Watch ring with physical momentum records

Abstract

The invention relates to a watch ring with physical momentum records. The watch ring is mainly used for recording movements of a wearer during wearing and recording physiological factors in the movements by cooperating with a physiological measurement component, so that the wearer can observe behaviors at different time and corresponding physiological states from the records. The watch ring comprises a momentum sensing component, a processing unit, a momentum assessment unit, at least one physiological sensing component, a physiological information processing area and a physiological and momentum information recording unit. The momentum sensing component comprises a global positioning system (GPS), a movement posture sensor, a pedometer for sensing the movement of the human body. The at least one physiological sensing component is used for sensing human body biological information. The physiological information processing area can perform data storage on data measured by specific physiological sensing components, determination whether values meet healthy standards, medical suggestions, medical advice and the like. The physiological and momentum information recording unit receives sensing data of the physiological information processing area and related operational results and marking the calculated momentums in the time axis.

Description

technical field [0001] The invention relates to a physiological watch ring, especially a watch ring with physiological momentum recording, which can simultaneously record the wearer's behavior and the physiological state corresponding to the behavior, so that the wearer can observe different events from the record. Time point behavior and corresponding physiological state. Background technique [0002] Nowadays, there are many kinds of wireless physiological signal measurement and transmission devices, which can be used to measure certain specific physiological coefficients and transmit these coefficients to near-end or remote electronic devices for medical interpretation. However, it usually only has a small number of single measurement functions, such as measuring body temperature, measuring heartbeat, measuring blood pressure, etc., and the volume of the device is relatively bulky and cannot be carried around. [0003] However, the technology of microelectronic chips i...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, there are many kinds of wireless physiological signal measurement and transmission devices, which can be used to measure certain specific physiological coefficients and transmit these coefficients to near-end or remote electronic devices for medical interpretation. However, it usually only has a few single measurement functions, such as measuring body temperature, measuring heartbeat, measuring blood pressure, etc., and the device is bulky and cannot be carried around

[0003] However, the technology of microelectronic chips is quite mature at present. For example, many sensors can be built in smart phones, such as GPS locators, altitude sensors, temperature sensors, pedometers, etc., and in smaller portable The functionality of electronic devices (such as smart watch rings, smart glasses, and smart bracelets) still needs to be expanded and integrated. Many similar wearable devices usually only have a single or a small number of additional functions, and cannot effectively integrate applications comprehensively. And expand its application range and value to the wearer and remote monitors, such as simulating the user's actions and postures and calculating the wearer's posture and actions, and can evaluate the wearer's trajectory or calculate the wearer's momentum , and record the time of each momentum period, so that the wearer can understand the momentum behavior of the day as an assessment of physiological conditions, so that the wearer, medical personnel or related family members can understand the wearer's actions and corresponding physical conditions

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