JPH03114208U - - Google Patents

Description

[Brief explanation of drawings]

In Figure A, electrodes and conductive wires are printed on a plastic plate, and a connection terminal for an electrocardiograph is attached. The shape is made to match the commonly used unipolar thoracic lead (6 leads). Reference numeral 1 denotes a connection terminal to a terminal of a conductive wire of an electrocardiograph. 2 is a conducting wire, and there are 6 of them. The electrode 4 and the terminal 1 are connected and insulated. In step 3, each electrode and its conductive wire can be separated from the flat plate body halfway from the electrode to the terminal. This part is structured so that it can be easily separated by pulling it. 4 is an electrode, which is brought into direct contact with the skin. Apply ECG cream or conductive adhesive to this area in advance to improve adhesion to the skin and to prevent electrode failure. This figure A is a plan view seen from the surface to be adhered to the human body. Figure B is a diagram actually used for inspection. Figure C is an electrode position diagram of unipolar chest leads (6 leads).

Amendment 2.3.26. The name of the invention is amended as follows. Title of the invention: Integrated flat plate thoracic lead electrocardiogram electrode with adjustable electrode position The scope of the utility model registration claim and the brief description of the drawings are amended as follows.

[Claims for Utility Model Registration] Chest lead electrocardiogram electrodes and their conductors are integrally molded into a flexible and elastic thin flat plate. At one end of the flat plate, make a connection terminal for the electrocardiograph. Keep the conductor part insulated. In order to make the electrode part movable and to be able to set the electrode in a more accurate position, each electrode and its conductor wire should be able to be separated from the flat body partway from the electrode to the terminal. Apply adhesive to the surface that will come into contact with the human body.
Adhere to the skin.

[Brief Description of the Drawings] Fig. 1 shows a plastic plate with electrodes and conductive wires printed on it, and a connection terminal for an electrocardiograph. The shape is made to match the commonly used unipolar thoracic lead (6 leads). Reference numeral 1 denotes a connection terminal to a terminal of a conductive wire of an electrocardiograph. 2 is a conducting wire, and there are 6 of them. The electrode 4 and the terminal 1 are connected and insulated. In step 3, each electrode and its conductive wire can be separated from the flat plate body halfway from the electrode to the terminal. This part is structured so that it can be easily separated by pulling it. 4 is an electrode, which is brought into direct contact with the skin. Apply ECG cream or conductive adhesive to this area in advance to improve adhesion to the skin and to prevent electrode failure. This FIG. 1 is a plan view seen from the surface to be adhered to the human body. FIG. 2 is a diagram actually used for inspection. FIG. 3 is an electrode position diagram of a unipolar chest lead (6 leads).

Claims (1)

[Claims for Utility Model Registration] Chest lead electrocardiogram electrodes and their conductors are integrally molded into a flexible and elastic thin flat plate. At one end of the flat plate, make a connection terminal for the electrocardiograph. Keep the conductor part insulated. In order to make the electrode part movable and to be able to set the electrode in a more accurate position, each electrode and its conductor wire should be able to be separated from the flat body partway from the electrode to the terminal. Apply adhesive to the surface that will come into contact with the human body.
Adhere to the skin.