William M Kurple

61830992, Feb 6, 2001

Jun 9, 1999

9/328513

John L. Garay - Southbury CT
Richard D. Ciervo - New Britain CT
William M Kurple - Middlebury CT

Timex Corporation - Middlebury CT

G01D 1128

362 26

A lightguide for illuminating a dial of a timekeeping device having a flat portion having a bottom surface and an upper surface in facing alignment with the watch dial, a lightpipe integrally formed with and extending below the flat portion, the lightpipe having a foot region at one end thereof, and geometries molded into the bottom surface of the flat portion to selectively eject internally reflected light from the bottom surface of the flat portion through the upper surface, where the lightguide provides illumination to the dial when a concentrated light source disposed below and spaced apart from the foot region conducts light to the lightpipe.

60171278, Jan 25, 2000

Jan 5, 1998

9/002612

William M. Kurple - Middlebury CT

Timex Corporation - Middlebury CT

G09B 1930

362 29

A wristwatch dial illumination system with a light guide beneath a light transmissive dial receiving light from an LED mounted on a PC board below the light guide. A pattern of white reflective dots on the bottom surface,of the light guide selectively ejects internally reflected light toward the dial and an absorption pattern of light absorbing material selectively absorbs ejected light, including the bright spot from the LED.

62821520, Aug 28, 2001

Mar 9, 1999

9/264936

William M Kurple - Middlebury CT

Timex Corporation - Middlebury CT

G04B 4700
G08B 522
G08C 1900
H04B 118

368 10

An electronic timepiece having a universal, wireless controller for transmitting wireless signals that control features of a plurality of systems. In a first aspect of the present invention, the electronic timepiece includes a data store which contains a library of control signals. In one embodiment, the library of control signals may be detached from the electronic timepiece so that new control signals may be added to the library. Each of the control signals can be retrieved and transmitted by the universal, wireless controller to emulate a conventional wireless transmitter which controls functions of a corresponding one of the plurality of systems. The electronic timepiece includes the capability for selectively retrieving a control signal for a target system from the library. In one embodiment of the present invention, the selective retrieving is performed in response to input entered through a programmable interface. In a preferred embodiment, the electronic timepiece is a multiple operating mode device where, in a first operating mode, the timepiece displays a time of day and other timepiece-related information and, in a second, emulation operating mode, the timepiece transmits the control signals to control at least one function of a selected one of the plurality of systems.