CN114208723A

CN114208723A - Special beehive of high security bee-keeping

Info

Publication number: CN114208723A
Application number: CN202111480405.6A
Authority: CN
Inventors: 郭媛; 张旭凤; 武敏; 郭丽娜; 郭宝贝; 秦国杰; 张云毅; 牛艳
Original assignee: Shanxi Agricultural University
Current assignee: Shanxi Agricultural University
Priority date: 2021-12-07
Filing date: 2021-12-07
Publication date: 2022-03-22
Anticipated expiration: 2041-12-07
Also published as: CN114208723B

Abstract

The application discloses a high-safety beehive special for bee keeping, which relates to the technical field of bee breeding and comprises a beehive, a supporting leg assembly, a capturing assembly and a linkage assembly; the supporting leg assembly comprises a control telescopic assembly and a reinforcing assembly; the control telescopic assembly comprises a plurality of inner baffles, the inner baffles are arranged in the beehive, supporting legs are connected in the inner baffles in a sliding mode, springs are connected between the supporting legs and the beehive, threaded clamping pieces are arranged in the inner baffles, and the threaded clamping pieces are clamped on the supporting legs; the outer wall of the beehive is in threaded connection with a plurality of threaded knobs, and the threaded knobs penetrate through the side wall of the beehive and are in threaded connection with the threaded clamping pieces. The beehive that places outdoors among the prior art has effectually been solved through setting up of corresponding mechanism on the beehive and has received the influence of natural factor or animal easily and the circumstances that the slope was tumbled, and then has realized the stable of outdoor beehive and has placed, is difficult for receiving the slope that collapses in natural factor or collision, and then has protected the effect of the honeybee in the beehive.

Description

Special beehive of high security bee-keeping

Technical Field

The invention relates to the technical field of bee breeding, in particular to a high-safety special beehive for bee breeding.

Background

Bee keeping, i.e. bee breeding, is the career of artificially breeding bees and taking products including honey, royal jelly, propolis, pollen, beeswax, bee pupa, bee venom and the like.

The beehive is the place that the confession bee was multiplied and is had rest in the bee-keeping process, is the most basic bee-keeping instrument, and standard beehive is also known as ten frame beehives, lang shi beehive, is the stack formula free frame beehive that bee-keeper used most often, and standard beehive comprises 10 frames, case body, the bottom of the case, nest door shelves, auxiliary cover, case lid and baffle, and when using, the beehive generally will be placed in outdoor or open-air beehive, directly puts on ground or add the base and produce the distance with ground and put.

Because the existing beehive is placed near an outdoor or uneven farmland, the beehive is supported by using a simpler tool, is very unstable and unsafe, is easy to overturn when encountering natural influences such as strong wind, vibration and the like or influences of outdoor animal running, causes bee casualties, is not beneficial to the reproduction and rest of bees, brings economic loss and the like for users.

Disclosure of Invention

The embodiment of the application is through providing a special beehive of high security bee-keeping, has solved among the prior art that the beehive of outdoor placing receives the influence of natural factor or animal easily and the slope is tumbled, has realized the stable of outdoor beehive and has placed, is difficult for receiving the slope that collapses in natural factor or collision, and then has protected the honeybee in the beehive.

The embodiment of the application provides a high-safety beehive special for beekeeping, which comprises a beehive, a supporting leg assembly, a capturing assembly and a linkage assembly;

the supporting leg assembly comprises a control telescopic assembly and a reinforcing assembly;

the control telescopic assembly comprises a plurality of inner baffles, the inner baffles are arranged in the beehive, supporting legs are connected in the inner baffles in a sliding mode, springs are connected between the supporting legs and the beehive, threaded clamping pieces are arranged in the inner baffles and clamped on the supporting legs;

the outer wall of the beehive is in threaded connection with a plurality of threaded knobs which penetrate through the side wall of the beehive and are in threaded connection with the threaded clamping piece;

the reinforcing component comprises a chassis, a plurality of grooves are drilled on the chassis, and a plurality of support legs are rotationally connected in the grooves;

the catch assembly includes a first catch assembly and a second catch assembly, both disposed on the leg.

Furthermore, the supporting legs are provided with top grooves, and the top grooves are communicated with the communication grooves.

Furthermore, a connecting piece is sleeved on the outer side of the rotating shaft and connected with the support legs, a first coil spring is connected between the connecting piece and the rotating shaft, and a limiting block is connected to the connecting piece;

the supporting legs are connected with movable lantern rings in a sliding mode, and connecting rods are connected between the movable lantern rings and the supporting legs.

Furthermore, the chassis is connected with a sliding lug in a sliding manner, and a return spring is connected between the sliding lug and the chassis;

be equipped with first pulley in the landing leg, install the side moving part on the landing leg outer wall, be connected with first piece of pulling between side moving part and the slip lug, first piece sliding connection that pulls is on first pulley.

Further, the capturing component comprises a first capturing component and a second capturing component;

the first capturing assembly comprises an outer shell and an inner shell, a plurality of through holes are formed between the outer shell and the inner shell, an inner sliding plate is connected to the inner shell, the inner sliding plate is connected to the supporting leg in a sliding mode, and a flowing water layer is arranged in the inner shell;

the supporting legs are provided with guide openings, and the guide openings are communicated with the through holes.

Further, the beehive bottom install the water tank, be equipped with the water filling port on the water tank, be connected with a plurality of connecting pipes on the water tank, be connected with solid fixed ring between connecting pipe and the landing leg.

Further, the second capture assembly comprises a sealed shell body, the inner shell body is arranged at the upper part of the outer shell body, and first liquid and second liquid are arranged in the second capture assembly.

Furthermore, a plurality of guide outlets are formed in the supporting legs and communicated with the guide ports, and a plurality of small holes are formed in the sealed box body of the sealed shell and connected with the guide outlets.

Furthermore, the linkage assembly is arranged on the supporting leg and comprises a plurality of blades which are rotatably connected in the sealed box body of the sealed shell, a connecting rod is connected between a pair of the blades, and a second coil spring is connected between the connecting rod and the blades;

the landing leg is internally provided with a second pulley, the second pulley is connected with a second traction piece in a sliding manner, and the second traction piece is connected between the inner sliding plate and the connecting rod.

One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages:

through add landing leg subassembly 200 on current beehive 100's basis, rotate screw thread knob 215 and adjust the length of landing leg 212, in order to adapt to the topography of different place co-altitude, utilize stretching out of a plurality of stabilizer blades 224 of a plurality of activity lantern ring 232 control to insert ground, in order to reach the effect of consolidating the beehive, in order to solve among the prior art the beehive of outdoor placing receive the influence of natural factor or animal easily and the condition that the slope was tumbled, realized the stable of outdoor beehive and placed, be difficult for receiving the slope that collapses in natural factor or collision, and then protected the effect of the honeybee in the beehive.

Drawings

FIG. 1 is a perspective view of the high-safety beehive for beekeeping;

FIG. 2 is a bottom view of the high-safety beehive for beekeeping;

FIG. 3 is a sectional view of a part of the structure of the special beehive for high-safety bee keeping of the invention;

FIG. 4 is a partial structural view of a reinforced assembly of the high-security beehive dedicated for beekeeping of the present invention;

FIG. 5 is a sectional view showing a part of the structure of the reinforcement member of the beehive for high-safety beekeeping according to the present invention;

FIG. 6 is a schematic view of the structure at A in FIG. 5;

FIG. 7 is a sectional view showing the structure of a first trap component of the beehive for high-safety beekeeping;

fig. 8 is a sectional view showing the structure of a second trap component of the beehive specially used for high-safety bee keeping of the invention.

In the figure: a beehive 100;

leg assembly 200, control telescoping assembly 210, inner baffle 211, leg 212, spring 213, threaded clamp 214, threaded knob 215, reinforcement assembly 220, base plate 221, shaft 222, connector 223, leg 224, first coil spring 225, stop block 226, sliding projection 227, return spring 228, first pulley 229, side hinge 230, first traction element 231, movable collar 232, link 233;

a capturing member 300, a first capturing member 310, an outer housing 311, an inner housing 312, an inner slide plate 313, a guide port 314, a flowing water layer 315, a water tank 316, a water filling port 317, a connection pipe 318, a fixing ring 319, a second capturing member 320, a sealed case 321, a guide outlet 322, a first liquid 323, a second liquid 324;

the linkage assembly 400, the leaf 410, the connecting rod 420, the second coil spring 430, the second pulley 440 and the second traction piece 450.

Detailed Description

In order to facilitate an understanding of the present invention, the present application will now be described more fully with reference to the accompanying drawings; the preferred embodiments of the present invention are illustrated in the accompanying drawings, but the invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided so that this disclosure will be thorough and complete.

It is noted that the terms "vertical," "horizontal," "upper," "lower," "left," "right," and the like as used herein are for illustrative purposes only and do not represent the only embodiments.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs; the terminology used herein in the description of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention; as used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

Please refer to fig. 1-8, the special beehive for high-safety bee keeping of the present application includes a beehive 100, a leg assembly 200, a catching assembly 300 and a linkage assembly 400, the present application adds the leg assembly 200 on the basis of the existing beehive 100, rotates the screw knob 215 to adjust the length of the leg 212 to adapt to terrains with different heights in different places, and controls the extending of the legs 224 to insert into the ground by using the movable lantern rings 232 to achieve the effect of reinforcing the beehive, so as to solve the problem that the beehive placed outdoors in the prior art is easily inclined and overturned by being affected by natural factors or animals, thereby realizing the stable placement of the outdoor beehive, being not easy to be affected by natural factors or collision, collapsing and inclining, and further protecting the bees in the beehive.

Example one

As shown in fig. 1-3, the beehive special for high-safety bee keeping of the present application comprises a beehive 100 and a leg assembly 200, wherein the leg assembly 200 comprises a control telescopic assembly 210 and a reinforcing assembly 220;

the control telescopic assembly 210 is used for controlling the adjustment of the overall height and level of the beehive 100;

the reinforcing component 220 is used for reinforcing the beehive 100, so that the beehive 100 is supported on the ground more stably;

referring to fig. 3, the control telescoping assembly 210 includes a plurality of inner baffles 211, legs 212, springs 213, threaded clamps 214, and threaded knobs 215;

the inner baffles 211 are arranged at four right angles in the beehive 100 and play roles of isolating bees and sliding the supporting legs 212;

the supporting legs 212 are connected in the inner baffle 211 in a sliding manner, the communicating grooves are formed in the supporting legs 212, the supporting legs 212 support the beehive 100, and the heights of the supporting legs 212 can be adjusted independently, so that the beehive is convenient to use on the ground with different slopes and heights;

the spring 213 is connected between the supporting leg 212 and the beehive 100, plays a role in connecting the supporting leg 212, and is convenient for the supporting leg 212 to automatically extend downwards in the using process and to be in contact with the ground for leveling by the elasticity of the spring 213;

the threaded clamp 214 and the threaded knob 215 are installed on the outer side of the beehive 100, the threaded knob 215 and the threaded knob 215 are matched with the support leg 212, the threaded clamp 214 and the threaded knob 215 are matched for use, and after the support leg 212 is adjusted to a certain position, a user rotates the threaded knob 215 to enable the threaded clamp 214 to move and clamp the support leg 212, so that the support leg 212 is stably fixed.

Referring to fig. 3-6, the reinforcing member 220 includes a bottom plate 221, a rotating shaft 222, a connecting member 223, a supporting leg 224, a first coil spring 225, a limiting block 226, a sliding projection 227, a return spring 228, a first pulley 229, a side movable member 230, a first traction member 231, a movable collar 232, and a connecting rod 233;

the inner baffle 211 is connected to the bottom of the supporting leg 212 and is circular, so that the contact area between the supporting leg 212 and the ground is increased, the supporting stability is improved, a plurality of grooves and top grooves are formed in the supporting leg 212, and the top grooves are communicated with the communication grooves;

the rotating shaft 222 is rotatably connected in the inner baffle 211, and the rotating shaft 222 is arranged in the groove, so that the rotating adjustment of the supporting legs 224 is facilitated;

the connecting piece 223 is connected to the rotating shaft 222 to play a role of connection;

the supporting leg 224 is connected to the connecting member 223, a part of the supporting leg 224, which is close to the supporting leg 212, is cylindrical, one end of the supporting leg 224, which is far away from the supporting leg 212, is conical, and the tip of the conical is offset in the downward direction, so that a user can conveniently insert the supporting leg 224 into the ground, the supporting leg 224 plays a role in reinforcing and supporting, the supporting leg 224 can be rotated out downwards in the using process, and the tip of the supporting leg 224 is inserted into the ground, so that strong wind or collision of animals can be prevented;

the first coil spring 225 is connected between the rotating shaft 222 and the connecting member 223 and is used for resetting the support leg 224, so that the support leg 224 can be automatically reset and positioned in the groove through the first traction member 231 after being stretched downwards;

the limiting block 226 is connected to the connecting piece 223, the limiting block 226 is connected to one side of the connecting piece 223 close to the supporting leg 212 in an arc shape, and is used in cooperation with the sliding projection 227 for limiting and clamping the supporting leg 224;

the sliding lug 227 is arranged in the chassis 221, a return spring 228 is connected between the sliding lug 227 and the chassis 221, one end of the sliding lug 227 close to the limiting block 226 is in a semicircular shape and is matched with the limiting block 226 for use, and through clamping with the limiting block 226, the return spring 228 exerts reverse acting force on the sliding lug 227 to play a role in reversely fixing the support leg 224 and prevent the support leg 224 from rebounding during use;

the pair of first pulleys 229 is provided in the top groove and the communication groove, respectively, and serves as a connection base for the first traction element 231;

the side moving member 230 is disposed on the supporting leg 212, and is disposed outside the connecting groove, for adjusting and stretching the sliding protrusion 227;

the first traction element 231 is connected between the side movable element 230 and the sliding lug 227 to play a role in connection, and the first traction element 231 is connected to the first pulley 229 in a sliding manner and used for connecting the side movable element 230 and the sliding lug 227, so that the sliding lug 227 is pulled to one side by the stretching of the side movable element 230, the limit block 226 is separated from the sliding lug 227, and the support leg 224 is reset;

the movable collar 232 is slidably connected to the leg 212 for adjusting the rotation of the leg 224;

the 233 is hinged between the leg 224 and the movable collar 232 to serve as a connection.

In actual use of the beehive of the embodiment of the application, as shown in figures 1-6,

1. the user moves the beehive 100 to a designated position for placement, places the beehive 100 on the ground, and turns the threaded knob 215 to place the threaded clamp 214 in a relaxed state;

2. the beehive 100 is lifted upwards, the supporting legs 212 are automatically popped downwards to be contacted with the ground under the action of the springs 213, a user can finely adjust the heights of the supporting legs 212 after the base plate 221 is contacted with the ground, so that the base plate 221 is contacted with the ground more tightly, the threaded knob 215 is rotated reversely after adjustment, and the heights of the supporting legs 212 are fixed to finish the fixation of the beehive 100;

3. when the device is used on a slope, uneven or soft ground, a user can slide the movable lantern ring 232 downwards in the operation forward in the step 1, the movable lantern ring 232 rotates the rotating shaft 222 to one side through the connecting rod 233 to enable the supporting leg 224 to rotate downwards and open, the limiting block 226 slides on the surface of the sliding lug 227 in the rotating process, the rotating shaft 222 rotates reversely under the action of the first coil spring 225, the sliding lug 227 is ejected out again due to the acting force of the return spring 228, and the limiting block 226 is clamped on one side of the sliding lug 227 to fix the supporting leg 224;

4. when the beehive 100 is not used or moved, the beehive 100 is lifted upwards, the side movable pieces 230 are pulled outwards, the sliding protrusions 227 are pulled reversely through the first pulling pieces 231, the limiting blocks 226 are not in contact with the sliding protrusions 227, and the supporting legs 224 are reset under the action of the first coil springs 225.

The technical scheme in the embodiment of the application at least has the following technical effects or advantages:

through the regulation of landing leg subassembly 200 to the landing leg 212 height and the reinforcing effect of reinforcing subassembly 220 to chassis 221, make beehive 100 can adapt to the ground condition of different degrees, solve among the prior art the beehive of outdoor placing and receive the influence of natural factor or animal and the condition that the slope was tumbled easily, realized the stable of outdoor beehive and placed, be difficult for receiving the natural factor or the slope that collapses of collision, and then protected the effect of the honeybee in the beehive.

Example two

In the actual use process, the beehive 100 is placed outdoors for a long time, and the honey of the bees attracts a plurality of ants to capture, so that the ants easily damage the supporting legs to a certain extent, and the bees in the beehive 100 are damaged.

In view of the above problems, the embodiment of the present application adds the catching assembly 300 on the basis of the embodiment 1, so that ants can be caught or drowned during climbing upwards through the supporting legs 212, thereby preventing the ants from advancing.

2-8, the capture assembly 300 includes a first capture assembly 310 and a second capture assembly 320;

the first capturing component 310 is disposed at the bottom of the second capturing component 320, and is used for guiding and capturing ants climbing the supporting leg 212;

the second capturing component 320 is used for stirring and submerging the crawling ants, so that the ants cannot crawl into the beehive 100;

the first capturing assembly 310 includes an outer housing 311, an inner housing 312, an inner slide plate 313, a guide port 314, a flowing water layer 315, a water tank 316, a water filling port 317, a connection pipe 318, and a fixing ring 319;

the outer shell 311 is sleeved outside the support legs 212, the inner shell 312 is arranged between the support legs 212 and the outer shell 311, a gap exists between the outer shell 311 and the inner shell 312, and the outer shell 311 and the inner shell 312 are arranged in a semi-arc shape, so that ants are not easy to climb onto the outer shell 311, and an effective blocking effect and a guiding effect are achieved for the ants;

the outer shell 311 and the inner shell 312 are both provided with water outlets for discharging water in the inner shell 312 after the water level is full;

the inner sliding plate 313 is connected with the inner housing 312, the inner sliding plate 313 is slidably connected with the supporting leg 212, so that the first capturing component 310 can slide integrally, and the triggering of the second capturing component 320 is facilitated;

the guiding openings 314 are formed in the supporting legs 212, wherein a plurality of through holes are formed between the outer shell 311 and the inner shell 312, and the through holes are communicated with the guiding openings 314 to guide ants, so that the ants climb into the second capturing component 320;

the flowing water layer 315 exists in the inner shell 312, and is used for performing drowning treatment on ants which do not enter the guide port 314 and climb into the inner shell 312 near the outer side wall of the outer shell 311, so that the ants fall on the flowing water layer 315 to drown;

the water tank 316 is arranged at the bottom of the beehive 100, a water filling port 317 is formed in the water tank 316, so that a user can add water on time, an external port is formed in one side of the water tank 316 and used for gas circulation, water in the water tank 316 can flow out naturally, the water can be connected into a collection device such as a funnel, and rainwater can be collected naturally;

the fixing rings 319 are sleeved on the supporting legs 212, the fixing rings 319 are arranged between the first capturing component 310 and the second capturing component 320, the fixing rings 319 are fixedly provided with connecting pipes 318, the connecting pipes 318 are connected to the water tank 316, the water outlets of the connecting pipes 318 face the inner shell 312, so that water in the water tank 316 can conveniently drop into the inner shell 312, and water can be continuously and slowly added into the inner shell 312, wherein the water outlets of the connecting pipes 318 are provided with throttle valves, the water yield of the connecting pipes 318 is reduced, the water yield of the connecting pipes 318 is 10-20 drops/min, and the first capturing component 310 can periodically trigger the devices on the second capturing component 320;

the second capture assembly 320 comprises a sealed housing sealed box 321, a lead-through outlet 322, a first liquid 323 and a second liquid 324;

the sealing shell sealing box body 321 is arranged outside the supporting leg 212, and one side of the sealing shell sealing box body 321 close to the supporting leg 212 is provided with a plurality of small holes;

a part of the supporting leg 212, which is located at the second capturing component 320, is provided with a guide outlet 322, the guide outlet 322 is communicated with the guide port 314, the guide outlet 322 is communicated with the small hole, so that ants enter from the guide port 314, climb out from the guide outlet 322 to enter the sealed box body 321 of the sealed shell, and play a role in guiding the ants;

preferably, the first liquid 323 is an oil layer, the second liquid 324 is a water layer, and according to the physical characteristics of the first liquid 323, ants will float on the second liquid 324, and will fall on the first liquid 323 and adhere to the first liquid 323, and the first liquid 323 and the second liquid 324 will be mixed through the stirring of the linkage assembly 400, the ants attached to the first liquid 323 will fall through the flushing of the second liquid 324, and the first liquid 323 will continue to float on the second liquid 324 after a while;

in actual use of the capture assembly 300 of the present embodiment, as shown in figures 2-8,

the first condition is as follows: ants climb on the outer surface of the outer shell 311 along the supporting legs 212, enter the guiding opening 314 along a gap between the outer shell 311 and the inner shell 312, climb out from the guiding opening 322, enter the sealed box body 321 of the sealed shell and fall on the first liquid 323;

case two: when ants enter a gap between the outer shell 311 and the inner shell 312, the ants climb upwards along the outer surface of the inner shell 312, fall into a flowing water layer 315 in the inner shell 312 from the high position of the inner shell 312, the water quantity of the flowing water layer 315 continuously added with water in the connecting pipe 318 is increased, the first capture component 310 integrally descends, and meanwhile, some water is discharged from a water discharge port;

the ants may detect that the flowing water layer 315 does not approach, and return to the guiding opening 314, and then move forward according to the situation.

EXAMPLE III

In actual use, ants may climb out from other paths in the sealed case 321 when the first liquid 323 moves slowly, and the efficiency of capturing and blocking ants is reduced.

In view of the above problems, the embodiment of the present application adds the linkage assembly 400 on the basis of the embodiment 1, so that ants fall down and are trapped or drowned in a stirring manner when entering the sealed box body 321 of the sealed shell, so as to prevent the ants from entering.

Referring to fig. 2-8, the linkage assembly 400 includes a leaf 410, a connecting rod 420, a second coil spring 430, a second pulley 440, and a second traction member 450;

the pair of leaf fans 410 are rotatably connected in the sealed box body 321 of the sealed shell and used for stirring liquid in the sealed box body 321 of the sealed shell, so that the first liquid 323 and the second liquid 324 are mixed to play a role of drowning ants, the leaf fans 410 are hermetically connected with the inner wall of the sealed box body 321 of the sealed shell, the liquid or the ants in the sealed box body 321 of the sealed shell are not easy to leak out from the connection part, and the whole sealing performance of the sealed box body 321 of the sealed shell is improved;

the connecting rod 420 is connected between the pair of blades 410, plays a role in connection, and is matched and connected with the first capturing component 310 for triggering;

the second coil spring 430 is connected between the connecting rod 420 and the leaf fan 410, and when the leaf fan 410 exerts an effect of reverse acting force on the leaf fan 410, the leaf fan 410 is pulled and rotated by the first capturing component 310, the second coil spring 430 can reverse the connecting rod 420 through self elasticity, reset the first capturing component 310, and can also reverse the leaf fan 410 to stir the liquid in the sealed box body 321 of the sealed shell again;

the second pulley 440 is arranged in the supporting leg 212 to provide a positioning basis for the second traction part 450, and the second traction part 450 is not easy to touch the inner wall of the supporting leg 212 to cause fracture in the process of stretching the second traction part 450;

the second traction member 450 is connected between the inner sliding plate 313 and the connecting rod 420, and the second traction member 450 is wound on the connecting rod 420 to perform a connecting transmission function.

In actual use of linkage assembly 400 of the present embodiment, as shown in figures 2-8,

1. when the water tank 316 continuously adds water to the first capture assembly 310, the weight of the flowing water layer 315 makes the first capture assembly 310 move downwards integrally, and during the movement, the inner sliding plate 313 slides downwards and pulls the second pulley 440 to elongate the second pulley 440;

2. when the second pulley 440 is stretched, the connecting rod 420 wound by the second pulley 440 rotates along with the elongation of the second pulley 440, the rotation of the connecting rod 420 drives the leaf 410 to rotate, and meanwhile, the second coil spring 430 is stretched in an outward expansion state;

3. when the water layer 315 flows to discharge water after reaching a certain weight, the weight of the first trap assembly 310 is reduced as a whole, the connection rod 420 is reversed under the force of the second coil spring 430, the second pulley 440 is continuously wound around the connection rod 420, and simultaneously the first trap assembly 310 is moved upward as a whole, and the fan 410 again stirs the both sides of the liquid in the hermetic container 321 of the hermetic container as it rotates.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A high-safety beehive special for beekeeping is characterized by comprising a beehive (100), a supporting leg assembly (200), a capturing assembly (300) and a linkage assembly (400);

the leg assembly (200) comprises a control telescoping assembly (210) and a reinforcement assembly (220);

the control telescopic assembly (210) comprises a plurality of inner baffles (211), the inner baffles (211) are arranged in the beehive (100), supporting legs (212) are connected in the inner baffles (211) in a sliding mode, springs (213) are connected between the supporting legs (212) and the beehive (100), threaded clamping pieces (214) are arranged in the inner baffles (211), and the threaded clamping pieces (214) are clamped on the supporting legs (212);

the outer wall of the beehive (100) is in threaded connection with a plurality of threaded knobs (215), and the threaded knobs (215) penetrate through the side wall of the beehive (100) and are in threaded connection with threaded clamping pieces (214);

the reinforcing component (220) comprises a chassis (221), a plurality of grooves are drilled on the chassis (221), a plurality of supporting legs (224) are rotationally connected in the grooves, and a rotating shaft (222) is rotationally connected between each supporting leg (224) and the chassis (221);

the catch assembly (300) includes a first catch assembly (310) and a second catch assembly (320), the first catch assembly (310) and the second catch assembly (320) each being disposed on a leg (212).

2. The beehive special for high-safety beehive of claim 1, wherein the legs (212) are provided with top grooves, and the top grooves are communicated with the communicating grooves.

3. The special beehive with high safety for beekeeping of claim 2, characterized in that a connecting piece (223) is sleeved outside the rotating shaft (222), the connecting piece (223) is connected with the supporting leg (224), a first coil spring (225) is connected between the connecting piece (223) and the rotating shaft (222), and a limit block (226) is connected on the connecting piece (223);

the supporting legs (212) are connected with movable lantern rings (232) in a sliding mode, and connecting rods (233) are connected between the movable lantern rings (232) and the supporting legs (224).

4. The beehive special for high-safety beehive of claim 3, wherein a sliding lug (227) is slidably connected to the bottom plate (221), and a return spring (228) is connected between the sliding lug (227) and the bottom plate (221);

the supporting leg (212) is internally provided with a first pulley (229), the outer wall of the supporting leg (212) is provided with a side moving part (230), a first traction part (231) is connected between the side moving part (230) and the sliding lug (227), and the first traction part (231) is connected to the first pulley (229) in a sliding manner.

5. The high-safety beehive special for beehives of claim 1, wherein the capturing component (300) comprises a first capturing component (310) and a second capturing component (320);

the first capturing component (310) comprises an outer shell (311) and an inner shell (312), a plurality of through holes are formed between the outer shell (311) and the inner shell (312), an inner sliding plate (313) is connected to the inner shell (312), the inner sliding plate (313) is connected to the supporting leg (212) in a sliding mode, and a flowing water layer (315) is arranged in the inner shell (312);

the supporting leg (212) is provided with a guide opening (314), and the guide opening (314) is communicated with the through hole.

6. The high-safety beehive special for beehive keeping in good safety according to claim 5, wherein a water tank (316) is installed at the bottom of the beehive (100), a water filling port (317) is arranged on the water tank (316), a plurality of connecting pipes (318) are connected to the water tank (316), and fixing rings (319) are connected between the connecting pipes (318) and the supporting legs (212).

7. The beehive of claim 6, wherein the second capturing unit (320) comprises a sealed case (321), the inner case (312) is disposed on the upper portion of the outer case (311), and the first liquid (323) and the second liquid (324) are disposed in the second capturing unit (320).

8. The beehive special for high-safety beehive of claim 7, wherein the legs (212) are provided with a plurality of guide outlets (322), the guide outlets (322) are communicated with the guide ports (314), the sealed box body (321) of the sealed shell is provided with a plurality of small holes, and the small holes are connected with the guide outlets (322).

9. The beehive special for high-safety beehive of claim 8, wherein the linkage assembly (400) is arranged on the supporting legs (212), the linkage assembly (400) comprises a plurality of leaves (410), the leaves (410) are rotatably connected in the sealed box (321) of the sealed shell, a connecting rod (420) is connected between a pair of the leaves (410), and a second coil spring (430) is connected between the connecting rod (420) and the leaves (410);

a second pulley (440) is arranged in the supporting leg (212), a second traction piece (450) is connected onto the second pulley (440) in a sliding mode, and the second traction piece (450) is connected between the inner sliding plate (313) and the connecting rod (420).