Abstract: An electronic low-frequency pulse patch of a one-piece structure comprises a flexible top cover body, a hollow supporting enclosure, a circuit control unit, a power supply unit, a base and a coupling output conductive flexible film. Flexible top cover body is coupled to the coupling output conductive flexible film with hollow supporting enclosure located therebetween. Circuit control unit and the power supply unit are coupled to the base for providing respective low-frequency electric pulses. Electrical conduction is accomplished by electrically connecting the first and the second conductive ends of the base to respective conductive contact lugs of the coupling output conductive flexible film. At either side of which, first and second low-frequency pulse output regions are disposed, such that the electronic low-frequency pulse patch is bendable for conforming to curvature at different locations of the human body without using screw or other means.

Abstract: A planar bio-test strip includes a carrier plate, a conductive circuit formed on the carrier plate by evaporation, a testing electrode terminal and an electrode circuit terminal formed at front and rear ends of the conductive circuit respectively, and an enzyme reacting area coupled to a front end of the testing electrode terminal. A manufacturing method of the planar bio-test strip includes (1) using a plastic film as a carrier plate, and constructing a shadow mask by printing; (2) evaporating the carrier plate printed with the shadow mask to form a conductive electroplated layer; (3) removing a block of the conductive electroplated layer covered by the shadow mask by a physical method to expose the conductive circuit; (4) setting an enzyme in an enzyme reacting area; (5) attaching a cover film; such that the test strip can be mass produced with low costs, and enhanced quality, stability and market competiveness.

Abstract: An electronic low-frequency pulse patch of a one-piece structure is disclosed, which has a power supply and a circuit capable of outputting positive and negative current pulses concealed therein, and in which, without use of a flexible ribbon cable set and an additional fastener, a host unit and a coupling conductive patch unit assembly are joined together with the appearance to form a one-piece seamless water-proof structure for use as a self-adhesion patch device capable of generating a low-frequency pulse output.