JP2008131862A - Pet diagnosing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a pet diagnosing system capable of distinguishing unique characteristics possessed by each pet from psychological and physiological states of the pet and judging the optimal prescription for each pet. <P>SOLUTION: The pet diagnosing system 100 is provided with the following: an input means 10 for inputting species information; a species characteristic extracting means 32 for extracting species characteristic data corresponding to the pet; a detecting means 20 for detecting the state of the pet; a psychological state discriminating means 33 for discriminating the psychological state of the pet; a physiological state discriminating means 34 for discriminating the physiological state of the pet; an individual characteristic distinguishing means 35 for distinguishing the unique characteristics possessed by the pet; and a prescription distinguishing means 37 for judging the prescription corresponding to the pet on the basis of species characteristic data output from the species characteristic extracting means 32 and individual characteristic data output from the individual characteristic distinguishing means 35 and extracting the prescription data corresponding to the pet from a prescription storage means 36. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a pet diagnosis system that determines a prescription according to the state of a pet, and in particular, a pet that determines the unique prescription of each pet from the psychological state and physiological state of the pet and determines the optimal prescription for each pet. It relates to a diagnostic system.

A conventional pet health management system includes a pet status information acquisition device and a pet health judgment device, and the pet health judgment device uses information included in the pet status information to determine whether or not the pet is in a healthy state. Judgment is made (for example, see Patent Document 1).
JP 2006-42670 A

  In the conventional pet health management system, it is necessary to register in advance the information unique to pets in the mini-knowledge database, and the pet health management system detects the pet-specific characteristics. It wasn't. For this reason, in using this pet health management system, there is a problem that the pet owner needs to grasp the characteristics unique to the pet.

  In particular, in order to detect pet-specific characteristics, it is necessary to observe the pet from various viewpoints, and it is unlikely that a reliable detection result will be obtained in a general household. There has been a problem that the most appropriate judgment may not be made in judging the health status of a pet based on its unique characteristics.

  The present invention has been made to solve the above-described problems, and can determine the unique characteristics of each pet from the psychological state and physiological state of the pet and determine the optimal prescription for each pet. An object is to provide a pet diagnosis system.

  In the pet diagnosis system according to the present invention, among the information about pets, the input means for inputting at least type information indicating the type or breed of the pet, and the type feature storage for storing the characteristics common to each type of animal as data A type feature extracting unit for extracting type feature data corresponding to the pet from the type feature storage unit based on the type information data output from the input unit, a detection unit for detecting the state of the pet, Based on the state data output from the detection means and the classification feature data output from the classification feature extraction means, the psychological state identification means for identifying the psychological state of the pet, the state data output from the detection means, and the Based on the classification feature data output from the classification feature extraction means, the life that identifies the physiological state of the pet A state identifying unit; and an individual feature determining unit configured to determine a unique feature of the pet based on the psychological state identifying data output from the psychological state identifying unit and the physiological state identifying data output from the physiological state identifying unit; Based on the prescription storage means that stores prescriptions that define treatment according to the state of the pet as data, the type feature data output from the type feature extraction means and the individual feature data output from the individual feature determination means, Prescription determination means for determining a prescription corresponding to the pet and extracting prescription data corresponding to the pet from the prescription storage means.

  Further, in the pet diagnosis system according to the present invention, the psychological state identification unit and the physiological state identification unit include data output from the input unit, state data output from the detection unit, and the type as necessary. Based on the classification feature data output from the feature extraction means, the psychological state and physiological state of the pet are identified.

  The pet diagnosis system according to the present invention further includes an individual feature storage unit that stores individual feature data output from the individual feature determination unit, if necessary, and the prescription determination unit includes the type Based on the type feature data output from the feature extraction unit and the individual feature history data output from the individual feature storage unit, the prescription corresponding to the pet is determined, and the prescription data corresponding to the pet is obtained from the prescription storage unit. To extract.

  Further, in the pet diagnosis system according to the present invention, as necessary, the detection means is a means for detecting the state of the pet by contacting the pet, a means for imaging the pet and detecting the state of the pet, A means for detecting the state of the pet by installing it in a space where the pet stays, a means for detecting the state of the pet from a sample collected from the pet, or the amount of intake or discharged by the pet It is a means for detecting the state.

  Further, in the pet diagnosis system according to the present invention, the detection means that comes into contact with the pet is incorporated in the pet's neck ring, foot ring, or jewelry, or embedded in the pet's body as necessary. Body temperature, blood pressure value, pulse rate, heart rate, respiratory rate, myoelectric potential, cardiac potential, brain wave, number of steps, or position.

  The pet diagnosis system according to the present invention further includes a notification unit that notifies the prescription for the pet based on the prescription data extracted by the prescription determination unit, if necessary. It is built into the terminal device of the administrator of the diagnostic system, the terminal device of the service provider that provides services based on the prescription, or the terminal device of the pet owner.

  In addition, the pet diagnosis system according to the present invention includes an environment adjustment unit that changes the environment of the space where the pet stays based on the prescription data extracted by the prescription determination unit, as necessary. is there.

  In the pet diagnosis system according to the present invention, among the information about pets, the input means for inputting at least type information indicating the type or breed of the pet, and the type feature storage for storing the characteristics common to each type of animal as data A type feature extracting unit for extracting type feature data corresponding to the pet from the type feature storage unit based on the type information data output from the input unit, a detection unit for detecting the state of the pet, Based on the state data output from the detection means and the classification feature data output from the classification feature extraction means, the psychological state identification means for identifying the psychological state of the pet, the state data output from the detection means, and the Based on the classification feature data output from the classification feature extraction means, the life that identifies the physiological state of the pet A state identifying unit; and an individual feature determining unit configured to determine a unique feature of the pet based on the psychological state identifying data output from the psychological state identifying unit and the physiological state identifying data output from the physiological state identifying unit; Based on the prescription storage means that stores prescriptions that define treatment according to the state of the pet as data, the type feature data output from the type feature extraction means and the individual feature data output from the individual feature determination means, A prescription determination unit that determines a prescription corresponding to the pet and extracts prescription data corresponding to the pet from the prescription storage unit; And the individual characteristics of the pet, which are obtained by distinguishing the unique characteristics of the pet from the psychological state and physiological state of the pet. It is possible to determine the best formulation according to the state.

  Further, in the pet diagnosis system according to the present invention, the psychological state identification unit and the physiological state identification unit include data output from the input unit, state data output from the detection unit, and the type as necessary. By identifying the pet's psychological state and physiological state based on the type feature data output from the feature extraction unit, and further adding the data output from the input unit as a determination element, the individual features with higher accuracy can be obtained. Can be determined.

  The pet diagnosis system according to the present invention further includes an individual feature storage unit that stores individual feature data output from the individual feature determination unit, if necessary, and the prescription determination unit includes the type Based on the type feature data output from the feature extraction unit and the individual feature history data output from the individual feature storage unit, the prescription corresponding to the pet is determined, and the prescription data corresponding to the pet is obtained from the prescription storage unit. By extracting and storing the individual feature data, it is possible to determine a prescription with higher accuracy.

  Further, in the pet diagnosis system according to the present invention, as necessary, the detection means is a means for detecting the state of the pet by contacting the pet, a means for imaging the pet and detecting the state of the pet, A means for detecting the state of the pet by installing it in a space where the pet stays, a means for detecting the state of the pet from a sample collected from the pet, or the amount of intake or discharged by the pet The detecting means is specified by the means for detecting the state.

  Further, in the pet diagnosis system according to the present invention, the detection means that comes into contact with the pet is incorporated in the pet's neck ring, foot ring, or jewelry, or embedded in the pet's body as necessary. By detecting the body temperature, blood pressure value, pulse rate, heart rate, respiration rate, myoelectric potential, cardiac potential, brain wave, number of steps, or position, the pet state can be detected in real time.

  The pet diagnosis system according to the present invention further includes a notification unit that notifies the prescription for the pet based on the prescription data extracted by the prescription determination unit, if necessary. It is built into the terminal device of the administrator of the diagnostic system, the terminal device of the service provider that provides services based on the prescription, or the terminal device of the pet owner, so that the optimal prescription according to the pet's condition Can be confirmed by the terminal device.

  Further, the pet diagnosis system according to the present invention includes an environment adjusting unit that changes the environment of the space where the pet stays based on the prescription data extracted by the prescription determining unit, if necessary. The space where the pet stays can be made a comfortable environment for the pet.

(First embodiment of the present invention)
FIG. 1 is a functional block diagram of a pet diagnosis system according to the first embodiment for carrying out the present invention. FIG. 2 shows an example of type feature data stored in a type feature storage means in the pet diagnosis system shown in FIG. FIG. 3 is an explanatory diagram showing an example of prescription data stored in the prescription storage means in the pet diagnostic system shown in FIG. 1, and FIG. 4 is a schematic configuration of a pet facility in which the pet diagnostic system shown in FIG. 1 is introduced. FIG. 5 is a functional block diagram of another pet diagnosis system in the first embodiment for carrying out the present invention.

  In FIG. 1 to FIG. 5, the input means 10 is means for inputting at least type information indicating the type or breed of pets among information relating to pets, and examples thereof include a keyboard or a mouse. If the input means 10 is a keyboard, characters or symbols indicating the type or breed of a pet to be diagnosed are entered. If the input means 10 is a mouse, the type or breed of a pet to be diagnosed is displayed on the display. Move the cursor to the indicated character or symbol and specify it.

  Here, a pet means an animal kept for the purpose of petting in the vicinity of an owner such as a mammal, a bird or a reptile as well as a dog or a cat. In addition, the information about the pet is information that the owner knows about the pet, or information obtained by measuring or observing the state of the pet. For example, the type of pet, breed, sex, length, height, weight, Age, date of birth, place of origin, habitat, birth place, medical history, history, family history, body temperature, blood pressure, pulse rate, heart rate, respiratory rate, electroencephalogram, electrocardiogram, myoelectric potential, body fat percentage, blood component , Excrement component, saliva component, sweat component, exhaust component, odor, meal amount, excretion amount, hydration amount, sweat amount, exhaust amount, number of steps, exercise amount, action range, position, motion, personality, habit, sleep time, Examples include meal time, hydration time, bedtime, and wake-up time.

  The detection means 20 is in contact with the pet and the state of the pet (for example, body length, body height, body weight, body temperature, blood pressure value, pulse rate, heart rate, respiratory rate, electroencephalogram, electrocardiogram, myoelectric potential, body fat rate or number of steps) Etc.), means for detecting the pet's state (e.g., movement, position, momentum or action range, etc.), installed in the space where the pet stays and the state of this pet (e.g., Means for detecting the position, range of action, etc., means for detecting the condition of this pet (eg blood component, excretory component, saliva component, sweating component, exhaust component or odor) from a sample collected from the pet, or The pet's condition is detected from the amount of intake (for example, the amount of food or hydration) consumed by the pet or the amount of discharged (for example, excretion, sweating or exhaustion). It is a means.

  The type feature storage means 31 stores features common to each type of animal as data. For example, as shown in FIG. 2, the type feature storage means 31 stores a tree structure in which the types, breeds, and features of animals are linked. Yes.

  The type feature extraction unit 32 extracts the type feature data corresponding to the pet from the type feature storage unit 32 based on the type information data output from the input unit 10. If the data structure stored in the type feature storage unit 31 is the data structure shown in FIG. 2, the feature corresponding to the pet breed input by the input unit 10 is extracted as type feature data.

  The psychological state identification unit 33 identifies the psychological state of the pet based on the state data output from the detection unit 20 and the type feature data output from the type feature extraction unit 32. The state data output from the detection means 20 is data indicating, for example, a pet's body temperature, blood pressure value, pulse rate, heart rate, respiratory rate, electroencephalogram, electrocardiogram, myoelectric potential, or action. If there is a difference compared to the normal state data, the psychological state of the pet has some abnormality, and the psychological state is identified by the state item and the degree of the difference. In particular, by measuring the electroencephalogram of a pet, if the proportion of alpha waves is higher than other frequency components, it is determined that the electroencephalogram is at rest and the pet is in a relaxed psychological state.

  The physiological state identification unit 34 identifies the physiological state of the pet based on the state data output from the detection unit 20 and the type feature data output from the type feature extraction unit 32. The state data output from the detection means 20 includes, for example, the pet's body length, body height, weight, body temperature, blood pressure value, pulse rate, heart rate, respiratory rate, brain wave, cardiac potential, myoelectric potential, body fat percentage, blood Data indicating ingredients, excrement components, saliva components, sweating components, exhaust components, odors, meals, excretion, hydration, sweating, exhaust, steps, exercise, action range or movement, etc. If there is a difference compared to normal state data in the data, some abnormality has occurred in the physiological state of the pet, and the physiological state is identified by the state item and the degree in which the difference occurs. In particular, by analyzing components such as blood components, excrement components, saliva components, sweating components or exhaust components, the physiological state of pets for early detection of potential illnesses that are difficult to find in general households Identify.

  The individual feature discriminating unit 35 discriminates unique features of the pet based on the psychological state identification data output from the psychological state identifying unit 33 and the physiological state identification data output from the physiological state identifying unit 34.

  The prescription storage means 36 stores, as data, a prescription that defines handling according to the state of the pet. For example, as shown in FIG. 3, it is stored as a tree structure in which animal types, states, and prescriptions are linked.

  The prescription determination unit 37 determines a prescription corresponding to the pet based on the type feature data output from the type feature extraction unit 32 and the individual feature data output from the individual feature determination unit 35, and the prescription storage unit 36 sends the information to the pet. Extract the corresponding prescription data. In addition, when the data structure stored in the prescription storage means 36 is the data structure shown in FIG. 3, the prescription according to the state corresponding to the state of a pet is extracted as prescription data.

  The notification means 40 notifies the prescription for the pet based on the prescription data extracted by the prescription determination means 37. The notification means 40 is means for notifying the administrator or user of the pet diagnosis system of the prescription using the human senses (sight, hearing, taste, smell, touch), for example, a display (display function) , A printer (printing function), a speaker (audio function), or the like.

  The environment adjustment unit 50 changes the environment of the space where the pet stays based on the prescription data extracted by the prescription determination unit 37. If the space where the pet stays is indoors, the environment adjusting means 50 can clean the indoor air, temperature, humidity, pressure, illumination, color, sound, smell, material (wall, floor, ceiling), A means for adjusting ventilation or sunlight, for example, an air cleaner, an air conditioner, a heating device, a cooling device, a humidifier, a dehumidifier, an air compressor, a lighting device, a speaker, an incense burner, a sprayer, a diffuser, a mist Machine, window, door, shutter or curtain. That is, the pet diagnosis system is linked to the air-conditioning equipment, lighting equipment, or sound equipment in which these environmental control means 50 are appropriately selected and installed, so that the room where the pet stays can be made a comfortable environment for the pet. .

  Next, as shown in FIG. 4, the pet diagnosis system 100 shown in FIG. 1 can be used with a pet such as a hotel, inn, condominium, restaurant, cafeteria, gymnasium, playground, open space, park, etc. Facilities where pets are deposited, or complex facilities (hereinafter referred to as pet facilities 200) adjacent to the pet industry such as hospitals, beauty salons, shops, funeral halls, cemeteries or parking lots. The case where it introduces to is demonstrated.

  In FIG. 4, the detection means 20 which contacts the pet 300 is for detecting in real time the body temperature, blood pressure value, pulse rate, heart rate, respiratory rate, myoelectric potential, electrocardiogram, electroencephalogram, step count or position of the pet 300. It is a sensor and is built in the collar ring 21 a attached to the pet 300. The detection means 20 that comes into contact with the pet 300 may be embedded in the annulus or the accessory, or may be embedded in the pet body, but it is preferable to use the detection means 20 that does not give the pet 300 a sense of incongruity. The collar 21a attached to the pet 300 incorporates a transmitter (not shown), and transmits data detected by the sensor to the receiver 21b arranged in the pet facility 200.

  Moreover, the detection means 20 which images the pet 300 is the imaging device 22 or the like disposed in the pet facility 200, and by capturing a moving image of the pet 300, the pet motion, momentum, position, action range, behavior, Detect personality.

  The pet 300 status data received by the receiver 21 b and the pet 300 status data captured by the imaging device 22 are transmitted to the management server 30 via the Internet network 60. In FIG. 1, the management server 30 includes a type feature storage unit 31, a type feature extraction unit 32, a psychological state identification unit 33, a physiological state identification unit 34, an individual feature determination unit 35, a prescription storage unit 36, and a prescription determination unit 37. The input unit 10 corresponds to a keyboard or mouse (not shown) of the administrator terminal device 70.

Next, an example where the owner uses the pet facility 200 will be described.
First, the owner deposits the pet 300 at the reception of the pet facility 200.
After checking the pet type and breed, the pet facility attaches the collar 21a incorporating the sensor and the transmitter to the pet 300, and returns the pet 300 to the owner.

  The pet facility side selects the type and breed of the pet corresponding to the pet 300 out of the pet type and breed items displayed on the display of the administrator terminal device 70 with the mouse as the input means 10. .

By using the pet facility 200 together with the pet 300, the owner sends the status data of the pet 300 to the management server 30 in real time.
When the owner finishes using the pet facility 200, the owner deposits the pet at the reception of the pet facility 200.

  The pet facility side displays the prescription corresponding to the pet 300 calculated based on the type information data and the state data of the pet 300 by the management server 30 on the display of the administrator terminal device 70 which is the notification means 40, and also the prescription. Print on the printer. In addition, the pet facility side removes the collar 21a from the pet 300, returns the pet 300 to the owner, and proposes a prescription for the pet 300 using a paper on which a prescription corresponding to the pet 300 is printed. In addition, the notification device 40 is built in the terminal device 80 of the owner, that is, the prescription data can be transmitted to the terminal device 80 such as a mobile phone or a personal computer owned by the owner so that the prescription can be displayed on the display of the terminal device 80. Good.

  In addition, the pet facility 200 arranges specialists for pets such as veterinarians, allotherapists, phytotherapists, phytotherapists, pet grooming specialists (trimmers, groomers), pet sitters or breeders. Combined business tie-up with service providers that provide services to pets such as hospitals, beauty salons, pet hotels, dog nurseries, pet shops, pet food companies, pet taxi companies, pet insurance companies or pet funeral companies If it is a facility, the prescription for the pet 300 can be dealt with quickly in this complex facility. In this case, the notification means 40 is built in the terminal device 90 of the service provider, that is, the prescription data is transmitted to the terminal device 90 of the service provider and the prescription can be displayed on the display of the terminal device 90. Good.

  In addition, when the pet diagnosis system 100 according to the first embodiment is introduced in a place shared by two or more pets 300 (for example, a common space of a hotel, a restaurant, or a playground), the pet is designated as a specific pet. Correspondingly changing the environment of the pet facility 200 by the environmental adjustment means 50 requires consideration of the influence on other pets (especially other types of animals), and therefore, the environmental adjustment means that can be synchronized between pets. It is preferable not to use the environmental adjustment means 50 except for the environmental adjustment means 50 where 50 and other pets are not affected.

  However, when the pet diagnosis system 100 according to the first embodiment is installed in a place that a single pet 300 occupies (for example, a guest room of a hotel, a dwelling unit of an apartment, etc.), it corresponds to a specific pet. It is possible to use the environment adjusting means 50 that can change the environment of the pet facility 200. In addition, when introducing the pet diagnostic system 100 into a guest room of a hotel or a dwelling unit of a condominium, it is preferable not to use the imaging device 22 for the detection means 20 in consideration of the privacy of the guest and the resident.

  In the first embodiment, as shown in FIG. 1, the pet state data obtained from the detection unit 20 is directly output to the psychological state identification unit 33 and the physiological state identification unit 34. As shown in FIG. 5, the value measured by the detection unit 20 may be input using the input unit 10, and the input data may be output to the psychological state identification unit 33 and the physiological state identification unit 34, respectively. .

  In particular, values that do not need to measure the state of the pet in real time or values that cannot measure the state of the pet in real time (for example, body length, height, weight, body fat percentage, blood component, excretory component, saliva component, As the detection means 20 for detecting a sweating component, an exhaust component, an odor, a meal amount, an excretion amount, a hydration amount, a sweat amount, an exhaust amount, a sleeping time, a meal time, a hydration time, a bedtime or a wake-up time, etc. It is preferable to use the input means 10 to input a value obtained by measurement with a measuring device (for example, a measure, a weight scale, a weighing instrument, or an analyzer).

  Accordingly, it is not necessary to connect the detection unit 20 online in the pet diagnosis system 100, and the state of the pet 300 detected by the detection unit 20 is temporarily input by the input unit 10 and data output from the input unit is obtained. By adding to the psychological state identifying unit 33 and the physiological state identifying unit 34 as determination elements, it is possible to determine individual features with higher accuracy.

  When the pet diagnosis system 100 shown in FIG. 5 is introduced into the pet facility 200 shown in FIG. 4 and the owner uses the pet facility 200, the pet keeps the pet 300 at the reception. It is conceivable to measure the state of the pet 300 before using the facility, during the use of the pet facility, or after using the pet facility with a measuring device, and input the measurement result to the input means 10.

(Second embodiment of the present invention)
FIG. 6 is a functional block diagram of a pet diagnosis system in the second embodiment for carrying out the present invention. 6, the same reference numerals as those in FIGS. 1 to 5 denote the same or corresponding parts, and the description thereof is omitted.

  The second embodiment is different from the first embodiment only in that it further includes individual feature storage means for storing individual feature data output from the individual feature determination means. Except for the function and effect of the means, the same function and effect as those of the first embodiment are achieved.

  The individual feature storage unit 38 is a unit for storing and storing the individual feature data output from the individual feature determination unit 35. That is, depending on the usage time of the pet facility 200, the amount of information of the determined individual feature data is small, and there is a possibility that an optimal prescription (particularly, chronic disease etc.) may not be determined. Therefore, by storing and storing the individual feature data by the individual feature storage means 38, the information amount (individual feature history data) of the individual feature data that can determine the optimum prescription corresponding to the chronic disease is obtained. Obtainable.

  The individual feature storage means 38 stores changes in the body weight, body temperature, blood pressure value, body fat percentage, etc. of the pet with respect to changes in the amount of meal, exercise amount, environment, etc., and shows the correlation characteristics between the history information. By discriminating, it is possible to discriminate the prescription that gives the pet the optimum amount of meal, exercise amount or environment.

  The prescription determination unit 37 determines a prescription corresponding to the pet based on the type feature data output from the type feature extraction unit 32 and the individual feature history data output from the individual feature storage unit 38, and the prescription storage unit 36. The prescription data corresponding to the pet is extracted from.

  Even if the time for using the pet facility 200 is short, the individual feature data can be accumulated by using the pet facility 200 many times. However, when the use interval of the pet facility 200 is increased. Since the individual characteristics of the pet 300 may change, it is preferable to increase the frequency of use of the pet facility 200 in order to obtain accurate individual characteristic history data.

It is a functional block diagram of the pet diagnostic system in a 1st embodiment for carrying out this invention. It is explanatory drawing which showed an example of the classification feature data stored in the classification feature storage means in the pet diagnostic system shown in FIG. It is explanatory drawing which showed an example of the prescription data stored in the prescription storage means in the pet diagnostic system shown in FIG. It is a schematic block diagram of the pet facility which introduced the pet diagnostic system shown in FIG. It is a functional block diagram of the other pet diagnostic system in 1st Embodiment for implementing this invention. It is a functional block diagram of the pet diagnostic system in 2nd Embodiment for implementing this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Input means 20 Detection means 21a Collar 21b Receiver 22 Imaging device 30 Management server 31 Type feature storage means 32 Type feature extraction means 33 Psychological state identification means 34 Physiological state identification means 35 Individual feature discrimination means 36 Prescription storage means 37 Prescription discrimination Means 38 Individual feature storage means 40 Notification means 50 Environment adjustment means 60 Internet network 70 Administrator terminal device 80 Owner terminal device 90 Service provider terminal device 100 Pet management system 200 Pet facility 300 Pet

Claims (7)

Among the information about pets, input means for inputting at least type information indicating the type or breed of the pet;
Type feature storage means for storing data common to each type of animal as data;
Based on the type information data output from the input means, type feature extraction means for extracting type feature data corresponding to the pet from the type feature storage means;
Detecting means for detecting the state of the pet;
A psychological state identifying unit for identifying the psychological state of the pet based on the state data output from the detecting unit and the type feature data output from the type feature extracting unit;
Physiological state identification means for identifying the physiological state of the pet based on the state data output from the detection means and the classification feature data output from the classification feature extraction means;
An individual feature discriminating unit for discriminating a unique feature of the pet based on the psychological state identifying data output from the psychological state identifying unit and the physiological state identifying data output from the physiological state identifying unit;
Prescription storage means for storing prescriptions that define treatment according to the pet's condition as data;
Based on the classification feature data output from the classification feature extraction unit and the individual feature data output from the individual feature determination unit, the prescription corresponding to the pet is determined, and the prescription data corresponding to the pet is stored from the prescription storage unit. Prescription discrimination means for extracting
A pet diagnosis system characterized by comprising: The pet diagnostic system according to claim 1, wherein
The psychological state identifying means and the physiological state identifying means are based on the data output from the input means, the state data output from the detection means, and the type feature data output from the type feature extraction unit. A pet diagnosis system characterized by identifying a state and a physiological state. In the pet diagnostic system according to claim 1 or 2,
An individual feature storage unit for storing individual feature data output from the individual feature determination unit;
The prescription determination unit determines a prescription corresponding to the pet based on the type feature data output from the type feature extraction unit and the individual feature history data output from the individual feature storage unit, and from the prescription storage unit A pet diagnosis system for extracting prescription data corresponding to the pet. In the pet diagnostic system according to any one of claims 1 to 3,
The detecting means is means for detecting the state of the pet by contacting the pet, means for detecting the state of the pet by imaging the pet, means for detecting the state of the pet installed in a space where the pet stays A pet diagnostic system comprising: means for detecting a state of the pet from a sample collected from the pet; or means for detecting the state of the pet from an intake amount or a discharged amount taken by the pet. The pet diagnostic system according to claim 4, wherein:
The detection means that comes into contact with the pet is built in the neck, foot ring, or jewelry of the pet, or embedded in the body of the pet, and the body temperature, blood pressure value, pulse rate, heart rate, respiratory rate, myoelectric potential of the pet. A pet diagnosis system for detecting cardiac potential, electroencephalogram, number of steps or position. In the pet diagnostic system according to any one of claims 1 to 5,
Based on the prescription data extracted by the prescription determination means, comprising a notification means for notifying the prescription for the pet,
The informing means is incorporated in a terminal device of an administrator of a pet diagnosis system, a terminal device of a service provider that provides a service based on the prescription, or a terminal device of the pet owner. Diagnostic system. In the pet diagnostic system according to any one of claims 1 to 6,
A pet diagnosis system comprising: an environment adjusting unit that changes an environment of a space where the pet stays based on prescription data extracted by the prescription determining unit.

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