Kaltenkirchen, Germany

Matthias Mertens

 


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Title: Matthias Mertens: Innovator in Otology

Introduction: Matthias Mertens is an inventor based in Kaltenkirchen, Germany. He is currently associated with Heinz Kurz GmbH. Although he has not yet been granted any patents, his work focuses on advancements in the field of otology.

Latest Patent Applications: Matthias Mertens has submitted several innovative patent applications. One of his latest applications is for a simulator system designed for carrying out measurements for standard control of acoustic properties of middle ear implants on a mechanical model object. This simulator system includes a physical ear model for biometric simulation of the human ear, featuring a first functional portion that models the human middle ear, an acoustic detection device for measuring parameters of a middle ear implant, and an evaluation module for storing and evaluating the measured parameter data. The physical ear model is constructed entirely from artificial materials, including plastics and metal parts. Additionally, the ear model contains a second functional portion that models the human inner ear, which has a closed cavity filled with liquid. The detection device is equipped with a pressure probe and a hydrophone, allowing for precise measurements.

Another significant application is for a surgical cutting device specifically designed for otology. This device is intended for producing thin slices of tissue or cartilage. It features an elongate device body aligned along a longitudinal axis, a handle-like grip, and a cutting head with a sharp cutting blade. The cutting blade is positioned within a continuously open cutting window, allowing for efficient operation. The design ensures that the sharp cutting edge is aligned parallel to a transverse axis, facilitating precise cuts.

Conclusion: Matthias Mertens is making strides in the field of otology through his innovative patent applications. His work demonstrates a commitment to advancing medical technology, particularly in the area of middle ear implants and surgical devices.

This text is generated by artificial intelligence and may not be accurate.
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