Talking watch device

A method of teaching time, the method comprising:

• (a) obtaining a watch device (100) comprising:
• (i) a base (110) having a display (120) for displaying a clock face;
• (ii) a quartz oscillator assembly (230) disposed in the base,
• (iii) a digital counter (220) operatively connected to the quartz oscillator assembly (230) and to a microprocessor (210), the digital counter keeps track of a time component and a day component and a month component and a year component;
• (iv) a memory medium (240) for storing a plurality of pre-recorded audio messages, the pre-recorded audio messages include a plurality of time component messages, a plurality of day component messages, a plurality of month component messages, and a plurality of year component messages;
• (v) a speaker (160) component disposed in the base, the speaker is operatively connected to a digital to analog converter for converting the pre-recorded audio message into an analog signal for the speaker;
• and
• (vi) a dial (170) operatively connected to the microprocessor, the dial move between a first position, a second position, a third position, and a fourth position;
• wherein the dial is configured to select one of the pre-recorded audio messages output based on the dial settings, wherein each pre-recorded audio messages selected becomes more complex and contains more detailed information, wherein the dial is configure as follows:
• wherein the microprocessor is configured to receive a first input signal from the dial when the dial is in the first position whereupon the microprocessor generates a first recall command to the digital counter to obtain the time component whereupon the microprocessor generates a first output command to the speaker to play a time component message at a certain frequency, the time component message is based on the time component obtained from the digital counter;
• wherein the microprocessor is configured to receive a second input signal from the dial when the dial is in the second position whereupon the microprocessor generates a second recall command to the digital counter to obtain the time component and the day component whereupon the microprocessor generates a second output command to the speaker to play a time component message and a day component message at a certain frequency, the time component message and the day component message is based on the time component and the day component obtained from the digital counter;
• wherein the microprocessor is configured to receive a third input signal from the dial when the dial is in the third position whereupon the microprocessor generates a third recall command to the digital counter to obtain the time component and the day component and the month component whereupon the microprocessor generates a third output command to the speaker to play a time component message and a day component message and a month component message at a certain frequency;
• the time component message and the day component message and the month component message is based on the time component and the day component and the month component obtained from the digital counter;
• and wherein the microprocessor is configured to receive a fourth input signal from the dial when the dial is in the fourth position whereupon the microprocessor generates a fourth recall command to the digital counter to obtain the time component and the day component and the month component and the year component whereupon the microprocessor generates a fourth output command to the speaker to play a time component message and a day component message and a month component message and a year component message at a certain frequency, the time component message and the day component message and the month component message and the year component message is based on the time component and the day component and the month component and the year component obtained from the digital counter;
• wherein the certain frequency is once every hour;
• (vii) a power button (150) disposed in the base (110) for turning the speaker on and off;
• and
• (b) setting the dial in the first position, the second position, the third position, or the fourth position.

A talking watch device for helping a user learn time, said watch device consisting of:

• (a) a base (110) having a display (120) for displaying a clock face;
• (b) a quartz oscillator assembly (230) disposed in the base,
• (c) a digital counter (220) operatively connected to the quartz oscillator assembly (230) and to a microprocessor (210), the digital counter keeps track of a time component and a day component and a month component and a year component;
• (d) a memory medium (240) for storing a plurality of pre-recorded audio messages, the pre-recorded audio messages include a plurality of time component messages, a plurality of day component messages, a plurality of month component messages, and a plurality of year component messages;
• (e) a speaker (160) component disposed in the base, the speaker is operatively connected to a digital to analog converter (250) for converting the pre-recorded audio message into an analog signal for the speaker;
• (f) a power button (150) disposed in the base (110) for turning the speaker on and off;
• and
• (g) a dial (170) operatively connected to the microprocessor (210), the dial moves between a first position, a second position, a third position, and a fourth position;
• wherein the dial is configured to select one of the pre-recorded audio messages output based on the dial settings, wherein each pre-recorded audio messages selected becomes more complex and contains more detailed information, wherein the dial is configured as follows:
• wherein the microprocessor is configured to receive a first input signal from the dial when the dial is in the first position whereupon the microprocessor generates a first recall command to the digital counter to obtain the time component whereupon the microprocessor generates a first output command to the speaker to play a time component message at a certain frequency, the time component message is based on the time component obtained from the digital counter;
• wherein the microprocessor is configured to receive a second input signal from the dial when the dial is in the second position whereupon the microprocessor generates a second recall command to the digital counter to obtain the time component and the day component whereupon the microprocessor generates a second output command to the speaker to play a time component message and a day component message at a certain frequency, the time component message and the day component message is based on the time component and the day component obtained from the digital counter;
• wherein the microprocessor is configured to receive a third input signal from the dial when the dial is in the third position whereupon the microprocessor generates a third recall command to the digital counter to obtain the time component and the day component and the month component whereupon the microprocessor generates a third output command to the speaker to play a time component message and a day component message and a month component message at a certain frequency, the time component message and the day component message and the month component message is based on the time component and the day component and the month component obtained from the digital counter;
• wherein the microprocessor is configured to receive a fourth input signal from the dial when the dial is in the fourth position whereupon the microprocessor generates a fourth recall command to the digital counter to obtain the time component and the day component and the month component and the year component whereupon the microprocessor generates a third output command to the speaker to play a time component message and a day component message and a month component message and a year component message at a certain frequency, the time component message and the day component message and the month component message and the year component message is based on the time component and the day component and the month component and the year component obtained from the digital counter;
• and
• wherein the certain frequency is once every hour,
• wherein the device further consists of a battery that is operatively connected to the quartz oscillator assembly, the digital counter, the memory medium, the speaker, the dial and the power button.