20240036520. DEVICE ENABLING A TIMEPIECE MOVEMENT TO DISPLAY THE TIME IN A PREDEFINED TIME ZONE simplified abstract (LA MONTRE HERMÈS S.A.)

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DEVICE ENABLING A TIMEPIECE MOVEMENT TO DISPLAY THE TIME IN A PREDEFINED TIME ZONE

Organization Name

LA MONTRE HERMÈS S.A.

Inventor(s)

Jean-François Mojon of Les Hauts-Geneveys (CH)

Xavier Clement of Fournets Luisans (FR)

Thomas Funder-nielsen of Zurich (CH)

DEVICE ENABLING A TIMEPIECE MOVEMENT TO DISPLAY THE TIME IN A PREDEFINED TIME ZONE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240036520 titled 'DEVICE ENABLING A TIMEPIECE MOVEMENT TO DISPLAY THE TIME IN A PREDEFINED TIME ZONE

Simplified Explanation

The disclosed patent application describes a display device for a timepiece movement that includes an hour display wheel for a predefined time zone and a chassis that can pivot to cooperate with indications that are static relative to the frame of the timepiece movement to display information. The angular positions of the chassis and the hour display wheel are indexed relative to each other, allowing the angular position of the chassis to be associated with the display of information relating to the predefined time zone. The device also includes a selection mechanism that can rotate the hour display wheel between first and second positions associated with respective first and second time zones, based on a predefined action by a user. Simultaneously, the chassis is rotated in steps so that it moves from a first position associated with the first time zone to a second position associated with the second time zone.

  • The display device includes an hour display wheel and a chassis that can pivot to display information related to a predefined time zone.
  • The angular positions of the chassis and the hour display wheel are indexed relative to each other.
  • A selection mechanism allows the user to rotate the hour display wheel between first and second positions associated with different time zones.
  • Simultaneously, the chassis is rotated in steps to correspond with the selected time zone.

Potential applications of this technology:

  • Watchmaking industry: The display device can be used in the design and manufacturing of timepieces, allowing users to easily switch between different time zones.
  • Travel industry: The display device can be incorporated into travel watches or clocks, providing a convenient way for travelers to keep track of time in different time zones.
  • Aviation industry: Pilots and flight crew members can benefit from the display device, as it allows for quick and accurate time zone adjustments during flights.

Problems solved by this technology:

  • Simplified time zone adjustment: The display device eliminates the need for manual adjustments or calculations when switching between time zones, providing a more user-friendly experience.
  • Accurate timekeeping: By indexing the angular positions of the chassis and hour display wheel, the display device ensures accurate timekeeping for different time zones without the risk of misalignment or errors.

Benefits of this technology:

  • Convenience: Users can easily switch between different time zones by rotating the hour display wheel, making it more convenient for frequent travelers or individuals working in global environments.
  • Accuracy: The indexed angular positions of the chassis and hour display wheel ensure precise timekeeping for each time zone, reducing the risk of errors or discrepancies.
  • User-friendly design: The display device simplifies the process of adjusting time zones, making it accessible to a wide range of users, including those with limited technical knowledge.


Original Abstract Submitted

disclosed is a display device for a timepiece movement including: an hour display wheel for a predefined time zone; and a chassis pivotable to cooperate with indications that are static relative to the frame of the timepiece movement to display information, the respective angular positions of the chassis and of the hour display wheel being indexed relative to each other so the angular position of the chassis is associated with the display of information relating to the predefined time zone. the device further includes a selection mechanism arranged: to rotate the hour display wheel, responsive to a predefined action by a user, between first and second positions associated with respective first and second time zones; and to simultaneously rotate the chassis in steps so that the chassis moves from a first position, associated with the first time zone, to a second position, associated with the second time zone.