System and method for controlling states of a device
First Claim
Patent Images
1. A system for automated state changes in an audio-output enabled device coupled to a headphone device, the headphone device including a right ear piece earpiece and a left ear piece earpiece, the system comprising:
- a processor in the audio-output enabled device, the processor configured to process digital audio data for output to the right earpiece and the left earpiece of the headphone device;
sensors for detecting if the right earpiece and the left earpiece of the headphone device are each in an activated or deactivated state; and
a control module configured for determining stored in memory and executable by a processor to determine a device state change based on the activated or deactivated state of each earpiece and a current playback state of the audio-enabled device, the device state change including a playback state of the digital audio data.
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Accused Products
Abstract
A system and method for automatically changing a state of a device coupled to a headphone device is provided. The system comprises a means for detecting if at least one earpiece of the headphone device is activated or deactivated. Based on an activation state or a change in an activation state of the at least one earpiece, a state change may occur in the device. The state change is determined by a preset of a control module.
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Citations
40 Claims
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1. A system for automated state changes in an audio-output enabled device coupled to a headphone device, the headphone device including a right ear piece earpiece and a left ear piece earpiece, the system comprising:
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a processor in the audio-output enabled device, the processor configured to process digital audio data for output to the right earpiece and the left earpiece of the headphone device; sensors for detecting if the right earpiece and the left earpiece of the headphone device are each in an activated or deactivated state; and a control module configured for determining stored in memory and executable by a processor to determine a device state change based on the activated or deactivated state of each earpiece and a current playback state of the audio-enabled device, the device state change including a playback state of the digital audio data. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 20)
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9. A method for automatically changing a state of an audio-output enabled device coupled to a headphone device, the headphone device including a right ear piece earpiece and a left earpiece, the method comprising:
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processing digital audio data for output to the right earpiece and the left earpiece of the headphone device; receiving activation state data for both the right earpiece and the left earpiece of the headphone device; and based on the received activation state data for each earpiece and a current state of the audio-output enabled device, implementing a device state change based on a preset if an activation state change occurred, the device state change including a playback state of the digital audio data. - View Dependent Claims (10, 11, 12, 13, 14, 21)
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15. A non-transitory computer readable storage medium having embodied thereon a program, the program being executable by a processor to perform a method for automatically changing a state of an audio-output enabled device coupled to a headphone device, the headphone device including a right earpiece and a left earpiece, the method comprising:
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processing digital audio data for output to the right earpiece and the left earpiece of the headphone device; receiving activation state data for both the right earpiece and the left earpiece of the headphone device; and based on the received activation state data for each earpiece and a current state of the audio-output enabled device, implementing a device state change based on a preset if an activation state change occurred, the device state change including a playback state of the digital audio data. - View Dependent Claims (22)
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16. A method for automatically changing a state of an audio-output enabled device coupled to a headphone device, the headphone device including a right earpiece and a left earpiece, the method comprising:
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receiving activation state data from both the right earpiece and the left earpiece of the headphone device; determining an activation state for each earpiece of the headphone device; and implementing a device state change based on a preset according to the activation state of each earpiece and a current state of the audio-output enabled device, the device state change including a playback state of digital audio data stored on the audio-output enabled device. - View Dependent Claims (23)
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17. A headphone device for use with a system for automated state changes in an audio-output enabled device, comprising:
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a right earpiece; a left earpiece; and a first sensor coupled to the right earpiece and a second sensor coupled to the left earpiece, each of the sensors configured to; determine an activation state of the right earpiece and the left earpiece; generate activation state data for changing the device state of the audio-output enabled device based on a current state of the device, the device state change including a playback state of digital audio data stored on the audio-output enabled device. - View Dependent Claims (18, 19, 24)
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25. A method for controlling the state of a headphone device, the method comprising:
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detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is low for both earpieces; and executing instructions stored in memory relating to a run state for the headphone device until the headphone device is deactivated or an impedance state that is not low for both earpieces is detected.
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26. A method for controlling the state of a headphone device, the method comprising:
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detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is high for both earpieces; and executing instructions stored in memory relating to a predetermined state for the headphone device when both earpieces are inactive and until the headphone device is deactivated or an impedance state that is not high for both earpieces is detected.
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27. A method for controlling the state of a headphone device, the method comprising:
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detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is high for one of the two earpieces; and executing instructions stored in memory relating to a predetermined state for the headphone device when the one of the two earpieces is inactive and until the headphone device is deactivated or an impedance state that is not high for the one of the two earpieces is detected.
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28. A method for controlling the state of a headphone device, the method comprising:
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detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is low for one of the two earpieces; and executing instructions stored in memory relating to a predetermined state for the headphone device when the one of the two earpieces is inactive and until the headphone device is deactivated or an impedance state that is not low for the one of the two earpieces is detected.
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29. A method for controlling the state of a headphone device, the method comprising:
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receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate both earpieces of the headphone device to be activated; and entering into a run state in response to the determination that both earpieces of the headphone device are activated and remaining in the run state until the headphone device is deactivated or the signals indicate that both earpieces of the headphone device are not activated.
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30. A method for controlling the state of a headphone device, the method comprising:
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receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate both earpieces of the headphone device to be inactive; entering into a predetermined state in response to the determination that both earpieces of the headphone device are deactivated and remaining in the predetermined state until the headphone device is deactivated or the signals indicate that both earpieces of the headphone device are not deactivated.
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31. A method for controlling the state of a headphone device, the method comprising:
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receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate one of the two earpieces of the headphone device to be inactive; entering into a predetermined state in response to the determination that one of the two earpieces of the headphone device is deactivated and remaining in the predetermined state until the headphone device is deactivated or the signals indicate that the one of the two earpieces of the headphone device are not deactivated.
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32. A method for controlling the state of a headphone device, the method comprising:
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receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate one of the two earpieces of the headphone device to be active; entering into a predetermined state in response to the determination that one of the two earpieces of the headphone device is activated and remaining in the predetermined state until the headphone device is deactivated or the signals indicate that the one of the two earpieces of the headphone device is not activated.
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33. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is low for both earpieces; and entering a run state for the headphone device until the headphone device is deactivated or an impedance state that is not low for both earpieces is detected.
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34. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is high for both earpieces; and entering a predetermined state for the headphone device when both earpieces are inactive and until the headphone device is deactivated or an impedance state that is not high for both earpieces is detected.
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35. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is high for one of the two earpieces; and entering a predetermined state for the headphone device when the one of the two earpieces is inactive and until the headphone device is deactivated or an impedance state that is not high for the one of the two earpieces is detected.
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36. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; detecting impedance data for all states of at least one sensor for two earpieces in the headphone device; determining that the detected impedance data is low for one of the two earpieces; and entering a predetermined state for the headphone device when the one of the two earpieces is inactive and until the headphone device is deactivated or an impedance state that is not low for the one of the two earpieces is detected.
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37. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate both earpieces of the headphone device to be activated; and entering a run state in response to the determination that both earpieces of the headphone device are activated and remaining in the run state until the headphone device is deactivated or the signals indicate that both earpieces of the headphone device are not activated.
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38. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate both earpieces of the headphone device to be inactive; entering a predetermined state in response to the determination that both earpieces of the headphone device are deactivated and remaining in the predetermined state until the headphone device is deactivated or the signals indicate that both earpieces of the headphone device are not deactivated.
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39. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate one of the two earpieces of the headphone device to be inactive; entering into a predetermined state in response to the determination that one of the two earpieces of the headphone device is deactivated and remaining in the predetermined state until the headphone device is deactivated or the signals indicate that the one of the two earpieces of the headphone device are not deactivated.
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40. A system comprising:
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a processor; and a memory, the memory storing a program and the program executable by a processor to perform a method for controlling the state of a headphone device, the method comprising; receiving signals for all states of at least one sensor corresponding to the earpieces of the headphone device; determining that the signals indicate one of the two earpieces of the headphone device to be active; entering into a predetermined state in response to the determination that one of the two earpieces of the headphone device is activated and remaining in the predetermined state until the headphone device is deactivated or the signals indicate that the one of the two earpieces of the headphone device is not activated.
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Specification