Search Results

EveryWare is indicated to support clinicians by managing data of patients who are prescribed compatible therapy devices in accordance with the intended use of those therapy devices. EveryWare provides remote patient data collection & viewing and is intended to be used by healthcare representatives in conjunction with compatible non-life support therapy devices to adjust prescription and/or performance settings. EveryWare is intended to be used in hospital, institutional, provider, and home care settings.

EveryWare is a platform that gathers treatment information from Breas respiratory devices in a secure cloud-based system. The data from ventilator is sent over a cellular modem through a cellular network to a cloud-hosted secure data storage system. The authenticated users access this cloud hosted system from a browser in their computer. EveryWare securely connects compatible medical devices located at the point of patient care to the cloud, and provides authorized healthcare representatives the means to manage patient and device information and settings. EveryWare does NOT alter the intended use of connected medical devices or provide functions to automate diagnosis or therapy.

The Care Cycle Connect software application is intended for use with Trilogy Series ventilators by both caregivers and clinicians. The application pairs with the Trilogy device via a Bluetooth connection. The application provides the caregiver remote patient monitoring, and alarm surveillance. Alarm surveillance consists of both an audible tone and a visible alert if an alarm condition exists. The application provides the clinician with the ability to view, collect and store patient ventilator usage data. Care Cycle Connect also provides educational information on ventilator use to both caregivers and clinicians. It is intended to be used in the home, and hospital/ institutional settings. The Care Cycle connect application is intended to supplement and not replace any part of the current device monitoring procedures.

The Care Cycle Connect application is an accessory to a continuous ventilator (product code MOD). Care Cycle Connect is intended for use with the Trilogy Series of Ventilators cleared by the US FDA under K083526, K093416, K093905, and K111610. Care Cycle Connect (CCC) is a mobile software application designed to provide features and functions related to respiratory care in the home, hospital and institutional healthcare settings. The application provides the caregiver remote patient monitoring and alarm surveillance. The CCC application has been designed with two users in mind, the caregiver and the clinician. The functionality of the application is tailored to the different needs of these users and is configured when the application is installed. At the initial start-up of the application, users are asked to choose either careqiver (for patients and their in-home caregivers) or clinician mode. Functionality is based on the configuration selected. Once this choice is made, users cannot switch back and forth between the two configurations. The primary users expected to interact with Care Cycle Connect in the context of patient care in the home (the main use scenario) are caregivers and respiratory therapists (clinicians). CCC may also be used if the patient is in a hospital or institutional environment (sub-acute care facility). Caregivers are not expected to use CCC in a hospital or institutional setting. Care Cycle Connect provides constant feedback to the caregiver while the app is connected to the ventilator. This feedback is displayed via the Manometer Display feature within the application. This constant display provides data on the patient's use of the ventilator, ensuring that the ventilator is providing therapy. Care Cycle Connect will also provide educational information on the use of the ventilator to the caregiver or clinician, independent of being connected to the ventilator. The respiratory therapist will use the app when connected to a patient ventilator while on a home visit to gather ventilator data. It provides an interface for keeping patient information. When the app is not connected to the patient ventilator, the clinician can review stored data, such as appointments, journal, and vent check records. In the hospital or institutional environment. CCC may be used by clinicians to schedule and perform vent checks, which would be completed in the patient's room. Care Cycle Connect is an application that can be loaded onto an Apple device (iPad) that uses iOS 8.0 or more recent. The application relies on a Bluetooth Class 1 radio connection to a Trilogy ventilator. With the exception of low level communication protocol information (i.e., handshake connection), the Trilogy device does not accept any data, commands, or controls from the CCC Application. The Trilogy device functionality is not changed in any manner by connecting to the CCC Application. The Trilogy device simply sends information to the CCC Application on a periodic basis.

The Bernoulli MS software is intended to be used on a central monitoring station on patients using supported devices in a hospital or hospital type environment. It is used to provide a secondary display of ventilator, respiratory monitor, IV infusion (including PCA) pump, feeding pump, and/or multi parameter monitor data (ECG, respiratory rate, pulse oximetry, ETCO2, blood pressure, cardiac output, temperature and associated derived outputs) to the central station, and to provide remote monitoring and alarm surveillance. The Bernoulli MS is intended to supplement and not replace any part of the current device monitoring procedures.

Not Found

The VentLink system is intended for use with specified or validated ventilator devices to obtain ventilator data and provide the user with the ability to display, store, print and otherwise process that data to other interfaced systems. VentLink is not connected directly to any patient nor does the VentLink device remotely control any connected ventilator device. The VentLink system is intended for use in any clinical setting while interfaced to any specified or validated ventilator device. The VentLink system is intended to provide a secondary display of data received from an interfaced ventilator device to appropriately configured workstations and wireless laptop computers and to be made available to any interfaced hospital information system (HIS).

The VentLink system is a device composed of MediServe Information Systems' proprietary software and various off-the-shelf hardware, operating system software and third-party proprietary software intended to be interfaced with specified or validated ventilator devices to allow authorized users to move ventilator patient data to wireless laptops and workstations configured with MediServe Information Systems' MediLinks data storage software. Additionally, the VentLink system allows users to move ventilator data to the user's hospital information system (HIS). It is intended to be used in an environmentally controlled hospital and hospital type environment. The VentLink system software allows users to: - Enable or disable automatic device data collection. - Set a default data collection time interval. - Specify how long unauthenticated data will be retained. - Alert the user when data collection is paused. After user review and validation of results received via the Ethernet the results are stored short-term on the VentLink system and transmitted to MediLinks for acceptance and storage. Specified or validated ventilator devices are interfaced and added to the VentLink system through VentLink's devices' dictionary. The VentLink system does not alter or change any patient data, but does allow the user to display the received patient data. VentLink will function within a wide array of connectivity modules which allow VentLink to adapt to the evolving connectivity technology. VentLink also has advanced device-management functionality.

IISIS is intended to be used on a central monitoring station on mechanically ventilated patients in a hospital or hospital type environment. It is used to provide a secondary display of the ventilator data to the central station and to provide remote monitoring and alarm surveillance. IISIS is intended to supplement and not replace any part of the current device monitoring procedures.

IISIS software provides continuous display of ventilator data at a central station and remote workstations. IISIS utilizes wireless technology to interface with most critical care and home care ventilators that have RS-232, Ethernet, or nurse call. IISIS is accessed and displays ventilator data and waveforms through web-based technology. IISIS provides real-time alarm annunciation, displays and stores ventilator settings, parameters, and ventilator waveforms as a secondary tool to the primary ventilator alarm and data display.

Model 3500/01 is a replacement part for the ventilator. The Inlet Filter removes particles of 0.3 micron size (or larger) from entering the ventilator. It is a HEPA grade particulate filter for use with the NPB Achieva or LP 10 ventilators. The filter is in the gas flow pathway. As a HEPA particulate filter for the inlet air to be supplied to the patient from the ventilator.

Model 3500/01 is a replacement part for the ventilator. The Inlet Filter removes particles of 0.3 micron size (or larger) from entering the ventilator. It is a HEPA grade particulate filter for the NPB Achieva or LP 10 ventilators, which is in the gas flow pathway. Screw-in cartridge to fit the inlet air filter port of the ventilator housing.

Impact Universal Single-Limb Ventilator Circuit is intended for use in conjunction with ventilators having a single-limb circuit interface. The ventilator circuits are used as a means by which to transfer breathing gases from a ventilator to a patient (inhalation) and from a patient to atmosphere (exhalation). The device is intended for use with adults and medium to large pediatric patients.

The Impact, Universal Single-Limb, Portable Ventilator Circuit is comprised of disposable connectors, tubing and exhalation valve.

The Bernoulli VMS software is intended to be used on a central monitoring station on mechanically ventilated patients in a hospital or hospital type environment. It is used to provide a secondary display of the ventilator data to the central station, and to provide remote monitoring and alarm surveillance. The Bernoulli VMS is intended to supplement and not replace any part of the current device monitoring procedures.

Bernoulli™ Ventilator Management System

The VentNet system consists of a PC based Central Monitoring Station and either a hardwire or wireless communication means allowing the remote monitoring of up to 24 continuous mechanical ventilators. VentNet further has a means of communication via paging system for the remote notification of alarms or changes in ventilator status. The VentNet automatically records ventifator setting changes and alarm events with patient physiological data from the monitored ventilators. The user may then review this information in a ventilator flowsheet format or print it as pre-formatted reports. VentNet's intended use is to supplement the operation of dispersed or remotely located mechanical ventilators. VentNet allows the remote monitoring of multiple ventilators from a central station. VentNet displays ventilator settings, ventilator alarm status and physiological patient information as communicated from the monitored mechanical ventilator. VentNet also includes an optional feature which causes automatic notification, via paging system to defined users of certain ventilator alarms. VentNet is not intended to replace on-hand competent medical staff in monitoring for, or responding to ventilator alarms but is intended to support that staff by notifying other respiratory care staff or ventilator specialists in the event of certain alarm conditions. VentNet's secondary intended use is the automation of some of the record keeping and reporting functions performed during mechanical ventilation.

The VentNet system consists of a PC based Central Monitoring Station and either a hardwire or wireless communication means allowing the remote monitoring of up to 24 continuous mechanical ventilators. VentNet further has a means of communication via paging system for the remote notification of alarms or changes in ventilator status. The VentNet automatically records ventifator setting changes and alarm events with patient physiological data from the monitored ventilators. The user may then review this information in a ventilator flowsheet format or print it as pre-formatted reports.