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The IntriCon Sirona is intended for diagnostic evaluation of patients who experience transient symptoms that may suggest cardiac arrhythmia. When event data is recorded, patients transmit the recorded ECG data over the telephone or directly to a host PC for review by a licensed physician. The IntriCon Datrix Sirona is a combination Event Recorder and Holter Recorder that is intended for diagnostic evaluation of patients who experience transient symptoms that may suggest cardiac arrhythmia. In the Event Recorder mode, once event data is recorded, patients transmit the recorded ECG data over the telephone or directly to a host PC for review by a licensed physician. In the Holter Recorder mode, the device is intended for the recording of ECG data collected from ambulatory patients. The data is then reviewed by the physician after downloading and processing by a Holter playback system.

The IntriCon Sirona is a device for use as either an Event Recorder (ER), with or without Arrhythmia Detection, or Holter Monitor (HM). The device can operate in one of three modes depending on clinician selected options.

The IntriCon Datrix Centauri MT Ambulatory Patient ECG Telemetry System (APETS) is intended for diagnostic evaluation of patients who experience transient symptoms that may suggest cardiac arrhythmia. The device continuously monitors, automatically generates an event triggered by an arrhythmia detection algorithm or manually by the patient, and automatically transmits the recorded cardiac activity associated with these symptoms for review by a licensed physician.

The IntriCon Datrix Centauri MT APETS is a device used for recording patient ECG data for as long as 30 days. Selected data are sent for review from the recorder, through a phone service to a receiving station where they are available for review by a physician or other qualified medical professional. The Centauri MT APETS is capable of 1, 2, and 3-channel recording, depending on the type of cable being used. The recorder can run for up to 30 days. Battery life depends on the mode and battery option chosen by the user. The patient's ECG signal is acquired via commercially available silver-chloride electrodes appropriate for long-term recording.

The Cardio WiFi Electrocardiograph is a small portable digital cardiograph intended for use by medical professionals to acquire 12-lead ECG's from single or multiple patients in a clinical or point of care setting. ECG data is first recorded to a secure digital flashcard and then transferred to an ECG management system for review by a physician or other qualified professional.

The Cardio WiFi electrocardiograph continuously records data to a flashcard and displays it at high resolution. It features a large, liquid crystal display ("LCD") that allows a medical professional to periodically check the test subject's full, 12-lead ECG, either at intervals or in the event of a patient symptom. The device is portable and is battery-powered. Data is stored for later review at an ECG review station. Data transfer is accomplished via WLAN 802.11 b or g.

The CardioServer ECG Management System software is intended to be marketed to medical professionals and for point-of-care use. The software is designed to provide a database used through out the medical community to store, display, edit and print high resolution ECG data received from devices such as electrocardiographs. The CardioServer ECG Management System software allows medical professionals responsible for the diagnosis and treatment of patients (adult and pediatric) with heart disease to: review and edit specific patient ECG data including intervals such as QT measurements and algorithm generated preliminary interpretative statements. ECG records are all associated by patient ID and other demographic data. Secure access to the database is provided.

CardioServer ECG Management System is a software only ECG management database that stores, displays, and prints high resolution ECG data transferred from a Datrix Cardio WiFi electrocardiograph device. All ECG records are associated by patient ID, and a final record including physician interpretation can be created. The software system analyzes data using an ECG analysis algorithm developed under direction of Dr. Peter MacFarlane, University of Glasgow (note: the same algorithm is contained in the predicate device to which equivalency is being claimed). The ECG display is able to show 1, 3, or 12 leads at once, full disclosure, user-selected strips, and interpretations editable bv physician. Hardware requirements: are Windows 2000 or 2003 Server operating system; Pentium IV, 2GHz (minimum); 512 MB RAM (minimum); 10/100 Ethernet (minimum); RAID 5 storage; 1024x768 monitor; and standard back-up technology.

The Datrix E-Tac EX-1000 Electrocardiographic Event Recorder device is intended for long-term monitoring of ambulatory cardiac patients who experience intermittent symptoms associated with cardiac arrhythmia. Upon activation by the patient, ECG data are stored for future transmission via telephone to a receiving station. Data transmission is initiated by the patient and confirmed by the receiving station. Once data are transmitted, they are immediately available for review solely by a physician or other qualified medical professionals.

The Datrix E-Tac EX-1000 (here simply: EX-1000) Electrocardiographic [ECG] Event Recorder is intended for long-term monitoring of ambulatory cardiac patients who experience intermittent symptoms associated with cardiac arrhythmia. Lightweight and compact, the EX-1000 is designed to be as non-intrusive as possible to the patient, and can operate up for 30 days on two AAA alkaline batteries. The patient's ECG data are acquired via patient leadwires (two-lead, one-channel). At the onset of an event, the patient presses the [Record] button to store his or her ECG data in the recorder's flash memory. Events are recorded according to one of four user-selectable memory configurations. Up to two events may be recorded before transmission of the data to a compatible receiving station is required. The patient initiates data transmission via telephone by removing the patient leadwires and pressing the [Send] button, upon which the stored data are transmitted. A physician or other qualified medical professional reviews the transmitted data. Feedback on the EX-1000 recorder status is provided to the user (technician and/or patient) via a multi-colored LED and audible tones.

The VX3 digital Holter recorder is intended for the recording of ECG data collected from ambulatory patients. The recorder can collect data in the presence of implanted pacemaker pulses, and can detect and record the occurrence of signals characteristic of pacemaker pulses. The recorder is used under the order of a physician, who reviews the data after downloading and processing by a Holter playback system. The physician determines the presence of normal and abnormal ECG data as well as pacemaker pulses during the events of the patient's daily activity.

The VX3 is a lightweight, compact, digital Holter recorder designed for the recording of ECG data collected from ambulatory patients. A derivative of the Datrix DR512 digital Holter recorder, the VX3 has enhanced features, including an LCD to verify leadwire hookup and display recorder status and error messages, optional keypad for selection of various options, and optional pacemaker pulse detection. Various channel and lead configurations are accommodated by using the appropriate leadwire set without additional recorder reconfiguration. Data are recorded on industry standard compact flashcards for subsequent download and to a Holter playback system. Sampling rates are factory programmable to accommodate compatibility with various OEM Holter playback systems.

The DR512 digital Holter recorder is intended for the recording and storage of long-term ECG data collected from ambulatory patients. The recorder is used under the order of a physician, who reviews the data after downloading and processing by a Holter playback system. The physician determines the presence of normal and abnormal ECG data during the events of the patient's daily activity.

The DR512 is a lightweight, compact, digital Holter recorder designed for ambulatory ECG applications. Three channels of ECG data are collected via a 5 or 7 lead wire set and silver-chloride electrodes. The recorder is battery powered to ensure electrical isolation of enclosure coated with an electromagnetic interference spray. The DR512 has internal calibration, and a patient activated event marker button. ECG data are collected for 24 hours.