KR101453755B1 - Environmental-Friendly Substitute habitats for Mauremys reevesii - Google Patents

Abstract

The present invention relates to an environmentally-friendly substitutive habitat for Mauremys reevesii. Specifically, a place where Mauremys reevesii can inhabit is constituted similarly to a natural habitat, so that the lifestyle of Mauremys reevesii in nature can be shown. Moreover, the environmentally-friendly substitutive habitat is constituted using a natural environment so that natural radiation is easily performed. Furthermore, the environmentally-friendly substitutive habitat can be utilized as an environment education venue by recognizing the characteristics of Mauremys reevesii. The environmentally-friendly substitutive habitat comprises: a holder (3) in which Mauremys reevesii can live; a projecting piece (3′) which is bent into an inner direction of the holder (3) at the top end of the holder (3) so that Mauremys reevesii cannot move to the top end of the holder (3); a water surface unit (4) which is formed in the holder (3) so that Mauremys reevesii can live in water; a land unit (5) in which Mauremys reevesii can enjoy a sunbath out of the water surface unit (4); and a shelter (10) which is formed on the water surface unit (4) or the land unit (5) so that Mauremys reevesii can be evacuated from natural enemies, wherein the shelter (10) has an inlet and outlet hole (21) formed on the bottom surface thereof so that Mauremys reevesii can go into and come out from the shelter (10) through the underwater part or an underground path (20).

Description

{Environmental-Friendly Substitute habitats for Mauremys reevesii}

The present invention relates to a habitat for environmentally friendly hybrids, and in particular, it is possible to grasp the characteristics of the hybrids by locating the place where the hybrids can live, This is about a place for eco-friendly alternative habitat that can be used as a place for environmental education where children can adapt to their lives and can see their sons directly from a nearby place.

There is a problem that it is difficult to observe the natural creature because it is managed by the state (Korea) because it is designated as endangered wildlife and natural monument due to the decrease of the number of the population due to destruction of habitat.

In order to solve this problem, it is necessary to have space for restoration of individuals caught in Wolchulsan National Park located in Jeollanam-do, South Jeolla province, Korea, with permission from the Cultural Heritage Administration and the Watershed Environment Agency and environmental education for endangered wildlife. I hope.

Conventional habitat replacement is a facility close to nature for humans, rather than a facility for a habitat, such as concrete, which is an artificial habitat such as an artificial habitat.

In view of the above-mentioned problems, the present invention aims at cultivating the habitat of the seedlings in a more natural form using environmentally friendly materials.

The present application does not provide a detailed description of the problems of the prior art because the prior art similar to the present technology is not searched.

For reference, when sleeping parts are made of concrete or blocks, plants can not live, and the sleeping part can not function because the creatures such as insects and the like based on soil are not viable. Also, it is possible that sickle 's pelvic girdle is caught on concrete or block, which can cause illness and increase the wear of pelvic girdle.

In recent years, interest in environmentally friendly structures has been rising, and there is a growing demand for places where children can explore nature. In order to artificially create sleeping areas, there is a need to create environmentally friendly habitats It is increasing day by day.

According to the above-mentioned demand, it is possible to overcome the limitations of the conventional sleeping part structure formed by using concrete or block, etc., which is confirmed in Publication No. 10-2005-0040049 (published date 2005.05.03) Although the artificial sleep surface structure providing an insect habitat type environment-friendly structure having a nature-friendly structure capable of living organisms and cleansing the stored water is provided, the conventional artificial sleep surface portion is not suitable as a habitat for a terrestrial favorite.

In order to solve the above-mentioned conventional problems, the present invention aims to provide a place where a habitat for a spermatozoa can be formed in a similar manner to a natural habitat, so as to grasp the life of a spermatozoon in nature, The purpose of this

The purpose of this study is to identify the characteristics of the siblings and to utilize them as environmental education places.

The foregoing and other objects are further elucidated in the following detailed description.

On the inside of the cage (3), a sleeping part (4), a land part (5) where the sister can enjoy sunbathing, a shade part (6) where the shed can rest in the shade, And an observation section 7 that can be observed by an observer outside the cage 3. [

The cage (3) can be kept in a natural state by using a non-artificial material by using an unleavened wood slice.

The water surface portion 4 contains gravel, sand, and natural stones, and thus has a result of living in a natural state.

It is preferable that the water surface portion 4 continuously receives water (valley water) from the outside and overflows to the outside by an amount of the supplied water. Also, it is desirable to monitor the temperature of the water flowing into the outside and maintain the image at 3 ~ 28.

It is preferable that the land portion 5 has a large amount of sunshine for photosynthesis, and the shade portion 6 is configured to control the amount of photosynthesis. It is also preferable to form a hill in the middle of the land portion 5 in order to induce scattering by utilizing the habit of scattering in the sloping place.

It is preferred that the contaminant 10 be a space to help protect from wildlife and to maintain an important temperature for reptiles as a space to lower the body temperature, which is increased through photosynthesis.

It is preferable that the observation section 7 utilizes an environmentally friendly mat which can maintain its natural state.

The following is a detailed description.

A protruding piece 3 'bent in an inner direction of the cage so that the jamb can not pass over to the upper end of the cage and a jamb can live in the water inside the cage 3, The sleeping part 4 and the land part 5 can evacuate the innocent from the nemesis part 5 and the land part 5 where the sunbathing can be enjoyed from the sleeping part 4 and the sleeping part 4, (10) capable of controlling body temperature is formed.

Next, a throwing part 12 which feeds the siblings to feed them so that they can be fed to the inside of the shed 10 through an entrance 21 of the shedding device 10 is fed from the upper side to the side .

A feed cylinder 30 is provided in the throwing unit 12 to feed the food to the throat unit 12. The feed cylinder 30 includes a charging cylinder 31 for feeding food, 31), when the food falls due to the weight of the food, the falling air basin (32) into which the food is fed and the lower end of the falling basin (32) A hinged door 33 is formed at the lower end of the drop-waiting base 32 so as to block the lower end of the drop-waiting base 32. [

As described above, the place where the buds can live can be formed in a similar manner to the natural habitat, and it is possible to grasp the life of the buds in the nature.

In addition, it has an advantage that it can be utilized as a place for environmental education because it can grasp the characteristics of the siblings.

The above-mentioned effects are further clarified in the following detailed description.

FIG. 1 is a perspective view of the eco-friendly alternative habitat of the present invention,
FIG. 2 is an explanatory view showing the shape of the large feature in the state of FIG. 1 differently,
3) is a cross-sectional view in the horizontal direction of FIG. 2,
B) is a longitudinal sectional view of FIG. 2,
FIG. 4 is a perspective view in a state in which it is installed below the ground in the state of FIG. 2,
FIG. 5 is a perspective view of an embodiment of the present invention of an alternative environment-friendly alternative habitat,
FIG. 6 is an enlarged view of a portion A of FIG. 5 to show the food supply container of the present invention,
FIG. 7 is an exploded perspective view of the feeding hopper of the present invention; FIG.

1 and 7, a water surface portion 4 and a shade portion 6 in which a sunflower can enjoy sunbathing and a shade portion 6 can be rested in the shade are provided inside the cage 3, And an observation section 7 which is composed of a large feature 10 capable of protecting from wild animals and sunlight and which can be observed by an observer outside the cage 3. [

The cage (3) can maintain its natural state by using an unbleached wood chip.

Such an embodiment will be described as follows.

As described above, the cage 3 is formed so that the child can not escape to the outside of the cage 3. The sleeping part 4 is a place where the baby can escape from the feeding activity and enemies and can avoid direct sunlight.

The land portion 5 is formed of a land portion 5 because of the nature of the terrestrial life because of its nature.

In addition, the shade portion 6 is formed so that the jaundice can rest in the shade, and the observation portion 7 secures an observation area that the user can observe.

Hereinafter, a process of continuously supplying water to the water surface portion 4 will be described.

It is preferable that the water surface portion 4 is configured such that water is continuously supplied from the outside and overflows to the outside by the amount of the supplied water.

With this configuration, clean water is always supplied to the water surface portion 4.

This will allow the baby to remain clean.

1, the cave 10 is formed inside the cage 3

 As a result, the buddy can be used as a large feature (10), and particularly, the large feature of the cave form is a place where the bud can stay for a long time because the humidity is maintained to some extent

The subsequent feature 10 is a feature 10 for further explanation of the feature

The following is a more specific configuration.

A protruding piece 3 'bent inward in the cage 3 so that the protruding piece 3 can not pass over the top of the cage 3 and a cage 3' (5) for enjoying sunbathing from the sleeping part (4) and a sleeping part (5) for sleeping from the sleeping part (4) or the landing part (5) (10) is formed in such a way that a snare can evacuate from the nemesis, said protector (10) being arranged in such a way that the protector (10) 10) bottom surface is formed with an entrance (21).

An embodiment of such a structure will be described with reference to FIGS. 2 to 5. FIG.

As described above, the cage 3 is formed so that the child can not escape to the outside of the cage 3. The sleeping part 4 prevents the sunlight from being used as a large pitcher 10 from the motions and enemies to be fed by the child. And the land portion 5 forms the land portion 5 because of the nature of the living thing, which is a lot of land life.

By forming the protruding piece 3 'bent in the inner direction of the cage 3 out of such a configuration, the result is that the shedding piece can not pass over the two running pieces 3' as shown in Fig.

The protruding portion 10 is a place where the protruding portion can be escaped if a nemesis occurs. An exit 21 is formed at the lower end of the protruding portion 10 to use the underwater passage 20 or under the water surface.

Therefore, enemies such as owls can not be directed into the trapper 10.

If the entrance 21 is located at the side of the bulkhead 10, the owl's foot will be accommodated inside the bulkhead 10, so the budgie will be the food of the owl.

Particularly, because the cat likes to play, if there is an exit 21 on the side, it will use a long foot to take out a hidden child inside the large pitcher 10 and use it as a toy, and the child will die by the play.

The following is an attempt to provide a technique for allowing the sibling to use the large feature (10).

The food stuffing part 12 is formed on the upper side or the side surface of the bulk material 10 so as to be attracted to the food and move into the bulk material 10 through the entrance 21 of the bulk material 10.

Thus, by thrusting the food through the throat 12 into the pit 10, the siblings enter the pit 10 through the entrance 21 of the pit 10 to feed it .

When this process is repeated, the child recognizes that the space (10) is a cozy space (a little dark space and humid is kept cozy) and evacuates to this space (10) when the enemy appears.

As a result of the experiment, it was found that when the food was first put into the large pitcher 10 through the throwing unit 12 while the small size was inside the large pitcher 10, But as time went on, I found myself coming out through the doorway (21) little by little.

As can be seen in Fig. 5, part of the depository 10 is located in water, the water surface portion 4, and the remainder is located in the land portion 5. As shown in Fig. This is to have the sleeping part 4 and the land part 5 so as to be able to live inside the pitcher 10 for a certain period.

The siblings do not feed on the land. Therefore, as described above, the sleeping part 4 is provided in the inside of the large pitcher 10.

Next, the food feeder 30 will be described.

The feeding cylinder 30 is installed in the throwing unit 12 and the feeding cylinder 30 is provided with a charging cylinder 31 for feeding the food and a feeder 31 for feeding the food when the food is dropped by the weight of the feeding cylinder 31 The lower portion of the falling base portion 32 and the lower portion of the falling base portion 32 are blocked to prevent the food from falling down or the lower portion of the falling base portion 32 to fall down to the inner bottom of the catcher 10, Thereby forming a hinged door 33 blocking the lower end of the standby portion 32.

An embodiment of such a configuration will be described below.

When the food feeder 30 filled with food is installed in the throwing part 12 and then the lower end of the dropping standby part 32 is opened using the hinged door 33 and then closed again, Is introduced into the large pitcher (10) by the self weight of the food via the air gap (32).

One of the advantages of the contra-patch 10 is that it does not stolen food from other animals (cats, rats, etc.) because the food is inside the contaminant 10.

For reference, the spermatozoa feed slowly, so the food will be fed to birds and other animals when the food is outside the pit (10).

Therefore, it is preferable that the feed is located inside the buffer 10.

A plurality of vent holes are formed on the wall surface of the base 10 so as to allow the wind to flow into the large pitcher 10,

The scope of the present invention is not limited to the above-described embodiments, but may be embodied in various forms of embodiments within the scope of the appended claims. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the appended claims.

3: cage 3 ': protruding piece
4: Water surface part 5: Land part
6: shade part 7: observation part
10: large feature 12:
20: underground passage 21: entrance
30: feed cylinder 31: charging cylinder
32: dropper base 33: hinged door

Claims (2)

A protruding piece 3 'bent in the inner direction of the cage 3 so as not to pass over the upper end of the cage 3 to the upper end of the cage 3,
A sleeping part 4 inside the cage 3 in which the soul can live in the water, a land part 5 where the soul comes out from the sleeping part 4 and enjoys sunbathing,
(10) is formed on the water surface (4) or the land portion (5) so that the living thing can be evacuated from the natural enemy,
The protruding part 10 includes an entrance 21 formed at the bottom of the protruding part 10 so that the protruding part of the protruding part 10 is inserted into the protruding part 10 through the underground passage 20, A place to live as an alternative to eco-friendly habitat. The method according to claim 1,
A throwing unit 12 for feeding a raw food to the inside of the large pitcher 10 through an entrance 21 of the large pitcher 10 is provided on the upper side or the side of the large pitcher 10 Which is characterized by the formation of a more eco-friendly habitat.

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