Vaihingen, Germany

Daniel Raichle

USPTO Granted Patents = 27 

 

Average Co-Inventor Count = 3.5

ph-index = 3

Forward Citations = 26(Granted Patents)


Location History:

  • Eberdingen-Nussdorf, DE (2014 - 2015)
  • Valhingen, DE (2016)
  • Vaihingen, DE (2014 - 2021)

Company Filing History:


Years Active: 2014-2025

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27 patents (USPTO):Explore Patents

Title: Daniel Raichle: Innovator in Rotational Angle Sensor Technology

Introduction:

Meet Daniel Raichle, a brilliant innovator in the field of rotational angle sensor technology. Hailing from Vaihingen, Germany, Raichle has made significant contributions to this domain through his numerous patents and inventions. His expertise lies in developing advanced apparatuses and methods for evaluating and checking the plausibility of signals emitted by rotary encoders. Let's explore his latest patents, career highlights, and collaborations to gain a deeper understanding of his exceptional achievements.

Latest Patents:

Daniel Raichle has an impressive portfolio of 26 patents, with his most recent inventions focusing on improving the accuracy and error diagnostics in rotational angle sensing systems.

1. Apparatuses and Methods for Evaluating a Signal Emitted by a Rotational Angle Sensor:

This patent introduces a novel approach to signal processing in a rotational angle sensor. By employing a dual analysis method, it optimizes signal paths to achieve both maximum angle quality calculation and enhanced error diagnosability. Raichle's invention provides a more reliable and efficient solution for evaluating these signals, thus enhancing the performance of rotational angle sensors.

2. Apparatus and Method for Checking the Plausibility of an Excitation Signal for a Rotary Encoder:

This patent showcases Raichle's ingenuity in solving a critical problem in the field. His invention offers an apparatus equipped with advanced signal analysis techniques to check the plausibility of an excitation signal for a rotary encoder. By estimating the amplitude and phase angle values of the input signal and generating a diagnostic signal, this method ensures the excitation signal's reliability within predetermined ranges, thereby enhancing the overall accuracy of rotary encoders.

Career Highlights:

Daniel Raichle has been associated with Robert Bosch GmbH, a renowned multinational engineering and technology company headquartered in Germany. At Bosch, he has made significant contributions to their research and development efforts, particularly in the domain of rotational angle sensing technology. With over two decades of experience, Raichle has played a vital role in advancing sensor technologies, refining detection methods, and optimizing signal processing techniques.

Collaborations:

Throughout his career, Daniel Raichle has collaborated with remarkable individuals who share his passion for innovation.

1. Daniel Zirkel:

Raichle has collaborated closely with Daniel Zirkel, another talented inventor within Bosch. Together, they have combined their expertise to develop cutting-edge solutions for improving rotational angle sensing systems. Their collaboration has undoubtedly led to groundbreaking advancements in the field.

2. Michael Ungermann:

Michael Ungermann is yet another noteworthy colleague of Raichle at Bosch. Their collaboration has helped shape the future of rotational angle sensor technology, resulting in patents that promote accuracy, reliability, and error diagnostics. Their efforts have undoubtedly cemented Bosch's position as a leader in this field.

Conclusion:

Daniel Raichle's exemplary work in rotational angle sensor technology has significantly influenced the development of more reliable and accurate systems. His patents demonstrate innovative approaches to signal processing, error diagnostics, and plausibility checking. Through his partnerships and collaborations with fellow experts like Daniel Zirkel and Michael Ungermann, Raichle has contributed to Bosch's pioneering efforts in the field. We eagerly anticipate his future contributions, which are sure to further revolutionize the world of rotational angle sensing technology.

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