Apparatus and method for correcting life patterns in real time

A method for correcting life patterns, comprising:

• generating activity information in real time based on movement of a user;
• storing the generated activity information in real time;
• transmitting the stored activity information to a server using a network;
• receiving starting point information of a dynamic activity interval and an exercise program from the server;
• and
• providing the exercise program to the user.

A method for correcting life patterns, comprising:

• receiving activity information based on movement of a user who possesses a handheld terminal;
• detecting a starting point of a dynamic activity interval of the user from the received activity information;
• generating an exercise program for filling a deficient amount of activity compared to a target value in the detected dynamic activity interval;
• and
• transmitting the generated starting point information and the exercise program information to the handheld terminal.

A method for correcting life patterns, comprising:

• generating activity information by a mobile device based on movement of a user in real time;
• storing the generated activity information in real time;
• transmitting the stored activity information to a server everyday using a network;
• detecting a starting point of a dynamic activity interval of the day based on the transmitted activity information from the mobile device;
• generating an exercise program for filling a lacking amount of activity compared to a target value in the detected dynamic amount of activity when the starting point is detected;
• and
• transmitting the generated exercise program using a short message service (SMS) to a user's cellular phone when the present time corresponds to the starting point detected the previous day.

An apparatus for correcting life patterns in real time, comprising:

• a movement sensing unit configured to sense movements of a user in daily life of the user;
• a starting point detecting unit configured to detect a starting point of a dynamic activity interval periodically or in real time based on the sensed movement information;
• an exercise program generating unit configured to generate an exercise program for filling a deficient amount of activity compared to a target value in the detected dynamic activity interval;
• and
• a user interface unit configured to provide the generated exercise program to the user.

A server for correcting life patterns in real time, comprising:

• a transceiver unit configured to receive activity information generated based on movement of a user, who possesses a handheld terminal, and to transmit generated starting point information and exercise program information to the handheld terminal;
• a starting point detecting unit configured to detect a starting point of a dynamic activity interval of the user based on the received activity information;
• and
• an exercise program generating unit configured to generate an exercise program for filling a deficient amount of activity compared to a target value in the detected dynamic activity interval when the starting point is detected.

An apparatus for correcting life patterns in real time, comprising:

• a mobile device configured to generate activity information in real time based on movements of a user, to store the activity information generated in real time, and to transmit the stored activity information to a server using a network;
• the server being configured to detect a starting point of the dynamic activity interval based on the transmitted activity information, to generate an exercise program for filling a deficient amount of activity compared to a target value when the starting point is detected, and to transmit the generated exercise program to the mobile device of the user using a short message service (SMS) when a time of the next day corresponds to the starting point detected day;
• and
• the mobile device being configured to display the short message received from the server using a display unit.

A method for correcting life patterns in real time, comprising:

• detecting a starting point of an activity interval, the starting point being detected by determining a representative activity pattern for a first activity pattern determination period based on movements of a user and analyzing the determined representative activity pattern;
• setting a second activity pattern determination period different from the first activity pattern determination period in the activity interval in which the starting point is detected;
• and
• providing feedback for an exercise program for filling a deficient amount of activity compared to a target value with reference to the representative activity pattern determined in response to the set second activity pattern determination period.

A method for correcting life patterns, comprising:

• receiving activity information generated based on movements of a user possessing a handheld terminal for every first activity pattern determination period;
• detecting a starting point of an activity interval of the user based on the received activity information;
• generating an exercise program for filling a deficient amount of activity compared to a target value in the detected activity interval when the starting point is detected;
• setting an activity pattern determination period as a second activity pattern determination period in the activity interval in which the starting point is detected, the second activity pattern determination period being different from the first activity pattern determination period;
• and
• transmitting the generated starting point information, determination period setting information, and the exercise program information to the handheld terminal.

A method for correcting life patterns, comprising:

• generating, by a portable device, activity information for a first activity pattern determination period based on movements of a user;
• storing the generated activity information;
• transmitting the stored activity information to a server everyday using a network;
• detecting a starting point of a dynamic activity period of the day based on the activity information transmitted from the portable device;
• generating an exercise program for filling a deficient amount of activity compared to a target value in the detected activity interval when the starting point is detected;
• setting an activity pattern determination period as a second activity pattern determination period for the activity interval in which the starting point is detected, the second activity pattern determination period being different from the first activity pattern determination period;
• and
• transmitting the generated exercise program information and determination period setting information to a portable device of the user using a short massage service when a time of another day corresponds to the detected starting point of the day.

An apparatus for daily correcting life patterns, comprising:

• an activity sensing unit for sensing movements of a user in daily life;
• a starting point detecting unit configured to detect a starting point of a dynamic activity interval for every first activity pattern determination period based on the sensed activity information, and to set an activity pattern determination period as a second activity pattern determination period during activity intervals where the starting point is detected, the second activity pattern determination period being different from the first activity pattern determination period;
• an exercise program generating unit configured to generate an exercise program for filling a deficient amount of activity compared to a target value in the detected activity interval when the starting point is detected;
• and
• a user interface unit configured to provide the generated exercise program to the user.

A handheld terminal, comprising:

• a movement sensing unit configured to generate activity information for every first activity pattern determination period based on movements of a user;
• a memory unit for storing the activity information generated in real time;
• a transceiver unit configured to transmit the stored activity information to a server, and to receive starting information of a dynamic activity interval, determination period control information, and exercise program information from the server using a network;
• a user interface unit configured to output an exercise message based on the exercise program information;
• and
• a control unit configured to output the exercise message corresponding to the exercise program information at the starting point of the received dynamic activity interval, and to set an activity pattern determination period as a second activity pattern determination period in the dynamic activity interval in response to the determination period control information, the second activity pattern determination period being different from the first activity pattern determination period.

A server for correcting life patterns, comprising:

• a transceiver unit configured to periodically receive activity information generated based on movements of a user who possesses a handheld terminal, and to transmit the generated starting point information, determination period control information, and exercise program information to the handheld terminal;
• a starting point detecting unit configured to detect a starting point of the dynamic activity interval of the user based on the received activity information, and set an activity pattern determination period as a second activity pattern determination period in the activity interval in which the starting point is detected, the second activity pattern determination period being different from the first activity pattern determination period;
• and
• an exercise program generating unit configured to generate an exercise program for filling a deficient amount of activity compared to a target value in the detected activity intervals when the starting point is detected.

An apparatus for daily correcting of life patterns, comprising:

• a movement sensing unit configured to sense movements of a user in daily life;
• a starting point detecting unit configured to determine a respective standardized activity pattern and simultaneously determine a respective activity level of non-standardized activity patterns based on the sensed movement information, to detect starting points of a dynamic activity interval for a first activity pattern determination period based on the determined activity pattern and the activity level, and to set an activity pattern determination period as a second activity pattern determination period for an activity period in which the starting point is detected, the second activity pattern determination period being different from the first activity pattern determination period;
• an exercise program generating unit configured to generate an exercise program for filling a deficient amount of activity compared to a target value in the detected activity interval when the starting point is detected;
• and
• a user interface unit configured to provide the generated exercise program information to the user.