KR20030092027A - System and control method for bird park - Google Patents

Abstract

PURPOSE: A bird park system and controlling method thereof are provided to allow people to visit and see birds in an open space by making an environment adequate for birds to live. CONSTITUTION: The bird park system includes a visiting space where visitors go and see; a house(30), located close to the visiting space, which provides nests and roost for birds to rest on and live as the birds show infixed behaviors by means of the infixed effects; an infixed signal generator with which the birds move to the visiting space and show the infixed behaviors to visitors; and a returning-signals generator with which the birds return to the cage from the visiting space.

Description

Bird Park System and Control Method {SYSTEM AND CONTROL METHOD FOR BIRD PARK}

Generally, in a zoo or the like, a bird or animal is displayed to a large number of visitors, so that the bird or animal is accommodated in a space separated from the viewer. Birds, in particular, have high nets and house them inside. This is to prevent algae from flying out.

Recently, however, there has been a safari-type zoo where animals can be accommodated in relatively large open spaces and visitors can drive by car, allowing visitors to enjoy viewing in animal living spaces.

However, in the case of birds, due to the flying characteristics, the space in which birds are to be accommodated must be partitioned from the outside, such as a net. Therefore, it is impossible to see birds in an open space. In particular, in an open space, it is almost impossible for visitors to see birds while gathering.

Therefore, an object of the present invention is to solve the problems of the prior art as described above, and to allow visitors to see birds in the imprinted action in an open space.

The present invention relates to a bird park system, and more particularly, to a bird park system and a control method for allowing birds to be imprinted in the open space to hang out with the audience.

1 is a perspective view showing a preferred embodiment of the bird park system according to the present invention.

Figure 2 is a perspective view showing the inside of the house constituting the embodiment of the present invention.

Figure 3 is a plan sectional view showing the internal structure of the house of another embodiment of the present invention.

According to a feature of the present invention for achieving the object as described above, the present invention is installed in a viewing space in which the spectator is located, a position adjacent to the viewing space, the bird to perform the action imprinted by the stamping action A house configured to provide a space having a nest and a nest to allow the bird to move between the viewing space and the bird, which is installed in the viewing space and moves to the viewing space by a stamping action and performs the imprinted action. It comprises a stamping signal generator for generating a stamping signal and a feedback signal generator for generating a feedback signal that is installed inside the house and collects a bird in the viewing space to the house.

The birds are sex ratio such that the number of females is relatively large.

The entire outer wall of the house is configured to open and close, and is selectively opened and closed according to climatic conditions such as wind direction.

Inside the house, nests and shells are further provided with a temperature, humidity and illumination maintaining device to maintain the optimum temperature, humidity and illumination conditions for each bird to live.

Preferably, the number of nests is greater than the number of females.

Sand is laid on the bottom of the house, and one side is further provided with a flowing device for providing a flowing water to eat algae.

The feedback signal generator is to provide the sound of the bird that lives in the house, and provides the recorded sound to the outside of the house.

The interior of the house is characterized in that the movement restriction zone is formed separately and the algae imprinted inside the house is not moved to the outside.

The feedback signal generator is to provide a sound of the bird that lives in the house, and includes a microphone and a speaker to receive and expand the sound of the bird within the movement restriction zone.

The restricted area is about 1/2 to 1/5 of the volume inside the house.

The viewing space is an open space, and the viewing space is provided with a plurality of birds on which birds can sit.

Trees are further provided on the periphery and the inside of the house, and a lighting lamp is installed in each of the houses including a viewing space away from each other by a predetermined radius.

According to another feature of the present invention, the present invention is to provide a stamped signal to the bird in the house and the viewing space adjacent to the house in which the environment is formed to live the imprinted behavior to perform the imprinted behavior And providing an imprinting signal in the viewing space to cause the bird to perform an imprinted action, and providing an imprinted situation to the bird moving from the house to the viewing space provided with the imprinting signal according to the imprinting signal. And providing a feedback signal inside the house such that the imprinted bird returns to the house, the step being performed repeatedly.

And adjusting the temperature, humidity, and illuminance of the inside of the house according to the living habits of the imprinted algae.

It gradually darkens from a relatively far position from the house so that the birds of the viewing space are returned to the house at night.

According to the present invention having such a configuration, there is an advantage that the viewers can directly observe the birds in the open space to the imprinted action.

Hereinafter, a preferred embodiment of the bird park system according to the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings.

As shown in Figure 1, the bird park of the embodiment of the present invention is provided with a viewing space 10 that visitors can freely enter, and the trees 20 are provided in a position adjacent to the viewing space 10, Between the trees 20, the house 30 where the birds live is installed.

The viewing space 10 is formed at a position adjacent to the house 30, for example, may be formed around the entire house 30. The viewing space 10 is to be easily accessible to the visitor, it is preferable that the bottom of the sand or sand mixed with sand. The reason for laying sand on the ground is to provide the birds with the necessary digestion. In other words, the bird's feeding powder is mainly due to the movement of the sac. If the sand or small stones that are the driving force are not in the sac, it causes indigestion.

It is preferable that the floor of the viewing space 10 is flat, but it is not necessarily the case. If the viewer and the bird are easily accessible, it may be any way. The viewing space 10 is a completely open space. Of course, the viewing space 10 does not necessarily have to be an open space, and for convenience of visitors, shade facilities that can block sunlight are installed or connected to the house 30, but may be a closed space from the outside. have. In the viewing space 10, it is preferable to install a plurality of cages 14 on which birds can sit.

In addition, the viewing spaces 10 are provided with lighting lights 16 at positions away from the house 30 by a predetermined distance, respectively. That is, each of the lamps 16 are installed along a position that is a constant radius with respect to the house 30, for example, based on the house 30, rm, 2r m, 3r m .. It is possible to install a plurality of lights 16 around the position.

Next, a bird used in the embodiment of the present invention will be described. Birds living in the house 30 are mainly chronic (also referred to as oily) birds, but need not necessarily be a compositional bird. The use of small algae among algae is simple to handle. In general, chronic birds do not have eyes and feathers when hatched, cannot walk, and cannot live without the protection of their mothers. Such chronic algae should be assisted by their mother for a considerable time after hatching as described above.

Therefore, it is possible to make the imprinted action through the stamping action during this period. Of course, in the case of a compositional algae it can be imprinted.

Imprinting is a form of learning in which young animals focus their attention on the subjects for which they first experienced visual, auditory, and tactile experiences, and then follow them.

That is, the alga used in the present invention will be imprinted by the stamping action. The engraved action is to move to the place where the sound is made according to a specific sound, to sit and play on the hands, shoulders, and head of a person (hereinafter referred to as the 'viewer'), and to eat the visitor's feed. In other words, the birds are engraved after hatching by continuing to experience the gathering behavior while providing a specific sound. Examples of birds that can perform such imprinted actions include cross-sisters, gold coins, white ancestors, red tiger lagoon, geumjeongjo, rumors, canaries and lovebirds.

On the other hand, the viewing space 10 has a stamping signal generator 12 that makes a sound imprinted on the birds. One example of the imprinting signal generator 12 is the paper presented in the illustrated embodiment. In other words, when a bird is gathered and a bell is imprinted. Other examples of such sounds include flutes, harmonicas, mechanical and electronic sounds. In other words, you can use the sound that was used during the initial engraving. The marking signal generator 12 as described above may be installed in a plurality in the viewing space (10).

Next, trees 20 are provided around the house 30. That is to plant a lot of trees 20 around the house (30) to provide the same environment that birds live in the wild. Such a tree 20 serves to isolate the visitors and the house 30 of the viewing space 10 to protect the nest of birds. It is preferable that such trees 20 use natural water, and in particular, it is more preferable to plant trees preferred by birds living in the house 30.

The house 30 is a place where birds actually live, especially at night and is configured to be protected from natural enemies. The house 30 also serves to provide an optimal environment for birds to dwell so that they do not move to a relatively better place. To this end, the house 30 is configured as follows. In this case, the configuration of the house 30 may not necessarily be the form shown in the drawings, but may be provided to provide an optimal living environment for the birds.

And the number of birds entering the house 30 is about 100 pyeong floor area of the house 30 and the height is about 4 to 5m, 300 to 400 is suitable for the bird belonging to the sparrow.

First, the house 30 of the present embodiment is configured to open and close the entire outer wall, the outer wall is selectively opened and closed according to the climatic conditions such as wind direction. For example, the inner wall of the house 30 can be opened by opening and closing the outer wall by a shutter method. And, the roof of the house 30 is preferably provided with a configuration (not shown) for natural light, it should be installed a ventilation window (not shown) for ventilation.

It is preferable that the inside of the house 30 is maintained in an environment suitable for the birds, the temperature, humidity and illuminance of the living. In the tree 22 inside the house 30, a nest 31, which is a nesting place of birds, is installed. In addition, the bird (32) is provided so that birds can rest in the house (30) outside the nest (31).

Here, the humidity and the illuminance are installed to maintain the illuminance and maintain the illuminance device (eg, humidifier and dehumidifier) so that the entire house 30 can be managed at the same time. In this case, it is preferable to use a lighting device that emits light most similar to sunlight, for example, a three-wavelength lamp. Putting such a lighting device is to make the interior of the house 30 is optimal for birds living on a cloudy day without sunlight. In addition, in the winter during the short day, the birds 30 will be brightened by using lighting devices for a certain time after sunset to replenish the birds' gathering and to secure exercise time.

And the temperature is to maintain the temperature of each of the nests 31 and 32 32 at the same time managing the entire house 30. In order to maintain the temperature inside the house 30, an air conditioner or a radiator is installed. It is preferable to use the air conditioner having an air cleaning function, otherwise it is to frequently ventilate the inside of the house (30). Such an air conditioner or radiator is preferably installed so as not to be exposed to the saddle. This is to ensure that no artificial structures are familiar to the birds in the house 30.

On the other hand, a temperature maintaining device is installed inside the nest 31 so that the internal temperature is always set to a temperature most suitable for birds to live. Generally, algae's favorite temperature is 20 to 30 ℃. The fin 32 is also the same, for example, by installing a heater inside the fin 32 to maintain the surface at a desired temperature.

Here, the tree 22 may preferably use natural water, but artificial wood may be used in consideration of convenience of maintenance. The nest 31 is preferably in the form of a bird weaving branches in a natural state, but is not necessarily so. It is preferable to lay the soil mixed with sand on the bottom of the house (30).

On the other hand, in the house 30 is installed a flow water device (35). The water flowing device 35 is configured to allow water to flow from one side of the house 30 to the other side so that the birds can drink the water at any time. The water flowing device 35 is provided with a fountain and the fresh water is continuously supplied to the birds by constantly supplying a predetermined amount of water from the outside at all times.

And so that the birds in the house 30 can form a stable population, the sex ratio of the male and female in the house 30 is preferably such that the number of females relatively. By doing so, it is possible to prevent males in the house 30 from leaving the house 30.

In addition, the nest 31 is preferably more than the number of the female. And the nest 31 is to be installed in a relatively high position in the tree 22, and should not be too close.

Next, the feedback signal generator 37 is installed in the house 30. The feedback signal generator 37 provides the sound of birds inhabiting the house 30, and the birds returning to the viewing space 10, the tree 20, and other areas return to the house 30. To come. The feedback signal generator 37 records and reproduces the sound of a bird in advance and provides the same through a speaker. Therefore, the feedback signal generator 37 is composed of a device capable of reproducing the recorded sound and a speaker capable of amplifying or providing the original sound. Of course, instead of providing the recorded sound, it is also possible to use the microphone to send the sound of the bird in the house 30 directly to the speaker.

On the other hand, Figure 3 shows the configuration of the house according to another embodiment of the present invention. The house 30 'of the present embodiment has a substantially dome shape, and a plurality of entrances and exits 31 are formed at regular intervals surrounding the house 30'. The doorway 31 is formed to occupy a substantial portion of the outer sidewall of the house 30 '.

In addition, various types of structures provided in the embodiment shown in FIG. 2 are provided in the house 30 ', and in this embodiment, the movement restriction zone 50 is formed in the house 30'. The movement restriction zone 50 is a place where the movement of birds between the interior and the interior of the house 30 'is restricted, and is isolated from the interior of the house 30'. However, the interior of the house 30 'and the restricted area 50 remain the same, only the movement of birds is limited. The movement restriction zone 50 is partitioned by a wire mesh or the like, so that the inside thereof can be viewed from the inside of the house 30 '.

In addition, the volume of the movement restriction zone 50 is preferably about 1/2 to 1/5 of the volume of the house 30 '. In addition, it is preferable to maintain the number of birds in the same ratio even inside the movement restriction zone (50). At this time, it is preferable that the ratio of females to females within the movement restriction zone 50 is as high as possible.

On the other hand, the birds in the restricted movement zone 50 provides a driving force to enable the birds of the bird park system of the present invention to cluster. As an example, the sound of a bird in the movement restriction zone 50 may be used as a feedback signal.

Hereinafter will be described in detail the operation of the embodiment of the present invention having the configuration as described above.

The present invention is to allow visitors to gather and observe while hanging out with a large number of birds mainly in the open viewing space (10). To this end, the house 30 accommodates a certain kind of bird. Typically, the house inhabits hundreds to thousands of birds. Of course, the birds are birds imprinted to move there when a certain sound is heard.

That is, when a visitor rings the bell which is the imprinting signal generator 12 in the viewing space 10, the birds move to the viewing space 10. In the viewing space 10, the viewer sits around the viewer, the hands, the shoulders, the head, and eats the visitor. All of these actions are engraved and are carved from the time of birth. Here, the imprinting can be performed for each bird, and the cubs born from the imprinted birds thus do the same by watching and following the mother's behavior.

On the other hand, the feedback signal is provided in the house 30 so that birds can rest periodically. That is, the feedback signal generator 37 generates the sound of the corresponding bird so that the birds are returned to the house 30. Of course, depending on the bird willing to come back to the house (30) to relax. For example, in the case of birds that have eaten enough to feed back to the house 30 first. This feedback signal may provide a recorded bird sound, but may use the bird sound coming from the restricted movement zone 50 in the house 30 '. That is, a microphone is installed in the restricted movement area 50 of the house 30 ', and the sound obtained through the microphone is directly output through the speaker so that the birds return to the house 30'.

And when the spectators hit the bell again, the birds move to the viewing space (10) where the bell sounds, and the imprinted behavior as above. On the other hand, the imprinting signal generator 12 may be free to hit the viewer, but it is preferable to set the time to signal periodically for emotional stability and health of the birds.

On the other hand, the house 30 is configured to open the entire outer wall, the outer wall is opened before generating the imprinting signal. At this time, only some of the outer walls can be opened depending on the weather conditions of the day. As such, when the outer wall of the house 30 is opened, the bird can move to the viewing space 10 according to the imprinting signal. In the case of the embodiment of FIG. 3, the entrance 31 of the house 30 ′ may be opened.

Here, the house 30 maintains a good temperature, humidity and illuminance for the birds. This is because the bird park of the present invention is configured so that birds move freely between the open viewing space 10 and the house 30, so that the birds must return home to the house (30) very important role do. That is to make the environment inside the house (30) better than birds anywhere around the environment to allow birds to return to the house 30 from the viewing space (10) or around.

To this end, the inside of the house 30 maintains temperature using an air conditioner, maintains humidity using a dehumidifier and humidifier, and the inside of the house 30 as close to the natural state as possible for the lighting device and the natural light. Will be illuminated. And the nest (31) and fin (32) is to maintain the temperature by installing a separate temperature holding device in particular to match the temperature conditions.

Water flows continuously into the house 30 by the flowing water device 35, and the birds drink the water. In addition, the soil mixed with sand is laid on the bottom of the house 30 to provide the components necessary for the digestion of birds, the soil is changed once every period.

On the other hand, it is necessary to maintain the sex ratio of female and male to some extent inside the house (30). In other words, the number of females is relatively large so that males do not escape to another place, and through proper breeding, the population in the house 30 is continuously maintained.

In addition, the lamp 16 may be used to send birds that were outside the house 30 to the house 30 at sunset. That is, when the sun goes down, all the lamps 16 are turned on. And turn off at a time difference from the lamps 16 away from the house 30 in order to allow the birds to gradually return to the house 30 while moving to a bright area.

In addition, the birds in the restricted movement zone 50 inside the house 30 'serves to allow birds outside the house 30 to return to the house 30'. In other words, the birds in the restricted area 50 are the basis for the entire bird in the house (30 ') to maintain the clustering. For example, by using the sound of the birds in the restricted movement area 50 as a return signal to allow the birds that went out of the house 30 'to be returned to maintain the cluster.

According to the bird park system and the control method according to the present invention as described in detail above, in the open viewing space it is possible to obtain the effect that visitors can gather and observe the birds with a large number of birds.

Claims (16)

The viewing space where the visitors are located, A house installed at a position adjacent to the viewing space and configured to provide a space having a nest and a nest where the bird performing the action imprinted by the stamping action and to move the bird between the viewing space; An imprinting signal generator which is installed in the viewing space and generates an imprinting signal to move to the viewing space by a stamping action and perform a stamped action; The bird park system, characterized in that it is installed inside the house and comprises a feedback signal generator for generating a feedback signal to collect the birds in the viewing space to the house. The bird park system according to claim 1, wherein the algae has a sex ratio such that the number of females is relatively large. The bird park system according to claim 1 or 2, wherein the entire outer wall of the house is configured to open and close, and is selectively opened and closed according to climatic conditions such as wind direction. The bird park system according to claim 3, wherein the inside, the nest, and the inside of the house are further provided with temperature, humidity, and illumination maintaining devices to maintain optimum temperature, humidity, and illumination conditions for each bird's life. . 5. The bird park system according to claim 4, wherein the number of nests is greater than the number of females. 6. The bird park system according to claim 1 or 5, further comprising a water flowing device on the bottom of the house, which is provided with water flowing on one side to feed the birds. 6. The bird park system according to claim 1 or 5, wherein the feedback signal generator provides a sound of a corresponding bird living in the house, and provides a recorded sound to the outside of the house. [6] The bird park system according to claim 1 or 5, wherein a movement restriction zone is separately formed in the house and algae imprinted therein are prevented from moving to the outside. The method of claim 8, wherein the feedback signal generator is to provide the sound of the birds that live in the house, characterized in that it comprises a microphone and a speaker to receive the sound of the bird in the movement restriction area to provide an enlarged Bird Park System. 10. The bird park system according to claim 9, wherein the movement restriction zone is about 1/2 to 1/5 of a volume inside the house. 11. The bird park system according to claim 1 or 10, wherein the viewing space is an open space, and a plurality of birds on which birds can sit are provided. The method according to claim 1 or 11, wherein Bird park system, characterized in that the tree is further provided on the inside and inside the house. The method according to claim 1 or 11, wherein Bird park system, characterized in that the lighting is installed in each of the places including a viewing space away from the predetermined radius. In providing the imprinted imprint signal to the bird in the house and the viewing space adjacent to the house in which the environment is formed to live the imprinted bird, Providing an imprint signal in the viewing space to cause the bird to perform an imprinted action; Providing an imprinted situation to a bird moving from the house to a viewing space provided with the imprinted signal in accordance with the imprinted signal; And providing a feedback signal within the house to return the imprinted bird to the house, The bird park system control method, characterized in that the step is performed repeatedly. 15. The method of claim 14, further comprising adjusting temperature, humidity, and illuminance of the inside of the house according to the living habits of the imprinted algae. The method of controlling a bird park system according to claim 14 or 15, wherein the bird in the viewing space is returned to the house at night by gradually darkening from a position far away from the house.