Abstract: A multi-vector patient electrode system and method of use are disclosed.

Abstract: A multi-vector patient contact interface and method of use are disclosed.

Abstract: A cardiac arrest alert system and method are provided that can identify the onset of a Sudden Cardiac Arrest and that, via audio, visual and electronic alerts, can directly inform a rescuer of the need to get a defibrillator to the victim's location as rapidly as possible. In one embodiment, the system can be used in conjunction with a specifically paired portable AED which can then emit audio and visual alerts that its services are required by the SCA victim. In other embodiments, the system makes use of a subcutaneous sensor component which is paired with and linked to an external monitoring/receiver device that emits the audio and visual alerts in addition to alerting EMS with the location.

Abstract: A therapeutic signal delivery system and method that delivers a dynamically adjustable biphasic or multiphasic pulse are provided. The dynamically adjustable biphasic or multiphasic therapeutic pulse may be used for a variety of therapeutic treatments.

Abstract: A novel therapeutic biphasic or multiphasic pulse waveform and method are provided. The novel therapeutic biphasic or multiphasic pulse waveform may be used in a defibrillator, or in another medical device that delivers therapeutic electrical stimulation pulses to a patient.

Abstract: A dynamically adjustable biphasic or multiphasic pulse generation system and method are provided. The dynamically adjustable biphasic or multiphasic pulse generator system may be used as a pulse generation system for a defibrillator or other type of electrical stimulation medical device.

Abstract: A device for permitting control of a target computer by a remote computer is operatively connectable to the remote computer so as to receive remote computer mouse and keyboard signals and transmit video update data to the remote computer. The device is operatively connectable to the target computer so as to provide the remote computer keyboard and mouse signals as control inputs to the target computer and so as to receive a target computer video signal for generation of video update data. The device includes a virtual memory disk, wherein the virtual floppy disk includes a memory space associated with the device. The device is configured to permit a user of the remote computer to mount the device to the remote computer, transfer data to the virtual memory disk, and unmount the virtual memory disk.

Abstract: A method of arbitrating access to a storage medium that is shared by M first computers operating on a Windows™ operating comprising (1) determining if the SCSI PR-flag has been set; (2) if yes, preventing the N second computers from writing to the storage medium; and (3) setting the SCSI MC-flag for each of said M first computers after one of the second computers writes to the storage medium to notify the M first computers that the contents of the storage medium may have changed.

Abstract: A device for permitting control of a target computer by a remote computer is operatively connectable to the remote computer so as to receive remote computer mouse and keyboard signals and transmit video update data to the remote computer. The device is operatively connectable to the target computer so as to provide the remote computer keyboard and mouse signals as control inputs to the target computer and so as to receive a target computer video signal for generation of video update data. The device includes a virtual memory disk, wherein the virtual floppy disk includes a memory space associated with the device. The device is configured to permit a user of the remote computer to mount the device to the remote computer, transfer data to the virtual memory disk, and unmount the virtual memory disk.

Abstract: A method of arbitrating access to a storage medium that is shared by M first computers operating on a Windows™ operating comprising (1) determining if the SCSI PR-flag has been set; (2) if yes, preventing the N second computers from writing to the storage medium; and (3) setting the SCSI MC-flag for each of said M first computers after one of the second computers writes to the storage medium to notify the M first computers that the contents of the storage medium may have changed.