Abstract: The application provides an information dissemination system including a first electronic device and a router. The first electronic device receives a first sound signal and recognizes the first sound signal according to a speech recognition algorithm to generate a first address information and a first coded information content. The router is connected to a local area network to receive the first encoded information content and semantically parse the first encoded information content to produce a parsed result. The router sends the parsed result over local area network. The router determines whether the first address indicated by the first address information is in the local area network according to the first address information, so as to send the parsed result to at least a second electronic device corresponding to the first address.

Abstract: The application provides an information dissemination system including a first electronic device and a router. The first electronic device receives a first sound signal and recognizes the first sound signal according to a speech recognition algorithm to generate a first address information and a first coded information content. The router is connected to a local area network to receive the first encoded information content and semantically parse the first encoded information content to produce a parsed result. The router sends the parsed result over local area network. The router determines whether the first address indicated by the first address information is in the local area network according to the first address information, so as to send the parsed result to at least a second electronic device corresponding to the first address.

Abstract: A wearable device and a power saving method are proposed. The wearable device includes a sensor and a first processing unit. The sensor has a buffer. The first processing unit is coupled to the sensor. The first processing unit in a first hibernate mode is woken up after receiving a first signal, wherein the first processing unit includes an interrupting module. The interrupting module makes the first processing unit enter the first hibernate mode after commands, in response to the first signal, the sensor to start sensing so as to generate sense data, wherein the sensor wakes up the first processing unit from the first hibernate mode based on an amount of the sense data exceeding a threshold of the buffer, and the first processing unit enters the first hibernate mode after processing the sense data.

Abstract: A wearable device and a power saving method are proposed. The wearable device includes a sensor and a first processing unit. The sensor has a buffer. The first processing unit is coupled to the sensor. The first processing unit in a first hibernate mode is woken up after receiving a first signal, wherein the first processing unit includes an interrupting module. The interrupting module makes the first processing unit enter the first hibernate mode after commands, in response to the first signal, the sensor to start sensing so as to generate sense data, wherein the sensor wakes up the first processing unit from the first hibernate mode based on an amount of the sense data exceeding a threshold of the buffer, and the first processing unit enters the first hibernate mode after processing the sense data.

Abstract: A headset including a speaker, a motion sensor, a transceiver, and a processor is provided. The speaker plays audio data. The motion sensor senses a posture of a user to generate first sensing data. The transceiver performs data transmission with an external device. The processor is coupled to the motion sensor and the transceiver. The processor determines whether the posture is correct according to the first sensing data to generate an output result and transmits the output result through the transceiver.

Abstract: A headset including a speaker, a motion sensor, a transceiver, and a processor is provided. The speaker plays audio data. The motion sensor senses a posture of a user to generate first sensing data. The transceiver performs data transmission with an external device. The processor is coupled to the motion sensor and the transceiver. The processor determines whether the posture is correct according to the first sensing data to generate an output result and transmits the output result through the transceiver.

Abstract: A headset including a housing, a speaker, an electrical signal sensor and a processor is provided. The electrical signal sensor is disposed in an internal cavity of the housing. The electrical signal sensor is configured to generate a first electrical signal according to a friction caused when an insertion portion of the housing is removed from an ear canal of an ear and generate a second electrical signal according to the friction caused when the insertion portion is inserted into the ear canal of the ear. The processor is configured to instruct an electronic device to stop playing an audio signal when receiving the first electrical signal and instruct the electronic device to play the audio signal when receiving the second electrical signal, so that the speaker outputs the audio signal.

Abstract: A method for generating label data is provided, and the method includes the following steps: sensing a posture of a user to generate a non-depth image; sensing the posture of the user to generate a depth image; sensing the posture of the user to generate motion data; and generating an identifying result of the posture according to the non-depth image and the depth image and labeling the motion data according to the identification result to generate label data.

Abstract: An audio processing apparatus and an audio processing method are provided. The audio processing apparatus includes a microphone array, a processor, and an audio signal processor. The microphone array is configured to provide an external audio signal having a first sampling frequency. The external audio signal includes a first audio signal and a second audio signal. The processor provides a first setting command and a second setting command according to the external audio signal and the second audio signal. The audio signal processor generates the second audio signal having a second sampling frequency according to the first setting command, adjusts the second sampling frequency of the second audio signal to the first sampling frequency according to the second setting command, and separates the first audio signal in the external audio signal according to the second audio signal having the first sampling frequency.

Abstract: An audio processing apparatus and an audio processing method are provided. The audio processing apparatus includes a microphone array, a processor, and an audio signal processor. The microphone array is configured to provide an external audio signal having a first sampling frequency. The external audio signal includes a first audio signal and a second audio signal. The processor provides a first setting command and a second setting command according to the external audio signal and the second audio signal. The audio signal processor generates the second audio signal having a second sampling frequency according to the first setting command, adjusts the second sampling frequency of the second audio signal to the first sampling frequency according to the second setting command, and separates the first audio signal in the external audio signal according to the second audio signal having the first sampling frequency.

Abstract: An adapter apparatus for an earphone accessory is provided. The adapter apparatus includes an earphone jack, a connection interface, a pre-amplifier and a device adapter circuit. The earphone jack is suitable for a plug of the earphone accessory to plug in. The connection interface is suitable for being electrically connected with a portable device. The pre-amplifier is electrically connected to the earphone jack to receive an earphone control signal of the earphone accessory and to provide an amplified earphone control signal. The device adapter circuit is electrically connected to the pre-amplifier and the connection interface to receive the amplified earphone control signal of the earphone accessory and provide a device control signal to the portable device via the connection interface.

Abstract: An adapter apparatus for an earphone accessory is provided. The adapter apparatus includes an earphone jack, a connection interface, a pre-amplifier and a device adapter circuit. The earphone jack is suitable for a plug of the earphone accessory to plug in. The connection interface is suitable for being electrically connected with a portable device. The pre-amplifier is electrically connected to the earphone jack to receive an earphone control signal of the earphone accessory and to provide an amplified earphone control signal. The device adapter circuit is electrically connected to the pre-amplifier and the connection interface to receive the amplified earphone control signal of the earphone accessory and provide a device control signal to the portable device via the connection interface.

Abstract: An adapter apparatus for a headset accessory and a signal transfer method of the headset accessory are provided. The adapter apparatus includes an earphone jack, a connection interface and a device adapter circuit. The earphone jack is suitable for a plug of the headset accessory to plug in. The connection interface is suitable for being electrically connected with a portable device. The device adapter circuit is electrically connected to the earphone jack and the connection interface to receive a headset control signal of the headset accessory and provide a device control signal to the portable device via the connection interface. The device adapter circuit provides the device control signal based on a DC level and a frequency of the headset control signal.

Abstract: An adapter apparatus for a headset accessory and a signal transfer method of the headset accessory are provided. The adapter apparatus includes an earphone jack, a connection interface and a device adapter circuit. The earphone jack is suitable for a plug of the headset accessory to plug in. The connection interface is suitable for being electrically connected with a portable device. The device adapter circuit is electrically connected to the earphone jack and the connection interface to receive a headset control signal of the headset accessory and provide a device control signal to the portable device via the connection interface. The device adapter circuit provides the device control signal based on a DC level and a frequency of the headset control signal.