Hon Hai Precision Industry Co., Ltd.

Hong-Fu Jin Precision Industry (Shenzhen) Co., Ltd.

Guang-Yu Pei

Liang Xie

Jing-Bo Yu

Li-Yan Zheng

An apparatus for inducing sleep includes an audio generator, a signal generator, and a signal processor. The audio generator generates audio signals. The signal generator generates electrical signals with a frequency between 0.4 HZ to 4 HZ. The signal processor adjusts amplitudes of the audio signals according to the frequency, and outputs the adjusted audio signals.

Sleep inducing apparatus and electronic device using the same

A mobile communication device capable of communicating with a remote communication device includes a communication unit, a microphone, an input unit, a control unit, and a switching unit. The communication unit is used for generating a remote audio signal according to remote audio information received from the remote communication device. The microphone is used for generating a local audio signal according to a local sound. The input unit is used for receiving a trigger signal. The control unit is configured for generating a switching signal in response to the trigger signal. The switching unit is configured for transmitting the remote and local audio signals to the remote communication device via the communication unit alternately according to the switching signal.

Mobile communication device and audio processing method thereof

An electronic includes a memory, a photosensitive element, and a processing element. The photosensitive element receives light beams and generating trigger signals when intensity of the received light beams reach a predetermined value. The processing element electrically connected to the photosensitive element and the memory, counts a number of disassembly times of the electronic device according to the times the trigger signals have been generated by the photosensitive element and stores the number in the memory.

Electronic device and method for recording disassembly times thereof

A method for measuring a distance Dbetween two points includes following steps. A first surface of a portable electronic device is parallel to a line defined by the two points. A distance Dbetween the first surface and the line is obtained. A visible light beam Bis rotated from an initial direction substantially perpendicular with the first surface and the line to direct at the point E. A first angle defined by the visible light beam Bstriking the point Eand the initial direction is computed. A visible light beam Bis rotated from an initial direction to strike the point E. A second angle defined by the visible light beam Bstriking the point Eand the initial direction is computed. A distance Dis computed based on the distance D, the first angle and the second angle. The distance Dis outputted.

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Shenzhen, China

Guang-Yu Pei