Abstract:
A image processing device includes a first module, a motor system connected to the first module and capable of pushing the first module to move forward, a selector connected to a plurality of loading circuits included in the motor system and capable of selecting a loading circuit among the plurality of loading circuits and setting the selected loading circuit as a loading of the motor system, and a controller electrically connected to a driver included in the motor system and capable of controlling a speed of the motor system pushing the first module.
Abstract:
A printing apparatusincludes a printhead for ejecting ink from a plurality of sets of nozzles. The printhead includes a substrate and a plurality of heaters arranged on the substrate for heating ink in the printhead to generate bubbles in the ink and eject the ink through corresponding nozzles. The printing apparatus also includes a data transducer for translating raw data into printing data, a counter for counting a total quantity of printing data value sent to each set of nozzles, a memory for storing the total quantity of printing data value corresponding to each set of nozzles, and a head driver circuit. The head driver circuit generates printing signals and non-printing signals corresponding to each set of nozzles according to the printing data provided by the data transducer and the total quantity of printing data value stored in the memory.
Abstract:
The invention provides an object-detecting system and method for detecting information of an object located in an indicating space. In particular, the invention is to capture images relative to the indicating space by use of non-coincident fields of light, and further to determine the information of the object located in the indicating space. The invention also preferably sets the operation times of image-capturing units and the exposure times of light-emitting units in the object-detecting system to improve the quality of the captured images.
Abstract:
A generalized code communication system using characters, numbers, symbols, and their combination forming a generalized code communication number as user identification for multimedia public communication service. Users use the generalized code communication system user equipment to dial numbers directly for vocal, characters, messages, images, music, and multimedia. Users also use normal cellular phone and lined telephones to send generalized code of vocal, characters, messages, images, QR codes, or other forms of data to this system to establish communication.A generalized code communication system including user equipment comprising a device that can dial-up using generalized code function; user identification database storing registered generalized code user data and identification discriminant module identifying user equipment and number; number identification discriminant module accepting data input from non-generalized code user equipment and consult the generalized code communication user identification database to recognize the receivers generalized code communication number; an outbound adapter module to establish connection.
Abstract:
An inkjet printer correction device and method. A correction device having a first circuit generating a first processing signal composed of a first and second pulse signal according to a first and second phase signal produced by an encoder, a second circuit generating a second processing signal based on the position change variation of either the first or second phase signal, a third circuit generating a third processing signal based on the position change variation of either the first or second phase signal, a selector selecting one of the first, second, or third circuits according to the first processing signal. The present invention provides one of the first, second, or third processing signals to control the speed and position of motor of the inkjet printer.
Abstract:
The invention provides a printing control system for controlling a print-head. The printing control system includes a motor controller, a time-delaying generator coupled to the motor controller, and a timer coupled to the delay time generator. The motor controller is used for calculating the moving speed of the print-head reaching a printing position. The time-delaying generator is used for generating a delay time according to the moving speed. The timer is used for starting to count a printing time after the print-head reaches the printing position. When the printing time equals the delay time, the timer outputs a printing signal to control the print-head to jet out an ink drop.
Abstract:
An inkjet printer correction device and method. A correction device having a first circuit generating a first processing signal composed of a first and second pulse signal according to a first and second phase signal produced by an encoder, a second circuit generating a second processing signal based on the position change variation of either the first, or second phase signal, a third circuit generating a third processing signal based on the position change variation of either the first or second phase signal, a selector selecting one of the first, second, or third circuits according to the first processing signal. The present invention provides one of the first, second, or third processing signals to control the speed and position of motor of the inkjet printer.
Abstract:
An object sensing system includes an indication plane, a first image sensing unit, a plurality of light emitting units and a processing unit. The indication plane is used for an object to indicate a position. The first image sensing unit is disposed at a first corner of the indication plane. The light emitting units are disposed around the indication plane. Each of the light emitting units is corresponding to at least one of a plurality of operation times, at least one exposure time is set within each of the operation times, and each exposure time is corresponding to at least one of the light emitting units. The processing unit controls the light emitting units to emit light according to each exposure time correspondingly and controls the first image sensing unit to sense a first image relative to the indication plane within each operation time.
Abstract:
The invention discloses an independent scanning apparatus and an independent scanning method. The independent scanning apparatus of the invention includes a casing, a sheet-feeding mechanism, a scanning device, a store module, and a processing module. The casing includes an inlet and an outlet. The sheet-feeding mechanism is disposed in the casing for transporting an object through the inlet and the outlet. The scanning device is disposed in the casing for scanning the object. The processing module is disposed in the casing and electrically connected to the sheet-feeding mechanism, the scanning device and the store module. When the object enters the casing through the inlet and the independent scanning apparatus receives an actuation instruction, the sheet-feeding mechanism transport the object from a first position toward the outlet and the scanning device starts to scan the object to generate scanned image data which is then stored in the store module, and when the object arrives at a second position, the scanning device stops the scanning. A modified image data could be determined according to the analysis of the scanned image data.
Abstract:
The invention provides a printing control system for controlling a print-head. The printing control system includes a motor controller, a time-delaying generator coupled to the motor controller, and a timer coupled to the delay time generator. The motor controller is used for calculating the moving speed of the print-head reaching a printing position. The time-delaying generator is used for generating a delay time according to the moving speed. The timer is used for starting to count a printing time after the print-head reaches the printing position. When the printing time equals the delay time, the timer outputs a printing signal to control the print-head to jet out an ink drop.