Wearable Health Monitoring Device Report- IntellectPeritus

1. Sample Report on Wearable Health Monitoring Devices At IntellectPeritus, we have collected around 35 products and around 55 patent documents related to Wearable Health Monitoring Devices as sample report and have tried to put value added technology categories to generate specific insights quickly using our deliverable InnovigenceCorona®. We created few insights based on the details of sample report. If you are interested in complete or any customized report for Wearable Health Monitoring Devices please feel free to write to us. All rights reserved. No part of this work may be produced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or inclusion in any information storage and retrieval system, without the prior written permission of IntellectPeritus Services.

2. Introduction Amid the ongoing Coronavirus pandemic, businesses and industries have to ensure secure social distancing and contact tracing to allow their people to feel more confident about working in co-located physical workplace. Wearable Health Devices (WHDs) are an emerging technology that enables continuous ambulatory monitoring of human vital signs during daily life (during work, at home, during sport activities, etc.) or in a clinical environment, with the advantage of minimizing discomfort and interference with normal human activities. We are here focusing and smart patch for monitoring different health parameters of the body. At IntellectPeritus, we have collected around 35 products and around 55 patent documents related to Wearable Health Monitoring Devices as sample report and have tried to put value added technology categories to generate specific insights quickly using our deliverable “Innovigence Corona”. If you are interested in detailed or any customized report for Wearable Health Monitoring Devices please feel free to write to us at sales@intellectperitus.com To schedule online meeting/demo please visit https://intellectperitus.com/request_demo.php

3. Technology Categories - Broad

4. Sample Product Details 1. Safe Spacer Assignee IK Multimedia Maintains safe social distance, alerting wearers when other units come within 2 m or 6 feet with light, vibration and sound Application Link Product Details Mapped Technology:

5. 2. Covid Radius Assignee Romware Inc Monitors the actual distance between your workforce and when two workers come too close to each other, they receive a warning signal: both visual and through vibration Application Link Product Details Mapped Technology:

6. 3. Apple Watch series 5 Assignee Apple Inc. Heart rate, Fall detection, Noise level, Calories measurement, Walking/Running distance and steps, Swim tracking, Menstrual cycle tracking Application Link Product Details Mapped Technology:

7. 4. Carnation Ambulatory Monitor (CAM) Patch Assignee Bardy Diagnostics Inc. Application ECG, Heart rate Link Product Details Mapped Technology:

8. 5. Fitbit Charge 3 Assignee Fitbit Inc. Heart rate, Sleep score, Workout data, Female health tracking about periods, Swim tracking, Oxygen saturation Application Link Product Details Mapped Technology:

9. 6. VitalPatch Assignee VitalConnect Inc. ECG, Heart rate, Respiratory rate, Oxygen saturation, Body temperature, Blood pressure, Fall detection, Activity detection Application Link Product Details Mapped Technology:

10. 7. Galaxy Watch Active2 Assignee Samsung Electronics Co. Ltd Application Heart rate, Workout data Link Product Details Mapped Technology:

11. Sample Patent Details 1. US20190365269A1 Wearable heart abnormality symptom sensing smart watch and health management system using same Title Inventor JUN, Moon-Seog Publication Date 2019-11-27 Summary: Wearable smart watch for heart abnormal symptom sensing comprising, (1) Flexible and shrinkable smart band configured to be worn on wrist of user has open ring shape, closed ring shape, or patch form (2) Electrocardiogram (ECG) measurement sensor installed in smart band and configured to come into contact with wrist skin of user, ECG measurement sensor configured to repetitively measure an electrocardiogram (ECG) signal from user having one or more biometric electrodes (3) Smart device installed in smart band and in electrical contact with ECG measurement sensor through smart band, where (a) Electrocardiogram (ECG) signal acquisition unit configured to receive in real time, ECG signal a voltage wave form from ECG measurement sensor (b) Database storing electrocardiogram (ECG) green coordinate information representing normal condition, electrocardiogram (ECG) yellow coordinate information representing sudden heart attack presymptom, and electrocardiogram (ECG) red coordinate information representing generation of sudden heart attack (c) Electrocardiogram (ECG) signal processing unit configured to process in real time, received ECG signal to obtain ECG coordinates (d) Communication unit configured to communicate, in real time, with acquaintance of user, hospital, or fire station to inform of user's sudden heart attack presymptom condition, or the user's sudden heart attack condition (4) GPS reception unit configured to receive satellite information and calculate position information of user Mapped Technology:

12. 2. US10365156B2 Title Multifactorial telehealth care pregnancy and birth monitoring Stella Wearables Inc Assignee Publication Date 2019-06-17 Summary: Wearable band device to monitor radiation exposure of a wearer comprises, (1) Band operable to wrap around limb of wearer (2) First sensor disposed on first side of the band, first sensor configured to generate output based on UVA and UVB radiation detected at first sensor (3) Second sensor disposed on second side of the band opposite to first side, second sensor configured to generate output based on UVA and UVB radiation detected at the second sensor (4) Heart rate monitor disposed on band (5) Output device configured to provide alert to wearer based on output from first and second sensor (6) Memory configured to store one or more wearer characteristics (7) Processor configured to execute instructions that causes the processor to store in memory, information indicative of UVA and UVB radiation, one or more wearer characteristics include burn rate time for wearer (8) 6 axis or 9 axis motion sensor in single die comprising accelerometer, gyroscope and magnetometer (9) Gesture control system configured to measure physiological aspects of wearer comprises skin sensor and/or skin galvanic sensing unit, where (a) Skin sensor is disposed in or on the wearable device and configured to determine wearer's body temperature and/or oxygen levels (10) Transceiver configured to transmit and receive data with mobile computing device Mapped Technology:

13. 3. US10331082B2 Title Tactile switch for an electronic device Apple Inc Assignee Publication Date 2019-05-10 Summary: An electronic watch, comprising (1) Watch enclosure having first electrically conductive portion configured to contact a first body part, where enclosure having (a) Interior volume (b) Opening extending to the interior volume (2) Crown comprising a second electrically conductive portion configured to contact a second body part (3) Shaft coupled to the crown, and extending through the opening and into the interior volume (4) Processor within the interior volume and electrically coupled to the crown by the shaft, where processor is configured to determine electrocardiogram from the voltage (5) First and second electrically conductive portions are used to detect voltage (6) Circuit positioned within the interior volume of the watch enclosure (7) First body part is wrist of a first arm of a user and second body part is finger of a second arm of the user (8) Touch-sensitive display Mapped Technology:

14. 4. US10278635B2 Title Multifactorial telehealth care pregnancy and birth monitoring Viewcare Tech Assignee Publication Date 2019-03-26 Summary: Smart adhesive patch used for monitoring health of pregnant women, comprising (1) Sound sensors arranged positioned in contact with skin of respective areas of the abdomen and configured to detect vascular sound from uterine artery or from umbilical artery of a fetus present in the pregnant woman's uterus and to generate a first signal accordingly (2) Processing unit arranged within adhesive patch functionally connected to receive first signal, wherein processing unit is arranged to execute a first processing algorithm on first signal so as to extract at least a first signal parameter accordingly, and wherein processing unit is arranged to communicate at least first signal parameter, where (i) First processing algorithm is configured to extract first signal parameter, the first signal parameter comprising: pulsatility Index, rise time of arterial sound, and decay time of arterial sound, venous flow, and timing of the dicrotic notch being indicative for closure timing of the aortic valve, wherein first processing algorithm is configured to at least high-pass filter first signal and generate high-pass filtered first signal accordingly, and wherein high-pass filter has a cut-off frequency that is equal to or larger than 100 Hz (3) Sensor configured to detect electromyographic activity of pregnant woman's uterus and to generate a second signal accordingly, and sensor configured to detect electrocardiac signal from the fetus in the pregnant woman's uterus and to generate a third signal accordingly (4) Adhesive patch has semi-circular shape and is suited for being positioned on skin of the abdominal area of the pregnant woman, medially from the umbilicus (5) Adhesive patch and processing unit forms part of the portable unit carried by pregnant women Mapped Technology:

15. 5. CN109497966A Title A cardiovascular functional detection wristband and use method Hefei Inst Physical Sci Cas Assignee Publication Date 2019-03-22 Summary: Cardiovascular function detecting wristband, comprising (1) Wrist wearing part, where it comprises (a) Casing(shell) which further comprises (i) Filter circuit, wherein output terminal of filter circuit is connected to input terminal of the processor (ii) Processor comprises conversion circuit which converts electric signal into digital signal, where (ii.a) Electric signal measured by acceleration sensor array is filtered by filtering circuit, after filtering the electric signal is filtered by algorithm of the processor, and finally converted into digital signal by conversion circuit (iii) Acceleration sensor array arranged on wrist bottom cover, where acceleration sensor in acceleration sensor array is connected to input terminal of filter circuit (iv) Housing of wrist wearing portion is provided with indicator light which is connected to processor (b) Wrist wearing portion is made of flexible material Velcro strap (2) Watchband comprising a host computer, wherein host computer and processor are wirelessly connected Mapped Technology:

16. Empowering Clients with strategic & customized “IP” solutions clubbed with industry leading Analytics Deliverable Platforms innovigenceCorona® & innovigenceCoronium® Landscape & Portfolio report includes insights representing various Patent Analytics Activities such as… Patent filing trend as over Timeline (Year) and geographical region (Including all family member patents & analyzed patents) Research Country Analysis (Invention Origin Country) and Competition/Marketing Country Analysis as geographical coverage over Time (filing) & Assignee Assignee Analysis as Top Assignees, Top Assignee filing trend, Filing Assignee/Organization type, Assignee - Law firm association all including Parent-subsidiary relationship criteria Inventor Analysis as Key Inventor(s) filing over geographical region & with Assignee(s) and Independent / Self Inventors Prosecution Analysis as Assignee Portfolio (Granted & Pending), Assignee Analysis Over Country Wise Granted Patents and Assignee Analysis Over Correspondent Patent Class Analysis as Cooperative Patent Classification (CPC) (Top over Timeline, Assignee & definition) and International Patent Classification (IPC) (Top over Timeline, Assignee & definition) Technology over top assignee trends Technology Co-occurrence Matrix provides facility for easily identify the patents / patent filings which are claiming more than one technology categories

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