KR20060028605A - Pollen collecting apparatus - Google Patents

Abstract

The present invention relates to a beekeeping for the beekeeping used to collect the pollen collected by bees, and more specifically, bees coming into the harvester to go through a dedicated outlet when going out to interfere with the entry and exit of the bees In order to minimize it,

Receiving member to collect the pollen to slide in and out the rumors of the beehive, a mesh board mounted to the receiving member, and a plurality of through-holes are formed on the upper surface so as to form a passage covered with the upper portion of the receiving member and the front and the bottom is In the beekeeping branch consisting of a cover member having a side is formed, the front side of the passage is formed higher than the rear side by an extension rib formed integrally from the rear to the front gradually higher at the bottom of the side, The front end is related to the beekeeping forks, characterized in that a plurality of dedicated entrance holes through which passages and through the bees come out.

Description

Beekeeping vegetable {Pollen collecting apparatus}

1 is an exploded perspective view schematically showing the present invention.

Figure 2 is an exploded perspective view schematically showing a state in which the present invention is installed in the hive.

3 shows a schematic main side view in the combined state according to FIG. 2;

Figures 4a and 4b is a main part schematically showing another embodiment of the present invention,

   Figure 4a is a schematic enlarged plan view of the main portion showing the through hole.

   4B is a schematic side view in cross section according to FIG. 4A;

Figure 5 is an exploded perspective view of the main portion schematically showing another embodiment of the present invention.

Figure 6 is an exploded perspective view showing main parts of a conventional beekeeping chafer.

7 is an exploded perspective view schematically showing a state installed in the beehive according to FIG.

8 is a schematic sectional side view of the main part of the state coupled to the beehive according to FIG. 7;

Explanation of symbols for the main parts of the drawings

1: beehive

2: rumors

10: Extended Live

20: dedicated entrance hall

30: tally bump

40,40A: Support Live

50: potted tally

60: coupling means

   62: fitting groove 64: step

   66: fixed jaw

70: support

100: Quarterly

   110: receiving member 120: halftone

   130: passage 140: cover member

   142: through hole 144: side plate

The present invention relates to a beekeeping for the beekeeping used to collect the pollen collected by bees, and more specifically, bees coming into the harvester to go through a dedicated outlet when going out to interfere with the entry and exit of the bees It is about a beekeeping mill that can be minimized.

In general, beekeepers gather pollen together with honey to ensure larval bee growth and development or normal activity of adult bees. In the process of passing through the hole of the branch, the pollen of the potted plant (花 으로) was collected by collecting them in a collecting container installed at the bottom thereof.

Conventional beekeeping for the beekeeping used as described above is used in various forms to be convenient to use, the present applicant can also be easily installed by a slide method rather than a fixed method, the utility model registration No. 278760 No. "The beekeeping pot collector" bar, which will be described by the accompanying drawings Figures 6 to 8.

As shown in the conventional beekeeping separator 100, the upper portion is opened so that the slide in and out from the rumor (1a) of the beehive (1) is formed with a receiving groove 112 for collecting the flower pots and a plurality of inner side Receiving member 110 and the mounting piece 114 is formed, and corresponding to the receiving member is placed on the mounting piece while acting as the footing of the bees while falling through the through-holes of the cover member to be described later, the pollen falls smoothly The mesh plate 120 and a passage 130 through which the bees are allowed to enter and exit between the mesh plate 120 and the receiving plate are formed, and a plurality of apertures through which the bees can pass through the upper surface. 142 is formed and the cover member 140 is formed with a front side and a bottom side 144 is formed.

Further, by forming a plurality of gap retaining pieces 116 on the rear surface of the receiving member, the bees are positioned between the rear of the receiving member and the rear of the lid member when the receiving member is pulled out and then reinserted. It can be prevented.

In addition, the side surface 144 of the cover member 140 is formed with a plurality of vent holes (144a), so that the air in the beehive can be smoothly circulated.

In the conventional puller configured as described above, the assembly is made easily, and unlike the conventional picker, the beehive of the beehive not only can be easily installed by the slide method, but also by the fixed method. there was.

However, in the above-mentioned conventional pulverizer, the entrances through which the bees enter and exit are one passage, that is, the bees are allowed to enter and exit through the passage and through the hole between the mesh and the cover member, Not only was there a lot of interference between the bees going out, but there were also many delays in the rumors of the beehives where the branching was installed.

In addition, the through-hole formed in the cover member serves to detach the pollen buried in the process of passing the bees, but the through-hole is simply formed in a circular shape, resulting in a problem that the pollen is not detached cleanly.

In addition, there is a problem that the bees do not easily pass because there is no means for supporting the bees in the process of passing through the through hole.

In addition, since the through hole formed in the cover member is formed in a uniform size, there was a problem that it was not very effective for bees having different types or sizes of bees.

 Accordingly, the present invention is to improve the utility model registration No. 278760 "beekeeping pot collector" elected and registered by the present applicant in order to solve the conventional problems as described above, the purpose of which is the picking process in the process of collecting pollen When the bees come out, they can go through a dedicated exit to minimize the interference caused by the entry and exit of the bees.

Another object of the present invention is to allow bees to smoothly pass through the through hole and at the same time clean the detached pollen buried in the bees.

Still another object of the present invention is to be able to easily replace the potted tallypan different in size of the through hole depending on the size of the bee.

The present invention for achieving the above object, the receiving member to collect the pollen so that the slide in and out of the rumors of the beehive, the mesh plate is placed on the receiving member, and covered with the upper portion of the receiving member so that the passage is formed In the beekeeping branch consisting of a cover member having a plurality of through-holes formed on the upper surface and the side is formed with the front and bottom side, the front of the passage by an extension rib formed integrally gradually from the rear to the front at the bottom of the side It is formed higher than the rear side, characterized in that the front end of the cover member is formed with a plurality of dedicated entrance holes through which the bees entering through the passage and through the outside.

The dedicated entrance hole is characterized in that the front end side is narrow and the rear side is formed wide.

The through-holes are characterized in that a plurality of tally bumps protruding from the inner periphery is formed.

The upper and lower surfaces of the cover member are characterized in that the support ribs protruding between the through and through holes formed therein are integrally formed.

The upper surface of the cover member is characterized in that the potted plant release plate formed with a through-hole divided into one or more is formed to be detachable by the coupling means.

The coupling means is characterized in that it is composed of a stepped jaw formed with a plurality of fitting grooves on the upper rim surface of the cover member, the fixing jaw corresponding to the fitting groove on the bottom of the rim of the pollen release plate.

The space between the upper edge of the cover member is detachable to the potted plant detachable plate is characterized in that the support cross is formed integrally.

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

1 is an exploded perspective view schematically showing the present invention, FIG. 2 is an exploded perspective view schematically showing a state in which the present invention is installed in a beehive, and FIG. 3 is a schematic main sectional side view of the coupled state according to FIG. 2.

As shown, the receiving groove portion 112 is formed in the rumors 1a of the common beehive 1 so as to correspond to the rumors, the upper portion of which is opened to slide in and out, and a plurality of mounting pieces 114 are formed on the inner side. The bee is received through the through-hole of the cover member to be described later receiving member 110 is collected pollen, and the pollen to be detached onto the mounting piece 114 corresponding to the receiving member 110 smoothly into the receiving groove. The beetle 120 is inserted to be placed at the same time as the foot of the bee and a plurality of bees are passed through the upper surface of the receiving member is formed to cover the upper portion of the receiving member through which the bee enters to remove the pollen In the beekeeping separator 100 consisting of a cover member 140, the through hole 142 is formed and the front and bottom side 144 is formed,

The present invention, the bees entering and exiting through the passage 130 between the cover member 140 and the mesh plate 120 only through the passage, and minimizes the interference with the incoming bees when going out In order to be able to

The front of the passage 130 is formed higher than the rear side so that the bees can be smoothly entered by the extension rib 10 formed integrally from the rear to the front of the side 144 gradually higher from the rear,

The tip of the cover member 140 shows that a plurality of dedicated entrance holes 20 through which the bees entering through the passage 130 and the through hole 142 can go out.

The dedicated entrance hole 20 is narrow in the front end side so that bees do not directly enter from the outside, it is preferable that the rear side is formed wide so that the bees come out easily.

In the above description, reference numeral 116 denotes a space keeping piece, and 144a is a ventilation hole.

According to the configuration as described above, after the bees gathering pollen from outside through the passage formed between the cover member and the mesh panel, the pollen attached to the bee in the process of passing through the through-hole formed in the cover member is detached through the mesh panel and receiving member It is collected into the receiving groove of the.

In this way, the bees passing through the through hole of the cover member enters into the beehive or out to the outside again, at this time it goes out through a plurality of dedicated access holes formed by the tip of the cover member.

In other words, as the exclusive entrance hole formed at the tip of the cover member is connected to the outside, the bees go out along the light as external light flows from the exclusive entrance hole, and at this time, the exclusive entrance hole Since the tip is narrow and the rear side is formed wide, the bees do not enter from the outside, and the bees inside also serve to guide more smoothly to the outside.

Therefore, the bees that enter through the passage and through the passage to the chamfer to go out through the dedicated entrance hall, each bee separately provided with the entrance and exit according to the entrance of the bees interfere with each other when entering and exiting the chamfer Can be minimized.

Figures 4a and 4b is a schematic diagram showing another embodiment of the present invention, Figure 4a is a schematic enlarged plan view showing the through hole, Figure 4b is a schematic sectional side view in accordance with Figure 4a.

In the above configuration as shown, in order to allow the bees collected pollen to pass more smoothly through the through hole, and to allow the pollen attached to it to be detached clean,

The through-hole 142 formed in the cover member 140 shows that a plurality of tally protrusions 30 are formed so as to scrape the body during the passage of bees in the form of a star projecting around the inner circumference. will be.

Accordingly, when the bees pass through the through hole, a plurality of tally bumps formed on the inner circumference of the bees may scratch the body of the bees so that the collected pollen is cleanly removed.

In addition, when the bees pass through the through hole by forming the support ribs 40 and 40A, respectively, protruding between the through hole 142 and the through hole 142 formed on the upper and lower surfaces of the cover member 140. The support ribs 40A on the bottom are supported by the legs, and then the support ribs 40 on the upper side can be grasped and passed through, so that the bees can pass through the holes more easily.

5 is an exploded perspective view illustrating main parts of another embodiment of the present invention.

In the above configuration as shown, in order to be able to easily replace the through-hole formed in the cover member according to the type or size of the bee, instead of replacing the entire cover member, the size of the through hole,

It is shown that the potted plant release plate 50 formed with a through hole 142 is divided into one or more than one top surface of the cover member 140 is detachable by the coupling means (60).

The coupling means 60 has a stepped portion 64 having a plurality of fitting grooves 62 formed on the upper edge of the cover member 140, and the fitting groove 62 on the bottom of the edge of the plant potting plate 50. It is preferable that the fixed jaw 66 is configured.

Accordingly, when collecting pollen, the potted tallypan having a hole having a size suitable for the type or size of the bee is provided with a plurality of different sizes of the through-holes formed in the pollen tallypan according to the type or size of the bee. By mounting the cover member, regardless of the type or size of the bee will have a condition that can be easily collected pollen.

On the other hand, since the support 70 is formed integrally with each other in the space portion between the upper edge of the cover member 140 is detachable from the potted plant detachment plate, after the potted plant detachable from the cover member is combined It is desirable to be able to be supported by a large supporting force.

As described above, the present invention, by separately forming the inlet and outlet for the bees to go in and out of the collector used to collect the pollen at a beekeeping, the bees are smoothly coming and going to minimize the interference when entering and exiting the collector In the rumors of beehives, it is possible to prevent bees from being delayed and to increase the amount of pollen collected due to smooth entry and exit.

In addition, the bees can pass through the through hole more easily and detach the attached pollen cleanly, making the passage of bees more smooth and increasing the amount of pollen collection. It also has an effect.

In addition, by equipping the cover member to be detached from the cover member with a pollen leaving plate having different sizes of through holes according to the type and size of the bee, there is also an effect that can be collected smoothly regardless of the type and size of the bee.

Claims (7)

Receiving member to collect the pollen to slide in and out the rumors of the beehive, a mesh board mounted to the receiving member, and a plurality of through-holes are formed on the upper surface so as to form a passage covered with the upper portion of the receiving member and the front and the bottom is In the beekeeping separator consisting of a cover member is formed a side that is cut off, The front of the passage 130 is formed higher than the rear side by the extension rib 10 formed integrally from the rear to the front of the side 144 gradually higher from the rear, Beekeeping chakchae characterized in that the front end of the cover member 140 is formed through a passage 130 and the through-hole 142 a plurality of dedicated entrance holes 20 can go out. 2. The beekeeping separator of claim 1, wherein the dedicated entrance hole (20) has a narrow front end side and a wide rear side. According to claim 1, The through-holes (142) Beekeeping forks, characterized in that a plurality of tallying projections (30) protruding around the inner periphery is formed. The top and bottom surfaces of the cover member 140, characterized in that the support ribs 40, 40A each protruding between the through-hole 142 and the through-hole 142 formed therein are integrally formed. Beekeeping Forage. The upper surface of the cover member 140, the potted leaf release plate 50 is formed to be detachable by the coupling means 60 is formed in one or more through-holes 142. Beekeeping chariot characterized in that. The method of claim 5, wherein the coupling means 60 is a stepped jaw 64 formed with a plurality of fitting grooves 62 on the upper edge of the cover member 140, and the lower surface of the edge of the pollen release plate 50 Beekeeping forklift characterized in that it consists of a fixing jaw (66) corresponding to the fitting groove (62). 6. The beekeeping separator according to claim 5, wherein a support part 70 intersecting with each other is integrally formed in the space part in which the pollen release plate 50 is detached between the upper edges of the cover member 140. .

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