KR20220055194A - a system that can monitor data close to the human body. - Google Patents

Abstract

A monitoring and reporting system includes a sensor device generating data indicating at least one among an activity of an individual, GSR and a thermal flow, and data induced therefrom, when located close to a human body. A remote central monitoring unit generates analysis state data from the data and previously generated analysis state data. A data storage device stores the data received and generated by the central monitoring unit. The system includes a means for establishing electronic communication between the sensor device and the central monitoring unit, and a means for transmitting the data to a receiver. The sensor device generates data indicating a contextual parameter about the individual, wherein the data can be used for the generation of the analysis state data. The system can be used to monitor and provide feedback regarding the degree of suggested daily tasks achieved by the individual.

Description

[A system that can monitor data close to the human body] {a system that can monitor data close to the human body.}

The present invention relates to a system for monitoring health, wellness and fitness, in particular the physiology of an individual.

Data on enemy status, lifestyle and various contextual parameters can be collected using sensor devices.

collected and stored on a remote site, and also such data and, preferably, made available to individuals via an electronic network.

It relates to a system for making analytical information based on such data.

Study finds that the greatest health problems in social life are due, in whole or in part, to an unhealthy lifestyle.

there is excess Increasingly, our society often suffers from poor eating habits, high levels of stress, lack of exercise, poor sleeping habits, and concentration.

and pursue a fast, achievement-oriented lifestyle in which there is no time for comfort. awareness of these facts

As a result, people are increasingly interested in a healthy lifestyle.

Conventional treatment, implemented in the form of HMO or a similar composition, responds to the needs of individuals interested in a healthier lifestyle

do not have the time, training, or reimbursement mechanism to Physical fitness program and exercise equipment, diet method, self

to meet individual needs, including training brochures, alternative healers, and health information recently published by websites on the Internet.

There have been attempts to These attempts have focused on enabling individuals to take responsibility and attain health. However, this

One attempt is to accept a healthier lifestyle with only the part of the individual's desire to pursue a healthier lifestyle.

It ignores many of the real barriers that most individuals face. These barriers allow individuals to find motivation and

Create a plan to achieve a strong lifestyle, monitor your progress, and improvise if problems arise

is true; Existing programs relate only to certain types of healthier lifestyles and cannot be offered as complete packages.

the fact that; and the fact that recommendations often do not target the circumstances of an individual's life or the unique characteristics of the individual.

The system also includes a central monitoring unit located remotely from the sensor device. The central monitoring unit is responsible for

data indicative of at least one of skin response to stimulation, and heat flow, derived data, and previously generated assay status

Generate analysis state data from at least one of the data. The central monitoring unit can also be

It may include a data storage device for retrievably storing the data it creates and generates. The disclosed system

It also includes means for enabling electronic communication between the sensor device and the central monitoring unit. Also active, armature

Data indicative of at least one of skin response to the pole, and heat flow, derived data, and/or analysis status data by the individual.

Means for transmission from the individual to the recipient, such as an authorized third party, are included in the system.

The system acquires daily activity data of the individual and uses this daily activity data to generate analysis status data

can do. Moreover, the sensor device may generate data indicative of one or more contextual parameters for an individual.

all. The system also uses data indicative of one or more contextual parameters to generate analysis state data.

can do.

Also disclosed is a system for monitoring the extent to which an individual has followed a proposed procedure. The system is a sensor device such as the one described above.

Includes a vice. Also transmitting data generated by the sensor device from the sensor device to the central monitoring unit

means for transmitting the daily activity data of the individual to the central monitoring unit are also included. central monitoring unit

Feedback on the extent to which an individual has followed the proposed procedure is generated and provided to the recipient. Feedback is a response to activity and electrical stimulation.

as a portion of at least one of data indicative of at least one of side reactions and heat flow, derived data and daily activity data.

is created from

The proposed procedure includes a plurality of categories, and the feedback is generated and provided for each of the categories. Examples of categories

Paths include nutrient intake, activity level, mind centering, sleep and daily activities. The feedback is in graphical form.

provided as a web site and included in one or more web pages generated by a central monitoring unit. Alternatively, the feedback may be in a physical form

It can be transmitted to the receiver in the form of

The sensor device 10 includes an individual's heart rate, pulse rate, heart rate variability, EKG or ECG, respiratory rate, skin temperature, body core temperature,

Body exothermic heat, skin spasm response or GSR, EMG, EEG, EOG, blood pressure, body fat, hydration level, activity level, oxygen consumption, glucose

or various physiological parameters for an individual, such as blood sugar levels, body posture, pressure on muscles or bones, and absorption of UV radiation.

It creates data that points to the data. In some cases, data indicative of various physiological parameters may be a signal or one or more

a signal generated by a sensor and, in some cases, the data may be generated by a microprocessor based on a signal generated by one or more sensors.

calculated by the processor. Methods and sensors to be used for generating data indicative of various physiological parameters are known.

became Table 1 provides several examples of known methods and their parameters, methods used, sensor devices used and signals generated.

represents Table 1 also shows whether additional processing is needed based on the generated data that is needed to generate the data.

provide instructions on whether or not

Claims (1)

The sensor device 10 may generate data indicative of various contextual parameters regarding the individual's surrounding environment.
all. For example, the sensor device 10 may determine the air quality, sound level/quality, light characteristics or ambient temperature in the vicinity of the individual, or the individual's temperature.
Data indicative of dimensioning can be generated. The sensor device 10 responds to the situational characteristics of the individual's surrounding environment,
one or more sensors for generating a call, the signal ultimately generating a type of data as described above
used to do Such sensors may include: air quality, sound level/quality, light characteristics or ambient temperature in the vicinity of the individual, or the individual's temperature.
Methods for generating contextual parameter data such as dimension measurements are also known.