KR20040027593A - A simulated crossing system of the pet and service method thereof - Google Patents

Abstract

PURPOSE: A system for virtual crossing of a pet and a service method thereof are provided to recommend a mate in an order appearing the best descendants by collecting information appeared from a sequential application of the Nix, Fitzluck, and Dosage theory as well as a bloodline and a consanguinity index of the pet. CONSTITUTION: An information receiver(10) receives the history information of a member and the member's pet, and various kinds of request information for the pet through an Internet network(200). A controller(20) recommends the mate in the order appearing the best descendant through the virtual crossing. A storage(30) stores the history information needed fro the virtual crossing when the virtual crossing is realized by the controller. The controller comprises a ranking calculating logic(21), a bloodline calculating logic(22), a consanguinity index calculating logic(23), a crossing mate calculating logic(24), and a controlling part(25).

Description

A simulated crossing system of the pet and service method

The present invention relates to a virtual breeding technology of pets, and more specifically, to a breeding of a pet of a user by a web server on the Internet in which a pedigree of a pet (eg, a dog, a cat, etc.) is managed integrally. When the application is filed, sequential application of the Nix theory, Fitz-Luck theory, and Dosage theory is carried out to virtually cross-breed and recommend mating targets (male or male) in the order of the best offspring. The present invention relates to a virtual breeding system for pets and a service method thereof.

As is well known, living things have their own methods to prevent the activation of various recessive factors by inbreeding.

For example, male lions do not mix in herds when they grow up, while barnacles that live on a stone by the sea extend their tentacles by mating in order to mate with the farthest of them.

In addition, the appearance of thermoformation due to inbreeding can cause negative mutations, various diseases due to weakened immune systems, new diseases due to errors in genetic information, and the like.

In particular, pets such as dogs and cats, which are cats that are raised mainly for human enjoyment, are now recognized as members of the family beyond human faithful friends. If these pets are inbred, genetic diseases Negative mutations, as well as a variety of diseases caused by immune weakness, and these diseases can be transmitted to humans, so special care is required.

Thus, conventionally, in order to prevent inbreeding of pets, breeding of pets was performed using history information including inbreeding coefficients and lineages.

However, the method of utilizing the above lineage and inbreeding factor did not consider genetic techniques and methods at all, and accordingly, it was insufficient to develop breeds by breeding pets, that is, developing pets with good lineage. .

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, and the present invention provides a method of applying information represented by the sequential application of the nicks theory, the Fitz-Luck theory, and the urban theory as well as the pedigree and the relative coefficient of the pet. By providing virtual crossbreeding services, we recommend the breeding targets (female or male) in the order in which the best offspring are produced by collecting the virtual breeding. In addition, the aim of the present invention is to provide a virtual breeding system and a service method of a pet, which can effectively prevent the manifestation of various diseases due to weakened immunity, and create a pet descendant having a good breed.

1 is a block diagram of a virtual breeding system of pets according to an embodiment of the present invention.

Figure 2 is a service flow chart of pet virtual mating in one embodiment of the present invention.

3 is a main page screen diagram of a web environment for virtual breeding of pets in one embodiment of the present invention.

4 is a screen diagram for receiving the history information of the pet in one embodiment of the present invention.

Figure 5 is a screen diagram showing a list of pet pedigree tree in one embodiment of the present invention.

Figure 6 is a screen diagram showing the pedigree tree and the relative coefficient of the pet in one embodiment of the present invention.

Figure 7 is a screen diagram of a bloodline implemented on the Internet in one embodiment of the present invention.

8 is a screen diagram for adding and registering the history information of vaccination for a pet according to an embodiment of the present invention.

Figure 9 is a screen diagram for entering the history information of the participation of the pet competition and its award in one embodiment of the present invention.

10 is a service screen diagram of a ranking setting implemented on the Internet according to the breed of the pet according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

10; Information receiver 20; Control means

21; Ranking calculation logic unit 22; Lineage calculation logic

23; Intrinsic coefficient calculation logic 24; Crossing calculation logic section

24a.24b, 24c; 1st, 2nd, 3rd mating target selection unit

25; A controller 30; Storage

31,32,33,34; 1, 2, 3, 4 database

100; Web server 200; Internet network

300; User computer

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a block diagram showing a virtual breeding system of a pet according to an embodiment of the present invention, 100 is a web server, 200 is an internet network, 300 is a user computer.

The web server 100,

History information (e.g. lineage, breed, awards of various competitions, mating information, etc.) related to the registered user and their pets, and various application information (e.g. artificial insemination, mating, pre-sale) related to pets An information receiving unit 10 receiving through the internet network 200;

Control means (20) for recommending mating targets in the order in which the best descendants may come out through virtual mating when the information received from the information receiver (10) is a mating application; And,

Storage means (30) for storing and managing the history information of the pets necessary for the virtual breeding when the virtual breeding is performed by the control means (20); Characterized in that the configuration.

According to another aspect, the control means 20,

Ranking calculation logic unit 21 for calculating the ranking of the pet based on the history information of the pet stored in the storage means 30,

Pedigree calculation logic unit 22 for calculating the pedigree of the pet based on the history information of the pet stored in the storage means 30,

When the breeding application of the pet is received from the information receiving unit 10, the neighboring coefficient calculation logic unit 23 for calculating the inbreeding coefficient of the pet and the pet stored in the storage means 30,

The best descendants may be generated after virtual breeding by applying the theory of determining mating suitability to the information calculated from the ranking calculation logic unit 21, the lineage calculation logic unit 22, and the intrinsic coefficient calculation logic unit 23. A mating target calculation logic unit 24 for calculating a mating target which is present;

The controller 25 controls the logic units 21, 22, 23, and 24 according to the information received from the information receiver 10.

According to yet another aspect, the crossing target calculation logic unit 24,

The first mating target selection unit 24a in which the Knicks theory is established to select a pet suitable for breeding based on information calculated from the ranking calculation logic unit 21, the lineage calculation logic unit 22, and the near relative coefficient calculation logic unit 23. )Wow,

A second mating target selection unit 24b in which Fitz-Luck theory is established to determine mating suitability of mating targets selected from the first mating target selecting unit 24a, and

And a third mating target selection unit 24c in which urban theory is established to finally determine the mating suitability of the mating targets selected from the second mating target selecting unit 24b.

According to yet another aspect, the storage means 30,

A first database 31 for storing and managing personal information of the user;

A second database 32 for storing and managing pet history information;

A third database 33 for storing and managing information on the virtual breeding made by the mating target calculation logic unit 24,

And a fourth database 34 for storing and managing actual mating information of the mating targets, which are calculated through the virtual mating of the mating target calculating logic unit 24.

On the other hand, Figure 2 illustrates a virtual breeding service method implemented by the virtual breeding system of pets as an embodiment of the present invention described above, the progress step,

Judging whether a mating request has been received after inducing a user to register and receiving history information of a pet held by the user;

When the application for mating is received from the above step, the virtual information of the pet of the user who applied for mating is compared with the historical information about the pets of other users stored in the storage means 30, and virtually crosses the target. Selecting first;

Calculating a close relative coefficient of the first selected mating target pets and a mating pet, performing virtual crosses, and secondly selecting a target suitable for mating;

After applying the theory of judging mating suitability to the second selected mating target pets, the virtual mating is performed, and the final mating target is selected, and this is applied to the user of the mating pet as well as the user of the selected mating target pet. Notifying;

Transmitting a message for arranging offline breeding to the users of the mating target pet and the mating pet from the above step;

When the breeding of the pet is arranged from the step of storing the management result after being notified from the user of the breeding result; Characterized in proceeding to.

According to another aspect, the final selection of the object suitable for the mating,

Selecting the target suitable for the breeding after performing the virtual breeding of the second selected mating target pets by applying the Knicks theory;

Selecting a target suitable for breeding after performing virtual breeding by applying the Fitz-Luck theory to the mating target pets selected by the Knicks theory;

Performing virtual breeding by applying urban theory to the mating target pets selected by the Fitz-Luck theory, and finally selecting a target suitable for mating; Characterized in that further comprises a.

Referring to Figures 1 to 10 attached to the operation of an embodiment of the present invention configured as described above are as follows.

First, when a user having a pet accesses the main page of the web server 100 as shown in FIG. 3 through the computer 300 and the internet network 200, the control means 20 in the web server 100 Encourage user's membership.

At this time, when the user is a member registration, the control means 20, as well as the user's personal information, the history of the pet held by the user through the page display of Figs. 4 and 5 and 8 and 9 Information, that is, the lineage, varieties, participation in various competitions, awards, medical history, preventive access status, etc. are input.

Then, the input information is transmitted to the control means 20 through the information receiving unit 100 in the web server 100,

The control unit 25 in the control unit 20 stores and manages the user's personal information input in the first database 31 of the storage unit 30, and the user's pet history information is stored in the second database ( 32) to manage.

Here, the user and pet history information stored in the first and second databases 31 and 32 are collected through repetition of the operation, so that the management is integrated.

At this time, when a specific user registered to apply to the web server 100 for the breeding of the pet owned by the computer 200, the control unit included in the control means 20 in the web server 100 25 receives a user's mating application through the information receiving unit (10).

Subsequently, the control unit 25 performs virtual crossover by comparing the history information of the pet of the user who applied for cross breeding through the control of the logic unit with the history information of the pets of other users stored in the storage means 30. A target suitable for mating, that is, a pet of mating target is selected first.

That is, the control means 20 includes a control unit 25, a ranking calculation logic unit 21, a lineage calculation logic unit 22, an intrinsic coefficient calculation logic unit 23, as well as first to third mating target selection units. A mating object calculating logic section 24 including (24a) (24b) and (24c),

The ranking calculation logic unit 21 calculates the ranking of the pet based on the history information of the pet stored in the second database 32 in the storage means 30, as shown in FIG. 24).

Then, the lineage calculation logic unit 22 calculates the lineage of the pet based on the history information of the pet stored in the second database 32 in the storage means 30, and then calculates the lineage of the pet to the mating target calculation logic unit 24. You will be notified.

Then, the mating target calculation logic unit 24 virtually crosses while comparing the ranking and lineage information of the notified pets as described above, and then primarily selects a target suitable for mating, that is, a pet of mating target. In addition, the first virtual cross information is stored in the third database 34 for later use.

Here, the pedigree of the pet is managed through a document called a pedigree, as shown in FIG. 7, which includes the pet's name, information about the pet and the dog, search, birth date, sex, breeder, weight, and the like. It is not necessarily limited to such a thing.

Meanwhile, as shown in FIG. 6, the inbreeding coefficient calculating logic unit 23 calculates an intrinsic coefficient of a pet that has applied for mating with the first selected pets and transmits the inbreeding coefficient to the mating target calculation logic unit 24. Bar,

The mating target calculation logic unit 24 performs a virtual breeding based on the inbreeding coefficient information of the first selected mating target pets and mating pets, that is, a pet suitable for mating, that is, a pet with a mating pet. The pet with the smallest coefficient is selected secondly, and the information of the secondary virtual crossing is stored in the third database 34 for later use.

That is, the mating target calculation logic 24 selects a mating target pet and a pet whose inbreeding coefficient does not exceed 18.5% as the second mating target.

On the other hand, after the pets of the second mating target are selected through the inbreeding coefficient as described above, the mating target calculation logic unit 24 applies a theory of determining mating suitability to the second selected mating target pets. By performing virtual crosses, the final mating targets are selected, and the information on the final virtual crosses is stored in the third database 34 to be used later.

Looking more specifically at this,

The first mating target selecting section 24a in the mating target calculating logic section 24 includes a ranking calculation logic section 21, a lineage calculation logic section 22, and the information calculated from the relative coefficient calculation logic section 23. By applying the theory, the pets suitable for breeding are selected again from the second selected pets.

Here, the Knicks theory refers to the compatibility and affinity of the lineage, which refers to the affinity of a specific breed of pets and a species of pets that contained a specific breed of pets in the foreign grandfather.

In other words, the Knicks theory,

First, a certain cancer, the number of crosses, the champion will come out.

Secondly, females are not good at champs, but when a female meets a female male and a male, the champion comes out.

Third, the male can not cross, but the champion comes out of the correlation between the male's side and the female.

Fourth, a specific bloodline between a male and a male meet can be divided into a champion.

In addition, the second mating target selecting unit 24b in the mating target calculating logic 24 applies the Fitz-Luck theory to determine the mating suitability of the mating targets selected from the first mating target selecting unit 24a. Among the pets selected by the Knicks theory, the pets suitable for mating will be extracted again.

Here, the Fitz-Luck theory is also called 'Fitz-Luck's 18.75 theory', which is a production theory that increases the probability of the birth of a good offspring pet when one of the dog's blood is shared in the third and fourth generations.

Accordingly, the second mating target selection unit 24b selects a pet of a mating target having a blood volume of less than 18.75% through FitzLuck's theory, but has a high lineage compatibility and affinity with the nicks among the selected pets. Animals will be selected for mating.

On the other hand, the third mating target selection unit 24c in the mating target calculation logic unit 24 by applying the doctrine theory to determine the mating suitability of the mating targets selected from the second mating target selection unit 24b, The pets to be mated were finally selected.

That is, the urban theory is a theoretical means of mathematically measuring the ability of a mating target to genetically divide the ability of the mating target into two types, speed and stamina, which are the four ancestors appearing on the lineage of the mating target. The evaluation is based on the characteristics of the ancestors of the ancestors that had a great influence on the ability of the targets.

In addition, the urban theory shows that the propensity of the mating target is brilliant, intermediate, classic, solid, professional, or professional. A Dosage Profile (DP) classified into the following categories is formed, and the Dosage Index (DI) and the Center of Distribution (CD) are based on the Dodge Profile (DP). This mathematical formula can be derived.

That is, the urban index DI is a category included in the urban profile DP as shown in Equation 1 below, and the score of the classic (C) is added to the score of the brilliant (B) and the intermediate (I). This is done by summing the half (C / 2) and then dividing the sum of the half of the classic (C) by half (C / 2) and the solid (S) and professional (P) scores.

The center (CD) value of the distribution can be obtained by Equation 2 below.

Here, the larger the urban index (DI) means that the mating target is more inclined to the speed capability than the stamina, and the larger the values of the brilliant (B) and intermediate (I) are distributed with the urban index value (DI). The center value (CD) of is higher, whereas the larger the values of solid (S) and professional (P) are, the lower the urban index value (DI) and the center value (CD) of distribution are.

Accordingly, the third mating target selection unit 24c performs final mating target on the urban index DI and the distribution center value CD through Equations 1 and 2 based on the urban profile DP. Will be able to select.

In addition, the final mating target selected by the third mating target selecting unit 24c is transferred to the controller 25, whereby the controller 25 performs final mating through information retrieval stored in the first database 31. The result of the selection of the target and the message for the off-line breeding arrangement are notified to the user of the selected breeding target pet as well as the user of the breeding pet through a transmission medium such as an e-mail.

Then, the user of the mating target and the user of the mating application subject that received the above message can perform mating with a desired partner offline.

At this time, the progress and results of the breeding so that users are notified to the web server 100, the control unit 25 in the web server 100, the mating time and the mating result of the user member's pets made offline This information is stored in the fourth database 34 so that it can be used for future mating arrangements.

As described above, the present invention is applied to pets of mating applications through the sequential application of not only data-based information but also genetic engineering calculation methods based on various biological genetic theories that analyze the data, that is, Knicks theory, Fitzrock theory, and urban theory. By selecting the pet of the most suitable breeding target, the breed of the pet can be continuously preserved, and it will have the characteristics to prevent the harm caused by inbreeding.

As described above, the virtual breeding system of a pet of the present invention and its service method are virtually integrated through the collection of information represented by the sequential application of the Knicks theory, the Fitz-Luck theory, and the urban theory as well as the pedigree and intimacy coefficient of the pet. By mating, we recommend mating targets in the order of the best offspring, so that we can effectively prevent the development of various diseases caused by immune weakness as well as genetic diseases and negative mutations of pets due to inbreeding. The continuous maintenance of pets with pedigree can provide the effect of creating an economic effect of converting exports in the domestic pet market, which is mainly imported.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (6)

In constructing an online web server that provides not only various historical information related to pets but also sale information thereof, The web server, An information receiving unit which receives the registered user and histories of the pet and various application information related to the pet through the Internet network; Control means for recommending mating targets in the order in which the best descendants can come out through virtual mating when the information received from the information receiver is a mating application; And, Storage means for storing and managing history information of pets required for the virtual breeding when the virtual breeding is performed by the control means; Virtual mating system of pets, characterized in that the configuration. The method of claim 1, wherein the control means, Ranking calculation logic unit for calculating the ranking of the pet based on the history information of the pet stored in the storage means, Pedigree calculation logic unit for calculating the pedigree of the pet based on the history information of the pet stored in the storage means, Inbreeding coefficient calculation logic unit for calculating the inbreeding coefficient of the pet and the pet stored in the storage means when the pet mating request is received from the information receiving unit, Calculation of a mating target for calculating a mating target for generating the best offspring after performing virtual mating by applying a theory for determining mating suitability to information calculated from the ranking calculation logic unit, the lineage calculation logic unit, and the intrinsic coefficient calculation logic unit. Logic section, And a control unit for controlling each of the logic units according to the information received from the information receiving unit. The method of claim 2, wherein the mating target calculation logic unit, A first mating target selection unit in which the Knicks theory is established to select a pet suitable for breeding based on information calculated from the ranking calculation logic unit and the lineage calculation logic unit and the relative coefficient calculation logic unit; A second mating target selection unit in which Fitz-Luck theory is established to determine mating suitability of the mating targets selected from the first mating target selecting unit; And a third mating target selection unit in which urban theory is established to finally determine mating suitability of mating targets selected from the second mating target selecting unit. The method of claim 1, wherein the storage means, A first database for storing and managing user's personal information; A second database for storing and managing pet history information; A third database for storing and managing information on virtual mating made by the mating target calculating logic unit; And a fourth database configured to store and manage actual mating information of the mating targets, which are calculated through the virtual mating of the mating target calculating logic unit. Judging whether a mating request has been received after inducing a user to register and receiving history information of a pet held by the user; When the application for mating is received from the above step, the virtual information of the pet of the user who applied for mating is compared with the historical information about the pets of other users stored in the storage means, and virtually mating is carried out. Doing; Secondly selecting a target suitable for mating after performing virtual breeding by calculating an intrinsic coefficient of the first selected mating target pets and a mating pet; After applying the theory of judging mating suitability to the second selected mating target pets, the virtual mating is performed, and the final mating target is selected, and this is applied to the user of the mating pet as well as the user of the selected mating target pet. Notifying; Transmitting a message for arranging offline breeding to the users of the mating target pet and the mating pet from the above step; When the breeding of the pet is arranged from the step of storing the management result after being notified from the user of the breeding result; Virtual breeding service method of the pet, characterized in that proceeding to. The method of claim 5, wherein the final selection of the object suitable for the mating, Selecting the target suitable for the breeding after performing the virtual breeding of the second selected mating target pets by applying the Knicks theory; Selecting a target suitable for breeding after performing virtual breeding by applying the Fitz-Luck theory to the mating target pets selected by the Knicks theory; Performing virtual breeding by applying urban theory to the mating target pets selected by the Fitz-Luck theory, and finally selecting a target suitable for mating; Virtual breeding service method of the pet, characterized in that it further comprises a configuration.