WO/2015/026259 COSMETIC SKIN||WO||26.02.2015|
||PCT/RU2013/001008||OBSCHESTVO S OGRANICHENNOI OTVETSTVENNOSTIU "G-GROUP"||RAKHMATULLIN, Ramil Rafailevich|
The invention relates to medicine and specifically to plastic surgery and cosmetology, and can be used as a bioplastic material for regenerating surface skin layers following invasive cosmetic procedures and plastic surgery. The development and study of novel biodegradable plastic materials in order to achieve the highly-aesthetic restoration of cellular skin layers is an urgent issue in modern plastic surgery and cosmetology. The effective technical result of restoring skin during a period of post-peeling rehabilitation is achieved by means of a novel formula using a hyaluronic acid hydrocolloid mixture which, during the process of applying original dot-pattern macromolecular photoprinting technology, forms a delicate, thin bioplastic material. The present biomaterial is capable of adhering to a post-peeling region of the skin, and of completely taking on the contour and shape thereof. The developed bioplastic material is designated by the term "'Cosmetic skin' cosmetic agent". Said designation is due to a maximum structural similarity when comparing a histological picture of a longitudinal section of the "cosmetic skin" to outer layers of skin.
WO/2015/026255 SYSTEMS AND METHODS FOR DETECTING A PROXY||WO||26.02.2015|
||PCT/RU2013/000623||LIMITED LIABILITY COMPANY MAIL.RU||GERVASIYCHUK, Igor Nikolaevich|
A computer-implemented method for detecting a proxy, the method being performed in connection with a networking system comprising a web server, a domain name system (DNS) server and a database system, the method comprising: receiving at the web server a request from a client; responsive to the received request, generating a file containing a domain name information and a file name information and storing the domain name information and the file name information in the database system and returning the generated script file to the client; receiving at the DNS server a DNS request, the DNS request specifying a second domain name information for a second domain name to be resolved; responsive to the received DNS request, storing a first origination IP address associated with received DNS request and the second domain name information in the database system; receiving at the web server a second request from a client, the second request specifying a second file name information; responsive to the received second request, storing a second origination IP address associated with received second request and the second fife name information in the database system; and determining whether the second origination IP is the proxy based on information stored in the database system.
WO/2015/026256 DENTAL IMPLANT||WO||26.02.2015|
||PCT/RU2013/000715||SANISALOV, Evgenij Aleksandrovich||SANISALOV, Evgenij Aleksandrovich|
The invention relates to the field of medicine and medical technology, and specifically to surgical dentistry, and can be used for direct and early, as well as for postponed two-phase implantation aimed at rehabilitating patients suffering from a partial or total loss of teeth. The essence of the invention is a dental two-stage intraosseous screw implant comprised of an intraosseous portion, of an extraosseous portion, and of a connical connection therebetween; the intraosseous portion of the implant is conical in shape; the thickness of a thread on the body of the intraosseous portion of the implant increases as it approaches a neck of the intraosseous portion of the implant, while the sharpness of the thread decreases; the conicity of the neck of the implant differs from the conicity of the body of the implant; the diameter of the intraosseous portion of the implant differs from that of the extraosseous portion; the surface of the intraosseous portion of the implant is rough; a vertical groove (bevel) passes along the thread of the intraosseous portion of the implant. The present design allows for decreasing the resorption rate of the bone tissue surrounding the implant, for extending the service life of the implant, for accelerating osseointegration, and for preventing peri-implantitis.
WO/2015/026258 THREE-DIMENSIONAL NET||WO||26.02.2015|
||PCT/RU2013/000732||ZHIRKEVICH, Vasiliy Yul'evich||ZHIRKEVICH, Vasiliy Yul'evich|
The invention relates to the field of wire net structures, and also to fabrics having a special arrangement of threads. A three-dimensional net including a totality of adjacent layers. Each layer is formed by two mutually-orthogonal families of threads or rods. The axes of the threads or rods are in the form of helical lines which are twisted in an opposite direction relative to the axes of the threads or rods of the other family, and are positioned so that at each turn, each thread or rod of one family encompasses a thread or rod of the other family while simultaneously also encompassing adjacent threads or rods of its own family. The threads or rods of each layer are intertwined with the threads or rods of adjacent layers. It is possible to form a combined net which additionally includes threads or rods positioned in the cavities of said net, said threads or rods being provided individually or being interconnected by means of a traditional weave, such as a plain weave; it is also possible to form a net in which the helical lines of adjacent layers are characterized by an n-fold differing pitch. In carrying out the invention it is possible to obtain the technical result, which consists in significantly broadening the field of application of a weave, said weave having the important advantage of an obtained structure being highly interconnected. The use of the present invention in a structure will lead to a simplification in the production thereof and to a decrease in production cost.
WO/2015/026260 METHOD FOR SCREENING FOR LIVER DISEASES AND SYSTEM FOR IMPLEMENTING SAME||WO||26.02.2015|
||PCT/RU2014/000306||MAEVSKAYA, Marina Viktorovna||MAEVSKAYA, Marina Viktorovna|
The invention relates to medicine, and specifically to hepatology, and can be used in diagnosing liver diseases when formulating a preliminary diagnosis. The claimed method and a combination of hardware and software allow for formulating, on the basis of using simple parameters, one of the following presumptive diagnoses: non-alcoholic fatty liver disease, alcoholic liver disease, hepatitis C, hepatitis B, cholestatic liver disease, autoimmune liver disease, drug-induced liver damage, and other liver diseases; or, alternatively, for concluding that no abnormalities exist which would be characteristic of liver diseases when examining the patient using a combination of simple laboratory tests (ALT, AST, AP, GGT, gamma-globulins, total bilirubin, hepatitis C virus antibodies (anti-HCV), hepatitis B virus surface antigen (HBsAg) and direct patient characteristics (gender and age, height and weight), and anamnesis data regarding the systematic consumption of alcohol and regarding the taking of medicinal agents of any type over periods specified in the invention. In constructing a preliminary diagnosis (one of those listed above) it is also necessary to calculate a De Ritis quotient (ratio of AST to ALT) and a body mass index (BMI=weight/height, weight change in kilograms, weight in meters squared). Wherein, a process of analytical processing is based on each parameter in an algorithm being assigned a certain weight (relevance value).
WO/2015/026263 SERVER FOR STORING IMAGES AND/OR VIDEO FILES||WO||26.02.2015|
||PCT/RU2014/000528||IKONOMOV, Artashes Valeryevich||IKONOMOV, Artashes Valeryevich|
The invention relates to the field of information storage, and more particularly to servers for storing images and/or video files, and can be used for the shared storage of images and/or video files relating to a specific event common to all of the users. A server is adapted to communicate with user client devices via an internetwork. The server comprises a database, an event setup module, wherein an event is set up by one of the users acting as the organizer of the event in question, a module for notifying event participants and a module for identifying participants from among client device users. The database has sections for housing images and/or video files relevant to each participant of an event that has been set up. Furthermore, each participant has their own section in the database which is adapted for the purposes of housing, editing and deleting images and/or video files. Each participant has viewing access to all of the sections of the database. The organizer of a given event has access for the purposes of viewing, correcting and deleting images and/or video files in any of the sections of the database.
WO/2015/026257 IRON-BASED ANODE FOR PRODUCING ALUMINUM BY ELECTROLYSIS OF MELTS||WO||26.02.2015|
||PCT/RU2013/000718||OBSHESTVO S OGRANICHENNOY OTVETSTVENNOST'YU "OB'EDINENNAYA KOMPANIA "INZHENERNO-TEKHNOLOGICHESKIY TSENTR"||SIMAKOV, Dmitriy Alexandrovich|
The invention relates to nonferrous metallurgy, and specifically to an anode for electrolytically producing aluminum by the electrolysis of fluoride melts. An anode for producing aluminum by the electrolysis of melts at a temperature below 930ºC is comprised of a base, made of an alloy which contains, by mass percentage, iron (65-96), copper (up to 35), nickel (up to 20) and one or a plurality of additives of molybdenum, manganese, titanium, tantalum, tungsten, vanadium, zirconium, niobium, chromium, and aluminum (up to 1), and cobalt, cerium, yttrium, silicon and carbon (totaling up to 5), and a protective oxide layer comprised mainly of iron oxides and of complex oxides of iron, copper and nickel. The base is prepared by means of casting into metal molds or into sand molds. The protective oxide layer on the surface of the anode is produced by means of pre-oxidation in air at a temperature of 850-1050ºC, or directly, during the process of electrolysis, by oxidation using oxygen which forms on the anode. The protective oxide layer on the surface of the anode has a thickness of 0.1-3.0 mm.
WO/2015/026261 IONIZING RADIATION SENSING ELEMENT||WO||26.02.2015|
||PCT/RU2014/000525||OTKRYTOE AKTSIONERNOE OBSCHESTVO
"INTERSOFT EVRAZIYA"||ELIN, Vladimir Aleksandrovich|
The invention pertains to semiconductor devices for conversion of the ionizing radiation into an electrical signal, measuring of which enables the determination of the radiation level and absorbed dose of gamma, proton, electronic and alpha radiations. The ionizing radiation sensing element is a p-i-n structure fabricated by the planar technology. The sensor contains a high-resistance silicon substrate (1) of n-type conductivity, on whose front (working) side there are p-regions (2, 3); layer (4) (coat) from Si02; aluminum metallization (5); and a passivating (protective) layer (6). P-region (2), located in the central part of the substrate and occupying the most surface area, forms the active region of the sensor. At least two p-regions (3) in the form of circular elements (guard rings) are located in the inactive region on the perimeter of the substrate around the central p-region (2) and ensure a decrease in the surface current value and smooth voltage drop from the active region to the device perimeter. In layer (4) of Si02, there are windows (7) to ensure the contact between the metal (aluminum metallization) and the p-region; in the passivating layer over the p-region, located in the central part of the substrate, there are window (8) for contacting with the p-n region in the process of testing and windows (9) for connection of the leads. On the substrate side opposite to the front surface, there is n-region layer (10) and metal layer (11).
WO/2015/026262 IONIZING RADIATION SENSOR||WO||26.02.2015|
||PCT/RU2014/000527||OTKRYTOE AKTSIONERNOE OBSCHESTVO "INTERSOFT EVRAZIYA"||ELIN, Vladimir Aleksandrovich|
The invention relates to semiconductor devices for conversion of the ionizing radiation into an electrical signal enabling determination of the radiation level and absorbed dose of gamma, proton, electronic and alpha radiations being measured. The ionizing radiation sensor (sensing element) is a p-i-n structure fabricated by the planar technology. The sensor contains a high-resistance silicon substrate (1) of n-type conductivity, on whose front (working) side there are p-regions (2, 3); layer (4) (coat) from SiO2; aluminum metallization (5); and a passivating (protective) layer (6). P-region (2), located in the central part of the substrate and occupying the most surface area, forms the active region of the sensor. At least two p-regions (3) in the form of circular elements (guard rings) are located in the inactive region on the perimeter of the substrate around the central p-region (2) and ensure a decrease in the surface current value and smooth voltage drop from the active region to the device perimeter. In layer (4) of SiO2, there are windows (7) to ensure the contact between the metal (aluminum metallization) and the p-region; in the passivating layer over the p-region, located in the central part of the substrate, there are window (8) for contacting with the p-n region in the process of testing and windows (9) for connection of the leads. On the substrate side opposite to the front surface, there is n-region layer (10) and metal layer (11).
WO/2015/026268 REAGENT ALLOWING FOR MICROORGANISM INACTIVATION, EXTRACTION AND STORAGE OF BACTERIAL DNA IN FORM SUITABLE FOR HIGHLY EFFECTIVE MOLECULAR DIAGNOSTICS||WO||26.02.2015|
||PCT/RU2014/000616||LIMITED LIABILITY COMPANY "NEARMEDIC PLUS"||VARLAMOV, Dmitry Alexandrovich|
The invention relates to biochemistry, chemistry and medicine field. A reagent for the treatment and storage of a biological sample intended for in vitro diagnostics of infectious disease via PCR method, said reagent being an aqueous solution containing an alcohol, an alkali and a tertiary amine in concentrations providing for amplification efficiency increase for at least 2 cycles, is described. The said reagent provides for neutralization of products contained in biological sample and inhibiting PCR reaction, microorganism inactivation, increase of biological sample shelf life and DNA isolation efficiency.