20240042136. GLASS SYRINGE BARREL WITH INCREASED FLANGE BREAKING RESISTANCE simplified abstract (SCHOTT Pharma Schweiz AG)

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GLASS SYRINGE BARREL WITH INCREASED FLANGE BREAKING RESISTANCE

Organization Name

SCHOTT Pharma Schweiz AG

Inventor(s)

[[:Category:Roman Oberh�nsli of St. Gallen (CH)|Roman Oberh�nsli of St. Gallen (CH)]][[Category:Roman Oberh�nsli of St. Gallen (CH)]]

Michael Plapp of Amriswil (CH)

Raphael Lehner of Teufen (CH)

GLASS SYRINGE BARREL WITH INCREASED FLANGE BREAKING RESISTANCE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240042136 titled 'GLASS SYRINGE BARREL WITH INCREASED FLANGE BREAKING RESISTANCE

Simplified Explanation

The abstract describes a glass syringe barrel with specific regions and contours. The barrel is designed to have a vertical distance between any point on the outer contour and a straight line, with the distance defined by a function f(x). The function has a maximum value within a certain range and is zero at a specific point. The abstract does not provide specific details about the purpose or application of this glass syringe barrel.

  • The glass syringe barrel has a specific shape and contour.
  • The vertical distance between any point on the outer contour and a straight line is defined by a function f(x).
  • The function has a maximum value within a certain range and is zero at a specific point.

Potential applications of this technology:

  • Medical and pharmaceutical industries for precise and controlled drug delivery.
  • Laboratory research and experimentation requiring accurate measurements and injections.
  • Industrial applications where precise fluid dispensing is necessary.

Problems solved by this technology:

  • Ensures accurate and precise fluid delivery by maintaining a specific distance between the outer contour and a straight line.
  • Provides a reliable and consistent syringe barrel design for various applications.

Benefits of this technology:

  • Improved accuracy and precision in fluid delivery.
  • Enhanced control and repeatability in laboratory experiments.
  • Increased efficiency and reliability in industrial fluid dispensing processes.


Original Abstract Submitted

a glass syringe barrel is provided that has a bottom end and a top end with a cone region, a shoulder region, a body region, and a flange region therebetween. the glass syringe barrel is configured so that f(x) defines an absolute value of a vertical distance between any point of a first outer contour and a straight line fat a position x, with f(x)=0 at point p, wherein x is a horizontal distance between any given point on the straight line fand point pat which the straight line fcrosses a line lthat runs parallel to the longitudinal axis and that touches an outer surface of the body region, and a maximum value for the term f(x) in a range from x=pto x=pis f(x)determined at position x.