Smart desk for identifying deceleration in brain activity of user and reminding the user to recover from the same

A method of identifying a deceleration in a brain activity of a user when the user performs an event at the smart desk and reminding the user to take a break to recover from the deceleration of the brain activity, the method comprising,

• providing the smart desk that comprises a sensor unit, and a brain activity identification unit comprising a memory unit, and a microprocessor;
• pre-storing a plurality of energy graph templates on a database in the memory unit, wherein each energy graph template comprises one or more time periods at which a person has the deceleration in the brain activity, wherein the one or more time periods are pre-configured for each energy graph template based on historical data of the person, wherein the historical data of the person comprises at least one sleep data, a wakeup time, sensor data on log-in time of the person on the smart desk, and how long the person performed the event at the smart desk, and an age of the person;
• detecting, using the sensor unit, a presence of the user on the smart desk, a log-in time of the user at the smart desk, and how long the user is performing the event at the smart desk;
• receiving, by the microprocessor, user data of a particular day from a user device associated with the user, wherein the user data comprises at least one of sleep data, age, and a wakeup time of the user for the particular day;
• determining, by the microprocessor, an energy graph template for the user for the particular day from the database by analyzing (i) the user data that is received from the user device, and (ii) the log-in time of the user on the smart desk that is received from the sensor unit, for the particular day;
• determining, by the microprocessor, an occupancy of the smart desk by the user on the particular day by analyzing information related to the presence of the user on the smart desk, and how long the user is performing the event at the smart desk;
• dynamically modifying, by the microprocessor, the energy graph template of the user for the particular day by adjusting the one or more time periods of the energy graph template to obtain an adjusted energy graph, wherein the one or more time periods of the energy graph template are adjusted by analyzing data associated with the occupancy of the smart desk by the user for the particular day, wherein the adjusted energy graph comprises one or more adjusted time periods on which the potential deceleration in the brain activity of the user occurs;
• generating, by the microprocessor, a reminder for each adjusted time period of the adjusted energy graph at a user interface on the smart desk to enable the user to take the break to recover from the deceleration of the brain activity.

One or more non-transitory computer readable storage mediums storing one or more sequences of instructions, which when executed by one or more processors, performs method of identifying a deceleration in a brain activity of a user when the user performs an event at the smart desk and reminding the user to take a break to recover from the deceleration of the brain activity, the method comprising,

• providing the smart desk that comprises a sensor unit, and a brain activity identification unit comprising a memory unit, and a microprocessor;
• pre-storing a plurality of energy graph templates on a database in the memory unit, wherein each energy graph template comprises one or more time periods at which a person has the deceleration in the brain activity, wherein the one or more time periods are pre-configured for each energy graph template based on historical data of the person, wherein the historical data of the person comprises at least one sleep data, a wakeup time, sensor data on log-in time of the person on the smart desk, and how long the person performed the event at the smart desk, and an age of the person;
• detecting, using the sensor unit, a presence of the user on the smart desk, a log-in time of the user at the smart desk, and how long the user is performing the event at the smart desk;
• receiving, by the microprocessor, user data of a particular day from a user device associated with the user, wherein the user data comprises at least one of sleep data, age, and a wakeup time of the user for the particular day;
• determining, by the microprocessor, an energy graph template for the user for the particular day from the database by analyzing (i) the user data that is received from the user device, and (ii) the log-in time of the user on the smart desk that is received from the sensor unit, for the particular day;
• determining, by the microprocessor, an occupancy of the smart desk by the user on the particular day by analyzing information related to the presence of the user on the smart desk, and how long the user is performing the event at the smart desk;
• dynamically modifying, by the microprocessor, the energy graph template of the user for the particular day by adjusting the one or more time periods of the energy graph template to obtain an adjusted energy graph, wherein the one or more time periods of the energy graph template are adjusted by analyzing data associated with the occupancy of the smart desk by the user for the particular day, wherein the adjusted energy graph comprises one or more adjusted time periods on which the potential deceleration in the brain activity of the user occurs;
• generating, by the microprocessor, a reminder for each adjusted time period of the adjusted energy graph at a user interface on the smart desk to enable the user to take the break to recover from the deceleration of the brain activity.