Disturbance-free electromyographic probe
AssigneeUniversite de Montreal
InventorChrister Sinderby
Life of this patent
Estimating the term…
Loading patent…
AssigneeUniversite de Montreal
InventorChrister Sinderby
Estimating the term…
A myographic probe for detecting an electrical signal produced by a muscle and for reducing the influence of electrode disturbances. The probe includes electrodes and a disturbance reducing interface covering each electrode thereby segragating the electrodes from the muscle. Electrode disturbances include problems such as those related to the motion of the electrodes, changes in the pressure applied to the electrode, and/or intermittent contact with sourrounding tissue. The disturbance reducing interface is ion permeable and is, when dry, less conductive than the electrodes. The disturbance reducing interface may comprise a matrix of permeable material such as a mesh, foam, or other porous materials. The probe may be in the form of a catheter and be advantageously used in a human cavity such as the oesophagus. Another advantage of the invention is the possibility of using electrodes which are different from conventional wound wire electrodes.
An electrode structure comprising an electrode support and at least one pair of EMG electrodes mounted on the electrode support to sense an electrical signal produced by a muscle of a living body, wherein the electrode structure further comprises a motion-artifact-reducing interface applied to the electrodes of said pair to prevent direct contact between tissues of the living body and the electrodes, and wherein:
A method of reducing motion artifacts applied to an electrode structure comprising an electrode support, at least one pair of EMG electrodes mounted on the electrode support to sense an electrical signal produced by a muscle of a living body, said motion artifact reducing method comprising:
Dependencies are inferred from the claim text.