KR101021067B1 - Training-evaluation system for sniffer dog and method for controlling the same - Google Patents

Abstract

PURPOSE: A system and a method for evaluating a detection dog are provided to embody a systematic detection dog training evaluation system by computerizing exclusive know-how. CONSTITUTION: A server storage unit(121) receives identification information, lineage information, temperament information, and training information from instructor terminals, and stores the received information. An evaluation unit(122) extracts disposition change training information, and analysis data. The evaluation unit compares the analysis data and temperament change training information. The evaluation unit creates the temperament change evaluation data through the comparison.

Description

TRAINING-EVALUATION SYSTEM FOR SNIFFER DOG AND METHOD FOR CONTROLLING THE SAME}

The present invention relates to a detection dog training-evaluation system and a detection dog training-evaluation method for operating the same, and more particularly, a detection dog training-evaluation system for training and evaluating detection dogs for detecting drugs and gunpowder, and a detection dog training-evaluation for operating the same. It is about a method.

In general, a detection dog is used to find an object hidden by a smell, and refers to a dog with a developed sense of smell for a specific object. The detection dog is used in various fields such as customs, military, police and the like of immigration.

The detection dog spreads to customs in countries such as Australia, the United States, and Japan, starting from Europe and the Americas, and is used to protect human life from accidents or crimes. In addition, in consideration of substrates derived from the unique breed of the dog, the dog of a specific breed is now used, and excellent detection dogs have been used for biological replication.

However, as described above, the detection and cultivation of excellent detection dogs is determined by human know-how, and there is a problem in that it is not systematically inaccurate and consumes enormous cost required for the detection dogs.

In addition, there is an absolute lack of know-how for efficiently nurturing the detection dogs, and there is currently no system for training and evaluating detection dogs computerized.

Accordingly, the present invention has been made in view of the above problems, and the problem to be solved by the present invention is computerized independent know-how for the discovery, training, and evaluation of excellent detection dogs by using a computerized system for training dog-training systems and operating them. To provide training and evaluation for detection dogs.

The detection dog training-evaluation method according to an embodiment of the present invention is a detection dog training-evaluation method for training and evaluating a detection dog for detecting drugs and gunpowder using an instructor terminal and a server, the unique ID for identifying a training detection dog The training dog by paying attention to the information, the substrate information on the substrate including the concentration, possessiveness, boldness, activity and independence which are inherent properties of the training dog, derived from the bloodline information, and the substrate information. And transmitting, by the instructor terminal, the training information trained to the server, the server classifies and analyzes the lineage information and the substrate information of the training detection dog corresponding to the received unique ID information according to the substrates. Deriving the analysis data, the server based on the flow of the training period from the training information Comparing and analyzing the degree of change of the substrates of the detection dog to derive the substrate change training information; and comparing the analysis data and the substrate change training information; Deriving steps.

The method may further include calculating a training manual for strengthening the substrates required for the training detection dog based on the substrate change evaluation data.

The calculating of the training manual may include deriving an analytical evaluation value obtained by converting the substrate change evaluation data, which are classified into concentration, possessiveness, boldness, activity, and independence, respectively, into the substrates required for the training detection dog. .

The calculating of the training manual may further include comparing the target values of concentration, possessiveness, boldness, activity, and independence with the analytical evaluation values of the substrates to be the training detection dogs.

The calculating of the training manual may include dog training for identifying the intrinsic substrates of the training detection dog according to the training period of the training detection dog, self-discipline training for strengthening the insufficiency among the intrinsic substrates of the training detection dog, and the training detection dog. It may include the step of deriving analytical evaluation values for each training period by separating in the order of sex training that performs field placement adaptive training.

At the end of the self-discipline training, the unique ID information of the training detection dog whose analytic evaluation value for each training period does not reach the target value for each training period is given a selection manual, and the analysis and evaluation value for each training period is the target value for each training period. The unique ID information of the training detection dog that has reached may further include the step of granting a training dog training training.

The calculating of the training manual may include deriving a detection object analysis evaluation value by separating the drugs and explosives, respectively, according to the detection results of the detection object of the training detection dog.

The calculating of the training manual may further include assigning an exclusive detection object identification code indicating the detection object having the highest detection object analysis evaluation value to the unique ID information of the training detection dog.

The server separates the pedigree information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual according to the unique ID information of the training detection dog, respectively. The method may further include transmitting to the terminal.

The detection dog training-evaluation system according to an embodiment of the present invention is a detection dog training-evaluation system for training and evaluating detection dogs for detecting drugs and gunpowder, the unique ID information of the training detection dog, the lineage information of the training detection dog, the Data section for storing the training information for training the training dog in consideration of the substrate information and the substrate information on the substrate including the concentration, possession desire, boldness, activity and independence that is the original property of the training dog derived from the lineage information And an instructor terminal including a display unit for displaying the information stored in the data unit, and storing the unique ID information, the pedigree information, the substrate information, and the training information from the instructor terminal and storing them in order of time. And the unique ID information stored in the server storage unit in association with the server storage unit. Analyzing and analyzing the lineage information and the substrate information of the training detection dog classified according to the substrate and the degree of change of the substrate according to the training of the training detection dog to compare and analyze the substrate change training information And a server including an evaluation unit for comparing the analysis data and the substrate change training information and deriving substrate change evaluation data evaluating changes in the substrates required for the detection dog.

The server may further include a training manual instruction unit for calculating a training manual for reinforcing the substrates required for the training detection dog based on the substrate change evaluation data derived from the evaluation unit.

The evaluation unit is subject to a system of training manual program that operates the training manual instruction unit, and the training manual program includes analysis data in which the evaluation unit classifies the substrates required for the detection dog into concentration, possessiveness, boldness, activity, and independence. And it can be linked to derive the analysis evaluation value converted into the substrate change evaluation data numerically.

The training manual instructing unit receives the analysis evaluation value from the evaluation unit, and compares the target values of concentration, possessiveness, boldness, activity and independence with the target values for the detection dogs by the training manual program and the analysis evaluation value. The training manual can be calculated.

The evaluation unit by the training manual program dog training for identifying the intrinsic substrates of the training detection dog according to the training period of the training dog, dog training for strengthening the lacking in the intrinsic substrates of the training detection dog and the training detection dog It can be linked to derive an analysis and evaluation value for each training period by separating in the order of sex training that performs field placement adaptive training.

The training manual instruction unit receives the analysis evaluation value for each training period from the evaluation unit, and the training detection dog for which the analysis evaluation value for each training period does not reach a target value for each training period at the end of the self-discipline training by the training manual program. The unique ID information may be assigned to the selection manual, and a dog training training manual may be provided to the unique ID information of the training detection dog whose analysis and evaluation value for each training period reaches a target value for each training period.

The evaluation unit may be linked by the training manual program to derive the detection object analysis evaluation value by separating each of the drugs and gunpowder according to the detection results of the detection object of the training detection dog.

The training manual instructing unit receives the detection object analysis evaluation value from the evaluation unit, and dedicated to refer to the detection object having the highest detection object analysis evaluation value in the unique ID information of the training detection dog by the training manual program. Detection object identification code can be assigned.

The server further includes a central processing unit, wherein the central processing unit is separated according to the unique ID information of the training detection dog, respectively, derived from the lineage information, the substrate information and the training information and the evaluation unit stored in the server storage unit. The training manual calculated by the analysis evaluation value and the training manual indicating unit can be arranged.

The central processing unit corresponds to the pedigree ID information, wherein the pedigree information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual are arranged according to the unique ID information. Can be sent to the instructor terminal.

The server receives the lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual arranged according to the unique ID information from the central processing unit. It may further include a server display unit for displaying so that the administrator of the server.

The instructor terminal stores the lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual received from the central processing unit. The stored pedigree information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual may be displayed on the display unit.

According to the present invention, an excellent detection dog can be trained by a systematic computerized system including an evaluation unit for training and evaluating the training detection dog. In addition, by establishing the concept of concentration, possessiveness, boldness, activity and independence, which are necessary for excellent detection dogs, it provides a systematic computer processing method for training and evaluating the training dogs.

The detection dog training-evaluation system closely analyzes the substrates lacking in the detection dog during the training period, including the training manual indicator, to calculate the training manual. Therefore, the training dog training period can be shortened to reduce the cost of training the dog. .

The dog training-evaluation method provides a systematic training method by dividing the training period of the dog into dog training, dog training, and dog training according to the growth process of the training dog, and results of selection and passing by precise evaluation at each training termination stage. Can be derived easily.

In addition, the detection dog training-evaluation method provides a field where training detection dogs can be best utilized by assigning a dedicated detection object identification code.

1 is a block diagram of a detection dog training-evaluation system according to an embodiment of the present invention.
FIG. 2 is a flowchart illustrating a detection dog training-evaluation method for operating the detection dog training-evaluation system shown in FIG. 1 in detail.
3 is a flowchart illustrating a step of calculating a training manual using the detection dog training-evaluation method illustrated in FIG. 2.
4 is a view for explaining in detail the step of calculating the training manual shown in FIG.
FIG. 5 is a diagram for explaining another example of calculating the training manual illustrated in FIG. 2.
FIG. 6 is a diagram for explaining another example of calculating the training manual illustrated in FIG. 2.

As the inventive concept allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to the specific disclosed form, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

The terms first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "comprise" or "having" are intended to indicate that there is a feature, number, step, action, component, part, or combination thereof described in the specification, and that one or more other features It should be understood that it does not exclude in advance the possibility of the presence or addition of numbers, steps, actions, components, parts or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art.

Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

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

1 is a block diagram of a detection dog training-evaluation system according to an embodiment of the present invention, Figure 2 is a flow chart for explaining in detail the detection dog training-evaluation method for operating the detection dog training-evaluation system shown in FIG. .

1 and 2, the instructor terminal 100 includes a data unit 110 and a display unit 120. The data unit 110 may store information related to the training detection dog. The information includes unique ID information of the training detection dog, lineage information of the training detection dog, and temperament information. Here, the training detection dog may be a dog (Dog) for detecting drugs, gunpowder using the sense of smell.

The unique ID information indicates unique identification information for identifying each of the training detection dogs when training the plurality of training detection dogs. The unique ID information includes alphabets, numbers, symbols, and symbols formed by mixing them.

 The lineage information may include, for example, the dog, mother, breed, date of birth, and sex of the training dog. The lineage information may be an important clue to confirm whether the training dog has possessed a behavioral characteristic that can be an excellent dog. For example, Labrador retrievers often have high activity or excitement when their head and parent are highly active or excited. Through this lineage information, it can be estimated that the training dog can be an excellent dog.

The substrate information refers to information of substrates including concentration, possessiveness, boldness, activity and independence, which are inherent properties of the training detection dog derived from the lineage information. Specifically, the substrate information may be information that grasps the substrates exhibited by the biologically unique nature before the training dogs are trained to be excellent detection dogs.

Such substrates may include concentration, possessiveness, boldness, activity and independence. Here, the concentration may be a consciousness or an action to immerse the training dog in a given situation or condition without being tempted by another. The concentration is an essential requirement for a good detection dog, a consciousness and action to find the object without being deceived by the surrounding environment. For example, the high-concentration training dog has an activity of actively detecting the object without paying attention to an object or person around it, keeping an eye on the object, and searching for a long time to find the object. May have an act of detecting.

The possessive desire may be an act of eagerness to possess the detection object or a strong bite not to be taken away. For example, the training dog having a strong desire to possess is strongly attached to the detection object and strongly bites the detection object, and has a strong behavior not to acquire and deprive the detection object first in competition with other training detection dogs.

The boldness may be an action of detecting a detection object without fear or anxiety in a given situation. For example, the boldly trained detection dog is adapted to detect the target object without being shrunk even in an underlying staircase, attic, basement, etc., and quickly adapts to poor surrounding environments such as moving vehicles and dark compartments. Strong behavior to detect objects.

The activity may be to constantly act freely in order to achieve detection results. For example, the highly active training detection dog is friendly with the instructor and has a strong action to actively express an indication informing the instructor by checking the detection object.

The independence may be an action of detecting the detection object by itself without being aware of the instructor or other detection dog accompanying the training detection dog. For example, the training dog with high independence is not smelling to detect the detection object of its own without being involved in the detection behavior of other detection dogs, without attempting to walk in the direction of the detection object while walking without looking at the instructor. Taking action is strong.

The substrates may further comprise curiosity, stability, excitability, sensitivity, reactivity and aggressiveness.

The curiosity may be an action to visually, audibly, and smell the interest of the detection object in a given environment. The stability may be the ability of the training dog to refrain from abrupt behavior in response to external stimuli when detecting the object in the long term. The excitability is suitable as an excellent detection dog in the case of moderate excitability in the heightened behavior of the training detection dog. The sensitivity is a sharp and fast behavioral tendency to respond to external reactions, it is suitable as an excellent detection dog in the case of moderate sensitivity. The responsiveness may be a behavioral tendency to accept and rejoice in response to the instructor's gestures, voices, or compliments. Aggression can be a threat or behavioral tendency that can be shown directly or indirectly to surrounding people or other animals. The aggressive training dog has a hostile behavioral tendency and is not suitable as an excellent dog.

The display unit 112 displays information stored in the data unit 111. The display unit 112 may include a touch screen.

The substrate information may be obtained by the instructor checking the behavior recording sheet of the training detection dog using the instructor terminal 110. For example, the instructor terminal 110 may be displayed on the display unit 112, the behavior recording sheet of the training detection dog associated with the substrate information, the instructor is the behavior of the training detection dog displayed on the instructor terminal 110 Substrate information can be entered directly on the record sheet.

For example, the behavior recording sheet of the training detection dog may be displayed on the display unit 112 as follows.

1. Are you active during your walk?

① Very much ② Yes ③ No ④ No

2. Do you stop and watch for moving objects?

① Very much ② Yes ③ No ④ No

............

4. Do you participate in peer and item competition?

① Y ② N

5. What is your level of participation if you competed with a companion dog for play?

① Never ② Ongoing participation ③ Participation No interest ④ No

6. Do you want to chase and track moving objects (things smaller than the detection dog)?

① Watched ② Chased and obtained ③ Chased and returned ④ Ignored

.............

12. Are you active in a strange space?

① Very much ② Yes ③ No ④ No

.............

16. How is walking with the instructor when wearing shoulder straps?

① Go forward and backward in conjunction with the instructor ② Only try to go ahead ③ Follow only from behind

17. Are you trying to drag and walk forward when walking?

① Often ② Often ③ Almost ④ Never

..............

23. What is the reaction if you have encountered multiple people?

① Not in contact ② Squeezed ③ Barking and vigilant ④ Running favorably ⑤ Looking and ignoring

..............

29. Do you have any fear if you are on a vibrating floor?

①Not passing ②Very yes ③Yes ④No ⑤No

..............

37. Do you show interest in identifying things that are olfactory-stimulated?

①Not passing ②Very yes ③Yes ④No ⑤No

The behavior record sheet of the training dog may include questions and answers to confirm the concentration, possessiveness, boldness, activity and independence of the substrates of the training dog. The substrate information may be obtained by the instructor checking the response contents on the behavior recording sheet of the training dog using the display unit.

The training information may include training process information for training the training detection dog by paying attention to the substrate information and education information for knowing the extent to which the substrates of the training detection dogs are improved according to the training. Here, training the training dog by paying attention to the substrate information refers to intensive training for training to improve the lacking substrates of the training dogs identified in the substrate information.

For example, when considering the temperament information of the training detection dog, if it is determined that the independence and the boldness of the temperament is insufficient, it may be to intensively train the training to strengthen the independence and the boldness.

The training information may be information for re-writing the behavior record sheet of the training detection dog after the instructor performs the training to strengthen the lacking substrates of the training detection dog. The process of obtaining the training information may be performed a plurality of times as time passes.

The instructor terminal 110 transmits the unique ID information, the lineage information, the substrate information, and the training information to the server 120 (S100).

The server 120 includes a server storage unit 121 and the evaluation unit 122. The server storage unit 121 sorts and stores the unique ID information, the lineage information, the substrate information, and the training information from the instructor terminal 110 in the order of the received time. For example, the server storage unit 121 receives the unique ID information, the bloodline information, the substrate information, and the training information that the server 120 receives from the instructor terminal 110 a plurality of times. According to the administrator to manage the server 120 is sorted and stored.

The evaluation unit 122 first derives the analysis data from the lineage information and the substrate information stored in the server storage unit 121 (S200). The evaluation unit 122 then determines the training information from the training information. Deriving temperament change training information (S300). Subsequently, the evaluation unit 122 derives the substrate change evaluation data by comparing and analyzing the analysis data and the substrate change training information (S400).

The evaluation unit 122 may interwork with the server storage unit 121 to obtain the unique ID information, the lineage information, the substrate information, and the training information from the server storage unit 121.

Deriving the analysis data (S200) classifies the lineage information and the substrate information of the training detection dog corresponding to the unique ID information. For example, when there are a plurality of training detection dogs to be trained, the training detection dogs may be identified to classify the lineage information and the substrate information. That is, the classification criteria of the analysis data can be classified as the unique ID information of the training detection dog.

The lineage information and the substrate information are then subdivided according to the substrates. For example, the training detection dog corresponding to the unique ID information may be classified into concentration, possessiveness, boldness, activity, and independence, respectively, to segment and classify the lineage information and the substrate information related to the substrates. That is, the middle classification criteria of the analysis data may be classified as the substrates of the detection dogs.

As described above, the analysis data may be obtained by classifying the substrates. The analysis data may be information obtained by identifying the inherent intrinsic substrates of the training dog, before the training dog is trained.

Subsequently, the derivation of the substrate change training information (S300) compares and analyzes the degree of change of the substrates of the training detection dog in order of time as the training detection dog is trained.

Specifically, the training information may be sent out to the server a plurality of times each time the instructor trains the training detection dog by the instructor terminal 110. That is, if the training period of the training detection dog was performed over 55 days, 55 times of the training information may be transmitted from the instructor terminal 110 to the server 120. Substrate change training information can be derived by comparing and analyzing the degree of change of the substrates according to the training of the training detection dog.

Here, the substrate change training information is a change of the substrates appearing in the behavior record sheet of the training dog according to the training period, and may be a basic data for evaluating the training performance and the quality of the excellent dog.

At this time, the step of deriving the analysis data (S200) and the step of deriving the substrate change training information (S300) may be performed simultaneously regardless of the order of time, or deriving the substrate change training information (S300). ) May be performed before the derivation of the analysis data (S200).

Subsequently, the derivation of the substrate change evaluation data (S400) is performed by comparing the analysis data and the substrate change training information. For example, by comparing the intrinsic substrates of the training dog with training and the changing substrate of the training dog with training, it is possible to obtain the substrate change evaluation data that can confirm the possibility of becoming an excellent detection dog.

The server 120 may further include a training manual indicating unit 123 for calculating a training manual. The training manual instructing unit 123 calculates a training manual for reinforcing the substrates required for the training detection dog based on the substrate change evaluation data derived from the evaluation unit 122 (S500).

FIG. 3 is a flowchart illustrating a step of calculating a training manual using the detection dog training-evaluation method shown in FIG. 2, and FIG. 4 is a diagram for describing in detail a step of calculating the training manual shown in FIG. 2.

3 and 4, the training manual indicating unit 123 may calculate the training manual from the substrate change evaluation data under the control of the same operating system as the evaluation unit 122. For example, a training manual program operating the training manual instruction unit 123 may operate the evaluation unit 122 in the same manner.

In this case, in the step of calculating the training manual (S500), first, an analysis evaluation value is derived by converting the substrate change evaluation data into a numerical value (S510). For example, the training manual program is an analysis and evaluation value that converts the substrate change evaluation data, which are classified into concentration, possessiveness, boldness, activity, and independence, respectively, into the substrates for the evaluation unit 122 to be an excellent detection dog. Can be derived.

For example, the evaluation unit may grasp the substrate information and the training information from the behavior record sheet of the training detection dog prepared by the instructor, and may obtain the substrate change evaluation data along with the pedigree information and the unique ID information.

The substrate change evaluation data may derive an analysis and evaluation value by analyzing the behavior recording sheet of the training detection dog. For example, a score may be assigned to the answer of 37 items of the behavior record sheet of the training detection dog.

<Example of Derivation of Analytical Evaluation Values of Activity>

1. Are you active during your walk?

① Very true +2 points ②Yes +1 point ③No +0 point ④No -1 point

12. Are you active in a strange space?

① Very true +2 points ② Yes +1 point ③ No +0 point ④ No -1 point

<Example of deriving analytical evaluation values of concentration>

2. Do you stop and watch for moving objects?

① Very true +2 points ②Yes +1 point ③No +0 point ④No -1 point

6. Do you want to chase and track moving objects (things smaller than the detection dog)?

① Watch +1 point ② Chasing +3 point ③ Chasing back +1 point ④ Ignore -1 point

<Example of Derivation of Analysis Evaluation Value of Ownership Bath>

4. Do you participate in peer and item competition?

① Y +1 point ② N -1 point

5. What is your level of participation if you competed with a companion dog for play?

① Not -1 point ②Continuous participation +2 points ③No participation Interests +0 points ④None -1 points

<Derivation of analytical evaluation values of boldness>

23. What is the reaction if you have encountered multiple people?

① Not in contact +0 point ② Shrink -1 point ③ Barking alert +1 point ④ Runs favorably +2 points ⑤ Looks and ignores +1 point

29. Do you have any fear if you are on a vibrating floor?

① Never pass +0 point ② Very yes -2 point ③ Yes -1 point ④No +1 point ⑤No +2 point

<Derivation of analytical evaluation values of independence>

16. How is walking with the instructor when wearing shoulder straps?

① Go forward and backward in conjunction with the instructor +2 points ② Only try to go forward +1 point ③ Follow only behind -1 point

17. Are you trying to drag and walk forward when walking?

① Often +2 points ② Often +1 point ③ Almost none +0 point ④ Never -1 point

The scoring given above may be changed in various ways by the training manual program for operating the evaluation unit 122. In this way, the numerical score obtained by classifying 37 questions and answers into the above substrates may be the analytical evaluation value. Through these values, it is easy to check the values that change according to the training of the training detection dog. In addition, the training dog can easily derive the substrates lacking to be excellent detection dogs, and the training required for the training dogs can be easily derived from the substrates lacking the training dogs.

Subsequently, the analytical evaluation value and the target value of the substrates to be excellent detection dogs are compared (S520). For example, the training manual instruction unit 123 receives the analysis evaluation value from the evaluation unit 122 and concentrates, possesses, boldness, activity and independence of the substrates to be excellent detection dogs by the training manual program. The training manual can be calculated by comparing the target value of the analysis value with the analysis.

Here, the target value may be an analysis and evaluation value that can be derived when the excellent detection dog is trained by the method described above. The target value may be a criterion for approving a good detection dog, and may be set by the training manual program.

As a specific example of calculating the training manual, the training manual instruction unit 123 may derive the training manual by comparing the received analysis evaluation value with a target value as follows.

division concentration Possessiveness Boldness Activity Independence Target value 55 50 50 55 40 Analytical Evaluation Value 35 55 47 60 45

The training manual instruction unit 123 may check the results as shown in Table 1 by the training manual program, and derive a training manual that enhances concentration and boldness, which are insufficient temperaments of the training detection dog.

In this case, the training manual is a training guide for strengthening the concentration and boldness of the training dog, for example, the training manual for enhancing the concentration includes training to induce competition with a plurality of training dogs and immerse in a specific object. can do. The training manual for enhancing the boldness may include, for example, obstacle overcoming training and training for quickly adapting to a new environment.

FIG. 5 is a diagram for explaining another example of calculating the training manual illustrated in FIG. 2.

1 and 5, the evaluation unit 122 is linked to derive an analysis and evaluation value for each training period by the training manual program, using the analysis evaluation value for each training period to select a selection manual or a dog training manual You can give it.

The training manual may include the selection manual and a dog training manual.

For example, the evaluation unit 122 is a dog training for identifying the intrinsic substrates of the training detection dog according to the training period of the training detection dog by the training manual program, the lack of the intrinsic substrate of the training detection dog An analysis and evaluation value for each training period may be derived by separating the dog training for strengthening the temperaments and the dog training for performing field placement adaptive training on the dogs (S511).

The training stage of the training detection dog may be classified into the dog training, the dog training, and the dog training according to the training period, respectively, and may be manualized by the training manual program. By the method as described above for each of the dog training, the dog training and the dog training, the analysis and evaluation values for each training period can be derived.

Subsequently, the training manual instruction unit 123 does not perform any further training on the unique ID information of the training detection dog that does not reach the target evaluation value set by the training period by analyzing the analysis evaluation value for each training period derived by the training manual program. The selection manual can be given (S512).

In addition, the training manual instructing unit 123 may assign a training manual for instructing a next step to the training detection dog that the derived analysis evaluation value for each training period reaches the target value for each training period. For example, when the analysis evaluation value for each training period analyzed at the end of the training period exceeds the target value for each training period of the training, the training manual instructing unit 123 is next to the unique ID information of the training detection dog. The dog training training manual indicating the training stage can be given.

FIG. 6 is a diagram for explaining another example of calculating the training manual illustrated in FIG. 2.

1 and 5, the evaluation unit 122 derives the detection object analysis evaluation value by the training manual program (S513). For example, the evaluation unit 122 may derive a detection object analysis and evaluation value by separating the drugs and gunpowder according to the detection results of the detection object of the training detection dog by the training manual program.

Subsequently, the training manual instructing unit 123 may assign a dedicated detection object identification code indicating the highest detection object among the detection object analysis evaluation values to the unique ID information of the training detection dog (S514). For example, the training manual indicating unit 123 receives the detection object analysis evaluation value from the evaluation unit 122. Subsequently, a dedicated detection object identification code indicating the detection object having the highest detection object analysis evaluation value may be assigned to the unique ID information of the training detection dog by the training manual program. The training manual may include the dedicated detection object identification code.

Referring back to FIG. 1, the server 120 may further include a central processing unit 125.

The central processing unit 125 is derived from the pedigree information, the substrate information and the training information and the evaluation unit 122 stored in the server storage unit 121 by separating each according to the unique ID information of the training detection dog. The training data calculated by the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual indicating unit 123 may be arranged. The central processing unit 125 stores the lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual arranged according to the unique ID information. It can be sent to the instructor terminal 110 corresponding to the information (S600).

In this case, the lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual received from the central processing unit 125 are included in the data unit 111. ), The stored lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual may be displayed on the display unit 112.

The server 120 may further include a server display unit 124.

The server display unit 124 is the lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data and arranged in accordance with the unique ID information from the central processing unit 125 and The training manual may be received and displayed for the administrator of the server 120 to confirm.

As described above, according to the detection dog training-evaluation method and detection dog training-evaluation system according to the present invention, an excellent detection dog can be raised by a systematic computerized system including an evaluation unit for training and evaluating the training detection dog. In addition, by establishing the concept of concentration, possessiveness, boldness, activity and independence, which are necessary for excellent detection dogs, it provides a systematic computer processing method for training and evaluating the training dogs.

The detection dog training-evaluation system closely analyzes the substrates lacking in the detection dog during the training period, including the training manual indicator, to calculate the training manual. Therefore, the training dog training period can be shortened to reduce the cost of training the dog. .

The dog training-evaluation method provides a systematic training method by dividing the training period of the dog into dog training, dog training, and dog training according to the growth process of the training dog, and results of selection and passing by precise evaluation at each training termination stage. Can be derived easily.

In addition, the detection dog training-evaluation method provides a field where training detection dogs can be best utilized by assigning a dedicated detection object identification code.

While the present invention has been described in connection with what is presently considered to be practical and exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention. Therefore, the above description and the drawings below should be construed as illustrating the present invention, not limiting the technical spirit of the present invention.

100: dog training and evaluation system 110: instructor terminal
111: data portion 112: display portion
120: server 121: server storage unit
122: evaluation unit 123: training manual indicating unit
124: server display unit 125: central processing unit

Claims (21)

delete In the detection dog training-evaluation method for training and evaluating detection dogs for detecting drugs and gunpowder using instructor terminals and servers,
Unique ID information for identifying a training detection dog, pedigree information of the training detection dog, temperament information regarding substrates including concentration, possessiveness, boldness, activity and independence which are inherent properties of the training detection dog derived from the pedigree information Transmitting, by the instructor terminal, the training information for training the training detection dog to the server in consideration of the substrate information;
Deriving the analyzed data by classifying the lineage information and the substrate information of the training detection dog corresponding to the received unique ID information according to the substrates;
Deriving the substrate change training information by comparing and analyzing the degree of change of the substrates of the training detection dog as the training period flows from the training information; And
Comparing the analysis data and the substrate change training information comprising the step of deriving the substrate change evaluation data for evaluating the change of the substrate of the detection dog,
And a training manual for strengthening the substrates required for the training dog based on the substrate change evaluation data. The method of claim 2,
Computing the training manual
And a step of deriving an analytical evaluation value which converts the temperament change evaluation data classified into concentration, possessiveness, boldness, activity, and independence into numerical values for the training detection dog, respectively. The method of claim 3,
Computing the training manual
And comparing the target values of concentration, possessiveness, boldness, activity, and independence with the analytical evaluation values for the substrates to be the training dogs. The method of claim 2,
Computing the training manual
Dog training to identify the intrinsic substrates of the training detection dog according to the training period of the training detection dog, dog training to strengthen the lacking of the intrinsic substrate of the training detection dog, and performing on-site adaptive training to the training detection dog Detecting dog training-assessing method comprising the step of deriving the analysis evaluation value for each training period by separating in the order of training. The method of claim 5,
At the end of the self-discipline training, the unique ID information of the training detection dog whose analytic evaluation value for each training period does not reach the target value for each training period is given a selection manual, and the analysis and evaluation value for each training period is the target value for each training period. And detecting the dog training training manual to the unique ID information of the training dog that has reached the detection dog training-evaluation method. The method of claim 2,
Computing the training manual
The detection dog training-evaluation method comprising the step of deriving the detection object analysis evaluation value by separating each of the drugs and explosives according to the detection results of the detection object of the training detection dog. delete The method of claim 2,
The server separates the pedigree information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual according to the unique ID information of the training detection dog, respectively. Detection dog training-assessing method further comprising the step of sending to the terminal. delete In the detection dog training-evaluation system for training and evaluating detection dogs for detecting drugs and gunpowder,
In the identification information of the training detection dog, the pedigree information of the training detection dog, the substrate information and the substrate information on the substrates including the concentration, possessiveness, boldness, activity and independence which are inherent properties of the training detection dog derived from the pedigree information. An instructor terminal that includes a data unit for storing training information for training the training detection dog and a display unit for displaying information stored in the data unit; And
A server storage unit for receiving the unique ID information, the lineage information, the substrate information, and the training information from the instructor terminal and storing the unique ID information in alignment with the server in order of time; Substrate change training by comparing and analyzing the analysis data analyzed by classifying the lineage information and the substrate information of the training detection dog corresponding to ID information according to the substrates and the training of the training detection dogs. And a server including an evaluation unit for deriving information and comparing the analysis data and the substrate change training information to derive substrate change evaluation data for evaluating changes in the substrates required for the detection dog.
The server further comprises a training manual instruction unit for calculating a training manual for strengthening the substrates required for the training detection dog based on the substrate change evaluation data derived from the evaluation unit. The method of claim 11, wherein
The evaluation unit
Subject to the system of a training manual program that operates the training manual instruction unit, the training manual program includes an analysis data and temperament change classified by the evaluator into concentration, possessiveness, boldness, activity, and independence, respectively, of the substrates required for the detection dog. A detection dog training-assessment system, characterized in that it is linked to derive an analytical evaluation value obtained by converting the evaluation data into a numerical value. The method of claim 12,
The training manual instructing unit receives the analysis evaluation value from the evaluation unit, and compares the target values of concentration, possessiveness, boldness, activity and independence with the target values for the detection dogs by the training manual program and the analysis evaluation value. A dog training-evaluation system, characterized in that to calculate the training manual. The method of claim 12,
The evaluation unit
Dog training to identify the intrinsic temperament of the training detection dog according to the training period of the training detection dog by the training manual program, self-discipline to strengthen the lacking of the intrinsic temperament of the training detection dog and field placement on the training detection dog Detection dog training-evaluation system, characterized in that it is linked to derive an analysis and evaluation value for each training period by separating the sequence of sexual dog training that performs adaptive training The method of claim 14,
The training manual instruction unit
The unique ID information of the training detection dog which receives the analysis evaluation value for each training period from the evaluation unit and the analysis evaluation value for each training period does not reach a target value for each training period at the end of the self-discipline training by the training manual program. A dog training training manual, wherein a training manual is given to the unique ID information of the training dog for which the analysis evaluation value for each training period reaches a target value for each training period. The method of claim 12,
The evaluation unit
The detection dog training-evaluation system, characterized in that the training manual program is linked to deduce the detection object analysis evaluation values separately for each drug or gunpowder according to the detection results for the detection target of the detection dog. delete The method of claim 12,
The server further includes a central processing unit,
The central processing unit separates the pedigree information stored in the server storage unit according to the unique ID information of the training detection dog, the substrate information and the training information and the analysis evaluation value derived from the evaluation unit and the training manual indicating unit. Dog training-evaluation system, characterized in that for aligning the training manual calculated by: The method of claim 18,
The central processing unit
The instructor terminal corresponding to the pedigree information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual arranged according to the unique ID information. A detection dog training-assessment system, characterized in that it is sent out. The method of claim 19,
The server is
Administrator of the server receiving the lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data and the training manual from the central processing unit arranged according to the unique ID information Detection dog training-evaluation system, characterized in that it further comprises a server display for displaying the check. The method of claim 19,
The instructor terminal
The lineage information, the substrate information, the training information, the analysis data, the substrate change training information, the substrate change evaluation data, and the training manual received from the central processing unit are stored in the data line, and the stored blood line And said substrate information, said substrate information, said training information, said analysis data, said substrate change training information, said substrate change evaluation data and said training manual on said display unit.

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