KR20210076809A - bee hive box - Google Patents

Abstract

The present invention relates to a beehive. The present invention automatically supplies water and rearing liquid. An outlet is formed in a body in which a plurality of through-holes are formed. The beehive of the present invention can be fixed to a ground plate due to a hook of the body. A vent is mounted on a ventilation hole of a lid. Front and rear selection holes are formed under take-off and landing plates. A water tank and a liquid tank are formed in a water supply pipe and a liquid supply pipe.

Description

bee hive box

According to the present invention, pollen rice cakes (food for caterpillars and bees) manufactured while receiving water and feed solution (manufactured sugar water or honey water diluted with water) are supplied from the outside, or pollen box that can collect pollen Insert the slide into the lower through hole of the take-off and landing plate side by side with the bee specification part, and to prevent rainwater from flowing into the main body, the front means equipped with the bee access part on the top of the chin above the through hole formed in the take-off and landing plate is mounted on the main body to the left and right sides. By mounting the locking part on the upper and lower sides of the arm fastening part and the front and rear upper parts, the lid formed in the concave-convex shape so that the main body bottom and part of the tenon fitting shape can be made can be combined with the main body or the system, as well as the opening and closing plate formed on the lower part of the main body. By installing ventilation nets and ventilation holes, air circulation inside the hive can be arbitrarily controlled, and when swarming is desired, a swarming net that confines the queen bee inside the lid can be installed to prevent remote swarming. The beekeeper has a large amount of beekeeping due to the installation of the front means formed by inserting a pollen box and a bee specification part into the through-holes on both sides of the take-off and landing board on the upper side of the take-off and landing board of the front means fixed in front of the main body of the beehive. In addition to being able to manage beehives with a small amount of manpower, a large number of beehives are stacked layer by layer using fastening means and the ground plate is fixed to the ground with piles and fixed with a hook formed in the judgment joint so that the ground cannot be moved by wind. It's about beehives.

In general, a beehive displays a rectangular box that forms a bee entrance on the road to induce harvesting from spring to autumn. At a certain point, honey is collected from the hive, and then, for a certain period of time, for a strong group (strong group) of bees. Potted rice cakes, sugar water, honey water, and water will be artificially supplied for food.

Normally, when supplying a certain amount of pollen rice cakes and sugar water, open the lid of the main body one by one, incubate the smoke to calm the bees while supplying them, and then, after a certain period of time, open each lid and place the pollen rice cakes inside the beehive. The sugar water bowl and water bowl are removed and the harvest begins in earnest. The beehive of the present invention removes the pollen rice cake that has been supplied so far by separating the pollen box from the post-selection hole without opening the lid, and locks the previous selection hole. By fixing the locking rod on the part, the flowerpot box containing the flowerpot rice cake is formed to be opened or closed inside the body, and the water supplied inside the body is moved and fixed from the previous selection hole to the latter selection hole using the lock rod mounted on the bee specification part. The wick soaked in the overspray solution is opened or closed inside the main body, and the selection panel and the opening/closing panel are selected and slide-inserted so that pollen and nectar can be collected separately or concurrently without the need to open the lid.

In addition, in the process of opening the lid of the hive and replenishing the feed solution or pollen rice cake, stress such as suffocation by embracing smoke to calm the bees that are perceived as enemies and attacking them, or a large amount of water or feed solution in a container Because it is necessary to check the supply of bee feeding liquid and pollen rice cake while incubating smoke by opening and closing the lid of the hive one by one, as well as problems such as the negative effects of bees falling and dying as it is poured into the lid, and the pressure of the bees in the process of opening and closing the lid. Aside from the inconvenience of being stressed by the bees, the beekeeper had the inconvenience of providing a long labor force, but the present invention improved this by creating and mounting the front means on the main body.

In addition, due to the habit of bees flying away or trying to sting on high branches, beekeepers have suffered the pain of wasting time and manpower to put the bees in the hive, but the queen bee is equipped with a thermo-humidifier and a swarming net on the lid of the present invention. This was improved by making it possible to seperate bees simply by confinement.

In addition, in order to prevent the lid from coming off due to strong winds and the hive from falling over, a heavy stone is placed on top of the non-woven fabric, etc. for each hive to prevent damage from the lid coming off in the wind, and the inconvenience of wasting manpower and in case of rain. Due to the moisture-laden nonwoven fabric, etc., there have always been disadvantages that provide the conditions for the onset of pests and pests. Also, due to the increase in the temperature inside the hive, the bees who should be engaged in the harvesting are swarmed out, or the harvesting is sluggish due to the use of their wings to generate the temperature. However, the beehive of the present invention is improved so that the internal temperature of the beehive of the present invention can be artificially controlled by using a thermo-hygrometer that can check the temperature and humidity on the lid, and a ventilation net mounted on the vent and the outlet of the main body.

In addition, rather than just leaving the hive on the ground as if left unattended, it is usually inconvenient to spread a vinyl sheet on the ground to prevent humid air from coming up, then place a block, etc. and place the hive on it. This has existed, but the present invention lays a ground plate having a plurality of through holes on the ground and fixes it with a plurality of piles, then puts the beehive of the present invention on the ground plate and fixes it with a ring that forms a decision joint Not only does it prevent the position from moving, but it can also minimize the influx of heat and damp air from the ground, and it detects swarming heat by checking the thermo-hygrometer, and at the same time adjusts the ventilation net and vent so that cool air in the shade under the beehive is delivered to the main body. This was improved so that it can artificially delay swarming or control the heat of swarming by flowing in through the outlet on the bottom.

In addition, in general, beekeepers have no choice but to open and check the lids covering each beehive body one by one in the process of checking the consumed pollen rice cakes after collecting honey and supplying water or feed liquid, but the present invention is in a densely packed place. Even when multiple beehives are installed layer by layer, there is no need to open and check the lids one by one, and it is easy to check in real time from the outside by combining the front means equipped with the bee entry and exit parts and the pollen box (transparent) and the bee specification part (transparent) on the front of the main body. Of course, it has been improved to simply slide open and close the pot box through the front and rear selection holes to supply pollen rice cakes or to collect separately collected pollen. Inside the main body, the pollen rice cake, water wick and liquid wick have been improved so that they can be easily opened and closed under the operation of the locking part. In addition, pollen and honey can be collected simultaneously or separated by the operation of the selection panel, Even if the hives are stacked in layers, there is no need to provide labor to open and close the lids one by one until honey is harvested, so more hives can be managed. It is improved so that it can be freely controlled through the ventilation hole of the lid and the ventilation net that allows ventilation inside the beehive and the nesting tube through the outlets at the front and rear of the main body as well as installing the remover to remove the back.

In addition, the present invention is a bee specification that enables bees to survive by supplying water, feeding liquid, and pollen rice cakes after collecting honey from the hive body at a predetermined time and a bee entry and exit part for harvesting at the top of the chin of the take-off and landing board. The waste of manpower is reduced by attaching to the main body the front means having a penalty specification part that inserts and mounts the part and the flowerpot box into the through-holes on the lower side of the take-off and landing board, and supplies it through the supply pipe of the present invention connected to the hose to which water and specification liquid are supplied from the outside. improved to reduce it.

In a normal beehive, beekeepers place the hives on the ground side by side at regular intervals for harvesting, cover the nonwoven fabric, and place a heavy stone on top to prevent damage from being removed by the wind. The inconvenience of having to remove the heavy weight and nonwoven fabric one by one to put the pollen rice cakes, and then open the lid of the beehive one by one to check whether sugar water or pollen rice cakes are consumed.

In addition, due to the nature of bees, honey is collected from spring to autumn for their own food, but when the time comes, the beekeeper collects all of it, so the beekeepers must artificially supply food for the bees to maintain a strong force, so they close the lids of their hives one by one. Inconvenience of having to open and supply pollen rice cakes, water, and feed liquid, the waste of swarming due to the heat of swarming due to the temperature increase inside the hive at the time of harvesting, and the difficulty in controlling the temperature inside the hive, so bees are trapped in the strong cold of winter. Freezing to death has always existed.

Accordingly, the present invention provides a thermo-hygrometer capable of checking temperature and humidity so as to secure a view, so that the temperature and humidity can be checked, and the temperature inside the beehive of the present invention can be adjusted with the ventilation net of the body and the vent hole of the lid. It has been improved to minimize the labor force as the eliminator removes foreign substances inside the main body as well as the front means that can minimize the inconvenience of working for a long time on the main body, and the male fastening forming the fastening means (250) Because it can be fixed to the ground plate using the hooks of the part and the arm fastening part and the decision joint part, the beehive does not fly off or the lid is not removed even in strong winds, and when the beehive of the present invention is moved to a gathering place for a long and short distance, a selection panel is formed. A beehive that not only prevents the escape of bees, but also prevents rainwater from entering due to the roof plate at the top of the bee entry and exits mounted on the chin and blocks sunlight at the same time, so bees can be harvested while raising bees in a comfortable environment. it was created

Domestic Utility Model No. 20-1999-0010948 Domestic Utility Model No. 20-2000-0023471 Domestic Utility Model No. 20-2004-0011955 Domestic Utility Model No. 20-2014-0007828 Domestic Utility Model No. 20-2016-006688 Domestic Patent Application No. 10-2004-0011955 Domestic Patent Application No. 10-2008-0126468 Domestic Patent Application No. 10-2015-0100381 Domestic Patent Application No. 10-2016-0017333 Domestic Patent Application No. 10-2017-0012529 Domestic Patent Application No. 10-2018-0088549 Domestic Utility Model No. 20-2018-0001552

Accordingly, the present invention has been devised to solve the problems and disadvantages of the prior art, and the purpose of the beehive of the present invention is to automatically supply water and a specification liquid as the front means is mounted on the main body.

In addition, it aims to enable the opening and closing of the flowerpot box and the bee specification part mounted on the front means in which the front and rear selection holes are formed on the left and right sides of the through hole to allow opening and closing of the inside of the body.

In addition, by forming a dowel fitting protrusion so as to be coupled to the dowel fitting groove on the lower side of the main body in the upper center of the lid, it is possible to couple the main body and the system with the arm fastening part mounted on the left and right centers.

In addition, it aims to mount a shunting net by forming a mango fastener on the chin inside the lid.

In addition, it aims to mount the locking part so as to be inserted and fixed to the fixture of the end of the support that forms the body at the front and rear of the lid.

In addition, it aims to control the ventilation inside the main body and the system by installing a ventilation hole equipped with a control hole in the lid formed with a plurality of ventilation holes.

In addition, it aims to mount a thermo-hygrometer that displays temperature and humidity in front of the lid coupled to the main body.

In addition, the front and rear of the lid coupled to the main body is equipped with a locking part on the upper end so as to be able to fix the fixture of the support for supporting the main body.

In addition, a male fastening part is mounted on the protrusion of the main body and the upper protruding jaw of the system, and a female fastening part is attached to the lower side of the lid and the lower protruding jaw of the system.

In addition, the purpose is to attach the judgment hap part to the lower center of the main body to fix the ring to the ground plate.

In addition, by forming a lock on the left and right sides of the body to which the protrusions of the rings forming the decision junction are fixed, the protrusions of the rings are inserted and fixed.

In addition, the purpose of forming a plurality of through-holes in the ground plate to which the ring of the body is fixed is fixed to the ground by a plurality of piles.

In addition, it aims to allow cool air in the shade to pass through the inside of the main body by the ventilation net of the opening and closing plate inserted into the groove at the front and rear of the bottom of the main body.

In addition, by mounting a remover on the bottom of the main body, the object is to slide and remove foreign substances through the outlet formed in the front and rear.

Another object of the present invention is to form a through hole communicating with the flowerpot box in the chin of the take-off and landing plate of the front means screwed with the main body to collect pollen.

In addition, it aims to mount the pollen box and the bee specification part in the through hole under the take-off and landing plate of the front means.

In addition, it aims to mount the bulge in and out on the upper jaw of the front means.

In addition, the purpose is to mount a roof plate on the upper end of the entry and exit.

In addition, the purpose of the slide insertion of the selection panel having a projection formed on the handle into the groove of the entry and exit.

In addition, it aims to form a U-shaped entrance and an O-shaped entrance on the upper and lower sides of one side of the control panel forming the selection panel.

The beehive of the present invention presented in order to achieve the above object will be described in more detail based on the accompanying drawings as follows.

The configuration of the beehive 1 according to the present invention includes the front means 300 for coupling the screw 50 to the front of the main body 200,

And a grid 230 seated on the upper portion of the main body 200,

And a lid 100 covering the upper portion of the main body 200 and the grid 230,

A ground plate 400 to which the rings 224 ′ of the ring plates 224 forming the decision matching portion 280 mounted on the lower center of the main body 200 are fixed;

The fastener 223a of the male fastening part 260 mounted on the protrusion 204 of the main body 200 has a lower protrusion of the gyesan tube 230 with the diaphragm plate 233 seated on the upper end of the main body 200 as a boundary. It is fixed to the coupling groove 111a of the arm fastening part 270 mounted on the jaw 213',

The fastener 223a of the male fastening part 260 mounted on the protrusion 204 of the main body 200 and the fastener of the male fastening part 260 mounted on the upper protruding jaw 213 of the metering tube 230 (223a) is configured by being coupled to the coupling groove (111a) of the female fastening portion 270 mounted on the lid (100),

The main body 200 has through-holes 201 and 202 formed on the front surface through the through-holes 201 and the through-holes 301 of the front means 300 so that the bees come in and out of the body 200, and the screws 50 are coupled to each other. ,

In front and rear of the bottom of the main body 200, outlets 203 and 203' are formed so that the remover 211 can remove foreign substances,

The body 200 is formed so that the front and rear outlets 203 and 203' can slide open and close by the diaphragm 213' and the cutter 214 of the remover 211 mounted on the bottom of the main body 200,

A hanging groove 207 is formed in the upper end of the main body 200 and the grid 230 to hang the consumption 207a, into which the hanging pedestal 207' is inserted,

A male fastening part 260 is mounted on the left and right sides of the protrusion 204 of the main body 200,

Forming a decision matching portion 280 in the lower left and right central portions of the main body 200 to rotate and fix the ring 224' of the ring plate 224 to the ground plate 400,

The locking rod 332' of the locking part 330 mounted on the lid 100 is inserted and fixed into the extended fixing groove 206a' of the fixture 206 mounted on the lower end of the support 200a of the main body 200. form,

In the fixing groove 206a of the fixture 206 mounted on the bottom surface of the support 200a for supporting the main body 200, the ground plate 400 is fixed through a plurality of through holes 60 in the ground. The head 221' is formed to be inserted and fixed,

Mounting the ring 224' formed with the protrusion 224a on the ring plate 224 forming the decision matching portion 280 on the left and right sides of the center lower side of the main body 200,

By rotating the ring 224' to support the main body 200, the ground plate 400 fixed to the ground with a stake 221 through a plurality of through-holes 60 is coupled and fixed,

In the front and rear outlets 203 and 203' on the bottom of the main body 200, grooves 216a are formed so that the opening and closing plates 216 having a ventilation network 216b are slide-inserted, so that the removers 211 on the left and right. ) to form a slide long groove 200 ' so that it slides,

A plurality of screw holes 55 formed in the front of the mall body 200 are formed to be coupled with a plurality of screws 50 through the through holes 60 of the front means 300,

A plurality of through holes (301), (302a), (303) in the front means (300). (303') is formed to form a through hole (302a) through which pollen passes inside the jaw (306') of the take-off and landing board 306,

A flowerpot box 320 equipped with a locking part 330 by forming front and rear selection holes 319 and 319' on the left and right sides of the through holes 303 and 303' under the take-off and landing plate 306 . ) and the bee specification part 350 are inserted and mounted,

A beeol entry/exit part 310 is mounted on the jaw 306' above the through hole 302a formed in the take-off and landing plate 306,

A roof plate 315 is formed at the upper end of the frame 311 in which the slide groove 311a is formed in the beeol access unit 310 to be inclined (203a'),

In the groove 311a of the frame 311, a selection panel 312 having U-shaped entrances 312a and O-shaped entrances 312a' on one side of the control plate 312b is slide-inserted,

Slide grooves 311a' are formed on the lower left and right sides of the frame 311 so that the opening and closing panel 317 having the protrusion 317a can open and close the through hole 302a,

A plurality of through holes 60 are formed on the left and right sides of the frame 311, and the screws 50 are coupled to the screw holes 55 formed in a plurality of the front means 300,

A buoyant force 358 is mounted on one side of the water tank 353 and the liquid container 354 of the bee specification part 350 slide-inserted into the through hole 303 ′ under the take-off and landing plate 306 having the through hole 302a formed therein. One water supply pipe 355, the liquid supply pipe 356 is hung on the hook 359' of the ring rod 359, and the other side is the water tank 353, the liquid tube 354 through the through holes 353a, 354a. It is formed to be exposed to the outside so that water and specification liquid can be supplied from the outside,

A water wick (355a) and a liquid wick (356a) are inserted into the water inlet tube (353') and the liquid inlet tube (354') formed at the rear of the water tank 353 and the liquid tube 354 to provide a water passage (355a'). , as the locking part 330 of the bee specification part 350 sucked through the liquid passage 356a' is selectively inserted into the front and rear selection holes 319 and 319', the water inside the body 200 Formed so that the wick (355a), the liquid wick (356a) can be closed and opened,

The water tank 353, the liquid container 354 has a water supply pipe 355 equipped with a ring 357 so as not to be separated due to the upper end 358' having a jaw 358a formed at the upper end of the buoyancy 358, the liquid Forming a bee specification part 350 combined with a supply pipe 356,

The bee specification part 350, the flowerpot box 320, and the front means 300 equipped with the bee entry part 310 are coupled to the body 200 with a screw 50 through a plurality of through-holes 60 to cover the lid. (100) is formed to cover,

Forming a doweling projection 108 on the upper side of the lid 100 to form a concave-convex shape so that the dowel fitting can be performed due to the dowel fitting groove 208 formed in the body 200,

Arm fastening parts 270 having coupling grooves 111a are mounted on the left and right sides of the lid 100,

In order to couple the fastener 223a to the coupling groove 111a of the female fastening part 270 formed in the lid 100, the male fastening part 260 is provided on the upper protruding jaw 231' of the closure tube 230. installed,

The lower protruding jaw 231 ′ of the system tube 230 coupled to the lid 100 is equipped with an arm fastening part 270 having a coupling groove 111a,

A thermo-hygrometer 150 for displaying temperature and humidity is mounted on the front of the lid 100 ,

To the inner jaw 106 formed on the inside of the lid 100, the screw 50 is coupled to the mang fixture 101' to fix the shunting net 101,

In the ventilation holes 110 formed in a plurality of the lid 100, a control hole 116 having a handle 116' on the ventilation hole 114' is formed to slide on the guide stand 115, 115',

The male fastening part 260 formed in the protrusion 204 of the main body 200 is formed to be coupled to the female fastening part 270 of the lid 100 to which the ventilation hole 114 is mounted,

By mounting the front means 300 on the front of the main body 200, the male fastening part 260 is mounted on the protrusion 204 and the upper protruding jaw 231, and the lid 100 and the lower protruding jaw 231') It is characterized in that by mounting an arm fastening part 270 to the structure by coupling the ring 224' of the main body 200 to the ground plate (400).

In addition, the male fastening part 260 forms a groove 221' in the central portion to form a through hole 222' in the left and right fixing grooves 221a of the middle sphere 221 having an uneven shape. The handle in which the screw hole 55 is formed in the groove 221' of the middle mouth 221 and the through hole 222' of the upper and lower mouth 222 by inserting and fixing the left and right concave and convex holes 222a of the lower mouth 222 up and down. When the rod 223 is inserted and the screw 50 is fixed through the through hole 50 of the fastener 222a, the fastener 222a is coupled to the coupling groove 111a of the female fastening part 270 according to the rotation of the handle rod 223. ) to be fixed to the

As the fasteners 222a and the handle rod 223 are respectively formed with supports 222a ′ and 223a ′, the screw 50 is coupled to the upper screw hole 55 of the handle rod 223 . It is characterized in that it is configured to be fixed to the coupling groove 111a of the arm fastening part 270 by rotating the handle rod 223 .

In addition, in the extended fixing groove (206a') of the fixture 206 mounted on the bottom surface of the front and rear supporters 200a for supporting the body 200, the locking rod of the locking part 330 mounted on the front and rear of the upper end of the lid 100 ( 332') is mounted, and the head 221' of the pile 221 supporting the ground plate 400 is inserted into the central fixing groove 206a, and the ring 224' is rotationally fixed, so that a plurality of beehives (1) It is characterized in that it is configured to extend and combine.

The beehive of the present invention is equipped with a front means on the front of the main body to select and insert a selection panel into the groove of the frame forming the bee entry and exit, so that honey and pollen can be separated and collected in parallel, and the field of view is secured. And because of the bee specification part, it is possible to check the dynamics of bees in real time from the front of the hive, and by using the remover to remove the unnecessarily built pest corpses such as beehives and mites in the lower part of the consumption, and to check the temperature and humidity device that displays the internal temperature and humidity of the beehive in real time. As necessary, it is possible to control the internal ventilation of the hive by operating the ventilation net and vent of the opening and closing plate, as well as inducing swarming of the queen bees due to swarming heat by using the swarming net mounted on the lid of the present invention to confine the queen bee. It can be separated simply, and after fastening it to the ground plate with the hook of the verdict, the fastening means can fix the main body, the nesting tube and the lid, so that the beehive does not fall over or the lid comes off in the wind, but also slides into the main body As the water and feeding solution supplied from the outside wet the wick due to the inserted bee feeding part, there is no harm caused by bees drowned or killed by water or feeding solution or stressed by smoke, as well as non-woven fabric, which is a breeding ground for various pathogens, in the beehive. Since it is possible to minimize inconvenient labor such as covering the top and lifting stones, it provides the effect of significantly reducing the labor force.

In addition, according to the present invention, as the remover is mounted on the bottom of the main body and slides forward and backward, honeycombs and foreign substances that are unnecessary at the lower end of consumption can be removed and discharged through the outlets drilled in the front and rear of the floor, so that the main source of bees is It is possible to concentrate on the task of collecting and gathering more honey and pollen, as well as the effect of controlling the temperature inside the body and maintaining cleanliness due to the operation of the ventilation holes and ventilation holes.

1 is a perspective view illustrating a state in which a plurality of beehives and a systemic system are combined according to the present invention.
Figure 2 is a perspective view showing the main body and ground plate of the gyesangong, the lid, and the beehive according to the present invention partially cut off.
3 is an enlarged perspective view showing the main body and the ground plate according to the present invention from the bottom side.
Figure 4 is a partial cross-sectional view showing a state in which the diaphragm plate is mounted between the outlet and consumption and the main body and the system of the beehive bottom front and rear according to the present invention.
5 is a perspective view showing the main body, the remover, and the opening/closing plate according to the present invention, partially cut and enlarged.
Figure 6 is a perspective view showing an exploded and enlarged main part coupled to the lid according to the present invention.
7 is a perspective view showing an enlarged and cut-away main part according to the present invention.
8 is a perspective view showing an enlarged and separated main part of the front means according to the present invention.
9 is an enlarged perspective view of the main part forming the front means according to the present invention.
10 is a perspective view in which the front and rear and main parts of the beol entry and exit according to the present invention are separated and enlarged, and a cross-sectional view of the opening and closing panel.
Figure 10 (A) is a perspective view showing the front of the state blocked by the control plate of the selection panel so that the bee entry and exit is controlled.
10 (B) is a perspective view showing the rear of the state in which the bees enter and exit the O-shaped entrance formed on the selection panel.
Figure 10 (C) is a perspective view showing the front of the U-shaped entrance in a state in which the bees enter and exit.
11 is a perspective view showing an operating state of the beeol in and out according to the present invention.
11 (A) is a perspective view showing a front state in which the selection panel is inserted into the groove of the frame so that bees enter and exit the U-shaped entrance according to the present invention.
11 (B) is a perspective view showing a state in which the control plate of the selection panel is positioned on the upper side so that a large amount of bees can enter and exit the through-hole of the main body in a large amount in the bee entrance according to the present invention.
Figure 11 (C) is a perspective view showing a state in which the bee entrance according to the present invention is blocked by the control plate of the selection panel to prevent entry and exit of the bees.
FIG. 11D is a perspective view showing that an O-shaped entrance is inserted into the groove of the bee entry and exit according to the present invention so that pollen can be collected while the bees are squeezing in and out.
12 is a perspective view showing the bee specification part and the lock part disassembled and partially cut out according to the present invention.
13 is a perspective view showing the operating state of the remover and the opening and closing plate mounted on the bottom groove of the beehive body according to the present invention.
14 is a perspective view showing the operating state of the opening and closing plate inserted into the lower slide groove of the outlet formed in the front and rear of the main body according to the present invention.
14 (A) is a perspective view showing a state in which the air of the shade is ventilated into the beehive as the opening and closing plate according to the present invention is drawn out to a certain length so that the ventilation net is located at the outlet of the front floor of the main body.
14 (B) is a perspective view showing a state in which the air flowing into the outlet is blocked by closing the front outlet of the bottom of the main body with the opening and closing plate according to the present invention.
Figure 14 (C) is a perspective view showing a closed state to prevent air from flowing into the rear outlet by drawing out the opening and closing plate according to the present invention by a certain length.
14 (D) is a perspective view showing that the opening and closing plate is drawn out for a certain length so that the air of the shade is ventilated to the inside of the beehive at the rear outlet according to the present invention, and the ventilation net is mounted at the rear outlet according to the present invention.
15 is a perspective view showing the operation state of the remover according to the present invention and the flowerpot box and the bee specification part mounted on the front means.
Figure 15 (A) is a perspective view showing a state in which the front and rear outlets of the main body bottom according to the present invention are closed by the blocking plate and the cutter of the remover, and the flowerpot box and the bee specification part mounted on the front means are closed inside the main body.
Figure 15 (B) is a perspective view showing a state in which the cut machine moved from the outlet at the rear of the bottom of the main body to the outlet at the front according to the present invention, the flowerpot box and the bee specification part mounted on the front means closed the inside of the main body.
Figure 15 (C) is a perspective view showing a state in which the water wick and the liquid wick mounted on the bee specification part forming the front means according to the present invention are opened inside the main body, and the front outlet is closed by the blocking plate.
Figure 15 (D) is a perspective view showing a state in which the rear outlet is opened by drawing out the cutter of the remover according to the present invention by a predetermined length.
16 is an enlarged perspective view showing the action of the water wick and the liquid wick of the bee specification part inserted and mounted on the front means according to the present invention, and the male and female fastening parts forming the fastening means, and the judgment matching part and the fixture.
16 is an enlarged and disassembled perspective view of a flowerpot box inserted and mounted on the front means according to the present invention, a bee specification part, and a fastening means and a fixture.
Figure 16 (A) is a perspective view showing a state in which the locking rod of the locking part mounted on the bee specification part of the front means according to the present invention is inserted into the all selection hole.
Fig. 16 (B) is a perspective view showing a state in which the locking rod of the locking part mounted on the bee specification part of the front means according to the present invention is inserted into the post-selection hole.

Hereinafter, a preferred embodiment of the beehive of the present invention will be described in more detail with reference to the accompanying drawings, and in explaining the present invention, when it is determined that the detailed description of the related known technology may unnecessarily obscure the gist of the present invention A detailed description thereof will be omitted.

The main configuration according to the present invention is, as shown in FIG. 1, a ground plate 400 having a plurality of through holes 60 formed therein is laid on the ground and fixed with a plurality of piles 221, and the front means 300 is provided on the front side. After inserting the head of the stake 221 into the fixing groove 206 of the bottom surface of the support 200a of the mounted body 200, the rings 224' of the hook plates 224 formed in the left and right center of the body 200 are fixed to the main body. It moves out from the lock 224a' of the 200, rotates and fixes it on the ground plate 400, and covers the body 200 with the lid 100 having the arm fastening parts 270 on the left and right to cover the body 200 with the protruding jaw ( The handle rod 223 is rotated and fixed so that the fastener 223a of the male fastening part 260 formed in 204 is fixed to the coupling groove 111a of the female fastening part 270 formed in the lid 100 .

And the body 200 is placed on the main body 200 so that the dowel fitting groove 208 of the bottom surface is coupled to the dowel fitting protrusion 108 of the lid 100, and the lock part 330 mounted on the front and rear of the lid 100. The locking rod 332' is inserted and fixed into the extended fixing groove 206a' of the fixture 206 formed on the bottom surface of the support 200a using the handle 332, and then the diaphragm plate 233 is placed on the upper end of the main body 200. Raise the metering tube 230 to the boundary, cover the lid 100 with the built-in sieve net 101, and then the fasteners 223a of the main body 200 and the male fastening part 260 formed on the left and right sides of the metering tube 230 ) constitutes a beehive (1) for rotationally fixing the locking tube (230) and the arm fastening portion (270) of the lid (100) with the handle rod (223) having the fastener (223a) formed therein.

The beehive 1 of the present invention has through-holes 201 and 301 through which bees enter and exit and a through-hole 202 in which the front means 300 are inserted and mounted. By forming the outlets 203 and 203', the pest corpses such as parasitic mites in the body 200 and the honeycomb or foreign substances at the bottom of the unnecessary consumption 207a can be removed from time to time by the remover 211. formed to be

In addition, the front and rear outlets 203 and 203' are formed in the front and rear lower sides of the main body 200 so that the opening and closing plates 216 having the ventilation nets 216b are slide-inserted therein by forming grooves 216a'. It is formed so as to be able to open and close, and on the lower left and right sides of the main body 200, a slide long groove 200' is formed so that the remover 211 is slide-mounted, and when the floor inside the body is cleaned with the remover 211, the slide long groove 200') When moving the remover 211 along the front and rear outlets 203, 203' are formed so as to be opened and closed at the same time.

In order to grow the bees into a strong group (strong group) by mounting the consumption 207a on the main body 200, the beekeeper from a certain time supplies artificially made sugar water, pollen rice cakes and water into the main body 200. Due to this Within two or three days, the worker bees clean the room to induce the queen bee to spawn. At this time, the queen bee lays eggs in the empty room of the cleaned consumption (207a) as the conditions for raising the larvae are prepared by supplying sufficient feeding liquid, pollen rice cake, and water. They begin the activity of creating a strong group by giving birth to larvae.

At a certain period of time, the bees go back and forth between the inside and outside of the main body 200 according to the change in the external temperature and do childcare, or spy on the long-distance wheat source, so they make the mistake of burying pests such as mites from the outside, or through the door. As the pests face the negative end of entering the main body 200 of the beehive 1, the beekeeper commits the mistake of inflicting enormous damage to the bee larvae grown inside the main body 200 due to the fast-spreading pests. In order to combat pests such as pests, pest control agents are sprayed with a sprayer, but in some cases, the mites that received the drug do not die and stay on the floor of the beehive (1) body (200) and then recover and ruin the beehive (1). did.

Thus, by mounting the remover 211 on the bottom of the main body 1 with the outlets 203 and 203' formed in the front and rear of the beehive (1) of the present invention, the beekeeper sprays pesticides when the pests fall to the floor or , the honeycomb that is being built at the lower end of consumption is formed so that it can be removed through the outlets 203 and 203' from time to time according to the pushing and pulling operation of the main body 200 forward and backward using the remover 211.

The configuration of the remover 211 is to form a plurality of through-holes 60 at both ends of the support plate 213 erected vertically on both sides of the diaphragm plate 213' in a U-shape, and cut blades 214a on the front and back sides in a C-shape. By forming a screw hole 55 in the cutter 214 formed by and fixing the screw 50 through the through hole 60 of the support plate 213, A handle 213a is formed at the front end of the remover 211 for easy pulling.

In the remover 211 formed as described above, the body and the diaphragm 213' of the cutter 214 close the outlets 203 and 203' at the front and rear of the main body 200, and then remove foreign substances The front and rear diaphragms 213' and the cutter 214 are formed to open and close the outlets 203 and 203' at the same time when performing.

That is, the blocking plate 213' of the remover 211 blocks the front discharge port 203, and the cutter 214 holds the handle 213a of the remover 211 while blocking the rear discharge port 203'. As it is pulled forward along the slide long groove 200' of the main body 200, unnecessary honeycomb at the lower end of consumption is removed by the C-shaped cutting blade 214a and the outlets 203 and 203' are opened at the same time. .

As described above, the cutter 214 for forming the remover 211 has C-shaped cutter blades 214a on the front and back, so that the blocking plate 213' is drawn out as the handle 213a is pulled. At the same time, since the front and rear outlets 203 and 203' in the main body 200 can be opened at the same time, the opening and closing plate 216 is slide-opened in the front and rear grooves 216a' to remove the The operation of holding the handle 213a and pulling it back and forth is repeated several times to remove foreign substances and the like.

This is a honeycomb that is unnecessarily built at the lower end of the consumption 207a by the upper and lower cutter blades 214a of the ends of the remover 211 according to the operation of pulling and pushing the remover 211 from the inner bottom of the main body 200 to the front and rear. It is for removing dead or less dead pests and debris on the bottom of the main body 200 at the same time as moving to the outlets 203 and 203 ′ formed in the front and rear by cutting the body 200 to the outside of the main body 200 .

And as shown in the circular dotted line of FIG. 4 and FIG. 13, the front and rear outlets 203 and 203' are the outlets of the main body 200 by sliding the opening/closing plate 216 back and forth in the grooves 216a'. (203), (203') is made to be closed or openable.

In addition, a slide groove 216a is formed on the bottom surface of the main body 200 to be inserted or taken out using the handle 216a' of the opening and closing plate 216 having a ventilation net 216b formed at the end thereof.

And the front outlet 203 is also the same as the structure of the rear outlet 203', and only the rear outlet 203' is the cutter 214, the outlet 203' at the rear of the main body 200, as described above. ) can be double-blocked with the opening/closing plate 216, while the front outlet 203 is formed to be double-sealed with the blocking plate 213' and the opening/closing plate 216.

In order to open the front and rear outlets 203 and 203' formed in this way, first, as shown in FIG. 13, the outlets 203 and 203' are opened with the front and rear opening and closing plates 216, and then , the discharge port 203, 203' by the blocking plate 213' and the cutter 214 forming the remover 211 inside the main body 200 according to the operation of pulling and pushing the remover 211 forward and backward. ) is opened, the upper side of the C-shaped cutter 214 cuts the unnecessary honeycomb at the lower end of the consumption 207a, and the lower side of the cutter 214 simultaneously moves the cut honeycomb and foreign substances to the outlets 203, 203' ) to be able to be removed out of the main body 200 through the.

Because these series of tasks are performed in time, the worker bees do not waste time building unnecessary houses or catching pests such as mites and throwing them out of the main body 200, so they can focus on the main task of mining, so that more You can collect honey and pollen.

And in the upper end of the body 200, as shown in FIG. 4, a hanging groove 207 into which the hanging bed 207' is inserted is formed to hang a plurality of consumptions 207a, and the body 200 is Male fastening parts 220 are formed on the left and right sides of the central part of the formed protrusion 204, and the handle rod 223 is rotationally coupled to the fastening holes 111a of the embossed parts 270 formed in both centers of the lid 100 to rotate the lid. (100) is formed so that it does not come off in the wind.

As described above, when the fastener 223a of the male fastening part 260 formed in the protrusion 204 of the main body 200 is rotated and fixed to the fastening hole 111a of the lid 100, it is coupled with the main body 200. The lid 100 is not only not blown off or peeled off by the wind, but also when the beehive 1 of the present invention is stacked and stored layer by layer using the locking part 330 mounted on the front and rear of the lid 100 , the main body 200 By inserting and fixing the lock rod 332' into the extended fixing groove 206a of the fixture 206 formed in the support 200a, the beehive 1 and the beehive 1 of the present invention can be stacked and integrated.

And after fixing the ground plate 400 having a plurality of through-holes 60 to the ground with a plurality of piles 221, the main body 200 is attached to the ring plate 224 to form the lower left and right central lower decision joint portions 280. When the 224' is rotated and fixed to the ground plate 400, the beehive 1 of the present invention is not moved by the wind.

In order to stack the beehive 1 of the present invention layer by layer, first, the ground plate 400 is laid on the ground, and the body 200 of the beehive 1 of the present invention is placed on the ground plate 400 fixed with a plurality of stakes 221 . When placed, as the heads 221' formed on the plurality of piles 221 are inserted into the fixing grooves 206a of the support 200a, the protrusions 224a are inserted and fixed in the lock 224a' of the main body 200. The protrusion 224a of the ring 224' is drawn out and rotationally fixed to the ground plate 400 to restrict the movement of the ground, and then the male fastening part 260 formed on the protrusion 204 of the main body 200. When the fastener 223a is rotated with the handle rod 223 to fix the fastener 223a in the coupling groove 111a of the female fastening part 270 formed in the lid 100 covering the upper end of the body 200, even in strong winds. The body 200 of the present invention is not only impossible to move on the ground, but also the lid 100 is not peeled off.

When the main body 200 is placed on the lid 100 in order to stack the beehive 1 of the present invention in which the main body 200 and the lid 100 are combined in this way, the dowel protrusion 108 of the lid 100 and the main body ( 200) The dowel groove 208 of the bottom surface is coupled to do the dowel fitting, and at this time, the lock rod 332' of the lock part 330 mounted on the front and rear of the lid 100 is connected to the extension fixing groove 206a of the support 200a. '), and then cover the lid 100 on the top of the main body 200, or put the gait tube 230 on the left and right male fastening parts 260 and female fastening parts 270, so that they can be combined using the present invention The manager of the hive (1) can manage the main body 200 or the nest 230 layer by layer as needed.

And in order to perform full-scale wheat harvesting, a diaphragm plate 233 for isolating the queen bee is positioned on the upper part of the main body 200, and then the pedestal 207 of the gyeran tube 230 is penetrated and a clasp groove 207 is formed in the upper part. ') by hooking a large number of consumptions (207a) to the upper end of the main body 200, and coupling grooves (111a) of the arm fastening part 270 formed on the lower protrusion 231' of the metering tube 230. After fixing the fastener 223a of the male fastening part 260 formed in the protrusion 204 of the main body 200, cover the lid 100 on the upper end of the gait tube 230 and the upper protrusion 231 in the center of both sides When the fastener 223a of the formed male fastening part 260 is fixed to the coupling groove 111a of the female fastening part 270 formed in the lid 100, the worker bees can enter and leave due to the narrow gap of the diaphragm plate 233, but the queen bee Silver is larger than the worker bees, so it cannot enter the nesting system 230 , so that the worker bees can only fill honey for consumption inside the nesting tube 230 .

And when the beekeeper recognizes that the number of bees in the beehive 1 of the present invention forming a group is the bees with the power of a large group, the ventilation network 216b and the ventilation hole to prevent the inside of the beehive 1 from rising to the swarm level temperature. After adjusting to (114), only the beehive (1) is selected, and two or three more nesting tubes (230) are placed on the nesting tube (230) and extended and fixed by the fastening means (250) to block the shunt and at the same time In addition to producing more honey, it is possible to significantly reduce the material cost.

That is, the reason for shunting is that when the number of bees increases, the temperature inside the hive is increased by the worker bees above a certain temperature, so the existing queen bee raises a new queen bee and splits it, but the ventilation network 216b and the ventilation hole 114 By controlling the internal temperature of the hive (1) with the help of artificially maintaining it to be below the swarming heat temperature, even if the number of individuals is large, swarming is not achieved. Therefore, more honey is obtained by putting more swarms (230) on top of the main body (200). it might be

And as shown in Figs. 3 and 7, a multi-stage jaw 106 is formed inside the lid 100 to form a large space, and the mango fastener 101 is fixed to the front and rear jaws 106 of the inner side. ') and locking the queen bees to be sown by swarming rows in the swarming net 101 of the lid 100, the following bees flock to the inside and outside of the swarming net 101 of the lid 100 space. At this time, the following bees are The attached lid 100 is moved to another empty body 200 and covered for a certain period of time to release the queen bee trapped in the swarming net 101 after a certain period of time has elapsed so that the following bees can make a new living.

In other words, normally, in a swarm, the worker bees settle down on a tree branch far away, and the queen bee passes the existing home to the newly born queen bee, then flies to the place where the advanced worker bees that follow are located, and then searches for a safe place to find a safer place. It is a habit to fly away and try to settle down, so if this happens, there is a negative effect of losing bees, or even if found, long labor to sweep the bees, including the queen bee, into the hive 200 after a long labor has been consumed. The hive (1) of the present invention not only safely increases the number of hives by trapping the queen bees in the shunting net 101 of the lid 100, but also minimizes the labor force of the hive 1 manager.

In addition, as the front means 300 is coupled to the main body 200, the through-hole 301 of the front means 300 is in close contact with the through-hole 201 of the main body 200 to be used as an entry and exit path for bees, , the through hole 302a of the front means 300 is formed inside the jaws 306' formed in the take-off and landing plate 306 so that pollen falls to the pollen box 320, and penetrates one side of the front means 300 A flowerpot box 320 is inserted and mounted in the ball 303, and the bee specification part 350 is inserted and mounted in the other through-hole 303' to constitute the front means 300 of the present invention.

In the take-off and landing plate 306 on which the bees land on the front means 300, a bee entry/exit part 310 is mounted on the upper end of the jaw 306' to allow the bees to enter and exit, and the inside of the jaw 306' is shown in FIG. As shown in Fig. 11 (D), the pollen collected by bees as shown in Fig. 9 and O-shaped entrance (321a') is installed in the groove 311a of the frame 311 as shown in Fig. 11 (D). A through hole (302a) is formed so that it can be dropped on the 320).

In addition, a plurality of through-holes 60 are formed in the bee-in/out part 310 mounted on the upper end of the jaw 306', and the roof plate 315 is coupled to the front means 300 through the through-holes 60 by screws 50. ) and formed to prevent the inflow of rainwater that permeates into the body 200 .

And the front and rear selection holes 319 and 319' are formed on the left and right in the through holes 303 and 303' under the take-off and landing plate 306 forming the front means 300, and are locked on the front side. A flowerpot box 320 equipped with a portion 330 and a bee specification portion 350 equipped with a locking portion 330 are inserted into the through holes 303 and 303' to cause the locking rod 332' to move. , is formed to be fixed by inserting it into the post-selection holes 319 and 319'.

The through-holes 303 and 303' of the front means 300 are the locking rods 332' of the locking part 330 so that bees can eat pollen rice cakes, water, and specification liquid inside the body 200. As shown in Fig. 8 (A), Fig. 15 (C), and Fig. 16 (B), the pollen rice cake, water and the specification liquid are supplied from the outside to the pollen box 320 and the bee specification part 350. As the supplied flowerpot box 320 and the bee specification part 350 are moved and fixed from the pre-selection hole 319 to the post-selection hole 319', the water wick (355a) and the liquid wick (355a) opened into the body 200 356a) to be edible by bees.

As described above, this is by operating the handle 332 of the locking part 330 mounted on the front of the flowerpot box 320 and the bee specification part 350 to insert the locking rod 332' into the post-selection hole 319'. As it is fixed to the pot box 320 and the bee specification part 350, the pot box 320 in which the pollen rice cake is inserted inside the body 200, the water passage 355a', and the liquid passageway 356a' are wetted through the As the water wick (355a), the axillary wick (356a) is opened, as shown in FIGS. 8 (A), 15 (C), and 16 (B), the bees pollen box 320 It is possible to eat pollen rice cake, water from the water wick 355a of the bee specification part 350, and the specification liquid from the liquid wick 356a of the bee specification part 350.

The through-holes 303, 303', left and right front and rear selection holes 319 and 319' formed on the lower side of the take-off and landing plate 306 in this way include a locking part 330 on the front of the flowerpot box 320, By operating the handle 332 formed in the locking part 330 of the bee specification part 350, the locking rod 332' is selectively inserted into the front and rear selection holes 319 and 319' to the body 200. It is formed so as to be opened from the inside or to be closed as shown in Figs. 8 (B), 15 (D), and 16 (A).

And the configuration of the locking part 330 to move the position of the flowerpot box 320 and the bee specification part 350 does not deviate from the plate 331 in which the screw holes 55 are formed on the left and right, as shown in FIG. 12 . Both ends of the coil spring 333 are inserted and mounted to the protrusions 332a of the inner end of the handle 332 so that the lock rod 332' is positioned in front of the flowerpot box 320 and the bee specification part 350, respectively, and then the flowerpot box As the guides 331' are joined to the front sides of the flowerpot box 320 and the bee specification part 350 by coupling the screw 50 through the through hole 60 formed in the 320 and the bee specification part 350, the left and right side handles ( 332) is compressed by the elasticity of the coil spring 333 according to the operation of closing by hand, and then the locking part 330 is restored.

That is, the locking part 330 places the plate 331 into the outer through hole 60 of the flowerpot box 320 and the bee specification part 350 having screw holes 55 formed on both sides of the plate 331, and then the planter When the handle 332 is closed as it is integrated into the screw hole 55 of the plate 331 with a screw 50 through each through hole 60 from the inside of the box 320 and the bee specification part 350, the handle 332 is closed. (332) The locking rods 332' extending to both sides are guided in parallel by the guides 331' mounted on both sides of the front side of the flowerpot box 320 and the bee specification part 350 so that the locking rod 332' slides. When the desired front and rear selection holes 319 and 319 ' are selected and fixed to be inserted and fixed, the flowerpot box 320 and the bee specification part 350 can be opened or closed into the body 200 inside. will be.

In addition, a roof plate 315 that can block sunlight and rainwater is formed on the top of the U-shaped frame 311 forming the bee-in/out part 310 to shield the sunlight in midsummer and rainwater accompanying the wind is It is formed so as not to enter the body 200 together with the (306').

In addition, the frame 311 is formed with a groove 311a to slide so that a U-shaped entrance 312a and an O-shaped entrance 312a' are formed on one side of the control plate 312b. A selection panel 312 is inserted to insert a large amount of In order to mount the control plate 312b of the selection panel 312 so that the bees can carry it and fly as shown in FIG. 11(B), or to restrict the entry of large hornets that harm breeding bees, etc. As shown in (A) of FIG. 11, bees breeding by mounting a U-shaped entrance 312a so that only breeding bees can enter and exit the body 200 through the U-shaped entrance 312a. It is formed so that it can be brought in, and when the O-shaped entrance (312a') is installed, the pollen box (320) through the above-described through hole (302a) is dropped by letting the bees that have collected honey and pollen squirm into it. ) to be collected in

When bees are allowed to enter and exit the main body 200 through the O-shaped entrance 312a', first of all, the lower end of the frame 311 of the bee entry and exit 310 mounted on the top of the jaw 306' of the take-off and landing plate 306. Grab the handle 317' of the opening/closing panel 317 and pull it forward so that the through hole 302a is opened to the flowerpot box 320, and then, the locking rod of the locking part 330 mounted on the flowerpot box 320. When the 332' is inserted and fixed into the preselection hole 319, the pollen from both legs falls off in the process of entering the main body 200 by the bees collecting honey and pollen pinch the O-shaped entrance 312a' and the through hole 302a ) to be collected in the pot box 320 via the.

As necessary, the selection panel 312 inserted into the groove 311a of the frame 311 is replaced with a desired U-shaped inlet 312a or O-shaped inlet 312a' due to slide mounting. can be collected separately or can be combined.

The opening/closing panel 317 forms slide grooves 311a' on the left and right sides of the lower side of the frame 311 constituting the bee-in/out part 310 so that the opening/closing panel 317 having the protrusions 317a on the left and right makes the take-off and landing board The through hole 302a formed in the jaw 306' of the 306 can be opened and closed.

This action is to insert the O-shaped entrance (312a') into the groove (311a) of the frame (311) so that the bees pass, and hold the handle (317') of the opening/closing panel 317 and pull it forward, the through hole (302a) This is opened so that pollen can be collected separately in the pollen box 320, but the opening and closing panel 317 is advanced to the rear to close the through hole 302a, and switch to the U-shaped entrance 312a or the control plate 312' This is to supply water and feed liquid by installing the saplings above the entrance of the bees.

In addition, the through-holes 353a and 354a of the bee specification part 310 mounted in the through-hole 303' under the take-off and landing plate 306 forming the front means 300 are provided with water and water supplied from the outside. The supply pipe 355 and the liquid supply pipe 356 are inserted so that one side is exposed to the outside, and the other side of the water supply pipe 355 and the liquid supply pipe 356 is attached to the upper end 358' on the upper jaw 358a. The buoyancy 358 formed by inserting and mounting the ring 357 is fixed and inserted so that the buoyancy force 358 does not deviate from the water supply pipe 355 and the liquid supply pipe 356 .

The water supply pipe 355 and the liquid supply pipe 356 formed in this way are coupled to the hook hooks 359' formed in a plurality of the ring rod 359, and the water tank 353 and the liquid tank 354 are hung on the plurality of grooves 350a formed at the top. After supplying water and specification liquid from the outside, the water wick (355a), the liquid wick to the water inlet tube (343') and the liquid inlet tube (354'), which form a water passage (355a'), a liquid passage (356a'), As the 356a is inserted, the water wick 355a and the liquid wick 356a are formed to remain wet due to the supply of a certain amount of water and a specification liquid under the action of the buoyancy force 358 .

In addition, one side is opened by mounting a ring 357 on the water supply pipe 355 and the liquid supply pipe 356 for supplying water or the specification liquid, so that water and the specification liquid are separated by the water supply pipe 355 and the liquid supply pipe 356. Immediately after inserting one end of the water supply pipe 355 and the liquid supply pipe 356 into the upper end 358' by forming a jaw 358a at the upper end of the upper end 358' formed to be supplied, the ring 357 is removed. Even if it is moved due to the rising and falling action of the buoyancy 358 inside the water tank 353 and the liquid tank 354 as it is fitted, the water supply pipe 355 and the liquid supply pipe 356 do not separate from the upper end stand 358'. , the water of the other side according to the consumption of the water wick 355a and the liquid wick 356a without causing an excessive amount of water or specification liquid by the soft membrane 358a' mounted on the bottom surface of the upper end 358' The water supplied through the supply pipe 355 and the liquid supply pipe 356 and the specification liquid are automatically supplied.

In this action, the buoyancy force 358 rises and falls depending on the amount of water or specification liquid consumed in the water wick 355a and the liquid wick 356a, and the water supply pipe 355, the liquid mounted on the upper stage 358' This is because the end of the supply pipe 356 is opened or blocked by the soft membrane 358a'.

In this way, the water wick (355a) and the liquid wick (356a) are set to maintain a wet state, and the set specification part 350 uses the handle 332 of the lock part 330 mounted in the front to the post-selection hole (319') As the slide moves and fixed, the water wick (355a) and the axillary paper (356a) are opened inside the main body 200, so bees constituting the nest can be safely sucked without being harmed by drowning in water or feeding liquid.

As described above, the pollen box 320 and the bee specification part 350 are mounted in the through-holes 303 and 303' under the take-off and landing plate 306 to be placed on the upper part of the jaw 306' of the take-off and landing plate 306. A beehive (1) for covering and fixing the lid (100) is formed by coupling the front means (300) to the front side of the main body (200) with screws (50).

And in the central portion of the front of the lid 100, a thermo-hygrostat 150 having a hot rod 150a and a wet rod 150a ′ is formed to be located inside the lower side of the lid 100, and the lid 100 is covered with the body 200. It is formed so that the internal temperature and humidity can be checked in real time.

Since the hot rod 150a and the wet rod 150a' of the thermo-humidifier 150 are located in front of the lid 100, the temperature and humidity inside the beehive 1 of the present invention is mounted on the front of the lid 100. Since it is possible to check in real time through the thermo-hygrometer 150, the beekeeper has a ventilation net 216b formed on the opening and closing plate 216 according to the temperature and humidity and a control hole 116 mounted on the ventilation hole 110 of the lid 100. It is formed so that the temperature and humidity inside the hive () can be controlled by properly operating it.

And a plurality of ventilation holes 110 formed in the lid 100 are formed to be inclined (110") on the bottom surface to prevent rainwater from flowing in. The ventilation holes 110 of the lid 100 have ventilation inside the beehive 1 of the present invention. By inserting and fixing the ventilation hole 114 equipped with the adjustment hole 116 that can adjust the ventilator 116, in hot weather, the adjustment hole 116 mounted on the ventilation hole 114 is widely opened to the beeol in and out part 310 and the main body 200. The inside of the body 200 through the circular dotted line of FIG. 4 and the ventilation network 216b of the end of the opening and closing plate 216 as shown in (A) and (D) of FIG. 14 , which is slide-inserted into the groove 216a of the bottom surface. It is formed so that the inside of the main body 200 can be comfortably maintained due to the ventilation of the shaded air flowing into the ventilator, and the control panel 312b of the selection panel 312 and the control panel 116 of the ventilation hole 114 are installed in cold weather in winter. Blocking the flow of air flowing into the beehive (1) of the present invention at a predetermined interval by using the exhaust port 203 through the remover 211 on the bottom of the main body 200 and the opening and closing plates 216 on both sides of the bottom of the main body 200 , (203') is closed to prevent the bees from freezing to death in the cold winter.

In addition, the ground plate 400 is placed on the bottom of the main body 200 so that the warm and humid air coming up from the ground does not flow through the ventilation network 216b and cool air in the shade can be introduced into the beehive 1 inside. It is formed so that the inside of the beehive 1 of the present invention can be comfortably maintained by laying the body 200 and fixing the body 200 with the ring 224' of the ring plate 224.

And it is preferable that the front means 300 attached to the front of the main body 200 be molded and mounted with a solid plastic material, and the remover 211 mounted on the bottom of the main body 200 is preferably made of strong iron that does not rust. And, it is preferable that the flowerpot box 320 and the bee specification part 350 are made of a transparent plastic material so that the field of view is secured.

In addition, when you want to put a large number of gaitong 230 on top of the gaiting tube 230, the main body 200 on the arm fastening portion 270 of the lower protrusion jaw 231 ' formed in the gaiting tube 230 of the upper part of the main body 200. After fixing the male fastening part 260 of the protrusion 204, the lower protruding jaw 231' of the gaiting tube 230 on which the male fastening part 260 of the upper protruding jaw 231' is raised. When repeatedly coupled to one main body 200, a plurality of caskets 230 are stacked layer by layer so that the lid 100 can be combined, thereby reducing material costs.

In this way, the beehive 1 of the present invention, which is stacked layer by layer and coupled with the male fastening part 260 and the female fastening part 270, is fixed to the ground by a stake 221 using the ring 224' on the lower side of the main body 200. As it is fixed to the plate 400, the beehive 1 due to the strong wind does not suffer damage to the ground movement as described above, as well as prevents the lid 100 from being peeled off, as well as the high humidity rising from the ground. It will be able to block the air.

And slide the selection panel 312 to completely open the doorway as shown in Fig. 11 (B), or U, O-shaped entrance (312a) as shown in Figs. 11 (A) and (D). , (312a') through the bees can, of course, to move the beehive (1) of the present invention for long and short distances, as shown in Figure 11 (C), completely block the entrance with the throttle plate (312b) In order not to lose the bees, a groove 311a is formed in the U-shaped frame 311 of the bee entry/exit part 311 so that the opening/closing panel 312 can be changed and mounted to exhibit various functions.

In addition, when the protrusion 312b' is inserted and fixed into the lock 310a' formed in the frame 311 with the handle 312' having the protrusion 312b', it is fixed to the lock 310a' even when the moving means shakes. As the regulating plate 312b is not separated due to the protrusion 312b', the regulating plate 312b maintains the closed state of the bees in and out 310, so that the bees can be safely moved to the destination without losing them.

And as described above, while checking the temperature/humidifier 150 in the cold winter as described above, the control panel 116 of the ventilation hole 114 mounted on the ventilation hole 110 of the lid 100 and the adjustment plate 312b of the selective closing panel 312 and The ventilation network 216b of the opening and closing plate 216 not only allows the ventilation inside the body 200 of the beehive 1 of the present invention to be arbitrarily adjusted, but also the beeol access part ( 310) is partially blocked to minimize damage in winter.

The above-mentioned entry and exit path means that when a small amount of bee entry is induced, a part of the bee entry part 310 can be blocked by using the control plate 312b, and the use of the selection panel 312 can be changed. it has been explained

And the front and rear mounting holes 319 and 319 on the left and right of the front means 300 in which the pollen box 320 and the bee specification part 350 are inserted and mounted in the lower through-holes 303 and 303' of the take-off and landing plate 306, respectively. ') is formed, the locking part 330 is operated to fix the position of the lock rod 332' to the pre-selection hole 319 to collect pollen in the flowerpot box 320, and the post-selection hole ( 319 '), it is possible to provide flowerpot rice cakes, water, and a specification solution to the inside of the main body 200 .

That is, in order for a beekeeper to separate and collect honey and pollen, first, the selection panel 312 mounted on the slide groove 311a of the bee entry/exit part 310 is separated from the groove 311a to form an O-shaped entrance 312a'. Inserts into the grooves 311a of the frame 311 toward the through-holes 201 and 301 to induce the bees to pry through the O-shaped entrance 312a', and then slide the lower end of the frame 311. The opening/closing panel 317 mounted on the groove 311a' is pulled forward to open the through-hole 303a of the take-off and landing board 306, and then the bee specification part 350 and the lock part mounted on the flowerpot box 320 ( This can be achieved by closing the handle 332 of the 330 by hand and fixing the lock rod 332' to the front selection hole 319 in the front, and the lock rod 332 with the rear selection hole 319' '), the inside of the main body 200 is opened as shown in FIGS. 8 (A), 15 (C), and 16 (B), as described above, and water, specification liquid and You can eat pollen rice cake, and as shown in FIG. 8 (B), FIG. 15 (B), and FIG. 16 (A), the pollen box 320 and the bee specification part 350 are inside the body 200 It forms so that it is impossible to separate collection of nectar and pollen by closing.

And the above-mentioned water and specification liquid is the water supply pipe 355 of the present invention exposed to the outside of the bee specification part 350 by mounting a hose on one side of the large specification liquid container in which the beekeeper mixes the water container and sugar water on the outside. It is made by connecting the other hose to the supply pipe (356).

Summarizing the present invention as disclosed above, a plurality of through-holes 201 and 202 are formed by forming the slide long grooves 200 ′ on the left and right, and the discharge ports 203 in the front and rear of the inner floor of the main body 200, (203') is formed so that the remover 211 opens and closes simultaneously when removing foreign substances, and cool shaded air is blown into the beehive (1) of the present invention when removing foreign substances or after checking the temperature and humidifier 150 The opening and closing plate 216 having a ventilation network 216b is inserted and mounted in the groove 216a to open for supply to open when removing unnecessary foreign substances inside the main body 200, and at the same time, the outlets 203, 203' ) to remove foreign substances or to close the eliminator 211 on the bottom of the main body 200, and a male fastening part 260 is formed in the protrusion 204 of the main body 200 to remove the foreign material or close it. As it extends and fixed to the arm fastening part 270 of the lower protrusion jaw 231 ′, a plurality of system cylinders 230 are placed on top of one main body 200 and combined with a fastening means 250 to cover the lid 100 and the protrusion hole The lock 224a' of the main body 200 can be fixed using the male fastening part 260 and the female fastening part 270 mounted on the 204 and the upper and lower protruding jaws 231 and 231'. ), the protrusion 224a from the lock 224a' to the ground plate 400 fixed by driving a plurality of stakes 221 into the ground with the ring 224' of the ring plate 224 with the projection 224a inserted into the ground. Since the drawn ring 224' is fixed, the beehive 1 is formed so that the position of the beehive 1 is not changed or the lid 100 is not peeled off even in strong winds, and the lid 100 that covers the main body 200 and the nesting tube 230. By mounting the ventilation hole 114 in which the control hole 116 is formed in the ventilation hole 110 of the main body 200, the main body 200 of the beehive (1) and the nesting tube 230 along with the ventilation network 216b on the bottom surface of the Formed so as to control ventilation, as well as forming a stinging net 101 capable of confinement of a queen bee inside the lid 100 with a mango fastener 101 ′, and the front of the main body 200 . In the front means 300 mounted on the take-off and landing board 306, a beeol access unit 310 equipped with a selection panel 312 in a groove 331a is coupled to a chin 306' at the top of the through hole 302a formed in the take-off and landing board 306. to form a U-shaped entrance 312a and an O-shaped entrance 312a' on one side of the control plate 312b constituting the selection panel 312 to arbitrarily control the entry and exit of the bees, and the front means 300 ), front and rear selection holes 319 and 319' are formed on the left and right sides in the lower through-holes 303 and 303' of the take-off and landing plate 306, respectively, to form through-holes 303, ( A flowerpot box 320 and a bee specification part 350 are inserted and mounted in 303'), and a water supply pipe 355 to which water and a specification liquid are supplied to the bee specification part 350, and a soft membrane 358a to the liquid supply pipe 356 ') to form a water tank 353 and a liquid tank 354 equipped with a buoyancy 358 formed therein to get wet through the water passage (355a'), the liquid passage (356a'), the water wick (355a), the liquid wick (356a) ) is inserted into the water inlet tube (353') and liquid inlet tube (354') so that a certain amount is supplied according to the amount of water consumed by the bees and the feeding liquid consumption, and the beehive (1) of the present invention is installed. , as shown in Fig. 10 (A) and Fig. 11 (C), the through hole 301 of the beeol in and out part 310 by the control plate 312b of the selection panel 312 when moving to a short-distance wheat source. It is possible to block or limit the through-hole 301 as an entrance to a certain length.

100. Lid 101. Sewing Net
111a. Combination groove 114. Ventilation hole
116. Controller 150. Thermo-hygrostat
150a. Onbong 150a'. wet stick
200. Body 201, 202. Through hole
203, 203'. Outlet 211. Eliminator
213'. Block 214. Cut
216. Opening/closing plate 250. Fastening means
260. Male fastening part 270. Female fastening part
300. Front means 301. 302a, 303, 303'. through hole
306'. Jaw 310. Bee entrance
311. Frame 312. Selection Panel
312b. throttle 315. roof plate
317. Opening and closing panel 320. Flowerpot box
350. Bee specification part 353. Bucket
354. Liquid reservoirs 355, 356. Supply pipe
358. Buoyancy 358'. top stand

Claims (6)

A plurality of stakes 221 on the ground through a plurality of through-holes 60 by mounting a decision joint part 280 in the lower central part of the main body 200 in which the male fastening parts 260 are formed in both centers of the protrusion 204. The ring 224' is formed to be fixed to the fixed ground plate 400,
Through-holes 201 and 202 are formed in the front of the main body 200,
A male fastening part 260 and a female fastening part 270 forming a fastening means 250 on the upper and lower protruding jaws 231 and 231' of the system tube 230 seated on the upper part of the main body 200. installed,
The male fastening part 260 is mounted on the protrusion 204 of the main body 200 to be fixed to the female coupling part 270 formed in the lid 100,
The body 200 is formed to insert the protrusion 224a of the ring 224' forming the decision matching part 280 into the locks 224a' on the left and right sides,
In front and rear of the outlets 203 and 203' formed in the main body 200, grooves 216a' in which the opening/closing plate 216 is slide-mounted are formed,
In the groove 216a' of the main body 200, a handle 216a' at one end and an opening and closing plate 216 having a ventilation net 216b at the other end are slide-inserted,
A diaphragm 213' and a cutter 214 are mounted on the left and right slide long grooves 200' inside the main body 200 and slide forward and backward, and at the same time, the outlet 203, ( 203') is formed to open and close,
On the bottom surface of the support 200a of the main body 200, the locking rod 332' of the locking part 330 has a fixing groove 206a formed therein so that the head 221' of the stake 221 is inserted. The extended fixing groove (206a') to be inserted is formed and mounted,
A dowel fitting groove 208 is formed on the central bottom surface of the main body 200 to engage with the dowel fitting protrusion 108 of the lid 100,
The locking rod 332' of the locking part 330 mounted on the front and rear of the lid 100 is inserted into the extended fixing groove 206a' of the fixture 206 mounted on the bottom surface of the support 200a of the main body 200. A beehive, characterized in that it is composed. The method of claim 1,
The take-off and landing plate 306 forming the front means 300 has a jaw 306' having a through-hole 302a formed therein, a through-hole 301 through which bees enter and exit, and a through-hole 302a through which pollen falls. , to form a through-hole 303 into which the flowerpot box 320 is inserted, and a through-hole 303' into which the bee specification part 350 is inserted,
Front and rear selection holes 319 and 319' are formed on the left and right sides of the through-holes 303 and 303' of the take-off and landing plate 306, and are formed on the front of the flowerpot box 320 and the bee specification part 350. Formed to fix the lock rod 332' of the mounted locking part 330,
A beeol entry/exit part 310 is mounted on the chin 306' above the through hole 302a in which the take-off and landing plate 306 is formed,
A roof plate 315 is formed on the upper end of the frame 311 in which slide grooves 311a, 311a' and locks 310a' are formed on the left and right sides of the beeol access part 310,
In the groove 311a of the frame 311, a U-shaped entrance 312a and an O-shaped entrance 312a' are formed on the upper and lower sides of one side of the control plate 312b in which a protrusion 312b' is formed on the handle 312'. Slide insert panel 312,
The opening and closing panel 317 having the protrusion 317a is slide-inserted into the grooves 311a' on the left and right sides of the frame 311 to open and close the through hole 302a with the handle 317'. beehive that does. 3. The method of claim 2,
The water supply pipe 355 and the liquid supply pipe 356 equipped with a buoyancy 358 to the bucket 353 and the liquid cylinder 354 forming the bee specification part 350 are hung on the hook 359' of the hook 359. Inserted into the groove (350a),
Water wick (355a) and liquid wick (356a) are inserted into the water inlet tube (353') and liquid inlet tube (354') formed in the rear of the water tank 353 and the liquid tank 354 to the water passage (355a') , the locking rod 332' of the locking part 330 for the bee specification part 350, which forms wet water and specification liquid through the liquid passageway (356a'), before and after selection holes 319', (319') Formed so that the water wick (355a) and the liquid wick (356a) can be opened or closed in the body 200 by selecting and inserting it,
One side of the water supply pipe 355 with a ring 357 mounted on the upper end 358 ′ formed with the upper jaw 358a on the upper end of the buoyancy 358 so as not to be separated from the water container 353 and the liquid container 354 , the liquid Forming a bee specification part 350 that can connect the other side of the supply pipe 356 to the outside,
By mounting a ring 357 on the water supply pipe 355 and the liquid supply pipe 356, the buoyancy 358 inside the water tank 353 and the liquid tank 354 does not leave the water supply pipe 355 and the liquid supply pipe 356. The buoyancy 358, without causing an excess of water or specification liquid by the soft film 358a' on the inner bottom surface of the upper end 358' formed at the upper end of the water wick 355a, the liquid wick 356a A beehive, characterized in that it is configured to automatically supply according to the consumption amount. The method of claim 1,
A thermo-hygrometer 150 is mounted on the front of the lid 100 so that the temperature and humidity inside the hive 1 can be checked in real time,
The inner jaw 106 of the lid 100 is formed so as to be able to fix the shunting net 101 by mounting a mango fastener 101 ′,
A ventilation hole 114 formed so that the control hole 116 slides along the guide 115 is mounted on the ventilation hole 110 formed in a plurality of the lid 100,
Arm fastening parts 270 having fastening grooves 111a are mounted on the left and right sides of the lid 100,
In the coupling groove 111a of the female fastening part 270 formed in the lid 100, the male fastening part 260 of the protrusion 204 of the main body 200 and the male fastening part 260 of the protrusion 204 of the main body 200 and the male fastening portion 230 are mounted on the upper protruding jaw 231. Formed to fix the fastener 223a of the fastening part 260,
A locking part 330 is mounted on the front and rear of the lid 100, and the locking rod 332' is inserted into the extended fixing groove 206a' of the fixture 206 formed on the support 200a of the main body 200. Formed so that the beehive (1) can be stacked in multiple layers,
Combining the bee specification part 350 on the front of the main body 200 covering the lid 100, the flowerpot box 320 and the front means 300 equipped with the bee entry part 310,
The beehive, characterized in that configured so that the rings (224') of the decision-joint parts (280) mounted on both sides of the main body (200) can be fixed to the ground plate (400). The method of claim 1,
The left and right fastening grooves 221a formed in the middle sphere 221 in the male fastening part 260 mounted on the protrusion 204 of the main body 200 and the upper protruding jaws 231 and 231' of the system tube 230. ') by inserting the left and right concave-convex spheres 222a and 222a' of the upper and lower openings 222 in which the through-holes 222' are formed, and the support 223a' and the nut 55 are formed at the upper end of the handle bar (223) is inserted into the upper and lower openings 222 through the middle opening 221 through the through holes 60 of the lower upper and lower openings 222 to form the fasteners 223a through the through holes 60 of the supporting earth 222a'. ) through the screw 50 to the nut 55 at the top of the handle rod 223 to form a male fastening part 260 that allows the mutual supports (222a'), (223a') to be coupled together. (230) Beehive, characterized in that configured to be fixed to the coupling groove (111a) formed in the arm fastening portion (270). 5. The method of claim 4,
The locking part 330 has a plate 331 equipped with both side handles 332 having a protrusion 332a on which a spring 333 is mounted in the guides 331 ′ on both sides 331 through the hole 60 of the bee specification part 350 . It is located on both sides and is integrally formed by being coupled to the screw hole 55 of the plate 331 with a screw 50 through each through hole 60,
On the front left and right sides of the bee specification part 350, a guide 331' is mounted so that the lock rod 332' slides, so that the handle 332 operates the spring 333 to restore the spring 333 by receiving elasticity. A beehive, characterized in that it is configured to be formed and mounted on the front and rear of the lid 100 and the flowerpot box 320 and the bee specification part 350 .

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