Brännö, Sweden

Fredrik Per Gunnar Oskarson


Average Co-Inventor Count = 3.0

ph-index = 1


Company Filing History:


Years Active: 2025

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1 patent (USPTO):Explore Patents

Title: Fredrik Per Gunnar Oskarson: Innovator in High Precision Volumetric Pumps

Introduction

Fredrik Per Gunnar Oskarson is a notable inventor based in Brännö, Sweden. He has made significant contributions to the field of measurement apparatus, particularly in the calibration of high precision volumetric pumps. His innovative approach addresses the challenges associated with pressure-driven leakage, enhancing the accuracy of liquid measurements.

Latest Patents

Oskarson holds a patent titled "Compensation of pressure driven leakage while using high precision volumetric pumps." This patent outlines a method for calibrating a measurement apparatus that includes a pump. The calibration process involves creating a characterization of leakage through the pump as a function of the pressure difference over it. The measurement apparatus operates for a predetermined time to pump a liquid, allowing for a flow measurement based on the piston rotation. This flow measurement is then compensated for any leakage, ensuring accurate results.

Career Highlights

Fredrik Oskarson is associated with Unfors Raysafe AB, where he applies his expertise in developing advanced measurement technologies. His work focuses on improving the reliability and precision of volumetric pumps, which are essential in various industrial applications.

Collaborations

Oskarson collaborates with talented professionals such as Anders Hans Lindström and Karl Hannes Hultgren. Together, they contribute to the advancement of measurement technologies and the development of innovative solutions in their field.

Conclusion

Fredrik Per Gunnar Oskarson's contributions to the field of high precision volumetric pumps demonstrate his commitment to innovation and accuracy in measurement technology. His patent reflects a significant advancement in compensating for leakage, which is crucial for reliable liquid measurements.

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