18444271. PRODUCTION SYSTEM FOR AUTOMATICALLY STACKING DIFFERENT COMPONENTS OF AN ELECTROCHEMICAL SYSTEM simplified abstract (Robert Bosch GmbH)

PRODUCTION SYSTEM FOR AUTOMATICALLY STACKING DIFFERENT COMPONENTS OF AN ELECTROCHEMICAL SYSTEM

Organization Name

Robert Bosch GmbH

Inventor(s)

Rainer Glueck of Tormerdingen (DE)

Felix Senf of Ulm (DE)

Jochen Brenner of Elchingen (DE)

Eberhard Maier of Koengen (DE)

Andreas Rettich of Herrenberg-Kuppingen (DE)

Dirk Vahle of Eberdingen (DE)

Manfred Maerz of Eberdingen (DE)

Martin Gerlach of Strullendorf (DE)

PRODUCTION SYSTEM FOR AUTOMATICALLY STACKING DIFFERENT COMPONENTS OF AN ELECTROCHEMICAL SYSTEM - A simplified explanation of the abstract

This abstract first appeared for US patent application 18444271 titled 'PRODUCTION SYSTEM FOR AUTOMATICALLY STACKING DIFFERENT COMPONENTS OF AN ELECTROCHEMICAL SYSTEM

The present disclosure describes a production system for creating an electrochemical system with a stack of different components stacked along a vertical axis, ensuring the target height of the stack is achieved despite height tolerances.

• The production system is designed to produce electrochemical systems with precise stack heights.
• It allows for the stacking of multiple components with varying heights to create a uniform stack.
• The system ensures that the final stack meets the desired height specifications.
• By accommodating height tolerances of different components, the system enables efficient production of electrochemical systems.
• This innovation streamlines the manufacturing process of electrochemical systems by overcoming height variations in component parts.

Potential Applications: - This technology can be applied in the production of batteries, fuel cells, and other electrochemical devices. - It can be used in various industries such as automotive, energy storage, and electronics for manufacturing reliable electrochemical systems.

Problems Solved: - Addresses the challenge of achieving consistent stack heights in electrochemical systems. - Solves the issue of height variations in different components during the manufacturing process.

Benefits: - Ensures uniformity in stack height, leading to improved performance and reliability of electrochemical systems. - Increases efficiency in production processes by minimizing the impact of height tolerances.

Commercial Applications: Title: "Innovative Production System for Electrochemical Systems" This technology can be utilized in battery manufacturing facilities, fuel cell production plants, and electronics manufacturing companies to enhance the quality and consistency of electrochemical systems. It can lead to cost savings and improved product performance in various commercial applications.

Questions about Electrochemical System Production: 1. How does the production system accommodate height tolerances of different components in the stack? - The production system adjusts the placement of components to ensure the final stack meets the target height specifications. 2. What are the potential benefits of using this production system in the manufacturing of electrochemical systems? - The system can improve the performance and reliability of electrochemical systems by ensuring uniform stack heights.

Original Abstract Submitted

The present disclosure relates to a production system for producing at least one electrochemical system that comprises a stack consisting of a plurality of different components which are stacked one above the other along a stacking axis of the stack, with a height dimension of each component extending along the stacking axis where the production system allows the target height of the stack to be achieved in spite of the height tolerances of the different components.