Leisure Management System for the Elderly Using Smart Band

摘要

The present invention relates to a leisure management system for the elderly using a smart band, and provides a solution that can reduce the stress of the elderly through a YouTube channel and a frequent place recommendation algorithm by the Niagara app, and by a stress measuring device The secretion of the stress hormone 'cortisol' is measured by the sweat that a person sheds, and the degree of light absorption between hemoglobin with oxygen and hemoglobin without oxygen is different according to the oxygen saturation measuring device, so the difference in light intensity when exposed to light By using the SOS button to notify the guardian of an emergency through a text message notification service, and by using a silicone band that is harmless to the human body, the tracking of life patterns and monitoring of the body condition for the elderly is all that is measured. It is intended to solve the problem that life pattern tracking and body condition monitoring for the existing elderly only measure but not reduce stress by solving the problem that cannot reduce stress. That is, the present invention is an app within a smartphone that provides a solution that can reduce the stress of the elderly through a YouTube channel and a frequent place recommendation algorithm in a smart band, and the Niyagara app, which is formed with a brand created by the user A GPS device formed with a small chip to accurately determine the location of A stress measuring device formed with a small chip to measure SOS button formed in a circle shape with 'SOS' written in the center of the smart band to notify devices and guardians of an emergency through a text message notification service It is composed of a USB charger that is formed in the same shape as a smartphone charging terminal so that users can use it continuously. Therefore, the present invention provides a solution that can reduce the stress of the elderly through the YouTube channel and frequent place recommendation algorithm by the Niyagara app, and the stress hormone 'cortisol' by the sweat of a person by the stress measuring device and measure the difference in light intensity when irradiated with light because the degree of light absorption between hemoglobin with oxygen and hemoglobin without oxygen is different by the oxygen saturation measuring device, and the protector by using the SOS button By letting people know of an emergency through a text message notification service and using a silicone band that is harmless to the human body, it solves the problem that life pattern tracking and body condition monitoring for the elderly only measures but does not reduce stress By doing so, it has the effect of solving the problem that the existing tracking of life patterns and monitoring of physical conditions for the elderly only measures and does not reduce stress.