LITHIUM BATTERY INCLUDING MODIFIED POLYOLEFIN BINDER

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LITHIUM BATTERY INCLUDING MODIFIED POLYOLEFIN BINDER - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240322315 titled 'LITHIUM BATTERY INCLUDING MODIFIED POLYOLEFIN BINDER

The abstract describes a lithium battery with an electrode assembly, battery case, and adhesive layer containing a maleimide-modified polyolefin with acid functional groups.

Simplified Explanation:

- The patent application is for a lithium battery with a unique adhesive layer. - The adhesive layer contains a maleimide-modified polyolefin with acid functional groups. - This adhesive attaches the electrode assembly to the battery case.

Key Features and Innovation:

- Electrode assembly with cathode, anode, and separator. - Battery case surrounding the electrode assembly. - Adhesive layer with maleimide-modified polyolefin with acid functional groups.

Potential Applications:

- Lithium batteries for various electronic devices. - Energy storage systems for renewable energy sources. - Electric vehicles and portable electronics.

Problems Solved:

- Enhanced adhesion between electrode assembly and battery case. - Improved stability and performance of lithium batteries. - Increased safety and reliability in battery technology.

Benefits:

- Stronger bond between components. - Longer battery life and improved efficiency. - Reduced risk of malfunction or leakage.

Commercial Applications:

- Title: "Innovative Lithium Battery Adhesive for Enhanced Performance" - Potential use in consumer electronics, electric vehicles, and energy storage systems. - Market implications include improved battery technology and increased demand for reliable energy storage solutions.

Questions about Lithium Battery Adhesive:

1. How does the maleimide-modified polyolefin with acid functional groups improve the adhesive properties of the battery? - The maleimide-modified polyolefin enhances adhesion by forming strong bonds with the electrode assembly and battery case components.

2. What are the potential environmental benefits of using this innovative adhesive in lithium batteries? - The improved performance and reliability of lithium batteries can lead to reduced waste from battery replacements and increased efficiency in energy storage systems.

Original Abstract Submitted

a lithium battery includes an electrode assembly including a cathode, an anode, and a separator between the cathode and the anode; a battery case surrounding the electrode assembly; and an adhesive layer between the electrode assembly and the battery case, the adhesive layer attaching the electrode assembly and the battery case to each other, wherein the adhesive layer includes an adhesive including a maleimide-modified polyolefin containing two or more acid functional groups.