A method for controlling alarm-clock of an smart mirror (1) embedded with an image capturing unit (12) includes following steps: activating an alarm-clock program (132) of the smart mirror (1); determining continually whether a pre-set alarm-time arrives; emitting an alarm-sound when the alarm-time arrives; determining whether the status of the image capturing unit (12) matches with a pre-set alarm-relieving condition when the alarm-time arrives; and, stopping the alarm-sound whenever the status of the image capturing unit (12) matches with the alarm-relieving condition. The smart mirror (1) is arranged with a lens hood (17, 18) for shading the image capturing unit (12), and the status of the image capturing unit (12) varies due to the movement of the lens hood (17, 18).

A method for controlling alarm-clock of an smart mirror (1) embedded with an image capturing unit (12) includes following steps: activating an alarm-clock program (132) of the smart mirror (1); determining continually whether a pre-set alarm-time arrives; emitting an alarm-sound when the alarm-time arrives; determining whether the status of the image capturing unit (12) matches with a pre-set alarm-relieving condition when the alarm-time arrives; and, stopping the alarm-sound whenever the status of the image capturing unit (12) matches with the alarm-relieving condition. The smart mirror (1) is arranged with a lens hood (17, 18) for shading the image capturing unit (12), and the status of the image capturing unit (12) varies due to the movement of the lens hood (17, 18).

An electronic timepiece, including: a counter; a display section; a first processor; a second processor; and a power supply section which supplies electric power to each section from a battery, wherein when an output voltage from the power supply section decreases to less than a predetermined first reference voltage, the first processor stops a display operation by the display section, when the time information is acquired by the processing operation of the second processor, the first processor corrects the time counted by the counter based on the acquired time information and causes the display section to display the corrected time, and when the output voltage decreases to less than the first reference voltage following an acquisition operation of the time information by the second processor, the first processor does not stop a time display operation during a predetermined pending period.

Described herein is a watch with a plurality of electrical components and systems to generally provide a remote coupling with an additional system, such as a vehicle or entry system. The watch generally functions as a vehicle fob and security device for wearing by a user. The watch includes a bezel portion having a generally hollow channel configured for the receipt of airflow to generally direct the airflow to form a sound, wherein the bezel can be utilized as a whistle.

Described herein is a watch with a plurality of electrical components and systems to generally provide a remote coupling with an additional system, such as a vehicle or entry system. The watch generally functions as a vehicle fob and security device for wearing by a user. The watch includes a bezel portion having a generally hollow channel configured for the receipt of airflow to generally direct the airflow to form a sound, wherein the bezel can be utilized as a whistle.

Described herein is a watch with a plurality of electrical components and systems to generally provide a remote coupling with an additional system, such as a vehicle or entry system. The watch generally functions as a vehicle fob and security device for wearing by a user. The watch includes a bezel portion having a generally hollow channel configured for the receipt of airflow to generally direct the airflow to form a sound, wherein the bezel can be utilized as a whistle.