Physiological monitoring system for a computational device of a human subject

Abstract

A system for monitoring at least one physiological parameter of a human subject. The system of the present invention features a device with which the human subject regularly interacts, and which is connected to the computational device of the human subject for automatic collection of at least one physiological parameter which is also of medical interest. The device features at least one physiological sensor for collecting the measurement of the physiological parameter. The computational device of the human subject then preferably operates a software program to analyze the data which is collected, in order for the human subject to receive an alert when necessary. Alternatively or additionally, the collected data is sent to a remote computational device which is in communication with the computational device of the human subject for analysis. Optionally, the present invention enables the human subject to receive an alert if a deterioration in the physiological condition of the human subject is detected, thereby enabling the human subject to start preventive medical treatment with trained medical personnel as soon as possible. Thus, the awareness of the human subject about any incipient medical problem is immediately improved, which may result in an increased probability of being able to successfully treat and / or otherwise ameliorate those problems.

Description

FIELD OF THE INVENTION[0001]The present invention is of a method and apparatus for monitoring at least one physiological parameter of an individual through an interaction of the individual with a computational device. More specifically, the present invention is of an apparatus which features at least one physiological sensor for monitoring one or more physiological parameters, in which the apparatus is in communication with the computational device of the human subject and in which the data collected by the apparatus is processed and analyzed by a software program operated by the computational device of the human subject. This apparatus is preferably formed as a component of a peripheral device for the computational device of the human subject, such that the human subject interacts with the apparatus or device of the present invention as part of the normal operation of the computational device.BACKGROUND OF THE INVENTION[0002]Currently, a number of different types of devices are ava...

AI Technical Summary

Benefits of technology

[0006]There is thus a need for, and it would be useful to have, a system for non-invasive monitoring of a human subject, which is simple and easy to use, yet which is robust and which is preferably present as part of the daily living routine of the human subject.

[0007]The system of the present invention overcomes these deficiencies of the background art by providing a device with which the human subject regularly interacts, and which is in communication with the computational device of the human subject for automatic collection of at least one physiological parameter which is also of medical interest. The device features at least one physiological sensor for collecting the measurement of the physiological parameter, and preferably also features a data acquisition unit for digitally acquiring the sensor's output, an optional processing unit and a communication unit for transferring the data into the computational device. The computational device of the human subject then preferably operates a software program to process and analyze the data which is collected. Preferably, the data is stored on a log file or a database within the non-volatile memory of the computational device. Alternatively or additionally, the collected data is sent to a remote computational device which is in communication with the computational device of the human subject for analysis. Optionally, the present invention enables the human subject to receive an alert if a deterioration in the physiological condition of the human subject is detected, thereby enabling the human subject to start preventive medical treatment with trained medical personnel as soon as possible. Thus, the awareness of the human subject about any incipient medical problem is immediately improved, which may result in an increased probability of being able to successfully treat and / or otherwise ameliorate those problems.

Problems solved by technology

Although non-invasive, such equipment is nevertheless uncomfortable for the patient, who must remain still while being monitored and who is attached to a network of sensors.

In addition, such equipment is very expensive, limiting its use to hospitals and other medical settings in which both the cost and the discomfort of the patient can be justified.

Furthermore, patients may become anxious when examined by medical personnel, thereby significantly altering the normal readings for these patients.

Indeed, it would be highly preferred for the equipment to be incorporated as part of the regular daily living routine of the subject, since the requirement for any additional or special actions on the part of human subject is likely to result in decreased compliance.

Unfortunately, such equipment is not currently available.

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