KR20220146723A - Bank-specific regular delivery and comprehensive management for common value pet - Google Patents

Abstract

The present invention relates to companion animal-customized regular delivery and comprehensive management using a shared value pet platform coin bank. A comprehensive companion animal management system, according to the present invention, comprises: an animal terminal band; a detection band; a communication band; and a main management server. Accordingly, the present invention can provide a comprehensive companion animal management system capable of managing the health of companion animals and grasping the behavioral aspects of companion animals.

Description

Shared value pet platform Coin bank and companion animal customized regular delivery and comprehensive management {Bank-specific regular delivery and comprehensive management for common value pet}

This business model invention Pet Trache solution is a pet sitter matching service that connects pet sitters and customers. People who live with pets often have to leave their pets alone for reasons such as family vacation, vacation, travel, or hospitalization. At this time, the pet sitter takes care of the pet, relieves anxiety and provides a pleasant experience.

Through these activities, pet sitters can relieve customers' worries, give happiness to companion animals, and obtain economical rewards and rewards.

Pettrache is a service that makes contact with customers so that pet sitters can do the above activities. Through the mobile application Petsi (for petsitters), you can leave and record the history of pesitting reservation management, customer management, and pesiter activity.

We provide a free registration service that allows you to register pet sitters who love companion animals using the Pettrache mobile application, and you can use services such as reservation approval, rejection, and message transmission within the service. We connect you directly with our customers.

Pettrache provides compensation of up to 500,000 won in case of damage to your pet due to an unexpected accident during pet sitting.

However, this program does not apply to pet sitting through external transactions. You will be guided to refer to the terms and conditions for details.

We actively help from registration to activities and public relations through the pet sitter planner, and pet sitter advertisements through social media such as Facebook page and Instagram, and pet sitter interviews for viral marketing are conducted to increase active marketing and credibility. let it be

The comprehensive companion animal management system according to the present invention comprises: an animal terminal band (credit evaluation mileage) that stores biometric information of the companion animal as mounted on the companion animal;

It analyzes the consumption pattern of the companion animal comprehensively, including installation on one side of the companion animal's cage and a plurality of sensing objects including food bowls, toilet bowls and play equipment, and various shopping and activities, and provides customized information and credit rating for companion animals. A detection module that receives the biometric information from at least one of the detection sensor unit and the animal terminal band, including a detection sensor unit including a pressure sensor, as a discount rate applied according to the grade of a total of 5 stages through this ;

a communication module comprising a beacon and transmitting the biometric information to a main management server;

At least one of a use determination module for receiving the biometric information and determining whether the companion animal uses the sensing object, a guardian terminal possessing the biometric information by the guardian of the companion animal, and a veterinary hospital terminal provided in a veterinary hospital and a main management server including a biometric information sending module to be sent to one.

The present invention relates to a companion animal comprehensive management system based on health care big data-based companion animal health care through companion animal walking. It relates to a comprehensive management system for companion animals that can identify aspects and directly link with animal hospitals and guardians.

Companion animal refers to an animal that lives with people, and in respect of the various benefits that animals give to humans, pets are renamed companion animals in the sense that they are not toys for humans.

The age of 15 million companion animals is approaching. According to the '2021 Korean Pet Report' released by the Management Research Institute of KB Financial Group in March, the number of households with a companion animal at the end of 2020 was 6.04 million, accounting for 29.7% of domestic households. As the number of people who own companion animals is increasing, accidents related to companion animals are also on the rise.

Source: Sisa Magazine (http://www.sisamagazine.co.kr)

The number of households raising companion animals is increasing exponentially due to social factors such as an aging population structure, increase in single households, and a stressful society, and changes in the consciousness of companion animals as family members, companions, and partners.

Along with this trend, various products and systems for health management of companion animals are being developed, and as the interest in companion animals increases day by day as the number of companion animals increases, technology development is still actively in progress.

The present invention relates to a companion animal health monitoring device and a health monitoring system using the same, and more particularly, to a fixing unit fixed to the companion animal's body; a storage unit for storing information on health and medical care of companion animals; a communication unit that enables transmission and reception of information with other devices; A control unit that controls the overall operation; including; in the storage unit, the companion animal's exercise amount, feed intake, sleep time, pulse information, body temperature information, etc.

By storing the health information of companion animals and medical information such as hospital medical records, it is possible to continuously manage the health of companion animals, to facilitate treatment at the hospital, and to use the information stored in the storage unit in case of transfer or loss of companion animals. a health monitoring device and a health monitoring device that enable continuous health management; a portable terminal for transmitting and receiving information to and from a health monitoring device; A server that transmits and receives information to and from the portable terminal and provides the information requested by the portable terminal; including; the owner of the companion animal can check the health status of the companion animal through the portable terminal, and based on the location signal of the health monitoring device It is about a companion animal health monitoring system that allows you to find a veterinary hospital close to your companion animal and provides the latest medical information for the species of companion animal.

However, in the case of the above invention, although the focus is on the health management of companion animals, there is a limitation in that it is impossible for the owner of the companion animal to grasp the behavior of the companion animal and the current location of the companion animal.

Therefore, as a comprehensive management system for companion animals to solve the above-mentioned problems, it is a new and advanced companion animal that not only manages health for companion animals but also identifies the behavior of companion animals and can be directly linked with veterinary hospitals and guardians. The need to develop a comprehensive animal management system is emerging.

A61B 5/02 (2013.01) H04N 5/225 (2013.01) H04W 4/02 (2013.01) H04W 4/80 (2018.02)

Own technology

The present invention has been devised to overcome the problems of the above technology, and not only health care for companion animals but also companion animals

Provides a comprehensive management system for companion animals that understands the behavior of

the main purpose of

Another object of the present invention is to identify the biometric information of the companion animal when the companion animal uses a preset sensing object to detect the object.

It is to provide an automatic notification control configuration that allows the user to automatically control ON/OFF the notification function.

Another object of the present invention is to prevent the above-described automatic notification control configuration from being damaged or broken due to the secretions of companion animals.

It provides an additional means of protection against

In order to achieve the above object, the comprehensive management system for companion animals according to the present invention, comprehensive management of companion animals

A system comprising: an animal terminal band mounted on a companion animal and storing biometric information of the companion animal; the companion

As installed on one side of a plurality of sensing objects including water cages and food bowls and toilets and play equipment,

At least one of the detection sensor unit and the animal terminal band, including a detection sensor unit including a force detection sensor

a sensing module for receiving the biometric information; It consists of a beacon and transmits the biometric information to the main management server.

communication module; A use determination module that receives the biometric information and determines whether the companion animal uses the sensing object

module and the biometric information among the guardian terminal possessed by the guardian of the companion animal and the veterinary hospital terminal provided in the veterinary hospital

and a main management server including a biometric information transmission module for sending to any one island.

In addition, the sensing module is configured to generate image information of the sensing object through a camera provided in the sensing object.

It further comprises a compensation generator, wherein the communication module transmits the biometric information and the image information to the main management server,

The main management server, sending the image information to at least one of the guardian terminal and the veterinary hospital terminal

It is characterized in that it further comprises an image information transmission module.

In addition, the animal terminal band, which can be worn on the neck of the companion animal, measures the body temperature of the companion animal.

is a biometric sensor unit including a temperature sensor, a pulse measuring sensor for measuring the pulse of the companion animal, and the companion animal

Biometric information including the name information of the animal and the body temperature information and the pulse information measured through the biometric sensor unit

Further comprising a biometric information storage unit for storing, the beacon, transmits a sensing signal to the sensing object, the animal terminal van

It is characterized in that the bio-information is transmitted to the beacon according to the reception of the detection signal.

In addition, the main management server, the standard value of the body temperature information of the companion animal measured during a preset measurement period

A standard numerical arithmetic unit that calculates , and the real-time measured body temperature information is compared with the standard value to identify abnormal values

and an abnormality detection unit that compares the abnormal value with a preset reference variation value and determines whether the biometric value exceeds the allowable range.

Comprising an abnormal information sending unit for sending abnormal information to at least one of the guardian terminal and the veterinary hospital terminal

It is characterized in that it further comprises a biometric information change understanding module.

In addition, the main management server, to determine the fluctuation value of the load information of the companion animal detected through the pressure sensor

is a weight change detection unit, compares the fluctuation value with a preset reference value, and determines the weight abnormality according to whether the permissible range is exceeded.

A living body including a body weight change detection unit that sends a message to at least one of the guardian terminal and the veterinary hospital terminal

It is characterized in that it further comprises an information change grasp module.

Additionally, the companion animal comprehensive management system is configured to generate notification information on the sensing object on which the biometric information is generated.

Lock as provided in each of the plurality of sensing objects, the notification module including at least one of an LED and a speaker

module; further comprising, the biometric information sending module, the position of the sensing object where the biometric information and the notification information are generated

It is characterized in that the information is sent to the guardian terminal.

Additionally, the companion animal comprehensive management system is provided on one side of the sensing object, and includes a push button, an upper

The notification module is composed of a housing for fixing the push button to the sensing object, and by pressing the push button

It characterized in that it further comprises; a switch for controlling the driving of the.

Additionally, the companion animal comprehensive management system, as applied to the switch, includes a pair of push

A pressing assembly including an operation unit for applying pressure to the pressing button by controlling the pressing protrusion to enter and exit the interior and exterior;

To be stacked on one surface of the pressing assembly, according to the first generation of the biometric information within a specific time range

D Notification control composed of a driving control unit that controls the driving of the push assembly so that the push button is in an ON state

A device and a switch made further comprising a case attached to the outer surface of the housing in a state accommodating the notification control device

It is characterized in that it further comprises;

Additionally, the companion animal comprehensive management system includes one of the sensing module, the communication module, and the notification control device.

a comprehensive control assembly integrated with a multi-layer substrate of

As a first substrate having the sensing module and the communication module, the first substrate is stacked and supported in a state electrically connected to the first substrate, and a space and at least one circumferential surface of the space are enclosed. Round

including a portion, wherein the peripheral portion forms electrically insulated insulating walls in regions facing each other,

It is divided into first and second peripheral portions electrically shielded by a soft wall, and the driving control unit is a substrate on the first peripheral portion.

A processed second substrate and stacking and supporting the second substrate in a state electrically connected to the second substrate,

and a third substrate on which the pressing assembly is provided.

Additionally, the second perimeter further comprises a packing slit formed through the longitudinal direction at one side of the perimeter.

wherein the second substrate is accommodated in a space of the second substrate on which the packing slit is formed, the packing slit

A packing sheet in which a cut line is formed in the width direction at a predetermined length and a roller in which the packing sheet is wound so as to be rotatable by a roller shaft, and the packing slit to take out the packing sheet surrounding the multilayer substrate through big

It characterized in that it further comprises a packing structure including a pull-out slit formed in the response portion, by rewinding the roller to draw out the packing sheet toward the packing slit.

Additionally, the second peripheral portion, a through-formed replacement groove formed through to have a larger cross-sectional area than the packing slit;

As being detachably fitted to the replacement groove in a state including the through-formed packing slit, one side

It characterized in that it further comprises a replacement block provided with the replacement projection formed to protrude from the stand.

Additionally, the third substrate, at least two protruding from the lower end of the second substrate on which the packing slit is located

Further comprising the above locking projections, the packing sheet is formed through one side of the cut-off line to fit into the locking projections

It characterized in that it further comprises a locking groove to be coupled.

Companion animal comprehensive management system according to the present invention,

1) Not only health management for companion animals, but also understanding the behavior of companion animals, and direct connection with veterinary hospitals and guardians

We provide a comprehensive management system for companion animals that can

2) When a companion animal uses a preset sensing object, the companion animal's biometric information is identified and the sensing object is notified

Configuration of a switch control structure that enables automatic ON/OFF control of

By providing an integrated control assembly that can control the sensing module and communication module on a single multi-layer board,

configuration, and

3) Integrated control assembly to prevent the above-mentioned notification control device from being damaged or broken due to the secretions of companion animals

A packing structure inserted inside the bleed is provided to increase the protective effect.

1 is a conceptual diagram showing a schematic configuration of a system of the present invention.
2 is a block diagram showing the detailed configuration of the system of the present invention.
3 is a conceptual diagram showing a switch control structure of the present invention.
Figure 4 is a conceptual diagram showing a comprehensive control assembly of the present invention.
5 is a conceptual view showing a packing structure of the present invention.

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

not shown, and like reference numerals in each drawing refer to like components.

1 is a conceptual diagram showing a schematic configuration of a system of the present invention.

Referring to FIG. 1, the comprehensive management system for companion animals of the present invention is mounted on companion animals, and the

The animal terminal band 100 storing the biometric information of the pet, the cage of the companion animal, the food bowl, the toilet, and the play equipment

A plurality of sensing objects 30 including, and a main management server 400 serving to manage the biometric information, and an image

Basically, including the guardian terminal (10) possessed by the guardian of the companion animal and the veterinary hospital terminal (20) provided in the veterinary hospital

is composed

At this time, the companion animal uses the sensing object 30 while the animal terminal band 100 is mounted, and accordingly, the companion animal

Various biometric information, such as the pet's weight, body temperature, pulse, defecation, and food

It is transmitted to the server 400, and the main management server 400 manages and analyzes the transmitted biometric information, and the guardian terminal possessed by the guardian.

(10) and performs a function of sending to at least one of the veterinary hospital terminal 20 provided in the veterinary hospital.

Therefore, according to the comprehensive management system for companion animals of the present invention, the animal hospital that manages companion animals and guardians of companion animals is actually

You can receive a variety of pet information over time, so you can check the growth status and health status of your pet in real time.

In addition, based on the information of companion animals transmitted in real time as described above, breeding between companion animals

It can also be used in cities, so it can be used without any restrictions as long as it is a field where the biometric information of companion animals can be used.

In addition, since there is no limitation on the types of the guardian terminal 10 and the veterinary hospital terminal 20 applied to the present invention, the desktop or

Of course, it can be applied to various devices such as laptops, tablet PCs, and smartphones. In addition, the biometric information is transmitted

There are no restrictions on the type of platform that can be used, so the form of building a program such as a separate application or website

Since the form in which biometric information is transmitted or through social network service (SNS) can be applied,

Through both platforms, information exchange between companion animal guardians, or information exchange between animal hospitals and guardians,

Alternatively, it may be possible to exchange information related to breeding of companion animals between the veterinary hospital and the guardian or guardian.

2 is a block diagram showing the detailed configuration of the system of the present invention.

Referring to FIG. 2 , the companion animal comprehensive management system of the present invention is mounted on a companion animal, and the companion animal

Animal terminal band 100 storing the animal's biometric information; Include the companion animal's cage, food bowls, toilet bowls, and play equipment.

As being installed on one side of the plurality of sensing objects 30 including, the sensing sensor unit 210 including the pressure sensing sensor 211

Including, receiving the biometric information from at least one of the detection sensor unit 210 and the animal terminal band 100

is the detection module 200; a communication module 300 comprising a beacon and transmitting the biometric information to the main management server 400; said raw

A use determination module 410 and an image for receiving body information and determining whether the companion animal uses the sensing object 30

Among the guardian terminals 10 and the veterinary hospital terminals 20 provided in the veterinary hospital,

The main management server 400 including the biometric information sending module 420 for sending to any one of the islands;

characterized.

The animal terminal band 100 is mounted on a companion animal, and performs a function of storing biometric information of the companion animal,

More specifically, a temperature sensor that can be worn on the neck of the companion animal and measures the body temperature of the companion animal.

A biometric sensor unit 110 including a standing 111 and a pulse measuring sensor 112 for measuring the pulse of the companion animal, and the half

Biometric information including the name information of the animal, the body temperature information measured through the biometric sensor unit 110, and the pulse information

and a biometric information storage unit 120 for storing body information.

Therefore, it is possible to measure the body temperature and pulse of the companion animal through the biometric sensor unit 110 included in the animal terminal band 100.

Of course, biometric information includes name information, body temperature information, and pulse information, as well as information on the date of birth of the companion animal, and the gender of the companion animal.

Various information about companion animals, such as information about stars, may be included.

Next, the detection module 200 detects a plurality of the companion animal's cage and food bowl, toilet, and play equipment.

As being installed on one side of the object 30, the detection including the detection sensor unit 210 including the pressure sensor 211

a function of receiving the biometric information from at least one of the sensor unit 210 and the animal terminal band 100;

carry out

At this time, the biometric information is installed on one side of the sensing object 30 as well as the biometric information stored in the above-described animal terminal band 100 .

and biometric information input through the detected sensor unit 210 . The detection sensor unit 210 basically includes the pressure sensor 211.

Therefore, when the companion animal approaches the sensing object 30 and uses the sensing object 30, for example, inside the cage

Through the pressure sensor 211 included in the detection sensor unit 210 as the child sleeps or steps on the companion animal's play equipment,

Of course, it is possible to measure the weight of a pet. In addition, the detection sensor unit 210 is basically a pressure sensor 211

Including, but additionally, various sensors such as an optical sensor, an infrared sensor, a thermal sensor, etc. may be included in the detection sensor unit 210 .

In addition to this, the detection module 200 includes a separate camera to generate image information on the detection object 30 .

may be performed, and for this purpose, image information of the sensing object 30 is captured through a camera provided in the sensing object 30 .

It may further include an image information generating unit 220 to generate.

The communication module 300 is composed of a beacon and performs a function of transmitting the biometric information to the main management server 400,

For more efficient use of the beacon, the communication module 300 including the beacon transmits a sensing signal to the sensing object 30 .

After transmission, the animal terminal band 100 as described above transmits the biometric information to the beacon according to the reception of the detection signal.

It is preferable to

In addition, as described above, the sensing module 200 includes the image information generating unit 220 and passes through the camera provided in the sensing object 30 .

When generating the image information by doing so, the communication module 300 transmits the biometric information and the image information together to the main management server 400 .

it becomes

The main management server 400 receives the biometric information and determines whether the companion animal uses the sensing object 30 .

And the guardian terminal 10 and the veterinary hospital terminal 20 provided in the veterinary hospital possessing the biometric information by the guardian of the companion animal

As performing a function of sending to at least one of

The use determination module 410 for determining whether to use the sensing object 30 and the biometric information for the guardian of the companion animal

Sending biometric information to at least one of the guardian terminal 10 and the veterinary hospital terminal 20 provided in the veterinary hospital

and a module 420 .

There is no separate limitation on the location where the main management server 400 is installed, but preferably, companion animals are the most

LAN is installed on one side of the cage of the companion animal to spend time.

In addition, when the image information is generated together with the biometric information as in the above configuration, the main management server 400, the image

Image information sending module 43 for sending information to at least one of the guardian terminal 10 and the veterinary hospital terminal 20

0) Of course, the image information may also be transmitted to the guardian terminal 10 and the veterinary hospital terminal 20 because it may include.

In addition, the main management server 400, based on the body temperature information measured through the above-described animal terminal band 100, the health of the companion animal

If an abnormality occurs after diagnosing the condition, it is sent to the guardian terminal (10) and the veterinary hospital terminal (20), and the guardian and the veterinary hospital

A configuration that enables immediate identification in the event of an animal health abnormality can be added.

To this end, the main management server 400 sets the standard of the body temperature information of the companion animal measured during a preset measurement period.

A standard numerical arithmetic unit 441 for calculating a numerical value, and comparing the real-time measured body temperature information with the standard value,

An abnormality detection unit 442 that detects the value, and compares the abnormal value with a preset reference variation value to determine if the allowable range is exceeded.

This person who sends biometric information to at least one of the guardian terminal 10 and the veterinary hospital terminal 20 according to the department

It may further include a biometric information change understanding module 440 including an image information transmitter 443 .

Therefore, if the body temperature of the companion animal exceeds the allowable range from the preset standard value through the biometric information fluctuation detection module 440,

In case of insufficient or insufficient, since bio-abnormal information is sent to any one of the guardian terminal 10 and the veterinary hospital terminal 20, the guardian and the veterinary hospital can identify the biological abnormal information and take immediate action.

As another configuration of the biometric information change understanding module 440 , the main management server 400 controls the pressure sensor 211 .

A weight change detection unit 444 for grasping the fluctuation value of the load information of the companion animal sensed through the

By comparing the reference value set, the information about weight abnormality is provided to the guardian terminal 10 and the veterinary hospital group according to whether the allowable range is exceeded.

It further includes a biometric information fluctuation detection module 440 including a weight fluctuation detection unit 445 that is sent to at least one of the horses 20

can do.

Therefore, through the above configuration, when the weight of the companion animal is out of the allowable range, it is judged to be overweight or excessively underweight and can help the guardian and veterinary hospital to carry out the weight management of the companion animal, as well as a sudden change in weight. Since there are many cases where there is an abnormality in the health of the companion animal, it is possible to quickly identify the occurrence of an abnormality in the health of the companion animal and respond to it by the guardian and the veterinary hospital.

In addition, whether the companion animal is in a cage, using a toilet, using play equipment,

In order to be able to immediately check whether or not the child is eating as well as the guardian terminal 10, a separate notification means can be configured in the sensing object 30 such as a toilet, cage, play equipment, and food bowl, To this end, the companion animal comprehensive management system is provided in each of the plurality of sensing objects 30 to generate notification information on the sensing object 30 on which the biometric information is generated, and uses at least one of an LED and a speaker. A notification module 500 including; may further include.

In addition, when such a notification module 500 is included, the biometric information sending module 420 can send the biometric information and the location information of the sensing object 30 where the notification information is generated to the guardian terminal 10. , it can be used together with location information confirmation through beacons, so it is possible to more reliably identify the location of companion animals.

At the same time, it is also possible to determine the state of defecation through the toilet among the sensing object 30 of the present invention, and to determine the health state through the smell and color of urine and feces of companion animals. A detection sensor, an optical sensor, or a separate camera is provided to detect the color and smell of urine and feces to determine the health status of companion animals.

It goes without saying that the health state of the companion animal may be analyzed through the main management server 400 and transmitted to at least one of the guardian terminal 10 and the veterinary hospital terminal 20 .

3 is a conceptual diagram illustrating a switch control structure 700 of the present invention.

Referring to FIG. 3 , first, the comprehensive management system for companion animals is provided on one side of the sensing object 30 .

As, it is composed of a push button 610 and a housing 620 for fixing the push button 610 to the sensing object 30,

A switch 600 for controlling the operation of the notification module 500 by pressing the push button 610; may further include.

This is a configuration that enables ON/OFF control of the notification module 500 according to the operation of the guardian, and the companion animal detects the sensing object (3).

0) If you want to turn off the notification information generated by approaching and using the sensing object 30, the guardian will notify you according to the operation

It is configured to control ON/OFF of information.

In addition to this, as a configuration linked to the switch 600, the sensing object 30 of the companion animal without a separate operation by the guardian

It is also possible to operate the switch 600 so that the notification module 500 is automatically turned on/off depending on whether or not it is approached.

The companion animal comprehensive management system, as applied to the switch 600 , includes a pair of pressing protrusions 712 , and the

A press including an operation part 713 for applying pressure to the push button 610 by controlling the push protrusion 712 to enter and exit the inside and outside.

The pressing assembly 711 and being stacked on one surface of the pressing assembly 711, within a specific time range, the

Controlling the driving of the push assembly 711 so that the push button 610 is in an ON state according to the initial generation of biometric information

A switch control structure further comprising a notification control device 710 comprising a driving control unit 714 to (700); may further include.

First, the pressing assembly 711 constituting the notification control device 710 includes a pair of pressing projections 712 each protruding toward both sides of the pressing projection 712 provided in the switch 600, and the pressing projection It is configured to include an operation unit 713 for driving the 712 .

In more detail, the pair of pressing protrusions 712 are respectively connected to the motor provided in the operation unit 713 and rotate based on the rotational force of the motor, and protrude and retract, through which the pressing assembly 711 is The included push protrusion 712 presses and presses one side of the push button 610 of the switch 600 . However, it is also possible to apply pressure to the push button 610 using various other physical structures.

Next, the driving control unit 714 included in the notification control device 710 is stacked on the front side of the push assembly 711, and the push button 610 according to the first generation of the biometric information within a specific time range. ) performs a function of controlling the driving of the pressing assembly 711 so that the ON state.

More specifically, in order to effectively control the switch 600, the switch 600 is driven to the ON state when biometric information is first generated within a specific time range, and when biometric information is not generated, that is, the sensing object 30 When the companion animal moves away from the , the switch 600 is driven to the OFF state to minimize power consumption.

The case 720 is attached to the outer surface of the housing 620 in a state in which the notification control device 710 is accommodated, and the wind

Directly, the rear surface is fixed to the housing 620 and includes a through hole 721 formed therethrough. Therefore, the above-described notification control device 710 is accommodated in the through hole 721, and an additional cover 722 can be provided, so that the notification control device 710 is not exposed to make the appearance more beautiful. can

4 is a conceptual diagram illustrating a comprehensive control assembly 800 of the present invention.

4, the comprehensive management system for companion animals is a comprehensive control assembly in which the sensing module 200, the communication module 300, and the notification control device 710 are integrated into one multi-layer board. may contain (800);

Accordingly, the sensing module 200, the communication module 300, and the notification control device 710 can be integrated to control interlocking as a single multi-layer board.

At this time, the comprehensive control assembly 800 is exposed to the front, and the first substrate 810 including the sensing module 200 and the communication module 300 and the driving control unit 714 are provided. The second substrate 820 and the third substrate 830 on which the pressing assembly 711 is provided may have a multi-layer structure.

An adhesive layer (compression layer) may be selectively applied between the first substrate 810, the second substrate 820, and the third substrate 830, and an elastic body made of an elastic material capable of absorbing external shock is formed. It is also possible to form a filling, so that a more stable and durable bonding relationship can be achieved.

Specifically, the first substrate 810 is exposed to the front, and is a plate-shaped substrate provided with the sensing module 200 and the communication module 300 . At this time, the detection module 200 and the communication module 300 may be mounted on the first board 810 by an embedded type or other method, and at least one of the detection module 200 and the communication module 300 is self-contained. In the case of a structure including a phosphor PCB, it serves as a substrate or block for accommodating and supporting the structure.

Next, the second substrate 820 is electrically connected to the first substrate 810 and the third substrate 830.

A stacked support for the base first substrate 810, comprising a space and a peripheral portion 822 surrounding at least one circumferential surface of the space, wherein the peripheral portion 822 is an electrically insulated insulating wall ( 823) is formed in regions facing each other, and divided into first and second peripheral portions 824 and 825 electrically shielded by the insulating wall 823, respectively, and the first peripheral portion 824 has the The drive control unit 714 has been subjected to substrate processing.

Therefore, the second substrate 820 not only electrically connects the first substrate 810 and the third substrate 830, but also serves as a physical support/buffer or intermediate connector thereof, Therefore, it is preferable that the second substrate 820 is thicker than the first substrate 810 and the third substrate 830 .

In addition, the second substrate 820 is between the first substrate 810 including the sensing module 200 and the communication module 300 and the third substrate 830 including the pressing assembly 711 . In addition, the first substrate 810 and the third substrate 830 are compressed to a thin thickness, and an electrical short between patterns or a wire of a module or structure provided It prevents pressurization and other unnecessary interference or contact, and at the same time performs a buffering function that can secure a defensive space against external impact.

In addition, the second substrate 820 is not formed as a single closed-curved structure like the first substrate 810, but has a three-dimensional structure with an open space and surrounds at least one circumferential surface of the space and the space. girth

(822).

In the space, the pattern part (pattern having a three-dimensional shape such as a wire bonding structure, etc.) formed on the first substrate 810 and the third substrate 830, respectively, is embedded type device or circuit formed by protruding by a chip is compressed or deformed. In order to solve the problem of structural instability, at the same time, sufficient buffer is filled therein to provide a basic space for establishing a safer buffer structure (i.e., a standing body by a buffer, an intermediate support by a buffer). .

In addition, the multilayer substrate of the present invention is provided on the sensing object 30 used by the companion animal, and also functions to buffer the impact that may be applied when the companion animal applies pressure to the sensing object 30 .

In addition, the space may be formed in various structures or shapes according to the structure or pattern of the peripheral portion 822 , that is, through a central portion as well as a portion biased to one side.

The perimeter 822 surrounds the periphery of the space and serves as a supporting function including a physical structure and a conductor or a substrate by the pattern portion, and electrically insulated insulating walls 823 are applied to the regions facing each other, respectively.

formed and divided into first and second peripheral portions 824 and 825 that are electrically shielded by the insulating wall 823, respectively, and the driving control unit 714 is processed on the first peripheral portion 824. have. Accordingly, a separate substrate may be formed on the second peripheral portion 825 or an additional function may be mounted and used.

The first and second peripheral portions 824 and 825 configured in this way are mutually shielded by the insulating wall 823, so that two electrically independent

Since it can be secured with two substrates, circuits that perform different functions such as using separate devices can be provided.

Finally, the third substrate 830 is configured to support the second substrate 820 in a state of being electrically connected to the second substrate 820, and includes the pressing assembly 711 to form the switch ( 600) is contacted.

5 is a conceptual diagram illustrating a packing structure 900 of the present invention, and FIG. 6 shows a replacement block 828 of the present invention.

It is a conceptual diagram, and FIG. 7 is a conceptual diagram illustrating a form in which the multilayer substrate is wrapped with a packing sheet 910 .

First, referring to FIG. 5 , the second peripheral portion 825 formed on the second substrate 820 and the second peripheral portion 825 formed on the second substrate 820 .

An additional function can be provided by inserting a separate structure into the space. As an example of this, when a companion animal discharges secretions such as saliva or urine to the switch control structure 700 side, the switch control structure 700 inside In order to prevent these secretions from flowing into and damaging the multi-layer board, it can be configured to play a role of protecting the multi-layer board once more.

To this end, the second peripheral portion 825 further includes a packing slit 826 that is formed through the longitudinal direction at one side of the periphery, and the second substrate 820 has the packing slit 826 formed therein. The packing sheet 910 accommodated in the space of the second substrate 820 and surrounding the multi-layer substrate is drawn out through the packing slit 826, and has a predetermined length and width.

Correspondence of the packing sheet 910 having the cut-off line 911 formed in the direction, the roller 920 winding the packing sheet 910 to be rotatable by the axis of the roller 920, and the packing slit 826 As formed in the region, rewinding the roller 920

to further include a packing structure 900 including a withdrawal slit 930 for drawing out the packing sheet 910 toward the packing slit 826 .

Therefore, through this configuration, the packing sheet 910 is drawn out through the take-out slit 930 of the packing structure 900 provided in the space, and then the packing slit 826 formed through the second peripheral part 825 is removed. The packing sheet 910 can be drawn out of the multi-layered substrate to wrap the multi-layered substrate.

At this time, since there is no limitation on the material of the packing sheet 910, a vinyl sheet, a cotton sheet, or a synthetic resin sheet may be used. As a sheet of material, the outer surface is configured to facilitate absorption of foreign substances and the inner surface is preferably made of a waterproof material.

In addition, since the packing sheet 910 has cut lines 911 formed in the width direction at regular intervals, through the cut lines 911

Since a user can easily separate and use the packing sheet 910 , it is also possible to replace and use the packing sheet 910 when there is a foreign substance on the packing sheet 910 .

In addition, referring to FIG. 6 , when the use of the packing sheet 910 is completed and the packing sheet 910 needs to be replaced, the second two

Since it may be difficult to replace the roller 920 on which the packing sheet 910 is wound in the packing structure 900 provided in the space located inside the lever 825, the second peripheral portion 825 is the packing slit ( A replacement protrusion formed to protrude from one side as being fitted into the replacement groove 827 in a state including a through-formed replacement groove 827 formed through to have a larger cross-sectional area than 826, and the through-formed packing slit 826 ( Packing sheet further including a replacement block 828 provided with 829)

The replacement of the 910 can be configured more easily.

This is by removing the replacement block 828 from the replacement groove 827 through the replacement protrusion 829 when the use of the packing sheet 910 is completed.

By increasing the area of the king slit 826, the packing sheet 910 is configured to be replaced more smoothly.

will be.

At this time, the replacement protrusion 829 provides a handle to the user when the replacement block 828 is detachably coupled with the replacement groove 827.

Since it serves, the user can more easily remove or replace the replacement block 828 from the replacement groove 827 through the replacement protrusion 829.

The block 828 can be more easily fitted into the replacement groove 827 .

Finally, referring to FIG. 7 , an embodiment of a form of wrapping the multilayer substrate with a packing sheet 910 will be described.

3 The substrate 830 is at least two or more protruding from the lower end of the second substrate 820 in which the packing slit 826 is located.

Further comprising a locking protrusion 831 of the packing sheet 910, the cut-off line 911 is formed through one side of the locking

It may be configured to further include a locking groove 912 fitted to the protrusion 831 .

Therefore, after the packing sheet 910 is drawn out through the packing slit 826 , the packing sheet 910 moves along the circumference of the multi-layer substrate once.

It is wrapped around and formed on one side of the cut-off line 911 of the packing sheet 910 on the stopping protrusion 831 protruding from the third substrate 830.

It is possible to fix the packing sheet 910 to the multilayer substrate by inserting the fastening groove 912 .

In the case of fixing the packing sheet 910 and the multi-layer substrate, an adhesive layer is formed on one end surface to adhere to the multi-layer substrate.

It is based on the fact that replacement may be difficult, and even if an adhesive layer is formed on the cross-section of the packing sheet 910, the locking groove

An adhesive layer is not formed on the portion where the 912 is formed, so that it can be easily combined and released, and is adhered to the packing sheet 910 .

Even when the layer is not formed, the coupling between the packing sheet 910 and the multi-layered substrate is enabled through the locking protrusion 831 and the locking groove 912 .

At this time, it is possible to form a step or the like with a difference in the thickness of the locking protrusion 831, when inserting or removing the packing sheet 910

can be used through the pressure applied by the user, but it is also possible to increase the coupling force so that the coupling is not released by other small external forces.

As described so far, the configuration and operation of the comprehensive companion animal management system according to the present invention are described above and in the drawings.

Although expressed, this is only an example, and the spirit of the present invention is not limited to the above description and drawings, and various changes and modifications are possible without departing from the technical spirit of the present invention.

Applications in which feed is donated to abandoned dog centers when walking with companion animals currently operated by patent applicants;

It can be linked to a big data healthcare service that can provide customized pet food at the right time to suit the health conditions of various companion animals, such as lactic acid bacteria for companion animals and dementia prevention health food for companion animals. By adding a screening kit function to the urine and defecation plate, it is possible to develop into a stage where disease can be diagnosed and predicted through regular urine tests.

10: guardian terminal 20: veterinary hospital terminal
30: sensing object 100: animal terminal band
110: biometric sensor unit 111: temperature sensor
112: pulse sensor 120: biometric information storage unit
200: detection module 210: detection sensor unit
211: pressure sensor 220: image information generating unit
300: communication module 400: main management server
410: use determination module 420: biometric information transmission module
430: image information transmission module 440: biometric information change understanding module
441: standard numerical arithmetic unit 442: abnormality detection unit
443: abnormal information transmission unit 444: weight change detection unit
445: weight change detection unit 500: notification module
600: switch 610: push button
620: housing 700: switch control structure
710: notification control device 711: push assembly
712: pusher 713: operating part
714: drive control unit 720: case
721: hollow 722: cover
800: general control assembly 810: first board
820: second substrate 821: space
822: perimeter 823: insulating wall
824: first perimeter 825: second perimeter
826: packing slit 827: replacement groove
828: replacement block 829: replacement projection
830: third substrate 831: stumbling block
900: packing structure 910: packing sheet
911: incision line 912: locking groove
920: roller 930: withdrawal slit

Claims (10)

By connecting with the iot terminal band that is linked with companion animals, it is linked with the walk donation service in which feed is donated to the abandoned dog center every time you take a walk or walk. As a companion animal comprehensive management system that includes a companion animal credit evaluation service that grants benefits when using,
An animal terminal band that is mounted on a companion animal and stores biometric information of the companion animal;
It is installed on one side of a plurality of sensing objects including the cage and food bowl of the companion animal, a toilet bowl and a play equipment, and includes a sensing sensor unit including a pressure sensing sensor. At least one of the detection sensor unit and the animal terminal band. a sensing module for receiving the biometric information from any one;
a communication module comprising a beacon and transmitting the biometric information to a main management server;
At least any one of a use determination module for receiving the biometric information and determining whether the companion animal uses the sensing object, a guardian terminal possessing the biological information by the guardian of the companion animal, and a veterinary hospital terminal provided in a veterinary hospital
A comprehensive management system for companion animals, comprising: a main management server including a biometric information transmission module that is sent to one. The method of claim 1,
The detection module is
Further comprising an image information generating unit for generating image information of the sensing object through a camera provided on the sensing object,
The communication module is
The biometric information and the image information are transmitted to the main management server,
The main management server,
an image information sending module for sending the image information to at least one of the guardian terminal and the veterinary hospital terminal;
Companion animal comprehensive management system, characterized in that it further comprises. The method of claim 1,
The animal terminal band,
A temperature sensor that can be worn on the neck of the companion animal and measures the body temperature of the companion animal, and the companion animal
A biometric sensor unit comprising a pulse measuring sensor for measuring the pulse of water, and
including the name information of the companion animal, the body temperature information measured through the biometric sensor unit, and the pulse information
It further comprises a biometric information storage unit for storing biometric information,
The beacon is
Transmitting a sensing signal to the sensing object,
The animal terminal band,
Companion animal comprehensive management system, characterized in that transmitting the biometric information to the beacon according to the reception of the detection signal. The method of claim 3, further comprising: a standard numerical arithmetic unit for calculating a standard value of the body temperature information of the companion animal measured during a preset measurement period;
An abnormality detection unit that compares the body temperature information measured over time with the standard value to identify an abnormal value, and compares the abnormal value with a preset reference fluctuation value and transmits biological abnormality information according to whether the permissible range is exceeded. and a biometric information change identification module including an abnormal information sending unit for sending to at least one of the veterinary hospital terminals.
Companion animal comprehensive management system, characterized in that it contains. The method of claim 1,
The main management server,
A weight change detecting unit for identifying a change value of the load information of the companion animal detected through the pressure sensor, and comparing the change value with a preset reference value and providing weight abnormality information according to whether the allowable range is exceeded or not, the guardian terminal And Companion animal comprehensive management system, characterized in that it further comprises a biometric information fluctuation identification module comprising a weight fluctuation detection unit that is sent to at least one of the veterinary hospital terminals. The method of claim 1,
The companion animal comprehensive management system,
Further comprising; a notification module provided in each of the plurality of sensing objects to generate notification information on the sensing object on which the biometric information is generated, the notification module including at least one of an LED and a speaker;
The biometric information sending module, Companion animal comprehensive management system, characterized in that for sending the biometric information and the location information of the sensing object where the notification information is generated to the guardian terminal. 7. The method of claim 6,
The companion animal comprehensive management system,
As provided on one side of the sensing object,
Companion animal comprehensive management system, characterized in that it further comprises; a switch configured to include a push button and a housing for fixing the push button to the sensing object to control the operation of the notification module by pressing the push button. . According to claim 7, The companion animal comprehensive management system,
As applied to the switch,
A pressing assembly comprising a pair of pressing protrusions, and an operation unit for applying pressure to the push button by controlling the pressing protrusions to enter and exit the interior and exterior;
A notification control device that is stacked on one surface of the push assembly and includes a driving control unit that controls the driving of the push assembly so that the push button is turned on according to the initial generation of the biometric information within a specific time range; ,
The comprehensive management system for companion animals further comprising; a switch control structure further comprising a case attached to the outer surface of the housing in a state in which the notification control device is accommodated. 9. The method of claim 8,
The comprehensive management system for companion animals includes: a comprehensive control assembly in which the sensing module, the communication module, and the notification control device are integrated into one multi-layered board;
A first substrate exposed to the front and provided with the sensing module and the communication module;
Stacking and supporting the first substrate in a state of being electrically connected to the first substrate, comprising: a space; a second substrate formed in opposing regions and divided into first and second peripheral portions electrically shielded by the insulating wall, the driving control unit substrate-processed on the first peripheral portion;
Companion animal comprehensive management system, characterized in that the third substrate is provided with the pressing assembly as stacking and supporting the second substrate in a state of being electrically connected to the second substrate. 10 . The method of claim 9 , wherein the second perimeter further comprises a packing slit formed through one side of the perimeter in a longitudinal direction, wherein the second substrate is accommodated in a space of the second substrate on which the packing slit is formed. A packing sheet that draws out a packing sheet surrounding the multi-layer substrate through the packing slit, a packing sheet having a cut line formed in the width direction with a predetermined length, and a roller in which the packing sheet is wound so as to be rotatable by the roller shaft;
Companion animal comprehensive management system, which is formed in the corresponding portion of the packing slit, further comprising a packing structure including a pull-out slit for rewinding the roller to draw out the packing sheet toward the packing slit. claim 11
11. The method of claim 10,
The second perimeter portion,
A through-formed replacement groove formed through to have a larger cross-sectional area than the packing slit;
Companion animal comprehensive management system, characterized in that it further includes a replacement block having a replacement protrusion formed to protrude from one side, which is detachably fitted into the replacement groove in a state including the through-formed packing slit.
11. The method of claim 10,
The third substrate is
At least two or more locking protrusions protruding from the lower end of the second substrate on which the packing slit is located are further added.
Including, The packing sheet, Companion animal comprehensive management system, characterized in that it further comprises a locking groove that is formed through one side of the incision line and is fitted to the locking projection.

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