Michael Tittelbach

Title: Michael Tittelbach: Inventor in Neurostimulation Technology.

Introduction

Michael Tittelbach is an inventor based in Heidelberg, Germany. His patent work includes technology for electrode assemblies designed to electrically stimulate living tissue, particularly in neurostimulation. He is associated with Precisis AG and Precisis GmbH. The supplied information lists 2 patents.

Latest Patents

One of Tittelbach’s latest listed inventions is titled “Electrode body of an electrode assembly and electrode assembly for electrical stimulation, and method for producing an electrode assembly.” The invention describes an electrode body intended for placement between the skull and scalp. Its stimulation surface is designed to contact tissue and deliver electrical stimulation using alternating-current pulses, direct-current pulses, or both.

The disclosed design includes features intended to support effective stimulation and secure placement. These include a surface treatment to enlarge the effective stimulation surface, a fastening structure, and a connection point for attaching an electrical conductor. The electrode body may also be surrounded by electrically insulating carrier material, apart from its stimulation surface, or use circumferential cut-outs to help secure it within the carrier material. The patent also addresses electrode assemblies and a method for producing them.

Career Highlights

Tittelbach’s listed work connects his inventive activity with Precisis AG and Precisis GmbH. The electrode technology described in his patent focuses on practical design considerations for tissue stimulation, including electrical connection, insulation, and attachment.

Collaborations

The supplied information names Lasse Jagschies and Gregor Remmert as Tittelbach’s coworkers. Their specific roles in the listed patent work are not provided.

Conclusion

Michael Tittelbach’s patent work centers on electrode technology for electrical stimulation, with design features intended to support neurostimulation and the production of electrode assemblies.