KR20150125513A - pet management system and method - Google Patents

Abstract

The present invention relates to a pet management system and a method thereof. The method includes the processes of: using a terminal which displays management information by receiving the object information of a management target pet and a server which stores an instruction to calculate the daily energy requirement of the pet to receive the object information of the management target pet; and determining the current life cycle the pet is in based on the object information of the pet, applying the daily energy requirement calculation formula for the corresponding lifecycle stage, and calculating the daily energy requirement of the pet. Accordingly, the user can check the appropriate feed amount for the corresponding pet. The present invention also enables the user to recognize the ingredients of the product being fed to the pet to easily check the ingredients inducing allergic reactions and receive a recommended diet plan or feedback regarding the allergic reactions. Accordingly, the present invention can introduce a more scientific and effective method for feeding the food for the pet according to the pet′s current lifecycle stage compared to a conventional technology of simply analyzing the activity level of the pet and determining the feed amount thereof. The present invention enables effective management of the pet′s health condition and growth on the user′s end easily and accurately.

Description

A pet management system and method

The present invention relates to a method for managing companion animals, and more particularly, to a method for managing companion animals by calculating the daily energy demand and the recommended daily amount according to the growth period and health condition of companion animals, recording and transmitting an allergic diary for dietary allergy management And to a pet care management system that provides a personalized feedback service based on the established database.

With the recent growth of single-person households and the nuclearization of family members, the number of people who think of companion animals as another family member and co-live with companion animals in the home is increasing. As interest in companion animals increases, the companion animal industry develops and interest in companion health care is increasing.

On the other hand, proper eating habits based on accurate weighing are important in managing companion animals. Feeds for companion animals have been developed in recent years. A variety of products related to species and health status of companion animals, including classification according to the life cycle of companion animals such as growth period, maturity period and old age period, are produced, but different feed selection criteria and amount of feed are presented for each feed manufacturer, There is a problem that it is difficult to manage the correct eating habit of the companion animal by oneself.

In addition, although there is an application for calculating calorific value of companion animal feed, there is a problem that only the user who inputs the content of the companion animal and the ingredient content of the feed to be fed can be used.

Also, according to the prior art, there is a technique of distributing products based on the heart rate, weight, and measurement data of a pet dog. Such conventional technology simply analyzes the behavior of a pet dog through a behavior monitoring device attached to the pet dog, There is no technology to determine the amount of food by dividing it according to the growth state or growth cycle of the pet dog, specifically, it is only based on the analysis of the behavior amount in the current state of the pet dog.

Korean Patent Publication No. 2003-0026648

The present invention provides a companion animal care method that can calculate the recommended daily dose based on daily energy demand and daily energy demand according to the life cycle and health condition of companion animals.

The present invention provides a method for managing companion animals in which the companion animal grasps and manages the raw material of the product exhibiting an allergic reaction, and provides feedback or a recommended diet for the allergic response.

The present invention provides, as means for solving the problem, a method for controlling an animal, comprising: inputting individual information of a companion animal to be managed; and calculating a daily energy requirement of the companion animal, Calculating a daily energy requirement for each of the life cycles of the companion animal based on the individual information of the inputted companion animal, And calculating a daily energy demand in the life cycle to which the companion belongs. The individual information of the companion animal is used to determine which stage of the life cycle of the companion animal corresponds to which stage And life-cycle determination information as a basis on which life-cycle management can be performed.

Further, in the method for managing companion animals of the present invention, the determination as to which stage of the life cycle the companion animal belongs to is determined by a calculation formula of the correlation between the age of the companion animal and the growth period variable, .

In accordance with another aspect of the present invention, there is provided a method for controlling an animal, comprising: an input unit for inputting individual information of a companion animal to be managed; a calculation unit for calculating a daily energy requirement of the companion animal; And an instruction for calculating a daily energy demand of each companion animal by the life cycle of the companion animal, wherein the instruction for calculating the daily energy demand for each companion animal is stored in the storage unit, The terminal is characterized in that:

In accordance with another embodiment of the present invention, there is provided a terminal for receiving entity information of a companion animal to be managed and displaying management information of the companion animal to be managed, The server provides a management system of a companion animal for storing an instruction for calculating a daily energy demand for each companion animal according to a life cycle of the companion animal.

The method for managing companion animals according to the present invention inputs information on companion animals, such as age, weight, and health status, to a smart device, and calculates a daily energy demand based on information of companion animals. Then, based on the calculated daily energy requirement, the amount of calories to be paid can be inputted, so that the recommended daily amount of pay can be grasped. Accordingly, the user can confirm the amount of the payable for the corresponding companion animal.

In addition, by grasping the raw material of the product to be paid to the companion animal, the user can more easily confirm the raw material causing the allergic reaction, and can receive feedback on the allergic reaction or a recommended diet.

As described above, according to the present invention, compared to the prior art in which the behavior amount of the companion animal is analyzed to determine the amount of food, the amount of necessary food can be precisely determined according to which stage of the growth period / life cycle the companion animal belongs By providing a method of analysis and feeding, it is possible to introduce a more scientific and effective method to the feeding of the feed amount of companion animal, and to control the health state and growth and development of companion animal more effectively. Thus, the user can more easily and accurately manage the health of the companion animal.

1 is a schematic representation of a companion animal management application in accordance with an embodiment of the present invention.
2 is a diagram illustrating a login page according to an embodiment of the present invention.
3 is a diagram illustrating a main page according to an embodiment of the present invention
FIG. 4 is a diagram showing a mypet page when no dog information is registered according to an embodiment of the present invention; FIG.
FIG. 5 is a diagram illustrating a mypet page when the dog information according to the embodiment of the present invention is registered; FIG.
6 is a diagram showing a health state input page of a dog according to an embodiment of the present invention
7 is a diagram showing a natural information page according to an embodiment of the present invention.
8 is a diagram showing a main page of an allergy diary according to an embodiment of the present invention
9 is a diagram showing an elimination diets (ED) buyer page of an allergy diary according to an embodiment of the present invention
10 is a diagram illustrating a general user page of an allergy diary according to an embodiment of the present invention
11 is a diagram showing a brand introduction page according to an embodiment of the present invention
12 is a diagram illustrating a setting page according to an embodiment of the present invention

Hereinafter, embodiments of the present invention will be described in detail. It will be apparent to those skilled in the art that the present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know. The drawings may be exaggerated for explanatory purposes, and the same reference numerals denote the same parts.

The companion animal management system using the smart device can be prepared as a companion animal management application of the smart device.

1 is a schematic representation of a companion animal management application in accordance with an embodiment of the present invention.

The companion management application may be configured to include a login page and a main page. And, the application may include a start page, a loading page, which is output on the smart device screen before the login page is activated.

2 is a diagram illustrating a login page according to an embodiment of the present invention.

The login page includes a first login button, a first member registration button, and a tour button.

Clicking the login button will switch to the information input page. The information input page includes a first ID input unit, a first password input unit, a second login button, and an ID / password search button. At this time, if registered as a member, input the ID and password, and click the second login button to activate the main page.

If it is not registered as a member, return to the login page and click the first member registration button. When you click the subscription button, the subscription page is activated.

The membership subscription page includes a second ID input unit, a second password input unit, a password re-confirmation input unit, an e-mail input unit, a name input unit, a mobile phone number input unit, and a second member subscription button. Also, the ID, e-mail, and mobile phone number can not be used in duplicate, so duplicate checking is performed by clicking the right duplication check button of each of the ID, e-mail, At this time, if any of the ID, the e-mail or the mobile phone number does not overlap, the membership is completed and the login page is changed. When the user enters the member registration page, the same information as the member information of the Internet homepage must be input, so that a message indicating that the service can be used smoothly can be activated through a pop-up window, and a pop-up window may disappear when a pop-up window is clicked. Also, the second ID input unit, the e-mail input unit, the name input unit, and the mobile phone number input unit may be displayed with a phrase to register the same as the homepage before the information is input.

Clicking the tour button will take you to the main page. At this time, if any one of the buttons of the main page described later is clicked, a button for confirming whether or not the user is willing to join is activated together with a pop-up window indicating that the user can join. For example, an OK button and a cancel button may be activated together with the phrase " Would you like to join?

3 is a diagram illustrating a main page according to an embodiment of the present invention.

The main page includes a micropet button, a natural information button, an allergy diary button, a brand introduction button, and a setting button.

4 is a diagram illustrating a mypet page when no pet information is registered according to an embodiment of the present invention. 5 is a diagram illustrating a mypet page when the pet information according to the embodiment of the present invention is registered.

When the user clicks the My Pet button, in the initial subscription state, for example, when there is no input information, the dog information registration button is activated. When the dog information is registered, the page is switched to the micropeter page.

Clicking on the button for registering dog information will switch to the dog page. The dog additional page includes a photo registration unit, a dog name input unit, a category input unit, a birthday input unit, a weight input unit, a sex input unit, and a storage button. When adding a dog, you must enter at least your birthday and weight. At this time, the birth date is entered as the date of birth. If either the birthday or the weight is not inputted, a pop-up window for creating a birthday or a weight is created by clicking the save button.

6 is a diagram illustrating a screen for inputting status information such as a health status of a dog according to an embodiment of the present invention.

7 is a diagram illustrating a natural information page according to an embodiment of the present invention.

8 is a diagram illustrating a main page of an allergy diary according to an embodiment of the present invention.

9 is a diagram showing an elimination diet (ED) buyer page of an allergy diary according to an embodiment of the present invention.

10 is a diagram illustrating a general user page of an allergy diary according to an embodiment of the present invention.

11 is a diagram illustrating a brand introduction page according to an embodiment of the present invention.

12 is a diagram illustrating a setting page according to an embodiment of the present invention.

The method of managing the companion animal using the smart device is a step of inputting the information of the companion animal, a step of automatically calculating the energy demand based on the information of the companion animal, a recommendation of inputting the calorie of the product to be paid to the companion animal based on the energy requirement And automatically calculating the payout amount.

Hereinafter, the companion animal is described as an example of a pet dog.

In the step of entering information of a companion animal, for example, a pet dog, a birth date and a weight of the pet dog are input. The dog's birthday can be entered as the birth year and month, and the weight can be entered in kg. Thus, the age of the dog is automatically calculated based on the dog's birthday. At this time, the age of the dog can be months. In addition, in inputting information of the pet dog, the name, sex, and photograph of the pet dog may be registered.

Then, at the step of inputting the information of the pet dog, the current state of health of the pet dog is inputted. At this time, the health condition of the dog may be the degree of obesity, size, activity and pregnancy. The degree of obesity may be underweight, standard and obese, depending on the degree of obesity, and the size of the pet may be small, medium, large and very large. More specifically, it may be small for 1 to 10 kg of pet dogs, medium for 11 to 25 kg, large for 26 to 45 kg, and extra large for 46 kg or more. In addition, it can be divided into active, general, and inactive according to the activity level of the pet dog, and the presence or absence of the pregnancy may be general, pregnant and lactating, not during pregnancy. At this time, the pregnancy state may be targeted to a dog who is pregnant for 4 weeks or more.

The daily energy demand calculation method according to the present invention

Hereinafter, the feed amount calculation process of the present invention will be described with reference to FIGS.

According to the present invention, the daily energy demand is automatically calculated on the basis of the age, for example, the number of months, the weight, and the health state of the dog.

First, the information of the pet dog is input in the mypet page shown in Fig. The basic input items can be the date of birth and weight for calculating the age of the dog.

The purpose of the present invention is to automatically calculate the recommended amount of feed for a particular feed in the current life cycle of a pet, and calculate the daily energy demand of the pet for the purpose of calculating the appropriate amount of feed.

The daily energy requirement of a pet varies depending on the life cycle or health condition of the pet, and the life cycle of the pet includes growth period, maturity period and old age period.

At this time, the daily energy demand of the pet is calculated according to the following equation.

로 계산되어 지며, 본 발명의 애플리케이션에 의해 계산되는 애완견의 1일 에너지 요구량인 DER은 다음 수식으로 결정된다. If your dog's body weight is BW kg, your dog's baseline metabolic energy requirement, RER,

And the DER, which is the daily energy demand of the dog calculated by the application of the present invention, is determined by the following equation.

The daily energy demand is calculated on the basis of general dogs. Even if the dog is the same dog, the amount of feed should be derived differently according to the size and activity of the pet dog. Therefore, the basic daily energy requirement coefficient X is set as follows .

In this case, β is an activity value variable, which is a substitute value according to the weight, size and activity amount of the pet dog, and the activity amount variable β is as follows.

Table 1 is a table showing the values of? And? Relative to the size of the dog. Here, β is the same as described above, and γ is a growth period variable as a substitute value for the size of the pet dog to calculate the period until the dog (baby dog) becomes a dog based on the size of the dog, as described later.

small type Medium large Super large beta value 110 110 120 170 gamma value One 2 3 3.4

At this time, dogs selected to be active in the activity portion of the dog's health state are assigned a value of +15 for the activity variable β, and -15 for the dogs selected for inactivity.

The values of alpha, beta and gamma can be commonly applied to all the equations described below.

1. Energy requirement calculation for growing dogs

을 만족하는 경우, 현재 애완견은 그 생애주기 중에서 성장기에 속하는 것으로 판단되고,
The correlation between the growth period variable, which is the substitute value of the dog and the age of the dog,

, It is judged that the pet dog currently belongs to the growing period in the life cycle,

DER, a daily energy requirement,

에 의해서 계산된다.

.

At this time,

,

,

를 만족한다.

.

Here, X is the energy demand factor per day, BW is the weight of the dog (kg), α is the age of the dog (month), β is the activity value variable according to the size and activity of the dog, Is the growth period variable, DER, which is the substitute value for calculating the (growth) period that the dog (baby dog) takes to become a dog, and DER is the calculated daily energy demand.

2. Calculate daily energy requirement of transition dogs from maturity to maturity

The transition period from maturity to maturity is needed because the boundaries between growth and maturity are unclear.

The energy demand per day of a transition dog entering a mature period satisfies the following equation.

,

,

에 부합하는 경우,

If it matches,

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), α is the age of the pet (month), β is the substitute value according to the size and activity of the pet, The substitution value for calculating the (growing) period until this dog becomes the DER is the energy demand per day

3. Energy demand calculation of mature dog's day

The relationship between the age of companion animal and growth period variable,

Mature dogs require two-thirds of their energy needs compared to their growing dogs.

On the other hand, whether or not the size of the pet dog is mature in the case of a very large size should satisfy the relation between the age of the companion animal and the growth period variable,

At this time, the daily energy demand DER is calculated as DER = X.

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), α is the age of the pet (month), β is the substitute value according to the size and activity of the pet, The substitution value for calculating the (growing) period until this dog becomes the DER is the energy demand per day

4. In maturity Old age  Pet Diet Energy Requirement Calculation of the Transitional Period

Dogs of old age also need transitional period to enter old age from maturity.

The daily energy demand of transition dogs entering the old age meets the following equation.

If it matches,

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), α is the age of the pet (month), β is the substitute value according to the size and activity of the pet, The substitution value for calculating the (growing) period until this dog becomes the DER is the energy demand per day

If the size of the transitional pet dog is very large, the daily energy demand satisfies the following equation.

If it matches,

일 때,

when,

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), α is the age of the pet (month), β is the substitute value according to the size and activity of the pet, and γ is the pet size The substitution value for calculating the (growing) period until this dog becomes the DER is the energy demand per day

5. Old age  Pet dog daily energy demand calculation

The daily energy demand of the old dogs meets the following equation.

If it matches,

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), α is the age of the pet (month), β is the substitute value according to the size and activity of the pet, and γ is the pet size The substitution value for calculating the (growing) period until this dog becomes the DER is the energy demand per day

In addition, when the size of the old dog is very large, the daily energy demand satisfies the following equation.

일 때,

when,

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), α is the age of the pet (month), β is the substitute value according to the size and activity of the pet, and γ is the pet size The substitution value for calculating the (growing) period until this dog becomes the DER is the energy demand per day

6. Daily energy demand calculation for obese or underweight dogs

In addition, the daily energy demand of the pet dog according to the size and the life cycle of each dog when the dog is obese or underweight meets the following equation.

If your dog is obese,

If your pet is underweight,

Here, Z is the daily energy requirement of the pet, based on the size and life cycle of each pet dog obtained above, BW is the weight of the pet (kg), DER is the energy demand per day

7. Calculating daily energy requirements for pregnant or underweight dogs

The daily energy requirement for a pet dog according to the size and life cycle of each pet, for example, when the animal is pregnant or lactating for 4 weeks or more, satisfies the following equation.

If your dog is pregnant for more than 4 weeks,

If your dog is feeding,

Here, X is the energy demand factor per day, BW is the weight of the pet (kg), β is the substitute value according to the size and activity of the pet, Y is the value calculated according to the size and life cycle of each pet (1 to 4 animals), m is the number of animals (5 animals or more) in which the dog is feeding, L is the amount of energy required for feeding the dog , L is lactation period (week, week), DER is energy demand per day

In this case, if the number of birds being fed by a pet is 1 to 4, the number of birds is substituted for the value of n, and 0 is substituted for the value of m. If the number of birds being fed by a pet is 5 or more, substitute the value of m for the number of birds and substitute 0 for the value of n.

According to the invention allergy diary  Delivery Process

The method for managing a pet using a smart device of the present invention further includes the step of providing the allergy diary by grasping a raw material of a product paid to a pet dog. The allergy diary records raw ingredients (ingredients) of the dietary products that are paid to the dogs, and not only easily organizes the dogs' constitutional responses to the ingredients, but also transmits them to the server through the "transfer" function, And can be used for services such as receiving feedback from experts and providing recommended diets.

As shown in FIG. 8 to FIG. 10, detailed information on the diet and products fed to pet dogs or companion animals can be recorded and stored in a database, which can be used for management of a companion animal diet.

As described above, according to the embodiment of the present invention, the companion animal management method inputs information on companion animals, such as age, weight, and health status, to the smart device, and calculates the daily energy demand based on information of the companion animal. Then, based on the calculated daily energy requirement, the amount of calories to be paid can be inputted, so that the recommended daily amount of pay can be grasped. In this way, according to the present invention, the user has the effect of confirming the appropriate amount of feed to the companion animal. Further, by grasping the raw material of the product to be paid to the companion animal, the user can more easily And can be provided with feedback or a recommended diet for allergic reactions.

The scope of the present invention encompasses a system consisting of a terminal-server for carrying out the procedure of the companion animal management method described above.

The companion animal management system of the present invention comprises a terminal and a server connected to a wired / wireless communication network, and the terminal includes a mobile terminal, a wired terminal (computer) and the like.

The terminal includes an input unit for inputting individual information of the companion animal from the user, various data necessary for managing the companion animal, information on the input entity, an instruction for calculating the life cycle for managing the companion animal, And a calculation unit for calculating a daily energy demand of the companion animal. At this time, the calculation procedure used by the storage unit to calculate the daily energy requirement of the companion animal in the calculation unit, and the calculation formula thereof are the same as described in the management method of the companion animal.

The system of the present invention can store the instruction for calculating the daily energy demand of the companion animal in the terminal and configure the terminal calculator to perform the calculation as described above and on the other hand the entity information of the companion animal The calculation of the daily energy demand / recommended amount is performed by receiving the relevant data from the terminal and storing the instructions such as calculation formulas related to the calculation in the server so that the calculation is performed by the server. .

Although the present invention has been described in connection with certain exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Therefore, the scope of the present invention should not be limited by the described embodiments, but should be defined by the appended claims and equivalents thereof.

Claims (20)

A process of inputting individual information of the managed object companion animal;
And calculating a daily energy demand of the companion animal,
The process of calculating the daily energy demand of the companion animal comprises:
A step of determining a life cycle stage belonging to the companion animal, based on the individual information of the input managed subject companion animal;
And calculating a daily energy demand in a life cycle in which the companion animal currently belongs by applying a daily energy demand calculation formula for each life cycle of the life cycle determined as described above,
The individual animal information of the companion animal includes,
Life cycle determination information that is a basis for determining which stage of each phase of the life cycle that the companion animal goes through. The method according to claim 1,
The life-
The age of the companion animal and the size of the companion animal. The method of claim 2,
The individual animal information of the companion animal includes,
It includes additional current health status information of the companion animal,
Wherein the current health state information comprises:
Wherein the information is at least one of size information of a companion animal, obesity status information, activity status information, pregnancy and nursing presence information, and the like. The method of claim 3,
Judgment as to which phase of the life cycle the companion animal belongs to,
Wherein the age of the companion animal is determined by a correlation equation between the age of the companion animal and the growth period variable, which is the substitution value by the size of the companion animal. The method of claim 4,
In the process of calculating the daily energy demand in the life cycle to which the companion belongs,
The energy demand calculation formula for each life cycle,
The life cycle is classified according to the correlation between the age of the companion animal and growth period variables,
Wherein the animal is determined by the weight, activity amount, growth period, and age of the companion animal for each life cycle. The method of claim 5,
Each phase of the life cycle of the companion animal
Comprising the growing, mature, and old age groups. The method of claim 6,
Wherein each step of the life cycle of said companion animal comprises:
The first transition from the growing stage to the mature stage,
And a second transition from mature stage to old age stage. The method of claim 6,
Wherein when the life cycle of the companion animal is determined to be any one of a growth period, a maturity period, and an old age period, the daily energy requirement amounts satisfy the following equations.
When the life cycle is a growing period,
Daily energy demand

If the life cycle is mature,
Daily energy demand

When the life cycle is the old age,
Daily energy demand

Respectively, and in each case,

,

α: age (months) of companion animal, β: activity variable of companion animal, γ: growth period variable of companion animal The method of claim 8,
The correlation between the age of the companion animal and the growth period variable, which is the substitution value of each companion animal, when the life cycle of the companion animal is judged to be the growth period, the maturity period, and the old age, respectively, How to manage your pet.
When the life cycle is a growing period,

If the life cycle is mature,

When the life cycle is the old age,

α: age of companion animals (months), γ: growth period of companion animals The method of claim 9,
If the size of the companion animal is a very large traction,
The daily energy requirement of the mature pet is:

when,

The daily energy demand of the aged animal companion animal,

when,

The method comprising the steps of: The method of claim 7,
Wherein when the life cycle of the companion animal is determined to be either the first transitional period or the second transitional period, the daily energy demand satisfies the following equations.
If the life cycle is a first transient,
Daily energy demand

If the life cycle is a second transition,
Daily energy demand

Respectively, and for each

α: age (months) of companion animal, β: activity variable of companion animal, γ: growth period variable of companion animal The method of claim 11,
The correlation between the age of the companion animal and the growth period variable, which is the substitution value by the size of the companion animal, when the life cycle of the companion animal is judged to be the first transitional period or the second transitional period, respectively, How to manage your pet.
If the life cycle is a first transient,

If the life cycle is a second transition,

α: age of companion animals (months), γ: growth period of companion animals The method of claim 12,
If the size of the companion animal is a very large dog,

,

Is satisfied. ≪ / RTI > The method according to any one of claims 8 to 13,
Wherein the daily energy requirement according to the health condition of the companion animal is determined by the following equation.
When the companion animal is obese,

,
When the companion animal is underweight,

,
If the companion animal is pregnant for more than 4 weeks,

,
When the companion animal is lactating,

.
Z: Daily energy demand of the companion animals per each life cycle obtained in claims 8 to 13
Y: The daily energy requirement of the pet dog calculated by calculating the value according to the size and the life cycle of each pet to the degree of obesity
n: Number of marijuana in which the dog is feeding (1 to 4 animals)
m: Number of dogs fed by dogs (5 dogs or more)
L: The value of substitution according to the feeding period of the dog
l: Feeding period (week, week) The method according to any one of claims 1 to 13,
Inputting a calorie of the product to be fed to the companion animal;
And calculating a recommended amount of the product to be fed to the companion animal from the calculated daily energy requirement and the calorie of the product supplied to the companion animal. 16. The method of claim 15,
Recording a raw material of a product to be fed to the companion animal;
And recording the information of the product paid to the companion animal in a database and recording the response of the companion animal to the paying product to provide the allergen diary. An input unit for inputting individual information of the managed companion animal;
A calculation unit for calculating a daily energy demand of the companion animal;
An instruction for calculating a daily energy requirement of the companion animal performed by the calculation unit; and a storage unit for storing data received from the input unit,
The instruction for calculating the daily energy demand amount stored in the storage unit may include:
An instruction for carrying out a procedure of a pet care method according to any one of claims 1 to 13. 18. The method of claim 17,
Wherein the storage unit stores the information of the product paid to the companion animal in a database and records the reaction of the companion animal to the product to be paid to form an allergy diary; . A terminal for inputting individual information of the managed companion animal and displaying management information of the managed companion animal;
A server receiving and storing entity information of the input managed subject companion animal from the terminal;
And,
The server stores an instruction to calculate the daily energy demand of the companion animal,
The instructions for calculating the daily energy demand include:
12. An animal care system, comprising: instructions to carry out the procedures of the animal care method of any one of claims 1 to 13. The method of claim 19,
The terminal,
Receiving the information of the product paid to the companion animal and the response of the companion animal to the paying product, and transmitting the received information to the server;
The server comprises:
Wherein the information of the product paid to the companion animal and the response of the companion animal to the product to be paid are inputted from the terminal to constitute the allergy diary.

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