Abstract:
A multimedia content editing controller includes a microcontroller, a data storage device, a display device and a function selection device. The microcontroller receives plural editing function options from an external computer host. The plural editing function options are stored in the data storage device. The plural editing function options are displayed on the display device. When a user performs at least one function selection operation through the function selection device, the microcontroller determines at least one selected editing function option from the plural editing function options, and the microcontroller generates a human-machine interaction control signal. The at least one selected editing function option is transmitted from the microcontroller to the external computer host. The human-machine interaction control signal is transmitted to at least one of the display device and a LED display module.
Abstract:
A control device includes a display panel and a key structure. The key structure is located over the display panel. The key structure includes a circuit board, a keycap, an elastic element and a conducting element. The circuit board includes a circuit structure. The circuit structure includes a first circuit pattern and a second circuit pattern. The first circuit pattern and the second circuit pattern are separated from each other by a gap. The conducting element is disposed on a support part of the elastic element. When the keycap is pressed down, the keycap is moved downwardly to push the support part. After the support part is moved downwardly for a specified travel distance, the conducting element is contacted with the first circuit pattern and the second circuit pattern. Consequently, the first circuit pattern and the second circuit pattern are electrically connected with each other.
Abstract:
A menu control device includes a casing and a roller module. The roller module is installed in the casing. The roller module includes a base, an elastic supporting arm, a scroll wheel, an encoder, a switch element and a microprocessor. The elastic supporting arm is connected with the base. The scroll wheel is pivotally coupled to the elastic supporting arm. The encoder is located beside the scroll wheel. The encoder generates an encoding signal in response to the rotation of the scroll wheel. When an external pressing force is applied to the scroll wheel, the elastic supporting arm is swung toward the switch element, and the switch element is triggered to generate a switching signal. The microprocessor performs an item browsing operation on a menu according to the encoding signal. The microprocessor performs an item selecting operation on the menu according to the switching signal.
Abstract:
A headphone device with a controlling function is provided. The headphone device includes a headphone body and an optical finger navigation module. The optical finger navigation module is installed on the headphone body and exposed to an operating surface of the headphone body. When the optical finger navigation module is operated with the user's finger, an audio generator in communication with the headphone device is correspondingly controlled. Since the optical finger navigation module is slim and small, the optical finger navigation module can be applied to various types of headphone devices.
Abstract:
An audio playback system includes a handheld device and a digital stereo set. By the handheld device, a control message is converted into a modulation signal. The modulation signal is transmitted to a speaker, thereby controlling the speaker to generate a modulated sound wave signal. After the modulated sound wave signal is received by a built-in microphone of the digital stereo set, the modulated sound wave signal is restored to the control message. After the control message is received by the digital stereo set, the digital stereo set performs a corresponding control action.
Abstract:
A spacing interval control method is used in a sheet laminating apparatus for controlling a constant spacing interval between any two adjacent ones of multiple documents. The sheet laminating apparatus includes an automatic document feeding mechanism and a sheet laminating mechanism. By means of multiple sensors within the automatic document feeding mechanism, multiple documents are successively transported from the automatic document feeding mechanism to the sheet laminating mechanism at a constant spacing interval between any two adjacent ones of multiple documents. As a consequence, the documents after being heated or pressed by the sheet laminating mechanism will be cut into multiple separate and identical-sized laminated documents.