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Information × Registration Number 0210U003883, 0108U009394 , R & D reports Title Development of maket of device for electrical-arc vapor deposition films in vacuum popup.stage_title Head Bilinskij Josip Josipovich, Registration Date 12-03-2010 Organization Vinnitsa National Technical University popup.description2 Survey is the process of applying electric films in a vacuum. The purpose of this analysis are the settings for the application of electric films in vacuum, the choice of optimal design scheme, as well as research methods and visualization process in a vacuum deposition films. A new installation of the improved design of the visualization process in a vacuum deposition film, a mathematical model of the workflow, the theoretical basis for measuring the edge (boundary detection) image of the object by using low-frequency filtering and the proposed method of increasing contrast, and developed a method of automatically determining the threshold binaryzatsiyi image, which represents the density of joint probability distribution of intensity points filtered images with varying degrees of blur. Improved method for the selection of the object contour in the image, which is based on finding common ground images of the object, as a result of low-frequency filtering with varying degrees of fuzziness, which helped improve the accuracy of the selection circuit as a whole and to reduce the control of the processing time. Theoretical research, grounded and experimentally verified rational parameters and operation modes optimal settings for the application of films in a vacuum, followed by visualization of images. The result is a device for spraying, visualization and process control in vacuum deposition of films. Possible to bezstupenevoho regulation of electric deposition of films and film imaging caused. Due to its advantages electric installation developed in a vacuum deposition film is unique and relevant, when necessary to ensure: autonomy, efficiency, accuracy and lack of defects in the deposition of films. The study implemented KNVO "Fort" by using settings developed for applying protective and decorative films in the manufacture of various types of weapons. The proposed unit differs from the well-known domestic and foreign counterparts visualization system image printing films and a high degree of process automation. Product Description popup.authors Білинський Йосип Йосипович Коров'янко Володимир Миколайович Ратушний Павло Миколайович Федорчук Олена Михайлівна popup.nrat_date 2020-04-02 Close