Active styluses for interacting with a mobile device

1. A method comprising:

producing at least one analog temperature signal by at least one heat source of an active stylus, wherein the active stylus has an end that comprises the heat source and a signal adjustment mechanism for increasing and decreasing temperature of the at least one analog temperature signal based on a positioning of an input element relative to the end of the active stylus and along a length of the active stylus, and wherein the at least one analog temperature signal is configured to be detectable by at least one thermocouple junction of a device; and

transmitting the at least one analog temperature signal from the end of the active stylus for receipt by the at least one thermocouple junction of the device.

2. The method of claim 1 , further comprising receiving the at least one analog temperature signal by the at least one thermocouple junction of the device, wherein the at least one thermocouple junction of the device is part of a thermocouple junction network of the device.

3. The method of claim 1 , further comprising:

receiving the at least one analog temperature signal at the at least one thermocouple junction of the device;

transforming the at least one analog temperature signal to a digital electric signal; and

inputting the digital electric signal as a parameter of executed processor readable instructions stored on a processor readable storage medium of the device.

4. The method of claim 1 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal has a power source that provides an amount of current to the at least one heat source, so that increasing the amount of current raises the temperature of the at least one analog temperature signal and decreasing the amount of current lowers the temperature of the at least one analog temperature signal.

5. The method of claim 4 , wherein the at least one heat source of the active stylus includes a thermocouple junction.

6. The method of claim 1 , further comprising:

outputting at least visual information from a touch screen of the device due to the inputting of the digital electric signal as the parameter of the executed processor readable instructions stored on the processor readable storage medium of the device.

7. The method of claim 1 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal includes a push button having at least two states for varying the at least one analog temperature signal by at least two different temperatures distinguishable to the at least one thermocouple junction of the device.

8. The method of claim 1 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal includes a slider having at least two states for varying the at least one analog temperature signal by at least two different temperatures distinguishable to the at least one thermocouple junction of the device.

9. The method of claim 1 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal includes a knob having at least two states for varying the at least one analog temperature signal by at least two different temperatures distinguishable to the at least one thermocouple junction of the device.

10. An active stylus comprising:

at least one heat source configured to produce at least one analog temperature signal, wherein the at least one analog temperature signal being detectable by at least one thermocouple junction of a device;

an end comprising the at least one heat source, wherein the end is configured to transmit the at least one analog temperature signal for receipt by the at least one thermocouple junction of the device; and

a signal adjustment mechanism for increasing and decreasing temperature of the at least one analog temperature signal based on a positioning of an input element relative to an end of the active stylus and along a length of the active stylus.

11. The active stylus of claim 10 , wherein:

the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal comprises a power source that provides an amount of current to the at least one heat source; and

increasing the amount of current raises the temperature of the at least one analog temperature signal and decreasing the amount of current lowers the temperature of the at least one analog temperature signal.

12. The active stylus of claim 10 , wherein the at least one heat source of the active stylus includes a thermocouple junction.

13. The active stylus of claim 10 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal includes a push button having at least two states for varying the at least one analog temperature signal by at least two different temperatures distinguishable to the at least one thermocouple junction of the device.

14. The active stylus of claim 10 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal includes a slider having at least two states for varying the at least one analog temperature signal by at least two different temperatures distinguishable to the at least one thermocouple junction of the device.

15. The active stylus of claim 10 , wherein the signal adjustment mechanism for increasing and decreasing the temperature of the at least one analog temperature signal includes a knob having at least two states for varying the at least one analog temperature signal by at least two different temperatures distinguishable to the at least one thermocouple junction of the device.