Tourbillon watch winder

• US 20070097797A1
• Filed: 11/01/2005
• Published: 05/03/2007
• Est. Priority Date: 11/01/2005
• Status: Active Grant

• Current Assignee: Charles Agnoff
• Original Assignee: Charles Agnoff
• Inventors: Agnoff, Charles
• Granted Patent: US 7,270,474 B2
• Time in Patent Office: Days
• US Class Current: 368/206
• CPC Class Codes: G04B 3/006 Mechanical winding up; winding up with special equipment removably-mounted keys G04B3/02; winding up equipment for clocks with automatic winding up equipment G04B5/00
• CPC Class Codes: G04C 1/00 Winding mechanical clocks electrically winding mechanically G04B3/00 ; electrical winding of spring driven arrangements for grammophones G11B19/20
• CPC Class Codes: G04C 1/04 by electric motors with rotating or with reciprocating movement in general H02K33/00
• CPC Class Codes: G04D 7/009 with regard to the functioning of the automatic winding-up device

Abstract

A watch winder includes a watch carrier having a longitudinal axis, a continuous outer wall having a plurality of detectable features, and a watch holder to support the watch relative to the longitudinal axis so that the watch rotates upon rotation of the carrier about the longitudinal axis; a drive means within a circuit including a controller to control the rotation of the watch carrier through successive winding cycles; and a sensor to detect the position of the detectable features, the controller stopping the carrier at the end of each cycle in response to detection of a given number of detectable features by the sensor, the feature detected at the end of each cycle being different from the feature detected by the sensor at the end of the immediately preceding cycle.

Claims

1. A watch winder comprising:

a) a watch carrier having a longitudinal axis;

b) drive means for rotating said watch carrier about said longitudinal axis; and

c) a controller to control the rotation of said watch carrier through successive winding cycles, said controller stopping said watch carrier at the end of each cycle with the orientation of the watch carrier being a predetermined number of degrees different from the orientation of the watch carrier at the end of the immediately preceding cycle.

2. The winder of claim 1, wherein said carrier includes an outer watch carrying face perpendicular to said longitudinal axis.

3. The winder of claim 1, wherein said carrier includes a housing with a longitudinal axis and a watch holder insertable into the interior of housing.

4. The winder of claim 1, further including a rest adapted to freely support said carrier, said rest including at least one drive surface positioned to engage and rotate said carrier when said carrier is supported on said rest.

5. The winder of claim 1, wherein said drive means includes a motor in operative communication with said drive surface, and control circuitry controlling when said motor is energized.

6. The winder of claim 1, wherein said carrier longitudinal axis is horizontal.

7. The winder of claim 1, wherein said controller stops the rotation of said carrier in response to a sensed feature on said carrier.

8. A watch winder for winding a watch during successive winding cycles comprising:

a) a watch carrier having a longitudinal axis and a plurality of detectable features;

b) drive means for rotating said watch carrier about said longitudinal axis; and

c) a sensor to detect said detectable features; and

d) a controller to stop the rotation of said carrier at the end of each winding cycle in response to detection of a detectable feature by said sensor with the orientation of said watch carrier being a predetermined number of degrees different from the orientation of said watch carrier at the end of the immediately preceding winding cycle.

9. The winder of claim 8, wherein said carrier includes an outer watch carrying face perpendicular to said longitudinal axis.

10. The winder of claim 8, wherein said carrier includes a continuous outer wall and said detectable features are positioned on said wall.

11. The winder of claim 8, wherein said features move along a given pathway upon rotation of said carrier, said sensor being positioned adjacent said pathway.

12. The winder of claim 8, wherein said features are reflective features and said sensor is an optical sensor.

13. The winder of claim 8, wherein the number of said features is equally divisible into 360.

14. The winder of claim 8, wherein said controller stops the rotation of said carrier upon detection by said sensor of a number of features different from the number of features on said carrier.

15. The winder of claim 8, wherein carrier rotates at least 360°

plus a predetermined number of degrees during each winding cycle.

16. A watch winder to wind a watch during successive winding cycles comprising:

a) a cylinder having a given diameter, a given length, a longitudinal axis, a continuous outer wall, a plurality of detectable features, an interior, and opposed ends;

b) a watch holder insertable into the interior of said cylinder;

c) a cylinder rest adapted to freely support said cylinder, said rest including at least one drive surface positioned to engage and rotate said cylinder when said cylinder is supported on said rest; and

d) an electrical circuit including an electric motor operatively connected to said drive surface, a sensor to detect said detectable features, and a controller to open said circuit at the end of each winding cycle in response to detection of said detectable features by said sensor with the orientation of said watch holder being different from the orientation of said watch holder at the end of the immediately preceding winding cycle.

17. The winder of claim 16, wherein said carrier includes an outer watch carrying face perpendicular to said longitudinal axis.

18. The winder of claim 16, wherein said rest is adapted to support said cylinder in a horizontal position.

19. The watch winder of claim 16, wherein said detectable features are reflective surfaces on the outer wall of said cylinder.

20. The winder of claim 16, wherein said features move along a given pathway in a plane perpendicular to said longitudinal axis upon rotation of said carrier, said sensor being positioned adjacent said pathway.

21. The winder of claim 16, wherein the number of said features is equally divisible into 360.

22. The winder of claim 16, wherein said controller stops the rotation of said carrier upon detection by said sensor of a number of features different from the number of features on said carrier.

23. The winder of claim 16, wherein carrier rotates at least 360°

plus a predetermined number of degrees during each winding cycle.

24. A method of winding a self-winding watch during a plurality of winding cycles comprising:

a) positioning said watch relative to an axis of rotation; and

b) rotating said watch about said axis of rotation through successive winding cycles, stopping the rotation of said watch at the end of each cycle with the orientation of the watch being at a predetermined number of degrees different from the orientation of the watch at the end of the immediately preceding cycle.

25. The method of claim 24, wherein the orientation of the watch at the end of each cycle is from about 10°

to about 30°

relative to the orientation of the watch at the end of the immediately preceding cycle.

26. The method of claim 24, further including the steps of sensing one of a plurality of detectable features, and ending each cycle in response to the sensing of a detectable feature different from the detectable feature sensed at the end of the immediately preceding cycle.

27. The method of claim 24, including the step of positioning the watch in a holder having an outer wall, said detectable features being on said outer wall.

28. The method of claim 24, wherein the orientation of said watch carrier at the end of each winding cycle differs from the orientation of said watch carrier at the end of the immediately preceding winding cycle by a number of degrees equally divisible into 360.

29. The method of claim 24, wherein said carrier is rotated at least 360°

, plus a predetermined number of degrees during each winding cycle.