Graphite silk conductor sheets for battery cells.

Abstract

OCR 07AP Graphite silk conductive sheets for battery cells consist of metal plates with electrodes on top for connection to... When expanding the electrical power of another metal plate, one side of the plate will have a graphite-impregnated silk sheet attached. Around the metal plate sandwiched between the graphite silk sheets, a metal conductor coil is wrapped, leaving the ends exposed for... Connected to other conductive plates to amplify the electrical power required, metal plates, graphite silk plates, and metal coils are placed. On a base made of an insulating and flexible material.

Claims

OCR 10KL (17 / 03 / 2569) 1. Graphite silk conductor plates for battery cells consist of a metal plate (1) with an upper electrode plate and a silk plate. Graphite (2), copper coil (3), and base plate (4). Its specific characteristics are that the metal plate (1) is rectangular in shape and has electrical terminals on top for connecting to the plate. When other metals are required to increase the electrical power for use, one side of the metal sheet will have a graphite-impregnated silk sheet (2) attached. The graphite-coated silk sheet (2) serves to distribute and transmit electrons to the metal plate electrodes and the metal coil around it. A metal plate (1) sandwiched with a graphite silk sheet (2) has a metal conductor coil (3) wrapped around it, serving as a conductive pole for Electrons are transferred in the form of current to an external load, leaving the terminals open for connection. Other conductive plates are used to increase the power required for use, including metal plates (1), graphite plates (2), and metal coils (3). It will be placed on a base plate (4) made of an insulating and flexible material that acts to distribute electrons when there is The process of assembling multiple conductive sheets together.

2. Graphite silk conductor sheets for battery cells, pursuant to claim 1, where appropriate metal sheets (1) are provided as sheets. Rectangular copper metal 3. Graphite silk conductor sheets for battery cells, pursuant to claim 1, whereby graphite silk sheets (2) are provided for the passage of graphite powder. Sodium chloride solution plating 4. Graphite silk conductor sheets for battery cells, pursuant to claim 1, where metallic conductor wire (3) is available as an option. Gold or copper, either one or a combination of both, are suitable to be classified as copper.

5. Graphite silk conductor sheets for battery cells, in accordance with claim 1, where a suitable base plate (4) is provided. Highly porous polymer insulation sheets

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