JP2002058378A - Total tending system for pet information and method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system capable of making a keeper, a pet, an employee of facilities, etc., share pet related information by a real-time or off-line means by automatically recognizing pets present in a shelter of pet facilities and passing the information through an internet among the keeper, a pet, the employee, etc. SOLUTION: A pet, an employee and information of pet facilities are uniformly controlled on a data base of an information control company so that the information is referred and renewed by the employee, etc., in a real time through the Internet. For example, a pet staying at the pet facilities is made to watch the image of a keeper and the appearance of a pet staying at the pet facilities can be watched from a terminal of a keeper. In a collation of data, a pet is automatically recognized by reading out a pet identification number(ID) from a noncontact small-sized IC chip attached to the body a pet or embedded in a collar, etc., so as to improve efficiency of information control.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a pet information comprehensive management system for managing pet related information.

[0002]

2. Description of the Related Art Conventionally, when a pet is deposited in a pet facility, for example, when traveling, the owner makes an inquiry to the pet accommodation facility by telephone or reads a diary describing the state of accommodation at the time of collection. Checked the status of the pet. In addition, in order to relax a pet while staying, measures such as playing classical music in the dormitory are generally taken.

On the other hand, as a technique relating to a method for automatically identifying a pet, for example, a technique disclosed in Japanese Patent Application Laid-Open No. 11-18608 is known. The technique described in JP-A-11-18608 relates to an automatic feeding device. This allows the antenna to receive information on non-contact tags embedded in animals or attached to collars, etc., so that even when there is no owner, it is possible to feed under the conditions suitable for the pet while checking the presence of the pet at the time of feeding. It was done.

[0004]

However, there is a strong demand from owners to check with their own eyes anytime and anywhere when they want to know how a pet is staying. On the other hand, pets can relax more if they can see the owner's voice and video while staying.

[0005] In addition, as an employee of a pet facility, it is necessary to check with the owner each time what kind of feed is given to the pet during the stay, which is troublesome. In the unlikely event that a pet becomes ill during a stay, there is also a problem that it is not possible to take appropriate measures because the past medical history and treatment records are not known.

SUMMARY OF THE INVENTION It is an object of the present invention to automatically identify pets in a dormitory of a pet facility and to transmit information between the owner, the pet, and employees of the pet facility via the Internet.
It is to provide a system that can share pet-related information in real time or offline.

[0007]

In order to achieve the above object, an invention according to claim 1 is a pet information comprehensive management system for managing information on pets, which is communicably connected to each other via a network. In addition, a pet dormitory system for storing pets, and an owner terminal operated by the owner, the pet dormitory system,
The pet terminal is provided with photographing means for photographing the stored state of the pet, and the owner terminal is provided with means for displaying the state of the pet photographed by the photographing means of the pet lodging system.

According to a second aspect of the present invention, there is provided a pet information comprehensive management system for managing information on pets, wherein the pet dormitory system stores pets and is communicably connected to each other via a network. An owner terminal to operate and a database for storing and managing information on pets, and the database includes pet identification information for identifying pets and pet accommodation identification information for identifying pet accommodations storing the pets. By storing in association with each other, a means for managing which pet is stored in which pet dormitory is provided, the pet dormitory system is provided with photographing means for photographing the state of the stored pet, and the owner terminal is: Means for inputting pet identification information for identifying a pet to be referred to; Means for displaying the state of the pet photographed in the above, and pet dormitory identification information for identifying the pet dormitory in which the pet is stored using the database based on the pet identification information input from the owner terminal And displaying the state of the pet photographed by the photographing means of the pet dormitory system specified by the identification information of the pet dormitory on the owner terminal.

According to a third aspect of the present invention, there is provided an integrated pet information management system for managing information on pets, wherein the pet dormitory system stores pets and is communicably connected to each other via a network. An owner-operating terminal and a database for storing and managing information on pets, and an IC capable of storing pet identification information for identifying the pet and reading the information in a non-contact manner. A tip is attached, and the database stores which pet is stored in which pet dormitory by storing the pet identification information that specifies the pet and the pet dormitory identification information that specifies the pet dormitory in which the pet is stored. With means to manage
The pet dormitory system includes reading means for reading the pet identification information of the IC chip mounted on the stored pet in a non-contact manner, and photographing means for photographing the state of the stored pet, and the owner terminal refers to Means for inputting identification information for identifying a pet desired, and means for displaying the state of the pet photographed by the photographing means of the pet dormitory system, by reading the pet identification information using the reading means, A pet dormitory in which a pet mounted with an IC chip storing identification information matching the identification information of the pet inputted from the owner terminal is searched, and the database is used by using the database based on the searched pet identification information. Acquires pet dormitory identification information of the pet dormitory in which the pet is stored, and acquires the pet dormitory identified by the pet dormitory identification information. Bets taken by the photographing means dormitory system pet how and displaying the owner terminal.

According to a fourth aspect of the present invention, there is provided an integrated pet information management system for managing information on pets, comprising: a pet accommodation system for storing pets, connected to each other via a network, and a pet facility. A pet facility terminal operated by an employee, and a database for storing and managing information on pets are provided, and the pets to be managed store pet identification information for identifying the pets and store the information in a contactless manner. A readable IC chip is mounted, and the database stores the pet identification information for identifying the pet and the pet accommodation identification information for identifying the pet accommodation in which the pet is stored in association with each other. A means for managing whether the pet is stored in the dormitory, a means for storing an image of the pet owner, and information about the pet And means for storing the pet quarters system is mounted in the stored pet IC
Reading means for reading the pet identification information of the chip in a non-contact manner, and display means for showing the owner's image to the stored pet, the pet facility terminal, input means for inputting identification information for identifying the pet accommodation Means for displaying information related to pets, wherein the means for reading pet identification information of an IC chip attached to a pet stored in a pet accommodation specified by the pet accommodation identification information input from the pet facility terminal. And acquiring information on the pet using the database based on the acquired pet identification information, and displaying the acquired information on the pet on the pet facility terminal.

According to a fifth aspect of the present invention, there is provided a pet information comprehensive management system for managing information on pets, wherein the pet dormitory system for storing pets is communicably connected to each other via a network. An owner-operating terminal and a database for storing and managing information on pets, and an IC capable of storing pet identification information for identifying the pet and reading the information in a non-contact manner. A means for managing who is the owner of which pet by mounting the chip and storing the pet in association with the pet identification information for identifying the pet and the owner identification information for identifying the owner of the pet. Means for storing an image of the owner of the pet, wherein the owner terminal is an image of the owner for the pet to see. Means for reading the pet identification information of an IC chip mounted on the stored pet in a non-contact manner, and a pet owner of the read pet identification information. It is characterized by comprising means for acquiring identification information using the database, and display means for acquiring an owner image of the owner identification information from the database and showing the pet to the pet.

According to a sixth aspect of the present invention, there is provided an integrated pet information management system for managing information on pets, which is connected to each other via a network so as to be able to communicate with each other. In addition to having a pet purchase applicant terminal operated by the applicant, the pet dormitory system is provided with photographing means for photographing the state of the stored pet, and the pet purchase applicant terminal is a pet that matches the purchase conditions. And means for displaying the state of the pet photographed by the photographing means of the pet lodging system.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be specifically described below with reference to the drawings.

FIG. 1 shows a schematic diagram of a pet information comprehensive management system according to an embodiment of the present invention. This system includes a pet dormitory system 12, a pet facility terminal 11, a pet purchaser terminal 10, an owner terminal 9, and an information management company system. These systems and terminals are connected to the Internet 13 and can communicate with each other. A non-contact type small IC chip 2 is attached to the pet 1. The mounting method is optional,
For example, it may be attached to the body of the pet 1, embedded in a collar or the like, or embedded in the body of the pet if there is no problem. The pet dormitory system 12 includes a reader 3 for reading an ID stored in a non-contact type small IC chip 2 attached to the pet 1, and a monitor with a speaker for the pet 1 to refer to the voice and image of the owner. 4 and a camera 5 for shooting a moving image of the pet 1. The pet dormitory is, for example, a pet shop, a pet hotel, or a pet hospital.

The non-contact type small IC chip 2 includes an electronic tag,
It is also called a data carrier, an IC tag, a non-contact tag, or the like, and includes a storage device, a transmission device, a reception device, and the like, and further has an antenna and the like connected thereto. It is capable of reading and writing information from and to a storage device in the IC chip 2 from outside without contact. Examples of the reading and writing method include an electromagnetic coupling method, an electromagnetic induction method, a microwave method, and an optical communication method. . In the electromagnetic coupling system or the microwave system, power supply radio waves are transmitted to an IC chip for power supply, and can be used as drive power in the IC chip. In this embodiment, a microwave system is used. Note that the electronic tag generally includes a chip portion and an antenna portion connected to the chip portion, but the entire electronic tag is referred to as an “IC chip” for simplicity.

The information management company has a database 6, a WWW server 7, and a moving image distribution server 8 for centrally managing various information on pets. The database 6 stores and manages pet facility related information, pet management information, owner related information, and pet related information. Information managed by the database 6 will be described later with reference to FIG.

The owner terminal 9 is a terminal for the owner to input information into the database 6 and to refer to the information. The owner terminal 9 is, for example, a portable telephone device such as an i-mode or a computer system connectable to the Internet 13. The pet purchase applicant terminal 10 is a terminal for pet purchase applicants to input information into the database 6 or to refer to the information. Terminal 1 for pet facilities
Reference numeral 1 denotes a terminal for an employee of a pet facility to input or refer to information in the database 6.

FIG. 2 shows the contents of the database 6 managed by the information management company. The database 6 includes a pet facility information table, an owner information table, a pet information table, and a pet management information table.

The pet facility information table is a table for managing information on pet facilities, and includes a pet facility ID for identifying the pet facility, introduction data of the pet facility, service contents and price system of the pet facility, and employee information of the pet facility. , Reservation (vacancy) information, pet information for sale, and the like. Such information is registered / updated by the pet facility terminal 11 by the pet facility affiliated (contracted) with the information management company.

The owner information table is a table for managing information on pet owners. The owner ID for identifying the owner, the owner's name, address, telephone number, voice,
An image, a pet ID, and the like are stored. This information is
The owner registers and updates the information with the owner terminal 9, or the employee of the pet facility registers and updates the information with the pet facility terminal 11 based on the owner's instruction. The owner's voice and image (moving image) data is data for letting a pet staying at a pet facility hear or watch the pet. The pet ID is an ID unique to the pet owned by the owner, and is information stored in the IC chip 2 attached to the pet as described later with reference to FIG.

The pet information table is a table for managing information on pets, and includes a pet ID, a pet name, a pet image (photograph), a pedigree book, a favorite feed, a disease history and its treatment history, and a pet facility use history. , And the owner ID are stored. Such information is registered and updated by the owner using the owner terminal 9, or based on the owner's instruction, the employee of the pet facility can read the information from the pet facility terminal 11.
Register and update with. The data of the disease history, the treatment history thereof, and the pet facility use history are automatically updated when the pet management information table described below is updated.

The pet management information table is a table for managing information on pets, and includes a pet ID, a pet facility ID, a dormitory number, a staying period of a kept pet, contents of service specified by the owner, and contents of service provided to the pet. To store the data. Such information is registered and updated by the pet facility using the pet facility terminal 11 with respect to the pet kept.

FIG. 3 shows a small non-contact type I to be attached to a pet.
The details of the content of the pet ID stored in the C chip 2 are shown. The pet ID is composed of an ID unique to the pet facility (unified management by an information management company) 31 and an ID unique to the pet (individual management for each pet facility) 32 so that the birth history of the pet can be tracked. Non-contact small IC chip 2
Is owned by the information management company. The information management company appoints pet facilities such as pet shops as sales agents. The owner purchases the non-contact small IC chip 2 individually for each pet.

For example, a pet sold at a pet shop affiliated with an information management company is sold with a non-contact small IC chip 2 mounted in advance. In this case, an ID that identifies the pet shop that sells the pet is stored in the ID 31 unique to the pet facility, and a pet ID that can uniquely identify the pet in the pet shop is stored in the ID 32 that is unique to the pet. I have. With the ID 31 and the ID 32, a pet can be uniquely specified among all pets managed by the information management company. The timing at which the non-contact type small IC chip 2 is attached to the pet and the timing at which the pet ID is written into the non-contact type small IC chip 2 are arbitrary. When the pet ID is written on the non-contact type small IC chip 2 and attached to the pet, the pet ID and the pedigree book can be written in the pet information table because they can be written.

There is also a blank non-contact small IC chip 2 in which no data is written, to be attached to a pet obtained from other than a pet shop affiliated with an information management company. For example, the owner may purchase a blank non-contact type small IC chip 2 and attach it to a pet, or bring a pet to an affiliated pet shop or the like to have the non-contact type small IC chip 2 attached. Non-contact small IC chip 2
Can be rewritten by using a dedicated device.

Next, the services that can be realized by the system of the present embodiment shown in FIGS. 1 to 3 will be described in detail. When pet owners, pet facility employees, and pet purchasers use the services provided by this system, they must first access the information management company's service-specific homepage (WWW server 7) via the Internet and authenticate the user. I need to get it. After being authenticated, the rights granted (eg agreements on accessible data)
The operation can be performed within the range.

FIG. 4 shows a processing procedure when the owner uses the service from the terminal 9. First, the owner uses the terminal 9 to manage the information management company's dedicated website (WWW server 7).
Is accessed (step 41). The WWW server 7 determines whether or not the owner information of the owner who has accessed has already been registered (step 42). If the owner information has not been registered, the WWW server 7 performs new owner information registration processing (step 48). The new owner registration process is a process of newly registering an owner in the owner information table of FIG. If the owner information has been registered, the user is required to input a user ID (step 43), and a password (both are integrally managed by an information management company) (step 44). If the owner ID and password are not appropriate, the process ends as an error. When the user authentication is completed by checking the owner ID and the password, an operation selection screen displaying a list of operations for the owner is displayed (step 45). Each process is executed based on the operation specified by the owner on the screen (step 47). However, if the right to execute the specified operation has not been granted, an error is displayed (step 4).
6).

The operations that can be performed by the owner in step 47 include referral information of pet facilities, online reservation of pet facilities, correction / change of owner information such as his / her own address, reference of pet information while staying, and familiar pet doctors. And search for hairdresser information (can be tracked even if the doctor moves from facility to facility).

In step 42 of FIG. 4, the owner ID
It is determined whether or not the owner information is registered from other information, but the steps 42 and 43 are exchanged, and the owner ID is input first, and whether or not the owner ID is already registered in the owner information table is determined. The registration of the owner information may be checked by judging whether or not the owner information is registered.

FIG. 4 illustrates the procedure in which the owner uses the service. However, the procedure in which the employee of the pet facility or the pet purchaser uses the service using the pet facility terminal 11 or the pet purchase applicant terminal 10 is described. The same is true for When the pet facility employee accesses using the pet facility terminal 11, it is checked whether or not the pet facility is already registered in the pet facility information table. Otherwise, the pet facility information is newly registered. If an appropriate pet facility ID and password are input by access from a pet facility that has already been registered, processing specified on a predetermined operation screen can be executed. In the case of access from a pet purchaser, it is not particularly necessary to check the ID and password, and a predetermined operation screen is displayed on the terminal 10 for pet purchase applicants.
The specified process can be executed.

FIG. 5 shows a processing procedure for referring to the state of the pet 1 staying at the pet facility (type of food eaten, real-time moving image, etc.) as an example of the operation that can be performed by the owner in step 47. . When the owner specifies a pet whose information is referred to by the pet ID (step 51), the pet management information table on the database 6 is searched using the pet ID as a key (step 52). When the owner makes a reference request for the video of the pet 1 (step 53)
Of the non-contact type small IC chip 2 of the pet staying
D is automatically read by the reading device 3, the read ID is compared with the specified pet ID (step 54), and the specified pet 1 is specified, and the pet dormitory 12 in which the pet is stored is specified. (Step 5
5). Next, the moving image of the pet 1 is photographed by the Internet live camera 5 installed in the specified pet dormitory 12 (step 56), and the moving image is distributed to the owner terminal 9 via the moving image distribution server 8 (step 56). 57). If it is not a pet video reference request in step 53,
The pet management information of the pet management table is displayed on the terminal 9. As described above, the owner can refer to the current state of the pet deposited in the pet facility with the live camera in real time, and can refer to various pet management information.

In the above description, the owner can know the state of the pet by conscious access from the owner, but the pet facility may notify the owner of the state of the pet. For example, when it is time to feed the pet 1 in the pet dormitory system 12, an email or other means is used to prompt the owner terminal 9 of the owner of the pet 1 to refer to the image of the pet 1. Issue a reminder notice. In response to this, the owner can refer to the state in which his pet is eating food in the procedure shown in FIG. This allows the owner to respond to a request to know if his pet is eating properly. Further, when it is time to feed the pet 1 in the pet dormitory system 12, the pet 1
The user may take a picture of eating food, attach the obtained moving image data to an e-mail, and send it to the owner terminal 9 of the owner of the pet 1.

Next, operations that can be performed by the pet facility employee from the pet facility terminal 11 will be described. Operations that pet facility employees can perform include referencing data in the owner information table, such as the address and telephone number of the pet owner, pet information such as pedigree, medical history / treatment record, vaccination history, and favorite feed information. Referencing the data in the table, referring to the owner's designated service contents classified by level, and the log of the pets staying and the history of the feed given (to the pets in the pet management information table in FIG. 2). Registration, correction, and update of the pet management information table.

For example, when a pet is stored at a pet facility, the stored pet is stored in an empty pet dormitory 12 and the pet facility terminal 11 accesses the pet management information table of the database 6 via the WWW server 7. ,
Register the information about the pet that was kept.

FIG. 6 shows, as an example of an operation performed by the pet facility employee from the pet facility terminal 11, a processing procedure when referring to information (medical history, favorite feed, etc.) of the pet 1 staying at the pet facility. Is shown. When a pet facility employee designates a pet dormitory 12 in which the pet 1 to be referred to is stored (step 61), the pet pet stored in the pet dormitory 12 is referred to by referring to the pet management information table in the database 6. The ID is acquired, the ID of the non-contact type small IC chip 2 of the pet staying in the dormitory is automatically read by the reader 3, and the read ID and the database 6 are read.
Is compared with the pet ID obtained from (step 62),
The pet stored in the pet dormitory 12 is specified (step 63). Next, the pet information table of the database 6 is searched using the pet ID as a key (step 64), and the pet information of the searched pet is displayed (step 65).

In the pet information table, the pet's favorite feed, medical history, medical history, and the like registered by the owner are described, so that the pet facility can perform an appropriate treatment according to the pet. Especially in this system,
Pet facility employees can manage pets staying by lodging number. That is, if the dormitory number is known, the pet ID of the pet stored in the dormitory number can be known by reading the non-contact type IC chip 2. If the pet ID is known, various information related to the pet can be obtained by searching the pet information table. Since the information is known, the pet facility does not need to individually memorize the information of the pet staying. Therefore, even if the pet is kept for the first time, the pet can be automatically identified simply by storing the pet in the dormitory, and the detailed information can be instantly searched.

At the pet facility, the pet can refer to the owner's voice and image information in order to relax the pet staying at the pet. FIG. 7 shows a processing procedure in the pet dormitory system 12 at that time. Every fixed time (designated by an employee of the pet facility) (steps 71 and 72), the pet I of the non-contact type small IC chip 2 given to the pet 1
D is automatically read by the reading device 3, the read pet ID is retrieved from the pet information table on the database 6, the owner ID of the owner of the pet is obtained, the owner ID is retrieved from the owner information table, and the owner is retrieved. Acquire audio and image (moving image) data (step 7)
3). Next, a notice for urging the owner's terminal 9 to refer to the image of the pet 1 is issued by e-mail or other means (step 74). Next, the voice and image of the owner acquired in step 73 are displayed on the monitor with speaker 4 for a certain period of time (step 75).

As described above, the pet 1 can relax during staying with reference to the sound and image of the owner. If the owner immediately refers to the state of the pet according to the procedure shown in FIG. 5 in response to the reminder to the owner in step 74, the state of the pet referring to the sound or image of the owner can be known. . That is, it is possible to respond to a request that the owner wants to know the situation when his pet refers to his voice or image. Instead of issuing a reminder notice in step 72, a mail attached with moving image data of a situation in which the pet refers to the owner's voice or image may be sent to the owner later.

A pet purchase applicant can purchase a pet sold at each pet facility (mainly a pet shop) which is centrally managed (ie, brokered) by an information management company. FIG. 8 shows a processing procedure at that time. First, the pet purchaser inputs various desired conditions regarding the pet to be purchased from the pet purchaser terminal 10,
The pet ID of the pet meeting the desired condition is obtained (step 81). That is, it is assumed that the WWW server 7 has a function of searching for a pet ID of a pet matching the desired purchase condition input from the pet purchaser terminal 10. Next, the pet information table on the database 6 is searched using the pet ID that matches the desired conditions of the pet purchaser as a key (step 82).

When the pet purchaser makes a request to refer to the moving picture of the pet (step 83), the ID of the non-contact type small IC chip 2 is automatically read by the reader 3, and the read pet ID and step are read. The pet ID is searched against at step 82 (step 87), and the pet dormitory 12 in which the pet 1 is currently stored is specified (step 88). Next, the moving image of the pet 1 is photographed by the Internet live camera 5 installed in the pet dormitory 12 (step 89), and the moving image is distributed to the pet purchaser terminal 10 via the moving image distribution server 8 (step 89). 90). After step 90, not shown, but step 8
Proceed to 4. After step 90 or when there is no image reference request in step 83, the pet information of the pet is displayed on the database 6 (step 84), and when the pet purchaser actually purchases the pet, (Step 85), online purchase processing (Step 8)
Perform 6).

As described above, the pet purchaser who wishes to purchase a pet online can determine whether or not to purchase the pet by actually referring to the current state of the pet that meets the desired conditions.

[0042]

As described above, according to the present invention, the pet owner can arbitrarily refer to the state of his or her pet when depositing the pet in a pet facility such as a pet hospital or pet hotel. You will be able to leave your pet at the facility with confidence. The pets will be able to see the owner's voice and images while staying, so they will be more relaxed. In addition, the pet facility does not need to individually manage the information of the pets that have been kept, and the detailed information of the pets can be collectively managed in a unit unique to the pet facility such as a dormitory, so that the work becomes efficient. In addition, pet purchase applicants,
Since you can consider purchasing pets sold at multiple pet stores with videos, you will be able to purchase pets that meet your purchase requirements online.

[Brief description of the drawings]

FIG. 1 is a system configuration diagram of a system according to an embodiment of the present invention;

FIG. 2 is a diagram showing contents of a database managed by an information management company;

FIG. 3 is a diagram showing the contents of a pet ID.

FIG. 4 is a flowchart for explaining a procedure in which an owner uses a service.

FIG. 5 is a flowchart for explaining a procedure when the owner refers to pet management information of a pet staying at the hotel.

FIG. 6 is a flowchart for explaining a procedure when a pet facility employee refers to pet information of a staying pet.

FIG. 7 is a flowchart for explaining a procedure in which a pet refers to owner information.

FIG. 8 is a flowchart for explaining the procedure of online purchase of a pet.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Pet, 2 ... Non-contact small IC chip, 3 ... Reader, 4 ... Monitor (speaker built-in), 5 ... Camera, 6 ... Database, 7 ... WWW server, 8: Video distribution server, 9: Owner terminal, 10: Pet purchase applicant terminal, 11: Pet facility terminal, 12: Pet dormitory, 13 ... the Internet.

Claims (6)

[Claims] 1. A pet information comprehensive management system for managing information on pets, comprising: a pet accommodation system for storing pets, connected to each other via a network, and an owner terminal operated by the owner. The pet dormitory system includes a photographing unit that photographs the state of the stored pet, and the owner terminal includes a unit that displays a state of the pet photographed by the photographing unit of the pet dormitory system. A comprehensive pet information management system. 2. A pet information comprehensive management system for managing information on pets, comprising: a pet dormitory system for storing pets, which is communicably connected to each other via a network; and an owner terminal operated by the owner. A database that stores and manages information about the pet, and the database stores the pet identification information that identifies the pet and the pet accommodation identification information that identifies the pet accommodation that stores the pet in association with each other. Thus, the pet dormitory system includes means for managing which pet is stored in which pet dormitory, the pet dormitory system includes a photographing means for photographing the state of the stored pet, and the owner terminal specifies a pet to be referred to Means for inputting pet identification information, and a pet photographed by the photographing means of the pet lodging system Means for displaying the state of the pet, acquiring pet dormitory identification information specifying the pet dormitory in which the pet is stored using the database based on the pet identification information input from the owner terminal,
A pet information comprehensive management system, wherein the pet's state photographed by the photographing means of the pet dormitory system specified by the pet dormitory identification information is displayed on the owner's terminal. 3. A pet information comprehensive management system for managing information on pets, comprising: a pet dormitory system for storing pets, connected to each other via a network, and an owner terminal operated by the owner. And a database for storing and managing information about the pet, and the pet to be managed is provided with an IC chip that stores pet identification information for identifying the pet and that can read the information in a contactless manner. The database stores the pet identification information that identifies the pet and the pet accommodation identification information that identifies the pet accommodation in which the pet is stored, in association with each other, and stores means for managing which pet is stored in which pet accommodation. The pet dormitory system includes a pet identification information of an IC chip attached to a stored pet. A reading unit for reading by contact, and a photographing unit for photographing the state of the stored pet, wherein the owner terminal is a unit for inputting identification information for identifying a pet to be referred to, and photographed by a photographing unit of the pet lodging system. Means for displaying the state of the pet that has been read, and by reading the pet identification information using the reading means, an IC chip that stores identification information that matches the identification information of the pet input from the owner terminal. A pet dormitory in which the attached pet is stored is searched, and the pet dormitory identification information of the pet dormitory in which the pet is stored is obtained using the database based on the searched pet identification information, and the pet dormitory identification information is obtained. Displaying the state of the pet photographed by the photographing means of the pet dormitory system specified in the owner terminal. Pet information comprehensive management system for the butterflies. 4. A pet information comprehensive management system for managing information on pets, comprising: a pet dormitory system for storing pets, connected to each other via a network, and a pet operated by a pet facility employee. In addition to a facility terminal and a database for storing and managing information on pets, an IC chip that stores pet identification information for identifying the pet and can read the information without contact is provided for the pet to be managed. By mounting, the database stores the pet identification information specifying the pet and the pet accommodation identification information identifying the pet accommodation in which the pet is stored in association with each other, so that which pet is stored in which pet accommodation is stored. Management means, means for storing an image of the pet owner, and means for storing information about the pet. The pet dormitory system includes: reading means for reading the pet identification information of the IC chip mounted on the stored pet in a non-contact manner; and display means for displaying the owner's image to the stored pet. The terminal for pets includes means for inputting identification information for specifying the pet dormitory, and means for displaying information about the pet, and is stored in the pet dormitory specified by the pet dormitory identification information input from the pet facility terminal. Acquiring the pet identification information of the IC chip attached to the pet using the reading means, acquiring information on the pet using the database based on the acquired pet identification information,
A pet information comprehensive management system, wherein information on the acquired pet is displayed on the pet facility terminal. 5. A pet information comprehensive management system for managing information on pets, comprising: a pet dormitory system for storing pets, which is communicably connected to each other via a network; and an owner terminal operated by the owner. And a database for storing and managing information about the pet, and the pet to be managed is provided with an IC chip that stores pet identification information for identifying the pet and that can read the information in a contactless manner. The database stores the pet identification information for identifying the pet and the owner identification information for identifying the owner of the pet in association with each other, so that a means for managing who owns which pet and an image of the owner of the pet are stored. Means for storing the owner, the owner terminal, the image of the owner to show to the pet, the database The pet dormitory system includes a reading unit that reads the pet identification information of the IC chip attached to the stored pet in a non-contact manner, and a pet owner identification information of the pet owner of the read pet identification information. A pet information comprehensive management system, comprising: means for acquiring by using the database; and display means for acquiring an owner image of the owner identification information from the database and showing it to the pet. 6. A pet information comprehensive management system for managing information on pets, comprising: a pet accommodation system for storing pets, connected to each other via a network, and a pet operated by a pet purchaser. The pet dormitory system comprises a photographing means for photographing the state of the stored pet, and the pet purchase applicant terminal comprises: An integrated pet information management system, comprising: means for displaying a state of the pet photographed by the photographing means.