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CARDIOVIEW™ 3000 interpretive software is a Windows-based program intended to interpret electrocardiograms. CARDIOVIEW™ 3000 interpretive software receives, displays and stores a single or standard 12-lead simultaneous ECG recording, which is transmitted either locally or transtelephonically from a Micromedical™ ECG monitor using a proprietary digital data transmission protocol. The device contains proprietary software algorithms to receive, store, analyze, and interpret the ECG signal.

The proposed device is computer software which receives, displays and stores a single or standard 12 Lead Simultaneous ECG recording, which is transmitted either locally or transtelephonically from a Micromedical™ ECG monitor using a proprietary digital data transmission protocol. Using a complex mathematical analysis of a 12 Lead ECG, the software can also provide an interpretation of the ECG recording.

The Micromedical™ 12 Lead Simultaneous Cable is intended for use in acquiring a patient ECG signal via 10 leads connected to the patient's chest, converting the ECG patient DOO siguir 11-2-2, and transferring this information to a Micromedical™ monitor using a proprietary digital data transfer protocol.

The proposed device is a 12 Lead Simultaneous Cable to connect electrodes to an electrocardiograph or to a Micromedical™ monitor.

The Biolog™ 3000 electrocardiograph detects an ECG using a single lead patient cable or alternatively can receive ECG data detected by the Micromedical™ 12 Lead Simultaneous Cable. The Biolog™ 3000 electrocardiograph can record the ECG, display the ECG signal on a built-in LCD screen, and download the recorded ECG data to a PC running CardioView™ 3000 software or to the Micromedical™ Printer Interface. The device contains proprietary software algorithms to detect an ECG signal or receive ECG data from a patient cable, remove unwanted interference from the ECG signal, store the signal into memory, and download it to peripheral devices.

The proposed device is an electrocardiograph that can record the ECG, display the ECG signal on a built-in LCD screen, and download the recorded ECG data to a PC running Cardio View7M 3000 software or to a Micromedical™ monitor to display the ECG signal on a personal computer. The device includes a Biolog™ 3000 unit, a User's Manual, and accessories.

The Micromedical Printer Interface is used to download ECG data from a Micromedical ECG monitor and print ECG recordings on standard letter-sized paper by using one of a number of standard commercially available Canon or Hewlett Packard ink jet printers.

The Micromedical Printer Interface receives data from a Micromedical ECG monitor and transmits it through a parallel cable to one of a number of commonly available Canon or H-P bubble jet printers to print the ECG tracing on standard-sized paper.

CardioView is a computerized, enhanced electronic Transtelephonic System designed for clinical indications to allow physicians or other health care providers to remotely view and analyze patient ECG data. This system is suited for small to medium health care monitoring facilities. If offers a 12 lead ECG remote monitoring system which is more comprehensive than conventional single lead transtelephonic Software.

CardioView is a computerized, enhanced electronic Transtelephonic System designed for clinical indications to allow physicians or other health care providers to remotely view and analyze patient ECG data. This system is suited for small to medium health care monitoring facilities. If offers a 12 lead ECG remote monitoring system which is more comprehensive than conventional single lead transtelephonic Software. Both devices use a remote user input device that retains the ECG signal and transmits it over the telephone lines. Both devices can use a switched telephone network. Both devices use a modern at the Host site to communicate with the remote device and uplink the data into the Computer. Both devices use a DOS based Computer which runs in Windows "" to display data. Both devices: output a display that resembles a conventional ECG display. Both devices retain a electronically stored sample. Both act on that sample using mathematical computations. Both use a proprietary algorithm. Both use computer programming in a Windows "" environment.