KR101027344B1 - Rearing Equipment For Dybowski's Brown Frog - Google Patents

Abstract

The present invention relates to a northern mountain frog breeding facility.

The present invention, a plurality of small plastic house, a plurality of northern mountain frog habitat and a bottom portion comprising at least one puddle; A side portion surrounding the bottom portion; And an upper surface portion extending from an upper end of the side portion and sealing an upper portion of the bottom portion, wherein an end portion of the small vinyl house is provided at a free end to allow northern frogs and crickets to move in and out of the small vinyl house. And, the side portion provides a northern mountain frog breeding facility, characterized in that at least one pair of nets that are located opposite to each other is installed.

Northern Mountain Frog, Reticulated Net, Vinyl House, Attracted Lamp, Sprinkler, Cricket

Description

Northern Mountain Frog Breeding Facility {Rearing Equipment For Dybowski's Brown Frog}

The present invention relates to a breeding facility for breeding edible frogs, more specifically, the northern mountain frog.

The frog is an amphibian belonging to the tree of the tasteless family, which is in the middle of the evolution into fish and reptiles. Among these frogs, edible frogs include bullfrog, northern frog, caged frog, and yellow frog.

The northern mountain frog has black and brown irregular patterns on the back, black horizontal pattern around the eardrum, and a dot pattern on the back of the nose. In addition, the spawning season of the northern mountain frog is from March to April and is distributed throughout the land of Korea. Nowadays, the northern mountain frog is widely used for food, so it is necessary to breed large quantities.

Korean Patent Registration No. 0646132 discloses a facility for breeding a northern mountain frog by providing crickets as food.

The northern mountain frog breeding facility disclosed in the above Korean registered patent includes a bottom portion, a side wall portion, a net, a puddle, and a cricket breeding ground. The bottom part is provided with a wooden end and a blanket covering the wooden end. Above and below the blanket is provided as a habitat for the northern mountain frog. The side wall portion is installed to surround the side circumference of the bottom portion, the one side is formed with an entrance. The mesh is secured around the top of the sidewall portion and forms a top surface of the frog habitat defined by the bottom and sidewall portions. The puddle is used to grow the frog eggs formed in the northern mountain frog habitat space with a tadpole. The cricket breeding ground is formed in the northern mountain frog habitat and is used for breeding crickets to be provided as food for the northern mountain frog.

Initially, the Northern Mountain Frog eggs or Northern Mountain Frog male and female pairs are input to the northern mountain frog habitat, and adult crickets are introduced to the cricket breeding ground. Then, when the northern mountain frog eggs are grown as a tadpole, the tadpole feed is added to the northern mountain frog habitat space, and the cricket feed is continuously added to the cricket farm. Subsequently, when the tadpole is transformed into a frog and the eggs laid through mating of the cricket become larvae, the cricket is removed to the northern mountain frog habitat by removing the thermal insulation material installed in the cricket farm. In this state, a food chain is formed between the cricket and the northern frog in the northern space frog habitat. After the food chain is formed, only cricket feed is provided inside the northern mountain frog habitat.

According to the northern mountain frog breeding facility, the northern mountain frog habitat space is maintained at around 20 degrees, which is a temperature suitable for breeding the northern mountain frog. The crickets inhabit together in the northern mountain frog habitat after the food chain is formed. However, in this case, since the temperature of the northern mountain frog habitat space is lower than about 35 degrees, which is suitable for the reproduction of the cricket, there is a problem that the cricket cannot breed in the northern mountain frog habitat. If crickets do not breed in the northern mountain frog habitat, the food shortage of the northern mountain frog may occur, which leads to the asa phenomenon of the northern mountain frog.

In addition, according to the northern mountain frog breeding facility, since the upper surface of the northern mountain frog habitat space is formed by a mesh, when heavy rain occurs due to the rainy season or typhoon, very much rain penetrates into the northern mountain frog habitat space. Since a large amount of rain penetrated into the northern mountain frog habitat reduces the population of crickets, the structure that formed the upper surface of the northern mountain frog habitat space as a net can cause the death phenomenon of the northern mountain frog along with the temperature conditions of the northern mountain frog habitat. Deepen

The present invention is to solve the problems described above, can provide both the temperature conditions suitable for breeding northern mountain frogs and the temperature conditions suitable for breeding crickets, the rain penetrating into the habitat of northern mountain frogs and crickets It aims to provide a northern mountain frog breeding facility that can prevent.

In order to achieve the above object, the present invention, a plurality of small plastic house, a plurality of northern mountain frog habitat, and a bottom portion including at least one puddle; A side portion surrounding the bottom portion; And an upper surface portion extending from an upper end of the side portion and sealing an upper portion of the bottom portion, wherein an end portion of the small vinyl house is provided at a free end to allow northern frogs and crickets to move in and out of the small vinyl house. And, the side portion provides a northern mountain frog breeding facility, characterized in that at least one pair of nets that are located opposite to each other is installed.

Preferably, the northern mountain frog breeding facility further includes a net opening and closing means for lifting or unwinding the cover for opening and closing the net. In addition, the upper surface portion is preferably provided with at least one sprinkler for injecting water.

Preferably, the upper surface portion is provided with at least one attracting light so that the insects are attracted from the outside through the net at night, the side portion to prevent the phenomenon of the northern mountain frog or cricket to escape to the outside through the mesh The barrier plate is formed to be inclined in the direction in which the ground is located.

Preferably, the northern mountain frog habitat is formed by laminating a pleated slab in a zigzag form and covering the blanket thereon, and a sunshade is detachably installed on the outer surface of the upper surface portion.

Preferably, the northern mountain frog breeding facility further includes a cricket breeding facility located adjacent to the side portion, wherein the cricket breeding facility includes at least one first vinyl house and a second housing the first vinyl house therein. And a third vinyl house accommodating the second vinyl house therein, and an end of the first vinyl house is provided at a free end to allow the cricket to move between the inside and the outside of the first vinyl house.

In this case, the cricket breeding facility includes at least one heating lamp installed inside the first vinyl house, and at least one pair of nets are disposed on the side surfaces of the second vinyl house and the third vinyl house to face each other. It is desirable to be. In addition, the cricket breeding facility preferably includes a net opening and closing means for lifting or unwinding the cover for opening and closing the net.

According to the present invention, the cricket breeding is performed together in the habitat space of the northern mountain frog and the survival of the cricket is ensured even during heavy rains, thereby preventing food shortage of the northern mountain frog.

In addition, according to the present invention, since means such as a net, a sprinkler, a sunshade, etc. are installed, the temperature environment of the northern mountain frog and cricket habitat space can be controlled very easily.

In addition, according to the present invention, the food of the northern mountain frog can be naturally provided due to the net and attracted.

In addition, according to the present invention, since crickets are bred in large quantities regardless of the season, it is possible to respond quickly and appropriately to the food shortage phenomenon of the northern mountain frog.

Hereinafter, preferred embodiments of the northern mountain frog breeding facility according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an embodiment of the northern mountain frog breeding facility according to the present invention, Figure 2 is a perspective view showing a cricket breeding facility of the northern mountain frog breeding facility shown in FIG.

The northern mountain frog breeding facility 100 according to the present invention includes a bottom portion, a side portion, and an upper surface portion as shown in FIG. 1.

The bottom portion includes a plurality of small plastic house 110, a plurality of northern mountain frog habitats (120a, 120b) and at least one water hole 130 installed on the ground. The small plastic house 110 is provided as a breeding place and habitat for crickets provided as food for the northern mountain frog. For this purpose, the small vinyl house 110 includes an arc-shaped frame 112 arranged in a line and a vinyl 114 placed on the frame 112. When the small vinyl house 110 is formed in this way, since the end of the vinyl 114 is formed as a free end, it is not only easy to feed cricket feed into the small vinyl house 110, but also the northern mountain frog and The cricket can easily move in and out of the small plastic house 110. In addition, since the temperature inside the small vinyl house 110 is higher than the temperature outside the small vinyl house 110, which is suitably set for the northern mountain frog, crickets can breed in the small vinyl house 110.

 The northern mountain frog habitat is formed in the form of a blanket (120a) covering a plurality of stacked logs or a blanket (120b) covering a blanket on a pleated slab stacked in a zigzag. The space between the logs or the space between the corrugated slabs is a good habitat for the northern mountain frog.

The puddle 130 is formed by digging the ground and laying vinyl. The puddle 130 is filled with only the spawning and hibernating phase of the northern mountain frog. This is because crickets may die in the water if the puddle 130 is always filled with water. In addition, the water puddle 130 is provided with a plurality of corrugated slabs so that space for scattering and hibernation of the northern mountain frog can be provided.

The side part wraps around the bottom part. In addition, the side portion is provided with at least one pair of nets 160 positioned to face each other. The net 160 is for ventilation and insect inflow between the inside and the outside of the breeding facility 100, and is located at a height where the northern mountain frog and cricket cannot reach, and is formed so that insects such as fly flies and mosquitoes can be introduced from the outside. do. Ventilation between the inside and outside of the breeding facility 100 helps to prevent a phenomenon in which the temperature inside the breeding facility 100 rises in a hot summer.

The side surface portion is formed with a cover 162 for covering the net 160. The cover 162 is wound up or released by the mesh opening and closing means 170. The mesh opening and closing means 170 is a pair of support rods 172 fixed to the ground, a pair of rotary rods 174 rotatably coupled to the support rods 172 and at the same time the length can be changed, and a pair of It includes a connecting rod (not shown) for connecting between the ends of the rotating rod 174. When the rotating rod 174 is rotated about one end of the support rod 172, the cover 162 is wound on the outer peripheral surface of the connecting rod or released from the outer peripheral surface of the connecting rod. When the outside temperature is lower than the temperature suitable for the northern mountain frog, the net 160 is sealed by the cover 162, and in a large case, the net 160 is opened. Mesh opening and closing means 170 is operated by operating the operation button of the control box 200 provided separately.

The prevention plate 180 is mounted on an inner surface of the side part. The prevention plate 180 is positioned below the mesh 160, extends along the longitudinal direction of the breeding facility 100, and is formed to be inclined in the direction in which the ground is located. The prevention plate 180 completely prevents the northern mountain frog or cricket from escaping to the outside through the net 160. On the other hand, the side portion is provided with a sliding door 190 for the worker's access.

The upper surface part is to seal the upper space of the bottom portion, and includes a plurality of arc-shaped frame 142 fixed to the upper end of the side portion, and the vinyl 144 covering the space between the frame 142. The plurality of frameworks 142 are arranged along the longitudinal direction of the breeding facility 100. When the upper surface is configured in this way, even if a heavy rain occurs due to rainy season or typhoon, rain or wind does not flow into the breeding facility 100, thereby preventing the cricket from dying as a group.

 As described above, the space between the frames 142 is covered by the vinyl 144. In this case, since the solar and geothermal heat can not be sufficiently discharged to the outside of the breeding facility 100, the temperature inside the breeding facility 100 may be higher than the temperature suitable for the breeding of northern mountain frog in the summer. Of course, the netting 160 for ventilation in the side portion is provided, but this alone has a limit in lowering the temperature inside the breeding facility 100. Accordingly, the framework 142 is provided with a plurality of sprinklers 146 for spraying water to lower the temperature inside the breeding facility 100. Even if water is sprayed from the sprinkler 146, the sprayed water does not penetrate into the small vinyl house 110, so the temperature inside the small vinyl house 110 is still maintained higher than the temperature outside. Thus, the small vinyl house 110 does not lose the cricket breeding place provision function. In addition, the cricket outside the small plastic house 110 is exposed to the sprayed water, but the cricket dies collectively because the amount of sprayed water is very small compared to the amount of rain that falls during the heavy rain. The sprinkler 146 is operated by operating the operation button of the control box 200.

The temperature inside the breeding facility 100 may be controlled to a temperature suitable for the habitat of the northern mountain frog by the net 160 and the sprinkler 146. However, a sunshade (not shown) may be detachably installed on the upper portion to reduce water resources and power. The sun visor is installed when the outside temperature is high and is used in a manner that is recovered when the outside temperature is low.

At least one attracting light 150 is installed in the frame 142 so that insects such as fly flies, mosquitoes, and the like are attracted from the outside through the net 160 at night. In this case, in addition to the crickets inhabiting the interior of the breeding facility 100, insects attracted through the net 160 can also be provided as food for the northern mountain frog, so that the food of the northern mountain frog becomes more abundant. The attraction light 150 is operated by operating the operation button of the control box 200.

On the other hand, the frame 142 is provided with a thermometer 148 so that the temperature inside the breeding facility 100 can be easily confirmed.

The breeding facility 100 includes a cricket breeding facility 300 which is located adjacent to the side part. As shown in FIG. 2, the cricket breeding facility 300 includes at least one first vinyl house 310, a second vinyl house 320 accommodating the first vinyl house 310, and a second vinyl house ( And a third vinyl house 340 for receiving 320. The first vinyl house 310 includes an arc-shaped frame 312 arranged in a line and a vinyl 314 placed on the frame 312. When the first vinyl house 310 is formed in this way, since the end of the vinyl 314 is formed at the free end, cricket food is not only easily introduced into the first vinyl house 310 but also the cricket is made of the first vinyl house 310. One vinyl house 310 can be scattered and inhabited at an appropriate temperature is formed in and out.

If the cricket breeding facility 300 is configured as described above, the crickets are inhabited and spawned in a space protected by a two-ply plastic house or a three-ply plastic house. Thus, crickets can live in a temperature environment suitable for spawning and habitat, even at low external temperatures. However, because of the very low outside temperatures in the winter, a two- or three-ply vinyl house alone cannot provide adequate temperatures for the cricket's spawning and habitat. Therefore, the second vinyl house 320 and the third vinyl house 340 is composed of the side and the top of the form of a thermal insulation material such as cotton between the two sheets of vinyl. In addition, the frame 312 is provided with at least one heating lamp 316 to increase the temperature inside the first vinyl house (310). The heating lamp 316 is operated by operating the operation button of the control box 200.

At least one pair of meshes 322 and 342 are disposed on side surfaces of the second vinyl house 320 and the third vinyl house 340 to face each other. The meshes 322 and 342 are located at a height that crickets cannot reach. The mesh 322 is for ventilation between inside and outside of the second vinyl house 320, and the mesh 342 is for ventilation between inside and outside of the third vinyl house 340. The meshes 322 and 342 help to prevent a temperature increase in the first vinyl house 310 and the second vinyl house 330 during a hot summer.

Covers 326 and 346 for covering the meshes 322 and 342 are formed on side surfaces of the second vinyl house 320 and the third vinyl house 340. The covers 326 and 346 are wound or unrolled by the mesh opening and closing means 330 and 350, respectively. The configuration and operation of the mesh opening and closing means 330 and 350 are the same as the configuration and operation of the mesh opening and closing means 170 described above. Mesh opening and closing means (330, 350) is operated by operating the operation button of the control box 200.

Upper surfaces of the second vinyl house 320 and the third vinyl house 340 are sealed. In this case, since the solar and geothermal heat cannot be sufficiently discharged to the outside of the second vinyl house 320, the temperature inside the first vinyl house 310 and the second vinyl house 320 may be scattered and inhabited by crickets in the summer. It may be above the appropriate temperature. Of course, although the nets 322 and 342 for ventilation are provided, this alone has a limit in lowering the temperature inside the first vinyl house 310 and the second vinyl house 320. Therefore, the sunscreen (not shown) is detachably installed on the upper surface of the third vinyl house 340. The usage of the awning film is the same as the usage of the awning film described above.

When the cricket breeding facility 300 is formed in the structure as described above, it is possible to breed crickets in large quantities regardless of the season, and the crickets bred may be provided as food for the northern mountain frog. Therefore, it is possible to respond very quickly and appropriately to the food shortage phenomenon of the northern mountain frog.

Unexplained reference numerals 334 and 324 are sliding doors for the operator's access. And, although not shown in Figure 2, the inside of the second vinyl house 320, the thermometer is installed so that the temperature can be easily confirmed.

1 is a perspective view showing an embodiment of the northern mountain frog breeding facility according to the present invention.

FIG. 2 is a perspective view illustrating a cricket breeding facility of the northern mountain frog breeding facility shown in FIG. 1.

Claims (11)

A floor including a plurality of small plastic houses, a plurality of northern mountain frog habitats, and at least one water hole; A side portion surrounding the bottom portion; And And an upper surface portion extending from an upper end of the side portion and sealing an upper portion of the bottom portion. The end of the small vinyl house is provided with a free end so that the northern mountain frog and the cricket can move in and out of the small vinyl house, the side portion is provided with at least one pair of meshes facing each other, the upper surface portion Northern mountain frog breeding facility, characterized in that at least one sprinkler for spraying water is installed. The method of claim 1, The northern mountain frog breeding facility, characterized in that it further comprises a net opening and closing means for lifting or unwinding the cover for opening and closing the net. delete The method of claim 1, The upper part of the northern mountain frog breeding facility, characterized in that at least one attraction is installed so that the insects are attracted from the outside through the net at night. The method of claim 1, The northern side frog breeding facility, characterized in that the side plate is formed to be inclined in the direction in which the ground plate to prevent the phenomenon that the northern mountain frog or cricket escape to the outside through the net. The method of claim 1, The Northern Frog Habitat is a northern mountain frog breeding facility, characterized in that by forming a pleated slab zigzag laminated cover over the blanket. The method of claim 1, Northern mountain frog breeding facility further comprises a sunshade that is detachably installed on the outer surface of the upper surface. The method of claim 1, Further comprising a cricket breeding facility located adjacent to the side, The rearing rearing facility includes at least one first vinyl house, a second vinyl house accommodating the first vinyl house therein, and a third vinyl house accommodating the second vinyl house therein, The end of the first vinyl house is a northern mountain frog breeding facility, characterized in that the cricket is provided with a free end so as to travel inside and outside the first vinyl house. The method of claim 8, The cricket breeding facility is a northern mountain frog breeding facility, characterized in that it further comprises at least one heating lamp installed in the first vinyl house. The method of claim 8, The northern mountain frog breeding facility, characterized in that at least a pair of nets are disposed on the side of the second vinyl house and the third vinyl house facing each other. The method of claim 10, The cricket breeding facility is a northern mountain frog breeding facility, characterized in that it further comprises a net opening and closing means for lifting or unwinding the cover for opening and closing the net.

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