Abstract: A nebulization system comprises a power adapter and a nebulizer. The nebulizer comprises a nebulization module for placing a liquid and a nebulization driving device. The nebulization driving device comprises a battery unit, an input terminal, a voltage detection unit, a voltage adjustment unit, a control unit and a driving unit. The input terminal is coupled to the power adapter and the battery unit. The voltage detection unit detects whether an input voltage of the input terminal is larger than a predefined value. The control unit controls the voltage adjustment unit to adjust the input voltage to a first/second operating voltage as an output voltage respectively if the input voltage is larger/smaller than the predefined value. The first operating voltage is larger than the second operating voltage. The driving unit drives the nebulization module to nebulize the liquid according to the output voltage of the voltage adjustment unit.

Abstract: Aspects of the disclosure provide a circuit having an amplifier and a load current based control circuit. The amplifier is configured to detect a difference between a feedback voltage and a reference voltage, and control, based on the difference, a pass device to regulate an output voltage for supplying power to load devices. The feedback voltage is indicative of the regulated output voltage from the pass device. The load current based control circuit is configured to sense a load current output from the pass device to the load devices and generate a control signal to adjust a compensation capacitance based on the sensed load current to adjust a zero frequency of the circuit.

Abstract: A nebulizing driving apparatus is used to drive a piezoelectric material of a nebulizing module. The nebulizing driving apparatus includes a driving circuit, a control circuit and a feedback circuit. The feedback circuit detects an electrical data fed back from the piezoelectric material and sends the electrical data to the control circuit when the control circuit is configured to control the driving circuit to drive the piezoelectric material with a driving frequency. According to the electrical data, the control circuit is configured to control the driving circuit to drive the piezoelectric material with a working frequency.

Abstract: A breathing assistance apparatus comprises a gas supply device, a mask prevent leakage control box (MPLCB), and a mask. The mask is used to cover user's face, and the mask has a gasbag at one side in contact with the user. The gas supply device connects to a gas inlet of the mask through a tunnel, and outputs treatment gas to the user stably. The MPLCB connects to the mask through a windpipe. The MPLCB pressurizes the gasbag automatically when a leakage is detected in the mask, and the gasbag is then inflated to touch the user's face. Therefore, the inside of the mask can remain airtight, so as to prevent the treatment gas in the mask from deflating out of the mask continually.

Abstract: A multimedia generating method for use in a target electronic device includes: communicating the target electronic device with a central relay server (CRS) via internet to conduct an identity authentication; receiving an activation command from the CRS via internet; after receiving the activation command, activating a websocket server module in the target electronic device to establish one or more network sockets between the target electronic device and other electronic devices, so that the target electronic device and other electronic devices communicate control parameters via the websocket server module; generating one or more corresponding images according to control parameters received from other electronic devices; and displaying the one or more images on a display of the target electronic device.

Abstract: A computer program product includes: a receiving module for utilizing a communication circuit to receive a photographing positions distribution information; an option object generating module for utilizing a control circuit to generate multiple option objects; an arranging module for utilizing the control circuit to generate a graphic user interface including the multiple option objects and one or more reference indicators according to the photographing positions distribution information; and a displaying control module for utilizing a display device to display the graphic user interface. When the display device displays the graphic user interface, if an input device receives a shift command inputted by a user, the display controlling module controls the display device to move at least a portion of the option objects on the graphic user interface toward a same side and to change position or content of at least one reference indicator.

Abstract: A nebulizer includes a nebulizing circuit, a power circuit, a sampling circuit, a filtering circuit and a controlling circuit. The nebulizing circuit includes a piezoelectric actuator. During operation of the piezoelectric actuator, the liquid is nebulized. The power circuit selectively provides electric power to the nebulizing circuit so as to power the nebulizing circuit. A harmonic signal generated by the piezoelectric actuator at a working frequency is sampled by the sampling circuit. A specified frequency of the harmonic signal is retrieved by the filtering circuit. The controlling circuit controls operations of the power circuit and receiving the specified frequency of the harmonic signal. By comparing the specified frequency with a predetermined frequency, the controlling circuit judges whether the liquid is exhausted. Once the liquid is exhausted, the controlling circuit controls the power circuit to stop providing the electric power to the nebulizing circuit.

Abstract: A cross-platform multimedia interaction system with dynamically-configured hierarchical servers is disclosed, including: a central relay server (CRS); multiple electronic devices; and multiple displays respectively arranged in the multiple electronic devices. The CRS dynamically assigns one of the multiple electronic devices as a local relay server (LRS) and instructs the LRS to active a websocket server, and the CRS notifies the other electronic devices of a network address of the LRS. When the LRS actives the websocket server, other electronic devices establish one or more network sockets with the LRS. The multiple electronic devices communicate control parameters via the websocket server, generate corresponding images according to received control parameters, and respectively display the resulting images on the multiple displays.

Abstract: A flexible substrate includes a base layer, a metallic layer, a solder mask layer and an identifying code, the metallic layer is disposed at a first surface of the base layer, the metallic layer comprises a plurality of traces and at least one bottom block used for defining marked position, wherein the traces and the at least one bottom block are covered with the solder mask layer, wherein above the perpendicular direction of the at least one bottom block of the metallic layer, a pre-marked area is defined on an exposing surface of the solder mask layer and by an outlined edge of the at least one bottom block, and the identifying code is formed within the pre-marked area of the solder mask layer.

Abstract: A flexible substrate includes a base layer, a metallic layer, a solder mask layer and an identifying code, the metallic layer is disposed at a first surface of the base layer, the metallic layer comprises a plurality of traces and at least one bottom block used for defining marked position, wherein the traces and the at least one bottom block are covered with the solder mask layer, wherein above the perpendicular direction of the at least one bottom block of the metallic layer, a pre-marked area is defined on an exposing surface of the solder mask layer and by an outlined edge of the at least one bottom block, and the identifying code is formed within the pre-marked area of the solder mask layer.

Abstract: A method and a computer program product for controlling a timing correlation establishing device to establish playback timing correlation between different contents to be playbacked are disclosed. The method includes displaying a main event block corresponding to a main video clip; displaying an auxiliary event block corresponding to an auxiliary video clip; displaying a time marker on a location of a first time point on a timeline according to an editor's manipulation to an input device; and when the time marker is positioned on the location of the first time point, if the editor perform a set of predetermined manipulations to the input device, utilizing a control circuit to establish a first trigger timing data for indicating that an auxiliary display device has to begin playbacking the auxiliary video clip when the main video clip playbacked by a main display device reaches the first time point.

Abstract: A multimedia interaction system is disclosed, including: a plurality of member electronic devices; a plurality of displays respectively arranged on the member electronic devices; a forwarding electronic device configured as a command transmission intermedium between the member electronic devices; and a location detection circuit configured to operably detect respective member electronic device's spatial position and orientation dynamically and to transmit detection results to at least one of the member electronic devices. When an user instructs a source electronic device of the member electronic devices to transmit a target image object toward a target direct, the forwarding electronic device transmits a target command corresponding to the target image object to a candidate electronic device of the member electronic devices to perform corresponding multimedia interaction operations only if a relative position between the candidate electronic and the target direct satisfies a predetermined condition.

Abstract: A multimedia interaction system is disclosed, including: a plurality of member electronic devices; a plurality of displays respectively arranged on the member electronic devices; and a location detection circuit configured to operably detect respective member electronic device's spatial location and orientation dynamically and to transmit detection results to at least one of the member electronic devices. When an user instructs a source electronic device of the member electronic devices to transmit a target image object toward a target direct, the source electronic device transmits a target command corresponding to the target image object to a candidate electronic device of the member electronic devices to perform corresponding multimedia interaction operations only if a relative position between the candidate electronic and the target direct satisfies a predetermined condition.

Abstract: A multimedia system includes a multimedia content providing device, a multimedia information providing device, and a multimedia information display device. The multimedia content providing device and the multimedia information providing device respectively provide the multimedia content and the related multimedia information. The multimedia information display device comprises a display device, a wireless communication device, and a signal processing device. The wireless communication device receives the multimedia content and the related multimedia information. The signal processing device configures the display device to display the multimedia content and the related multimedia information synchronously. Moreover, the signal processing device may also configure a multimedia content display device to display the multimedia content and configure the display device of the multimedia information display device to synchronously display the related multimedia information.

Abstract: A video playback system for jointly displaying video with multiple screens, includes multiple portable communication devices each comprises at least one screen; a location detection circuit for dynamically detecting respective portable communication device's spatial location and orientation; and a multi-screen display controlling server for dynamically generate multiple partitioned videos respectively corresponding to multiple non-overlap image areas of a target video according to detection results of the location detection circuit. The multi-screen display controlling server respectively transmits the multiple partitioned videos to the multiple portable communication devices. The multi-screen display controlling server controls the multiple portable communication devices to respectively display the multiple partitioned videos on the multiple screens to jointly display at least a portion of a visible area of the target video.

Abstract: A multi-screen video playback system includes: a video playback device having a main display to playback a target video; a portable communication device having a screen; and a multi-screen display controlling server configured to operably establish a device group relationship between the video playback device and the portable communication device, to transmit the target video to the video playback device via a network, and to transmit an auxiliary video to the portable communication device via the network. The multi-screen display controlling server receives a notice information generated by the video playback device while the video playback device playbacks the target video, and instructs the portable communication device to begin displaying the auxiliary video on the screen according to the notice information.

Abstract: A multimedia interaction system is disclosed, including: a plurality of member electronic devices; a plurality of displays respectively arranged on the member electronic devices; and a location detection circuit configured to operably detect respective member electronic device's spatial position and orientation dynamically and to transmit detection results to at least one of the member electronic devices. When an user instructs a source electronic device of the member electronic devices to transmit a target image object toward a target direct, a candidate electronic device of the member electronic devices would execute a target command corresponding to the target image object to utilize a corresponding display to perform a multimedia operation corresponding to the target image object only if a relative position between the candidate electronic and the target direct satisfies a predetermined condition.

Abstract: A computer program product includes: a receiving module for utilizing a communication circuit to receive a photographing positions distribution information; an option object generating module for utilizing a control circuit to generate multiple option objects; an arranging module for utilizing the control circuit to generate a graphic user interface including the multiple option objects and one or more reference indicators according to the photographing positions distribution information; and a displaying control module for utilizing a display device to display the graphic user interface. When the display device displays the graphic user interface, if an input device receives a shift command inputted by a user, the display controlling module controls the display device to move at least a portion of the option objects on the graphic user interface toward a same side and to change position or content of at least one reference indicator.

Abstract: The present disclosure discloses an information processing method for enhancing a display effect of an electronic device.

Abstract: A multi-screen video playback system includes: a video playback device having a main display, a portable communication device having a screen, and a multi-screen display controlling server. The multi-screen display controlling server transmits a target video to the video playback device via a network so that the video playback device utilizes the main display to display the target video. While the main display displays the target video, if the multi-screen display controlling server received a selection message corresponding to a position of a partial region of the main display, the multi-screen display controlling server dynamically generates a scaled video corresponding to images displayed on the partial region and transmits the scaled video to the portable communication device via a network so that the portable communication device simultaneously displays the scaled video on the screen.