Claims Analysis
Total Claims: 8
Claim 1
Independent Claim
237 words
A single electrode assembly for cardiac output or other hemodynamic parameters output monitoring, comprising: a first pair of electrodes consisting of a first spot injection electrode adapted to be placed adjacent the xiphoid process with a backing and means, including a relatively small conductive strip on the backing, for injecting a first signal into the patient's body at the xiphoid process and a first elongated strip electrode adapted to be placed adjacent the xiphoid process with means, including an elongated first backing and an elongated conductive strip on the elongated first backing, for sensing the first signal when received at the xiphoid process; and a second pair of electrodes consisting of a second spot electrode adapted to be placed adjacent the neck with means, including a backing and a small conductive strip on the backing, for injection of a second signal into the patient's body at the neck, and a second elongated strip electrode adapted to be placed adjacent the neck with means, including an elongated second backing and an elongated conductive strip on the elongated second backing, for sensing the second signal when received at the neck; and a single connector assembly including a plurality of leads respectively connected to all the above electrodes at one end and commonly connected to a single connector at the other end and cable means attached to the connector for coupling both pairs of the electrodes to a monitoring apparatus.
Claim 2
Dependent Claim
237 words
A single electrode assembly for cardiac output or other hemodynamic parameters output monitoring, comprising: a first pair of electrodes consisting of a first spot injection electrode adapted to be placed adjacent the xiphoid process with a backing and means, including a relatively small conductive strip on the backing, for injecting a first signal into the patient's body at the xiphoid process and a first elongated strip electrode adapted to be placed adjacent the xiphoid process with means, including an elongated first backing and an elongated conductive strip on the elongated first backing, for sensing the first signal when received at the xiphoid process; and a second pair of electrodes consisting of a second spot electrode adapted to be placed adjacent the neck with means, including a backing and a small conductive strip on the backing, for injection of a second signal into the patient's body at the neck, and a second elongated strip electrode adapted to be placed adjacent the neck with means, including an elongated second backing and an elongated conductive strip on the elongated second backing, for sensing the second signal when received at the neck; and a single connector assembly including a plurality of leads respectively connected to all the above electrodes at one end and commonly connected to a single connector at the other end and cable means attached to the connector for coupling both pairs of the electrodes to a monitoring apparatus.
Claim 3
Dependent Claim
36 words
The electrode assembly of claim 1 in which the backing of the first spot electrode is separate from the backing of the first elongated electrode to facilitate different selected spacings between the electrodes for different patients.
Claim 4
Dependent Claim
23 words
The electrode assembly of claim 2 in which the first spot electrode is substantially smaller in area than the first elongated strip electrode.
Claim 5
Dependent Claim
32 words
The electrode assembly of claim 1 in which the backing of the second spot electrode is separate from the backing of the second elongated electrode to facilitate different selected spacings between electrodes.
Claim 6
Dependent Claim
22 words
The electrode assembly of claim 4 in which the second spot electrode is substantially smaller in area than the second elongated electrode.
Claim 7
Dependent Claim
149 words
In a method of cardiac output or other hemodynamic parameters monitoring including the step of analyzing signals from electrodes applied to a patient's body, the improvement comprising the steps of: placing a first spot injection electrode adjacent the neck of a patient; placing a first measuring strip electrode adjacent the neck of the patient which has a substantially greater surface area than that of the first spot electrode; injecting a first signal into the patient's body only via the first spot injection electrode; sensing the first signal as received at the first measuring electrode; placing a second spot electrode adjacent the xiphoid process of the patient; placing a second measuring strip electrode adjacent the xiphoid process of the patient and the second spot electrode; injecting a second signal into the patient's body via the second spot electrode; and sensing the second signal as received at the second measuring electrode.
Claim 8
Dependent Claim
149 words
In a method of cardiac output or other hemodynamic parameters monitoring including the step of analyzing signals from electrodes applied to a patient's body, the improvement comprising the steps of: placing a first spot injection electrode adjacent the neck of a patient; placing a first measuring strip electrode adjacent the neck of the patient which has a substantially greater surface area than that of the first spot electrode; injecting a first signal into the patient's body only via the first spot injection electrode; sensing the first signal as received at the first measuring electrode; placing a second spot electrode adjacent the xiphoid process of the patient; placing a second measuring strip electrode adjacent the xiphoid process of the patient and the second spot electrode; injecting a second signal into the patient's body via the second spot electrode; and sensing the second signal as received at the second measuring electrode.