Menu display of operating instructions with indicia for multimode electronic timepiece

• US 5,257,244 A
• Filed: 04/10/1992
• Issued: 10/26/1993
• Est. Priority Date: 04/10/1992
• Status: Expired due to Fees

• Current Assignee: Timex Corporation (Tanager Group BV)
• Original Assignee: Timex Corporation (Tanager Group BV)
• Inventors: Thinsen, Tom
• Primary Examiner(s): Roskoski, Bernard
• Application Number:
  US07/866,581
• Time in Patent Office: 564 Days
• Field of Search: 368/41-44, 368/74-77, 368/185-198
• US Class Current: 368/41
• CPC Class Codes: G04G 9/0064 in which functions not related to time can be displayed digital output to display devices of digital computers G06F3/14

Abstract

A multimode electronic timepiece has a display, a case, a plurality of manually actuated actuators disposed about said case, and an integrated circuit programmed to keep time and to provide a plurality of modes for performing a plurality of timepiece functions, including a first and second modes. The integrated circuit is further programmed to permit an operator to sequentially cycle a timepiece through the plurality of modes by selectively and repetitively actuating a first actuator. The improved timepiece includes a program for the integrated circuit adapted to dispose the timepiece out of a first and second of the plurality of modes into a first and second operating instruction subroutine in response to actuation of a second actuator. The first and second operating instruction subroutine respectively comprise a first and second set of operating instructions which describe the operation of the actuators when the timepiece is respectively disposed in the first and second modes. The first and second operating instruction subroutines are adapted to allow a timepiece operator to cycle the timepiece through the first and second of operating instructions in response to continuous uninterrupted actuation of the second actuator.

Claims

1. Improvement in a multimode electronic timepiece having a display, a case, a plurality of manually actuated actuators disposed about said case, and an integrated circuit programmed to keep time and to provide a plurality of modes for performing a plurality of timepiece functions, including a first and second modes, said integrated circuit being programmed to permit an operator to sequentially cycle said timepiece through said plurality of modes by selectively and repetitively actuating a first of said plurality of said actuators, wherein said improvement comprises:

operating instruction subroutine means, including a program for said integrated circuit adapted to provide first and second operating instruction subroutines, said program being responsive to selective actuation by a timepiece operator of a second of said plurality of actuators and further adapted to dispose said timepiece out of said first and second modes respectively into said first and second operating instruction subroutines in response to a first actuation of said second actuator,

said first and second operating instruction subroutines respectively comprising first and second sets of operating instructions, said operating instruction subroutines being adapted to allow a timepiece operator to cycle said timepiece through said first and second sets of operating instructions in response to continuous uninterrupted actuation of said second actuator, and further repeated to display said first and second sets of operating instructions on said timepiece display,

said first and second sets of operating instructions comprising messages and indicia describing the operation of said plurality of actuators when said timepiece is respectively disposed in said first and second mode,

said indicia being displayed on a portion of said timepiece display adjacent to one of said plurality of actuators which is adapted to perform the timepiece function corresponding to said message.

2. The improvement according to claim 1, wherein said first and second operating instruction subroutines are further adapted to respectively dispose said timepiece out of said first and second operating instruction subroutines into said first and second mode when said second actuator is no longer actuated.

3. The improvement according to claim 1, said first and second operating instruction subroutines being further adapted to display on said timepiece display, operating instructions showing the operation of said plurality of actuators in first and second modes at the time the timepiece is respectively disposed into said first and second operating instruction subroutines.

4. The improvement according to claim 1, wherein said first and second operating instruction subroutines are adapted to respectively dispose said timepiece out of said first and second operating instruction subroutines into said first and second mode when said second actuator is no longer actuated, and further adapted to perform the timepiece function corresponding to the last message respectively displayed in said first and second operating instruction subroutine before said timepiece is disposed out of said first and second operating instruction subroutine.

5. Improvement in a multimode electronic timepiece having a display, a case, a plurality of manually actuated actuators disposed about said case, and an integrated circuit programmed to keep time and to provide a plurality of modes for performing a plurality of timepiece functions, including a first and second modes, said integrated circuit being programmed to permit an operator to sequentially cycle said timepiece through said plurality of modes by selectively and repetitively actuating a first of said plurality of said actuators, wherein said improvement comprises:

operating instruction subroutine means including a program for said integrated circuit adapted to provide first and second operating instruction subroutines, said program being responsive to selective actuation by a timepiece operator of a second of said plurality of actuators and further adapted to dispose said timepiece out of said first and second modes respectively into said first and second operating instruction subroutines in response to a first actuation of said second actuator,

said first and second operating instruction subroutines respectively comprising first and second sets of operating instructions, said operating instruction subroutines being adapted to allow a timepiece operator to cycle said timepiece through said first and second sets of operating instructions in response to continuous uninterrupted actuation of a third actuator, and further adapted to display said first and second operating instructions on said timepiece display,

said first and second sets of operating instructions comprising messages and indicia describing the operation of said plurality of actuators when said timepiece is respectively disposed in said first and second mode,

said indicia being displayed on a portion of said timepiece display adjacent to one of said plurality of actuators which is adapted to perform the timepiece function corresponding to said message.

6. The improvement according to claim 5, wherein said first and second operating instruction subroutines are further adapted to respectively dispose said timepiece out of said first and second operating instruction subroutines into said first and second mode in response to actuation of said second actuator at any time when said timepiece is disposed in said first and second operating instruction subroutines.

7. The improvement according to claim 5, said first and second operating instruction subroutines being further adapted to display on said timepiece display, operating instructions showing the operation of said plurality of actuators in first and second modes at the time the timepiece is respectively disposed into said first and second operating instruction subroutines.

8. The improvement according to claim 6, wherein said first and second operating instruction subroutines are adapted to respectively dispose said timepiece out of said first and second operating instruction subroutines into said first and second mode when said second actuator is no longer actuated, and further adapted to perform the timepiece function corresponding to the last message respectively displayed in said first and second operating instruction subroutine before said timepiece is disposed out of said first and second operating instruction subroutine.