30 results about "Electrode gel" patented technology

External pacemaker systems and methods deliver pacing waveforms that minimize hydrolysis of the electrode gel. Compensating pulses are interleaved with the pacing pulses, with a polarity and duration that balance the net charge at the electrode locations. The compensating pulses are preferably rectangular for continuous pacing, and decay individually for on-demand pacing.

An electrode assembly for neuro-cranial stimulation includes an electrode, a conductive gel, and an adapter including an interior compartment for positioning the electrode relative to the adapter and for receiving and retaining the conductive gel. The conductive gel contacts the electrode along an electrode-gel interface. An orifice at one end of the interior compartment and adjacent to a positioning surface of the adapter for positioning the electrode assembly against a skin surface of a user enables the conductive gel is able to contact the skin surface of the user to define a gel-skin interface, such that a minimum distance between the electrode-gel interface and the gel-skin interface is maintained between 0.25 cm and 1.3 cm. An electrode assembly mounting apparatus is provided for adjustably positioning a plurality of electrode assemblies against target positions on the cranium.

The present invention relates to a metal-air cell charging apparatus, to a metal-air cell assembly, and to a metal-air cell charging system comprising same. The present invention provides a metal-air cell charging apparatus for charging a metal-air cell assembly including a secondary metal-air cell having a negative electrode gel, and a case for accommodating the secondary metal-air cell therein, wherein the metal-air cell charging apparatus comprises: a charging unit which generates, using an external power source, power to be supplied to the metal-air cell assembly, and supplies the thus-generated power to the metal-air cell assembly; and a humidifying air supply unit which generates humidifying air containing a predetermined amount of moisture, and supplies the humidifying air to the interior of the case via a humidifying air supply port connected to the metal-air cell assembly.

The invention belongs to the field of preparation of a lithium battery negative electrode material, and in particular relates to a preparation method of a composite lithium battery negative electrodematerial based on copper oxide. For the problem that the performance of a prepared battery is unstable due to poor performance of the existing lithium battery negative electrode material, the following scheme is proposed. The method comprises the steps that stirring and ball milling are carried out on copper oxide powder and graphite powder, drying is carried out; the mixture is carbonized, and aweighed conductive agent and binder are added into the mixture for mixing; relevant raw materials are added into a thickener solution and mixed to acquire a mixture B; and a mixture A, the mixture B and weighed polyvinylidene fluoride are mixed and stirred to aquire a negative electrode gel-like mixture. The preparation method has the advantages of simple preparation process, low preparation cost,sufficient mixing and agglomeration of various components, full effect of each component and improved performance of the negative electrode material. The battery made of the negative electrode material has the advantages of stable performance, high energy density and the like.

A defibrillator electrode (10) and enclosure (23, 24) are described in which the electrodes are sealed to the inside of a rigid enclosure (23, 24). The enclosure is hinged to open and expose the electrodes for deployment. The electrode gel is sealed against moisture loss between the moisture impervious electrode backing and the inner surface of the enclosure. The enclosure may further include an electrical circuit for electrode self-testing, the circuit being broken when the enclosure is opened.

The present invention relates to a metal-air cell charging apparatus, to a metal-air cell assembly, and to a metal-air cell charging system comprising same. The present invention provides a metal-air cell charging apparatus for charging a metal-air cell assembly including a secondary metal-air cell having a negative electrode gel, and a case for accommodating the secondary metal-air cell therein, wherein the metal-air cell charging apparatus comprises: a charging unit which generates, using an external power source, power to be supplied to the metal-air cell assembly, and supplies the thus-generated power to the metal-air cell assembly; and a humidifying air supply unit which generates humidifying air containing a predetermined amount of moisture, and supplies the humidifying air to the interior of the case via a humidifying air supply port connected to the metal-air cell assembly.

An all-solid-state continuous fiber lithium-ion battery structure and its 3D printing forming method. The concentric multi-layer composite single-bundle lithium-ion battery is formed by 3D printing. The innermost layer of the concentric multi-layer composite single-bundle lithium-ion battery is a metal wire and a continuous fiber. Composite negative electrode composed of fibers, the outer surface of the composite negative electrode is an insulating solid electrolyte layer, the outer surface of the solid electrolyte layer is a conductive positive electrode, and the outer surface of the positive electrode is a viscous insulating packaging layer; the 3D printing method is to prepare metal wire and continuous fiber first. The composite single-bundle is corroded and dried, and then the positive electrode gel is wrapped to prepare a concentric multi-layer composite single-bundle lithium-ion battery. According to the printing method of continuous fiber composite materials, a lithium-ion battery of the desired shape is obtained; in the concentric composite single-bundle lithium-ion battery The negative electrode and the positive electrode of the ion battery are distributed to lead out a wire to obtain an all-solid continuous carbon fiber lithium ion battery; the invention has low cost and high efficiency, and can manufacture composite material parts with complex shapes.