FIELD: printing industry.
SUBSTANCE: method includes in filling the portable device container for the images and text application with ink, the device manual moving over the surface, while simultaneously push the ink droplets from the container through the nozzles of the print head to the printed surface by supplying the electronic control signals to the print head. The manual movement of the device along the surface is carried out along the trajectory of image or text lines, as while drawing or handwriting, use the laser emission to erase the temporary or applied by mistake image or text from the surface. The portable image and text application device comprises the housing, the ink tank located in the housing, the print head, the electronic unit, the sensor for interacting with the print surface, at that the battery is positioned in the housing to provide the power supply to the device components, the accelerometer for converting the device accelerations, while moving, into the electronic signal, transmitted to the electronic control unit, the laser to affect the printed area. The touch screen display may be disposed on the portable image and text application device housing in order to perform input and output of the printed information and the device control information. The following items are positioned in the housing: the camera for photographing images and texts for its subsequent printing, the microphone for text dictating for printing, the USB connector and the electromagnetic transceiver for transmitting the information for printing from other devices. The housing has the contact group for transmitting the signals to the stand, connected to the housing by the detachable connection and having at least one electric motor with drive to at least one wheel, controlled by the device electronic unit and designed to move the stand with the device housing along the printing surface.
EFFECT: expansion of the information input and output possibilities, using the portable device for images and text application.
3 cl, 3 dwg
Authors
Dates
2017-11-09—Published
2016-08-05—Filed