KR20210060786A - Cat monitoring system using cat protection and rescue neckband and smart aroma cage - Google Patents

Abstract

The present invention relates to a system for monitoring a wild cat using a neckband mounted on a cat's neck to protect the cat and a smart aroma cage for cat rescue. More specifically, a wild cat is rescued by incense inside the cage, and when a wild cat is captured in the cage, captured information is transmitted to an integrated management unit so that the capture of the wild cat can be done safely and smoothly. In addition, the neckband that is mounted on the neck of the captured wild cat to identify the location of the wild cat is used to identify the number of wild cats and easily manage the wild cats. The present invention relates to a neckband mounted on a cat's neck to reduce the hunting rate of cats, and more specifically, to the technical field of a neck band for reducing probability of success of hunting (hereinafter, it refers to "hunting rate") of wild cats, which is mounted on the neck of a cat, particularly a wild cat of such as a national park, and is provided with a light emitting part that emits light when the wild cat moves so that the wild cat's hunting of animals such as birds or squirrels is reduced in order to prevent the destruction of the ecosystem caused by hunting of wild cats.

Description

Cat monitoring system using cat protection and rescue neckband and smart aroma cage}

The present invention relates to a system for monitoring a wild cat using a neckband mounted on the cat's neck for protection of the cat and a smart aroma cage for the structure of the cat. Rescue wild cats by smelling incense, but when wild cats are captured in the cage, the captured information is transmitted to the integrated management unit to ensure that the capture of wild cats is safe and smooth, and is mounted on the neck of the captured wild cats. This is a technical field related to a cat monitoring system using a neckband for cat protection and rescue, and a smart aroma cage, which makes it easy to check and manage the number of wild cats using a neckband that allows the location of wild cats to be identified.

The present invention relates to a neckband attached to the neck of a cat to reduce the hunting rate of the cat, and in more detail, it is mounted on the neck of a cat, particularly a wild cat such as a national park, and emits light when the wild cat moves. Cats are equipped with a light emitting part to emit light to reduce the hunting success probability (hereinafter referred to as "hunting rate") in which wild cats hunt animals such as birds or squirrels, thereby preventing the destruction of the ecosystem due to hunting of wild cats. It is a technical field related to the neckband for lowering the hunting rate.

In general, cats have a very flexible body structure that allows them to jump quite high without having to take any leap steps, and jump from quite high to low without problems.

It is often thought that cats are good hunters who only catch rodents such as small mice, but this is not true; cats catch birds as well as rodents.

Birds usually sit on the ground to rest or feed. However, when moving, it often flies to the low altitude, and the cat's sudden jump ability is a hunting technique that can be very useful for such low-flying birds.

In recent years, interest in birds being hunted by wild cats is increasing, and 2.4 billion birds have been hunted and reported by wild cats in the United States alone, and American ornithologist Peter Marr has described wild cats as the greatest threat to the American ecosystem.

Accordingly, a'bird protection shawl' worn on the neck of wild cats was developed in the United States to prevent wildcats from hunting birds, and the bird protection shawl is a scarf made of primary color cloth. It is designed to lower the cat's hunting success rate by making it well aware of the approach.

This bird protection scarf is harmless to the cat and can be taken off at any time if the cat does not want it, and since the mice cannot distinguish colors, it does not significantly affect the rat hunting ability of the cat wearing the bird protection scarf.

Cats wearing the bird's protective scarf eventually decreased their interest in hunting, and according to a study conducted by St. Lawrence University in the United States in 2013, it was reported that the hunting rate of cats wearing the bird's protective scarf decreased by 87%. .

In Korea, it was also confirmed that wild cats are having an adverse effect on the ecosystem, and the management of wild cats is being strengthened.The Ministry of Environment looked at wild cats living in national parks from May to October 2017, and only 322 were caught or directly discovered by CCTV. A large number of them were found, and the Ministry of Environment announced a plan to put wild cats on new protective scarves in the future.

However, cats, especially wild cats, are nocturnal, are very agile, and have high alertness, making it difficult to capture.

Republic of Korea Patent Publication No. 10-2018-0066561 (2018.06.19) Korean Patent Registration No. 10-1992265 (2019.06.18)

The present invention is a technology conceived to solve the problems according to the prior art described above, and it is difficult to capture a very agile and alert cat with nocturnal nature, and a problem occurs in which the number of birds decreases due to hunting of the cat. The main purpose is to provide a cat monitoring system using a neckband for cat protection and rescue and a smart aroma cage.

The present invention is a technology conceived to solve the problems according to the prior art described above, and there is a problem in which wild cats hunt birds and adversely affect the ecosystem. Its main purpose is to provide a neckband for reducing cat hunting rate that radiates.

In order to realize the desired object as described above, the present invention includes a smell diffusion unit 120 that emits an aroma scent to induce a cat, and when the cat is located inside, the doorway 110 is closed to capture the cat. On the other hand, at least one cage 100 for generating opening and closing information of the entrance 110; And a light emitting unit 220 that is worn on the neck of the cat captured by the cage 100 and operated according to the movement of the cat And a neckband 200 having a built-in GPS module 240 to generate the positional coordinates of the cat; And receiving and displaying the opening/closing information of the entrance 110 from the cage 100 so that it is possible to check whether the cat is caught, and the position of the cat is received and displayed from the neckband 200 to confirm the position of the cat. It presents a cat monitoring system using a cat protection and rescue neckband and a smart aroma cage, characterized in that it is configured to include;

In addition, the cage 100 and the neckband 200 of the present invention includes an identification number displayed on the outside, and a communication unit 250 for transmitting identification number information to the integrated management unit 300 by embedding identification number information; It is characterized in that it is configured.

The present invention is to realize the desired object as described above, the band unit 210 worn on the neck of the cat; And a plurality of light emitting units 220 installed on the upper portion of the band unit 210; And an induced current unit 230 installed on the band unit 210, connected to the light emitting unit 220, and generating a current according to the movement of the cat to operate the light emitting unit 220; It proposes a neckband for reducing the cat hunting rate, characterized in that.

In addition, the induction current unit 230 of the present invention includes a main body 232 having an accommodation space formed therein in a longitudinal direction; and a coil 234 wound around the outer periphery of the main body 232; And a magnet 236 installed in the receiving space of the main body 232 and flowing according to the movement of the cat.

In addition, the main body 232 of the present invention is installed in the lower portion, the first repulsive magnet (232a) is installed so that the same magnetic pole as the lower magnetic pole of the magnet (236) is positioned on the upper; and is installed internally in the upper part. Doedoe, the second repulsive magnet (232b) installed so that the same magnetic pole as the upper magnetic pole of the magnet 236 is located on the upper; characterized in that it comprises a.

In addition, the present invention is configured to include a GPS module 240 for generating the position coordinates of the cat; and a communication unit 250 for receiving the position coordinates from the GPS module 240 and transmitting them to the integrated management unit 300; It is characterized.

The cat monitoring system using the neckband for cat protection and rescue and the smart aroma cage according to the present invention presented as described above makes it easier for agile and alert cats by scenting aromas including cats like cats or matabies. You can get an effect that can be enticed and captured.

The neckband for reducing cat hunting rate according to the present invention presented as described above is attached to the neck of the cat so that the light of the bird's eye catching color is emitted whenever the cat moves, thereby reducing the success rate of the cat's bird hunting. The effect can be obtained, and the cat's willingness to hunt for birds is reduced, and as a result, the effect of securing the number of birds can be obtained.

1 is a perspective view showing a neckband according to a preferred embodiment of the present invention.
Figure 2 is a perspective view showing an induced current portion of the neckband according to a preferred embodiment of the present invention.
3 is an exploded perspective view showing an induced current unit according to a preferred embodiment of the present invention.
Figure 4 is a plan cross-sectional view showing an induced current portion of the neckband according to a preferred embodiment of the present invention.
5 is a cross-sectional plan view showing an induced current unit according to another embodiment of the present invention.
Figure 6 is a schematic diagram showing a neckband and cage and integrated management unit according to a preferred embodiment of the present invention.
7 is a block diagram showing the relationship between the neckband and the cage and the integrated management unit according to a preferred embodiment of the present invention.
Figure 8 is a perspective view showing a cage according to a preferred embodiment of the present invention.
9 is a side cross-sectional view showing a cage according to a preferred embodiment of the present invention.

The present invention relates to a system for monitoring wild cats using the neckband 200 mounted on the neck of the cat for protection of the cat and the smart aroma cage 100 for the structure of the cat, and will be described in more detail. , Rescue wild cats by emitting an aroma scent inside the cage 100, but when wild cats are captured in the cage 100, the captured information is transmitted to the integrated management unit 300, so that the capture of wild cats is safe and smooth. Cat protection and rescue neckband and smart aroma that are easy to check and manage the number of cats by using a neckband 200 that not only makes it possible to do so, but also attaches to the neck of a captured wild cat to identify the location of the wild cat. This is a technology related to a cat monitoring system using a cage.

The present invention relates to a neckband 200 for reducing the hunting success rate of a wild cat by being mounted on the neck of a cat, particularly, a wild cat (hereinafter, referred to as a wild cat). A light emitting unit 220 that emits light is provided to reduce the hunting success rate (hereinafter referred to as'hunting rate') in which wild cats hunt animals such as birds or squirrels, thereby preventing the destruction of the ecosystem due to hunting of wild cats. It is a technology related to the neckband for lowering the cat hunting rate that allows it.

In addition, the present invention emits the color of the light emitted from the light emitting unit 220 of the neckband 200 into a color that is easily recognized by the eyes of animals that are targets for hunting of wild cats such as birds or squirrels. Or, by lowering the hunting success rate of animals such as squirrels, especially birds, it is possible to protect the number of birds by wild cats and reduce the will of wild cats to hunt birds, thus minimizing the destruction of the ecosystem by hunting wild cats. This is a technology related to the neckband for lowering the cat hunting rate.

The configuration of a cat monitoring system using a cat protection and rescue neckband and a smart aroma cage for achieving the present invention as described above includes a smell diffusion unit 120 that emits an aroma to induce the cat, and the cat is inside When positioned at, at least one cage 100 for capturing the cat by closing the entrance 110 and generating opening/closing information of the entrance 110; And worn on the neck of the cat captured by the cage 100 A neckband 200 having a light emitting unit 220 operated according to the movement of the cat, and having a built-in GPS module 240 to generate position coordinates of the cat; And receiving and displaying the opening/closing information of the entrance 110 from the cage 100 so that it is possible to check whether the cat is caught, and the position of the cat is received and displayed from the neckband 200 to confirm the position of the cat. It characterized in that it is configured to include; integrated management unit 300 to enable.

In addition, the cage 100 and the neckband 200 of the present invention includes an identification number displayed on the outside, and a communication unit 250 for transmitting identification number information to the integrated management unit 300 by embedding identification number information; It is characterized in that it is configured.

The configuration of the neckband for reducing the cat hunting rate for achieving the present invention as described above includes: a band part 210 worn on the neck of the cat; and a plurality of light emitting parts 220 installed on the upper part of the band part 210; And an induced current unit 230 installed on the band unit 210, connected to the light emitting unit 220, and generating a current according to the movement of the cat to operate the light emitting unit 220; It is characterized by that.

In addition, the induction current unit 230 of the present invention includes a main body 232 having an accommodation space formed therein in a longitudinal direction; and a coil 234 wound around the outer periphery of the main body 232; And a magnet 236 installed in the receiving space of the main body 232 and flowing according to the movement of the cat.

In addition, the main body 232 of the present invention is installed in the lower portion, the first repulsive magnet (232a) is installed so that the same magnetic pole as the lower magnetic pole of the magnet (236) is positioned on the upper; and is installed internally in the upper part. Doedoe, the second repulsive magnet (232b) installed so that the same magnetic pole as the upper magnetic pole of the magnet 236 is located on the upper; characterized in that it comprises a.

In addition, the present invention is configured to include a GPS module 240 for generating the position coordinates of the cat; and a communication unit 250 for receiving the position coordinates from the GPS module 240 and transmitting them to the integrated management unit 300; It is characterized.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 9 showing an embodiment of the present invention.

Cat monitoring system using a cat monitoring neckband and a smart aroma cage for achieving the present invention by inducing a cat, that is, a wild cat by scenting the aroma for cats, the cage 100 to capture, and the neck of the captured wild cat The capturing of the cage 100 so that the neckband 200 is mounted to generate positional coordinates and the information captured by the catfish is received from the cage 100 so that the neckband 200 can be mounted on the neck of the captured catfish. It is configured to include an integrated management unit 300 that displays the presence or absence, and displays the position of the cat by receiving and displaying the position coordinates of the wild cat from the neckband 200, thereby making it easy to check and manage the number of wild cats. It is done.

In addition, the aroma scent used in the present invention is composed of catnip or matabi that cats like, and realizes the effect of lowering the alertness of the cat.

The cage 100 is provided with a smelling unit 120 for emitting an aroma scent for cats inside so as to guide the cats to the inside, and when the cats are located inside, the doorway 110 is closed to capture the cat. On the other hand, as generating the opening and closing information of the entrance 110, it is composed of at least one or more so that a plurality of cats can be captured at a time.

Specifically, the cage 100 has an entrance 110 through which a cat, that is, a wild cat, can enter at least one of the front, rear or side, and the incense incense that is installed inside the inner lower surface to emit an aroma for cats. It characterized in that it is configured to include the unit 120.

At this time, the cage 100 may be configured to further include a control unit (not shown), wherein the control unit controls the smell diffusion unit 120 of the cage 100 so that the cat aroma scent is not emitted or emitted, It is possible to communicate wirelessly or wiredly with the integrated management unit 300, which will be described in detail later, so that the scent diffusing unit 120 can be remotely controlled by a command input from the integrated management unit 300.

That is, when the cage 100 is installed on any one or more movement paths that the wild cat moves for capturing of the wild cat, the operation command is transmitted to the control unit when the operation command of the smell diffusion unit 120 is input from the integrated management unit 300. , By controlling the smell diffusion unit 120 in the control unit, it is possible to realize the effect of minimizing and inducing the alertness of the high alertness of the wild cat.

In addition, the cage 100 may close the doorway 110 when the cat is located inside to capture the wild cat, and when the aroma scent is emitted from the scent portion 120 to induce the wild cat and are located inside, the door automatically enters ( 110) is to be closed, and at this time, a detection sensor (not shown) is provided inside for the safety of the cat, so that the entrance 110 is closed when the detection sensor detects that the cat is located inside for a certain period of time. Preferably, the detection sensor transmits the detection information to the control unit.

At this time, the cage 100 may control the opening and closing of the entrance 110 through the above-described control unit, and the control unit closes the entrance 110 based on the detection information received from the detection sensor so that the cat It is captured, and the opening/closing information of the entrance 110 is transmitted to the integrated management unit 300, which will be described in detail later, so that the manager can check whether the wild cat is caught.

In other words, the manager can directly control the smell diffusion unit 120 so as to induce the cats in the cage 100 installed in the integrated management unit 300, and can easily check that the cats are captured in the cage 100. It is possible to obtain an effect that is easier to capture.

In addition, the cage 100 may further have a GPS (not shown) installed therein, the GPS generates location information and transmits it to the control unit, and the control unit transmits the location information received from the GPS to the integrated management unit 300 ), it makes it easier for the manager to grasp the location of the catch of the wild cat and make it easier to move.

In addition, the cage 100 makes it possible to more easily capture wild cats, so that the neutralization of the captured wild cats can be performed to lower the density of the number of cats, so that the number of cats can be easily managed. Make it come true.

The neckband 200 is worn on the neck of a wild cat captured by the cage 100, and is characterized in that it lowers the location and hunting rate of the captured wild cat.

Specifically, the neckband 200 includes a light emitting unit 220 that is worn on the neck of the cat captured by the cage 100 and operated according to the movement of the cat, and a GPS module 240 for generating position coordinates. It is characterized in that it is configured.

The light emitting unit 220 is operated by generating a current when the cat is moved by the induction current unit 230, which will be described later in detail, so that the hunting target animal of the wild cat, especially the bird, can quickly recognize and avoid the wild cat. It makes it possible to realize the effect of lowering the hunting rate.

The GPS module 240 generates the position coordinates of the wild cat and transmits it to the integrated management unit 300, which will be described in detail later, so that the integrated management unit 300 can check the location and the number of animals on which the neckband 200 is worn. It makes it easy to manage the wild cats and realizes the effect of easy management.

The integrated management unit 300 receives and displays the opening/closing information of the entrance 110 from the cage 100 so that the manager can check whether or not the cat is caught, and transmits the position coordinates of the cat from the neckband 200 By receiving and displaying it, the operator can check the position of the carrying cat on which the neckband 200 is worn, so that the capturing operation of the carrying cat can be easily performed through the cage 100, and the carrying cat without movement is killed or abnormal. As it can be confirmed that it has occurred, it realizes the effect of facilitating the management of wild cats.

In addition, as described above, the integrated management unit 300 can remotely control the operation of the smell diffusion unit 120 of the cage 100, so that it is possible to more easily capture cats with high alertness. You can get it.

In this case, the cage 100 and the neckband 200 include an identification number displayed on the outside, and a communication unit 250 for transmitting the identification number information to the integrated management unit 300 by embedding identification number information. , It is possible to obtain an effect of facilitating management of the cage 100 and the neckband 200 by the communication unit 250.

The neckband 200 for lowering the cat hunting rate of the present invention includes a band part 210 that can be easily worn on the neck of a cat, a plurality of light emitting parts 220 installed on the upper part of the band part 210, and the It is installed in the band portion 210, characterized in that it is configured to include an induction current unit 230 connected to the light emitting unit 220 to supply current to the light emitting unit 220.

The band unit 210, which is a major component for achieving the neckband of the present invention, is

It is worn on the neck of a cat, and is preferably made of a material having elasticity so as not to interfere with the movement of the cat, and the length is adjusted according to the size of the circumference of the cat's neck.

At this time, the length adjustment of the band part 210 of the present invention is preferably made in a manner in which a buckle generally used in the prior art is coupled to the end, and specifically, an arm buckle (not shown) is coupled to one end, and a male buckle (not shown) is coupled to the other end. By combining the buckle (not shown), it is possible to obtain an effect that can be easily worn on the neck of the cat.

In addition, the length adjustment of the band part 210 of the present invention may be performed using any conventional method that can be adjusted according to the size of the circumference of the cat's neck, and a detailed description of other conventional methods will be omitted.

In addition, the band part 210 of the present invention is preferably made of a color that can be easily recognized by the animal to be hunted for cats, especially the bird, which will be described in detail later by the light emitting unit 220 and the induced current unit 230 This is to make it easier for the bird to recognize the cat even when there is no movement of the cat because the light emitted is only emitted by the movement of the cat.

The light emitting unit 220, which is a major component for achieving the neckband of the present invention, is

It is installed on the upper part of the band part 210, and a plurality of them are installed, and are operated by receiving current from the induction current part 230, which will be described in detail later, to emit light so that the bird can easily recognize the cat. It is done.

At this time, the light emitting unit 220 of the present invention may use any conventional lighting device that can be easily operated even with low power, but it is preferably made of a stable and highly efficient LED.

In addition, the light emitting unit 220 of the present invention receives a current from the induction current unit 230 and the color of the light emitted when it is operated is a color that can be easily recognized by a bird, so that the bird's cat recognition is possible. It is easy to achieve the effect of lowering the hunting rate of cats.

The induction current unit 230, which is the main component for achieving the neckband of the present invention, is

It is installed on the band part 210, is connected to the light-emitting part 220, and generates a current according to the movement of the cat to operate the light-emitting part 220. When the cat moves, an induced current is generated and the light-emitting part By allowing it to be supplied to 220, it is characterized in that the light emitting unit 220 is operated.

Specifically, the induction current unit 230 of the present invention includes a main body 232 having an accommodation space formed therein in a longitudinal direction, a coil 234 wound around the outer periphery of the main body 232 and the main body 232 It is installed in the receiving space of the cat, characterized in that it is configured to include a magnet 236 that flows along the receiving space.

The main body 232 is fixedly installed on the band part 210, and is preferably installed in the longitudinal direction of the band part 210 so that the cat can move naturally without interfering with the movement of the cat.

In addition, the main body 232 is configured to include an installation space (not shown) formed in one or more of the inner upper or lower part, the first and second repelling magnets 232a and 232b to be described in detail later in the installation space. ) Is installed to realize the effect that the magnet 236, which will be described later in detail, can be sensitively flowed even in the small movement of the cat.

The coil 234 is wound around the outer periphery of the main body 232 and is connected to the light emitting unit 220, and the magnet 236, which will be described in detail later, accommodates the main body 232 when the cat moves. When flowing along the space, an induced current is generated, and the generated induced current is transmitted to the light emitting unit 220 so that the light emitting unit 220 is operated.

At this time, the main body 232 includes a substrate (not shown) installed on the upper surface, the coil 234 is connected to the substrate, the substrate is connected to the light emitting unit 220, and a rectifier is provided. It is characterized by being.

That is, the substrate allows the induction current transmitted from the coil 234 to be moved only to the light emitting unit 220 through a rectifier, so that the light emitting unit 220 can operate smoothly, and the rectifier is, for example, a diode Can be

The magnet 236 is installed in the receiving space of the main body 232 and flows according to the movement of the cat. When the cat moves, the magnet 236 causes an induced current to be generated in the coil 234 when it is moved along the receiving space. .

In addition, the main body 232 may be configured to further include a repelling magnet installed at one or more of the upper or lower part in the longitudinal direction, and the repelling magnet is installed in the installation space described above so that the magnet 236 is It allows the flow of even small movements of the cylinder, thereby realizing the effect of generating the induced current smoothly.

In more detail, the main body 232 is installed inside the installation space in the lower part in the longitudinal direction, and the first repelling magnet 232a is installed so that the same magnetic pole as the lower magnetic pole of the magnet 236 is positioned at the top. And the magnet 232 is separated from the lower surface of the receiving space by the first repelling magnet 232a, so that the magnet 232 reciprocates and moves in the longitudinal direction even with a small movement of the cat. You can get the effect.

In addition, the main body 232 is provided to be installed in the installation space in the upper longitudinal direction, and is configured to include a second repelling magnet (232b) installed so that the same magnetic pole as the upper magnetic pole of the magnet 236 is located at the bottom, and , By maintaining a state in which the magnet 232 is separated from the upper surface of the accommodation space by the second repelling magnet 232b, the magnet 232 reciprocates and moves in the longitudinal direction even with a small movement of the cat. have.

At this time, when both the first and second repulsive magnets 232a and 232b are installed in the main body 232, the magnet 232 is formed by the first and second repelling magnets 232a and 232b. Since it may not flow along the receiving space, it is preferable to form the length of the main body 232 so that the magnet 232 and the first and second repelling magnets 232a and 232b are sufficiently spaced apart.

In addition, the magnet 232 may be moved in the direction of the first and second repelling magnets 232a and 232b even if the size of the magnet is repelled by the first and second repelling magnets 232a and 232b. It is preferable to use a magnetic material that is larger than that of the first and second repelling magnets 232a and 232b.

At this time, the magnet 232 is preferably a heavy weight so that the flow can be made smoothly, the weight of the magnet 232 is the size of the repulsive force of the first and second repelling magnets (232a, 232b) It is preferable to have a corresponding weight, and accordingly, when the cat moves, if the magnet 232 includes energy according to the positional movement, it is moved in the direction of the first and second repelling magnets 232a and 232b and then back to its original position. By restoring to, it is possible to obtain an effect that the magnet 232 can flow even with a small movement of the cat.

In addition, the neckband 200 of the present invention includes a GPS module 240 that generates the position coordinates of a cat and a communication unit 250 that receives the position coordinates from the GPS module 240 and transmits it to the integrated management unit 300. It characterized in that it is configured to further include.

That is, the neckband 200 of the present invention allows the location of the cat to be identified using the GPS module 240 and the communication unit 250, thereby enabling easy management such as checking the number of wild cats.

As a result, the neckband 200 of the present invention reduces the success rate of cat bird hunting and at the same time lowers the cat's will to hunt birds to protect the number of birds, thereby realizing the effect of preventing the destruction of the ecosystem. .

The above has been described with reference to a preferred embodiment of the present invention, and is not limited to the above embodiment, and through the above embodiment, a person of ordinary skill in the art to which the present invention belongs does not depart from the gist of the present invention. It can be implemented with various changes in.

100: cage 110: doorway
120: scent portion 200: neckband
210: band part 220: light emitting part
230: induction current unit 232: main body
234: coil 236: magnet
236a: first repelling magnet 236b: second repelling magnet
240: GPS module 250: communication unit
300: Integrated management department

Claims (7)

Band part 210 worn on the neck of the cat; And
A plurality of light emitting units 220 installed above the band unit 210; And
It is installed in the band part 210, is connected to the light emitting part 220, the induced current part 230 for operating the light emitting part 220 by generating a current according to the movement of the cat; A neckband for reducing cat hunting rate.
The method of claim 1,
The induction current unit 230 is
A body 232 having an accommodation space formed therein in the longitudinal direction; And
A coil 234 wound around the outer periphery of the main body 232; And
A neckband for reducing cat hunting rate, comprising: a magnet 236 installed in the receiving space of the main body 232 and flowing according to the movement of the cat.
The method of claim 2,
The main body 232 is
A neckband for reducing cat hunting rate, characterized in that it comprises a first repelling magnet (232a) which is installed in the lower part, and is installed so that the same magnetic pole as the lower magnetic pole of the magnet (236) is positioned at the upper part.
The method of claim 3,
The main body 232 is
Doedoe installed in the upper portion, the second repulsive magnet (232b) installed so that the same magnetic pole as the upper magnetic pole of the magnet (236) is positioned at the upper; neckband for reducing cat hunting rate, characterized in that it comprises a.
The method of claim 1,
The cat monitoring neckband
GPS module 240 for generating the position coordinates of the cat; And
A neckband for reducing cat hunting rate, comprising: a communication unit 250 for receiving the location coordinates from the GPS module 240 and transmitting it to the integrated management unit 300.
A doorway 110 that can be opened or closed at one or more of the front or rear is provided, and a smell diffusion unit 120 for emitting an aroma to induce a cat therein, and when the cat is located inside, the doorway 110 ) While capturing the cat by closing it, at least one cage 100 for generating opening/closing information of the entrance 110; And
A neckband that is worn on the neck of a cat captured by the cage 100 and includes a light emitting unit 220 that operates according to the movement of the cat, and has a GPS module 240 built-in to generate the cat's position coordinates ( 200); And
The opening/closing information of the entrance 110 is received from the cage 100 and displayed so that the presence or absence of the cat can be checked, and the position of the cat is received and displayed from the neckband 200 to confirm the position of the cat. The cat monitoring system using a neckband and aroma house for cat monitoring, characterized in that configured to include;
The method of claim 6,
The cage 100 and the neckband 200 are
The identification number is displayed on the outside, and the communication unit 250 for transmitting the identification number information to the integrated management unit 300 by embedding identification number information; Cat monitoring system.

Images