KR101866208B1 - Height growth predictable terminal device and height growth prediction method of the terminal device - Google Patents

Abstract

A terminal device capable of predicting key growth and a terminal device key growth prediction method are disclosed. The present invention can encourage the user's exercise for the key growth or the even nutrient intake by predicting the key value at the user's specific age based on the user's sex, age, current key value and parent's key value , The user may be provided with a correction of the user's expected key value based on the user's momentum over a particular period of time to provide the user with the ability to maintain the corresponding amount of exercise for key growth or to encourage more exercise.

Description

TECHNICAL FIELD [0001] The present invention relates to a terminal device capable of predicting key growth and a key growth prediction method of the terminal device. [0002]

TECHNICAL FIELD The present invention relates to a technique for supporting a key growth of a user in a terminal device.

In recent years, as the interest in the key has increased so much, it has been necessary to take various nutrients in order to have a big key from a childhood, and at the same time, perform a motion to help the key growth.

Usually, height is determined by the combination of genetic factors inherited from the parents, environmental factors such as intake nutrients and exercise, and the height at the final growth age.

Recently, various electronic terminals such as a smart phone and a tablet PC have emerged, and various application software for providing convenience to users in such electronic terminals are emerging.

In this regard, the user's key is periodically input to the electronic terminal to analyze how much the user is growing, or whether the user's key and weight changes are input to the electronic terminal to analyze whether balanced growth is occurring Application software is emerging.

However, the application software associated with these existing keys merely provides a degree of functionality that is indicative of the user's key changes, and is more progressive in predicting how big the user will be when he or she becomes an adult, Technology has not been introduced in many cases.

Therefore, it is necessary to study the technology that encourages the user to exercise more exercise and proper nutrition to grow the key to the user by predicting the height of the key when the user becomes adult in the electronic terminal.

Korean Patent Publication No. 10-2012-0037783 (2012.04.20.) Korean Registered Patent No. 10-0838339 (Jun. 13, 2008) Korean Patent Publication No. 10-2010-0100528 (September 15, 2010)

The present invention can encourage the user's exercise for the key growth or the even nutrient intake by predicting the key value at the user's specific age based on the user's sex, age, current key value and parent's key value A key growth prediction that allows the user to maintain the corresponding momentum for key growth or to induce more exercise by providing the user with the user's expected key value based on the user's momentum over a certain period of time, And a key growth prediction method of the terminal apparatus.

A terminal device capable of predicting key growth according to an exemplary embodiment of the present invention is a terminal device capable of predicting key growth according to a plurality of predetermined age groups, A key prediction table holding unit for storing and holding a key prediction table in which a corresponding predetermined key prediction value is recorded, a key prediction table holding unit for receiving the user's sex, the age of the user and the current key value of the user, Selecting a first key group having a value that is the smallest difference from the current key value of the user, the key predicted value corresponding to the sex of the user and the age of the user among the plurality of predetermined key groups from the table When the selection of the first key group is completed, extracting, from the key prediction table, A first key predictive value extraction unit for extracting a first key predictive value recorded corresponding to a predetermined key growth completion age among key predictive values recorded corresponding to each of the plurality of divided ages according to gender; The method comprising: receiving a current key value of each parent of the user from a user; computing an average value of the current key value of each of the user's parents; A second key predictive value operation unit for calculating a second key predictive value by summing a half value of the first key predictive value and a half value of the second key predictive value, And a key predicted value output unit for outputting the computed final key predicted value through display The.

Also, the key growth prediction method of a terminal device according to an embodiment of the present invention may include a key generation step of generating key growth information for each of a plurality of divided ages according to a sex of a person, Storing a key prediction table in which a predetermined key prediction value is recorded, and storing the key prediction table in which the predetermined key prediction value is recorded; receiving the user's sex, the age of the user and the current key value of the user from the user, Selecting a first key group having a value that is the smallest difference from the current key value of the user, the key predicted value corresponding to the sex of the user and the age of the user among the selected key groups; When the selection of the first key group is completed, extracting, from the key prediction table, Extracting a first key predictive value recorded corresponding to a predetermined key growth completion age among the key predictive values recorded corresponding to each of the ages, receiving a current key value of each parent of the user from the user Calculating a second key predictive value by calculating an average value of a current key value of each of the parents of the user and adding different predefined correction values according to the user's gender to the average value; Calculating a final key prediction value corresponding to the predetermined key growth completion age of the user by summing a half value of the first key prediction value and a half value of the second key prediction value, And outputting it through a display.

The present invention can encourage the user's exercise for the key growth or the even nutrient intake by predicting the key value at the user's specific age based on the user's sex, age, current key value and parent's key value , The user may be provided with a correction of the user's expected key value based on the user's momentum over a particular period of time to provide the user with the ability to maintain the corresponding amount of exercise for key growth or to encourage more exercise.

1 is a diagram illustrating a structure of a terminal device capable of predicting key growth according to an embodiment of the present invention.
2 is a flowchart illustrating a key growth prediction method of a terminal apparatus according to an embodiment of the present invention.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail. It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. Like reference numerals are used for like elements in describing each drawing.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, . On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between.

The terminology used in this application is used only to describe a specific embodiment and is not intended to limit the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the terms "comprises" or "having" and the like are used to specify that there is a feature, a number, a step, an operation, an element, a component or a combination thereof described in the specification, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, 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 to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

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

1 is a diagram illustrating a structure of a terminal device capable of predicting key growth according to an embodiment of the present invention.

1, a terminal device 110 capable of predicting key growth according to an embodiment of the present invention includes a key prediction table holding unit 111, a group selecting unit 112, a first key prediction value extracting unit 113 A second key predictive value calculator 114, a final key predictive value calculator 115, and a key predictive value output unit 116.

Here, the terminal device 110 capable of predicting key growth according to an embodiment of the present invention can be implemented based on various types of microprocessor-based devices such as a desktop PC, a mobile terminal, a PDA, a notebook PC, and a tablet PC.

The key prediction table storage unit 111 stores a predetermined key predictive value corresponding to each of a plurality of divided ages according to a sex of a person for each of a plurality of predetermined key groups divided on the basis of a key size order, And stores and holds the key prediction table.

In relation to this, the plurality of predetermined key groups are classified into "key group 1", "key group 2", "key group 3", "key group 4", "key" Group 5 ", and it is assumed that the plurality of divided ages are divided from " 0 " to " 18 " by one year, the key prediction table is constructed as shown in Table 1 below .

gender age A plurality of predetermined keys By groups  Key predicted value Key group 1
Key predicted value Key Group 2
Key predicted value Key group 3
Key predicted value Key group 4
Key predicted value Key group 5
Key predicted value south 0 years 44cm 45cm 47cm 48cm 50cm 1 year old 71cm 73cm 75cm 77cm 79cm 2 years old 80cm 82cm 84cm 89cm 93cm ... ... ... ... ... ... 10 years old 125cm 129cm 136cm 144cm 148cm ... ... ... ... ... ... 18 years old 162cm 166 cm 173 cm 180cm 183 cm female ... ... ... ... ... ...

The group selection unit 112 receives the user's sex, the age of the user, and the current key value of the user from the user, receives the user's sex and the user ID of the user among the plurality of selected key groups from the key prediction table, The key predicted value corresponding to the age of the user is selected as the first key group having the smallest difference from the current key value of the user.

For example, when the user inputs the sex " M ", age " 10 years ", and the current key value " 137cm " of the user in the state that information is stored in the key prediction table, Unit 112 is recorded corresponding to the sex "male" and "age 10" among "key group 1", "key group 2", "key group 3", "key group 4" Key group 3 " can be selected as the first key group because the key predicted value having the smallest difference from the current key value " 137cm " of the user is " key group 3 ".

When the selection of the first key group is completed, the first key predictive value extractor 113 extracts, from the key prediction table, the first key predictive value for each of the plurality of divided ages The first key predictive value recorded corresponding to the selected key growth completion age among the corresponding key predictive values is extracted.

Regarding "key group 3" selected as the first key group in the key prediction table of Table 1, it is assumed that the selected key growth completion age is "18 years old" 173cm " corresponding to the selected key growth completion age " 18 years old " among the key prediction values is " 173cm ", the first key prediction value extraction unit 113 extracts " Can be extracted.

The second key predictive value calculator 114 receives the current key value of each of the parents of the user from the user, calculates an average value of the current key value of each of the user's parents, And calculates a second key predictive value by summing up different predefined correction values according to gender.

For example, when the current key value of each parent of the user is " 175cm ", " 165cm ", the second key predicted value calculation unit 114 can calculate the average value of " 175cm " have.

Then, the second key predictive value operation unit 114 may calculate the second key predictive value by adding different predefined correction values to the average value "170 cm" according to the sex of the user.

Regarding the case where the correction value is predefined as " + 6.5 cm " when the sex of the user is " M ", and the correction value is predefined as " -6.5 cm & The second key predicted value calculation unit 114 adds the correction value of " + 6.5 cm " to the average value " 170 cm " The second key predictive value can be calculated.

The final key predictive value operation unit 115 sums the half value of the first key predictive value and the half value of the second key predictive value to calculate a final key predictive value corresponding to the predetermined key growth completion age of the user do.

Regarding the above example, if the first key predictive value is extracted as " 173cm " and the second key predictive value is calculated as " 176.5cm ", the final key predictive value calculator 115 calculates A half value of the predicted value and a half value of the second key predicted value are summed to calculate a key value " 174.75 cm " as a final key predicted value at the selected key growth completion age " 18 years old & .

Then, the key predictive value output unit 116 outputs the computed final key predictive value through a display.

With this, a user who is currently "10 years old" can confirm the predictive key value "174.75 cm" when he becomes "18 years old", and based on this, the user can increase the momentum for key growth, You will be able to make a lot of effort to increase your intake by increasing your height.

In this case, according to an embodiment of the present invention, the terminal device 110 capable of predicting the key growth wears a wearable device 130 equipped with a sensor capable of sensing vertical and horizontal movements of the user , And may further include a configuration for collecting information on a vertical momentum and a horizontal momentum for a predetermined period from the wearable device 130 and correcting the first key prediction value.

Usually, when a user exercises a lot, he / she is more likely to grow taller than when not exercising. In particular, even with the same movement, the greater the amount of vertical momentum such as a jump, the higher the probability that the key will grow.

Accordingly, the terminal device 110 capable of predicting the key growth according to the present invention collects information on the vertical momentum and the horizontal momentum for a predetermined period from the wearable device 130 worn by the user, By compensating for the predicted value, the user's final predictive key value can be provided with a larger value, on the assumption that the user continues to exercise, thereby encouraging the user's continuous motion.

In this regard, according to an embodiment of the present invention, a terminal device 110 capable of predicting key growth includes a motion score table holding unit 117, a detection frequency receiving unit 118, a vertical motion score calculation unit 119, A score calculation unit 120 and a final score calculation unit 121. [

The exercise score table retaining unit 117 stores and maintains the exercise score table in which the selected first exercise scores are recorded in association with the vertical movements and the selected second exercise scores are recorded in correspondence with the horizontal movements .

At this time, the selected first exercise score may be set to a value higher than the selected second exercise score.

In this regard, information may be stored in the exercise score table as shown in Table 2 below.

Type of exercise Exercise score Vertical motion 20 points Horizontal movement 10 points

That is, according to Table 2, the selected first exercise score is " 20 points ", and the selected second exercise score is " 10 points ".

The number-of-times-of-detection receiving unit 118 receives the number of sensed vertical movements of the wearable device 130 for a predetermined period from the wearable device 130 equipped with a sensor capable of sensing vertical and horizontal movements worn by the user, And receives the number of times of motion detection.

For example, if the predetermined period is one week before today, the detection frequency receiving unit 118 receives the number of detection of the vertical motion of the wearable device 130 and the detection frequency of the horizontal motion for one week from the wearable device 130 .

The vertical motion score calculation unit 119 calculates the vertical motion score by extracting the selected first motion score from the motion score table and multiplying the detected number of times of the vertical motion by the selected first motion score.

The horizontal motion score calculation unit 120 calculates the horizontal motion score by extracting the selected second motion score from the motion score table and multiplying the detected number of horizontal motion times by the selected second motion score.

The final motion score calculation unit 121 calculates the final motion score by summing the vertical motion score and the horizontal motion score.

For example, when the detection frequency of the vertical motion during the predetermined period is " 50 times ", and the detection frequency of the horizontal motion is 20 times, the vertical motion score calculation unit 119 calculates the number of times Quot ;, and the horizontal motion score calculation unit 120 calculates the horizontal motion score by multiplying " 50 times " by the selected first motion score "Quot; 200 points " by multiplying " 20 times " by the above-mentioned second exercise score " 10 points ".

Then, the final motion score calculating unit 121 may calculate the final motion score, which is " 1,200 points " by summing the vertical motion score and the horizontal motion score.

In this case, the final key predictive value operation unit 115 applies a predetermined weight corresponding to the final motion score to a half value of the first key predictive value, and then applies a half value of the first key predictive value to which the selected weight is applied And a half value of the second key predicted value to calculate the final key predicted value corresponding to the predetermined key growth completion age of the user.

In this case, according to an embodiment of the present invention, the terminal device 110 capable of predicting key growth may further include an exercise score weight table holding unit 122. [

The exercise score weight table maintenance unit 122 stores and maintains an exercise score weight table in which different weights predetermined for each of a plurality of ranges of different selected exercise scores are recorded.

For example, the exercise score weight table may be configured as shown in Table 3 below.

Multiple selected ranges of different exercise scores Different weights 0 to 500 points One 500 points to 1,000 points 1.01 1,000 points to 1,500 points 1.02 1,500 ~ 2,000 points 1.03 ... ...

At this time, the final key predictive value calculation unit 115 calculates a final weight predicted value from the exercise score weight table based on the first weighted value recorded corresponding to the range of the exercise score to which the last exercise score belongs, Calculating a sum of a half value of the first key prediction value to which the first weight is applied and a half value of the second key prediction value after applying the first weight to the half value of the first key prediction value, The final key predicted value corresponding to the selected key growth completion age of the user can be calculated.

Regarding the case where the final motion score is calculated as " 1,200 points ", the first key prediction value is calculated as " 173cm ", and the second key prediction value is calculated as " 176.5cm & The key predictive value calculation unit 115 calculates the predicted value of the exercise score from the exercise score weight table as shown in Table 3 by using the recorded "1.02" corresponding to "1000 points to 1,500 points" Quot; can be extracted as the first weight.

Then, the final key predicted value calculation unit 115 applies the first weight value " 1.02 " to the half value " 86.5 cm " of the first key predicted value " 173 cm & A half value of the corrected first key prediction value " 88.23 cm " and a half value of " 88.25 cm ", which is half of the second key prediction value, are calculated to calculate " 176.48 cm " The predicted value can be calculated as the final key predicted value at the selected key growth completion age " 18 years old ".

Thereafter, the key predicted value output unit 116 outputs the final key predicted value, which is " 176.48 cm ", through the display so that, if the user continues to exercise for one week in the future, May be informed to the user that it may be large.

The terminal device 110 capable of predicting key growth may further include a motion reference value determination unit 123, a motion score determination unit 124, and a message output unit 125 according to an embodiment of the present invention .

The exercise reference value judgment unit 123 judges whether the final exercise score exceeds a predetermined exercise score reference value.

The exercise score determination unit 124 determines whether the vertical motion score is higher than the horizontal motion score.

If the final motion score does not exceed the predetermined motion score reference value and the vertical motion score is lower than the horizontal motion score, the message output unit 125 displays a message encouraging the vertical motion through the display Can be output.

That is, using the example described above, the final motion score calculated according to the number of times of the user's vertical motion and horizontal motion per week does not exceed the predetermined motion score reference value, and the vertical motion score is the horizontal motion score The message output unit 125 outputs a message encouraging the vertical motion through the display by judging that the amount of the user's momentum is insufficient and the amount of vertical momentum is insufficient, It is possible to induce more vertical motion to be performed.

2 is a flowchart illustrating a key growth prediction method of a terminal apparatus according to an embodiment of the present invention.

In step S210, a predetermined key prediction value corresponding to each of a plurality of divided ages is recorded for each of a plurality of predetermined key groups divided on the basis of the key size order, And stores it.

In step S220, the user's gender, the age of the user, and the current key value of the user are input from the user, and the gender of the user among the plurality of selected key groups and the age of the user And selects the first key group having the smallest difference from the current key value of the user.

If the selection of the first key group is completed in step S230, a key corresponding to each of the plurality of divided ages is recorded in the key prediction table according to the sex of the user for the first key group, And extracts the recorded first key prediction value corresponding to the selected key growth completion age among the predicted values.

In step S240, the current key value of each of the parents of the user is input from the user, and an average value of the current key values of the respective parents of the user is calculated. Then, And calculates the second key prediction value by summing the different correction values defined.

In step S250, a half value of the first key prediction value and a half value of the second key prediction value are summed to calculate a final key prediction value corresponding to the predetermined key growth completion age of the user.

In step S260, the computed final key prediction value is output through the display.

According to an embodiment of the present invention, in the key growth prediction method of the terminal apparatus, a first motion score selected for vertical motion is recorded corresponding to the vertical motion, and a second motion score corresponding to the horizontal motion is corresponded Storing and holding the recorded exercise score table, detecting the number of vertical movements of the wearable device during a predetermined period from the wearable device equipped with the sensor capable of sensing the vertical motion and the horizontal motion worn by the user, Calculating a vertical motion score by multiplying the detected number of times of vertical motion by the first motion score, extracting the selected first motion score from the motion score table, Extracting the selected second exercise score from the exercise score table, Calculating a horizontal motion score by multiplying the sensed number of seizures by the selected second motion score, and calculating a final motion score by summing the vertical motion score and the horizontal motion score.

In this case, in step S250, a predetermined weight corresponding to the final motion score is applied to a half value of the first key prediction value, and then a half value of the first key prediction value to which the selected weight is applied is compared with a half value And calculate the final key predicted value corresponding to the predetermined key growth completion age of the user by summing the half value of the key predicted value.

According to an embodiment of the present invention, the key growth prediction method of the terminal device stores and maintains a weight score table in which different weight values predetermined for each of a plurality of ranges of different selected exercise scores are recorded Step < / RTI >

At this time, in step S250, the first weighted value recorded corresponding to the range of the exercise score to which the final exercise score belongs is extracted from the exercise score weighting table to the selected weighted value corresponding to the final exercise score, The method of claim 1, further comprising: applying the first weight to a half value of a first key prediction value; summing a half value of the first key prediction value to which the first weight is applied and a half value of the second key prediction value, The final key predicted value corresponding to the keyed growth completion age can be calculated.

According to an embodiment of the present invention, the selected first exercise score may be set to a value higher than the predetermined second exercise score.

According to an embodiment of the present invention, the key growth prediction method of the terminal device may include determining whether the final motion score exceeds a predetermined motion score reference value, determining whether the vertical motion score is higher than the horizontal motion score And if the final motion score does not exceed the predetermined motion score reference value and the vertical motion score is determined to be lower than the horizontal motion score, a message encouraging vertical motion is output through the display The method comprising the steps of:

The key growth prediction method of the terminal according to the embodiment of the present invention has been described above with reference to FIG. Here, the key growth prediction method of the terminal device according to the embodiment of the present invention can correspond to the configuration of the operation of the terminal device 110 capable of key growth prediction described with reference to FIG. 1, Is omitted.

The key growth prediction method of a terminal apparatus according to an embodiment of the present invention can be implemented by a computer program stored in a storage medium for execution through a combination with a computer.

Also, the key growth prediction method of a terminal apparatus according to an embodiment of the present invention may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions recorded on the medium may be those specially designed and constructed for the present invention or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

110: Terminal device capable of predicting key growth
111: Key prediction table holding unit 112:
113: first key prediction value extracting unit 114: second key prediction value calculating unit
115: Last key predicted value arithmetic unit 116: Key predicted value output unit
117: Exercise score table retaining unit 118: Detection frequency receiver
119: vertical motion score calculation unit 120: horizontal motion score calculation unit
121: final exercise score calculation unit 122: exercise score weight table maintenance unit
123: exercise reference value judgment unit 124: exercise score judgment unit
125: Message output unit

Claims (10)

A key prediction table in which a predetermined key prediction value corresponding to each of a plurality of divided ages is recorded according to a sex of a person is stored for each of a plurality of predetermined key groups divided on the basis of the size order of keys A key prediction table holding unit for holding the key prediction table;
The user's gender, the age of the user, and the current key value of the user from the user, and recorded from the key prediction table in correspondence with the gender of the user and the age of the user among the plurality of selected key groups A group selection unit for selecting a first key group having a value whose key prediction value is the smallest difference from the current key value of the user;
When the selection of the first key group is completed, selecting one of the key predictive values recorded corresponding to each of the plurality of divided ages according to the sex of the user for the first key group from the key prediction table A first key prediction value extracting unit for extracting a recorded first key prediction value corresponding to a key growth completion age;
The method comprising: receiving a current key value of each parent of the user from the user; calculating an average value of the current key value of each of the user's parents; A second key predictive value operation unit for calculating a second key predictive value by summing the correction values;
A final key prediction value calculation unit for calculating a final key prediction value corresponding to the predetermined key growth completion age of the user by summing a half value of the first key prediction value and a half value of the second key prediction value; And
A key prediction value output unit for outputting the calculated final key prediction value through display;
And a terminal device capable of predicting key growth. The method according to claim 1,
A motion score table retaining unit for storing and holding a selected motion score table corresponding to the vertical motion and recording the selected motion score table corresponding to the selected second motion score for the horizontal motion;
A number of times of detection of the vertical motion of the wearable device and a detection frequency of the horizontal motion during a predetermined period from a wearable device equipped with a sensor capable of sensing vertical and horizontal movements of the wearer A receiving unit;
A vertical motion score calculating unit for extracting the selected first motion score from the motion score table and calculating a vertical motion score by multiplying the detected number of times of vertical motion by the first motion score;
A horizontal motion score computing unit for extracting the selected second motion score from the motion score table and calculating a horizontal motion score by multiplying the sensed number of horizontal motion times by the selected second motion score; And
A final motion score calculating unit for calculating a final motion score by summing the vertical motion score and the horizontal motion score,
Further comprising:
The final key predicted value calculation unit
A half value of the first key prediction value and a half value of the second key prediction value to which the selected weight value is applied, And calculates the final key predicted value corresponding to the selected age of the key growth completion of the user. 3. The method of claim 2,
A motion score weight table holding unit that stores and maintains a motion score weight table in which different weight values determined in advance by a plurality of predetermined ranges of different motion scores are recorded,
Further comprising:
The final key predicted value calculation unit
Extracting from the exercise score weight table a first weight recorded in correspondence with a range of motion scores to which the final motion score belongs to the selected weight corresponding to the final motion score, Value of the first key predicted value to which the first weight is applied and a half value of the second key predicted value to the predetermined key growth completion age of the user The key predicted value is calculated. 3. The method of claim 2,
Wherein the selected first exercise score is set to a value higher than the selected second exercise score,
The terminal device capable of predicting the key growth
A motion reference value determination unit for determining whether the final motion score exceeds a predetermined motion score reference value;
A motion score determination unit for determining whether the vertical motion score is higher than the horizontal motion score; And
And outputting a message for encouraging the vertical motion through the display when the final motion score is not higher than the predetermined motion score reference value and the vertical motion score is lower than the horizontal motion score,
Wherein the terminal device is capable of predicting key growth. A key prediction table in which a predetermined key prediction value corresponding to each of a plurality of divided ages is recorded according to a sex of a person is stored for each of a plurality of predetermined key groups divided on the basis of the size order of keys ;
The user's gender, the age of the user, and the current key value of the user from the user, and recorded from the key prediction table in correspondence with the gender of the user and the age of the user among the plurality of selected key groups Selecting a first key group having a value whose key prediction value is the smallest difference from the current key value of the user;
When the selection of the first key group is completed, selecting one of the key predictive values recorded corresponding to each of the plurality of divided ages according to the sex of the user for the first key group from the key prediction table Extracting a recorded first key predictive value corresponding to a key growth completion age;
The method comprising: receiving a current key value of each parent of the user from the user; calculating an average value of the current key value of each of the user's parents; Calculating a second key prediction value by summing the correction values;
Calculating a final key prediction value corresponding to the selected key growth completion age of the user by summing a half value of the first key prediction value and a half value of the second key prediction value; And
And outputting the computed final key predicted value through a display
And estimating the key growth of the terminal device. 6. The method of claim 5,
Storing a motion score table in which a predetermined first motion score is recorded in correspondence with a vertical motion, and a second motion score corresponding to a horizontal motion is recorded corresponding to the motion score table;
Receiving a number of sensed vertical movements and a sensed number of horizontal movements of the wearable device for a predetermined period from a wearable device equipped with a sensor capable of sensing vertical and horizontal movements of the wearer;
Calculating a vertical motion score by extracting the selected first motion score from the motion score table and multiplying the detected number of times of vertical motion by the selected first motion score;
Calculating a horizontal motion score by extracting the selected second motion score from the motion score table and multiplying the detected number of horizontal motion times by the selected second motion score; And
Calculating a final motion score by summing the vertical motion score and the horizontal motion score
Further comprising:
The step of computing the final key prediction value
A half value of the first key prediction value and a half value of the second key prediction value to which the selected weight value is applied, And calculates the final key predicted value corresponding to the selected key growth completion age of the user. The method according to claim 6,
Storing a motion score weight table in which different weight values determined in advance by a plurality of ranges of the plurality of selected motion scores are stored,
Further comprising:
The step of computing the final key prediction value
Extracting from the exercise score weight table a first weight recorded in correspondence with a range of motion scores to which the final motion score belongs to the selected weight corresponding to the final motion score, Value of the first key predicted value to which the first weight is applied and a half value of the second key predicted value to the predetermined key growth completion age of the user The key predicted value of the terminal device is calculated. The method according to claim 6,
Wherein the selected first exercise score is set to a value higher than the selected second exercise score,
The key growth prediction method of the terminal apparatus
Determining whether the final exercise score exceeds a predetermined exercise score threshold;
Determining whether the vertical motion score is higher than the horizontal motion score; And
Outputting a message encouraging the vertical motion through the display when the final motion score is determined not to exceed the predetermined motion score reference value and the vertical motion score is lower than the horizontal motion score
Further comprising the steps of: 9. A computer-readable recording medium on which a program for performing the method of any one of claims 5 to 8 is recorded. 9. A computer program stored in a storage medium for executing the method of any one of claims 5 to 8 through a combination with a computer.

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