TWI795797B - Beehive with pollen collector in the box - Google Patents

Abstract

This creation is a beehive with a pollen collector in the box, which includes a lower box, an upper box and a pollen collector in the box. The upper box is set on the top of the lower box, and the pollen collector in the box includes a pollen collection component. and the powder collection box, the powder collection assembly and the powder collection box are located inside the upper box; this creation sets an upper box on the lower box, that is, the top of the box of the existing beehive, and the powder collection assembly and the collection The powder box is located inside the upper box. The powder box is less prone to moisture or rain, which can ensure the quality of the pollen collected by the box and increase the service life of the pollen collector in the box. In addition, compared with The existing pollen collector makes the size of the powder collecting box smaller in order to match the opening size of the box of the existing beehive. The powder collecting box of this creation can increase the capacity and save the time and manpower consumed in collecting pollen.

Description

Beehive with pollen collector in the box

This creation relates to a beehive, especially a beehive with a pollen collector in the box.

Beehives are one of the indispensable tools for bee breeders. Bee breeders place multiple honeycomb sheets in the beehives to raise bees. Bee breeders can use the structure of the beehives to control the travel route of bees and set up different mechanisms to achieve The function of collecting pollen collected by bees or feeding bees.

A kind of existing beehive as shown in Figure 11, it comprises a casing 80 and a pollen collector 90; Casing body 80 is provided with a top cover 81 at the top, and is provided with the opening ( Figure not shown); pollen collector 90 is located outside casing 80, and is provided with powder collecting box 91, screen cloth 92 and perforated sheet 93; The aperture on the perforated sheet 93 of collector 90 passes through, and just can reach the opening of casing 80 and enters the honeycomb sheet that is positioned at casing 80 inside, when passing through the aperture on the perforated sheet 93, because the size of aperture is designed as just Let the body of the worker bee pass through, the pollen carried by the worker bee will be blocked by the perforated sheet 93 and be scraped off from the worker bee, and the scraped pollen will fall into the powder collecting box 91 after passing through the screen 92 below. Pollen can be collected and sold as one of the sources of profit for the beekeeping industry.

However, existing beehives have the following deficiencies: 1. In the existing beehive, the pollen collector 90 is located outside the casing 80 and is directly exposed to the surrounding environment, so the pollen collector 90 is easily damp due to environmental or weather factors, causing the powder collecting box 91 The quality of collected pollen is reduced and the price is not high, or even needs to be scrapped. 2. Because the pollen collector 90 is in order to match the opening size of the box body 80 of the existing beehive, the length and capacity of the powder collecting box 91 in the pollen collector 90 are thus limited in design, resulting in the powder collecting box The capacity of 91 is small, so that the bee breeders must take out the pollen in the pollen-collecting box 91 full of pollen many times in one day, which takes time and effort. 3. In order to match the opening size of the box body 80 of the existing beehive, the length of the perforated sheet 93 is limited in design, and the number of small holes on the perforated sheet 93 is thus limited, so that the perforated sheet can pass through the perforated sheet within a fixed time. The number of worker bees in the small holes of 93 is limited, resulting in limited efficiency of the pollen collector 90 collecting pollen.

In order to solve the problem in existing beehives, the pollen collector is located outside the box and is directly exposed to the surrounding environment, so the pollen collector is easily damp due to environmental or weather factors, resulting in the collection of pollen in the powder collecting box. To solve the problem of pollen quality degradation, the purpose of this creation is to provide a beehive with pollen collectors in the box, which can prevent the pollen collectors from getting wet and ensure the quality of the pollen collected by the powder collection box.

The beehive with the pollen collector in the box proposed by this creation to solve the technical problem, which includes: The lower box is used to accommodate multiple honeycomb pieces; An upper box, which is set on the top of the lower box; the upper box is provided with a lower baffle, an inlet and outlet channel, a powder collection space, and a connecting channel and the inside of the lower box. One entrance and exit; the entrance and exit passage is arranged horizontally, and communicates with the inside of the beehive of the pollen collector in the box and the outside of the beehive of the pollen collector in the box; the pollen collecting space is located below the entrance and exit passage; the lower stop The board is arranged between the powder collecting space and the inlet and outlet channel, and is provided with a powder collecting port penetrating up and down; and A pollen collector in a box, which includes a powder collecting assembly and a powder collecting box; the powder collecting assembly is arranged in the passageway, and includes a perforated piece and a screen piece; the perforated piece is provided with a plurality of small holes, The perforated member is arranged upright relative to the inlet and outlet channel and divides the inlet and outlet channel into two sections, and is located above the powder collecting port; the screen member covers the powder collecting port; the powder collecting box is arranged in the powder collecting space, And it is located below the powder collecting port.

In the beehive with pollen collector in the box, the upper box is provided with a barrier plate inside, and the barrier plate can be lifted to cover the entrance and exit.

The beehive with the pollen collector in the box, wherein the upper box body is provided with an outlet through the upper box body, and a flip cover; the powder collecting box can be pulled out from the outlet and separated from the upper box The inside of the body; the flip cover can be lifted to cover the extraction port.

In the beehive of the pollen collector in the box, the pollen collecting component includes a body, which is in the shape of a frame, and includes a top plate and an insert side by side, and two stand upright and side by side. Relying plate; the two abutting plates are combined with the top plate and the inserter; the body of the powder collecting assembly can be inserted into the powder collecting port of the lower baffle with the inserter, and at the same time, the two abutting plates are against the lower baffle the upper surface of the baffle.

The beehive of the pollen collector in the box further includes a top cover, the top cover is arranged on the top of the upper box body, and an upper stopper is arranged in the upper box body, and the upper stopper is located at the entrance and exit. above the channel, and includes two baffles, the two baffles can be pivotally combined with each other; when one of the baffles is pivoted and placed on the other, the lower surface of the one of the baffles faces The top cover, and a feeding space is formed between the lower surface and the top cover, and the feeding space communicates with the inlet and outlet, and is used for placing a bee feeder.

In the beehive of the pollen collector in the box, the body of the pollen collecting component includes two upright long holes, and the two long holes respectively pass through the two abutment plates laterally, and the perforated member can be removed from the The two long holes are inserted into the body of the powder collecting assembly.

The beehive with the pollen collector in the box, wherein the upper box is provided with a perforated outlet that penetrates the upper box, and the perforated outlet is linearly opposite to one of the long holes, and the perforated The part can be drawn out from the outlet of the perforated part to disengage from the body of the powder collecting assembly and disengage from the upper box.

The beehive with the pollen collector in the box further includes a drawer, which is detachably arranged in the pollen collecting space of the upper box body; the drawer includes a drawer board and two spaced ribs, The two protruding ribs protrude upward from the drawer plate, and the two protruding ribs are used to clamp the powder collecting box.

The efficiency enhancements that can be obtained by the technical means of this creation include at least: 1. The beehive of the pollen collector in the box of this creation, the powder collection box and powder collection components of the pollen collector in the box are located inside the upper box, which can prevent moisture or rain, and can also ensure improve the quality of the pollen collected by the powder collecting box, and increase the service life of the pollen collector in the box. 2. The beehive of the pollen collector in the box of this creation, the upper box system is directly arranged on the top of the lower box (that is, the box of the existing beehive), and there is no need to spend money and effort to change the structure of the existing beehive. It needs simple installation to get greater effect. 3. Compared with the existing beehives, in order to match the opening size of the box body, the number of small holes on the perforated sheet is limited. In the beehive of the pollen collector in the box of this creation, the size of the entrance and exit passage is larger than The size of the opening of the box body in the existing beehive makes the area of the perforated piece of this creation larger than the area of the described perforated piece of the existing beehive, the number of small holes on the perforated piece can be improved, and more can be made in a fixed time. Multiple worker bees pass through to increase the efficiency of collecting pollen. 4. Compared with the existing beehives, the pollen collector is limited in capacity of the powder collecting box in order to match the size of the opening of the box. The powder collecting box of this invention only needs to be located under the powder collecting port The size is relatively flexible. The capacity of the powder collecting box can be larger than the capacity of the powder collecting box of the existing beehives. The pollen inside the powder collecting box will not be full within a day. Bee farmers only need to collect it once a day, saving time and labor costs.

In order to understand the technical characteristics and practical effects of this creation in detail, and to realize it according to the content of the creation, the preferred embodiment shown in the figure is further described in detail as follows:

As shown in Fig. 1 and Fig. 2, the beehive of the pollen collector in the tool box of the preferred embodiment of the present invention, it comprises lower casing 10, an upper casing 20, the pollen collector in a casing and a top cover 50, A drawer 60, the pollen collector in the box includes a powder collection assembly 30 and a powder collection box 40, wherein:

The lower box 10 is hollow, and as shown in FIG. 1 and FIG. 11 , the lower box 10 is the box 80 of the existing beehive; the lower box 10 is used to accommodate a plurality of honeycomb pieces.

As shown in Figures 1 and 2, the upper box body 20 is located on the top of the lower box body 10, and includes two sides opposite to each other, and two ends opposite to each other; as shown in Figures 2 to 4 , the upper box 20 is provided with a powder collecting space 21, a lower baffle plate 22, an inlet and outlet channel 23, and an inlet and outlet 24 connecting the inlet and outlet channel 23 with the inside of the lower box 10, and a rotatable Baffle plate 25, and an upper stopper 26; As shown in Figure 4, this access channel 23 extends toward the front and rear ends of this upper box body 20 and is arranged laterally, and as shown in Figure 4 and Figure 5, this access channel 23 communicates with the inside of the beehive of the pollen collector in the tool box and the outside of the beehive of the pollen collector in the tool box, and the bees can enter and exit from it; The plate 22 is located between the powder collecting space 21 and the inlet and outlet channel 23, and the lower baffle 22 is provided with a powder collecting port 221 penetrating up and down; as shown in Figure 4 and Figure 5, the barrier plate 25 can be lifted to cover The inlet and outlet 24; as shown in Figures 2 to 4, the upper baffle 26 is located above the access passage 23, and includes two baffles 261, as shown in Figure 2, the two baffles 261 can be accessed through the two hinges. Pivotally combined with each other; as shown in Figure 2, Figure 3, Figure 7 and Figure 8, the upper box body 20 is also provided with a flip cover 27, and a draw-out port 28 and a piercing member draw-out port running through the upper box body 20 29, and as shown in Figure 7 and Figure 8, the extraction port 28 and the punching member extraction port 29 are respectively located on both sides of the upper box body 20; as shown in Figure 2 and Figure 7, the flip cover 27 can be flipped The extraction opening 28 is covered in an even manner.

As shown in Figures 2 to 4, the powder collecting assembly 30 is located in the inlet and outlet channel 23, and includes a body 31, a perforated member and a screen member; as shown in Figure 3, the body 31 is frame-shaped, and Including a top board 311 and a plug-in 312 arranged side by side, upright and side-by-side two abutting boards 313, and two upright long holes 314; The side is extended, and in this preferred embodiment, the inserter 312 is in the shape of a square frame; the two abutting plates 313 are respectively close to the two sides of the upper box body 20, and the two abutting plates 313 and The top plate 311 and the inserter 312 are combined; as shown in FIG. Abutting against the upper surface of the lower baffle 22, the powder collecting assembly 30 is detachably combined with the lower baffle 22; as shown in Figure 3 and Figure 8, the two long holes 314 penetrate laterally respectively The two abutting plates 313 , and one of the long holes 314 is linearly opposite to the outlet 29 of the punching member of the upper case 20 .

As shown in FIG. 3, in this preferred embodiment, the perforated member is two perforated sheets 32. As shown in FIG. Arranged in a straight line toward the other side of the upper box body 20, as shown in Figure 4, the two perforated sheets 32 of the perforated member are set upright relative to the inlet and outlet passage 23 and the inlet and outlet passage 23 is divided into two sections, And the two perforated sheets 32 of the perforated part are located above the powder collecting port 221; In the main body 31 of the powder collecting assembly 30, and as shown in Figure 7 and Figure 8, one end of one of the perforated pieces 32 protrudes from the upper box 20 from the perforated part extraction port 29, which can facilitate the user to use the perforated part The one of the perforated sheets 32 is drawn out from the perforated piece outlet 29 to separate from the main body 31 of the powder collecting assembly 30 , and is separated from the upper case 20 . As shown in Figure 7, the two perforated sheets 32 of the perforated member are provided with a plurality of small holes, the size of each of which can just allow the body of a worker bee to pass through, and the size of each of these small holes can correspond to different types of bees. The design of bees is not particularly limited here.

As shown in Figure 3, the screen member is two screen mesh sheets 33 in this preferred embodiment, as shown in Figure 3 and Figure 4, the two screen mesh sheets 33 are arranged in the body 31 of the powder collecting assembly 30 , and the two sieves 33 are placed above the plug-in 312 and below the two perforated sheets 32 respectively; the two sieves 33 of the sieve block the powder collecting port 221 of the lower baffle 22; As shown in Figure 4, the powder collecting box 40 is located in the powder collecting space 21 of the upper box 20, and is located below the powder collecting port 221 of the lower baffle 22, as shown in Figure 7, the powder collecting box 40 can When the flip cover 27 is lifted, it is pulled out from the outlet 28 to break away from the inside of the upper box body 20 .

As shown in Figures 1 and 2, the top cover 50 is located on the top of the upper box 20, and as shown in Figures 1 and 11, the top cover 50 is the top cover of the box 80 of the existing beehive 81; as shown in Figure 9, when one of the baffles 261 of the upper baffle 26 is pivoted and placed on the other baffle 261, the lower surface of the one of the baffles faces the top cover 50 and A feeding space S1 is formed between the top cover 50, the feeding space S1 communicates with the inlet and outlet 24, and the feeding space S1 is used to place a bee feeder, as shown in Figure 9, in this preferred embodiment Among them, a sugar water feeding box 70 is placed in the feeding space S1, and the bees will fly to the feeding space S1 to drink sugar water. Bee farmers can use this to help the bees survive the winter or increase the production of honey.

As shown in Figures 1 to 3, the drawer 60 is detachably arranged in the powder collecting space 21 of the upper box body 20, and includes two ribs 62 separated by a drawer plate 61; as shown in Figure 3, the two The ribs 62 protrude upward from the drawer plate 61, and the two ribs 62 extend toward the two sides of the upper box body 20, as shown in Figure 4, the two ribs 62 are used to clamp the set Powder box 40, so that the powder collection box 40 can be fixed below the powder collection port 221 of the lower baffle 22, and as shown in Figure 6, when the drawer 60 is drawn out from the powder collection space 21 of the upper box body 20, The powder collecting box 40 will be pulled out together due to being locked by the two convex ribs 62 .

As shown in Figure 5, the beehive of the pollen collector in the tool box of the preferred embodiment of the present invention, its use situation is as follows: when the worker bees have gathered nectar or pollen, they want to return to the multiple beehives inside the lower casing 10. During described honeycomb sheet, can only pass through from this access passage 23, thereby described worker bee then must pass through the aperture on the two perforated sheet 32 of this perforated member, and because the size of each this aperture causes, worker bee sticks on one's body. The pollen that is full will be scraped off by a plurality of small holes on the two perforated sheets 32 of the perforated member. After the pollen falls, it will pass through the two sieve sheets 33 of the sieve member, pass through the powder collecting port 221, and finally fall down to the collecting port. Powder box 40 inside; And worker bee can then fly to this inlet and outlet 24 after passing through the aperture of two perforated pieces 32 of this perforated part, and fly into the inside of this lower box body 10 from this inlet and outlet 24, get back to where The honeycomb pieces rest or make honey.

The beehive of the pollen collector in the tool box of this creation, the pollen collecting assembly 30 and the powder collecting box 40 of the pollen collector in the box are located inside the upper box body 20, which can not only prevent the pollen collector in the box from being affected by the environment or weather Affected by damp, the service life of the pollen collector in the box is reduced, and the pollen collected inside the powder collecting box 40 will not cause poor pollen quality due to rain or other environmental and weather factors, which will lead to reduced pollen quality and lower prices. Defective, or even need to be scrapped, this creation can thereby ensure the quality of the pollen collected by the powder collecting box 40 .

Compared with the existing beehive, the perforated sheet 93 is limited in length for the size of the opening of the box body 80, and the number of small holes on the perforated sheet 93 is thus limited, resulting in the The pollen collector 90 has a limited efficiency in collecting pollen, and this creation changes the entrance of the honeybees from the opening of the box body 80 to the entrance and exit passage 23, and the size of the entrance and exit passage 23 is larger than the opening of the box body 80 in the existing beehives size, and the powder collecting assembly 30 is directly arranged on the inlet and outlet channel 23, the area of the two perforated sheets 32 of the perforated member can thus be greater than the area of the described perforated sheet 93 of the existing beehive, on the two perforated sheets 32 of the perforated member The number of small holes can be increased, allowing more worker bees to pass through within a fixed period of time, and this creation increases the efficiency of collecting pollen.

Compared with the existing beehives, the pollen collector 90 is in order to match the size of the opening of the box body 80, resulting in a smaller capacity of the powder collecting box 91. The powder collecting box 40 of this invention only needs to be located in the powder collecting space 21 and located below the powder collecting port 221, the size of the powder collecting box 40 is relatively flexible, and the capacity of the powder collecting box 40 can be greater than the capacity of the powder collecting box 91 of the existing beehive. Within one day, the powder collecting box The pollen collected inside the 40 will not be full, and the breeder only needs to recycle the pollen once a day from the inside of the powder collecting box 40, saving a lot of time and manpower

In this creation, the lower box body 10 and the top cover 50 are the box body 80 and the top cover 81 of the existing beehive, and the beekeepers do not need to spend effort, money and time to redesign a beehive. Under the situation of changing the described box body 80 structure of existing beehive, only need to add this upper box body 20 in this creation and can improve greater efficacy.

In this preferred embodiment, the powder collecting box 40 can be drawn out from the outlet 28 to break away from the inside of the upper box 20, so that the beekeepers can collect the pollen inside the powder collecting box 40 very conveniently. Open the flip cover 27, and extract the powder collecting box 40 from the outlet 28; in addition, the flip cover 27 can cover the outlet 28, which can prevent the collection of pollen when the bee breeders have not yet collected pollen. The pollen inside the powder box 40 is damp due to excessive contact with the external environment, which further ensures the quality of the pollen.

In this preferred embodiment, the powder collecting assembly 30 is detachably combined with the lower baffle plate 22; one of the perforated pieces 32 of the perforated member can be drawn out from the outlet 29 of the perforated member to separate from the powder collecting assembly 30 body 31 of the upper box body 20, and the drawer 60 is detachably arranged in the powder collecting space 21 of the upper box body 20, and when the drawer 60 is pulled out, the powder collecting box 40 will be affected by the The two convex ribs 62 are clamped and pulled out together; the above-mentioned structural arrangement is beneficial to the beekeepers to clean the creation, and the powder collecting assembly 30, the perforated part and the powder collecting box 40 that need to be cleaned are conveniently separated.

In this preferred embodiment, when the barrier plate 25 provided on the upper box body 20 covers the inlet and outlet 24, the inside of the lower box body 10 can be separated from the outside of the beehive of the pollen collector in the tool box. Breeders need to respond to the flowering time and flowering species in different places, and when the beehive of the pollen collector in the tool box is transported and moved, as shown in Figure 10, the bees inside the lower box body 10 can be prevented from running out.

The above is only a preferred embodiment of this creation, and does not limit this creation in any form. Anyone with ordinary knowledge in the technical field can use this creation without departing from the scope of the technical solutions proposed in this creation. Creation of equivalent embodiments with partial changes or modifications made to the disclosed technical content, and without departing from the content of the technical solution of the creation, all still fall within the scope of the technical solution of the creation.

10: Lower box 20: Upper box 21: powder collecting space 22: Lower baffle 221: powder collecting port 23: Passage in and out 24: Import and export 25: barrier board 26: Upper block 261: Baffle 27:Clamshell 28: pump out 29: Perforated piece extraction outlet 30:Powder collection component 31: Ontology 311: top plate 312: plug-in 313: abutment plate 314: long hole 32: Perforated sheet 33: screen 40: powder collection box 50: top cover 60: drawer 61: drawer board 62: convex rib 70: Sugar water feeding box 80: cabinet 81: top cover 90: Pollen Collector 91: powder collection box 92: screen 93:Perforated film S1: Feeding space

Fig. 1 is the perspective view of the preferred embodiment of the creation. Fig. 2 is an exploded view of the top cover of the preferred embodiment of the invention. Fig. 3 is an exploded view of some components of the preferred embodiment of the invention. Fig. 4 is a partial side view sectional view of a preferred embodiment of the invention. Fig. 5 is a schematic diagram of the use status of the preferred embodiment of the invention. Fig. 6 is a partial side sectional view of the use state of the preferred embodiment of the present invention. Fig. 7 is a partial front view sectional view of the use state of the preferred embodiment of the present invention. Fig. 8 is another partial front sectional view of the use state of the preferred embodiment of the present invention. Fig. 9 is a schematic diagram of the use state of the feeding space of the preferred embodiment of the present invention. Fig. 10 is a schematic diagram of the use state of the barrier plate of the preferred embodiment of the invention. Fig. 11 is the three-dimensional appearance diagram of the existing beehive.

10: Lower box

20: Upper box

50: top cover

60: drawer

Claims (10)

A beehive with a pollen collector in the box, comprising: The lower box is used to accommodate multiple honeycomb pieces; An upper box, which is set on the top of the lower box; the upper box is provided with a lower baffle, an inlet and outlet channel, a powder collection space, and a connecting channel and the inside of the lower box. One entrance and exit; the entrance and exit passage is arranged horizontally, and communicates with the inside of the beehive of the pollen collector in the box and the outside of the beehive of the pollen collector in the box; the pollen collecting space is located below the entrance and exit passage; the lower stop The board is arranged between the powder collecting space and the inlet and outlet channel, and is provided with a powder collecting port penetrating up and down; and A pollen collector in a box, which includes a powder collecting assembly and a powder collecting box; the powder collecting assembly is arranged in the passageway, and includes a perforated piece and a screen piece; the perforated piece is provided with a plurality of small holes, The perforated member is arranged upright relative to the inlet and outlet channel and divides the inlet and outlet channel into two sections, and is located above the powder collecting port; the screen member covers the powder collecting port; the powder collecting box is arranged in the powder collecting space, And it is located below the powder collecting port. The beehive with pollen collector in the box as described in claim 1, wherein the upper box body is provided with a barrier plate inside, and the barrier plate can be lifted to cover the entrance and exit. The beehive with the pollen collector in the box as described in claim 1, wherein the upper box body is provided with an extraction opening through the upper box body, and a flip cover; the powder collecting box can be drawn out from the extraction opening. Break away from the inside of the upper box; the flip cover can be lifted to cover the extraction port. The beehive with pollen collector in the box as described in any one of claims 1 to 3, wherein the pollen collecting component includes a body, which is in the shape of a frame and includes a top plate and a top plate arranged side by side. Inserter, and two upright and side-by-side abutment plates; the two abutment plates are combined with the top plate and the inserter; the body of the powder collecting assembly can be inserted into the powder collecting port of the lower baffle with the inserter, and at the same time The two abutting plates abut against the upper surface of the lower baffle. The beehive with the pollen collector in the box as described in claim 4, it also includes a top cover, the top cover is arranged on the top of the upper box body, and an upper stopper is provided in the upper box body, the upper stopper The member is located above the access channel and includes two baffles, which can be pivotally combined with each other; when one of the baffles is pivoted and placed on the other, the one of the baffles The lower surface of the lower surface faces the top cover, and a feeding space is formed between the lower surface and the top cover, and the feeding space communicates with the inlet and outlet, and is used for placing a bee feeder. The beehive with the pollen collector in the box as described in claim 4, wherein the body of the pollen collecting component includes two upright long holes, and the two long holes respectively pass through the two abutting plates laterally, and the through holes Parts can be inserted through the two long holes and set in the body of the powder collecting assembly. The beehive with the pollen collector in the box as described in claim 6, wherein the upper box body is provided with a perforated outlet that passes through the upper box, and the perforated outlet is linearly opposite to one of the long holes , and the perforating member can be drawn out from the outlet of the perforating member to disengage from the body of the powder collecting assembly and disengage from the upper box. The beehive with the pollen collector in the box as described in claim 7, it further includes a drawer, which is detachably arranged in the powder collecting space of the upper box; the drawer includes a drawer board and spaced apart Two protruding ribs protrude upward from the drawer plate, and the two protruding ribs are used to clamp the powder collecting box. The beehive with pollen collector in the box as described in any one of claims 1 to 3, which further includes a drawer, which is detachably arranged in the pollen collecting space of the upper box; the drawer includes a The drawer plate and two spaced ribs protrude upward from the drawer plate, and the two ribs are used to clamp the powder collecting box. The beehive with the pollen collector in the box as described in any one of claims 1 to 3, it also includes a top cover, the top cover is arranged on the top of the upper box body, and the upper box is provided with an upper A baffle, the upper baffle is located above the access passage, and includes two baffles, the two baffles are pivotably combined with each other; when one of the baffles is pivoted and placed on the other of the baffles, the The lower surface of one of the baffles faces the top cover, and a feeding space is formed between the lower surface and the top cover, and the feeding space communicates with the inlet and outlet, and is used for placing a bee feeder.

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