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Celsi Warmer is intended for use in hospitals under a clinician's supervision or at their direction to assist nurses in continuous temperature monitoring and thermal treatment of neonates. a. Maintain pre-set body temperature as determined by the physician. b. Celsi Warmer is appropriate for neonates greater than 28 weeks gestational age who weigh between 1-4 kg. c. Monitoring and controlling patient temperature.

The Celsi Warmer is a portable, non-invasive thermal regulating system, indicated for continuous temperature monitoring and thermal treatment of neonates that require extra warmth to maintain normal body temperature. It uses a non-invasive thermometer (using direct mode) that measures the temperature of an infant's skin via a temperature probe placed on their abdomen to provide input into a physiological control loop that controls the mattress temperature. The Celsi Warmer is intended for use in hospitals under a clinician's supervision and is appropriate for neonates greater than 28 weeks gestational age who weigh between 1-4 kg. The Celsi Warmer is comprised of the following components: - Warming Mattress - Controller Tower - Celsi Temperature Probe and Celsi Belt - Power Supply and Cables

The Happy Health Home Sleep Test is a Software as a Medical Device that uses data from wearable devices to record, analyze, display, export, and store biophysical parameters to aid in evaluating sleep‐related breathing disorders of adult patients suspected of sleep apnea. The device is intended for use on individuals who are 22 years of age or older in clinical and home settings under the direction of a trained healthcare provider.

The Happy Health Home Sleep Test is a Software as a Medical Device that uses data from wearable devices to record, analyze, display, export, and store biophysical parameters to aid in evaluating sleep-related breathing disorders of adult patients suspected of sleep apnea. The device is intended for use on individuals who are 22 years of age or older in clinical and home settings under the direction of a trained healthcare provider. The device is intended to process input data streams received from an external hardware device (i.e., a smart ring, K240236) and uses these signals to determine various sleep parameters that may be used and interpreted by a clinician in diagnosing sleep disorders such as sleep apnea. The input physiologic signals from the external device are: - Acceleration / Movement - Photoplethysmography (PPG) The external hardware device (K240236) includes a PPG sensor and accelerometer embedded within a housing to capture the above physiological signals. The K240236 device is worn on the finger and is indicated for continuous data collection of the above signals. Data from the external hardware device is transmitted over a secure API to the subject device for analysis. The device then uses a set of algorithms to compute the following outputs: - Happy Health Apnea Hypopnea Index (hAHI) - Total Sleep Time The outputs are available for a clinician to review as a report, accessible through a web-based viewer application.

Central Station is a network device, intended to display, record and print monitored physiological data from Nihon Kohden bedside monitors, telemetry receiver and/or transmitters. Central Station does not perform any data processing on the data received from the Nihon Kohden compatible devices. When Central Station is connected with the Nihon Kohden bedside monitors and telemetry receivers/transmitters the Central Station can: • Admit and discharge patients on the Nihon Kohden network. • Display and manage compatible devices' real-time patient clinical data, vital signs, alarms and waveforms. • Review and trend data calculated by connected Nihon Kohden devices. • Store and transfer historical clinical data for the connected systems. • Print patient data. Central Station is intended for use in professional medical facilities by trained medical personnel.

Central Station is software only product that is installed on a Commercial Off the Shelf (COTS) Computer. Central Station displays waveforms data and numerical data from a connected bedside monitor, vital sign telemeter, or multiple patient receiver unit on the screen. Central Station is a network device, intended to provide remote patient monitoring to medical personnel. Central Station displays a list of measured values and a trend graph. Numerical data and various waveforms are color-coded for each parameter. Central Station also has the function of displaying an alarm. Alarm indication in Central Station is displayed as a result of a judgment by the bedside monitor, vital sign telemeter, or multiple patient receiver units connected to the Central Station. Central Station itself does not have the function to perform alarm indication judgment.

Apply stationary use of ultrasound to: Generate deep heat within body tissues for the treatment of selected medical conditions such as the relief of pain, the relief of muscle spasms, the treatment of joint contractures, and the local increase in circulation. Apply continuous movement of ultrasound for: 1. Pain. 2. Pain relief, muscle spasms, and joint contractures. 3. Relief of pain, muscle spasms, and joint contractures that may be associated with: - Adhesive capsulitis, - Bursitis with slight calcification, - Myositis, - Soft tissue injuries, and - Shortened tendons due to past injuries and scar tissues. 4. Relief of pain, muscle spasms, and joint contractures resulting from: - Capsular tightness, and - Capsular scarring. 5. Localized increase in blood flow. 6. Increased range of motion of contracted joint using heat and stretch techniques.

As a portable and rechargeable prescriptive device in the home or clinical/hospital setting, the subject device is intended to apply ultrasound to the patient's treatment site. It is demonstrated ultrasound can be used to apply therapeutic deep heat for the treatment of medical conditions including relief of pain, muscle spasms, and joint contractures. It is intended to be used for 30 minutes per cycle (up to 4 cycles) in the home or clinical/hospital setting by or under the direction of a medical professional to apply ultrasound to the patient's treatment site. The device automatically alerts the patient in case of improper application or performance. All the control components and the rechargeable battery of the device are protectively housed, and the device is connected to one or two applicators of ultrasound. The subject device consists of the main device, the applicator, the charger/adapter, the liquid and/or solid ultrasound gel, and the sticky pad. For the best result, use the ultrasound gel and the sticky pad supplied.

Clarius Median Nerve AI is intended for segmentation and semi-automatic non-invasive measurements of the median nerve cross-sectional area on ultrasound data acquired by the Clarius Ultrasound Scanner (i.e., linear array scanners). The user shall be a healthcare professional trained and qualified in ultrasound. The user retains the responsibility of confirming the validity of the measurements based on standard practices and clinical judgment. Clarius Median Nerve Al is indicated for use in adult patients only.

Clarius Median Nerve AI is a machine learning algorithm that is integrated into the Clarius App software as part of the complete Clarius Ultrasound Scanner system for use in musculoskeletal ultrasound applications, specifically intended for segmentation and measurement of the cross-sectional area of the median nerve. Clarius Median Nerve AI is intended for use by trained healthcare practitioners for measurement of the cross-sectional area (CSA) of the median nerve on ultrasound data acquired by the Clarius Ultrasound Scanner system (i.e., linear array scanners) using a deep learning image segmentation algorithm. During the ultrasound imaging procedure, the anatomical site is selected through a preset software selection (i.e., Hand/Wrist) from the Clarius App in which Clarius Median Nerve AI will segment the median nerve in transverse view (with a segmentation mask placed on the ultrasound image) and engage to automatically place calipers on the segmentation mask to measure the median nerve's cross-sectional area. Clarius Median Nerve AI operates by performing the following tasks: • Automatic detection and measurement of the median nerve in transverse view Clarius Median Nerve AI operates by identifying and segmenting the median nerve in the forearm and wrist and performs automatic measurements of the median nerve's cross-sectional area. The user has the option to manually adjust the measurements made by Clarius Median Nerve AI by moving the caliper crosshairs. Clarius Median Nerve AI does not perform any functions that could not be accomplished manually by a trained and qualified user. Clarius Median Nerve AI is an assistive tool intended to inform clinical management and is not intended to replace clinical decision-making. The clinician retains the ultimate responsibility of ascertaining the measurements based on standard practices and clinical judgment. Clarius Median Nerve AI is indicated for use in adult patients only. Clarius Median Nerve AI is integrated into the Clarius App software, which is compatible with iOS and Android operating systems two versions prior to the latest iOS or Android stable release build and is intended for use with the following Clarius Ultrasound Scanner system transducers (previously 510(k)-cleared in K213436). Clarius Median Nerve AI is not a stand-alone software device.

The AeviceMD is a non-invasive battery-operated device, including a wearable component, intended to longitudinally acquire, record and store lung sounds from pediatric patients (aged 3 years and above) in a clinical or non-clinical setting. The device stores the data for later playback, review, and analysis by a clinician and comparison with earlier data from the same patient.

The AeviceMD is designed as an electronic stethoscope to acquire and record lung sounds from users for healthcare professionals (HCP) to playback and interpret the sounds recorded. AeviceMD does not contain any alarm feature and it is not intended for emergency use. It is also not a sleep apnea device. The device is not intended for self-diagnosis. The AeviceMD consists of hardware and embedded software. It is a five-part system that includes the following components: 1. **AeviceMD Sensor** – an embedded electronic wearable device that detects and records lung sounds and transmits data to an electronic gateway via Bluetooth. 2. **AeviceMD Silicone Patch** – silicone patch that houses and attaches the Sensor to the user's body (i.e., chest). This silicone patch undergoes biocompatibility testings which allow AeviceMD Sensor to be worn on the skin. 3. **AeviceMD Docking Station** – gateway device that serves as a computational hub and linkage from the Sensor to the Cloud Platform, and as a charger for the Sensor. 4. **AeviceMD App (for patients) / AeviceMD HCP Web App (for healthcare professionals)** - The AeviceMD App is a mobile app that downloads the post-processed information from the Cloud Platform and presents users with their recorded lung sounds at the auscultation locations which they can share with their HCP during their next consultation. A separate app, AeviceMD HCP Web App is tailored for HCP to review their patient's data in a clinical setting. 5. **AeviceMD Cloud Platform** – secure cloud server that receives data from gateway units and analyzes user's data using meaningful output information.

For T30: The Infrared Thermometer is a non-sterile, reusable, handheld device. It is intended for measuring human body temperature for people of all ages by detecting infrared heat from the forehead and auditory canal. When measuring forehead temperature, it is non-contact and the distance of measurement is 1-3cm. The device can be used by consumers in homecare environment. For TE-82: The Infrared Thermometer is a non-sterile, reusable, handheld device. It is intended for measuring human body temperature for people of all ages by detecting infrared heat from the auditory canal. The device can be used by consumers in homecare environment. For TE-102 and TE-79: The Infrared Thermometer is a non-sterile, reusable, handheld device. It is intended for measuring human body temperature for people of all ages by detecting infrared heat from the forehead. When measuring forehead temperature, it is non-contact and the distance of measurement is 3-5cm. The device can be used by consumers in homecare environment.

The Infrared Thermometer is a non-sterile, reusable device. Infrared thermometer are handheld, battery-powered devices designed to measure body temperature by receiving infrared energy radiation from the ears or forehead. When measuring forehead temperature, it is non-contact. The device can be used by consumers in homecare environment. There are four models. T30, which can measure body temperature by receiving infrared energy from the forehead or ear canal. TE-82 measure body temperature by receiving infrared radiation from the ears; TE-79 and TE-102 can measure body temperature by receiving infrared energy radiation from the forehead. The thermometer has the result of measurement through the forehead temperature mode or ear temperature mode directly displayed on the LED or LCD display. The results of measurements can also be transferred to the APP via Bluetooth for recording and display