18078927. ELECTRODE TESTING FIXTURE AND SYSTEM FOR MATERIAL CHARACTERIZATION AND STANDARDIZATION simplified abstract (GM GLOBAL TECHNOLOGY OPERATIONS LLC)

ELECTRODE TESTING FIXTURE AND SYSTEM FOR MATERIAL CHARACTERIZATION AND STANDARDIZATION

Organization Name

GM GLOBAL TECHNOLOGY OPERATIONS LLC

Inventor(s)

Robin James of Rochester Hills MI (US)

Stephen J. Andersen of Madison Heights MI (US)

James Joseph Deininger of Wyandotte MI (US)

Raffaello Ardanese of Bloomfield Hills MI (US)

ELECTRODE TESTING FIXTURE AND SYSTEM FOR MATERIAL CHARACTERIZATION AND STANDARDIZATION - A simplified explanation of the abstract

This abstract first appeared for US patent application 18078927 titled 'ELECTRODE TESTING FIXTURE AND SYSTEM FOR MATERIAL CHARACTERIZATION AND STANDARDIZATION

Simplified Explanation

The patent application describes a fixture assembly designed to test or measure a portion of a battery electrode. It includes a top plate, baseplate, connector, and support member. The top plate creates a low-pressure region to hold the electrode, while the baseplate forms a vacuum chamber. The connector connects to a vacuum hose to secure the electrode, and the support member holds the assembly in place for measurement.

• The fixture assembly includes a top plate, baseplate, connector, and support member.
• The top plate creates a low-pressure region to secure the battery electrode.
• The baseplate forms a vacuum chamber with side walls.
• The connector connects to a vacuum hose to hold the electrode in place.
• The support member ensures the fixture assembly remains stable during measurement.

Potential Applications

The fixture assembly can be used in battery manufacturing facilities to test and measure electrode components accurately. It can also be utilized in research laboratories for studying battery performance.

Problems Solved

This technology solves the problem of securely holding battery electrodes in place during testing and measurement processes. It ensures accurate and reliable results by preventing movement or slippage.

Benefits

- Accurate testing and measurement of battery electrode components - Securely holds electrodes in place - Prevents errors or inaccuracies in results - Enhances efficiency in battery manufacturing processes

Commercial Applications

Title: Battery Electrode Fixture Assembly for Testing and Measurement This technology has commercial applications in battery manufacturing companies, research institutions, and quality control laboratories. It can improve the accuracy and efficiency of battery production processes, leading to higher quality products and reduced waste.

Prior Art

Readers can explore prior art related to fixture assemblies for testing battery electrodes in the field of battery technology and manufacturing equipment.

Frequently Updated Research

Stay updated on the latest advancements in battery electrode testing and measurement technologies to enhance the efficiency and accuracy of battery production processes.

Questions about Battery Electrode Fixture Assembly for Testing and Measurement

What are the key components of the fixture assembly described in the patent application?

The key components include a top plate, baseplate, connector, and support member, each serving a specific function in securely holding the battery electrode during testing or measurement.

How does the fixture assembly contribute to improving the accuracy of battery electrode testing and measurement processes?

The fixture assembly creates a low-pressure region to hold the electrode securely, preventing movement or slippage during testing. This ensures accurate and reliable results in battery manufacturing and research applications.

Original Abstract Submitted

A fixture assembly for testing or measuring a portion of a battery electrode includes a top plate, a baseplate, a connector and a support member. The top plate includes holes for creating a low-pressure region along a top surface of the top plate to hold the portion of the battery electrode to the top plate. The baseplate includes a bottom plate and side walls. The side walls extend upward from the bottom plate and define a vacuum chamber with the top plate. The connector is attached to the baseplate and configured to be connected to a vacuum hose for drawing air from the vacuum chamber to pull the portion of the battery electrode to the top plate. The support member is attached to the baseplate and configured to hold the fixture assembly in place relative to a measuring device that measures a physical characteristic of the battery electrode.