Abstract: The blinking control method comprises the following steps. First, detect a current blinking signal, wherein the current blinking signal occurs at a current blinking time point. Afterwards, obtain a predicted spontaneous blinking time slot according to the current blinking time point, a minimum spontaneous blinking calibration time interval, and a maximum spontaneous blinking calibration time interval. Afterwards, detect a next blinking signal. Afterwards, determine if the next blinking signal occurs within the predicted spontaneous blinking time slot. Determine if the next blinking signal belongs to a spontaneous blinking when the next blinking signal occurs within the predicted spontaneous blinking time slot. Determine if the next blinking signal belongs to a controlled blinking when the next blinking signal occurs outside the predicted spontaneous blinking time slot.

Abstract: An image display method and an image display device using the same are provided. The image display method includes the following steps. Firstly, a picture is obtained. Then, the content of the part of the picture corresponding to the characteristic parameter is captured as an object image when the content of the picture matches a characteristic parameter. Then, the object image is captured as a click image. Then, the first display portion of the picture is displayed and the click image is superimposed on the first display portion. Then, the second display portion of the picture is displayed in response to the operation of selecting the superimposed click image, wherein the second display portion contains the object image and a background image thereof. Thus, through the selection with respect to the click image, the display device switches the display frame to a frame with object image.

Abstract: The blinking control method comprises the following steps. First, detect a current blinking signal, wherein the current blinking signal occurs at a current blinking time point. Afterwards, obtain a predicted spontaneous blinking time slot according to the current blinking time point, a minimum spontaneous blinking calibration time interval, and a maximum spontaneous blinking calibration time interval. Afterwards, detect a next blinking signal. Afterwards, determine if the next blinking signal occurs within the predicted spontaneous blinking time slot. Determine if the next blinking signal belongs to a spontaneous blinking when the next blinking signal occurs within the predicted spontaneous blinking time slot. Determine if the next blinking signal belongs to a controlled blinking when the next blinking signal occurs outside the predicted spontaneous blinking time slot.

Abstract: An image display method and an image display device using the same are provided. The image display method includes the following steps. Firstly, a picture is obtained. Then, the content of the part of the picture corresponding to the characteristic parameter is captured as an object image when the content of the picture matches a characteristic parameter. Then, the object image is captured as a click image. Then, the first display portion of the picture is displayed and the click image is superimposed on the first display portion. Then, the second display portion of the picture is displayed in response to the operation of selecting the superimposed click image, wherein the second display portion contains the object image and a background image thereof. Thus, through the selection with respect to the click image, the display device switches the display frame to a frame with object image.

Abstract: Data transmission method includes a first mobile device linking a first wireless network with a first linking quality and a second wireless network with a second linking quality. The first mobile device acquires a sum of first bandwidth requirements and a sum of second bandwidth requirements of application programs currently running. The first mobile device acquires a bandwidth allocation result according to the first linking quality, the second linking quality, the sum of first bandwidth requirements, and the sum of second bandwidth requirements. The first mobile device performs data link to the first wireless network and/or the second wireless network according to the bandwidth allocation result, and then performs data transmission of the application programs. The sum of second bandwidth requirements is greater than the sum of first bandwidth requirements. The bandwidth allocation result corresponds to a bandwidth usage value for all application programs.

Abstract: An electronic device capable of adjusting antenna characteristics dynamically includes a flexible antenna, a sensing unit, an antenna tuner, a storage unit and a processing unit. The sensing unit is configured to sense a curvature information of the flexible antenna. The storage unit is configured to store a look-up table, wherein the look-up table records a plurality of curvature ranges and a plurality of predetermined setting parameters, and each of the predetermined setting parameters is corresponding to one of the curvature ranges. The processing unit is configured to calculate a curvature level of the flexible antenna, compare the curvature level with the curvature ranges to select a setting parameter corresponding to the curvature level from the predetermined setting parameters, and set the antenna tuner according to the selected setting parameter.

Abstract: Data transmission method includes a first mobile device linking a first wireless network with a first linking quality and a second wireless network with a second linking quality. The first mobile device acquires a sum of first bandwidth requirements and a sum of second bandwidth requirements of application programs currently running. The first mobile device acquires a bandwidth allocation result according to the first linking quality, the second linking quality, the sum of first bandwidth requirements, and the sum of second bandwidth requirements. The first mobile device performs data link to the first wireless network and/or the second wireless network according to the bandwidth allocation result, and then performs data transmission of the application programs. The sum of second bandwidth requirements is greater than the sum of first bandwidth requirements. The bandwidth allocation result corresponds to a bandwidth usage value for all application programs.

Abstract: An electronic device capable of adjusting antenna characteristics dynamically includes a flexible antenna, a sensing unit, an antenna tuner, a storage unit and a processing unit. The sensing unit is configured to sense a curvature information of the flexible antenna. The storage unit is configured to store a look-up table, wherein the look-up table records a plurality of curvature ranges and a plurality of predetermined setting parameters, and each of the predetermined setting parameters is corresponding to one of the curvature ranges. The processing unit is configured to calculate a curvature level of the flexible antenna, compare the curvature level with the curvature ranges to select a setting parameter corresponding to the curvature level from the predetermined setting parameters, and set the antenna tuner according to the selected setting parameter.