KR20080010230A - Beehive reception apparatus - Google Patents

Abstract

A drawer type beehive receiving apparatus is provided to adjust the temperature for breeding bees to be proper, to utilize an existing beehive as it is and to manage plural beehives integrally. A drawer type beehive receiving apparatus includes a receiving body(110) and a warming device. The front of the receiving body is formed to have an open inner space(112). Plural placement rails(114) are formed on the side panels of the receiving body to be separated from each other. Protrusions formed on the outer circumference of a beehive are placed and received into the placement rails. The warming device warms the inner space of the receiving body with supplied hot water. A net frame(127) is formed on an upper panel(122) to communicate with the inner space.

Description

Beehive reception apparatus

1 is a perspective view showing a drawer beehive storage device according to the present invention,

2 is a cross-sectional view of the side panel of FIG.

3 is a front view illustrating a state in which a beehive is stored in the housing body of FIG. 1;

4 is a block diagram showing an element for supplying hot water to the hot water distribution pipe of FIG.

<Description of Symbols for Main Parts of Drawings>

110: storage body 114: seating rail

132: hot water distribution pipe 140: beehive

174: boiler

The present invention relates to a drawer beehive storage device, and more particularly to a drawer beehive storage device that can adjust the temperature required for growth while storing the beehive in multiple stages.

Beekeeping bees are usually formed in the form of a rectangular parallelepiped having a cover, and have a structure in which an entrance through which a bee can enter and exit is formed on the front surface.

On the other hand, in order for the queen bee to lay eggs and foster larvae, the temperature inside the hive should be maintained at 33 ° C to 35 ° C. In addition, the bee's eggs are 21 ℃, larvae 15 ℃, young adults 12 ℃ or less when the temperature drops, the adults are paralyzed at 5 ℃. In addition, when the temperature inside the hive exceeds 38 ° C, the bees stop their normal watertight activity.

In particular, the temperature inside the beehive has a very large effect on the spawning of queen bees, and since worker bees have the ability to collect honey only after 14 days of release, early spawning is very important for collecting honey.

Conventionally, in order to prevent the bee verbs in winter, and to promote early spawning of queen bees, the beehives are wrapped using Schiropol, vinyl, or electric blankets, or heaters are installed in the beehives to keep the temperature inside the beehives at a temperature suitable for growth. .

A beehive containing a heater that generates heat by supplied electric power is disclosed in Korean Laid-Open Patent No. 2000-0014621.

However, the method of separately embedding the heater for each beehive has a disadvantage in that the structure of the beehive becomes complicated, the existing beehive cannot be used, and there is a risk of fire due to a short circuit or overheating. In addition, there is a problem that the electromagnetic wave generated by the power supplied to the heater inhibits the scattering rate.

In addition, there are management difficulties given that the number of beehives operated by beekeepers is tens or hundreds.

The present invention was devised to improve the above problems, and an object of the present invention is to provide a drawer type beehive storage device that can utilize the existing beehive as it can adjust the temperature suitable for the growth of bees.

Still another object of the present invention is to provide a drawer beehive storage device capable of integrally managing and controlling a plurality of beehives.

In order to achieve the above object, the drawer type beehive storage device according to the present invention is formed to have an inner space that is open in front, and a plurality of seating rails are vertically mounted so that a locking jaw formed to protrude on the outer circumferential surface of the beehive can be seated and accommodated. A storage body formed spaced apart from each other on the side panel; And a heater installed to warm the internal space in the housing body by the supplied hot water.

Preferably, the housing main body and the base frame to form a front open frame; An insulation plate provided on the inner side of the base frame; A wire mesh installed on an inner surface of the heat insulating plate; A hot water distribution pipe disposed on the inner side of the wire net to distribute hot water; A loess layer coated with a predetermined thickness to cover the hot water distribution pipe and the wire mesh mainly based on ocher, wherein the seating rail is coupled to the base frame by a coupling member on the ocher layer, and the hot water distribution pipe is the hot water. It is connected with the boiler to supply it.

In addition, the roller is rotatably installed on the side of the beehive in the lower portion of the locking jaw of the beehive; the roller is installed to enable the rolling movement on the seating rail;

More preferably the base frame is formed of wood.

Hereinafter, a drawer type beehive storage device according to a preferred embodiment of the present invention with reference to the accompanying drawings will be described in more detail.

1 is a perspective view showing a drawer type beehive storage device according to the present invention, Figure 2 is a cross-sectional view of the outer side panel of Figure 1, Figure 3 is a front view showing a state in which the beehive is accommodated in the receiving body of FIG.

1 to 3, the drawer beehive storage device 100 is provided with a receiving body 110, and a hive 140.

The accommodating main body 110 is formed to have an inner space 112 open at the front, and is formed to accommodate the beehive 140 in multiple stages vertically independently of each other in the inner space 112.

The housing body 110 is divided into a lower panel 121, an upper panel 122, an outer side panel 123, an inner side panel 124, and a rear panel 125.

In the outer side panel 123 and the inner side panel 124, a plurality of seating rails 114 are formed vertically to receive the beehive 140 to be stored in the inner space 112 vertically in multiple stages. It is. The seating rail 114 is formed to protrude horizontally from the side panels 123 and 124 so that the latching jaw 143 formed to protrude on the outer circumferential surface of the beehive 140 may be seated and accommodated.

In the illustrated example, the inner space 112 is formed to be divided into two horizontally, and each inner space 112 has a structure in which five beehives can be stored vertically. The internal space 112 may be appropriately applied according to the number of beehives to be arranged vertically and the number of internal spaces 112 to be extended horizontally.

The upper panel 122 has a mesh net 127 for ventilation so as to communicate with the internal space.

Although not shown, a ventilation mesh frame 127 may also be formed in the lower panel 121.

Reference numeral 171 denotes a temperature detector installed to detect the temperature of the inner space 112 of the housing body 110.

The beehive 140 has a conventional structure that can be opened and closed through the cover 142 has been applied, the locking jaw 143 is formed to protrude along the side horizontally on the side on a predetermined height from the bottom surface. Rollers 146 are installed at both sides of the lower side of the catching jaw 143 of the beehive 140 so as to be smoothly transported by the rolling motion when received through the seating rail 114.

In the illustrated example, when the doorway 148 of the beehive 140 is inserted to be exposed to the front side, the roller 146 is installed at the rear side so that the roller 146 can be transported while the front part of the beehive 140 is lifted. In this case, in the case where the beehive 140 is accommodated on the housing body 110, the engaging jaw 143 and the seating rail 114 are partially kept in contact with the external shock or vibration at the front part, and thus the housing is stored. There is an advantage that the departure from the main body 110 is suppressed.

In addition, in order to further suppress the separation of the beehive 140 housed in the accommodating body 110, the mounting rail 114 may be installed to be inclined so that the height is gradually lowered to enter the inner space 112. to be.

Unlike the illustrated example, a plurality of rollers 146 may be installed along the extension direction of the locking step 143.

Reference numeral 144 is a ventilation net formed on the bottom of the beehive 140 sized to be out of the bee.

The storage body 110 is to be able to warm the internal space by the warmer.

The warmer circulates the hot water introduced through the water inlet pipe 131 exposed to the outside of the storage body 110 to supply hot water through the hot water distribution pipe 132 which can be discharged through the drain pipe 133 and the hot water distribution pipe. Boiler 174 is provided.

The hot water distribution pipe 132 may be a pipe so as to be appropriately embedded in the housing body 110.

Preferably, the inner surface of the receiving body 110 is treated with ocher to improve the humidity control ability and the bee's habitat environment. In this case, the heat insulating material, the hot water distribution pipe, and the ocher layer may be sequentially formed in the base, which is the outer frame of which the front is open, and as an example, the structure in which the outer side panel 123 is cut to avoid the complexity of the drawing is illustrated in FIG. 2. It demonstrates with reference to.

The side panel 123 has a structure in which a base frame 135, a heat insulating plate 136, a wire mesh 137, a hot water distribution pipe 132, an ocher layer 138, and a seating rail 114 are sequentially formed.

The base frame 135 is preferably formed of wood.

The insulation plate 136 bonded to the inside of the base frame 135 applies various known materials, for example, a styrofoam material.

Wire mesh 137 is installed on the inner surface of the heat insulating plate 136, the hot water distribution pipe 132 is coupled to the wire mesh 137.

The ocher layer 138 is coated with a predetermined thickness so as to cover the hot water distribution pipe 132 with the main component of ocher. For example, the ocher layer 138 may be formed by cutting rice straw and drying it by using a mixture of ocher dough.

The seating rail 114 is coupled to the base frame 135 by a coupling member 139, for example, nails, bolts and nuts, on the ocher layer 138.

The seating rails 114 may use wood.

In this structure, the base frame 135, the insulation plate 136, the wire mesh 137, the hot water distribution pipe 132 and the ocher layer 138 except for the seating rail 114, the upper panel 122, the lower panel 121 and the inner The side panel 124 may be formed in the same structure.

Unlike the case where the hot water distribution pipe 132 is omitted in some panels, for example, when the hot water distribution pipe 132 is omitted in the upper panel 122 and the lower panel 121, the upper panel 122 and the lower panel 121 are omitted. The base frame 135, the heat insulating plate 136, the ocher layer 138 is formed in a structure or the base frame 135, the heat insulating plate 136, the wire mesh 137 and the ocher layer 138 is formed in a structure formed.

The water inlet pipe 131 and the discharge pipe 133 of the hot water distribution pipe 132 of the accommodating body 110 are connected to the boiler 174 as shown in FIG. 4.

The boiler 174 is controlled to be driven by the controller 173.

Reference numeral 172 denotes an operation unit provided with a temperature setting and an on / off button.

The controller 173 operates the boiler 174 on / off using the temperature information received from the temperature detector 171 so that the temperature set by the operation unit 172 can be maintained in the housing body 110.

On the other hand, such a drawer beehive storage device may be provided with a slider shield plate to open and close the front opening of the housing body 100 by a net. In this case, the shielding plate may be removed and used at all times, and the front opening may be closed by engaging the shielding plate when the wasp invades.

According to the drawer beehive storage device according to the present invention as described so far, a number of beehives can be stored in the housing body, easy to manage and maintain a temperature suitable for the growth and spawning of bees, heating by hot water Because it is maintained, it increases the safety but does not generate electromagnetic waves, which does not inhibit the queen bee's spawning rate.

Claims (4)

An accommodating main body having a front open space and having a plurality of seating rails vertically spaced apart from each other on the side panel so that the engaging jaw formed to protrude on the outer circumferential surface of the beehive may be seated and received; And a heater installed to warm the internal space in the housing body by the supplied hot water. The method of claim 1, wherein the receiving body is A base frame forming an open frame in the front; An insulation plate provided on the inner side of the base frame; A wire mesh installed on an inner surface of the heat insulating plate; A hot water distribution pipe disposed on the inner side of the wire net to distribute hot water; And an ocher layer coated with a predetermined thickness so as to cover the hot water distribution pipe and the wire mesh with ocher as a main component. The seating rail is coupled to the base frame by a coupling member on the ocher layer, The hot water distribution pipe is a drawer type beehive storage device, characterized in that connected to the boiler for supplying the hot water. The drawer type beehive storage device according to claim 2, further comprising: a roller rotatably installed on a side of the beehive under the locking jaw of the beehive to enable rolling movement on the seating rail. The drawer beehive storage device according to claim 3, wherein the base frame is made of wood.

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