KR20180113677A - System for emergency request help of companion animal - Google Patents

Abstract

The present invention relates to a method of requesting an emergency animal rescue of a companion animal by installing a companion animal wearing device capable of short range wireless communication to a companion animal and installing a companion animal emergency rescue application appending a request signal to the mobile terminal A system is provided for detecting a state of a companion animal by installing a sensor in the companion animal wearing apparatus, determining whether the detected companion animal state is an emergency rescue requesting situation, and transmitting an emergency rescue request signal including the owner's phone number to a short- And an emergency structure request message including positional information of the terminal upon receipt of the emergency structure request signal and generating an emergency structure request message including the emergency phone number of the corresponding animal owner extracted from the emergency structure request signal, And transmitting the emergency rescue request message using the mobile messaging service. The structure and the system is configured to include a request app, is now pet owners have pet rescue request message is sent to the messaging service structure consists of two requests.

Description

[0001] The present invention relates to a system for requesting emergency rescue of a companion animal,

The present invention relates to an emergency rescue request system for a companion animal, and more particularly, to a companion animal display device worn on a companion animal when a companion animal is lost or a dangerous situation occurs, automatically sends a rescue request signal, Signal is received from a nearby mobile terminal in a companion animal emergency rescue application and the rescue request message of the companion animal is transmitted to the mobile terminal of the corresponding companion animal via SNS or SMS message .

As the number of members of the family is decreasing, pets (hereinafter referred to as "companion animals") living and living with human beings are gradually increasing and their kinds are also becoming diverse in order to escape the monotony of daily life. As the number of families living with companion animals grows, the number of lost objects is rapidly increasing.

Various techniques have been proposed, implemented and implemented in order to avoid losing companion animals or to search for lost companion animals. Basically, the RFID tag storing the contact information of the companion animal and the owner of the companion animal is inserted in the companion animal, and when the companion animal is found, the technology of finding the owner by reading the RFID tag is applied.

In addition, as the use of smart phones becomes more common, worn devices that are close to the smart phone are worn on the companion animals. When the distance between the wearable device and the smart phone is further than a predetermined distance, Many are presented.

However, when the distance between the companion animal and the owner falls below a predetermined distance as a means for preventing the companion animal from being lost, the device for losing the owner's smartphone is useful when the owner and companion animal are close to each other. If the animal moves a long distance after the tone is generated, it can not be easily found.

In addition, when the companion is at home or out of the house, the alarm generating function according to the distance view is turned off. When the alarming function is turned off, the companion animal may move away and lose its way, or the companion animal may be trapped in any arbitrary space, someone else may be forced to take it, or an accident may occur and the person may not move . In this case, it is not possible to request a rescue to the terminal of the owner of the companion animal directly as a wearer having only a local communication means.

Further, in order to directly transmit the position information from the companion animal wearing device to the owner's smartphone, a GPS module for extracting the position coordinates and a smartphone communication module for transmitting to the smartphone must be provided. Therefore, there is a disadvantage that the wearing device is expensive, and a fee for using the smart phone communication module is generated.

On the other hand, in consideration of the above problems, Korean Patent Laid-Open No. 10-2016-0092349 (May 2016, 08/04) discloses a pet tracking system. The pet tracking system includes a pet tracking application installed in the mobile, a Bluetooth or beacon tag for transmitting pet information and an identification number attached to the pet, and a pet loss management server. When a lost pet report is registered in the server, the server transmits the lost information to a plurality of mobile terminals. The mobile pet tracking application receiving the lost information receives the information from the tag of the pet, Then, the pet information is transmitted to the server together with the location information, and the server transmits the information to the pet owner's mobile.

However, the above-described pet tracking system has a disadvantage in that a server must be established, and a pet loser must recognize the lost state of the pet and register it in the server. In other words, when the pet is separated from the companion animal, the companion animal tracking system can not be operated because the companion animal can not be registered because the companion animal is not aware of the lost or accident state. .

Korean Patent Publication No. 10-2016-0092349 (Aug.

 It is an object of the present invention to provide an apparatus and a method for requesting an emergency animal rescue structure installed on a mobile of a neighboring other person who can communicate with a companion animal lost with only a mobile app, And to provide a companion animal emergency rescue request system that automatically transmits the request information of the companion animal rescue.

Another object of the present invention is to automatically identify a lost or dangerous situation of a companion animal and to transmit an emergency rescue request signal to the owner's mobile even when the owner does not recognize the lost state.

In order to accomplish the object of the present invention,

A pet emergency rescue request system for periodically receiving a positional confirmation signal between a pet animal wearing device and a mobile terminal of a host and receiving a lost alarm according to a strength of a received signal,

And an emergency rescue request signal including a phone number of the owner of the companion animal is transmitted as a short-range wireless communication signal when the lost alarm state continues for a predetermined time or more by checking the duration of the lost alarm state based on the position confirmation signal An animal wearing device,

(Hereinafter referred to as an 'app') and receives an emergency rescue request signal from a wearing device of an arbitrary animal, the position information of the mobile terminal and the emergency rescue request signal extracted from the emergency rescue request signal And an emergency animal rescue request application for generating an emergency rescue request message including rescue request information and transmitting a message to the telephone number of the pet owner extracted from the emergency rescue request signal.

Such a wearing device can be applied when there is a lost alarm function. Even if the means for judging the emergency rescue request status is not additionally provided in the wearing device, it is possible to request the emergency rescue only by judging the duration of the lost alarm.

However, the lost alarm function is used when the companion animal wearing device and the owner's mobile terminal are close to each other, and can not determine the state of the emergency rescue request when the lost alarm function is stopped.

Accordingly, the present invention proposes a system in which a plurality of sensors for determining the state of a companion animal are installed in a wearer to determine a companion animal state to request an emergency structure.

In order to achieve the object of the present invention,

When it is judged by the sensing information of the sensors whether or not the emergency rescue request is requested and it is judged that the emergency rescue request is made, the emergency rescue request signal including the telephone number of the pet resident preliminarily stored is transmitted to the short- A companion animal wearing device;

An emergency rescue request signal including the position information of the corresponding mobile terminal and the companion animal rescue request information extracted from the emergency rescue request signal, when the emergency rescue request signal is received from an application device of the mobile terminal, And an invitation animal emergency rescue application for sending a message to the telephone number of the companion animal owner extracted from the emergency rescue request signal.

The above-mentioned animal-wearing apparatus includes sensors installed therein to check the state of companion animals, send out an emergency rescue request signal, and an arbitrary mobile terminal in the vicinity receives emergency rescue request signals as a local wireless communication signal, To the mobile terminal in the emergency rescue request message using the messaging service.

The companion animal wearing device comprises:

A short range communication module capable of short distance communication with a mobile terminal installed with the companion animal emergency rescue request app; a sensor module for extracting the state of the companion animal; A display and audio output module for outputting a status message and a delivery message of the companion animal; A memory in which information of the companion animal and the mobile telephone number of the owner and a control program are stored; A wearer device control module for analyzing sensing information of the sensor module according to a predetermined tool to determine an emergency structure request state and for sending an emergency structure request signal when an emergency structure request state occurs; A battery module for supplying power to the wearer; And is installed in the housing member of the animal-wearing apparatus.

The companion animal emergency rescue application,

A short range communication control unit for receiving the emergency rescue request signal from the companion animal wearing device and communicating with the companion animal wearing device; and a short distance communication control unit for receiving the emergency rescue request signal from the companion animal wearing device, An emergency structure request message generator for generating an emergency structure request message by matching the extracted location information with the companion animal information received from the companion animal wearing device; An emergency rescue request message transmission unit for transmitting the emergency rescue request message to the companion animal wearing device through the short distance communication control unit, Receiving the telephone number information, extracting the location information, It controls the action request message generating unit, and the emergency rescue request message sending unit, characterized in that it comprises a control module for controlling the app to transmit a message to the emergency rescue request signal message to the phone number of the pet owner.

The companion animal emergency rescue application,

A lost alarm unit that periodically performs position confirmation communication with the companion animal wearing device paired through the short range communication control unit and makes a loss warning when the distance exceeds a predetermined distance according to the communication strength,

An emergency rescue request message receiver for receiving a emergency rescue request message of a companion animal transmitted from another mobile terminal by checking a received message of the mobile terminal and restoring the corresponding location information and companion animal information and outputting the restored rescue information to a pop-

A wearable device display and an audio output control unit for controlling the output of the text message and the voice output to be displayed on the display of the wearer in real time and outputting the text message or audio stored in advance in the wearer, do.

The sensor module of the companion animal wearing device comprises:

A microphone for receiving a cry of the companion animal and surrounding sounds;

A motion sensor module including a gyro sensor and an acceleration sensor for detecting movement of the companion animal;

A timer for time checking; .

In addition, if necessary, a camera for photographing a surrounding image,

And a biological signal detection sensor for detecting a biological signal such as a pulse of a companion animal and a body temperature.

In addition, it may further include a GPS module for measuring position information of the companion animal itself.

Wherein the memory of the companion animal wearing device comprises:

A sound pattern in which a crying signal pattern is classified and stored by matching a state according to a crying sound in order to extract the companion animal state corresponding to the crying sound of the companion animal,

A motion pattern in which a motion signal pattern is classified and stored by matching a state according to a motion signal in order to extract a companion animal state corresponding to the motion of the companion animal,

A pattern-state table storing correspondence animal state information on a state judgment condition including the sound pattern of the sound pattern and the movement pattern, the movement pattern, the duration of each pattern, the repetition period,

An emergency structure request condition information stored to determine whether an emergency structure is requested according to state information including the extracted state information in the pattern-state table, a combination of states and a duration condition,

Companion animal information and phone number of the pet owner

And display and audio output information for controlling the display and audio output of the wearer.

The wearing device control module includes:

A position confirmation signal check unit for checking a position confirmation signal for measuring a distance to the mobile terminal of the master from the local communication module,

A microphone signal analyzer for analyzing a signal input through the microphone and extracting a sound pattern from sound patterns previously stored in the memory;

A motion analyzer for analyzing a signal input from the motion sensor module and extracting a motion pattern from a motion pattern previously stored in the memory;

A sound pattern and a movement pattern are stored in the memory in accordance with a sound pattern and a movement pattern previously stored in the memory, a position confirmation signal reception state and a companion animal state determination condition according to time, A companion animal state judging unit for judging the state of the companion animal;

 And an emergency structure request signal including a phone number of the owner and the state information of the companion animal, wherein the emergency animal information receiving unit receives the emergency animal information and the phone number of the owner from the memory, An emergency structure request signal generator for generating an emergency structure request signal;

A main controller for controlling the operation of the emergency confirmation request signal generator and controlling transmission and release of the emergency structure request signal, ,

And a transmission / reception control unit for transmitting the emergency rescue request signal via the short distance communication module under control of the main control unit and communicating with the mobile terminal which has received the emergency rescue request signal to transmit the companion animal information and the owner's telephone number .

The main control unit,

If it is judged that the emergency rescue request is made, only the emergency rescue request code information indicating that the emergency rescue request signal is transmitted, and after the communication connection with the mobile terminal receiving the emergency rescue request code information is made, Information and the telephone number of the corresponding animal owner.

The main control unit,

And a display and an audio output control unit for outputting characters and audio informing the emergency rescue request corresponding to the state of the companion animal through the display and audio output means.

The present invention as described above determines an emergency rescue request state of a companion animal in a companion animal wearing apparatus, sends an emergency rescue request signal in an emergency rescue request state, receives an emergency rescue request signal from a neighboring mobile terminal, SMS messaging service sends an emergency rescue request message to the owner's terminal and animal rescue center so that it can respond quickly to companion animal requests.

According to the present invention, when a companion animal is lost or a state requiring a rescue is required, an emergency rescue request signal is automatically transmitted, and the surrounding mobile terminal transmits the emergency rescue request signal to the mobile terminal of the owner in a message. Therefore, the owner of the pet can check the position of the companion animal through the emergency rescue request message received by the mobile terminal so that the owner can quickly locate the companion animal.

In addition, the present invention has an effect that the mobile terminal near the companion animal does not need to operate an independent server because it detects the emergency rescue request signal of the companion animal and transmits a message to the owner's terminal using a messaging service such as SNS or SMS .

In addition, the present invention can relay an emergency rescue request signal when only an emergency animal rescue request application is installed in any mobile terminal within a radius capable of short-range wireless communication with a companion animal wearing device, The rescue request message can be delivered promptly and the rescue request can be made promptly if the mobile terminal user is nearby. Thus, it is possible to recognize the prompt pet site confirmation and rescue request status.

1 is an outline view of a pet animal emergency rescue system according to the present invention;
2 is a block diagram of a pet animal emergency rescue system according to the present invention.
3 is a block diagram showing another embodiment of a pet animal emergency rescue request system according to the present invention.
FIG. 4 is an exemplary view of a sensor module of a companion animal wearing device according to the present invention. FIG.
5 is a block diagram of a memory data storage of a companion animal wearing apparatus according to the present invention.
6 is a functional block diagram of a control module of a companion animal wearing device according to the present invention.
7 is a flowchart of a method for requesting a companion animal emergency structure according to the present invention.
FIG. 8 is a flowchart of a pet animal emergency rescue request determination process according to the present invention. FIG.
9 is a flowchart of a pet animal emergency rescue request step according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a schematic diagram of a pet animal emergency rescue request system according to the present invention, and FIG. 2 is a block diagram of a pet animal emergency rescue request system according to the present invention.

1, the system for requesting a companion animal emergency structure according to the present invention comprises a companion animal wearing device 100 capable of sending an emergency rescue request signal, an application of the mobile terminal 201 Quot;), and an application for requesting a companion animal emergency rescue 200 to be installed.

The companion animal emergency rescue application 200 receives the emergency rescue request signal of the companion animal wearing device 100 and generates an emergency rescue request message to transmit the message to the mobile terminal and / have.

A mobile terminal 202 of the corresponding companion animal host receiving the emergency rescue request message transmitted from the mobile terminal 201, and an animal rescue center. Here, the animal rescue center may include a message receiving system of a public office, an animal shelter, and an animal care center that support a common animal structure.

It is possible that the owner's mobile terminal 202 can receive general SNS or SMS messaging services even if the companion animal emergency rescue request application 200 is not installed. Of course, it is preferable that the app is installed to perform a short-range wireless communication between the companion animal wearing apparatus 100 of the present invention and the owner's mobile terminal 202 so as to normally control a lost alarm, text or voice output.

The companion animal wearing apparatus 100 includes a wearing member 101 to be worn on a companion animal and a display 131 to be mounted on the wearing member 101. The presence or absence of an emergency structure is determined by the sensing information of the sensors And if it is determined that the emergency rescue request is made, the emergency rescue request signal including the phone number of the pet owner who has been stored in advance is transmitted in short range wireless communication. Although not shown in the drawings, the neckband is shown as an example of a neckband for connecting a necklace to a wearer, but the present invention is not limited thereto. do.

The present invention as described above determines whether or not an emergency animal rescue request is made in the animal companion animal wearing device (100). The emergency rescue request situation judgment is automatically judged by the emergency rescue request situation judgment tool by setting a condition that can be judged as the loss and danger situation of the companion animal in consideration of various situations.

If it is determined that the emergency rescue request is in progress, a predetermined emergency rescue request signal is transmitted. This emergency rescue request signal is received by the mobile terminal 201 in the vicinity and relayed to the emergency rescue request message. That is, the mobile terminal 201 installed the companion animal emergency rescue request application 200 according to the present invention automatically receives the emergency rescue request signal, and in response to the emergency rescue request signal, Receives the animal information and the owner's telephone number, generates an emergency rescue request message according to a predetermined message tool, and transmits the emergency rescue request message to the owner's telephone number.

Therefore, when the emergency situation occurs due to the separation from the host, the companion animal wearing apparatus 100 transmits an emergency rescue request signal, and the surrounding mobile terminal 201 relays the emergency rescue request signal to the owner's mobile terminal 202 Send the message. Therefore, the mobile terminals 201 installed the application for requesting the emergency animal rescue structure 200 relays and informs the owner of the emergency situation and location information of the companion animal without operating an independent server, so that it can be easily tracked and found when lost, And the owner can get to the scene quickly.

FIG. 2 is a configuration diagram of a companion animal emergency rescue requesting system according to the present invention. As shown in FIG. 2,

The companion animal wearing device (100)

And the battery module 140 are installed in the wearing member 101 of the companion animal wearing apparatus to constitute the portable communication terminal 100. The portable communication module 110, the sensor module 120, the memory 150, the wearer control module 160, do. In addition, the present invention may further comprise a display and audio output module 130 for outputting a status display of a companion animal and a delivery message.

The short-range communication module 110 may perform short-range wireless communication such as Bluetooth communication, Wi-Fi communication, Zigbee communication, or the like. However, the short-range communication module 110 may be a wireless communication device capable of communicating with a short- The mobile terminal can receive the emergency rescue signal and relay the message.

The sensor module 120 uses a plurality of kinds of sensors so as to detect the state of the companion animal. The embodiment will be described below with reference to Fig.

The memory 150 may store the operation control program of the wearer, various library information of the control program, information of the companion animal, the owner's mobile telephone number, and the message reception telephone number of the animal rescue center. In particular, according to the present invention, a tool for determining the state of a companion animal according to a reception state of a telephone number of a host, a sound pattern for extracting a state of a companion animal, a movement pattern, a sound pattern and a movement pattern, The execution information is stored. The pattern information is obtained and stored experimentally in advance, the pattern is found by analyzing the input signal, and the state information corresponding to the pattern is extracted to determine whether it is the emergency structure requesting state .

The wearing device control module 160 analyzes the sensing information of the sensor module 120 according to a predetermined tool to determine an emergency structure request situation and generates an emergency structure request signal when an emergency structure request situation occurs do. An embodiment of the wearing device control module 160 will be described below with reference to Fig.

The battery module 140 may include a power supply circuit for supplying power to the wearer, a rechargeable battery charging circuit, an external power input port, a remaining power detecting unit, and a display unit. .

The display and audio output module 130 is not necessarily required for the emergency rescue request, but outputs characters or voice informing the emergency rescue request status as an auxiliary means of the emergency rescue request. In addition, even if it is not a lost alarm due to the distance measurement from the master to the mobile terminal of a normal user, a message or voice output transmitted from the mobile terminal of the owner, or an emergency rescue request status, And can be used to announce the state of the companion animal.

4 is a view showing an example of a sensor module of a companion animal wearing apparatus according to the present invention. As shown in FIG. 4, the sensor module 120 of the companion animal wearing apparatus 100 includes:

A microphone 121 receiving a cry of the companion animal and surrounding sounds;

A motion sensor module (122) including a gyro sensor and an acceleration sensor for detecting movement of the companion animal;

A timer 123 for time checking; .

Basically, a microphone 121 is installed to receive a cry of a companion animal and to grasp the condition, and a motion sensor module 122 is installed to grasp the condition by the movement of the companion animal.

 In addition, it may further include a camera 124 for capturing a surrounding image as needed, and a biological signal detection sensor 125 for detecting a biological signal such as pulse and body temperature of a companion animal. And a GPS module for measuring the GPS signal. The wearer device control module 160 may transmit the image and biometric information to the mobile terminal that has received the emergency rescue signal and may generate and transmit a companion emergency rescue request message including the image and the biometric information from the mobile terminal .

5 is a block diagram of memory data of a companion animal wearing apparatus according to the present invention. As shown in Figure 5,

A sound pattern 151 in which a crying sound signal pattern is classified and stored by matching a state according to a crying sound in order to extract the companion animal state corresponding to the crying sound of the companion animal,

A movement pattern 152 in which a motion signal pattern is classified and stored by matching a state according to a motion signal in order to extract a companion animal state corresponding to the motion of the companion animal,

A pattern-state table storing correspondence animal state information on a sound-state pattern including the sound pattern of the sound pattern 151 and the movement pattern 152 and the motion pattern, the duration of each pattern, the repetition period, (153)

An emergency structure request condition information 154 stored to determine whether an emergency structure request is made according to state information including the extracted state information in the pattern-state table 153, a combination of states and a duration condition, Information on companion animals and the owner's phone number (155) and

And display and audio output information 156 for controlling the display and audio output of the wearer.

As shown in FIG. 2, the companion animal emergency rescue request application 200 includes:

A location information extraction unit 220, an application control module 230, an emergency structure request message generation unit 240, an emergency structure request message transmission unit 250).

The short-range communication control unit 210 controls the short-range communication module of the mobile terminal, which receives the emergency rescue request signal transmitted from the companion animal wearing apparatus 100, to receive the emergency rescue request signal without communication pairing, To be able to distinguish between them.

Therefore, the emergency rescue request signal transmitted from the companion animal wearing apparatus 100 includes a predetermined identification signal for determining whether it is the emergency rescue request signal. Accordingly, when there is an identification code for the emergency rescue request signal in the received local communication signal, the local communication control unit 210 of the emergency rescue request application 200 of the mobile terminal recognizes the emergency rescue request signal and then tries to establish a communication connection And can receive the companion animal status information and the owner's phone number from the companion animal wearing apparatus 100. [

The location information extracting unit 200 extracts the location information of the corresponding mobile terminal when receiving the emergency rescue request signal from the companion animal wearing device 100. The location information of the mobile terminal can basically be acquired using the GPS module in the terminal.

The emergency structure request message generator 240 generates the emergency structure request message by matching the extracted location information with the companion animal information received from the companion animal wearing device 100. [ This is automatically generated as a message by matching the location information, the companion animal state information, and the message indicating the emergency structure request by a predetermined tool.

The emergency rescue request message sending unit 250 transmits the emergency rescue request message generated by the emergency rescue request message generating unit 240 to the owner phone number of the corresponding companion animal.

When receiving the emergency rescue request signal of the companion animal wearing apparatus 100 through the local communication control unit 210, the app control module 230 communicates with the companion animal wearing apparatus 100, The emergency structure request message generator 240 and the emergency structure request message transmitter 250 so as to transmit the emergency structure request signal message to the owner of the companion animal And transmits the message to the telephone number of the user.

The companion animal emergency rescue request application 200 configured as described above receives the emergency rescue request signal sent from the companion animal wearing device 100. At this time, a predetermined emergency structure request signal identification code is determined and recognized as an emergency structure request signal. When it recognizes as an emergency rescue request signal, it makes a communication connection. Receives the companion animal information and status information from the companion animal wearing apparatus 100 by communication connection, and the owner's telephone number, and sends a reception completion signal to terminate the communication. Accordingly, the companion animal wearing apparatus 100 stops transmission of the emergency rescue request signal for a predetermined time and waits. This is to prevent a plurality of emergency rescue request messages from being transmitted to the owner's mobile terminal by continuously receiving the emergency rescue request signal from a plurality of mobile terminals when the emergency rescue request signal is continuously transmitted.

Upon receipt of the companion animal information and the owner's telephone number by the reception of the emergency rescue request signal and the communication connection, the terminal extracts the location information of the terminal, generates a message by matching the terminal location information with the companion animal information, To the pet owner's phone number. The message transmission is performed using the SNS or SMS messaging service of the mobile terminal, so that the message transmission is performed over the wireless communication network regardless of the distance.

Accordingly, when a predetermined length of time has elapsed after the companion animal has been lost, or when the state of the companion animal is determined to be the rescue request situation, the emergency rescue request signal is transmitted, and the emergency rescue request application in the mobile terminal near the companion animal It can receive the request signal and deliver the emergency rescue request message to the mobile of the pet owner. The owner of the companion animal can immediately respond to the emergency request message.

In addition, a message requesting a companion animal emergency rescue can be sent to a predetermined animal rescue center as a message. When sending a message to the Animal Rescue Center, the phone number of the corresponding animal owner is also included in the message so that the animal rescue center can confirm the call to the corresponding animal owner. Animal Rescue Center can immediately get help for companion animals whose owners are unlikely to respond urgently, the owner does not receive a message, or the owner neglects the animal.

3 is a block diagram of a system for requesting a companion animal emergency structure according to an embodiment of the present invention. The system includes a loss alarm unit 260, a message reception control unit 270, a display and audio output unit 280, .

The companion animal emergency rescue request application (200)

A lost alarm unit 260 periodically performing position confirmation communication with the companion animal wearing device 100 paired via the short range communication control unit 210 and performing a loss warning when the distance exceeds a predetermined distance according to the communication intensity,

An emergency structure request message receiving unit 270 receiving a emergency rescue request message of a companion animal transmitted from another mobile terminal by checking a received message of the mobile terminal and restoring the corresponding location information and companion animal information and outputting the restored emergency information to a pop-

And a wearer device display and audio output control unit 280 for controlling the output of the text message and the voice output to be displayed on the display of the wearer apparatus in real time or outputting a text message or audio stored in advance in the wearer apparatus .

2, it is possible to transmit an emergency rescue request message in response to a request signal of the companion animal emergency rescue structure. However, the emergency rescue request message may have a function of performing a loss alert when the emergency rescue request message is distant from a normal distance or a function of controlling display and voice output When the emergency rescue request message is received, it is determined whether the corresponding message is a companion emergency rescue request message and popped up or a notification function is performed. Thus, it is possible to check the companion emergency rescue request message more quickly have.

6 is a functional block diagram of a control module for a companion animal wearing apparatus according to the present invention.

The wearing device control module (160)

A microphone signal analyzing unit 162, a motion analyzing unit 163 and a companion animal state determining unit 164 are provided as a means for analyzing the state of the companion animal, A signal generation unit 165, a transmission / reception control unit 168, and a main control unit 167 for controlling the respective units.

The position check signal check unit 161 checks whether a position check signal for measuring the distance to the master mobile terminal received from the local area communication module 110 is periodically received, The main control unit 167 transmits a response signal to the main control unit 167 through the transmission / reception control unit 168.

The position confirmation signal is periodically transmitted and received between the mobile terminal and the companion animal wearing device under the control of the lost alarm unit of the mobile terminal. At this time, if the distance is discriminated by the strength of the received signal and the discriminated distance is more than the preset distance, it is judged as the lost alarm state and the lost alarm is performed. This can cause a loss alert on the mobile side as well as a lost alert on the companion animal wearing device. In the companion animal wearing device, the voice of the owner stored in advance can be outputted to guide the companion animal to return to the owner.

In addition, the user can request a surrounding help by a message or voice output indicating that the user is away from the owner through the display of the companion animal wearing device. Such a lost alarm function is described in detail in Korean Patent No. 10-1561429 filed by the present applicant and registered in the pet display device, and is not described in detail in the present invention.

The microphone signal analyzer 162 analyzes a signal inputted through the microphone 121 and extracts a sound pattern from among the sound patterns stored in advance in the memory 150.

The motion analyzer 163 analyzes a signal input from the motion sensor module 122 and extracts a motion pattern from the motion patterns stored in the memory 150 in advance.

The companion animal state determination unit 164 determines the companion animal state determination unit 164 based on the sound pattern and the motion pattern stored in advance in the memory 150, The state of the current companion animal is determined by associating the reception state, the sound pattern, and the movement pattern.

The present invention is a method for determining the state of a companion animal, and judges the state by a combination of an animal's crying pattern and a movement pattern. In order to do this, a sound pattern for classifying the type of a crying sound is generated by performing signal processing such as sampling of a crying sound signal of an animal in advance, and the state information corresponding to each sound pattern is matched. Likewise, according to the behavior pattern of an animal, a motion signal is processed to generate a pattern, and the state information of the animal according to the pattern is matched. And the state information in the combination condition considering both sound and movement is matched. It is easily created as a pattern-state table, a pattern is extracted according to the signal processing of the input signal, and the extracted pattern is matched to the pre-stored pattern-state table to extract the state information.

For example, a crying pattern makes a sound pattern in consideration of a frequency, a sound size and an amplitude, a continuous time, a repetition period, etc., and a movement pattern makes a movement pattern a movement size, a radius, State table, and extracts the state information by analyzing the detected sound and the motion signal.

In the present invention, the state determination for generating an emergency rescue request signal is performed, and the microphone signal and the motion signal are analyzed to determine whether the emergency rescue request state is satisfied. Crying and movement patterns in the case of trapped in sewers, manholes, or confined spaces, crying and movement patterns in the case of snare, trapped or injured, crying and movement patterns in the case of roaming lanes, A sound pattern and a movement pattern are extracted in consideration of the case of hiding away from a person, and the like.

In addition, in the present invention, when a positional confirmation signal is periodically exchanged between the companion animal emergency rescue request application 200 of the owner's mobile terminal and the companion animal wearing device 100, Check the signal reception status. If it is out of the set distance and is in the lost alarm state, it checks the duration of the lost alarm condition and judges whether or not the emergency rescue request is requested.

In the present invention, it is possible to transmit the emergency rescue request signal by determining the state based on a combination of the sound pattern and the movement pattern. Alternatively, if the lost alarm condition becomes longer than a predetermined time (for example, 30 minutes or more, or 1 hour or more, etc.), the emergency rescue request signal can be generated and transmitted. Alternatively, it is possible to transmit the emergency rescue request signal only according to the crying pattern and the state detected in the movement pattern, only when the lost alarm state has exceeded the predetermined time. This choice can be set selectively, taking into account the species, size, personality, pet's behavior or geographical characteristics of the companion animal.

The emergency structure request signal generator 165 generates the emergency animal information and the owner's telephone number from the memory 150 when the state of the animal compartment state determiner 164 determines that the emergency structure request is required And generates an emergency rescue request signal including the telephone number of the owner and the state information of the companion animal.

The main control unit 167 includes the position check unit 161, the microphone signal analysis unit 162, the motion analysis unit 163, the companion animal state determination unit 164, And controls transmission and release of the emergency structure request signal. That is, the main control unit 167 controls the state of the emergency structure request state and the emergency structure request signal transmission by the operation control program of the entire wearing apparatus 100, controls the display and audio output module 130, I control the display and audio output according to the companion animal condition.

The transmission / reception control unit 168 communicates with the mobile terminal that has transmitted the emergency rescue request signal via the short-range communication module 110 and received the emergency rescue request signal based on the control of the main control unit 167, Transmits the information and the owner's telephone number, and responds to the information reception confirmation signal.

The main control unit 167 transmits only the emergency structure request code information indicating that the emergency structure request signal is received when the emergency structure request signal is transmitted, After the communication connection is made, the information of the companion animal and the status information and the telephone number of the companion animal owner are transmitted in response to the information request.

This is because, when data such as caller ID information and owner's telephone number are transmitted in the emergency rescue request signal, the consumption of the battery power becomes large. Therefore, only the emergency rescue request code signal is transmitted at a predetermined time interval, And provides information by communicating with the mobile terminal. If the emergency rescue request code is confirmed at the time of receiving the emergency rescue request signal transmitted from the non-paired wearing device on the terminal side, communication is established by connecting the emergency rescue request code to generate and transmit the message, thereby reducing power consumption of the wearing device, It is possible to prevent the terminal from relaying the message at the same time.

The main control unit 167 matches characters and audio corresponding to the state of the companion animal by a predetermined tool and outputs them through the display and audio output means or outputs characters and audio transmitted from the host terminal . Also, the corresponding character or audio is output in response to the emergency rescue request situation.

The companion animal emergency rescue application 200 may be a smart phone as a mobile terminal connected to a wireless communication network and capable of receiving an SMS / SNS messaging service and equipped with a local communication module, , PDF, ..., and so on.

7 is a flowchart of a method for requesting a companion emergency structure according to the present invention.

A method for requesting an emergency animal of a companion animal by wearing a companion animal wearing device to a companion animal and installing a companion animal emergency rescue request app in a mobile terminal,

Periodically sends and receives a position confirmation signal between the companion animal wearing apparatus 100 and the mobile terminal 202 of the corresponding companion animal owner to control the lost alarm according to the received signal strength, (S10) for generating an emergency rescue request signal including the telephone number of the pet owner and transmitting the emergency rescue request signal as a short-range wireless communication signal;

The mobile terminal 201 receiving the emergency rescue request signal transmitted from the companion animal wearing apparatus 100 receives the emergency rescue request signal and extracts the telephone number of the corresponding companion animal owner (S20) for extracting location information of the mobile terminal, generating an emergency rescue request message including location information, and transmitting the emergency rescue request message to a phone number of the extracted owner using a messaging service do.

This sends and receives a positioning signal as a short-range wireless communication signal between the companion animal wearing device 100 and the owner's mobile terminal 201, determines a separation distance based on the received signal strength, Alarm. If the lost alarm continues for a predetermined time or more, the wearable device 100 generates an emergency rescue request signal and sends it out as a short-range wireless communication signal, and the surrounding mobile terminal receives it and uses the messaging service to the mobile terminal of the owner And transmitting the emergency rescue request message.

Even if the means for determining the state of the emergency rescue request is not additionally provided in the wearing device, it is possible to request the emergency rescue only by judging the duration of the lost alarm.

However, the lost alarm function is used when the companion animal wearing device and the owner's mobile terminal are close to each other, and can not determine the state of the emergency rescue request when the lost alarm function is stopped.

Accordingly, in the present invention, a plurality of sensors for determining the state of a companion animal are installed in a wearer, and a method of requesting an emergency structure by determining a companion animal state is proposed.

As shown in FIG. 7, a companion animal emergency rescue request application 200 that wraps the companion animal wearing device 100 on the companion animal and relays the companion animal emergency rescue request signal to the mobile is installed, A method for making a structure request,

A plurality of sensors for detecting the state of the companion animal are installed in the companion animal wearing apparatus 100 to detect the state of the companion animal and judge whether the detected companion animal state is the emergency structure requesting situation, (S10) for transmitting an emergency rescue request signal including the emergency rescue request signal to the near-field wireless communication;

The emergency animal rescue request application 200 installed in any mobile terminal receiving the emergency rescue request signal receives the emergency rescue request signal and generates an emergency rescue request message including the location information of the corresponding terminal, (S20) for transmitting an emergency rescue request message to the telephone number of the corresponding companion animal owner extracted from the emergency rescue request signal.

In the present invention, the master mobile terminal receiving the emergency rescue request message through the messaging service checks the received message to check whether it is a companion emergency rescue request message, notifies reception of the emergency animal rescue request message And an emergency structure request message reception step (S30) for popping up the corresponding message.

In addition, in the relaying of the emergency rescue request message, the emergency rescue request message including the location information, the corresponding companion animal information and the owner's telephone number is generated and transmitted to a preset animal rescue center .

The present invention relates to a method and apparatus for recognizing a state of a companion animal in a companion animal wearing apparatus (100), sending an emergency rescue request signal, receiving the emergency rescue request signal from any mobile terminal in the vicinity of the companion animal, Generates an emergency rescue request message including location information and companion animal information to the owner's mobile terminal, and transmits the emergency rescue request message via SNS or SMS message.

At this time, it is preferable to send the emergency rescue request message to the animal rescue center in advance, in which the message receiving telephone number is set. The emergency rescue request message to the animal rescue center preferably includes the companion animal's location and location information, including the owner's phone number.

The emergency rescue request step S10 of the companion animal wearing device 100,

An emergency structure request determination step (S11) of detecting a state of a companion animal by signal processing and analyzing signals detected through sensors installed in the wearer and determining whether the detected state is an emergency structure requesting state;

If it is determined that the emergency rescue request condition is satisfied, an emergency rescue request signal sending step (S12) for sending out the emergency rescue request signal including the emergency rescue request identification code, the owner's telephone number and the companion animal information is performed by a predetermined tool .

8 is a flowchart illustrating an emergency structure request determination process according to the present invention. As shown in FIG. 8, in the emergency structure request determination step S11,

A sound pattern extracting step (S111) of receiving a microphone signal from a microphone (121) installed in the wearer and performing signal processing and analysis to extract the most similar sound pattern among the sound patterns (151) previously stored in the memory (150)

A motion pattern extracting step (S112) of receiving a motion signal from the motion sensor module (122) installed in the wearer, signal processing and analyzing the motion signal to extract the most similar motion pattern among the motion patterns (152) stored in advance in the memory (150) ,

In the pattern-state table 153 in which the sound pattern extracted at the sound pattern extracting step 111 and the motion pattern extracting step 112 and the companion animal state information corresponding to the movement pattern are stored in advance in the memory 150 Extracting state information extraction step S113,

And an emergency structure requesting state determination step (S114) for determining whether the companion animal state information extracted in the state information extracting step (S113) corresponds to a predetermined emergency structure requesting condition (154).

The sound pattern considers the frequency, the amplitude, the continuous time, and the repetition period of the sound signal, and the movement pattern classifies the characteristics of each signal into the patterns in consideration of the motion size, radius, speed, and repetition period of the motion signal. For each pattern, the state of the companion animal is matched and stored in the corresponding signal pattern. The companion animal state corresponding to the sound pattern and the movement pattern or corresponding to the combination of the sound pattern and the movement pattern is previously standardized and stored as a pattern-state table. This allows the user to select the kind, breed, age, size, personality, etc. of each companion animal to change the pattern judgment reference value.

The emergency structure request signal sending step S12, as shown in FIG. 9,

When it is determined in the emergency state rescue request state determination step S11 that the emergency rescue request state is satisfied, the emergency rescue request signal including the phone number of the pet owner, the companion animal state information, and the identification information indicating the emergency rescue request is stored An emergency structure request signal generation step S121 for generating an emergency structure request signal,

And an emergency structure request signal transmission step (S122) for transmitting the emergency structure request signal as a short-range wireless communication signal.

In this way, the emergency rescue request signal including the owner's telephone number and the state and information of the companion animal can be generated and transmitted immediately, but there is a fear that the amount of data to be transmitted is large and power consumption is increased.

 Accordingly, the emergency rescue request signal transmission step S122, as shown in FIG. 9,

An emergency rescue request identification signal sending step (S122a) for sending only the emergency rescue request identification signal in short range wireless communication,

A communication connection step (S122b) of establishing a communication connection in response to a communication connection request of the mobile terminal which has received the emergency structure request identification signal;

And an information transmission step (S122c) of transmitting the phone number of the owner of the companion animal, the companion animal information and the status information to the corresponding mobile terminal connected to the communication when the communication connection is established.

Accordingly, when an emergency rescue request situation occurs, only the emergency rescue request identification signal is transmitted as a wireless signal, and when the responding mobile terminal requests a communication connection, the emergency rescue request is communicated accordingly and the phone number, Data is transmitted. In this case, since only the emergency rescue request identification signal is transmitted until the communication connection with the mobile terminal that relays the emergency rescue request message is performed, the power consumption can be minimized and the emergency rescue request resume time can be extended.

Meanwhile, in the emergency structure request step S10, as shown in FIG. 7,

(S11) of determining the emergency structure request state, and transmitting the emergency structure request signal (S12)

In the emergency structure request signal transmission step S12, the emergency structure request signal transmission step S12 is repeated until the emergency structure request signal reception acknowledgment signal is received from the mobile terminal which has received the emergency structure request signal, An acknowledgment step S13,

(S14) for suspending and waiting the emergency rescue request signal sending step (S13) until a predetermined fixed time elapses upon receipt of the emergency rescue request signal receipt acknowledgment,

In the waiting step S14, when receiving the position confirmation signal of the home terminal or waiting for a predetermined time before receiving the emergency rescue request cancellation signal, An emergency rescue request release determination step (S15) of repeating the emergency rescue request in units of time,

Upon receipt of the location confirmation signal of the home mobile terminal or the emergency structure request cancellation signal in the emergency structure request cancellation step S15, the emergency cancellation request signal is released and the emergency cancellation request decision step S11 (S16) of the emergency rescue request signal.

If the emergency rescue request signal is continuously transmitted in the emergency rescue request signal sending step S12, the relaying mobile terminal can receive the emergency rescue request signal and relay the emergency rescue request signal again. Therefore, once the emergency rescue request message is generated and transmitted from the emergency animal rescue request application 200 by the emergency rescue request signal, the program may be set not to receive the same emergency rescue request signal.

 However, if another mobile terminal other than the once relayed mobile terminal exists in the vicinity, the mobile terminal receives the emergency rescue request signal in the same manner and generates and transmits the emergency rescue request message. In this case, a large number of emergency rescue request messages can be continuously transmitted with the same contents. Accordingly, the present invention receives the emergency rescue request signal, waits for a predetermined time after the information transmission is completed, and sends out the emergency rescue request signal again.

The emergency rescue request signal is transmitted and the emergency rescue request signal sending step S12 is repeated until the emergency rescue request signal is acknowledged. When a certain mobile terminal receives an emergency rescue request signal and makes a receipt acknowledgment (S13), since a single emergency rescue request message has been generated and transmitted, it is checked whether a predetermined time elapses (S14). And repeats the process from the step S12 of sending the emergency rescue request signal when a predetermined time has elapsed.

Therefore, after one emergency rescue request message is transmitted, the emergency rescue request signal is transmitted at regular intervals and the emergency rescue request message is transmitted again. Therefore, the mobile terminal or the animal rescue center of the owner can receive the emergency rescue request message at least after the predetermined time has elapsed.

This is because, from the viewpoint of the receiver of the emergency rescue request message, the emergency rescue request message can be received repeatedly in units of a predetermined time, so that it is possible to quickly check the emergency rescue signal message and take measures. It is also possible to prevent too many identical emergency rescue request messages from being received.

 Thereafter, the emergency rescue request signal cancellation is performed by receiving an emergency rescue request cancellation signal, which is output by inputting a command to cancel the emergency rescue request from the mobile terminal of the owner or receives a position confirmation signal periodically transmitted and received by the owner's mobile terminal And releases the emergency rescue request signal. In other words, the owner of the mobile terminal can be used to release the emergency rescue request status.

As shown in FIG. 7, in the emergency structure request message relaying step S20 performed in the companion animal emergency rescue request application 200,

A structure request signal reception step (S21) of receiving a structure request signal transmitted from the companion animal wearing apparatus (100);

A telephone number extracting step (S23) of analyzing the structure request signal and extracting the information of the companion animal and the address number of the owner;

A structure request message generation step (S24) of extracting a location for extracting location information of the mobile, generating a structure request message including the extracted mobile position information and the companion animal information;

And a structure request message transmission step (S25) of transmitting the structure request message to the owner's telephone number.

Meanwhile, in the present invention, when the same mobile terminal receives the emergency rescue request signal of the same pet animal wearing device and repeats the emergency rescue request message relay step to relay the emergency rescue request message, And a step S26 of waiting for a set time waiting for a preset time after the transmission step S25 elapses and returning to the emergency structure request signal reception step S21 when the set time has elapsed.

7 and 9, the emergency animal rescue request signal receiving step S21 may include receiving the emergency rescue request identification code S211, the communication connection requesting step S222, (S223) and an emergency structure request signal reception completion confirmation step (S22).

Upon receipt of the emergency rescue request identification code in the emergency rescue request signal transmitted for the random receiver, the mobile terminal recognizes that the corresponding signal is the emergency rescue emergency rescue request signal, receives the entire emergency rescue request signal by communication connection, And then terminates the communication by making a reception completion acknowledgment.

In the case where only the companion animal rescue request identification code is transmitted from the companion animal wearing apparatus 100, upon receipt of the rescue request identification code, a communication connection request is made to the companion animal wearing apparatus 100, ) Responds to the communication connection request, the communication is connected by the communication pairing. In the state that the communication is connected, the companion animal wearing apparatus 100 transmits the companion animal information, the owner's telephone number, and the companion animal emergency rescue request status information, and receives the information on the emergency animal rescue request status information in the mobile terminal (S123). Then, the emergency rescue request signal reception completion confirmation signal is transmitted (S22), and the communication is terminated.

In the emergency structure request signal reception step S21, the emergency structure request signal transmitted from the animal-wearing device 100 is received. In the emergency structure request signal received in the telephone number extraction step S23, Extract the telephone number of the corresponding animal owner. Here, the companion animal information may include status information of the companion animal, that is, status information that causes the emergency rescue request. Extracts the telephone number of the owner of the companion animal and extracts the current location information of the corresponding mobile terminal. The location information of the mobile terminal is obtained from the GPS module of the mobile terminal itself.

Next, a step S24 of generating an emergency structure request message including the location information is performed. A message is generated by including the location information, the companion animal information, and the emergency structure request message.

When the emergency rescue request message is generated, a message transmission step (S25) for transmitting the companion rescue request message to the extracted phone number of the owner is performed. The companion animal message transmission step (S25) may transmit a message together with the telephone number of the corresponding companion animal owner and the animal rescue center.

As described above, the emergency rescue request signal transmitted from the companion animal wearing device 100 in the companion emergency rescue request application 200 is relayed through the SNS or SMS message through the mobile messaging service, and the mobile terminal of the corresponding companion animal owner, And transmits the emergency rescue request message to the rescue center. It is a matter of course that the companion animal emergency rescue request application 200 is also installed in the mobile terminal of the owner of the pet receiving the emergency rescue request message but it is not necessarily installed and only the function of receiving the SNS or SMS message Implementation is possible.

In the present invention, a companion animal emergency rescue request application 200 is also installed in a mobile terminal of the corresponding animal owner. In the companion animal emergency rescue application 200, an emergency rescue request message reception step S31, A message pop-up step S32 is performed to inform the reception of the emergency rescue request message.

In the case where the companion animal that has sent the emergency rescue request signal is rescued, the emergency rescue request cancellation input menu is provided so that the request for rescue of the companion animal rescue can be input. When the emergency rescue request cancellation input button is input, And transmits the short range wireless communication signal to the animal wearing apparatus 100 to release the emergency rescue request signal. This is because the communication between the companion animal wearing device 100 and the companion animal emergency rescue request application 200 installed in the mobile terminal of the companion animal owner is set to communicate with each other so that short range wireless communication can be performed without any separate pairing setting.

In addition, the companion animal wearing device 100 and the companion animal emergency rescue application 200 installed in the mobile terminal of the corresponding companion animal owner periodically transmit and receive a position confirmation signal periodically, The display message and the audio output of the companion animal wearing apparatus 100 can be controlled in real time using the mobile terminal, and preset character or audio output can be set and stored in the wearing device The companion animal wearing apparatus 100 of the present invention can set the character to be set in advance according to the judgment of the companion animal state itself, A message may be displayed on the display and the corresponding audio or voice may be output together to indicate the state of the companion animal to be.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It should be understood that the scope of the present invention is to be understood as the scope of the following claims and their equivalents.

100: a companion animal wearing device 101: a wearing device housing member
102: collar coupling groove 131: display
110: Local area communication module 120: Sensor module
121: microphone 122: motion sensor module
123: timer 124: camera
125: Biological signal detection sensor 130: Display and audio output module
140: Battery module 150: Memory
160: Wearing device control module 161: Position confirmation signal check unit
162: microphone signal analyzer 163: motion analyzer
164: companion animal state determination unit 165: emergency structure request signal generation unit
167: main control unit 168: transmission /
200: mobile terminal 201: arbitrary mobile terminal
202: Master's mobile terminal 210:
220: location information extraction unit 230:
240: emergency rescue request message generator 250: emergency rescue request message transmitter
260: lost alarm unit 270: message reception control unit
280: Display and audio output section

Claims (11)

A pet emergency rescue request system for periodically receiving a positional confirmation signal between a pet animal wearing device and a mobile terminal of a host and receiving a lost alarm according to a strength of a received signal,
And an emergency rescue request signal including a phone number of the owner of the companion animal is transmitted as a short-range wireless communication signal when the lost alarm state continues for a predetermined time or more by checking the duration of the lost alarm state based on the position confirmation signal An animal wearing device;
An emergency rescue request signal including the position information of the corresponding mobile terminal and the companion animal rescue request information extracted from the emergency rescue request signal, when the emergency rescue request signal is received from an application device of the mobile terminal, An emergency animal rescue request application that generates a message and sends a message to the phone number of the companion animal owner extracted from the emergency rescue request signal;
Wherein the system further comprises:
A plurality of sensors are installed on the companion animal to determine an emergency rescue request situation based on sensing information of the sensors, and when it is judged that the emergency rescue request state is satisfied, an emergency rescue request signal To a near-field wireless communication;
An emergency rescue request signal including the position information of the corresponding mobile terminal and the companion animal rescue request information extracted from the emergency rescue request signal, when the emergency rescue request signal is received from an application device of the mobile terminal, An emergency animal rescue request application that generates a message and sends a message to the phone number of the companion animal owner extracted from the emergency rescue request signal;
Wherein the system further comprises:
3. The animal-wearing apparatus according to claim 2,
A short range communication module capable of short distance communication with a mobile terminal installed with the companion animal emergency rescue request app;
A sensor module for extracting the state of the companion animal;
A display and audio output module for outputting a status message and a delivery message of the companion animal;
A memory in which information of the companion animal and the mobile telephone number of the owner and a control program are stored;
A wearer control module for analyzing sensing information of the sensor module according to a predetermined tool to determine an emergency structure request state and for sending an emergency structure request signal when an emergency structure request state occurs; And
A battery module for supplying power to the companion animal wearing device;
Wherein the system further comprises:
[Claim 3] The method according to claim 2,
A short range communication control unit for receiving the emergency rescue request signal from the companion animal wearing device and communicating with the companion animal wearing device;
A location information extracting unit for extracting location information of a corresponding mobile terminal upon receiving an emergency rescue request signal from the companion animal wearing device;
An emergency structure request message generation unit for generating an emergency structure request message by matching the extracted location information and the companion animal information received from the companion animal wearing apparatus;
An emergency rescue request message transmitter for transmitting the emergency rescue request message to a telephone number of a pet owner through a mobile wireless communication network; And
When receiving the emergency rescue request signal of the companion animal wearing device through the local communication controller, receives the companion animal information and the owner's phone number information by communicating with the corresponding companion animal wearing device, An application control module for controlling the message generation unit and the emergency structure request message transmission unit to transmit an emergency structure request signaling message to a telephone number of a pet owner;
Wherein the system further comprises:
The method of claim 4, wherein the companion animal emergency rescue application comprises:
A loss warning unit for periodically performing position confirmation communication with the pet animal wearing device paired through the local communication control unit and for performing a loss warning when the distance is more than a predetermined distance according to the communication strength;
An emergency rescue request message receiver for receiving a emergency rescue request message of a companion animal transmitted from another mobile terminal by checking a received message of the mobile terminal, restoring the corresponding location information and companion animal information, and outputting the restored emergency information to a popup window; And
A wearer display and an audio output controller for controlling the output of the text message and the voice output to be displayed on the display of the wearer in real time and outputting the text message or audio stored in the wearer in advance;
Further comprising the step of: receiving a request for a companion animal emergency rescue request.
The method according to claim 3, wherein the sensor module of the companion animal wearing device comprises:
A microphone for receiving a cry of the companion animal and surrounding sounds;
A motion sensor module including a gyro sensor and an acceleration sensor for detecting movement of a companion animal; And
A timer for time checking;
Wherein the system further comprises:
The method of claim 6, wherein the sensor module of the companion animal wearing device comprises:
A camera for capturing a surrounding image as needed,
A biological signal detection sensor for detecting a biological signal such as a pulse of a companion animal and a body temperature;
Further comprising the step of: receiving a request for a companion animal emergency rescue request.
The apparatus according to claim 3, wherein the memory of the companion animal wearing device comprises:
A sound pattern in which a crying signal pattern is classified and stored by matching a state according to a crying sound in order to extract a companion animal state corresponding to a crying sound of the companion animal;
A motion pattern in which a motion signal pattern is classified and stored by matching a state according to a motion signal in order to extract a companion animal state corresponding to a motion of a companion animal;
A pattern-state table storing correspondence animal state information on a state judgment condition including the sound pattern of the sound pattern and the movement pattern, the movement pattern, the duration of each pattern, the repetition period, and the composite pattern;
An emergency structure request condition information stored to determine whether an emergency structure request is made according to state information including extracted state information in the pattern-state table, a combination of states and a duration condition;
Companion information and phone number of the pet owner; And
Display and audio output information for controlling the display and audio output of the wearer;
Wherein the system is stored including a request for a companion animal emergency rescue request.
4. The apparatus according to claim 3,
A position check signal check unit for checking a position check signal for measuring a distance from a master mobile terminal received from the local communication module;
A microphone signal analyzer for analyzing a signal input through the microphone and extracting a sound pattern from sound patterns previously stored in the memory;
A motion analyzer for analyzing a signal input from the motion sensor module and extracting a motion pattern from a motion pattern previously stored in the memory;
A sound pattern and a movement pattern are stored in the memory in accordance with a sound pattern and a movement pattern previously stored in the memory, a position confirmation signal reception state and a companion animal state determination condition according to time, A companion animal state judging unit for judging the state of the companion animal;
And an emergency structure request signal including a phone number of the owner and the state information of the companion animal, wherein the emergency animal information receiving unit receives the emergency animal information and the phone number of the owner from the memory, An emergency structure request signal generator for generating an emergency structure request signal;
A main controller for controlling operations of the position check unit, the microphone signal analyzing unit, the motion analyzing unit and the companion animal state determining unit, the emergency structure request signal generating unit, and controlling transmission and release of the emergency structure request signal; And
A transmission / reception control unit for sending out the emergency rescue request signal via the short distance communication module and communicating with the mobile terminal, which has received the emergency rescue request signal, based on the control of the main control unit, for transmitting the companion animal information and the owner's telephone number;
Wherein the system further comprises:
10. The apparatus of claim 9,
If it is judged that the emergency rescue request is made, only the emergency rescue request code information indicating that the emergency rescue request signal is transmitted, and after the communication connection with the mobile terminal receiving the emergency rescue request code information is made, Information and the telephone number of the corresponding animal owner.
10. The apparatus of claim 9,
Further comprising a display and an audio output control unit for outputting characters and audio informing an emergency rescue request corresponding to the state of the companion animal through the display and audio output means.

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