Mobile telephone charger with promotional audio output
A mobile telephone charger capable of reproducing a promotional audio tune is provided comprising a housing, a power input connector attached to the housing for receiving an electrical power input, a power output connector attached to the housing for charging a mobile telephone responsive to the electrical power input, a power detector module for generating an enabling signal in response to detecting the electrical power input, an audio chip module responsive to the enabling signal for generating a predetermined audio signal, the predetermined audio signal corresponding to audio data stored in a computer readable medium disposed in the mobile telephone charger, and an audio transducer for generating an audio output in response to the predetermined audio signal.
1. A mobile telephone charger comprising:
a housing;
a power input connector attached to the housing for receiving an electrical power input;
a power output connector attached to the housing for charging a mobile telephone responsive to the electrical power input;
a power detector module for generating an enabling signal in response to detecting the electrical power input;
an audio chip module responsive to the enabling signal for generating a predetermined audio signal, the predetermined audio signal comprising a promotional audio tune corresponding to audio data stored in a computer readable medium disposed in the mobile telephone charger; and
an audio transducer for generating an audio output in response to the predetermined audio signal so as to play the promotional audio tune.
2. The mobile telephone charger of claim 1 wherein the enabling signal is of a predetermined duration.
3. The mobile telephone charger of claim 2 wherein the audio chip module generates the predetermined audio signal when the enabling signal is active.
4. The mobile telephone charger of claim 1 wherein the audio chip module generates the predetermined audio signal when the electrical power input has been restored.
5. The mobile telephone charger of claim 1 wherein the audio transducer is disposed in the housing.
6. The mobile telephone charger of claim 1 wherein the audio transducer is disposed in the power output connector.
7. The mobile telephone charger of claim 1 wherein the audio transducer is one of a speaker and a piezoelectric sound emitter.
8. The mobile telephone charger of claim 1 wherein the electrical power input is an automobile DC power input.
9. The mobile telephone charger of claim 1 wherein the electrical power input is a household AC power input.
10. The mobile telephone charger of claim 1 capable of receiving the electrical power input from an automobile DC power outlet and from a household AC power outlet.
11. The mobile telephone charger of claim 1 further comprising a switch for defeating the audio output.
12. A method for generating an audio output from a mobile telephone charger, the method comprising:
detecting an electrical power input to the mobile telephone charger;
generating an enabling signal in response to the detection;
generating a predetermined audio signal responsive to the enabling signal, the predetermined audio signal comprising a promotional audio tune corresponding to audio data stored in a computer readable medium disposed in the mobile telephone charger; and
generating the audio output from the mobile telephone charger in response to the predetermined audio signal so as to play the promotional audio tune.
13. The method of claim 12 wherein the enabling signal is of a predetermined duration.
14. The method of claim 13 further comprising generating the predetermined audio signal when the enabling signal is active.
15. The method of claim 12 further comprising generating the predetermined audio signal when the electrical power input has been restored.
16. The method of claim 12 wherein the audio output is generated via one of a speaker and a piezoelectric sound emitter.
17. The method of claim 12 wherein the electrical power input is an automobile DC power input.
18. The method of claim 12 wherein the electrical power input is a household AC power input.
19. The method of claim 12 wherein the mobile telephone charger is capable of receiving the electrical power input from an automobile DC power outlet and from a household AC power outlet.
20. A mobile telephone charger comprising:
a housing;
a power input connector attached to the housing for receiving an electrical power input;
a power output connector attached to the housing for charging a mobile telephone responsive to the electrical power input;
a power detector module for generating an enabling signal in response to detecting the electrical power input;
an audio chip module responsive to the enabling signal for generating a predetermined audio signal, the predetermined audio signal comprising a promotional audio tune corresponding to audio data stored in a computer readable medium disposed in the mobile telephone charger, the audio chip module continuously generating the predetermined audio signal for a predetermined duration of the enabling signal; and
an audio transducer for generating an audio output in response to the predetermined audio signal so as to play the promotional audio tune.