IT202100017735A1 - SYSTEM FOR HEALTHCARE AND PSYCHOPHYSICAL WELL-BEING - Google Patents

Description

Description of the invention entitled:

?SYSTEM FOR HEALTHCARE AND PSYCHOPHYSICAL WELL-BEING?

Description

field of technique

The invention refers to the field of technologies for the psychophysical well-being of the person. even more specifically the present invention ? aimed at providing a system that monitors the personal psychophysical status and that ? able to provide solutions to quickly regain well-being.

Known art

In our society? that evolves in an increasingly more sense? hectic and dynamic, millions of people suffer from anxiety and stress.

These two pathologies that have been talked about a lot in recent years are more? serious than one might think, bringing a series of complications that in addition to depriving individuals of a serenity and fundamental well-being, can lead to related complications such as psychosomatic, autoimmune and disabling pathologies. With the development of technology yes? established more and more the practice of self-monitoring through which ? You can monitor your vital signs (e.g. heart rate). Technologies aimed at this type of purpose? and who have met a large audience thanks to their cheapness? are those of smart bracelets. These bracelets, equipped with different types of sensors, allow you to detect various biometric parameters, the most? evolved have their own operating systems and graphical interfaces that allow so? immediate access to a wide range of information, while others, in a more streamlined and simple, they communicate with specific applications installed on smartphones, tablets and personal computers.

An example ? the object of the patent application KR102136943B1 of X. Y. XIA, W. WU. The invention refers to a smart bracelet.

The smart bracelet includes a strap, a rotating assembly rotatably coupled to the strap, and a display screen coupled to the strap and rotating assembly. When the rotating group ? folded with respect to the strap, the flexible display screen is ? folded and has a first viewing area. When the rotating assembly is opened relative to the strap, the flexible viewing screen is opened and presents a second viewing area. The second viewing area ? more larger than the first viewing area. The smart bracelet display area of this application is ? editable.

Another example ? the object of patent application CN205054209U by X. TIANLI. The invention refers to a multifunctional smart bracelet.

The utility model? reveals a multifunctional bracelet, including bracelet body and display device, equipped with anion energy sensor, infrared energy sensor, main control set and a communication device. In this device attached to the cuff body, the main control set can perform data acquisition and data analysis and obtain a complete and accurate health assessment by detecting biometric data such as heart rate, electrocardiograms and can? send them to a mobile terminal. The anion energy sensor monitors human metabolism, human immune system status, oxygenation level and ? able to predict the possible occurrence of serious diseases.

Another example? the object of the patent application CN110693491A of B. XIAO and T. ZIWEI. The invention refers to a method and device for processing the electrocardiographic signal with a wearable device and storage medium.

The invention describes an electrocardiographic signal processing method, an electrocardiographic signal processing device, wearable equipment and a readable storage medium, wherein the method is ? applied to wearable equipment and includes the following steps.

In the method, a signal finally used to draw the electrocardiogram is obtained by amplifying the intensity of the electrocardiographic signal of the human body according to a target matched to the intensity. That is, by setting the corresponding relationship between the? intensity? of the signal and the gain, you solve the problem of the difference in intensity? electrocardiogram caused by factors such as the wearer's gender, age, health and the like, and finally, the electrocardiogram is traced which can be more reasonably truthful.

The inventions mentioned, cos? such as those on the market, are aimed at monitoring the biometric vital parameters of users, often have a graphical interface mounted on the smart bracelet for the immediate use of this data, and in most cases they use this interface to also allow connection to the web.

The present invention instead provides a system for healthcare and psychophysical well-being capable of monitoring the vital and biometric parameters of the users and of recognizing stressful situations.

even more advantageously, said system sends the data to an application and/or Web portal which suggests to users interventions, courses and other actions, even rapid ones, to restore as soon as possible soon a state of well-being.

Description of the invention

According to the present invention a system for healthcare and psychophysical well-being is achieved.

The invention provides a system including an ad hoc or pre-existing smart bracelet and a Web portal and/or application to ensure the monitoring and management of the biometric data of a user who uses the service and to provide a series of innovative solutions for cope with stressful situations.

The smart bracelet allows the housing, on the strap, of one or more? biometric sensors capable of recording the user?s vital parameters such as heart rate, temperature and perspiration, special vibration devices and LED lights.

Artificial intelligence algorithms are used in order to analyze the data received daily from the biometric sensors and estimate the average values of the user's biometric parameters in order to determine stress conditions and general well-being protection thresholds. When these thresholds are exceeded, the smart bracelet sends vibration and light alerts to the user. The smart bracelet? also able to record the data of the biometric sensor on an internal memory in mode? offline in such a way as to allow communication of the same to the Web portal and/or application as soon as the network ? available again. The internal memory also allows cyclic overwriting of data in chronological order if the period of activity? in mode? offline extended for a long time. The smart bracelet? also equipped with a GPS locator which, in case of loss, allows said user to activate it even remotely.

In one embodiment, the smart bracelet ? made with an integrated display capable of allowing direct connection to said Web portal and/or application as well as showing immediate data such as time and heart rate.

In another embodiment, the smart bracelet can? mount a small solar panel in the strap, in order to have an alternative energy source.

In any case, the smart bracelet? made with a waterproof casing resistant to shocks and high pressures also allowing immersion up to depths of relating to ordinary use, moreover, it ? made in such a way as to avoid the risk of electrocution and/or short circuit in any case.

The Web portal and/or application created for the system object of the present invention, ? divided into a private part, created for the user who uses it, containing the history of the biometric data recorded, and a public part through which to access services such as, for example, effective techniques and strategies to immediately relieve stress and anxiety, a section dedicated to lessons to ensure e-learning training to achieve greater resilience and also online support from professionals such as life coaches.

Said web portal and/or application ? finally made in such a way that all sensitive user data contained therein are protected with high military security systems thus avoiding access to third parties.

Description of the figures

The invention will come described hereinafter in at least one preferred embodiment by way of explanation and not of limitation with the aid of the accompanying figures, in which:

- FIGURE 1 shows a general view of the system for Healthcare and psychophysical well-being 100;

- FIGURE 2 shows a view of the smart bracelet 200 of said system for healthcare and psychophysical well-being 100.

Detailed description of the invention

This invention will come now illustrated purely by way of example but not in a limiting or binding way, making use of the figures which illustrate some embodiments with respect to the present inventive concept.

Referring to FIG. 1 ? shown is a general view of said system for healthcare and psychophysical well-being 100 according to the present invention. In FIG. 1 as in the following description, ? illustrated the embodiment of the present invention considered to be the best up to now.

Said system for healthcare and psychophysical well-being 100 comprises at least one user 101, at least one web portal and/or application 102, at least one coach 103, at least one smart bracelet 200.

Said system for Healthcare and psychophysical well-being 100 capable of monitoring biometric data and providing solutions for preventing and/or coping with stressful situations for said user 101. Said Web portal and/or application 102 ? designed to allow said 101 user access to services aimed at his psychophysical well-being such as interventions for the immediate management of stressful situations, lessons to guarantee e-learning training to obtain greater resilience and also online support from said coach 103. Said smart bracelet 200 adapted to monitor the physical condition of said user 101 and to send the monitored data to said web portal and/or application 102.

Referring to FIG. 2 ? shown is a view of said smart bracelet 200 of said system for healthcare and psychophysical well-being 100. Said smart bracelet 200 will be? described with reference to FIGS. 1 and 2.

Said smart bracelet 200 comprises at least one bracelet 201, at least one biometric sensor 202, at least one vibration device 203, at least one communication device 204, at least one internal memory 205, at least one set of led lights 206, at least one battery 207, at least an input 208 for the connection, at least one locator 209.

Said smart bracelet 200 houses said biometric sensor 202 inside said strap 201. Said biometric sensor 202 monitors the vital parameters of said user 101 such as for example heart rate, perspiration, temperature. When said vital parameters exceed certain well-being limit thresholds, said vibration device 203, also installed in said strap 201, is activated by vibrating and sending a signal to said user 101. The signal is also sent through said set of LED lights 206 which also signals the low charge state in said battery 207 and fullness of said internal memory 205. Said battery 207 can? be recharged through said input 208 which also allows connection to smartphones, tablets and personal computers. Said communication device 204 sends the data collected by said biometric sensor 202 to said Web portal and/or application 102 making them available for consultation by said user 101. Said locator 209 finally allows to identify the position of said smart bracelet 200 with GPS technology providing also, in case of loss, the possibility? to access location information remotely via said web portal and/or 102 application.

? finally, it is clear that modifications, additions or variations that are obvious to a person skilled in the art can be made to the invention described up to now, without thereby departing from the scope of protection which ? provided by the appended claims.

Claims (9)

Claims 1. Healthcare and psychophysical well-being system (100), designed to monitor biometric data and provide solutions to prevent and/or deal with stressful situations of at least one user (101), characterized by the fact that it includes: - at least one Web portal and/or application (102) capable of allowing said user (101) access to services aimed at his psychophysical well-being; - at least one coach (103) able to add contents to said Web portal and/or application (102) and to provide assistance to said user (101); - at least one smart bracelet (200) able to monitor the physical condition of said user (101); said smart bracelet (200) comprising: - at least one ergonomic strap (201) able to allow any user (101) to use said smart bracelet (200) in any situation; - at least one biometric sensor (202) mounted on said strap (201) able to monitor the vital parameters of said user (101) such as for example heart rate, perspiration, temperature; - at least one vibration device (203) able to send a vibration directly on the wrist of said user (101); - at least one communication device (204) able to communicate the data recorded by said biometric sensor (202) to said Web portal and/or application (102); - at least one internal memory (205) suitable for storing information relating to the registrations of said biometric sensor (202) and its use by said user (101); said smart bracelet (200) being capable of recording the data of said biometric sensor (202) in said internal memory (205) in mode? offline in such a way as to allow communication of the same to said Web portal and/or application (102) as soon as the network ? available again; said internal memory (205) able to allow the cyclical overwriting of the data in chronological order if the period of activity? in mode? offline lasted for a long time; - at least one set of LED indicators (206) able to send visual signals to said user (101); - at least one battery (207) able to supply energy to said smart bracelet (200); - at least one input (208) for connection to smartphones, tablets and personal computers, and for supplying electrical power to said battery (207); - at least one locator (209) suitable for identifying the position of said smart bracelet (200) with GPS technology. 2. Healthcare and psychophysical well-being system (100), according to the preceding claim 1, characterized in that said Web portal and/or application (102) is divided into a private part created for said user (101) containing the history of the biometric data recorded by said biometric sensor (202) and a public part through which to access services such as effective techniques and strategies to immediately relieve stress and anxiety, a section dedicated to lessons to ensure e-learning training to obtain greater resilience and also online support from said coach (103). 3. Healthcare and psychophysical well-being system (100), according to the preceding claims 1 and 2, characterized in that said smart bracelet (200) sends communications to said user (101) when the data recorded by said biometric sensor (202) exceed certain thresholds for safeguarding well-being, through said vibration device (203) and through said set of LED lights (206); said set of LED lights (206) also able to indicate a low charge level of said battery (207) and the full condition of said internal memory (205). 4. Healthcare and psychophysical well-being system (100), according to the preceding claim 1, characterized in that said Web portal and/or application (102) exploits artificial intelligence algorithms in order to analyze the data received daily from said communication device (204) and estimate average values of the biometric parameters of said user (101) useful for determining stress conditions and in general thresholds for safeguarding well-being. 5. Healthcare and psychophysical well-being system (100), according to any one of the preceding claims, characterized in that said smart bracelet (200) is capable of communicating its position to said Web portal and/or application (102) through said locator (209); in case of loss said user (101) pu? access a special section of said Web portal and/or application (102) to activate even remotely, if deactivated, said locator (209). 6. Healthcare and psychophysical well-being system (100), according to any one of the preceding claims, characterized in that said smart bracelet (200) includes a display capable of allowing direct connection to said Web portal and/or application ( 102) as well as showing immediate data such as time and heart rate. 7. Healthcare and psychophysical well-being system (100), according to any one of the preceding claims, characterized in that said smart bracelet (200) includes a solar panel integrated in said strap (201) capable of providing an energy source additional to said battery (207). 8. Healthcare and psychophysical well-being system (100), according to any one of the preceding claims, characterized in that said smart bracelet (200) is made with a waterproof casing resistant to shocks and high pressures allowing immersion up to a depth of appropriate to ensure its functionality? in ordinary use; said smart bracelet (200) able to be made in such a way as to avoid in any case the risk of electrocution for said user (101) and/or short circuit. 9. Healthcare and psychophysical well-being system (100), according to any one of the preceding claims, characterized in that said Web portal and/or application (102) and all the sensitive data of said user (101) contained therein are protected with high security systems thus avoiding? access to third parties.