface, and a plurality of scattering tubes And a scattering inducing member having an induction hole penetratingly formed therebetween.
The method according to claim 1,
The frame includes:
A front side wall of the front and rear side walls is detachably coupled,
Wherein the inner side surface of each of the left and right side walls is formed with a wedge insertion groove recessed along the longitudinal direction so that both ends of the king wedge are slidably inserted and coupled.
3. The method of claim 2,
The front side wall
A pair of latching grooves are formed in the left and right lower ends of the front surface, respectively,
The frame includes:
And a pair of frame locking members which are rotatably installed at left and right lower ends of the front surface and which are inserted into the respective locking grooves of the front side walls and fixedly support the front side walls so as not to be separated from the frame. Of the scattering induction device.
The method according to claim 1,
A pair of cover fixing screws projecting from the top surfaces of the left and right side walls of the frame so as to protrude above the cover through the cover,
And a pair of lock latches, each of which is rotatably installed at each of the left and right upper surfaces of the cover at a position close to the cover fixing screw, Wow,
And a cover fixing nut screwed on an upper portion of the cover fixing screw to press and fix the upper surface of the locking latch.
The method according to claim 1,
The cover
Shaped cover frame having a hollow interior,
Further comprising a cover inner material provided inside the cover frame and having a grill or a lattice structure formed on one side so as to open an entrance hole,
The door (s)
And the opening of the cover inner material is openable and closable.
6. The method of claim 5,
The cover
A plurality of baffle plate mounting beams disposed along the longitudinal direction at the center so as to divide the cover inner member into a left inner member and a right inner member,
Further comprising a warp board inserted into and coupled with the warp board installation groove of the warp board mounting beam along the longitudinal direction so as to partition the scattering chamber formed between the cover inner member and the scattering unit into a left scattering chamber and a right scattering chamber,
The cover inner material of the cover includes:
And left and right door openings and right door openings are formed in the left and right interior materials, respectively,
The door (s)
And a left and a right door so as to open and close the left and right access holes and the right access hole, respectively.
The method according to claim 1,
The scattering induction holes of the scattering induction tube are formed in the following order:
Wherein the upper seating hole at the upper portion where the queen bee embankment is seated and the lower seating hole at the lower portion that is diametrically smaller than the upper seating hole are staggered so that the lower portion of the queen bee embankment is seated.
The method according to claim 1,
The scattering-
Wherein a plurality of engaging guide members are formed to protrude radially above the outer circumferential surface of each of the scattering induction tubes so as to press and fix an upper portion of an inner circumferential surface of each of the royal arms of the royal disc.
The method according to claim 1,
The scattering-
And a scattering support pattern protruding from the upper surface of the queen bee at predetermined intervals so as to grasp the queen bee when scattered.

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