Htc Corporation

Chen-Si Dai

Hsin-Ti Chueh

Fu-Chang Tseng

Ya Lun Tsai

Jing-Lung Wu

Cheng-Han Hsieh

Yu-Chun Peng

Wei-Chih Kuo

Wan-Ju Tseng

Wei-Ting Liu

Ying-Ru Lai

A wearable device, sensing data transmitting method, and non-transitory computer-readable recording medium thereof are provided. The wearable device determines whether a plurality of motion sensing values exceed a first threshold to determine whether the wearable device is in an active state or an inactive state. In response to the wearable device being in the active state, the wearable device transmits a sensing data to an external device through a wireless communication connection, the sensing data includes the motion sensing values. In response to the wearable device being in the inactive state, the wearable device does not transmit the sensing data to the external device and does not turn off a motion sensor of the wearable device.

Wearable device, sensing data transmitting method, and non-transitory computer readable storage medium thereof

The embodiments of the disclosure provide a method for managing sensor data, a host, and a computer readable storage circuit. The method includes: obtaining a plurality of first screen frames of a first application and obtaining a first sensor data associated with first screen frames from a first sensor; determining a first foreground part within each of first screen frames; determining a first mask associated with the first sensor based on the first foreground part within each of first screen frames and the first sensor data associated with first screen frames; obtaining a plurality of second screen frames of the first application and obtaining a second sensor data associated with second screen frames from the first sensor; managing the second sensor data associated with second screen frames by using the first mask; and interacting with the first application with the managed second sensor data.

Method for managing sensor data, host, and computer readable storage medium

A signal transceiving device includes a first controller and a second controller. The first controller is configured to transmit transmission data. The second controller is coupled to the first controller by a plurality of interrupt signal wires and a data transmission bus. Wherein the second controller respectively transmits a plurality of interrupt signals to the first controller through the plurality of interrupt signal wires, and the first controller determines a size of the transmission data according to the interrupt signals.

Signal transceiving device and signal transceiving method thereof

The embodiments of the disclosure provide a tracking system and a motion data collecting method. The tracking system includes a wearable device. The wearable device detachably docks with a tracker, wherein in a first duration where the wearable device is not docked with the tracker, the wearable device collects a plurality of first motion data associated with a first motion mode. In a second duration where the wearable device is docked with the tracker, the wearable device provides the plurality of first motion data to a host via the tracker, wherein the wearable device is tracked by the host via the tracker during the second duration.

Tracking system and motion data collecting method

The embodiments of the disclosure provide a finger touch detecting method and a handheld device. The method includes: detecting a finger distribution area touched by a plurality of fingers on a touch detection area, wherein the touch detection area comprises a plurality of touch sensors, and the finger distribution area includes a plurality of specific sensors of the touch sensors; distributing a predetermined data size over the specific sensors, wherein each specific sensor is distributed with a corresponding bit size; obtaining a raw data detected by each of the specific sensors; quantizing the raw data of each of the specific sensors based on the corresponding bit size; and providing the quantized raw data of each of the specific sensors.

Finger touch detecting method based on finger distribution area detected on touch detection area and handheld device

An environmental control system, control apparatus, and control method thereof are provided. The control apparatus receives a plurality of sets of sensed signals from a trackable apparatus, wherein each set of sensed signals is sensed from one of a primary base station and a first secondary base station and the last set of sensed signals is sensed from the primary base station. The primary base station, the first secondary base station, and a second secondary base station have a common coverage area. The control apparatus determines that the trackable apparatus has moved at least a predetermined distance in the common coverage area in a direction away from the first secondary base station and toward the second secondary base station. In responses to the determination, the control apparatus transmits instruction signals to turn off the first secondary base station and turn on the second secondary base station.

Environmental control system, control apparatus, and control method

An electronic device and a focus adjustment method thereof are provided. The electronic device and the focus adjustment method thereof pre-process the image frames captured to provide focus information of the image frames and adjust the focus according to the focus information. Therefore, as the subject followed or the current scene is out of focus in response to movement of the electronic device, the present invention can immediately obtain the change of focus via the focus information and effectively adjust the focus according to the focus information.

Electronic device and focus adjustment method thereof

By determining using a linear adjustment, a directional adjustment, or a focus scan adjustment on a movable lens unit according to which range region the sharpness of a digital image or a region of interest of the digital image falls in, best focus control performance may be simply and rapidly fulfilled.

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Taoyuan, Taiwan

Chen-Si Dai