View source for 20240055576. ELECTRODES FOR BATTERIES simplified abstract (Dyson Technology Limited)

=ELECTRODES FOR BATTERIES=


==Organization Name==

[[:Category:Dyson Technology Limited|Dyson Technology Limited]]


[[Category:Dyson Technology Limited]]

==Inventor(s)==

[[:Category:Reza Pakzad of Swindon (GB)|Reza Pakzad of Swindon (GB)]][[Category:Reza Pakzad of Swindon (GB)]]

[[:Category:Matthew Robert Roberts of Oxford (GB)|Matthew Robert Roberts of Oxford (GB)]][[Category:Matthew Robert Roberts of Oxford (GB)]]

[[:Category:Steven Robson of Bristol (GB)|Steven Robson of Bristol (GB)]][[Category:Steven Robson of Bristol (GB)]]

[[:Category:Lesley-Anne Wray of Gloucester (GB)|Lesley-Anne Wray of Gloucester (GB)]][[Category:Lesley-Anne Wray of Gloucester (GB)]]

==ELECTRODES FOR BATTERIES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240055576 titled 'ELECTRODES FOR BATTERIES

==Simplified Explanation==

- Method for making an electrode for a battery
- Provide a current collector with a surface
- Arrange extruded electrode elements on the current collector surface
- Each electrode element has a defined height above the current collector surface
- Neighbouring electrode elements are separated by a spacing
- Compress the electrode elements to reduce their height and close the spacing until neighbouring elements meet to form an electrode layer

== Potential Applications ==
- Battery manufacturing
- Energy storage systems
- Electric vehicles

== Problems Solved ==
- Efficient electrode production
- Improved battery performance
- Enhanced energy storage capabilities

== Benefits ==
- Increased battery efficiency
- Cost-effective electrode manufacturing
- Enhanced energy storage capacity


==Original Abstract Submitted==

a method for making an electrode for a battery includes: providing a current collector having a current collector surface; forming an electrode precursor by arranging a plurality of extruded electrode elements on the current collector surface, each electrode element defining an element height above the current collector surface, and neighbouring electrode elements being separated by a spacing; and forming an electrode from the electrode precursor by compressing the electrode elements, thereby reducing the element height of each electrode element and closing the spacing until neighbouring electrode elements meet to form an electrode layer.



[[Category:H01M4/04]]