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The RTM Vital Signs RTMsense is indicated for use by healthcare professionals in healthcare facilities, such as post-operative care and general wards, to monitor breathing in adult (at least 22 years old) patients. RTMsense is a non-invasive system that graphically displays respiratory function against time and reports respiratory rate. RTMsense measurements are used as an adjunct to other clinical information sources.

The RTMsense Respiratory Monitoring System is a single use wearable device consisting of a wearable trachea sound sensor (TSS) and software that continuously measures a patient's respiratory rate by analyzing the sounds of air flow within the proximal trachea during inhalation and exhalation. The acoustic signal is transmitted wirelessly to a Lenovo Tablet, and the respiratory measurement values are displayed on the tablet after analysis of the acoustic data by a proprietary software algorithm. The RTMsense software application has three parts: firmware on the TSS, a web-based application on the Lenovo tablet, and a cloud-based proprietary software algorithm. The TSS securely transmits acoustic data wirelessly to the local, Bluetooth low energy enabled Lenovo tablet. The tablet uses a web-based application to securely transmit the acoustic data to the cloud for analysis in RTM's proprietary cloud-based algorithm. The web application retrieves the processed data from the algorithm to display respiratory rate on the tablet. The device will be used by healthcare professionals in healthcare facilities such as post-operative care or general wards. The RTMsense respiratory measurements are used as an adjunct to other clinical information sources. The TSS is held in place by a flexible wearable carrier adhered to the patient's proximal trachea with commercially available medical grade adhesive. The TSS contains the audio sensor, onboard processing, wireless communications technology, and Lithium-ion coin cell rechargeable battery. A custom charger is provided to charge the battery.

FH Vitals SDK-RR is a software-only respiratory rate measurement tool intended to be integrated into third-party software applications on compatible mobile devices, laptops, or computers. It is intended for spot checking of Respiration Rate (RR) in an automatic contactless manner by analyzing chest wall movement from video input when the subject is still and properly positioned in front of the camera in a well-lit environment. FH Vitals SDK-RR is intended for use under the supervision of a healthcare professional, either in clinical or home environments, and is not intended for continuous monitoring, apnea detection, or as the sole method for evaluating physical health. It is intended to serve as a supplemental tool to assist in the overall assessment of the patient. The software is indicated for use on individuals aged 18 years and older who do not require critical care or continuous vital sign monitoring.

The FaceHeart Vitals Software Development Kit (FH Vitals SDK-RR) is a software product designed for integration into various software applications, such as those on mobile devices, laptops, or computers. This SDK is strictly a software-only product and is compatible with the following operating systems: Windows 10, Android 14, and iOS 17. It has been tested and is currently only compatible with the following cameras: - Logitech C930 webcam - Samsung S24+, S24+ smartphone front-facing cameras - iPhone 15 Pro, and iPhone 15 Pro Max front-facing cameras The SDK is non-contact and designed to measure the respiratory rate in breaths per minute based on facial video streams. When the SDK receives a video stream, it first identifies and tracks the face within the video, ensuring consistent positioning of the face. Based on the tracked facial region, the system identifies the chest as the region of interest (RoI) and locates reliable key points. The system then focuses on the movement of the chest within the RoI to further determine the number of respiratory cycles. By analyzing the frequency of chest elevation and depression, the SDK calculates the respiratory rate in breaths per minute. FH Vitals SDK-RR is designed for non-invasive respiratory rate measurement with a validated measurement range of 5-36 bpm. The SDK is not intended for apnea monitoring or detecting the cessation of breathing. FH Vitals SDK-RR is a prescription-use software device that must be used under the clinical supervision or instruction of a licensed healthcare professional (HCP).

VitalSigns Camera Medical Library is a software library that can be integrated into a customer application for use during virtual consults or health screening. It is intended for spot checking of Respiration Rate (RR) in an automatic contactless manner as a data point in the overall assessment of the patient. It is used under the supervision of a health care professional, either in the home or in a clinical environment when the subject is still and positioned properly in front of the camera (Samsung Galaxy A20e), which is placed on a stable surface in an adequately lit environment. It is intended to be used on patients aged 22 years and older that classify as ASA I (American Society of Anesthesiologists), which is defined as a normal healthy patient, non-smoking and no or minimal alcohol use. It is not intended for continuous patient monitoring system or as the sole method of checking the physical health of the patient, nor as an apnea monitor, but as a part of a framework which mandates periodic checks by a health care professional to ensure appropriate clinical diagnosis and treatment can be reached.

The Philips VitalSigns Camera Medical Library (hereafter known as Philips VSC-MEDlib) is a software library that shall be used in conjunction with a camera which can be part of another platform or as part of a medical device. The Philips VSC-MEDlib incorporates an algorithm which allow for automatic, contactless measuring of Respiration Rate (RR). Philips VSC-MEDlib utilizes the video stream of an unobstructed view of the subject's torso captured from a camera to calculate the RR from torso motion. The video stream can be captured during a video consult or health screening which should always be conducted in the presence of a physician or other Health Care Professional (HCP). The patient must be properly positioned in front of the camera, sitting still and in an adequately lit environment. From a video stream that typically lasts 60 seconds or less, a spot measurement is taken.

The Makani Science™ Respiration Monitoring System is indicated for continuous, non-invasive, and real-time monitoring of a patient's breathing. It graphically displays respiration versus time and reports the respiratory rate value. The Makani Science™ Respiration Monitoring System is intended to be used by healthcare professionals in healthcare facilities and dental offices on adult patients aged 22 or older. It is not intended to be used as an apnea monitor.

The Makani Science™ Respiration Monitoring System (Makani Science RMS) is a respiration rate (RR) monitoring system that consists of a pair of identical, battery-powered, wireless, Makani Science Ahe™ Respiration Sensors (Ahe Sensors - piezo-resistive strain sensors) and the Makani Science Ahe™ App (Ahe App), which is deployed and runs on an Apple® iPad®. The two (2) small and lightweight Ahe Sensors are paired to the Ahe App using Bluetooth Low Energy (BLE) 5.0 technology. The Makani Science RMS is intended to be used by trained healthcare providers (HCPs) in the management of their patients. The Ahe Sensors are single-patient use sensors and can be used up to 24 hours of continuous use. The sensors are applied to the patient's intact skin using an adhesive tape built into the sensors and are made to be retained on the skin in nonambulatory use situations, such as supine on a procedure room table or semi-recumbent in a dental chair. One sensor is applied to the patient's thoracic region and the other sensor is applied to the abdomen region. Correct placement of these sensors is important to the effectiveness of the device, and specific guidance is provided to the user in the labeling on where to place the sensors. The Ahe App is a software application, which guides the user through system setup and monitoring using display screens. During use, the iPad is forced into guided access, or "kiosk" mode, which prevents the user from using any other applications during the monitoring session. Once setup is complete and monitoring initiated, the Ahe App displays a graphical rendition and numerical value of the patient's RR. Low and high RR alarm thresholds provide a visual and audible notification if the patient's RR violates the user-determined alarm thresholds. Monitoring continues until the user terminates the monitoring session, at which time the Ahe App can save a report of the monitoring session to an external memory card, if desired by the user. No patient health information (PHI) is retained by the Ahe App after completion of the monitoring session. The Makani Science RMS does not interact with any third-party medical or non-medical devices other than a memory card that is used to store a report of the patient's monitoring session.

Airmod, when used in conjunction with Accursound Electronic Stethoscope AS-101, is a software as medical device intended to be used for the continuous, non-invasive monitoring of respiratory rate (RR) in adult patients who are subjected to procedural sedation and/or anesthesia. Airmod is intended for use by healthcare professionals in hospitals and healthcare facilities who are legally credentialed to perform procedural sedation and/or anesthesia. Airmod is intended for Android-based devices only.

Airmod 114 is an Android-based software application designed to aid healthcare professionals by monitoring a sedated and/or anesthetized patient's breathing in real time. The device has an AIbased algorithm that can detect inhalation acoustics and provides respiratory rates based on the analysis of the acoustic signals of breathing sounds collected by AccurSound Electronic Stethoscope AS-101. Airmodid for the continuous monitoring of respiratory rate (RR) in adults who are subjected to procedural sedation. Airmod™ is designed for use in hospitals and healthcare facilities performing procedural sedation/anesthesia. The device is not intended for patients who are not anesthetized/sedated.

Linshom Continuous Predictive Respiratory Monitor System (CPRMS) is indicated for use by healthcare professionals in healthcare facilities, such as procedural areas and recovery rooms, to monitor breathing in adult, (at least 22 years of age) patients. The CPRMS is a non-invasive system that graphically displays temperature changes against time and reports values of respiratory rate and seconds since last breath, along with a trend of tidal volume. CPRMS measurements are used as an adjunct to other clinical information sources.

The Linshom CPRMS (Continuous Predictive Respiratory Monitoring System) is portable, reliable and an inexpensive system for precise detection of spontaneous respiration. It is non-invasive and is not corrupted by motion artifacts. The system autonomously adapts to the local thermal environment to deliver a usable signal without complicated hardware and firmware processing.

The Respiree Cardio-Respiratory Monitor is a respiratory monitor intended for hospital-type facilities in non-ICU settings. The Respiree Cardio-Respiratory Monitor is indicated for the non-invasive spot checking of respiration rate (RR) for adult patients.

The Respiree Cardio-Respiratory Monitor, Model RS001, is a small respiratory monitor. For measurement of respiration rate (RR), the device is affixed to the chest using a disposable adhesive patch with a hook-and-loop fastener to attach to the monitor. The device uses a vertical-cavity surface-emitting diode to emit optical radiation directed toward the skin. An integrated photodetector in a nearby position senses the diffused collected light. An adaptive signal processing method is used to enhance the device respiratory rate measurements by splitting the signal processing optimizations across different respiratory rate bands. The monitor is powered by a 3.7V rechargeable, lithium-ion battery and a USB charging cable is provided. The Respiree Cardio-Respiratory Monitor also includes optional Bluetooth wireless technology for the wireless transfer of patient data to mobile devices.

The Hillrom Heart and Respiration Rate Monitoring System powered by EarlySense is used with compatible bed system models and is intended for continuous measurement of respiration rate (RR) in an automatic, contactless manner. The system is indicated for use in children, adolescents, and adults in hospitals or clinical settings. It is intended to be used for the same patient populations and the same settings, within these ranges, as the bed with which it is used. The system has been validated to withstand up to 700 lb (318 kg).

The Hillrom Heart and Respiration Rate Monitoring System powered by EarlySense is designed for continuous and contact-free measurement of heart and respiratory rate (also referred to as Bed Sensing Unit). This device is used with a hospital bed system which is exempt from 510(k) premarket submission requirements. The Bed Sensing Unit (sensor) plugs into the bed frame to both receive power and to transmit data. Data from the System is available on the bed's graphical caregiver interface (GCI)/display unit and can be transmitted through wired and wireless communication channels to Hillrom Connectivity Solution (also known as (aka)- Hillrom Digital Health Gateway) for display, use, and storage. Additionally, the System can transmit alerts via Bloetooth to an existing hardwired Nurse Call system, speakers, and/or on/off alert lights within a bed system. The healthcare professional can adjust monitoring parameters by interacting with the bed's GCI. These parameters include hospital-defined alert thresholds, display settings, and alert configurations. The system provides alerts when patient heart rate and/or respiratory rate are recorded that are above or below the predefined thresholds. The Hillrom Heart and Respiration Rate Monitoring System powered by EarlySense consists of: - . The Bed Sensing Unit, placed on a bed frame under the mattress - This is functionally identical to the sensor cleared in K202018 - - Software for data analysis, display, and input ● - The software for data analysis is identical to that cleared in K202018 - - The software for display and input is identical to the software cleared in -K202018 - The device hardware, specifically the connection between the sensor and • appropriate bed system - The hardware for the device is identical to that cleared in K202018 - - The Heart and Respiration Rate Monitoring System also uses certain hardware, such as the graphical caregiver interface and wireless communication module, of an appropriate bed system - Hillrom Connectivity Solution (aka Hillrom Digital Health Gateway) . - The Hillrom Digital Health Gateway consists of gateways that make information about the bed and patient available to 3rd party applications. This is functionally identical to that cleared in K202018.

The RespiraSense is indicated for continuous, non-invasive, and real-time monitoring of respiratory rate. RespiraSense is indicated for patients 18 years and older in hospital-type facilities and while patients are mobile (e.g., walking). RespiraSense is not intended to be an apnoea monitor.

The RespiraSense (RS) monitors respiratory rate by directly measuring displacements of the chest and abdomen that occur during breathing which are analogous of respiratory rate. This is measured using piezoelectric film elements that output a varying voltage when displaced. The RS device is a non-invasive, wireless, respiratory rate (RR) monitor that is worn on the body of the patient. It is internally-powered, and enables continuous RR monitoring from a single application for up to four days. It is designed to enhance the ability of medical staff to reliably measure respiratory rate remotely. The RS Device is comprised of the RespiraSense Lobe (hereafter the Lobe), the reusable component that houses the RS Device's electronics, a single use adhesive RespiraSense Sensor (hereafter the Sensor) and Cradle. The Lobe and Sensor connect via a secured flat cable and are mechanically fastened together using a plastic Cradle. The Lobe and Sensor are placed on the left-hand side of a patient's torso. The Lobe transmits wirelessly via Bluetooth to an iPad running PMDs RS App for display, control and alert functionality. The RS App allows for Configuring the Lobe, Displaying respiration rate, Display SpO2 and Pulse rate from a connected Nonin device (optional), Configuring alert limits. The RS application can also connect to and display information from multiple Lobes simultaneously. The Lobe is rechargeable. It is designed to be charged using the supplied Charging Station. Charging must be done outside of the immediate patient environment. Charging cannot occur while the device is in operation. Up to six Lobes can be charged at one time. The Sensor is the only patient-contacting device and is secured to the patient with medical grade adhesive.