KR20200084733A - Things Internet-based Pet Healthcare System - Google Patents

Abstract

The present invention relates to a pet health care system based on IoT and, more specifically, to a pet health care system based on IoT that an air circulation device, which is a system capable of purifying, sterilizing, and sterilizing the air in an accommodation unit, is provided on a bottom plate and a rear plate of space where pets will be accommodated, an air circulation device is remotely driven by using a user terminal, and an antibacterialization and sterilization system based on IoT is provided to prevent air from being directly applied to eyes, nose, and ears of pets by adjusting an angle of a discharge port according to a growth process of pets by using big data, which is information of pets, housed in an air circulation device through a user terminal.

Description

Internet of Things-based Pet Healthcare System {Things Internet-based Pet Healthcare System}

The present invention relates to a pet healthcare system based on the Internet of Things, and specifically, air capable of purifying, disinfecting, and sterilizing the air of the receiving portion on the bottom and back plates of the formed pet healthcare house, which is a space to accommodate pets. A circulation device is provided, and the information of pets accommodated in the pet healthcare house is collected and converted into big data, and by using the big data, the angle of the discharge portion is adjusted according to the growth process of the pets, such as pet eyes and nose ears. It relates to a pet healthcare system based on the Internet of Things that prevents direct air from being applied to a part and remotely runs the pet healthcare system using a user terminal.

In recent years, as the quality of life has improved, families with various pets such as dogs and cats are increasing day by day, and pets raised in these homes have no separate yard where the residential culture is such as apartments, alliances, and officetels. It is becoming more common for people to live with people by providing pet houses in the indoors where people live.

The pet house as described above is a house mainly made of cloth, wood, and synthetic resin, and most of houses are built in the form of a fence or a basket.

However, the pet house as described above, although the house itself has a solid advantage, is usually relatively heavy and cannot be disassembled. In addition, the pet house has a problem in that the manufacturing method is complicated, costly, and is not easy to handle, transport, and store.

As a related technology, an Internet-based pet care system and an operation method thereof are described in Patent Publication No. 10-2018-0046455 (2018.05.09.).

The technology relates to the Internet of Things based pet care system and its operating method. The IoT-based pet care system according to the present invention inputs an IoT-based pet house and a bibliographic information of a pet having a drying function, and displays a diagnosis result of the health condition and health status of the pet. Receives and stores the status information of the pet from the IoT terminal-based pet house equipped with the user terminal and the drying function, receives and stores the bibliographic information of the pet from the user terminal, stores pre-stored data and the bibliographic information And a server for primary diagnosis of the health status of a pet by comparing the status information, and when the health abnormality status of the pet is first diagnosed in the server, receiving the bibliographic information and the status information of the pet from the server. It includes a plurality of animal hospital terminals. According to the above technology, it can be diagnosed through wireless communication from an animal hospital to identify an abnormality in the health of a pet and take action.

However, as the type, size, and environment of the growing pets change, there is a problem that the environment cannot be provided to the growing pets. The air is sprayed to remove dust, ultra-fine dust, and water on the pet's hair, but there is a problem that the angle at which the air is injected is not adjusted as the type, size, and environment of the pet change.

No. 10-2018-0046455 (2018.05.09.)

An object of the present invention, when assembling a pet house to be raised in the home, because the other plate adjacent to the groove formed in each plate is assembled to each other, it is possible to easily assemble a pet house without using a bolt or nut In addition, an air circulation device that purifies and circulates the air in the receiving part space to keep the receiving part space in which the pet is accommodated in a comfortable state is provided at the lower part of the receiving part, and various fines deposited on the hair of the pet due to external activities In order to effectively remove contaminants such as dust, dust mites, mold spores, and dead hair during molting, the Internet of Things based pet health system is provided.

In addition, the pet healthcare system is remotely operated using a user terminal, and the information of the pet accommodated in the pet healthcare system is made into big data, and the angle of the discharge part is adjusted according to the growth process of the pet using the big data. Another object is to provide an IoT-based pet health care system that prevents the eyes, nose, and ears of the pet from drying out by adjusting the air of the pet's eyes and nose to prevent the air discharged through the outlet. .

The present invention has been made to achieve the above object,

In the IoT-based pet healthcare system, a receiving unit (S) for accommodating a pet is formed in the pet healthcare case, and after receiving, purifying, sanitizing and sterilizing the air of the receiving unit (S) A health care device 10 including a lower device 100 discharged to (S), a user terminal 500 for inputting bibliographic information of a pet, and diagnosing and displaying the state information of the pet, and the lower device It includes a server 600 for storing the pet status information transmitted from the (100) and the bibliographic information of the pet input from the user terminal (500).

In addition, the healthcare device 10, the suction unit 300 provided on the back plate, the lower device 100 formed on the bottom surface of the bottom plate 50, the bottom plate of the receiving portion (S) ( It consists of a discharge portion 200 provided on both sides of the upper portion of the 50).

In addition, the suction part 300 is injected with an antibacterial material, a filter (P) for collecting pet's hair and dust, and a sterilized hepa filter (H) for collecting, disinfecting and sterilizing fine dust and fungal spores and bacteria. ), and UV-C LED lamp (R) having a sterilizing function.

In addition, a first discharge hole 220 and a second discharge hole 230 are formed in the discharge part 200, and the first discharge hole 220 and the second discharge hole 230 have different inclination angles. The branch is made of a double inclination angle, but the variation of the inclination angle is configured to be made by the information of the pet stored in the server.

In addition, the lower device 100 includes a fan 160, a first guide 170 and a second guide 171, and the air sucked to the upper portion of the fan 160 is the fan 160 ) When discharged to the fan outlet 161, the air is discharged in the direction of the air flow path formed between the first guide 170 and the second guide 171.

In addition, two air flow paths formed between the first guide 170 and the second guide 171 are formed on both sides based on the fan, and copper coating pin heaters 180 and 180` on the air flow paths on both sides. Are combined.

In addition, the rotary air rotated in one direction is formed by the fan 160 provided inside the lower device 100, and the rotary air formed by the fan is provided in the discharge portion when discharged to the receiving portion through the discharge portion The rotating air is accelerated by the first discharge hole 220 and the second discharge hole 230 to be discharged to the receiving portion.

In addition, the lower device 100 has a side outlet 142 that penetrates through the bottom side groove 57 of the bottom plate 50 and is coupled to the through hole 240 of the discharge unit 200 inside the lower device 100. ) Are formed on both sides.

In addition, when the lower device 100 is operated remotely or manually on the side of the lower device 100, a controller 141 in which a 5-step pet healthcare is formed is formed, and the controller 141 is a healthcare device 10 Power on/off of 144, dry sterilization care button 146 to dry pet's wet hair, virus, bacteria, fungal spores, ultrafine dust, fine dust on pet hair after walking, A sterilization care button 147 and a second intensive sterilization care button 148 for removing pollen, hair, and ticks are formed.

In addition, the dry sterilization care button 146, through the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 using the heat from the copper coating heater (180, 180`) General drying mode (146a) for discharging warm air to the receiving portion (S), and the heat from the copper coating heaters (180, 180`) is discharged to a higher temperature than the general drying mode (146a) or It includes a rapid drying mode (146b) to inject the intensity of the air coming out of the first discharge hole 220 and the second discharge hole 230 more strongly than the general drying mode (146a).

In addition, the dry sterilization care button 147 is a double dust jet from the first discharge hole 220 and the second discharge hole 230 of the discharge part 200, and the mites and ultra-fine dust on the pet hairs are molded. Abeccare sterilization (147a) to brush off the back and capture with a filter (P) of the inhalation part 300, and pet health, even if the pet is not accommodated inside the receiving part S of the pet healthcare case 1 Pet health care case to prevent pets from being stressed by housecare sterilization (147b) and weather change to remove foreign matters on supplies and cushions used by pets in the receiving part (S) of the care case (1) ( Natural wind care (147c) provided by adjusting the air generated through the copper coating heaters (180, 180`), the discharge unit (200), and the suction unit (300) to the receiving unit (S) with warm air and cool air ).

In addition, the second centralized sterilization care button 148 is in the space portion S of the pet healthcare case 1 through the first discharge hole 220 and the second discharge hole 230 of the discharge portion 200. And a sterilization care 148a that provides air in the form of air.

In addition, the healthcare device 10 includes a first control unit 400 for controlling the healthcare device 10, a power supply unit 410 for supplying power to the healthcare device 10, and a healthcare device 10 When the user selects the button module formed on the controller 141, the sound speed support unit 420 notifies the selected button module by voice, and is dried and sanitized by the pet accommodated in the receiving unit S of the healthcare device 10. And a timer 430 for setting the time at which sterilization is provided, a memory 440 for storing a control program and various data for controlling the healthcare device 10, a temperature of the pet, and a healthcare device 10. In the mode selected by the user, the temperature measuring unit 450 for measuring the temperature of the receiving unit S, the wireless communication unit 460 for transmitting and receiving signals from the user terminal 500, and various modes formed in the controller 141 It includes a drive switching unit 470 for switching the mode and a light emitting unit 471 for displaying the mode selected by the user.

In addition, the first control unit 400 controls the driving speed of the fan 160 coupled to the lower device 100, the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 Adjust the angle.

In addition, the server 600 analyzes the bibliographic information and the status information measurement data of the pet received from the healthcare device 10 and the user terminal 500 to derive the bibliographic information and the status information of the pet, and the derived pet It is for providing a customized solution according to the type of bibliographic information and status information of animals, and performs communication with the wireless communication unit 460 of the first control unit 400 to collect the status information of the lower device 100 and the user terminal 500 ), the data collection unit 610 for collecting bibliographic information from the first wireless communication unit 520, and the type and name of the pet by analyzing the bibliographic information and status information of the pet collected by the data collection unit 610 , The number of months (age), blood type, body temperature, weight and figure analysis unit 620, and the bibliography of the pet by analyzing the time series pattern of the bibliographic information and status information data of the plurality of pets measured during the set period According to the method of controlling the bibliographic information and the status information among the predefined solutions according to the types of the bibliographic information and the status information of the pet derived by the solution providing unit 630 and the analysis unit 620 to derive the information and status information types The related data includes a DB 640 provided to the healthcare device 10.

In addition, the bibliographic information is one or more of the type, name, age, and blood type of the pet, and the status information is composed of one or more of the body temperature, weight, and shape of the pet.

In addition, the user terminal 500 is an input unit 510 implemented on a display to receive a touch input from a user, a first wireless communication unit 520 for transmitting or receiving information with the server 600, and a first The wireless communication unit 520 includes a second control unit 530 and a memory 440, a temperature measurement unit 450, and a drive switching unit for selecting the healthcare device 10 based on information input by a user through an application ( 470) outputs the current state of each component, and the output unit 540 is an audio output means for aurally outputting an operation process or operation result of the healthcare device 10 performed by the first control unit 400 It includes an output unit 540 to include.

In addition, the user terminal 500 includes a pet type input unit D520 for inputting at least one of a pet type, name, and blood type, and a selection unit D521 for selecting the number of months.

In addition, the user terminal 500 is a display unit configured to input any one or more of the type, name, age, blood type of the pet, and the display unit, an input unit (D520) for inputting the type of pet and It includes a selection unit (D521) for selecting the number of months according to the type of pets entered through the input unit (D520), based on the information registered in the user terminal 500 of the pet health care case (1) Consists of a negative part (D531) for setting the angle of the air injected through the discharge part 200 as it is, and a positive part (D530) for setting the angle of the air injected through the discharge part 200 differently according to the updated information. do.

In addition, after selecting the pet type input unit (D520) and the selection unit (D521), the name input unit (D540) for setting the name of the pet healthcare case (1), and the pet healthcare case (1) driving remotely The temperature at which any one or more of the pet body temperature and the accommodation part S of the pet healthcare case 1 is measured through the power supply unit D541 to turn ON/OFF and the temperature measurement unit 450 to inform the temperature on the display. The unit D542 and the mode unit D543 for remotely selecting various modes formed on the controller 141 of the pet healthcare case 1 to drive the healthcare device 10, home, calendar, It further includes a setting unit D544 formed on one or more of the user terminal 500, the customer terminal, shopping, and setting.

In addition, the time unit (D550), the value of which time is measured varies according to the selection of the mode unit (D543), and the health care device (10) is subsequently driven by the selection of the mode unit (D543), the time unit (D550) When the time of is changed to '00:00', the driving of the health care device 10 driven by selecting the positive unit D551 and the positive unit D551 that the mode is automatically terminated is stopped or another mode unit D543 It further includes a negative portion (D552) to return to the home to select.

In addition, the calendar of the setting unit D544 drives the usage course check unit D560 and the pet healthcare case 1 that inform the year, month, day, and mode name of the latest number of times the pet healthcare case 1 has been driven. It further includes a monthly usage check unit D570 that informs usage by month.

The effect of the present invention is to provide an air circulation device that purifies and circulates the air in the receiving part space so as to keep the receiving part space in which the pet is accommodated in a comfortable state. It has the effect of removing various fine dust, house dust mite spores, and dead hair in the molting period.

In addition, the air circulation device is operated remotely using a user terminal, but the pet's information is adjusted by adjusting the angle of the discharge part according to the growth process of the pet using the big data of the pet's information contained in the healthcare device through the user terminal. It has an effect of preventing the eyes, nose, and ears of the pet from drying out by not directly applying air to the eyes and nose.

1 is a perspective view of a lower device according to the present invention coupled to a pet healthcare system.
2 is an exploded perspective view of the healthcare according to the present invention.
3 is an embodiment in which air is circulated in the healthcare according to the present invention.
4 is a bottom view of the healthcare according to the present invention.
5 is a perspective view of a discharge unit according to the present invention.
6 is a perspective view of a suction unit according to the present invention.
7 is an enlarged view of a controller according to the present invention.
8 is a configuration diagram of an IoT-based pet healthcare system according to an embodiment of the present invention.
9, an embodiment related to the components of a healthcare bead device (eg, a lower device, a discharge part and a suction part) according to the present invention is described.
10 is a block diagram showing the components of a lower device and a user terminal according to the present invention.
11 is a block diagram showing the components of a server according to the present invention.
12 is a flowchart of an operating method according to the present invention.
13 is a map configuration diagram of subscriber information and pet registration information managed by the integrated pet management server according to the present invention.
14 is a screen display of a user terminal for inputting information of a pet accommodated in a pet healthcare system in an input step according to the present invention.
15 is a screen display of a user terminal for setting an update of the diagnosed data after the step of performing the diagnosis according to the present invention.
16 is a screen display of a user terminal 500 used through a set mode unit, a temperature unit, a name input unit, a power unit, and a setting unit after updating the diagnosed data according to the present invention.
17 is a screen display content of the user terminal, the time portion, the positive and negative portions of the set mode according to the setting of the mode portion according to the present invention.
18 is a screen display of a user terminal showing a recently used pet healthcare system through a recently used course check unit of a calendar formed in a setting unit according to the present invention.
19 is a screen display of a user terminal showing a pet healthcare system used monthly through a monthly usage check unit of a calendar formed in a setting unit according to the present invention according to the present invention.

The terms or words used in the present specification and claims should not be construed as being limited to ordinary or dictionary meanings, and the inventor can appropriately define the concept of terms in order to best describe his or her invention in the best way. Based on the principles, it should be interpreted as meanings and concepts consistent with the technical spirit of the present invention.

Therefore, the examples shown in the examples and drawings described in this specification are only the most preferred embodiments of the present invention and do not represent all of the technical spirit of the present invention, and various equivalents can be substituted at the time of this application. It should be understood that there may be water and variations.

Hereinafter, prior to the description with reference to the drawings, not necessary to reveal the gist of the present invention, that is, a known configuration that can be added by those of ordinary skill in the art will not be shown or not specifically described Well, reveal the notes.

In the IoT-based pet health care system, the pet health care case (1) inhales the air of the receiving part (S), purifies, sterilizes and sterilizes it and then discharges it to the receiving part (S). ), and inputs the bibliographic information of the pet, receives and stores the status information of the pet from the user terminal 500 and the lower device 100 for diagnosing and displaying the status information of the pet, and the user terminal ( 500) relates to a server 600 for receiving and storing the bibliographic information of the pet.

The present invention will be specifically described below through the accompanying drawings.

1 is a perspective view of a lower device according to the present invention coupled to a pet healthcare case.

Referring to Figure 1, it is composed of a pet health care case (1) is formed a receiving portion (S) that can be accommodated a pet.

The receiving portion (S), the front plate 20 formed on the front 20 of the receiving portion (S), the back plate 30 corresponding to the front plate 20, the front plate 20 and the rear Pet health care case including a side plate 40 on both sides between the plates 30, a bottom plate 50 under the receiving portion S, and a ceiling plate 60 on an upper portion corresponding to the bottom plate 50. (1).

2 is an exploded perspective view of the healthcare according to the present invention, FIG. 3 is an embodiment in which air is circulated in the healthcare according to the present invention, and FIG. 4 is a bottom view of the healthcare according to the present invention, FIG. 5 is a perspective view of the discharge section according to the present invention, and FIG. 6 is a perspective view of the suction section according to the present invention.

2 to 6, the pet healthcare case 1 is provided with a healthcare device 10 inside the lower portion.

The healthcare device 10 includes a lower device 100, a bottom plate 50, a discharge unit 200, and a suction unit 300.

In addition, the health care device 10 is mounted inside the pet health care case 1 and has a temperature sensor for precise temperature control through overcurrent prevention FUSE/overheat prevention/BI-METAL for the safety of companion animals. It is equipped and implements a triple safety device through this to promote the safety of companion animals and companions.

The lower device 100 is composed of a case 110 in which an upper portion is opened and a case space 111 is formed therein.

The case 110 includes a front member 120 in front of the case space 111 and a plurality of through holes to allow external air to enter the case space 111 inside one side of the front member 120. The front intake 121 is formed.

The rear member 130 is formed at the rear of the case space 111 corresponding to the front member 120, the rear engaging groove 131 is formed in the center of the rear member 130, the rear engaging groove 131 The outlet 330 of the suction port 300 to be described later is coupled.

In addition, a dust collector that collects and removes particulates of solids or liquids suspended in a gas may be installed inside the suction part 300.

In addition, an air purifier equipped with a plasma wave function for generating oxygen ions may be mounted inside the suction part 300.

In addition, the inside of the suction unit 300 may be made to be equipped with a deodorizing filter that removes odors and odors inside the pet healthcare case and a deodorizing filter that removes odors and odors inside the pet healthcare case 1.

In addition, side members 140 are formed on both sides between the rear member 130 and the front member 120.

The side member 140 has a controller 141 on which the user can operate the healthcare device 10 on the outside is formed on one external side, and such a controller 141 is one of the side members 140. It is formed only on the member 140.

In addition, the side member 140 is formed with a side outlet 142 protruding upward in the inside of the case space 111, the side guide 142, the first guide 170 and the second to be described later It may have the same width as the spacing between the guides 171.

In addition, the side outlet 142 is formed with a side through groove 143 penetrating to the bottom from the inside upper portion, and a flow path through which air is discharged to the side through groove 143 by a fan 160 to be described later.

In addition, the side outlet 142 penetrates the bottom side groove 57 of the bottom plate 50 on the inside of the bottom device 100 so as to be coupled with the through hole 240 of the discharge portion 200, the bottom device 100 ) Is formed on both sides.

The lower member 150 is formed under the case space 111.

The center of the lower member 150 sucks air discharged in the direction of the space 111 through the outlet 330 of the suction unit 300 to be described later and discharges it to the side through groove 143 of the side outlet 142 The fan 160 is provided. The fan 160 is coupled to the center of the lower member 150 through a bolt and a nut, and a fan discharge part 161 having an open shape is formed on a side surface of the fan 160.

The fan 160, the air is sucked from the top, and discharges the air sucked through the fan outlet 161 formed on the side of the fan 160.

At this time, the air discharged to the fan discharge unit 161 of the fan 160 is discharged through an air flow path formed between the first guide 170 and the second guide 171, which will be described later.

' 형태로 형성되고, 제2 가이드(171)는 제1 가이드(170)와 대응되는 정면판(20) 측에 '

' 형태로 형성된다.The first guide 170 is' in the direction of the rear member 130 with the fan 160 as the center.

It is formed in the form, the second guide 171 is on the front plate 20 side corresponding to the first guide 170 '

It is formed in the form.

The first guide 170 and the second guide 171 are coupled to the inner upper portion of the bottom plate 50 and discharged to the fan outlet 161 of the fan 160 coupled to the center of the bottom plate 50 The air is not discharged in all directions of the case space part 111, but is made to discharge air in the direction of the air flow path formed between the first guide 170 and the second guide 171.

At this time, the air flow paths formed in the first guide 170 and the second guide 171 may have the same width as the air flow paths of the side outlets 142 provided in the side members 140.

Copper coating pin heaters 180 and 180 ′ may be provided in the air passage formed between the first guide 170 and the second guide 171. In addition, each of the copper coating pin heaters 180 and 180` may be provided with one connecting portion 181 and 181` at the end.

The copper coating pin heaters 180 and 180` are copper coating pin heaters 180 having a'∪' shape on a flat surface of the first guide 170 formed on the side plate 40 around the fan 160. The connection portion 181 of the through can be fastened through a bolt. In addition, a connection portion 181` of the copper coating pin heater 180` having a'∩' shape may be penetrated to the flat side surface of the second guide 171 on the opposite side plate 40 to be fastened through a bolt.

Accordingly, the copper coating pin heaters 180 and 180` are respectively fixed to the flat surfaces of the first guide 170 and the second guide 171 centered on the fan 160. These copper coating pin heaters (180, 180`) function to sterilize the air by dissipating heat and heat the air to a temperature most suitable for the pet.

A bottom plate 50 having a plate shape on which a pet can be seated is coupled to the upper portion of the lower device 100 as described above. The bottom side grooves 57 are provided on both side surfaces of the bottom plate 50, and the side side outlets 142 of the side members 140 are penetrated to the bottom side grooves 57.

At this time, the top of the side outlet 142 of the side member 140 may have a shape that protrudes more upward than the top surface of the bottom plate 50. And the bottom side groove 57 of the bottom plate 50 is provided with a discharge portion 200, respectively.

The discharge unit 200 is provided on both sides of the bottom plate 50, has a long shape in the direction corresponding to the front plate 20 and the front plate 20, both ends are bent in the direction of the receiving portion (S) The bending projection 210 is formed. A plurality of first discharge holes 220 are respectively formed in the bending protrusions 210, and a second discharge hole 230 having a plurality of through holes is formed between the bending protrusions 210.

At this time, the second discharge hole 230 of the discharge portion 200 provided on both sides has a form in which the width of the through hole increases from the front plate 20 toward the rear plate 30, and the discharge portion 200 on the other side ), the second discharge hole 230 has a shape in which the width of the through hole is widened from the back plate 30 toward the front plate 20.

That is, as the second discharge hole 230 has a left/right symmetrical structure, the air discharged to the receiving portion through the outlet is changed to rotating air in the receiving portion.

Hollows are formed inside the first discharge hole 220 and the second discharge hole 230 of the discharge part 200, and the bottom of the discharge part 200 is in communication with the hollow of the discharge part 200. A through hole 240 having the same size as the bottom side groove 57 of the bottom plate 50 is formed.

The through hole 240 may be configured to be coupled to the side outlet 142 of the side member 140 passing through the bottom side groove 57 of the bottom plate 50.

In addition, a plurality of UV LED mood lamps and IR LED lamps having a wavelength of 405 nm in the direction of the receiving section S are provided in the inner hollow of the discharge unit 200, and a plurality of LED mood lamps and IR LED lamps are alternately in series. It is connected.

The UV LED mood lamp emitting a wavelength of 405 nm forms an atmosphere so that the pet can have a psychological stability, and also sterilizes, and the IR LED lamp acts to deodorize and dry.

The first discharge hole 220 and the second discharge hole 230 have inclination angles of 5° and 13°.

In addition, the first discharge hole 220 and the second discharge hole 230 is made so that the air is discharged in the direction of the bottom plate by any one of the double angles, and the air is discharged in the lateral direction of the receiving portion by the other angle. .

Accordingly, the first discharge hole 220 and the second discharge hole 230 by the air injected in the direction of the bottom plate 50 and the receiving portion (S) to generate rotating air, the foreign matter of the hair of a pet having a double hair It can be effectively removed, can quickly dry the wet hair of the pet, and can prevent the pet's eyes, nose, etc. from drying out because it is not sprayed with the pet's eyes, nose, etc.

And when the air injected through the discharge unit 200 is contaminated with air from the receiving unit S by foreign matter, ultrafine dust, pet hair, and mold on the pet's hair, it is contaminated through the suction unit 300 The purified air is sucked in and purified and discharged to the receiving portion (S).

The suction part 300 is injected, including an antibacterial material, is provided on the rear member 130 of the case 110, the suction body 310, the suction body 310 formed on the upper portion than the bottom plate 50 ) Includes a through-hole formed through the front-rear direction and a filter P provided inside the through-hole 311 in the form of a pre-filter.

The filter (P), by collecting the hair of the pet to prevent the hair from flying in all directions when drying, collect the dust and house dust mites, mold spores contained in the hair and air of the pet, house dust collected in the filter (P) Mites and fungal spores can be cleaned cleanly through water washing, making them easy to manage.

And the through hole 311 is provided with a through groove cover 312, the through groove cover 312 serves to fix the filter P so as not to fall out of the intake. At this time, a plurality of grooves are formed in the through groove cover 312 so that air can be easily flowed through the filter.

In addition, a suction protrusion 320 protruding in the direction of the case space 111 is formed under the suction body 310 of the suction part 300, and one end of the suction protrusion 320 is protruded from the rear surface of the rear member 130. Is coupled to the coupling groove 131, the end of the suction protrusion 320 is formed with an outlet 330 so that the air sucked through the suction unit 300 is discharged to the case space 111, the outlet 330 The UV-C LED lamp (R) and the sterilizing hepa filter (H) are sequentially combined.

That is, the bacteria in the receiving portion (S) of the pet healthcare case (1) is sanitized with a HEPA filter and is configured to sterilize and remove bacteria collected in the HERA filter with UVC LEDs.

The UV-C LED lamp (R) functions as a sterilizing lamp for UV LED medical devices, and the sterilizing hepa filter (H) filters ultra-fine dust, fungal spores, etc. that are not filtered by the filter (P), and removes dust and mold bacteria. Spores and bacteria are collected. And sterilization is performed by UV-C LED lamp (R).

Since the UV-C LED lamp (R) is capable of emitting only a single spectrum desired due to the characteristics of the semiconductor chip, power dissipation is not achieved like mercury (Hg) UV lamps. Can.

In addition, the mercury UV lamp has a structure in which a fluorescent film is not coated inside a glass tube of a fluorescent lamp, which is commonly known, so that white light does not appear and ultraviolet rays generated by mercury discharge are emitted as it is.

Therefore, the glass material of the UV lamp can be broken by impact and inconvenient to handle, while UVLED is not broken by impact by using a semiconductor package on a solid element. In particular, it does not contain heavy metal regulatory substances such as mercury, so it is environmentally friendly and free from RoHS (Restriction of Hazardous Substances Directive). Even in terms of lifetime, at 70% output, UV lamps generally have a lifetime of about 2,000 hours, but UVLEDs can sustain tens of thousands of hours. Also, it is small in size (Small form-factor) and can be applied in various designs.

In the case of a conventional UV lamp, when the distance is close due to radiant heat, the temperature of the irradiated surface increases. Therefore, it is necessary to keep a certain distance between the UV lamp and the irradiation surface or to adjust the temperature of the irradiation surface. When the light source and the irradiation surface are farther away, the amount of light decreases and the efficiency decreases, but in the case of UV LED, it is possible to keep the distance from the light source close because of less radiation.

Most of the UV LEDs can use commercial power as they are and reduce energy consumption absolutely. And it can be turned ON/OFF momentarily, so there is no need to turn it on when not in use for operation like a mercury UV lamp. In addition, since mercury lamps generate ozone, an air purifying mechanism for removing them must be additionally installed. Otherwise, it can cause problems in the worker's respiratory system. In contrast, UVLED does not generate ozone.

Therefore, UV LEDs have the advantage of not generating ozone compared to mercury UV lamps.

These filters (P), UV-C LED lamp (R) and sterilized hepa filter (H) is a publicly known technology, so a detailed description thereof will be omitted.

The health care device 10 as described above does not stay in the receiving part (S) of the pet health care case (1), foreign matter, dust, ultrafine dust, and bacteria on the pet's hair, and the discharge part containing the antibacterial material (200) and the inhalation part 300, the filter (P), sterilized hepa filter (H), UV-C LED lamp (R) and copper coating pin heaters (180, 180`) through purification through 5 steps of care, The accommodation space S in which pets are accommodated is maintained in a comfortable state.

That is, specifically, the first step care is a step of exhibiting an antibacterial effect by antibacterial materials included in the production of the discharge part 200 and the suction part 300.

And the second-stage care is a step of collecting a house dust mite and fungal spores of the receiving part S by combining a pre-filter inside the suction part 300.

In addition, the third-stage care is a step of collecting fine dust and fungal spores and bacteria that were not removed in the second stage through a sterilized hepa filter (H) coated with a photocatalyst.

And the four-step care is a step of sterilizing and sterilizing bacteria contained in the air through a UV-C LED lamp.

And the 5th step care, sterilize the bacteria contained in the air once more through the copper coating pin heaters (180, 180`) in the air purified through the above steps 1 to 4, purify the air, and set the air to the proper temperature. It is a step of heating.

The health care device 10 coupled to the lower side of the pet health care case 1 allows the purified air to be circulatedly supplied to the inner receiving part of the pet health care case 1, so that various kinds of deposits on the pet's hair are provided. It effectively removes fine dust, house dust mite spores, and dead hair during molting.

That is, by removing foreign substances such as dust on the pet's hair while walking or walking around the house, or by drying after removing the water on the pet's hair after bathing, the contaminated pet is a pet health care case (1) After being accommodated in the receiving portion S, if the user operates the controller 141 formed on the side member 140 of the lower device 100 remotely or manually, a 5-step pet healthcare is achieved.

At this time, by operating the fan 160 of the lower device 100, external air may be introduced into the front suction port 121 formed in the front member 120 of the lower device 100.

This is to allow fresh air from outside to be introduced into the inside of the pet healthcare case 1 so as to supply fresh air to the pet accommodated in the receiving part S.

In addition, an ultraviolet LED mood lamp and an IR LED lamp that emit a 405 nm wavelength provided in the inner hollow of the discharge part 200 create an atmosphere in which a pet can have a psychological stability, further sterilize air, and deodorize and The moisture contained in the air is removed.

In addition, in the lower part of the pet healthcare case 1, rotating air is rotated in one direction by a fan 160 and a flow path provided in the healthcare device 10, and the thus formed rotating air is provided to the discharge part 200. Rotating air is accelerated by the first discharge hole 220 and the second discharge hole 230 formed in the discharge portion 200 as it is discharged to be discharged to the receiving portion so that air in the receiving portion S flows through the entire receiving portion. do.

7 is an enlarged view of a controller according to the present invention.

Referring to FIG. 7, the controller 141 includes a power supply unit 144, a dry sterilization care button 146, a dry sterilization care button 147, and a second intensive sterilization care button 148 such as hard keys, soft keys, touch pads, and the like. Can be installed as

The controller 141 includes a power supply unit 144, a Bluetooth module 145, a dry sterilization care button 146, a dry sterilization care button 147, and a second intensive sterilization care button 148.

The power supply unit 144 is configured to turn on/off the healthcare device 10. In addition, when the power unit 144 is set to on, one of the dry sterilization care button 146, the dry sterilization care button 147, and the second intensive sterilization care can be selected and set.

The dry sterilization care button 146 is to dry the wet hair of a pet and includes a general drying mode 146a and a rapid drying mode 146b.

The dry sterilization care button 146 is made to remove foreign substances such as dust on the pet's hair more easily by rotating air, and to effectively dry the water on the pet's hair after bathing.

The general drying mode (146a), the receiving portion through the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 using the heat from the copper coating heater (180, 180`) S) is configured to exhaust warm air. At this time, the general drying mode 146a may minimize stress caused by the pet by indirectly applying air to the pet's eyes, nose, and ears by the outlet 200 having a double angle. And the general drying mode (146a) is configured to perform for 20 minutes.

The rapid drying mode 146b is configured to dry the wet pet's hair, but to dry in a shorter time than the normal drying mode 146a.

That is, the heat from the copper coating heaters 180 and 180` is discharged at a higher temperature than the normal drying mode 146a, or in the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 The intensity of the air that comes out can be stronger. Accordingly, the rapid drying mode 146b is configured to discharge air to the receiving portion S for 15 minutes.

The rapid drying mode 146b is configured to dry the wet pet's hair, but to dry in a shorter time than the normal drying mode 146a.

That is, the heat coming from the copper coating heaters 180 and 180` is discharged at a temperature higher than the general drying mode 146a, or from the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 The strength of the air may be stronger than in the general drying mode 146a. Accordingly, the rapid drying mode 146b is configured to discharge air to the receiving portion S for 15 minutes.

The dry sterilization care button 147 and the second intensive sterilization care button 148 are configured to remove air contaminated in the receiving part S and provide comfortable air to the receiving part S.

The dry sterilization care button 147 and the second intensive sterilization care button 148 are for walking, walking around pets, and viruses, bacteria, fungal spores, ultrafine dust, fine dust, pollen, hair, etc. The tick gets on the hair. In this way, pets with various foreign substances enter the pet's nose and mouth, and contaminate objects such as sofas and beds.

When the pets with various foreign substances are washed frequently, the skins of the pets dry and various skin diseases occur.

Accordingly, it is important to remove various foreign substances on the pet's hair in order for the pet to maintain a comfortable condition without causing skin diseases. 2 Using the intensive sterilization care button (148), it is possible to remove viruses, bacteria, fungal spores, ultrafine dust, fine dust, pollen, hair, and ticks from pet hair.

The dry sterilization care button 147 includes an abeccare sterilization 147a, a housecare sterilization 147b, and a natural wind care 147c.

The abeccare sterilization (147a), the first discharge hole of the discharge unit 200 to remove viruses, bacteria, fungal spores, ultrafine dust, fine dust, pollen, hair, and ticks on the pet's hair after walking By spraying air at a double angle from the 220 and the second discharge hole 230, various foreign substances and hairs are removed from the pet's hair, and various foreign substances and hairs floating in the air are transferred to the filter P of the suction unit 300. It is configured to capture.

The abeccare sterilization (147a) is configured to provide a comfortable ecology of the receiving portion (S) by removing various foreign substances on the pet and the pet's hair for 15 minutes. At this time, it is possible to provide warm air to the receiving portion S on a cold day by using the copper coating heaters 180 and 180`.

And the house care sterilization (147b), even if the pet is not accommodated inside the receiving portion (S) of the pet healthcare case (1), the pet in the receiving portion (S) of the pet healthcare case (1) Foreign materials may be present in the products and cushions used.

Disinfection of the foreign matter in the pet article in the receiving part (S) of the pet healthcare case (1) through the LED formed in the discharge part 200, and using the air injected from the discharge part (200) By spraying the foreign matter on the pet's supplies and the foreign matter on the pet's hair into the air, and inhaling the foreign matter floating in the air through the suction unit 300 so that the foreign matter on the pet's hair and supplies can be removed. do.

At this time, the air sucked into the suction unit 300 is configured to remove foreign substances in the air through a plurality of filters and copper coating heaters 180 and 180` to purify it with clean air.

The natural wind care (147c), the warm air and cool air in the receiving portion (S) of the pet health care case (1) to provide a pet-friendly environment in order to reduce stress by hot summer and cold winter It is configured to provide warm air or cool air for 60 minutes through the copper coating heaters 180, 180`, the discharge part 200, and the suction part 300 so as to be provided. At this time, cool air and warm air can be used by selecting a pet dog.

The second intensive sterilization care button 148 includes a sterilization care 148a.

In addition, the second intensive sterilization care button 148 is configured to turn on/off the sterilization care 148a according to the user's selection.

The sterilization care 148a provides airless air to the space S of the pet healthcare case 1 through the first discharge hole 220 and the second discharge hole 230 of the discharge part 200. It is configured to.

In addition, sterilization/smell is eliminated by mounting an LED mood lamp inside the discharge part 200, and noise is minimized and sterilized through the copper coating heaters 180, 180` or the first guide 170 and the second guide 171. It is configured to. At this time, the sterilization care 148a is configured to be set according to a user's selection or to manually turn on/off the power supply 144 at a user's desired time.

As described above, the user selects the dry sterilization care button 146, the dry sterilization care button 147, and the second intensive sterilization care button 148 of the controller 141, so that the receiving part S of the pet healthcare case 1 is selected. ) Can provide a comfortable state.

8 is a configuration diagram of an IoT-based pet healthcare system according to an embodiment of the present invention.

Referring to FIG. 8, the pet healthcare system 1000 is for performing communication with the lower device 10, the user terminal 500, and the server 600, for example, Wi-Fi Zigbee, etc. It can be implemented by a variety of wireless communication techniques known to the technician.

It is configured to send and receive over the wireless Internet.

8 will be described with reference to FIGS. 9, 10, and 11.

9, an embodiment related to the components of a healthcare bead device (eg, a lower device, a discharge part and a suction part) according to the present invention is described.

Referring to FIG. 9, the healthcare device 10 according to an embodiment of the present invention (eg, the lower device 100, the discharge unit 200, and the suction unit 300) includes a first control unit 400 ), power unit 410, sound speed support unit 420, timer 430, memory 440, temperature measuring unit 450, wireless communication unit 460, at least one of the drive switching unit 470 and the camera 480 Or combinations thereof.

The first control unit 400 is supplied with power using an outlet (not shown) to supply power to the healthcare device 10 and the healthcare device 10 (eg, the lower device 100, discharge) It is configured to control the unit 200 and the suction unit 300).

The first control unit 400 is configured to adjust the speed at which the fan 160 coupled to the lower device 100 is driven. In addition, the first control unit 400 may change the air injection direction discharged to the discharge unit 200 by the fan 160. That is, it is configured to change the angle according to the type and size of the pet according to the set conditions.

In addition, the first control unit 400 is configured to control the intensity of the UV-C LED lamp R attached to the suction unit 300. For example, the air of the receiving portion S of the pet healthcare case 1 may be configured to sterilize the air by varying the intensity of the UV-C LED lamp R according to the degree of contamination.

The power supply unit 410 supplies power to each of the components included in the health care device 10 to provide a health care device 10 (eg, a lower device 100, a discharge unit 200, and a suction unit) (300))) can provide the operation required to perform a specific function.

The sound speed support unit 420 is a speaker (not shown) coupled to the inside of the healthcare device 10 to select a button module formed on the controller 141 through the speaker, and voice a button module according to start and end. It is configured to inform. At this time, when the time is determined through the timer 430, which will be described later, it may be configured to notify the predetermined time, and to indicate that the healthcare device 10 is minutes before the end time by voice.

The timer 430 is mounted on the inside of the health care device 10, and is dried, sanitized and sterilized from pets at a set time or whenever a command is received from the user terminal 500 to be described later through the communication module 350. It is configured to provide.

That is, the timer 430 is mounted on the inside of the healthcare device 10, and the timer 430 is configured such that the times of the modes formed in the controller 141 start and end at different times.

The memory 440 stores a control program for controlling or driving the health care device 10 (eg, the lower device 100, the discharge unit 200, and the suction unit 300) and data corresponding thereto. do. For example, the dry sterilization care button 146 is the heat released from the barrel coating heaters 180 and 180` according to the semi-drying mode 146a and the rapid drying mode 146b to dry the wet hair of the pet. , The driving speed of the fan 160, the angle of the air of the discharge part 200 and the driving of the UV-C LED lamp R of the suction part 300 and the time are stored.

That is, the memory 440 stores a control program for controlling or driving the healthcare device 10 (eg, the lower device 100, the discharge unit 200, and the suction unit 300) and data accordingly. do.

The non-volatile memory is mainly used for the memory 440. Here, the non-volatile memory (Non-Volatile Memory, NVM, NVRAM) is a storage device that can keep stored information even when power is not supplied, for example, ROM, flash memory, magnetic computer memory Devices (eg, hard disks, diskette drives, magnetic tapes), optical disk drives, magnetic RAMs, PRAMs, and the like.

It is preferable that the temperature measuring part 450 is mounted in the direction of the receiving part S so that the temperature of the receiving part S of the pet healthcare case 1 can be measured. Through the temperature measuring unit 450, the temperature of the receiving unit S through which the pet is accommodated is transmitted to the user terminal 500 by transmitting the temperature of the receiving unit S through the wireless communication unit 460 to be described later. It is configured to check the temperature of S).

The wireless communication unit 460 transmits a temperature measurement unit 450, a timer 430, a power supply unit 410, a driving switching unit 470 to be described later, and a camera 480 to be described later to the user terminal 500 to wirelessly health. It is configured to drive the care device 10 remotely.

When the driving switching unit 470 selects any one of various modes formed in the controller 141, the pet health care case 1 (for example, the lower device 100, the discharge unit 200) according to the selected mode And suction unit 300)), and when selecting various driving switching units 470, LEDs on the sides of the driving switching unit 470 so that the user can visually check the various driving switching units 470. As described above, the light emitting unit 471 may be further included to be recognized as light.

In addition, the camera 480 is mounted on any one of the inside of the healthcare device 10 to detect the appearance of the pet, or is configured to be able to check the temperature of the pet using the camera 480. The camera 480 may be configured as an infrared camera.

10 is a block diagram showing the components of a lower device and a user terminal according to the present invention.

The user terminal 500 inputs the bibliographic information of the pet, displays the status information of the pet and the status and results of the pet healthcare case 1, and can select various modes of the pet healthcare case 1 It is configured to include the input unit 510, the first wireless communication unit 520, the second control unit 530 and the delivery unit 540.

The bibliographic information is one or more of the type, name, number of months (age), and blood type of the pet, and the condition information may be any one or more of the body temperature, weight, and shape of the pet, but is not limited thereto. It can be set differently according to the intention of the system designer.

The input unit 510 performs an ID (ID) and a password (PW) from a user through an application (app). The input unit 510 may be implemented on a display to receive a touch input from a user.

The first wireless communication unit 520 is configured to transmit or receive information with the server 600. In addition, the first wireless communication unit 520 may be made through Wi-Fi, Bluetooth and the Internet. The second control unit 530 may wirelessly connect and disconnect the healthcare device 10, for example, the first wireless communication unit 520 is based on information input by the user through the application. Is configured to select the healthcare device 10 on the app.

The output unit 540 may include a display to visually output various information. The output unit 540 may, for example, display the angle of the discharge unit 200 of the healthcare device 10 on the screen. Also, the output unit 540 may output the current states of the components of the memory 440, the temperature measurement unit 450, the drive switching unit 470, and the camera 480. The output unit 540 includes a light emitting diode (LED), a liquid crystal display (LCD), a plasma display panel, and an organic light emitting diode (OLED). It may include a display formed of any one device.

Also, the output unit 540 may aurally output various information. The output unit 540 may include sound output means. The output unit 540 is performed by the first control unit 400 It may include sound output means for aurally outputting the operation process or operation results of the healthcare device 10. For example, the output unit 540 may output a warning sound to the outside according to the warning signal generated by the first control unit 400.

At this time, the sound output means may be a means for outputting sound such as a beeper, a speaker, and the output unit 540 may include audio data having a predetermined pattern stored in the memory 440 or The message data may be used to output to the outside through the sound output means.

Meanwhile, when the health care device 10 is connected from the server 600, the health care device 10 is accommodated in the receiving part S using the temperature measuring part 450 and the camera 480 provided in the health care device 10. It is configured to check the position and height of the pet (for example, when the pet is standing or sitting) and measure the temperature of the pet to discharge air through the discharge unit 200.

At this time, the air discharged through the discharge unit 200 is configured to spray the air by adjusting the angle so as not to be directly sprayed on the face, such as the eyes, nose, and mouth of a pet.

11 is a block diagram showing the components of a server according to the present invention.

Referring to FIG. 11, the server 600 analyzes the bibliographic information and the status information measurement data of the pet received from the healthcare device 10 and the user terminal 500 to derive the bibliographic information and the status information of the pet, To provide a customized solution according to the derived bibliographic information and status information of the pet, and analyze the measurement data of the bibliographic information and status information of the pet received from the health care device 10 and the user terminal, To provide the type, name, number of months (age), blood type, body temperature, weight, and shape according to type, the collection unit 610, the analysis unit 620, the solution providing unit 630, and the DB 640 It may be configured to include.

The data collection unit 610 performs communication with the wireless communication unit 460 of the first control unit 400 to collect status information of the lower device 100 and surges from the first wireless communication unit 520 of the user terminal 500. Information can be collected.

The collection unit 610 is configured with a reception unit 611 to receive information from the lower device 100 and the user terminal 500.

The analysis unit 620 analyzes the bibliographic and status information of the pet collected by the data collection unit 610 to derive the type, name, number of months (age), blood type, body temperature, weight, and appearance of the pet. Can.

The solution providing unit 630 may analyze the time series pattern of the bibliographic information and status information data of the plurality of pets measured during the set period to derive the bibliographic information and the status information type of the pet. For example, the analysis unit 620 is a time series of measurement data for each type of bibliographic information and status information of a pet (eg, type, name, number of months (age), blood type, body temperature, weight, and appearance). Patterns can be analyzed to classify types.

To this end, the analysis unit 620 determines whether the bibliographic information and status information of the collected pets are similar to those of the bibliographic information of the plurality of pets and the time series pattern of the status information type. By judging, the pet's bibliographic information and status information can be derived. Here, the bibliographic information and status information of a plurality of pre-categorized pets are analyzed by analyzing the big data measured in a plurality of households in advance, and the furniture showing the similar pattern of the time series pattern of the bibliographic information of the pet and the measured data of the status information It may be classified by analyzing the characteristics of the bibliographic information and status information of the pet of the household.

In addition, solutions such as control method, air circulation method, customized filter, and wind injection angle method for efficiently improving the bibliographic information and status information of each pet for each categorized bibliographic information and status information are already stored. It can be stored in the DB 640.

For example, the control method of the bibliographic information and the status information of the pet is the operating time of the function of the lower device 100 and the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 inclined angle And a double inclination angle having a degree.

The solution providing unit 630 is for providing a customized solution to the lower device 100 or the user terminal 500 according to the type of the bibliographic information and status information of the pet derived by the analysis unit 620.

For example, the solution providing unit 630 controls the bibliographic information and the status information among the solutions defined in the DB 640 according to the types of the bibliographic information and the status information of the pet derived by the analysis unit 620. By providing the health care device 10 to the health care device 10, the health care device 10 can be automatically operated accordingly. Alternatively, by providing the health care device 10 to the user terminal 500, the user takes appropriate action accordingly. You can do it.

In addition to this, the solution providing unit 630 may control the operation of various devices by providing the data related to the control method for the bibliographic information and status information of various pets among the solutions previously defined in the DB 640.

The device at this time may be composed of a lower device 100, a discharge unit 200 and a suction unit 300.

In addition, the solution providing unit 630 provides a customized solution according to the type of the bibliographic information and the status information of the derived pet, different inclination angles according to the bibliographic information and the status information of the pet accommodated in the receiving unit (S). The branch is made of a dual inclination angle, but the variable of the inclination angle can provide an appropriate solution by adjusting the angle to be made by the information of the pet stored in the server.

The solution providing unit 630 provides a customized solution according to the type of the bibliographic information and status information of the pet derived from the analysis unit 620 to the lower device 100 or the user terminal 500. The transmitter 631 is formed so that it can be transmitted to the terminal 500.

The server 600 receives and stores the status information of the pet from the lower device 100, and serves to receive and store the bibliographic information of the pet from the user terminal 500. In addition, the server 600 serves to make a diagnosis according to the number of months (age) and breed of a pet by comparing stored data with the bibliographic information and status information.

For example, the status information data of pets corresponding to a similar type, number of months (age), size, etc. among the bibliographic information is checked through the server 600 to determine whether the condition is abnormal.

At this time, the server 600 stores the information of the pets transmitted from the plurality of lower devices 100 and the plurality of user terminals 500 and their growth process. Accordingly, the diagnosis is performed using the big data stored in the server 600 or the diagnosis is performed based on a plurality of subscription information stored through the user terminal 500. In this case, the diagnosis result may be a set pet type, number of months (age), size, and growing environment, but is not limited thereto, and may be set differently according to a system designer's intention.

In addition, the server 600 transmits the bibliographic information and status information of the pet using the pet healthcare case 1 recognized from the user terminal 500 to grow the information according to the type and number of months of the selected pet. It is configured to be transmitted to the user terminal 500 to selectively drive various modes through the user terminal 500.

That is, the first control unit 400 displays the bibliographic information and status information of the pet set in the user terminal 500 in consideration of the type, number of months (age), size, and the like of the pet using the healthcare device 10. Through the wireless communication unit 460 to provide data to the server 600, the provided data is configured to be stored in the server 600.

The information entered as above is based on the subscriber information managed by the pet management server and pet registration information, and similar information to the pet consent information stored in the user terminal 500 to the user terminal 500 and the health care device 10. Save it.

For example, as the average information of a Jindo dog, it is known that a male has a size of 48 to 53 cm and weighs about 18 to 27 kg, but when malnutrition inputs information of a Jindo dog with a weight of 16 kg to a size of 45 cm Other member information that stores similar information of Jindo dog is received to provide an environment suitable for Jindo dog suffering from malnutrition.

In addition, the subscriber generates customized management information for the corresponding pet in real time according to the registration information, and the subscriber provides it to the subscriber through the terminal.

That is, the integrated pet management server manages a subscriber who has normally undergone normal authentication procedures as a member, sets and manages a pet standard government in advance, and associates the registration information for the pet entered by the subscriber with the subscriber information. It stores and manages, and compares and analyzes pet standard information and pet registration information to generate and manage pet-specific management information.

Then, when the type, weight, and number of months (age) of the pet are input, the customized management information for the pet is updated and transmitted to the subscriber terminal. At this time, the subscriber terminal is connected to the integrated anatomy animal management server by a connection request, and appears on the display of the user terminal 500.

Such a server 600 may be, for example, a personal computer, such as a personal computer, a server computer, a handheld or laptop device, a mobile device (mobile phone, PDA, media player, etc.), a multiprocessor system, consumer electronics, It may be implemented as a computing device including a mini computer, a mainframe computer, a distributed computing environment including any of the aforementioned systems or devices, and the like.

12 is a flowchart of an operating method according to the present invention, and FIG. 13 is a map configuration diagram of subscriber information and pet registration information managed by the integrated pet management server according to the present invention.

12 and 13, the operation method of the IoT-based pet care system is an input step (S100), a storage step (S200), a diagnosis step (S300) and a delivery step (S400). It includes.

In the input step (S100), the surge information of the pet is input to the server 600 through the user terminal 500, and the status information of the pet acquired by the healthcare device 10 is input to the server 600. At this time, the bibliographic information may be any one or more of the type, name, number of months (age), and blood type of the pet, and the status information may be any one or more of the body temperature, weight, sound, and appearance of the pet, but must be limited thereto. It can be set differently according to the intention of the system designer.

In the storing step (S200), the server 600 stores the bibliographic information and the status information. In addition, in the step of performing a diagnosis to perform the diagnosis (S300) remind The server 600 compares the stored data with the bibliographic information and the status information to check whether the status information data of the pets corresponding to the similar type, number of months (age), and size of the pet is abnormal through the server 600. Is to check.

In the step of transmitting (S400), the information of many pets transmitted from the plurality of pet healthcare cases 1 and the plurality of user terminals 500 diagnosed in the step of performing diagnosis (S300), the user terminal 500 If it is not stored in the user terminal 500, or if another pet is searched, it returns to the input step (S100) to search for the bibliographic information and status information of the pet again.

If the diagnosis is accepted in step S300 of performing the diagnosis in step S400 of transmitting, the information of the pets transmitted from the plurality of user terminals 500 and their growth process are stored in the bibliographic information and status information of the pet. It is done. Therefore, diagnosis is performed using the big data stored in the server 600. At this time, the diagnosis result may be the type of pet, the number of months (age), the size and the environment in which the pet grew, but is not limited thereto, and may be set differently according to the intention of the system designer.

That is, as shown in FIG. 12, a pet health care is performed according to the statistics of the server 600 by receiving the bibliographic information and status information of the pet from the server 600 using the information of the pet set in the user terminal 500. In the process of sterilization and sterilization using the case (1), it is configured to set the air so as not to be directly injected into the face of the pet, such as the eyes, nose and ears of the pet.

In addition, the angle of the discharge unit 200 so as not to directly apply air to the face of the pet is the discharge unit 200 using the information diagnosed using the big data stored in the server 600 based on the information set in the user terminal 500 It is configured to adjust the intensity and angle of the air injected from ).

14 is a screen display of a user terminal for inputting information of a pet accommodated in a pet healthcare case in an input step according to the present invention.

Referring to FIG. 14, the bibliographic information of a pet is input to the user terminal 500 to input any one or more of types, names, months (ages), and blood types into the user terminal 500. (D520) and the selection unit (D521) are input.

At this time, the height and temperature of the pet sinus are measured using the big data through the bibliographic information of the pet input to the user terminal 500 to be stored in the user terminal 500 and the lower device 100.

15 is a screen display of a user terminal for setting an update of the diagnosed data after the step of performing the diagnosis according to the present invention.

Referring to FIG. 15, the user terminal 500 requests a result (registration result) as to whether or not the pet sub-device 100 is registered to the server 600 to be updated according to the number of months registered and used.

In the growing period of growing pets, it is configured to be updated in 1 to 2 months increments. It consists of a negative part (D 531) that rejects such an update and a positive part (D530) that accepts the update.

The unauthorized portion D531 is configured to set the angle of air injected through the discharge portion 200 of the lower device 10 as it is based on the information registered in the user terminal 500.

In other words, when the pet grows for a period of 1 month due to the growing period, if the pet is weak or malnourished, the growth of the pet may not be updated by having a smaller body than other puppies. .

However, the positive government (D530) is configured to receive the data of the user using the lower device 100 from the server 600 and drive the healthcare device 10 according to the growth period of the puppy.

That is, the positive unit D530 causes the angle of the air injected through the discharge unit 200 to be set differently according to the updated information. It is preferable that the pet is configured not to directly spray air on the face of the pet because the pet has grown according to the change in the angle of the discharge part 200.

16 is a screen display of a user terminal 500 used through a set mode unit, a temperature unit, a name input unit, a power unit, and a setting unit after updating the diagnosed data according to the present invention.

Referring to FIG. 16, a name input unit D540, a power supply unit D541, a temperature unit D542, a mode unit D543, and a setting unit D544 are formed on the surface of the user terminal 500 on the display.

The name input unit (D540) is to set the name of the pet healthcare case (1), the power supply unit (D541) to enable remotely ON / OFF driving of the healthcare device (10).

In the temperature unit D542, one or more of the body temperature of the pet and the accommodation unit S of the pet healthcare case 1 is formed through the temperature measuring unit 450 in the user terminal 500. In addition, the mode unit D543 is configured to remotely select various modes formed on the controller 141 of the pet healthcare case 1 to drive the healthcare device 10. At this time, the mode unit D543 will be described in detail with reference to FIG. 12.

In the setting unit D544, one or more of a home, a calendar, a customer sunter, shopping and setting are formed in the user terminal 500.

When the home is selected, it is configured to return to a screen as shown in FIG. 15 to select a care mode, and the calendar is described through FIGS. 18 and 19 to be described later, and the customer center calls a counselor to talk to a pet healthcare case (1 ), the user terminal 500 and the server 600 are configured to consult problems and improve problems. And when shopping is selected, it is configured to purchase pet food, necklaces, supplies, etc., and when setting is selected, the setting is the name of the name input unit (D540) and the user terminal 500 as shown in FIG. It is configured to re-enter the bibliographic information of.

17 is a screen display content of the user terminal, the time portion, the positive and negative portions of the set mode according to the setting of the mode portion according to the present invention.

Referring to FIG. 17, a time part D550, a positive part D551, and a negative part D552 are formed on the display of the user terminal 500 in the time of the mode selected through the mode part D543.

At this time, the positive part D551 and the negative part D552 have a form of selecting or deselecting the negative part D531 and the positive part D530.

The time part D550 is formed differently on the display of the user terminal 500 according to the mode part D543 selected by the user. An affirmative (D551) for executing the mode selected by the user's selection and a negative (D552) for canceling the execution are formed.

When the positive unit D551 is selected, the time formed in the time unit D550 decreases, the healthcare device 10 is driven, and when the time of the time unit D550 changes to '00:00', the mode is automatically It is configured to end.

When the negative part D552 is selected, the driving of the healthcare device 10 driven by selecting the positive part D551 stops by itself, and the display screen of the user terminal 500 changes as shown in FIG. 15, and another mode part ( D543).

FIG. 18 is a screen display of a user terminal for a recently used pet healthcare system through a recently used course check unit of a calendar formed in a setting unit according to the present invention, and FIG. 19 is a setting according to the present invention according to the present invention This is the screen display content of the user's terminal for the pet healthcare system used for each month through the monthly usage check of the calendar formed in the department.

18 to 19, the calendar formed in the mode unit D544 of the name input unit D540 includes a recent usage course checking unit D560 and a monthly usage checking unit D570.

In the recently used course checking unit D560, it is configured to check the number of times the various modes have been used in recent years, as well as power consumption. The recently used course checking unit D560 is configured to notify various modes of the year, month, and day, and the number of times and power consumption of the mode used that day.

In the monthly usage check unit D570, the healthcare device 10 is configured to check monthly usage to the user.

The monthly usage check unit D570 is configured so that the user can check how much power is used by checking whether the user has used the healthcare device 10 in a certain month through a graph.

It is obvious that the above description using the drawings is only the main points of the present invention, and that the present invention is not limited to the configuration of the drawings, as various designs are possible within the technical scope.

1: Pet healthcare case
20: front panel 30: back panel
50: bottom plate 60: ceiling plate
65: ventilation case 70: door
10: healthcare device
100: lower device
110: case 111: case space
120: front member 121: front intake
130: rear member 131: rear coupling groove
140: side member 141: controller
142: side outlet 143: side through groove
150: lower member
160: fan 161: fan outlet
170: first guide 171: second guide
180, 180`: Copper coating pin heater 181, 181`: Connection
200: outlet
210: bending protrusion 220: the first discharge hole
230: second discharge hole 240: through hole
300: suction part
310: suction body 311: purification through hole
312: through groove cover 320: suction projection
330: outlet
400: first control unit
410: power supply unit 420: sound speed support unit
430: timer 440: memory
450: temperature measuring unit 460: wireless communication unit
470: drive switching unit 471: light emitting unit
480: camera
500: User terminal
510: input unit 520: first wireless communication unit
530: second control unit 540: output unit
600: server
610: data collection unit 620: analysis unit
630: solution provider 640: DB
S100: Input step S200: Save step
S300: Step to perform diagnosis S400: Step to deliver
D520: Pet type input part D521: Selection part
D530: Positive Government D531: Cheating
D540: Name input section
D541: Power unit D542: Temperature unit
D543: Mode section D544: Mode section
D550: Time part
D551: Positive Government D552: Cheating
D560: Recently used course check
D570: Monthly usage check
1000: Pet Healthcare System
S: Receptacle H: Sterilization Hepa Filter R: UV-C LED Lamp P: Filter

Claims (22)

In the IoT-based pet healthcare system,
In the pet healthcare case, a receiving unit (S) for accommodating a pet is formed, and the lower device (100) that inhales the air from the receiving unit (S) and purifies, sterilizes and sterilizes it and then discharges it to the receiving unit (S). A healthcare device 10 including;
The pet information input from the user terminal 500 and the user device 500 for inputting the pet's bibliographic information and diagnosing and displaying the state information of the pet, and the pet input from the user terminal 500 It characterized in that it comprises a server (600) for storing the bibliographic information of animals, IoT-based pet healthcare system.
The method according to claim 1,
The healthcare device 10,
The suction unit 300 provided on the rear plate, the lower device 100 formed on the bottom surface of the bottom plate 50, and the discharge portions provided on both upper surfaces of the bottom plate 50 of the receiving portion S ( 200), the IoT-based pet healthcare system.
The method according to claim 2,
The suction part 300,
It is injected as an antibacterial material, a filter (P) for collecting pet hair and dust, a sterilized hepa filter (H) for collecting, disinfecting and sterilizing fine dust and mold spores and bacteria, and a UV function for sterilization Characterized in that it comprises a C LED lamp (R), IoT-based pet healthcare system.
The method according to claim 2,
A first discharge hole 220 and a second discharge hole 230 are formed in the discharge part 200,
The first discharge hole 220 and the second discharge hole 230 are made of a dual inclination angle having different inclination angles, but the variable inclination angle is configured to be made by information of pets stored in the server. Doing this, the IoT-based pet healthcare system.
The method according to claim 2,
The lower device 100 includes a fan 160, a first guide 170 and a second guide 171,
When the air sucked to the upper portion of the fan 160 is discharged to the fan outlet 161 of the fan 160, in the direction of the air flow path formed between the first guide 170 and the second guide 171 A pet healthcare system based on the Internet of Things, characterized in that it is made to exhaust air.
The method according to claim 5,
Two air flow paths formed between the first guide 170 and the second guide 171 are formed on both sides of the fan, and copper coating pin heaters 180 and 180` are combined on the air flow paths on both sides. Characterized in that, IoT-based pet healthcare system.
The method according to claim 5,
The rotating air is rotated in one direction by a fan 160 provided inside the lower device 100 is formed,
When the rotating air formed by the fan is discharged to the receiving portion through the discharge portion, the rotating air is accelerated by the first discharge hole 220 and the second discharge hole 230 provided in the discharge portion to be discharged to the receiving portion. Doing this, the IoT-based pet healthcare system.
The method according to claim 1,
The lower device 100,
The inner side of the lower device 100 has a bottom side groove 57 of the bottom plate 50 and a side outlet 142 that is coupled to the through hole 240 of the discharge part 200 is formed on both sides. A pet healthcare system based on IoT.
The method according to claim 1,
The lower device 100,
When operated remotely or manually on the side of the lower device 100, a controller 141 in which a 5-step pet healthcare is made is formed,
The controller 141,
Power supply 144 for ON/OFF of the health care device 10, dry sterilization care button 146 for drying the wet hair of the pet, and viruses, bacteria, fungal spores, candles on the pet hair after walking A pet health care system based on the Internet of Things, characterized in that a sterilization care button 147 and a second intensive sterilization care button 148 for removing fine dust, fine dust, pollen, hair, and ticks are formed.
The method according to claim 9,
The dry sterilization care button 146,
General to discharge warm air to the receiving part (S) through the first discharge hole (220) and the second discharge hole (230) of the discharge part (200) using the heat from the copper coating heater (180, 180`) Drying mode 146a,
The heat from the copper coating heaters (180, 180`) is discharged to a higher temperature than the normal drying mode (146a) or the air from the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 Including the rapid drying mode (146b) to force the intensity to be injected more strongly than the normal drying mode (146a), IoT-based pet healthcare system.
The method according to claim 9,
The dry sterilization care button 147,
The air in the first discharge hole 220 and the second discharge hole 230 of the discharge part 200 is double-sprayed to shake off the mites and ultra-fine dust on the pet's hair and filter the suction part 300 ( Abeccare sterilization (147a) to be collected with P),
Even if the pet is not accommodated inside the receiving portion S of the pet healthcare case 1, the pet used in the receiving portion S of the pet healthcare case 1 and the foreign matter on the cushion are removed. House coating sterilization (147b) and copper coating heaters (180, 180`), outlets (200) and suction in the receiving part (S) of the pet healthcare case (1) so that the pet is not strained by the weather change Characterized in that it comprises a natural wind care (147c) to provide warm air and cool air through the unit 300, IoT-based pet health care system.
The method according to claim 9,
The second intensive sterilization care button 148,
Includes sterilization care (148a) to provide air in the form of air to the space portion (S) of the pet healthcare case 1 through the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200 Characterized in that, IoT-based pet healthcare system.
The method according to claim 1,
The healthcare device 10,
A first control unit 400 for controlling the healthcare device 10,
Power unit 410 for supplying power to the healthcare device 10,
When the user selects a button module formed on the controller 141 of the healthcare device 10, a sound speed support unit 420 that notifies the selected button module by voice,
A timer 430 for setting a time during which drying, sanitizing and sterilization are provided to the pet accommodated in the receiving part S of the healthcare device 10,
Memory 440 for storing a control program and various data for controlling the healthcare device 10, and a temperature measuring unit 450 for measuring the temperature of the pet and the temperature of the receiving part S of the healthcare device 10 ), a wireless communication unit 460 for transmitting and receiving signals from the user terminal 500, and a driving switching unit 470 for switching the mode to a mode selected by the user among various modes formed in the controller 141 and
And a light emitting unit (471) for displaying the mode selected by the user, an IoT-based pet healthcare system.
The method according to claim 11,
The first control unit 400,
Characterized in that it controls the speed at which the fan 160 coupled to the lower device 100 is driven, and adjusts the angles of the first discharge hole 220 and the second discharge hole 230 of the discharge unit 200. , IoT-based pet healthcare system.
The method according to claim 1,
The server 600,
A data collection unit that performs communication with the wireless communication unit 460 of the first control unit 400 to collect status information of the lower device 100 and to collect surge information from the first wireless communication unit 520 of the user terminal 500. 610,
Analysis unit 620 to derive the type, name, number of months (age), blood type, body temperature, weight and shape of the pet by analyzing the bibliographic information and status information of the pet collected by the data collection unit 610 ,
A solution providing unit (630) for deriving the bibliographic information and the status information type of the pet by analyzing time series patterns of the bibliographic information and the status information data of the plurality of pets measured during the set period.
The data related to the control method of the bibliographic information and the status information among the predefined solutions according to the types of the bibliographic information and the status information of the pet derived by the analysis unit 620 is provided to the healthcare device 10 DB (640 ),
The bibliographic information and status information of the pet are derived by analyzing the bibliographic information and status information measurement data of the pet received from the health care device 10 and the user terminal 500, and the bibliographic information and status information of the derived pet A pet healthcare system based on the Internet of Things, characterized by providing customized solutions according to type.
The method according to claim 1,
The bibliographic information,
A pet healthcare system based on the Internet of Things, characterized in that the type, name, age, and blood type of the pet are at least one, and the status information is at least one of the body temperature, weight, and appearance of the pet.
The method according to claim 1,
The user terminal 500,
An input unit 510 implemented on a display to receive a touch input from a user;
A first wireless communication unit 520 that transmits or receives information with the server 600;
The first wireless communication unit 520 includes: a second control unit 530 for selecting the healthcare device 10 based on information input by a user through an application; And
The current state of each component of the memory 440, the temperature measuring unit 450, and the drive switching unit 470 is output, and the output unit 540 is performed by the first control unit 400 And an output unit 540 including sound output means for audiblely outputting an operation process or an operation result of the healthcare device 10. The IoT-based pet healthcare system.
The method according to claim 1,
The user terminal 500,
Characterized in that it comprises a pet type input unit (D520) and a selection unit (D521) for selecting the number of months to input any one or more of the type, name, age, blood type of the pet into the user terminal (500), Pet healthcare system based on the Internet of Things.
In claim 1,
The user terminal 500,
A display unit configured to input any one or more of the type, name, age, and blood type of the pet,
The display unit includes an input unit D520 for inputting the type of the pet, and a selection unit D521 for selecting the number of months according to the type of the pet entered through the input unit D520,
Based on the information registered in the user terminal 500, the negative part (D531) for setting the angle of the air injected through the discharge part 200 of the pet healthcare case 1 as it is and the discharge part according to the updated information A pet healthcare system based on the Internet of Things, characterized in that it consists of a positive government (D530) that sets the angle of the air injected through the 200 differently.
The method according to claim 18,
After selecting the pet type input unit (D520) and the selection unit (D521), a name input unit (D540) for setting the name of the pet healthcare case (1);
Pet health care case (1) power supply for remotely turning ON/OFF (D541);
A temperature unit (D542) measuring at least one of the body temperature of the pet and the receiving unit (S) of the pet healthcare case 1 through the temperature measuring unit 450 to inform the temperature on the display;
A mode unit (D543) for remotely selecting various modes formed on the controller (141) of the pet healthcare case (1) to drive the healthcare device (10); And
Home, calendar, customer sunter, shopping and setting any one or more of the setting unit (D544) formed on the user terminal (500); characterized in that it further comprises, IoT-based pet healthcare system.
The method according to claim 20,
A time unit D550 in which a value at which time is measured varies according to the selection of the mode unit D543;
After the health care device 10 is driven by the selection of the mode unit D543, when the time of the time unit D550 is changed to '00:00', the affirmative unit D551 is automatically terminated; And it characterized in that it further comprises a negative portion (D552) to return to the home to stop the drive of the health care device 10 driven by selecting the positive (D551) or to select a different mode portion (D543), Pet healthcare system based on the Internet of Things.
The method according to claim 20,
The calendar of the setting unit (D544)
The usage check section (D560) that informs the year, month, day, and mode name of the latest number of times the pet healthcare case (1) has been driven, and the monthly usage check that informs the usage of the pet healthcare case (1) monthly. Characterized in that it further comprises a wealth (D570), IoT-based pet healthcare system.

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