Michael Dimitrov

Title: Michael Dimitrov: Innovator in Pressure Regulation Technologies

Introduction

Michael Dimitrov is a notable inventor based in Muhlacker, Germany, known for his contributions to pressure regulation technologies. With two patents to his name, he showcases a blend of innovative design and practical functionality in his inventions, focusing on sophisticated control mechanisms.

Latest Patents

Dimitrov's latest inventions include a **regulator with a hysteresis-affected characteristic curve**. This device features a manually operable actuating element for presetting a desired control variable, paired with an axially displaceable control slide. The design ensures that the adjustment movement from the actuating element results in precise axial displacement of the control slide, which is crucial for applications needing accurate control. The inclusion of a toothing along the control face reduces hysteresis and guarantees consistent control variable settings regardless of the direction of movement.

His other patent, the **pressure regulation**, introduces an innovative approach to controlling pressure. This device utilizes a double-seated valve design, enhancing functionality with an adjustable control spring. The valve closing element separates the supply pressure chamber from both the control pressure and pressure-relief chambers. By manipulating the initial stress of the control spring, users can precisely set the desired pressure, and a lifting device compensates for hysteresis during operation.

Career Highlights

Michael Dimitrov has a solid professional background, having worked with renowned companies such as Mercedes-Benz Aktiengesellschaft and Walter Alfmeier GmbH & Co. His experience in these prominent organizations has contributed significantly to his expertise in engineering and product design, solidifying his standing as an innovative inventor in the field.

Collaborations

Throughout his career, Dimitrov has collaborated with talented individuals, including Rudolf Andres and Holger Seel. These partnerships have likely played a vital role in his creative process, allowing for the exchange of ideas and development of his cutting-edge inventions.

Conclusion

Michael Dimitrov's contributions to innovation in pressure regulation are noteworthy, characterized by his patents that reflect a commitment to enhancing operational efficiency in control systems. His work with esteemed companies and collaboration with fellow professionals further emphasize his significance in the engineering community. As he continues to innovate, Dimitrov remains an influential figure in the landscape of modern inventions.