Insyde Software Corporation

Wen-Ming Lin

A method for controlling a touch device to power on or power off has steps of receiving direction information of the touch device; determining if the touch device is oriented to a direction that is outside or inside a preset viewing angle according to the direction information; detecting a gesture present on the touch device; and performing a power-saving function or a power-on function when detecting the gesture present on the touch device and determining that the direction of the touch device is outside or inside the preset viewing angle. The foregoing technique can replace the power-saving function and the power-on function activated by pressing a physical power button. Accordingly, operational frequency and failure rate of the physical power button can be reduced and an intuitive method for powering on or off the touch device with easy operation can thus be provided.

Touch device and method for controlling the same to perform a power-saving function or a power-on function

An electronic system having wake up verification comprises an electronic device and a mobile device. The electronic device wirelessly connects to the mobile device. When the mobile device executes a verification program, the mobile device provides a sampling signal input interface on which a user can input a sampling signal. When the sampling signal is input, the mobile device transforms the sampling signal into sampling data and transmits the sampling data to the electronic device. The electronic device verifies the sampling data. When the sampling data are correct, the electronic device executes an operation system. When the sampling data are incorrect, the electronic device cannot execute the operation system. Therefore, information stored in the electronic device can be protected by two factor authentication to increase reliability for safeguarding information.

Electronic device having wake up verification and electronic system having the electronic device

A smart electronic float includes: an accelerometer, sensing a movement distance, a movement velocity, movement power, and a sinking gravity of the smart electronic float in water, to produce a corresponding plurality of pieces of float movement data; a microcontroller, receiving the float movement data sensed by the accelerometer; a first wireless communications device, where the microcontroller transmits the float movement data to an electronic device through the first wireless communications device, and receives a light-emitting diode (LED) on/off signal from the electronic device; and an LED, where on/off of the LED is controlled by the microcontroller according to the LED on/off signal.

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Taipei, Taiwan

Wen-Ming Lin