20240027965. TIMEPIECE REGULATING MEMBER WITH A BALANCE SPRING PROVIDED WITH MEANS FOR GRAVITY COMPENSATION simplified abstract (The Swatch Group Research and Development Ltd)

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TIMEPIECE REGULATING MEMBER WITH A BALANCE SPRING PROVIDED WITH MEANS FOR GRAVITY COMPENSATION

Organization Name

The Swatch Group Research and Development Ltd

Inventor(s)

Gianni Di Domenico of Neuchâtel (CH)

Baptiste Hinaux of Lausanne (CH)

Mohammad Hussein Kahrobaiyan of Boudevilliers (CH)

Jean-Luc Helfer of Le Landeron (CH)

Pascal Winkler of St-Blaise (CH)

TIMEPIECE REGULATING MEMBER WITH A BALANCE SPRING PROVIDED WITH MEANS FOR GRAVITY COMPENSATION - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240027965 titled 'TIMEPIECE REGULATING MEMBER WITH A BALANCE SPRING PROVIDED WITH MEANS FOR GRAVITY COMPENSATION

Simplified Explanation

The abstract describes a regulating member for a horological movement, specifically for a balance and balance spring. The balance spring is a flexible strip coiled on itself, allowing the balance to perform a rotary oscillatory movement. The regulating member includes a resilient device that compensates for the effect of gravity on the regulating member by adapting its stiffness according to gravity. This resilient device consists of a resilient element connecting the outer end of the balance spring to a non-movable support, as well as prestressing means for applying a variable force or torque on the resilient element based on the direction of gravity.

  • The invention is a regulating member for a horological movement.
  • It includes a balance and a balance spring made of a flexible strip coiled on itself.
  • The strip has a predefined rigidity to enable the balance to perform a rotary oscillatory movement.
  • The regulating member compensates for the effect of gravity on the balance by using a resilient device.
  • The resilient device includes a resilient element connecting the outer end of the balance spring to a non-movable support.
  • Prestressing means apply a variable force or torque on the resilient element based on the direction of gravity.

Potential applications of this technology:

  • Watchmaking industry: The regulating member can be used in mechanical watches to improve accuracy and precision by compensating for the effect of gravity on the balance.
  • Chronometers: The technology can be applied in high-precision timekeeping devices to ensure accurate timekeeping even in different orientations or positions.

Problems solved by this technology:

  • Gravity effect: The technology solves the problem of gravity affecting the accuracy of horological movements by compensating for its effect on the regulating member.
  • Positional error: By adapting the stiffness of the resilient device according to gravity, the technology helps reduce positional errors in timekeeping devices.

Benefits of this technology:

  • Improved accuracy: By compensating for the effect of gravity, the technology improves the accuracy of horological movements.
  • Reduced positional errors: The technology helps minimize the impact of different orientations or positions on the timekeeping accuracy.
  • Enhanced reliability: By addressing the influence of gravity, the technology enhances the reliability and performance of timekeeping devices.


Original Abstract Submitted

a regulating member () for a horological movement including a balance, a balance spring including a flexible strip () coiled on itself in several turns, the strip () having a predefined rigidity to enable the balance to perform a rotary oscillatory movement, the strip including an outer end (). the regulating member () includes a resilient device for compensating the direction of gravity with respect to the regulating member (), the resilient device adapting its stiffness according to gravity to compensate for the effect of gravity on the regulating member, the resilient device including a resilient element () connecting the outer end () to a first non-movable support () with respect to the horological movement, as well as prestressing means () for applying a variable force or torque on the resilient element () according to the direction of gravity with respect to the regulating member ().