▎ 摘　　要

NOVELTY - The battery has a solid electrolyte membrane (1) whose upper surface is provided with a first CMF carbon nano-microscopic film (2). An upper surface of the first CMFL carbon nano macroscopic membrane is coated with a anod material (3).e A lower surface of a solid electrode membrane is connected with a second CMFcarbon nanofiber carbon nanofibril membrane (4). A cathode material is coated on a lower side of the second CMFLcarbon nanoraterial membrane. A negative conductive film (7) and a positive conductive membrane (6) are coated on the cathode of the material. A graphene layer (8) is coated between the negative conductivity film and the positive conductivity membrane. USE - Cutting-able solid flexible quick-charging battery e.g. lithium ion battery and electrode short circuit, for converting chemical energy into electric energy device. ADVANTAGE - The battery greatly improving the safety of the battery, and has non-combustible, has high temperature resistance, no corrosion, and characteristics volatilization, avoids the electrolyte leakage in the traditional lithium ion battery and electrode short circuit, and can be randomly cut according to the requirement in the actual use, meet the use requirement, has good bending and folding performance, and is coated with a anode material, thus realizing the flexible battery, enhancing electronic conductivity, and greatly accelerates the speed of the lithium ion embedding cathode. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a production method of the cutting solid flexible fast-charging battery. DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a cutting-able solid flexible quick-charging battery. 1Solid electrolyte membrane 2First cmf carbon nano macroscopic film 3Anode 4Second cmf carbon nanometer macroscopic film 5Material negative electrode 6Anode conductive film 7Cathode conductive film 8Graphene layer 9Cutting film component 901Silica gel film