KR200383074Y1 - pollen picking for beekeeping - Google Patents

Abstract

The present invention is a beehive, a small plate which is assembled on the bottom surface of the beehive, and a bee for the beekeeping consisting of a virtual beet is provided between the beehive and the small plate to provide a predetermined space portion, the space portion pots having a receiving space A cover member provided with a receiving container, a cover member installed on the pot receiving container and having a mesh for passing the separated potted plant into the receiving space, and spaced apart from each other so that a passage is formed on the cover member. And, it is to be proposed a bee pollen harvester that the technical gist is installed in the space portion and the pollen harvester consisting of a demineralization plate having a plurality of through-holes so that bees drop through the pollen.

Description

Beekeeping Planter {pollen picking for beekeeping}

The present invention is an excess of a bee pollen harvester, and particularly relates to a bee pollen harvester to be installed in the pot between the beehive and the bottom plate to facilitate the installation, stable pollen collection and efficient pollen collection.

As is well known, beekeeping is a bee dwelling place for bee keeping and collecting bees. The structure of this bee has a rectangular box shape and is consumed inside. Beehive having a space for accommodating a beekeeping device designed to carry out the harvesting, etc., and a bottom plate (small bottom plate) is installed on the bottom surface of the beehive, and between the beehive and the bottom plate corresponds to the entrance of the bees Rumors are formed.

On the other hand, the entrance side of the rumor is equipped with a pollen collector for collecting pollen (pollen) corresponding to the food of bees. The prior art related to the pollen collector is representative of the Republic of Korea Utility Model Publication No. 1981-0001106 (name: decomposition and assembled planter harvester for beekeeping box).

Briefly describing the prior art, a potting box for accommodating an appropriate amount of potted plants, a perforated plate installed on the potting box and passing the potted masses into the potted plant, and installed on one side of the potting box, and the potted plant is reportedly on the entrance. It consists of four pieces and a vertical plate to be mounted on, and a plurality of holes perforated on the vertical plate to pass through the bees.

In other words, the prior art having such a technical configuration is collected by storing the pollen falling in the pot in the process of bees passing through the through.

However, the prior art as described above is expected the following problems.

First, the prior art is exposed to the outside of the beehive, there is a problem that the worker has to collect every day when it rains, and there is a problem that the external pollutants can easily penetrate into the pollen harvester.

In addition, the pollen collector has a difficulty in the installation work because the structure is relatively complicated, there is a problem that also takes a lot of installation time.

In addition, the through hole formed in the pollen picker is only responsible for the entrance area bow and the exit is provided separately, there is a fear that the bees may cause confusion to the entrance, especially when the entrances are formed separately, bees entered into the beehive through the through hole again. There is a problem that the pollen taking efficiency is lowered by being not bound to the outside through the pots are not falling well from the through-hole.

Lastly, the pollen harvester, which is a prior art, is injection molded with a synthetic resin material, and thus has a problem of being easily broken due to its weak durability.

Therefore, the present invention for solving the problems as described above is to install a virtual between the beehive and the bottom plate, and to configure the pollen picker is installed in the space within the virtual can prevent the ease of installation work and the penetration of external contaminants. Bee pollen picker.

Another object of the present invention is to provide a bee pollen collector for improving the structure of the demineralization plate configured to bee passing through and dropping the pollen.

Another object of the present invention to improve the shape of the through-hole formed in the demineralization plate to provide a smooth flow of air (circulation) to provide a bee pollen picker for minimizing the generation of heat distribution.

Still another object of the present invention is to provide a bee pollen collector that is configured to install the specification liquid container that can store the specification liquid in the rear of the pot collector.

The present invention for achieving the objects as described above is in the beehive, a small beetle assembled on the bottom surface of the beehive, and a beekeeping beetle that is installed between the beehive and the beetle bottom plate to provide a predetermined space portion, The space part is provided with a pot housing having an accommodation space, a cover member having a net body installed on the pot housing and passing the separated flower pot into the accommodation space, and spaced apart so that a passage is formed on the cover member. The present invention proposes a bee pollen harvester comprising a support frame in which spaces are partitioned, and a pollen harvester comprising a plurality of through-holes placed in the spaces and having a plurality of through holes for bees dropping through the pots. .

Hereinafter, a detailed description of a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a view showing the overall configuration of a small beekeeping phase. Referring to FIG. 1, the bee venom 100 is largely rectangular box type, and has a beehive having an accommodating part capable of accommodating consumption (a beekeeper device designed to perform the growth and breeding of honey bees and honey storage and harvesting). (10), the small lid (12) covered on the upper surface of the beehive (10), and the small bottom plate (14) that is detachably assembled to the bottom surface of the beehive (10), the beehive (10) The virtual 16 is provided between the bottom plate 14 and the small plate 14 to provide a predetermined space 18 so that the pot planter 19 to be proposed in the present invention can be installed. The virtual 16 refers to manufactured by cutting the beehive 10 to about 1/4, this virtual 16 is to use the product developed by the inventor (application number 20-2005-0000237) It is preferable to use a virtually made virtually at the consumer's choice.

2 and 3 are diagrams showing in detail the configuration of the pot planter 19 is installed in the space 18 in the virtual (16).

Referring to FIGS. 2 and 3, the pollen collector 19 includes a pot container 20, a support member 26 on which a cover member 22 and a demineralization plate 34 are placed.

The pot container 20 is open in a rectangular shape and is provided with a receiving space (20a) for accommodating the pot.

The cover member 22 is installed on the pot container 20, the center portion is open, the opening is provided with a mesh net 24. The net body 24 passes the potted plant separated from the above-described demineralization plate 34 into the accommodation space 20a and filters out other foreign substances larger than the potted plant volume. An access plate 27 extends in front of the cover member 22, and the access plate 27 is a passage 25 formed between the cover member 22 and the support frame 26 by the bees landing. This is to allow easy entry and exit.

The support frame 26 is placed on the cover member 22 to support the demineralization plate 34 and is formed in a rectangular frame shape, and three spaces 30 are divided into partitions through the partition bars 28. Is formed. It is preferable that the hook frame 32 is formed to partially extend on the circumferential surface of the space part 30, which is to support the demineralization plate 34 installed in the space part 30. In addition, a support jaw 33 is formed at a lower end of the support frame 32, and the support jaw 33 is provided between the cover member 22 and the support frame 26 through the support jaw 33. The passage 25 is formed by the thickness, and thus the bees can easily enter and exit the pollen collector 19 through the passage 25.

The demineralization plate 34 is manufactured in the form of a porous plate having a plurality of through holes 36 in a rectangular shape as shown in FIG. 4 attached as a plate placed in the space 30 of the support frame 26. do. The through holes 36 serve as entrances and exits to bees into and out of the beehives 10, and also drop the pollen buried in the legs of the bees into the above-described pot container 20 during the entry and exit process. Done. Here, the shape of the through holes 36 may be formed in various shapes, but in the present invention, it is most preferable to form the through holes 36 in a triangular shape. That is, when the through-holes 36 are formed in a triangular shape, they may have a larger unit area than the circular shape, and thus the air flow (circulation) can be smoothly made to minimize the occurrence of heat distribution in the beehive. .

On the upper surface of the deaparting plate 34, partition walls 38 for dividing and partitioning the through holes 36, respectively, are formed to extend vertically. Here, the partition wall 38 is formed by partitioning the through holes 36 as mentioned above, and the bees that have passed through the through holes 36 crawl up the partition wall 38 so that the body of the bees This is to drop the flower pots on the floor or legs again.

On the other hand, a separate specification liquid container 40 is installed at the rear of the pot planter 19 configured as described above. That is, when the bees are not able to naturally collect a sufficient amount of honey during infertile seasons such as winter and rainy seasons, or when the amount of wheat is insufficient in the milking system, the specification liquid such as sugar water is stored in the specification liquid container 40. By putting it in (40a), it is possible to cover the insufficient amount of wheat. In addition, the specification liquid container 40 is preferably configured to be opened and closed with a lid 42.

Reference numeral 44 denotes a flow preventing frame, the flow preventing frame 44 is the above-described virtual 16, and the potted container 20 and the specifications installed on the space portion 18 in the virtual 16 It is installed between the liquid container 40 to prevent the shaking of the pot container container 20 and the specification liquid container 40.

Hereinafter, the operation of the beekeeping pot collector configured as described above to be described with reference to FIG.

As shown in FIG. 5, a virtual 16 is installed between the beehive 10 and the small base plate 14, and then the pot container 20 and the space part 18 in the virtual 16 are installed. When installing the pollen collector 19 composed of a cover member 22, a support frame 26, and a demineralization plate 34, the bees are pollen on the bee's leg in the course of entering and exiting the beehive 10. Is dropped into the pot holding vessel 20 is automatically collected. That is, when the bees enter the pollen harvester 19, the net body 24 of the cover member 22 is supported as a scaffold through a passage 25 formed between the cover member 22 and the support frame 26. It enters into the hive 10 through the through hole 36 of the deaeration plate 34 provided in the mold 26. At this time, the pollen attached to the legs of the bees will be first off in the process of passing through the through hole 36, where the potted plant is to be accommodated into the pollen container 20 through the mesh 24. After that, the bees that pass through the through holes 36 are crawled up through the partition wall 38 that divides and divides the through holes 36 again. In this process, the pollen remaining on the legs of the bees falls down and the pot container ( 20) can be accommodated in the plant can increase the efficiency of collecting pollen.

On the other hand, when the bees in the hive again exits the outside through the partition wall 38 and the through hole 36 again, the pollen remaining attached to the through hole 36 falls in the course of passing the bees. Therefore, it is possible to prevent the phenomenon that the pollen agglomerates on the through hole 36 and may increase the harvesting amount of the pollen.

6 and 7 are views showing another embodiment of the potted plant extractor 19 according to the present invention, the sealing plate 50 in place of the demineralization plate 34 in the space portion 30 of the support frame 26 It shows what is enshrined. That is, when not pollen picking out the demineralization plate 34 on the space portion 30 of the support frame 26 and the sealing plate 50 made of the same size as the demineralization plate 34, the support frame (26) It is configured to be placed in the space 30 of the). At this time, it is preferable that any one of the sealing plates 50 is formed to have a smaller width than the other sealing plates, which is a moving passage (a certain size) between the sealing plate 50 and the space part 30. 52) so as not to restrict the entry and exit of bees.

In addition, when the amount of bees is small even when the pollen is collected, as shown in FIG. 8, the deaparting plate 34 and the sealing plate 50 are placed on the space part 30 of the support frame 26. Can be used in combination.

As discussed above, the present invention achieves many effects as follows.

First, a virtual plant is installed between the beehives and the bottom plate, and the planter is installed in the space within the virtual plant to simplify the installation work and to prevent rainwater or other pollutants from entering the planter. It is effective to collect.

Secondly, the bee passes through and improves the structure of the demineralization plate configured to drop the pollen, which has the effect of increasing the collecting efficiency of the pollen.

Thirdly, by improving the shape of the through hole formed in the demineralization plate so that the flow (circulation) of the air is made smoothly, there is an effect of minimizing the generation of heat of separation.

1 is a view showing the overall configuration of a beekeeping small phase according to a preferred embodiment of the present invention.

Figure 2 is an exploded view showing the configuration of a pollen collector installed on the beekeeping bee phase.

Figure 3 is a three-dimensional view showing the assembled state of the pot extractor shown in FIG.

Figure 4 is a view showing in detail the configuration of the demineralization plate that is the main configuration of the pot collector.

5 is a view taken along the line A-A of FIG.

6 is a view showing another embodiment of the present invention.

FIG. 7 is a cross-sectional view of the section of FIG. 6;

8 is a cross-sectional view showing a cross section of another embodiment of the present invention

<Description of the symbols for the main parts of the drawings>

10: beehive 14: small plate

16: virtual 18: space

19: pollen collector 20: pollen container

22: cover member 24: mesh

26: support frame 28: partition bar

30: space part 34: deaeration plate

36: through hole 38: partition wall

100: beekeeping

Claims (4)

A virtual to be provided between the beehive 10, the small bottom plate 14 assembled to the bottom surface of the beehive 10, and the beehive 10 and the small bottom plate 14 to provide a predetermined space 18. 16, In the beekeeping beeing composed of the pot holder 19 is installed in the space portion, The pollen collector 19 is; Potted container 20 having a receiving space (20a); A cover member 22 installed on the pot container 20 and having a mesh body 24 for passing the potted plant to the accommodation space 20a; A support frame (26) spaced apart from each other so as to form a passage (25) on the cover member (22) and each of the space portions (30) partitioned with a partition bar (28); Beekeeper plant settled in the space portion 30 is characterized in that the bee pollen comprises a demineralization plate 34 having a plurality of through-holes 36 to pass through dropping the pollen. The bee pollen harvester according to claim 1, wherein a partition wall (38) for dividing and partitioning the through holes (36) is formed on the upper surface of the demineralization plate (34). The beekeeper pollen collector according to claim 1 or 2, wherein the through-hole 36 has a triangular shape. The pot plant collector for beekeeping according to claim 3, characterized in that a specification liquid container (40) is installed at the rear of the pot planter (19).