Abstract: The invention relates to a testing device for checking at least one first medical electrode (1), wherein the testing device comprises at least one first measuring electrode (2), which can be arranged relative to the first medical electrode (1) to be checked in such a way that the at least one first measuring electrode (2) and the first medical electrode (1) to be checked form a first capacitance (C11); a signal generating device (3), by way of which an alternating current voltage can be generated, by means of which the first capacitance (Cn) can be acted upon; an evaluation device (4), which is designed to determine at least one first test result (P11) in relation to the first capacitance (C11) from a measured impedance curve (I) of an impedance caused in response to the first capacitance (C11).

Abstract: An electrode set is disclosed for a defibrillator, the set including at least two electrodes each having a carrier layer, a conductive contact layer, a conductive gel layer, and a non-conductive electrode cover. In the storage state of the electrode set, the electrode covers lie against each other in a planar relationship at least portion-wise, on the side that is remote from the gel layer of the at least two electrodes. The gel layers of the electrodes are directly in contact with each other in a portion-wise manner by way of two openings in the electrode covers.

Abstract: A bioelectrode comprising: a skin-side, electrically conducting adhesive layer and a flexible electrical connecting cable which in an electrically insulating cable sheath includes at least one electrical conductor, wherein fitted at the electrode-side end of the connecting cable is a preassembled electrical conducting element electrically connected to the electrical conductor of the connecting cable, wherein the preassembled electrical conducting element is electrically connected in the installed condition to the skin-side, electrically conducting adhesive layer.

Abstract: The invention relates to a medical electrode (1) comprising an electrode head (2) and an electric feed line (3) to the electrode head (2), said teed line (3) having an electrically conductive shielding layer (4), a dielectric element (5), and an electric conductor (6). The feed line (3) has an elongate substrate element (7) onto which the electrically conductive shielding layer (4) is at least partly printed. The at least partly printed shielding layer (4) entirely surrounds the dielectric element (5) and the electric conductor (6) transversely to the longitudinal axis (L) of the feed line (3). The shielding layer comprises an upper (4a) and a lower (4b) shielding ply.

Abstract: The invention relates to a medical electrode (1) comprising an electrode head (2) and an electric feed line (3) to the electrode head (2), said teed line (3) having an electrically conductive shielding layer (4), a dielectric element (5), and an electric conductor (6). The feed line (3) has an elongate substrate element (7) onto which the electrically conductive shielding layer (4) is at least partly printed. The at least partly printed shielding layer (4) entirely surrounds the dielectric element (5) and the electric conductor (6) transversely to the longitudinal axis (L) of the feed line (3). The shielding layer comprises an upper (4a) and a lower (4b) shielding ply.

Abstract: A bioelectrode comprising a skin-side, electrically conducting adhesive layer (7) and a flexible electrical connecting cable (4) which in an electrically insulating cable sheath (5) includes at least one electrical conductor (6), preferably in the form of a braid comprising a plurality of individual wires or conducting individual fibers, wherein the electrode-side end (4a) of the connecting cable (4) is arranged between two thermoplastic layers (2, 3) which are welded together at least region-wise, wherein both thermoplastic layers (2, 3) are electrically conducting and are electrically connected to the electrical conductor (6) of the connecting cable (4).

Abstract: A medical electrode for bonding to the skin of a patient comprises a support which adheres to the skin and a holding element for at least one electrically conducting connection piece, wherein the skin side of the connection piece is covered with an electrically conducting gel, in particular in a sponge, wherein the gap on the skin side between the holding element and the electrically conducting connection piece is closed by a sealing element which is preferably ring-like.

Abstract: A bioelectrode comprising: a skin-side, electrically conducting adhesive layer and a flexible electrical connecting cable which in an electrically insulating cable sheath includes at least one electrical conductor, wherein fitted at the electrode-side end of the connecting cable is a preassembled electrical conducting element electrically connected to the electrical conductor of the connecting cable, wherein the preassembled electrical conducting element is electrically connected in the installed condition to the skin-side, electrically conducting adhesive layer.

Abstract: A bioelectrode comprising a skin-side, electrically conducting adhesive layer (7) and a flexible electrical connecting cable (4) which in an electrically insulating cable sheath (5) includes at least one electrical conductor (6), preferably in the form of a braid comprising a plurality of individual wires or conducting individual fibers, wherein the electrode-side end (4a) of the connecting cable (4) is arranged between two thermoplastic layers (2, 3) which are welded together at least region-wise, wherein both thermoplastic layers (2, 3) are electrically conducting and are electrically connected to the electrical conductor (6) of the connecting cable (4).