IoT Based Smart Ventilators Report - IntellectPeritus

1. Sample Report on IoT Based Smart Ventilator At IntellectPeritus, we have collected around 50 patent documents and around 25 products of IoT Based Smart Ventilator as sample report and have tried to put value added technology categories to generate specific insights quickly InnovigenceCorona®. We created few insights based on the details of sample report. If you are interested in complete or any customized report for IoT Based Smart Ventilator please feel free to write to us. using our deliverable 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 Mechanical ventilators have become a symbol of the COVID-19 pandemic, representing the last best hope to survive for people who can no longer draw a life-sustaining breath. But the ventilator also marks a crisis point in a patient's COVID-19 course and questions are now being raised as to whether the machines can cause harm, too. Ventilator is a machine that provides mechanical ventilation by moving breathable air into and out of the lungs, to deliver breaths to a patient who is physically unable to breathe, or breathing insufficiently. Ventilator measure various parameters like breathing speed, volume of air, quality of air, ECG, temperature, personal details of patient. The functions of ventilator can also be controlled by remote mobile devices like mobile phone, laptop, tablet having application and software interfaced with ventilator, but the components used in IoT based ventilators rather than ordinary ventilators are communication module, sensors, cloud storage medium, etc. The main purpose of IoT in ventilators is to monitor and treat patients more effectively by getting fast and more precise patient data. At IntellectPeritus, we have collected around 50 patent publications and around 25 products of IoT Based Smart Ventilator as sample report and have tried to put value added technology categories to generate specific insights quickly using our deliverable InnovigenceCorona®. If you are interested in detailed or any customized report for IoT Based Smart Ventilator 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. Sample Product Details 1. BIWAZETM ION VENTILATOR Assignee ABM Respiratory Care Remote connectivity with WebSockets allows remote management and real-time programming of ventilator in any healthcare setting from a central control station or online portal IoT Function Link Product Details Mapped Technology:

4. 2. AgVa Advanced Excellence Ventilator Assignee AgVa Healthcare It runs off an android phone with AgVa app which controls all the parameters of ventilator and also stores ventilation information of patient IoT Function Link Product Details Mapped Technology:

5. 3. eVolution 3e Assignee eVent Medical It uses ethernet and nurse call for connecting ventilator with CliniNet(R) Virtual Report(TM) Software for real time monitoring and analyzing patient data IoT Function Link Product Details Mapped Technology:

6. 4. VITAE 40 Assignee Hersill Medical Devices It uses wireless communications (Bluetooth and WiFi) for selective download of ventilation records for real-time or remote analysis from the hospital IoT Function Link Product Details Mapped Technology:

7. 5. Trilogy Evo Assignee Respironics Inc Through a connection with Care Orchestrator(cloud-based patient management system), Trilogy Evo remotely displays your home-ventilated patient’s data which can be download wirelessly or via the USB port IoT Function Link Product Details Mapped Technology:

8. Sample Patent Details 1. EP3030300B1 Title Control for respiratory device Assignee Fisher & Paykel Healthcare Ltd Publication Date 2020-03-25 Summary: Control system comprising (1) Respiratory device, where respiratory device comprises a near field communications (NFC) chip having local memory configured to store patient settings and/or component data relating to one or more components of or for use with the respiratory device (2) Mobile computing device configured to receive data from and/or transmit data to the respiratory device through at least one communications network (3) User interface configured to control at least one operation parameter of the respiratory device, where user interface element comprises one or more of (a) Blower element for a patient or other user to adjust the speed of, and/or turn on or off, a blower of the respiratory device (b) Humidity setting element for a patient or other user to view or adjust a humidity setting of the respiratory device (c) Wakefulness element and Ramp element for a patient or other user to turn on or off an operation of the mobile computing device and/or respiratory device that comprises (i) Changing the at least one operation parameter of the respiratory device in response to a change in a wakefulness of the patient (ii) Ramping of a pressure and/or flow of gas propelled by the respiratory device, and/or for a patient or other user to change a ramp time of the respiratory device (e) Data element for a patient or other user to view information about the respiratory device, one or more operation parameters of the respiratory device, sensor data from one or more sensors, and/or information corresponding to sensor data from one or more sensors, and preferably where the user interface comprises a graphical user interface (4) Mobile computing device and/or another NFC-enabled computing device are operable to wirelessly transmit data to the NFC chip, through an NFC connection between the mobile computing device or other computing device and the respiratory device, to update patient settings and/or component data stored in the local memory of the NFC chip of the respiratory device Mapped Technology:

9. 2. US10525219B2 Title Methods and apparatus for monitoring and treating respiratory insufficiency Assignee ResMed Inc Publication Date 2020-04-17 Summary: Apparatus for evaluating sensor signals representative of respiratory characteristics comprising (1) Sensor adapted to measure at least one respiratory parameter of a user (2) Display (3) Controller, coupled to the at least one sensor and the display, the controller being configured to (a) Evaluate the at least one respiratory parameter (b) Generate a presentation of at least one query on the display based on the evaluation of the at least one respiratory parameter, the at least one query being configured to prompt for an input to the controller (c) Generate an alert message based on a user response to the query that is input to the controller (4) Flow generator configured to generate a flow of breathable gas at a pressure above atmospheric pressure to a patient interface, where (a) Controller is configured to control the flow generator (b) Controller is further configured to modify a pressure control parameter of the flow generator based on the at least one query (5) Communications device, where the alert message comprises an electronic message transmitted from the communications device Mapped Technology:

10. 3. EP3539600A1 Title A respiratory pressure treatment system ResMed Inc Assignee Publication Date 2019-09-18 Summary: Apparatus for use in treating a respiratory disorder comprising (1) Housing (2) Pressure generator within the housing and configured to supply a flow of air (3) Device outlet fluidly coupled to the pressure generator and configured to coupled to an air circuit to deliver the flow of air to a patient interface for treating a respiratory disorder (4) Wireless data communication interface integrated within the housing, the wireless data communication interface configured to connect to another device or a network to transmit data from the apparatus regarding the patient's previous night's sleep, where (a) Network is a remote external communication network or a local external communication network, where (i) Remote external communication network is Internet and a cellular telephone network, and wireless data communication interface is configured to connect to the remote external communication network using one or more of Ethernet, USB, optical fibre, CDMA, GSM, LTE, Wi-Fi, Bluetooth, consumer infrared protocol (ii) Local external communication network is a home computer network and a hospital computer network (b) Other device is a remote external device or a local external device, where (i) Remote external device is one or more computers accessible to a clinician (ii) Local external device is a personal computer, a mobile phone, a tablet, or a remote control (5) At least one transducer constructed and arranged to measure at least one of a flow rate, a pressure, and a temperature at one or more points in a pneumatic path of the apparatus (6) Therapy device controller for controlling the pressure generator (7) Central controller configured to receive an input signal from the at least one transducer, provide an output signal to the wireless data communication interface, and provide an output signal to the therapy device controller Mapped Technology:

11. 4. US10179217B2 Title Respiratory knowledge portal Carefusion 303 Inc Assignee Publication Date 2019-01-15 Summary: Monitoring system for multiple medical ventilators comprising (1) Memory comprising instructions (2) Processor configured to execute the instructions to: (a) Receive ventilator data generated by a plurality of medical ventilators used by a plurality of patients (b) Identify a ventilating configuration for each of the plurality of medical ventilators based on the ventilator data (c) Associate each patient from the plurality of patients with a respective one of the plurality of medical ventilators (d) Determine an identification and ventilation status for each patient associated with one of the plurality of medical ventilators (e) Transmit a request to at least one of the plurality of medical ventilators, request comprising (i) At least one a request to remotely access the medical ventilator, to remotely control the medical ventilator, to annotate data stored on the medical ventilator, to change information for a patient associated with the medical ventilator, or obtain diagnostic information for the medical ventilator (3) Provide instructions to concurrently display information indicative of the ventilating configuration of each of the plurality of medical ventilators and indicative of the identification and ventilation status of each patient associated with one of the plurality of medical ventilators, where (a) Identification for each patient comprises at least one of a patient care area or patient location Mapped Technology:

12. 5. US20180199882A1 System for increasing a patient's compliance with a therapy relating to an upper airway disorder Koninklijke Philips NV Title Assignee Publication Date 2018-07-19 Summary: Device for increasing a patient's compliance with a therapy relating to an upper airway disorder comprising (1) Receiving unit for receiving vital sign data including one or more of glucose level data and norepinephrine level data of the patient, and therapy data including information regarding the therapy of the patient, where (a) Vital sign data include one or more of heart rate data, blood pressure data and sleep stage data of the patient (b) Therapy data include one or more of an apnea-hypopnea-index, a number of sleep apneas per night, and a time of usage of a therapy device for providing therapy (2) Processing unit configured to process the therapy data and the vital sign data in order to determine feedback information based on the therapy data and the vital sign data (3) Display unit for displaying the feedback information based on the therapy data and the vital sign data (4) Electronic coaching system for coaching a patient to stay adherent to the therapy (5) Patient interface for providing a pressurized flow of breathable gas to the patient (6) Vital sign sensor for measuring the vital sign data of the patient, where vital sign sensor comprising glucose sensor, norepinephrine sensor, heart rate sensor, blood pressure sensor, sleep stage sensor Mapped Technology:

13. 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

14. ABOUT US: IntellectPeritus is a recognized IP, Technology & Legal consulting company, assisting world leading organizations and IAM law firms with the finest quality of results, reliable, on demand & on time comprehensive solutions & strategies to support clients’ business challenges and opportunities. Our eminent focus on providing excellent quality of research & analysis (patent & non-patent) clubbed with interactive, secure, web based industry leading tools InnovigenceCoronium® & InnovigenceCorona® to all our clients, with only goal to fill the gap between quality analysis and interpretation of conclusive results to make smarter business decisions, by providing Innovative Intelligence (INNOVIGENCE®), that you can trust. OUR SERVICES: Experts in exploring Innovigence® available deep inside of your patents GLOBAL PATENT & NPL SEARCH Novelty, Patentability, Prior-art, Invalidation, Freedom-to-Operate, Clearance, Evidence of use, Infringement, Chemical Structure, Bio-sequence PATENT FILING & PROSECUTION Patent drafting, Patent application filing (Nation phase, PCT, India), Patent Office Action Response (OAR) IP ANALYTICS & RESEARCH Landscape analysis, Portfolio analysis, Patent-to-Product mapping, Technology / Competitor watch, Technology co-occurrence / white-space analysis TRADEMARKS / DESIGNS Trademark and designs searching, Filing / registration, monitoring & opposition response SURAT, INDIA | ONTARIO, CANADA Phone: (IN) +91-910-656-7571 (US/CA) +1-832-426-3606 (EP/UK) +44-208-123-0830 Email: info@intellectperitus.com | Website: www.intellectperitus.com