KR101425584B1 - Insects for pollination scattering for the mass proliferation proliferation Box - Google Patents

Abstract

The present invention relates to a spawning and proliferation box for the mass proliferation of bees which are pollen vectors. In existing techniques, a spawning box and a proliferation box are separately formed for the mass proliferation of bees, and a spawning dish in the spawning box is moved to the proliferation box in order to raise bees, so labor is needed and bees can be lost while being moved. The excrement or sugar water from bees can be easily stained on the surface of a wooden box. Much labor is needed to remove and wash the stains. To solve the above-described problems, in the present invention, spawning and proliferation can be continuously performed in the same box which is a spawning and proliferation box which is integrally produced using a synthetic resin plate material without separately producing the spawning box and the proliferation box. A queen bee which is to spawn is disposed at a bottom grill (4) installed on the bottom surface of the spawning and proliferation box. A spawning inducing rod (6) having a particular height is formed so that the queen bee can easily spawn. Therefore, compared to existing techniques, in the present invention, the amount of labor can be reduced and economical feasibility can be ensured. Also, spawning and proliferation yields can be improved.

Description

    [0001] The present invention relates to an insect for proliferation of a pollen-mediated insect,

     The present invention relates to a scattering propagation box for mass proliferation of bees, which is a pollen-borne insect, and more particularly, to a large-scale propagation of a bee, which is a pollen-insect insect, In order to propagate the queen bee, eggs, larvae, pupa, and swine which have spawned in the above-mentioned scattering box in a suitable environment, a scattering dish of a scattering box is used And a breeding step in which the fertilized bee that is propagated in the breeding box is transferred to a full-blown breeding room and mass-propagated, and the spawning box and the breeding box for mass-proliferation of the fertilized bee are made of wood The present invention is not limited to the use of a separate box made of the manufactured pot, Since scattering and propagation operations can be continuously performed in the same box using only a scattering propagation box integrally fabricated by using a synthetic resin plate without separately providing the scattering box and the propagation box, The present invention relates to a spawning propagation box for mass proliferation of a bee, which is a pollen-borne insect, which is improved and improved in performance while achieving a reduction in work process time and labor and economy as compared with the technical construction of a spawner.

     In general, queen bees that have been modified in their natural state will spawn after a sufficient hibernation period of about 4 months, but in the bee farming industry, in order to breed bees in large quantities, In order to overcome the problems such as the increase in the mortality rate of queen bees waking up from the hibernation due to the adverse effect due to the short cycle, and the lowering of the laying rate, the survival rate of the queen bee is maximized by artificially creating a more stable environment In order to increase the egg production rate, many researches have been carried out in various aspects. This is because the queen bee has to be scattered under good conditions, so that a large number of fertilized bees can be produced. Therefore, in order to artificially stimulate spawning, Artificially hibernated In order to multiply queen bees, eggs, larvae, pupae, and rodents, which have started to spawn in the above-mentioned scattering box, in a suitable environment, scattering is required in order to propagate the queen bees awakened from hibernation, A propagation step of transferring a scattering dish of a box to a propagation box, and a breeding step of propagating the amplified bees propagated in the propagation box to a full-scale breeding chamber and mass-proliferation is carried out. In addition, the scattering box and the propagation box are made of wood Is used as a body for mass propagation of bees, which are insects for pollen mediators.

     However, in order to artificially accelerate the spawning by matching the queen bee's spawning conditions as described above, the queen bee is artificially hibernated by separately providing a scattering box and a propagation box made of wood, and the queen bee awaken from the hibernation is placed in a spawning box In order to multiply queen bees, eggs, larvae, pupae, and swamps that have started spawning, a scattering dish of a spawning box is transferred to a growth box and raised, In the work process to be carried out, the queen bee after the hibernation is placed in the spawning room and spawned, and then, with tweezers, the worker and the avalanche queen bee are individually picked up and transferred to the growth box again. In the process of picking up the back with tweezers, This has been a lot occurs if LOST is discarded, because the queen bee is not in time due to the scattering environment is changed as a proliferation omgyeojim box in box scattering has become a problem occurs such as the sale time is delayed.

     Since the boxes are made of wood in order to use separately the scattering box and the propagation box made of wood as described above, the bees' excrement or sugar water can easily be scattered on the surface of the wooden box In addition, it is easy to breed germs because of this, so it is necessary to remove and clean them, and the cleaned wooden box must be dried and sterilized at a high temperature to maintain its sterility. Due to the cause of death, the spawning boxes and the queen bees in the spawning boxes and the queen bees are collectively dead.

     Therefore, in order to fundamentally solve the above-mentioned problems, the present invention provides a method for mass-proliferating bees, which is a pollen-insect insect, which has been conventionally practiced in the past, The present invention is based on the conclusion that it is necessary to carry out a work process capable of successively performing scattering and propagation work in the same box with only the scattering propagation box manufactured by the present invention, And the technical composition of the spawning propagation box.

     For example, Korean Patent Registration No. 10-0443370 discloses a spawning step of hatching a mating queen bee and allowing the queen bee to stay in the spawning box for about one month, In order to proliferate the queen bee, eggs, larvae, pupa, and swine, which have been started, in a suitable environment, a propagation step in which a scattering dish of a scattering box is transferred to a propagation box and a fertilization step in which the amplified fertilized bee is transferred to a full- And a scattering box and a propagation box for the mass propagation of the fertilized bee are made of wood, and a technique for promoting artificial scattering of a fertilized bee having a box as a body is described In addition,

     In this publication, a temperature control method using electricity is applied to provide a scattering box in which a scattering is performed and an external power source to receive heat and simultaneously generate heat to control and maintain the temperature of the scattering box The present invention relates to a scattering guiding device for a native hornbug,

     This Publication No. 10-1352398 discloses that a main box having a cover for opening and closing an open upper portion of an inner space and a food for attracting a pollen-borne insect are disposed, and a larva that is scattered in an insect- Is passed through the lower part of the main body box and can be raised so that the larvae falling through the porous separator provided inside the main body box are divided into upper and lower spaces.

However, as described above, in the prior art, as described above, in order to artificially accelerate the spawning of the queen bee, a scattering box and a propagation box made of wood are separately provided, so that a step of scattering in a scattering box, In the process of transferring and bred to the breeding box, there are many cases where not only the labor force is large but also the bees are lost and discarded in the process of collecting the work bees and the avalanche queen bee by tweezers, The queen bee does not scatter in time due to the changed environment as it is moved to the multipurpose box. Also, since the boxes are made of wood, not only the bees' excrement and sugar water are easily buried on the surface of the box, It is easy to remove and clean It suffers problems such as favorite.

The present invention has been conceived in view of the above points in view of a technical solution to fundamentally solve the problems occurring at the worksite. In the prior art, a scattering box and a growth box for mass- , The bean is destroyed and can be discarded in the process of transferring the egg scattering dish of the egg scattering box to the growth box, The environment is not changed in a timely manner due to the changed environment, and the excrement of bees and sugar water are easily buried on the surface of the wooden box, thereby facilitating the propagation of bacteria and the like. In contrast to the problems that arise, It is possible to continuously perform scattering and propagation work in the same box with only the scattering propagation box integrally fabricated by using a synthetic resin plate without separately preparing the scattering box and the propagation box for mass propagation, In the lower grill installed on the lower surface of the box, a scattering induction rod is formed so that a queen bee that has started scattering can be placed and easily scattered. Thus, compared with the conventional technology constructions, the work process is shortened, It is intended to provide a technique of a scattering propagation box for mass propagation of a bee, which is a pollen-borne insect that further enhances scattering and propagation yield.

The present invention relates to a scattering propagation box for mass proliferation of bees, which is a pollen-borne insect, comprising a box made of wood, which was conventionally used in the past, as a body of a scattering box and a propagation box to hibernate a mating queen bee, In order to multiply the queen bee that has awakened from the spawning box and the queen bee, eggs, larvae, pupa, and swine which started spawning in the spawning box in a suitable environment, And a breeding step in which the fertilized bees are transferred to a live breeding room in the breeding box. In contrast, the present invention is characterized in that a scattering box and a breeding box are separately prepared The same phase is formed only by the scattering propagation box which is integrally manufactured by using the synthetic resin sheet material To provide within the technical structure of the scattering proliferation boxes for bulk proliferation of insects Bee Pollen can perform scattering and propagation parameters job continuously.

The scattering propagation box for the mass propagation of the bee, which is a pollen-insect insect, is a structure in which a box made of wood, conventionally used previously, is replaced with a box divided into two types of scattering box and propagation box, The scattering propagation box is integrally formed by using a synthetic resin sheet material without separately forming a scattering box and a propagation box for mass propagation of a bee as an insect insect. The scattering propagation box includes an upper body 1 and a lower grill (4) are detachably attached to each other, and are manufactured to have a size of 15 to 16 cm, 16 to 17 cm, and 10 to 11 cm in height using a mold frame, and the upper body (1) The honeycomb, the honeycomb, the honeycomb, the sugar water, and the like, while easily observing the inside of the scattering propagation box, Made of an acrylic plate is installed and the possible acrylic door (2) detachable.

 A plurality of holes are formed in the lower grill (4) of the scattering and propagation box for smooth circulation of air. In order to keep the temperature suitable for the propagation of the queen bees and scattered bees constant, The queen bee has a habit of scattering at a place slightly higher than the ground at the time of spawning. Therefore, the scattered queen bee is located at the center of the scattering dish 5 installed on the lower grill 4, The upper body 1 of the scattering propagation box and the lower grill 4 of the scattering propagation box are installed so as not to fall off from each other during transportation or work process The present invention can be applied to pollen-medicines for the purpose of preventing pollination by using a structure having a hoop ring device 3 for securely fixing upper and lower parts It is possible to shorten the working process and to improve the scattering and propagation yield for mass proliferation of insects.

The present invention relates to a structure of a scattering propagation box for mass propagation of a bee, which is a pollen-borne insect, and in the prior art, a box made of wood divided into a scattering box and a propagation box for mass- Due to the use of the composition, the scattering plate (5) of the scattering box is transferred to the growth box, and the bees are lost and can be discarded in the process of transferring the labor required for the work process, , The queen bee does not spawn in time, and the bees' feces and sugar water are easily buried on the surface of the wooden box, making it easier to reproduce the bacteria and the like. The present invention is applicable to the above-described scattering box and propagation It is possible to continuously perform the scattering of the queen bee and the propagation of scattered bees in the same box by using only the scattering propagation box integrally manufactured by using the synthetic resin plate without separately providing the box, It is an inventor that can be improved and improved in performance while having a shortening of labor force and economical efficiency.

1 is a bird's-eye view showing an upper body 1 of a scatter propagation box for mass propagation of a bee, which is an insect for pollen-medicament according to the present invention.
2 is a bird's-eye view showing the structure of a lower grill (4) of a scattering propagation box for mass propagation of a bee, which is an insect for pollen-medicament according to the present invention.
3 is a side view showing a heat supply device for supplying heat to the scatter propagation box according to the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION Next, preferred embodiments of a scatter propagation box for mass propagation of a bee, which is an insect for insect for pollen according to the present invention, will be described in detail with reference to the drawings.

The present invention can be embodied in various forms and is not limited to the embodiments described below.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings, wherein like numerals refer to like elements throughout.

First, as shown in Fig. 1, a scattering propagation box for mass propagation of a bee, which is an insect for insect pollen according to an embodiment of the present invention, is provided with optimal conditions for scattering queen bees, The temperature of the scattering inducing rod 6 is maintained at 33 ± 0.2 ° C while the humidity is maintained at 65 ± 1% in the scattering propagation box so that the scattering inducing rod 6 can be scattered. The scattering propagation box is integrally fabricated using a synthetic resin sheet material without separately forming a scattering box and a propagation box, and the synthetic resin sheet material is composed of queen bee, egg, larva, pupa, It is possible to easily manufacture a large number of scattering propagation boxes by making non-toxic synthetic resin suitable for the survival of living beings, such as bees, feces and sugar water, It can be easily removed when stick to the surface of the box, so that one will be dried in a short period of time even after washing.

The upper body 1 and the lower grill 4 of the scattering and propagation box can be detachably attached to each other. The upper body 1 of the scattering propagation box is filled with pollen, So that the inner part of the scattering propagation box can be easily observed, the acrylic door (2) made of a transparent acrylic plate and detachable is installed at the center point of the front center of the scattering propagation box and the center of the upper part of the box As shown in FIG. 2, a plurality of holes are formed in the lower grill 4 of the scattering and propagation box for smooth circulation of air, and a temperature suitable for the propagation of the queen bee and scattered bees is maintained constant A queen bee has a habit of spawning a little higher than the ground when it spawning A scattering inducing rod 6 having a height of 1.5 ± 0.3 cm is formed in the center of the scattering dish 5 installed on the lower grill 4 so that a scattering queen bee is positioned and easily scattered, And the lower grill (4) of the scattering and propagation box is mounted, a shoelike ring device (3) for securely fixing the upper and lower parts in order to prevent them from being separated from each other during transportation or work is provided It is produced.

In the above process, the process of supplying the pollen and honey or sugar water required for the propagation of the queen bee and the propagation of the scattered bees in the spawning propagation box and the operation of separating the queen bee, eggs, larvae, pupa, And the like are performed by a conventional method known in the art, and therefore, detailed description thereof will be omitted.

Although the preferred embodiment of the scattering propagation box for mass propagation of bees as a pollen-insect insect according to the present invention has been described above, the present invention is not limited thereto. It is possible to carry out various modifications, and this is also within the scope of the present invention.

[실시예 1 ~ 2로 나타난 본 발명의 성능시험 결과]
상기 실시예 1 ~ 2로 나타난 본 발명에 따른 화분매개용 곤충인 벌의 대량증식을 위한 산란증식상자의 바람직한 실시조건은 산란상자 및 증식상자를 별도로 제작하지 않고서 합성수지판재를 사용하여 일체로 제작하되, 상기 산란증식상자의 하부그릴(4)에 설치된 산란접시(5)의 중앙에는 여왕벌이 위치하여서 용이하게 산란할 수 있도록 1.5cm 높이로 산란유도봉(6)을 형성시킨 산란증식상자가 가장 빨리 첫 산란을 하면서도 산란율도 가장높은 결과치로 나타났음을 알 수 있었다.1 - egg scattering box upper body, 2 - acrylic door, 3 - shirting ring device, 4 - egg scattering box lower grill, 5 - scatter plate, 6 - scattering induction rod, 7 - hot water supply tube,
[Example]
The following examples illustrate the invention in more detail but do not limit the scope of the invention.
[Example 1]
In Example 1, the humidity of the scattering chamber was set to 65%, and the temperature of the scattering inducing rods 6 was set at 33 ° C. In order to artificially accelerate the scattering of the queen bee under the same environmental conditions, And scattering and propagation operations were carried out in the same box using only the scattering propagation box integrally manufactured by using the synthetic resin sheet material without separately providing the scattering box and the propagation box of the present invention, It was found that the sales yield of 15% or more was improved in the present invention.
[Example 2]
In Example 2, the humidity of the scattering chamber was set to 65%, and the temperature of the scattering inducing rods 6 was maintained at 33 ° C. under the same environmental condition. The scattering propagation box A scattering induction rod 6 having a diameter of 0.5 cm was formed at the center of the scattering dish 5 provided in the lower grill 4 of the bean sprouts 4 so that the queen bee was awakened from the frozen surface, And the results are shown in the following chart. ≪ tb >< TABLE >

[Performance test results of the present invention represented by Examples 1 and 2]
Preferred embodiments of the scattering propagation box for mass proliferation of a bee, which is a pollen-insect insect according to the present invention shown in Examples 1 and 2, are integrally manufactured using a synthetic resin sheet without separately preparing a scattering box and a propagation box A scattering growth box in which a scattering induction rod 6 is formed at a height of 1.5 cm so that a queen bee is positioned at the center of a scattering dish 5 provided on a lower grill 4 of the scattering propagation box and is easily scattered, It was also found that the egg production rate was the highest with the first egg production.

Claims (2)

In a scattering propagation box for mass propagation of insect pollen mediators,
The scattering propagation box is formed integrally with a synthetic resin plate without separately forming a scattering box and a propagation box. The scattering propagation box is constructed such that the upper body 1 and the lower grill 4 of the scattering propagation box can be detachably attached to each other And a transparent acrylic plate is detachably attached to the front center point of the scattering propagation box and the central point of the box above the box so as to observe the inside of the box while supplying pollen into the box or supplying honey or sugar water A plurality of holes are formed in the lower grill (4) of the scattering and propagation box so as to circulate the air smoothly, and a temperature suitable for the propagation of the queen bee and scattered bees is uniformly set And a heat supply device for supplying heat from the outside is installed in order to maintain the temperature of the food. In the center of the scattering dish 5 installed in the lower grill 4, A scattering induction rod 6 is formed so that the scattered queen bee is positioned and easily scattered. When the upper body 1 of the scattering propagation box and the lower grill 4 of the scatter propagation box are mounted, (3) for securely fixing the upper and lower parts of the spawning propagation box for large-scale propagation of insects for pollinator. The method according to claim 1,
A scattering inducing rod 6 having a height of 1.5 ± 0.3 cm is formed in the lower grill 4 of the scattering propagation box and a synthetic water pipe 7 is used as a hot water supply pipe 7 for supplying heat to the scattering inducing rod 6 And a heat-radiating bar (8) made of a copper pipe or a stainless steel pipe-based metal having a high thermal conductivity is attached to the surface of the honeycomb structure which is in contact with the scattering inducing rods (6) Spawning propagation box for mass proliferation.

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