Medical sensor data transfer cables

The data transfer cable of claim 11, wherein:

• the sensor comprises an airway flow sensor;
• and
• the processing circuitry is configured to
• receive, from the medical device, feedback signals corresponding to at least one of a timing and a volume of delivery of airflow to a patient, and
• using the feedback signals, cause one or more illumination elements of the at least one illumination element to provide a second visual indication of the at least two visual indications for providing feedback to a caregiver regarding airflow delivery 20. The data transfer cable of claim 19, wherein the second visual indication visually mimics corresponding visual feedback presented in a region of a display of the medical device.

A patient monitoring and treatment system for providing sensor data capture capabilities, the system comprising:

• a medical device comprising
• a display,
• at least one data interface port configured to enable power transfer to a sensor unit and data communications between at least one sensor of the sensor unit and the medical device, and
• medical device processing circuitry configured to analyze sensor signals received via the at least one data interface port and present information corresponding to the sensor signals upon the display;
• and
• a data transfer cable configured to matingly connect to the at least one data interface port, the data transfer cable comprising
• an insulative sheath surrounding a plurality of conductive wires,
• a medical device connector for connecting the data transfer cable to a given data interface port of the at least one data interface port of the medical device,
• at least one illumination element in electrical communication with at least one wire of the plurality of conductive wires, the at least one illumination element disposed in a location distal to the medical device connector, and
• cable processing circuitry configured to enable communication between the medical device and the sensor unit and to enable feedback to a user via the at least one illumination element;
• wherein the medical device processing circuitry is further configured to coordinate visual feedback presentations to the user via the display of the medical device and the at least one illumination element of the data transfer cable.

A ventilation sensor unit comprising:

• a housing comprising an airflow sensor;
• an airflow delivery element for manually controlling airflow delivery to a patient;
• a data transfer cable extending from the housing, the data transfer cable comprising an insulative sheath surrounding a plurality of conductive wires, and
• a medical device connector for connecting the data transfer cable to a data port of a medical device;
• at least one illumination element in electrical communication with at least one wire of the plurality of conductive wires;
• and
• processing circuitry configured to
• receive, from the medical device, timing signals corresponding to delivery of airflow to a patient,
• using the timing signals, cause one or more illumination elements of the at least one illumination element to provide a visual indication for prompting airflow delivery by a caregiver, and
• provide, to the medical device via the data transfer cable, at least one airflow signal from the airflow sensor indicative of at least one of a rate or a volume of airflow delivered to the patient.

A system for monitoring invasive blood pressure (IBP) in a patient, the system comprising:

• an invasive blood pressure (IBP) probe comprising
• a housing, and
• an invasive blood pressure (IBP) sensor;
• a data transfer cable extending from the IBP probe, the data transfer cable comprising an insulative sheath surrounding a plurality of conductive wires, and
• a medical device connector for connecting the data transfer cable to a data port of a medical device;
• and
• the medical device comprising
• the data port,
• a display, and
• processing circuitry configured to
• recognize insertion of the data transfer cable in the data port,
• present, on the display, a prompt for zeroing the IBP probe, and
• responsive to input to the medical device by a caregiver, initiate a zeroing process with the IBP probe.