Thomas Reiter

Title: Innovations by Thomas Reiter: Pioneering Soil Compaction Technology

Introduction

Thomas Reiter, an inventor based in Erding, Germany, has made significant contributions to the field of soil compaction technology. With a total of two patents to his name, Reiter's work focuses on enhancing the efficiency and effectiveness of soil compacting devices. His innovative approaches aim to address the challenges faced in varying soil conditions, making his inventions invaluable in construction and civil engineering.

Latest Patents

Reiter's most recent patents showcase his ingenuity in creating advanced soil compacting solutions. The first patent is for a **Soil compacting device with adjustable vibration properties**. This device features a sophisticated damping system that interlinks an upper and lower mass through a spring system, forming an effective vibration system. What sets this invention apart is its capability to modify damping properties in real-time while in operation. As the compacting device encounters different soil types, it continuously adjusts itself to optimize performance, enhancing compaction effectiveness across diverse terrains.

The second patent is for a **Vibration generator for generating a directed vibration**. This invention includes a housing containing first and second flyweight shafts that are rotatably supported. Each shaft is equipped with a flyweight, working cohesively with intermediate shafts that pivot in unison. The inventive design allows for phase adjustments between flyweight shafts, which enhances the directed vibrations necessary for efficient soil compaction. This mechanism not only increases the versatility of the device but also improves its operational precision.

Career Highlights

Thomas Reiter is associated with Wacker-Werke GmbH & Co. KG, a company renowned for its focus on construction equipment and materials. His role at the company has allowed him to channel his inventive spirit into developing technologies that significantly impact soil compaction processes. Reiter's contributions stand out for their practical applications and improvements in construction techniques.

Collaborations

In his professional journey, Thomas has collaborated with notable colleagues such as Franz Riedl and Georg Sick. Working alongside these talented individuals, he has been able to share ideas and enhance his inventions, leading to advancements in soil compaction technology through teamwork and shared expertise.

Conclusion

Thomas Reiter's innovations in soil compaction devices highlight the importance of adaptability in construction technology. His patents not only reflect his creative thinking but also his understanding of practical applications in varying soil conditions. As he continues his work at Wacker-Werke GmbH & Co. KG, Reiter remains a significant figure in advancing soil compaction methods, paving the way for enhanced construction practices.