Electro-optic identifiction code system in a timepiece

Claim 2

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuable between at least two optical states wherein said electro-optic portion comprises a section of closely spaced, parallel, separately actuatable segments; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion so that the codes stored in said memory means separately actuate the segments in a bar code format adapted to be read by moving an opto-electronic scanner past the segments.

Claim 3

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states said electro-optic portion comprising the same segments which are normally supplied with decoded BCD signals to make up digits on said display means; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion in a random segment pattern without decoding, whereby said selected code may be read by an opto-electronic sensor.

Claim 4

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states said electro-optic portion comprising the same segments which are normally supplied with decoded BCD signals to make up digits on said display means; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion in a random segment pattern without decoding, whereby said selected code may be read by an opto-electronic sensor.

Claim 5

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states; a display decoder actuated by said timekeeping means with a BCD signal; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means, said code selection means comprising a BCD counter, and including a switch responsive to said counter for transferring the counter output to the display decoder, whereby the selected code is displayed using at least one digit which is also used to display the time; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion whereby said selected code may be read by an opto-electronic sensor.

Claim 6

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states; a display decoder actuated by said timekeeping means with a BCD signal; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means, said code selection means comprising a BCD counter, and including a switch responsive to said counter for transferring the counter output to the display decoder, whereby the selected code is displayed using at least one digit which is also used to display the time; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion whereby said selected code may be read by an opto-electronic sensor.

Claim 7

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means, wherein said divider means is connected to advance the code selection means in response to said timing pulses to provide a sequential choice of code selections and is also connected to an AND circuit together with a manually actuated switch to transmit the selected code by varying the optical states on the electro-optic portion at a higher frequency; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion whereby said selected code may be read by an opto-electronic sensor.

Claim 8

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means, wherein said divider means is connected to advance the code selection means in response to said timing pulses to provide a sequential choice of code selections and is also connected to an AND circuit together with a manually actuated switch to transmit the selected code by varying the optical states on the electro-optic portion at a higher frequency; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic display portion and optically displaying said code in machine-readable binary form on the electro-optic display portion whereby said selected code may be read by an opto-electronic sensor.

Claim 9

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states, said electro-optic portion being disposed inside the timepiece; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic portion and optically displaying said code in machine-readable binary form on the electro-optic portion whereby said selected code may be read by an opto-electronic sensor, said code transferring means including a push button switch having a light transmitting section operatively associated with the electro-optic portion to facilitate reading the electro-optic portion outside the timepiece when transmitting a code.

Claim 10

In an electronic timepiece of the type having a timebase including an oscillator and countdown divider providing timing pulses, timekeeping means connected to said divider and periodically advanced by said pulses to keep time and to store time information, and display means connected to said timekeeping means and adapted to visually display the time, the improvement comprising: an electro-optic portion on said timepiece actuatable between at least two optical states, said electro-optic portion being disposed inside the timepiece; memory means inside the timepiece storing a plurality of identification codes in binary form; means for selecting one of said identification codes to be transmitted and indicating the selection on said display means; and means for selectively transferring at least one selected identification code from said memory means to said electro-optic portion and optically displaying said code in machine-readable binary form on the electro-optic portion whereby said selected code may be read by an opto-electronic sensor, said code transferring means including a push button switch having a light transmitting section operatively associated with the electro-optic portion to facilitate reading the electro-optic portion outside the timepiece when transmitting a code.

Claim 11

The combination according to claim 5, wherein the pushbutton switch is connected to initiate code transfer via the light-transmitting section when the push button is depressed.