Rmt Limited

Obshchestvo S Ogranichennoy Otvetstvennost'yu “tsentr Innovatsiy Natal'i Kasperskoy”

Sergey Sergeevich Ryabov

Aleksandr Aleksandrovich Nazarenko

Vasiliy Vasilevich Volodin

Dmitriy Vsevolodovich Perov

Vasiliy Sergeevich Anosov

Gennadiy Gyusamovich Gromov

Vladimir Anatol'yevich Lapshin

Yekaterina Aleksandrovna Pshekhotskaya

Elena Vladmirovna Mazikina

Automated analysis of text documents is used to scan text documents in order to find phrases or text fragments from other documents, or modifying the existing ones. A comparatively fast and universally applicable method finds phrases, sentences or even text fragments from other documents. The method includes: all electronic files containing model documents are converted to a given format; meaningful fragments, called 'clauses', are extracted from them; the converted files containing model documents are stored in the database; each electronic file containing a document to be analyzed is converted to the given format; clauses extracted from analyzed documents are compared with clauses extracted from model documents; fractions of clauses from an analyzed document matching clauses from each model document are calculated; fractions found are then compared with a pre-set threshold value in order to find out whether there are text fragments from a model document in the analyzed one.

Method of automated analysis of text documents

The method for producing conductive tracks includes applying continuous metallization layers to a non-conductive substrate, forming a metallization pattern, and applying to the formed tracks a protective barrier layer and a layer for soldering and/or welding elements of parts to the conductive tracks. The continuous metallization layers are applied by consecutively applying an adhesive layer, a conductive layer, and a metal layer, acting as a mask, to the non-conductive substrate. To form the metallization pattern, a mask is formed by laser ablation on sections of the metal layer not occupied by conductive tracks, then selective chemical etching removes the conductive layer and adhesive sublayer from the exposed sections, and selective chemical etching removes the mask, after which the protective barrier layer and layer for soldering and/or welding are applied.

Method for producing conductive tracks

Growing community of inventors

Moscow, Russia

Sergey Sergeevich Ryabov