KR101812993B1 - Beekeeping gate transformation implement - Google Patents

Abstract

The present invention relates a beekeeping gate transformer. The present invention includes: a rack panel (10) installed near a gate (2C) of a beekeeping box (2) through a hinge part; a rack (20) combined with the rack panel (10); a plate frame (30) installed on a wall (2A) with the (2C) of the beekeeping box (2); and a fixing unit (40) installed on the (2A) to fix the erected rack (20) to the wall (2A). Slits (22) are installed in both left and right sides of the rack (20), and thus, the slits (22) are slid and combined with both ends of the rack panel (10).

Description

Beekeeping gate transformation implement

[0001] The present invention relates to a bee-ande rumen transponder, and more particularly, to a bee-bum rumen transducer, which is capable of collecting pollen and preventing insects such as wasps from infiltrating into the bee bottle, Transducer.

Beekeeping is the work of cultivating honey to get honey. It is the beekeeping task that bees make honeycomb in a large number of herbivorous bees in the beekeeping jar and obtain honey from such honeycomb. On the other hand, the beekeeping operation can be carried out by moving the honey bee plant, that is, by moving the beehive to a place where the honey bee can bloom at the flowering time of the flower, thereby collecting honey. At this time, there are many cases where the beekeeping pail is loaded on a moving vehicle due to the nature of the beekeeping operation in which the user moves to find the mature plants.

In the beekeeping, the pollen is a bee's foodstuff which is essential for the growth of the larvae and the normal activity of the growth and development of the pupae, as well as the honey. Most of the pollen is collected through the pollen collector. The pollen collector is installed in the rumor (entrance) of the beehive, and the pollen load of the pollen powder is reduced in the course of the worker returning from collecting pollen from the outside through the hole of the pollen collector, Collect in a collection way. The pollen collectors are equipped with a separating plate with a plurality of narrow holes perforated in the rumor of the beekeeping tub to allow the bee to pass through the hole of the separating plate and to remove the lumps of the pollen from the beard or body, ).

Korean Registered Patent No. 10-1090622 (Registered on November 30, 2011) Korean Registered Patent No. 10-1453510 (Registered on October 15, 2014) Korean Utility Model Publication No. 20-2000-0018403 (published October 16, 2000) Korean Registered Utility Model No. 20-0278760 (registered on June 4, 2002)

In the present invention, pots can be sampled from worker bees entering and leaving the rumble of a bee barrel at the time of picking pots, and also prevent the insects such as wasps from infiltrating into the bee barrel after the pot collection time, And it is an object of the present invention to provide a new bee-honeycomb transducer having a variety of trans functions, such as being capable of blocking the rumor (entrance) of the beekeeping bins at the time of movement.

According to an aspect of the present invention, there is provided a rack panel comprising: a rack panel disposed at a position adjacent to a rumor of a beekeeping barrel through a hinge; A rack coupled to the rack panel; A plate frame provided on the rumored wall of the beekeeping barrel; And a fixing unit provided on the wall to fix the rack to the wall when the rack is erected.

Wherein slits are provided on both left and right sides of the rack, and the slits are slidably coupled to both ends of the rack panel.

And the rack is attached to the wall of the beekeeping barrel at an upper portion of the plate frame and fixed to the wall by the fixing unit.

And the hanger unit is provided on the wall of the beekeeping barrel.

The panel frame slit is provided with the left and right side frame pieces of the plate frame and both ends of the panel are inserted into the panel slit with a plurality of holes communicated on both sides, And the chive plate is disposed at the front.

Wherein both ends of a gate plate having a plurality of outlets and holes communicating with both sides are inserted into the panel engaging slit of the plate frame so that the gate plate is disposed in front of a rumor formed on the wall of the apiculture barrel.

And both ends of the blocking plate are inserted into the panel-engaging slit of the plate frame so that the blocking plate blocks rumors formed on the wall of the beanclosing barrel.

And a slide plate is coupled to the rumored wall of the beekeeping barrel so that the slide plate opens and closes the rumor.

According to the present invention, pots can be easily collected by installing a chalkboard in a season where pots can be collected, and gate plates are installed at times other than the picking time of the pots, so that other pests, such as wasps, And when the beekeeping barrel is moved, a blocking plate is provided to prevent the beak from coming out of the beekeeping barrel. The present invention exhibits a complex effect while taking such a simplified structure.

It should be understood that there are various effects other than the above-described effects of the present invention, and that the above-described effects are the main effects of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a state before a rack panel and a rack of a beep rum < RTI ID = 0.0 > transducer < / RTI >
Figure 2 is an enlarged perspective view of the rack panel and rack portion shown in Figure 1;
Fig. 3 is a perspective view showing a state where the rack is coupled to the rack panel shown in Fig. 1. Fig.
Fig. 4 is a perspective view showing a state in which the shield plate is joined to the front of the rumen of the beekeeping tube in the beep rumen transponder according to the present invention. Fig.
Fig. 5 is a perspective view showing a state in which the main saddle rack is attached to the wall of the beep can in the beep rum <
Fig. 6 is a perspective view showing a state in which the rack panel shown in Fig. 5 is uprightly coupled to the rack; Fig.
FIG. 7 is a front perspective view of the separator, which is the main part of the bee-
8 is a rear perspective view of Fig. 7,
9 is a perspective view showing a state in which a gate plate is laid over a line rejection of a honeycomb rumen transducer according to the present invention
10 is a front view of Fig. 6
11 is a perspective view showing a state in which a chive plate is installed in front of a rumor of a beekeeping tube in a bee-honeycomb transducer according to the present invention
12 is a perspective view showing an enlarged view of a rack panel, a rack, and a plate frame portion in a bee-honeycomb transducer according to the present invention;
Fig. 13 is a perspective view showing a state in which a sandwich panel is installed in the plate frame shown in Fig.
FIG. 14 is a perspective view showing an enlarged view of the rack panel and the rack portion in FIG. 6. FIG.
Fig. 15 is an enlarged side sectional view of the main part of Fig. 6
FIG. 16 is a perspective view showing an enlarged view of a portion of a row rejection in the beep rumen transponder of the present invention,
17 is a perspective view showing a state in which the rack panel is unfolded and a plate frame in the beep rum < RTI ID = 0.0 > transducer <
18 is a front view of Fig. 17
Fig. 19 is a perspective view showing a state in which the slide plate, which is another main part of the beep and go rumen transponder of the present invention,
20 is a front view of Fig. 19
FIG. 21 is a perspective view showing a state in which the slide plate of FIG.
FIG. 22 is a perspective view showing a state in which a rack, which is a main part of the present invention, is opened obliquely to the wall of the beancloth barrel with respect to the plate frame;
23 is a side view of Fig. 22

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The objects, features and advantages of the present invention will be more readily understood by reference to the accompanying drawings and the following detailed description. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected or connected to the other component, Quot; may be "connected," "coupled," or "connected. &Quot;

Referring to the drawings, the beep rumen transponder of the present invention comprises a rack panel 10 coupled to a position adjacent to a rumor 2C of a beekeeper cylinder 2 via a hinge portion, a rack (not shown) 20, a plate frame 30, and a fixing unit 40.

The rack panel 10 has a rectangular plate shape. The rack panel 10 is provided with a flowerpot hole 12 communicated on both sides. A plurality of flower pot holes (12) are arranged on the rack panel (10) in a front, rear, left and right grid pattern.

The rack panel 10 is joined by a hinge portion 10HP to a position adjacent to the gates 2C of the beekeeping tub 2. The bottom portion 2B is provided in front of the gates 2C and one of the two long side circumferential portions of the rack panel 10 is coupled to the bottom portion 2B by the hinge portion 10HP, The rack panel 10 is disposed at a front position adjacent to the rumor 2C of the bean sprocket 2. The rack panel 10 can be unfolded or erected with respect to the hinge portion 10HP. The rack panel 10 is provided with a locking latch piece RC. The locking latch piece RC protrudes outward from the proximal end of the rack panel 10. The front end portion of the rack panel 10 is coupled to the bottom portion 2B of the bean bottle 2 by the hinge portion 10HP and the locking latch piece RC protrudes from the proximal end portion of the rack panel 10. When the rack panel 10 is erected on the wall 2A of the bean barrel 2 with respect to the hinge portion 10HP of the front end portion, the rack panel 10 is hooked on the rack panel locking member RP provided in the rack 20 As shown in FIG.

The rack 20 is a drawer for collecting pollen. The rack 20 has a side wall and is box-shaped with an open top. The rack 20 has two front side walls 20FW and two rear side walls 20RW and a pair of left and right side side walls 20SW connected to the front side wall 20FW and the rear side wall 20RW.

A coupling piece 24 is provided on the outer surface of one of the front side wall 20FW and the rear side wall 20RW. The engaging pieces 24 are formed in a block shape. And the engagement piece 24 protrudes from the front side wall 20FW or the rear side wall 20RW.

A fixing piece is provided on the outer side of the right and left side side walls 20SW of the rack 20. And the rack 20 protrudes on both sides of the fixing piece.

The rack 20 is provided with a rack panel locking member RP. In the present invention, the rack panel locking member RP is rotatably coupled to the rack 20 by a hinge portion. At this time, the rack 20 is provided with the concave groove 28, and the rack panel locking member RP is coupled to the concave groove 28 by the hinge portion. The rack panel locking member RP is formed in a lever shape and is accommodated in the inside of the concave groove 28 portion.

Slide slits 22 are provided on the inner surfaces of the left and right side sidewalls 20SW of the rack 20. A slide slit 22 is provided between the upper and lower slits 22. The slide slit 22 is formed as a long groove extending along the path between the front side wall 20FW and the rear side wall 20RW of the rack 20. The slide slit 22 extends in the direction of the front end and the rear end of the side sidewall 20SW.

The plate frame 30 is provided on the wall 2A on which the gates 2C of the bee cap 2 are formed. The rumored door 2C is an entrance to and from which the plate frame 30 is provided at the periphery of the rumored door 2C.

The plate frame 30 includes an upper frame piece 30WF and left and right side frame pieces 30SF connected to both ends of the upper frame piece 30WF. The pair of side frame pieces 30SF are provided with mounting coupling pieces 24 protruding sideways.

The plate frame 30 is coupled to a pair of right and left wall 2A fixed frame pieces provided on the wall 2A of the bean barrel 2. [ A part of the wall 2A fixed frame member is spaced a predetermined distance from the outer surface of the wall 2A of the bean can barrel 2 so that a part of the wall 2A can be slidably engaged with a part between the wall 2A of the bean barrel 2, The pair of left and right mounting fittings 24 of the plate frame 30 are fitted to the slide coupling space so that the plate frame 30 is inserted into the wall 2A. The upper frame piece 30WF of the plate frame 30 is arranged in the horizontal direction side by side with the bottom portion 2B protruding forward from the rumored door 2C of the bee bottle cylinder 2 and the pair of side frame pieces 30SF As shown in FIG.

The plate frame 30 is provided with a coupling support member. The upper frame piece 30WF of the plate frame 30 is provided with an engaging support member rotatable by a hinge. The engaging and supporting member is rotated in the front and rear direction of the plate frame 30 with respect to the hinge portion.

Panel-slit 32 is provided on both left and right sides of the plate frame 30. Panel engagement slits 32 are provided on the inner surfaces of the left and right side frame pieces 30SF of the plate frame 30, respectively. At this time, the panel-joining slit 32 is formed by the forward and backward slit 22 forming protrusions. The front and rear slits 22 are inclined toward the rear end of the plate frame 30 when viewed from the side of the plate frame 30 The panel connecting slit 32 is also inclined toward the rear end of the plate frame 30 when viewed from the side of the plate frame 30. The front end portions of both the left and right side frame pieces 30SF of the plate frame 30 are also composed of end portions inclined toward the rear end of the plate frame 30 when viewed from the side of the plate frame 30. [ The front end portions of the left and right side frame pieces 30SF of the plate frame 30 are disposed at positions that are further rearward than the front end portions of the bottom portion 2B projecting toward the rumored door 2C of the bean bottle 2. When the vertical line is extended from the tip end portion of the bottom portion 2B, a space is formed between the vertical line and the tip end portion of the side frame so that the area between the front and rear ends becomes gradually larger as the position goes down. That is, between the front end portion of the bottom portion 2B of the beanpot 2 and the front end portion of the plate frame 30, a space for increasing the area gradually increases downward.

The present invention comprises a fixing unit (40) provided on a wall (2A) of a beekeeping tube (2). The fixing unit 40 is for fixing the rack 20 to the wall 2A in a state where the rack 20 is erected.

The fixing unit 40 includes a pair of right and left fixing parts 42 of a fixing shaft rotatably provided on the wall 2A of the barrel 2 and a pair of right and left fixing pieces 42, Includes single piece. The fixing rotor piece 42 is provided with a grip lever piece. Fixing pieces are provided on the outer surfaces of the left and right side sidewalls 20SW of the rack 20, respectively. Therefore, a pair of fixing pieces protrude from both sides of the rack 20.

 The rack 20 is attached to the wall 2A of the bean barrel 2 at an upper portion of the plate frame 30 and is configured to be fixed to the wall 2A by the fixing unit 40. [ The upper frame piece 30WF of the plate frame 30 is provided with an engaging support member which is rotatable by a hinge and a coupling piece 24 is provided at the periphery of the rack 20, The engaging piece 24 of the rack 20 is engaged with the engaging and supporting member of the plate frame 30 in a state where it is erected and attached to the wall 2A of the bean bottle 2. The side wall opposite to the side wall provided with the engaging piece 24 is provided under the protruding bar protruding from the wall 2A of the beekeeping barrel 2 when the rack 20 is erected and attached to the wall 2A .

The wall 2A of the bean barrel 2 is provided with a hanger unit. A hanger unit is provided on the wall 2A on which the gates 2C are formed. At this time, the hanger section includes a pair of hanger pieces 52 arranged on both sides of the wall 2A of the beekeeping tube 2, and a plurality of hanger grooves 54 provided at certain intervals in the hanger pieces 52 . A plurality of hanger grooves 54 are provided at predetermined intervals along the rear end direction at the front end of the hanger piece 52. [

The side frame pieces 30SF on the left and right sides of the plate frame 30 are provided with a panel joining slit 32. The panel joining slit 32 has a plurality of holes 62 communicated on both sides, 60 are inserted and the chalkboard 60 is disposed in front of the gates 2C formed on the wall 2A of the beekeeping barrel 2. [ The chalkboard 60 is raised so that the chalkboard 60 is lowered from above the panel joining slits 32 of the left and right bilateral side frame pieces 30SF of the chest frame 30, And can be detachably coupled. The holding plates 60 are further provided with catching plates 60 on both sides of the upper plate 60 so that the holding plates 60 are caught by the upper ends of the left and right side plates of the plate frame 30. At this time, each of the holes 62 of the chalk plate 60 causes the bee's body (legs and trunk and wing) to be wiped off when the bee passes, thereby dropping the pollen on the bee. The chalk board (60) blocks the gates (2C) of the beekeeping tub (2) from the front. The size of the hole 62 of the chaff plate 60 prevents insects having a larger body size from passing through than a bee like a wasp. And can only pass through the hole 62 of the chalk plate 60.

Both ends of the gate plate 70 having a plurality of outlets 72 communicating with both sides are inserted into the panel engaging slit 32 of the plate frame 30. The gate plate 70 is disposed in front of the rumored door 2C formed in the wall 2A of the bee bottle 2. The gate plate 70 blocks the gates 2C of the bean sprouts 2 from the front. Through the access hole 72 formed in the gate plate 70. At this time, the size of the access hole 72 of the gate plate 70 is not so large as to sweep the bead body, but the size of the bead is such that the body is not worn. The size of the access hole 72 of the gate plate 70 is of such a size that insects such as wasps can not pass through. On both sides of the gate plate 70, there are further provided gaff panel latching pieces, so that the latching pieces of the gate plate 70 are caught by the upper ends of the left and right siphon frame pieces of the plate frame 30.

Both ends of the shielding plate 80 are inserted into the panel-joining slit 32 of the plate frame 30. The blocking plate 80 is configured to block the rumored door 2C formed on the wall 2A of the beanpot 2. A blocking plate 80 is further provided on both sides of the blocking plate 80 so that the blocking plate 80 is caught by the upper ends of the left and right siphon frames of the plate frame 30.

The slider plate 90 may be coupled to the wall 2A on which the gates 2C of the beekeeping tube 2 are formed so that the slide plate 90 opens and closes the gates 2C. A slide hole is formed between one side frame piece 30SF of the plate frame 30 provided around the rumored door 2C of the wall body 2A and a part of the side wall of the wall frame 2A and the outer surface of the wall body 2A The sliding plate 90 is engaged with the slide hole 90 and the rumored door 2C of the bee bottle 2 can be opened as the slide plate 90 is moved back and forth in the slide hole.

The bee-ande rumen transponder according to the present invention having the above-described configuration can be used as a pollen collection mode, a pest infestation prevention mode, and a rumor (2C) cut-off mode. The term rumen transducer in the beep rum transducer of the present invention means that the present invention can be used in various modes.

<Pollen collection mode>

The rack panel 10 is unfolded and the chalk plate 60 is engaged with the plate frame 30 in a state where the rack 20 is coupled to the lower portion of the rack panel 10. The chaff panel 60 blocks the rumor 2C of the beekeeping tub 2 from the front so that the honey bee is consumed or the honey bee (mainly work bee) passes through each hole 62 of the partition plate 60, And the pollen passes through the flowerpath passage holes of the rack panel 10 below and is collected into the lower rack 20.

<Pest infiltration prevention mode>

Since the pollen can be collected only for a certain period of time during a year, the chive plate 60 is lifted from the plate frame 30 and the gate plate 70 is put into place where the chive plate 60 is lifted. The gate plate 70 is provided with a plurality of access holes 72 so that the beads can be introduced into the access holes 72 of the gate plate 70. At this time, the size of the entrance hole 72 of the gate plate 70 is such that the bee can only pass through the bee and can not pass through the large insect pest such as a wasp, so that insects such as a wasp can not penetrate into the bee cans 2.

<Rumor (2C) blocking mode>

In the rumored (2C) cutoff mode, the shield plate 80 is coupled to the plate frame 30 to block the rumors 2C of the bean barrel 2 with the shield plate 80. [ The blocking plate 80 has no hole 62 in which it is caught. The rumen 2C of the bean barrel 2 is blocked by the blocking plate 80 so that the bee can not escape to the rumor 2C when the bean bar 2 is moved.

On the other hand, the slider plate 90 may be slid to block the gates 2C of the wall 2A of the bee bottle 2. The degree of opening and closing of the gates 2C of the bean barrel 2 can be adjusted by the slide plate 90. [

When the bean barrel 2 is moved in the rumored (2C) cutoff mode, the rack 20 can be attached to the wall 2A on which the gates 2C are formed. The engaging piece 24 provided on the rack 20 is inserted into the engaging holding piece 34 provided on the upper frame piece 30WF of the plate frame 30 provided on the wall 2A of the bean barrel 2 The pair of right and left pair of fixing pieces 42 provided on the wall 2A are rotated so that the pair of fixing pieces provided on the left and right sides of the rack 20 are hooked to the fixing rotor piece 42, Can be erected and fixed to the wall 2A of the bee bottle 2. At this time, the fixing rotor piece 42 is provided with a gripping stone piece, and when the gripping stone piece is gripped, the fixing rotor piece 42 can be turned more easily. On the other hand, when the rack 20 is raised, the lower portion of the rack 20 (the front side wall 20FW or the rear side wall 20RW formed with the engaging pieces 24) is engaged with the engaging pieces 24 And the upper part of the rack 20 (the rear side wall 20RW or the front side wall 20FW not provided with the engaging piece 24) is supported by the coupling supporting piece 34, And is caught by a percolating bar protruding outward.

Meanwhile, in the state where the rack 20 is erected, the sheet 60 and the gate plate 70 can be embedded in the rack 20 while being rejected by the row rejection and the rejection. A plurality of hanger grooves 54 are provided in a pair of hanger pieces 52 constituting the hanger portion so that the sandwich plate 60 and the gate plate 70 can be hung on the hanger grooves 54. [ The latching pieces of the separator 60 can be caught in the hanger grooves 54 while being protruded to both sides of the upper side of the chalk board 60. The latching pieces of the gate plate 70, It can be caught in the groove 54. At this time, the blocking plate 80 may be caught in the hanger groove 54 of the hanger piece 52. The blocking plates 80 protruding to the left and right sides of the blocking plate 80 can be caught in the hanger grooves 54. [

In addition, in the rumored (2C) cutoff mode, not only the rack 20 can be raised and attached to the wall 2A of the bee bottle 2, but also the rack panel 10 can be attached to the wall 2A of the bean barrel 2 It can be fixed upright. A rack panel locking member RP is coupled to the rack 20 by a hinge portion and a locking latch piece RC provided on the rack panel 10 is coupled to a rack panel locking member The rack panel 10 is mounted on the inner surface of the rack panel locking member RP so that the rack panel 10 is mounted on the inner surface of the rack panel locking member RP when the rack panel locking member RP is rotated with respect to the hinge portion, So that the rack panel 10 can be held in a raised state. At this time, since the locking tabs RC of the rack panel 10 are engaged with the rack panel locking members RP of the rack 20 in the recessed grooves 28 formed in the rack 20, The locking member RP and the locking latch piece RC do not protrude from the outer surface of the rack 20 and are retained in the concave groove 28. [

Accordingly, the bee-ande rumen transponder according to the present invention can be used as a pollen collection mode, a pest infestation prevention mode and a rumor (2C) cut-off mode, so that it is convenient to use and can be implemented in a relatively simple structure for use in various modes It is effective. In the seasons when the pots can be collected, the pots 60 can be installed to easily collect the pots. In addition to the picking period of the pots, the gate plate 70 is installed, and other pests such as wasps are inserted into the pots 2), and when the beekeeping barrel (2) is moved, a blocking plate (80) is provided to prevent the bevels from coming out of the beekeeping barrel (2). The present invention exhibits a complex effect while taking such a simplified structure.

Since the chalk board 60 or the gate panel or the blocking plate 80 can be attached to the wall of the barrel 2A of the bee bottle 2, (80) can be conveniently stored.

When the rack 20 is moved upward to move the bean sprocket 2, the separator 60 and the gate panel can be received in the rack 20 while being rejected, And is also more stable and convenient in the movement of the sandwich panel 60, the gate panel, and the like.

On the other hand, the space between the front end portion of the bottom portion 2B of the beekeeping tube 2 and the front end portion of the plate frame 30 secures an increasing area as it goes downward. The rack panel 10 is prevented from being caught by the front end portion of the plate frame 30 when the rack panel 10 is set up with respect to the hinge portion, because the upper surface of the bottom portion 2B of the rack panel 10 is coupled via the hinge portion , And the rack panel 10 is caught by the front end of the plate frame 30, so that it is difficult to properly raise the rack panel 10.

The panel engaging slits 32 formed on the pair of right and left side frame pieces 30SF of the plate frame 30 are inclined toward the rear end of the plate frame 30 when viewed from the side of the plate frame 30 It is more convenient to insert the lower panel 60, the gate plate 70 or the blocking plate 80 down from above the panel connecting slit 32. [ Of course, it is also more convenient when the partition panel 60, the gate plate 70, or the blocking plate 80 is pulled out from the panel connecting slit 32 upward.

When the engaging piece 24 provided on the rack 20 is inserted into the engaging piece 34 provided on the plate frame 30 provided on the wall 2A of the bean barrel 2, The coupling support piece 34 and the rack 20 can be extended together at a predetermined angle to the front of the wall 2A on the basis of the hinge portion for allowing the slice 34 to be rotatably coupled to the plate frame 30. [ More specifically, a hinge portion for engaging the engaging holding piece 34 with the upper frame piece 30WF in a state of being fitted to the engaging holding piece 34 provided on the upper frame piece 30WF of the plate frame 30 is referred to as a reference The rack 20 can be opened at a predetermined angle with respect to the wall 2A of the bean barrel 2 with respect to the hinge portion together with the engagement support piece 34. [ The rack 20 can be used by being opened at an angle of about 45 DEG to the front of the wall 2A. The separating plate 60 and the gate plate 70 or the shielding plate 80 can be easily attached to the hanger part 52 when the rack 20 is opened to the front of the wall 2A The shield plate 60, the gate plate 70, or the shield plate 80 can be easily hooked to the inner hanger pieces 52. It has a more convenient effect in use.

The specific embodiments of the present invention have been described above. It is to be understood, however, that the scope and spirit of the present invention is not limited to these specific embodiments, and that various modifications and changes may be made without departing from the spirit of the present invention. If you have, you will understand.

Therefore, it should be understood that the above-described embodiments are provided so that those skilled in the art can fully understand the scope of the present invention. Therefore, it should be understood that the embodiments are to be considered in all respects as illustrative and not restrictive, The invention is only defined by the scope of the claims.

2. Beekeeping Trough 2A. Wall
2B. Bottom part 2C. rumor
10. Rack panel 20. Rack
30. Plate frame 52. Hanger section
60. Chipboard 70. Gate plate
80. Blocking plate 90. Slide plate

Claims (8)

And a front end portion thereof is connected to the bottom portion 2B of the bean bottle 2 by the hinge portion 10HP so as to be adjacent to the rumor 2C of the bean barrel 2, A rack panel (10) disposed at a predetermined position;
The front side wall 20FW and the rear side wall 20RW are formed in a box shape whose upper surface is opened by left and right side side walls 20SW and the slide slits 22 are provided on the inner side surfaces of the left and right side side walls 20SW A rack 20 in which the slide slit 22 is slidably engaged with both ends of the rack panel 10;
And a left and right side frame pieces 30SF connected to both ends of the upper frame piece 30WF and having panel engagement slits 32 on the inner side surfaces of the left and right side frame pieces 30SF, A plate frame 30 coupled to the wall 2A on which the gates 2C are formed and disposed at the periphery of the gates 2C;
Row rejection provided in the wall 2A on which the gates 2C of the beekeeping tube 2 are formed;
And a fixing unit 40 provided on the wall 2A to fix the rack 20 to the wall 2A in a state where the rack 20 is erected on the upper side of the plate frame 30, And,
The hanger unit comprises:
A pair of hanger pieces 52 disposed on both sides of the wall 2A of the beekeeping tube 2;
And a plurality of hanger grooves (54) formed in the hanger pieces (52) at predetermined intervals along the rear end direction in the front end portion,
The fixing unit (40)
The fixing unit 40 includes a pair of left and right fixing rotor pieces 42 rotatably mounted on the wall 2A of the beekeeping tube 2;
And a pair of picking pieces provided on both right and left sides of the rack (20)
The pair of fixing pieces of the rack 20 are rotated by rotating the pair of fixing rotor pieces 42 in a state that the rack 20 is raised from the upper part of the plate frame 30 and accommodates the hanger part, Is configured to be supported by a pair of fixing rotor pieces (42).
delete delete delete The method according to claim 1,
The left and right side frame pieces 30SF of the plate frame 30 are provided with a panel joining slit 32. The panel joining slit 32 is provided with a plurality of holes 62 communicating with both sides, 60) is inserted in front of a rumor (2C) formed on the wall (2A) of the bee wine bottle (2).
6. The method of claim 5,
Both ends of a gate plate 70 having a plurality of access holes 72 communicating with both sides are inserted into the panel engaging slit 32 of the plate frame 30 so that the wall of the barrel 2 2A), the gate plate (70) is arranged in front of the gates (2C) formed in the gates (2A, 2A).
6. The method of claim 5,
Both ends of the blocking plate 80 are inserted into the panel engaging slit 32 of the plate frame 30 so that the blocking plate 80 covers the rumen 2C formed on the wall 2A of the bee bottle 2, And the like.
The method according to claim 1,
A coupling support piece 34 is coupled to the upper frame piece 30WF of the plate frame 30 via a hinge and a coupling piece 24 is provided on the rear side wall 20RW of the rack 20 , And the engaging piece (24) provided in the rack (20) is inserted into the engaging holding piece (34) of the plate frame (30) provided on the wall body (2A) The coupling support piece 34 is pivoted forward of the wall 2A with respect to the hinge portion so that the rack 20 and the coupling support piece 34 can be opened at a predetermined angle to the front of the wall 2A Wherein the bee-bell gnome transducer.

Images