WO/2016/118046 METHOD FOR PRODUCING A PHOTO- OR VIDEO-IMAGE OF AT LEAST ONE OBJECT TO BE RECORDED||WO||28.07.2016|
||PCT/RU2015/000808||LIMITED LIABILITY COMPANY DISIKON||SHISHALOV, Ivan Sergeevich|
The invention relates to the field of digital photo- and video-recording, and may be used for recording and monitoring distant objects, such as expanses of forest. The technical result is directed at enhancing the focus quality of the images produced. A method for producing a photo- or video-image of at least one object to be recorded, consisting in: producing an image of an object to be recorded by means of an electronic optical device; wherein, a focusing object, corresponding to at least one object to be recorded and satisfying the following conditions, is first selected for the object to be recorded: the focusing object has higher contrast than the object to be recorded, and the object to be recorded is located within the bounds of the depth of field. Then, an image is produced of the at least one object to be recorded, in which the electronic optical device is focused on the focusing object corresponding to the object to be recorded, the focusing parameters are set, and said focusing parameters are used for producing an image of the object to be recorded.
WO/2016/118047 WALL BLOCK||WO||28.07.2016|
||PCT/RU2015/000859||BAUDOV, Baud Alievich||BAUDOV, Baud Alievich|
The invention relates to structural building elements in the form of blocks and provides for mortarless blockwork, with rigid anchoring of the blocks, in the construction of individual prefabricated houses and industrial and commercial facilities. The invention makes it possible to simplify the structural design, harmonize block types, and reduce the amount of labour required to manufacture and use such blocks. The blocks have a structure consisting of a framework into which heat insulating inserts can be tightly packed. Said framework is configured in the form of two mutually parallel rectangular walls and of mutually parallel transverse partitions, forming cavities, namely open-ended end cavities and cavities which are enclosed on four sides, wherein the transverse partitions and the inserts are offset in relation to the walls. The inserts and the partitions have bevelled edges on the outer sides thereof, and the upper surface of the partitions is provided with a groove.
WO/2016/118042 DEVICE FOR INTENSE CULTIVATION OF OYSTER MUSHROOMS AND METHOD FOR UTILIZING SAID DEVICES (VARIANTS THEREOF)||WO||28.07.2016|
||PCT/RU2015/000039||DROZDOVSKIY, Sergey Vasilyevich||DROZDOVSKIY, Sergey Vasilyevich|
The invention relates to the field of agriculture, and specifically to the field of industrial mushroom cultivation. A device contains a movable platform on a wheeled chassis. One or a plurality of revolving rods are affixed, motionlessly and vertically, to the top surface of the platform. A base is affixed to each revolving rod. Installed vertically, one on top of the other on the base, are substrate units with securing tubes, which are vertically releasably fastened to one another in order to form a vertical growing column. Each substrate unit is assembled from an auxiliary cassette, inside of which are installed a latticed cage and a securing tube, the space between which is filled with a mycelium-containing substrate, allowing for the unhindered growth of mushrooms on the surface of said cage and for easy access to the mushrooms to be harvested following removal of the cassette. Following the spread of the mycelium, the auxiliary cassettes are removed, forming whole growing pillars until the mushrooms are full-size. The proposed device significantly increases the productivity of mushroom cultivation, and also increases the amount of mushrooms harvested per unit of productive area of a greenhouse.
WO/2016/118035 DEVICE FOR INTENSIVE CULTIVATION OF OYSTER MUSHROOMS||WO||28.07.2016|
||PCT/RU2015/000019||DROZDOVSKIY, Sergey Vasilyevich||DROZDOVSKIY, Sergey Vasilyevich|
A device for the intensive cultivation of tree-growing mushrooms. The device is in the form of vertical columns, installed vertically on a movable platform with vertical rods. Installed on, and secured to, each rod are a securing tube and a base, which are capable of being rotated around a vertical axis of the rod. A vertical column, composed of containers affixed to the securing tubes, is formed on each base, the containers being in the form of latticed cylindrical cages having side walls with rectangular openings for the unhindered growth of mushrooms and easy access to same. Each cage is inserted into a multi-piece cylindrical cassette, which allows for filling the cage with a substrate having mushroom mycelium. Each cassette is assembled from two sections, forming a whole, cup-shaped cassette having thin, cylindrical walls and a bottom with an opening, into which opening a securing support tube is installed. The top of the cage is open. Following the spread of the mycelium, the cassettes are disassembled by hand and taken off of the cages, moving the sections apart horizontally so as to form a vertical growing pillar comprised of the mycelium-containing substrate. Also provided for are the processes of binding the substrates via the spread of mycelium, and forming a column of mycelium-containing substrate without damaging the mushroom spawn when removing the cassettes. The device eliminates mushroom disease and provides optimum conditions for mushroom growth.
WO/2016/118036 SYSTEMS AND METHODS FOR SELECTION OF PROGRAM IMPLEMENTATION||WO||28.07.2016|
||PCT/RU2015/000020||HUAWEI TECHNOLOGIES CO., LTD.||SLESARENKO, Alexander Vladimirovich|
There is provided an apparatus adapted to select an isomorphic specialization of a plurality of isomorphic specializations, comprising: a data interface adapted to receive an input value for processing by a program; and a selection module adapted to: select an isomorphic specialization of the program from a plurality of isomorphic specializations for processing of the input value, the selection based on a performance metric for each of the plurality of isomorphic specializations; wherein each isomorphic specialization has a different implementation within an execution environment and wherein each isomorphic specialization generates the same result when processing the input value; and provide a message indicative of the selected isomorphic specialization.
WO/2016/118039 SYSTEM AND METHOD FOR IMPLEMENTING AND VALIDATING STAR ROUTING FOR POWER CONNECTIONS AT CHIP LEVEL||WO||28.07.2016|
||PCT/RU2015/000033||CADENCE DESIGN SYSTEM, INC.||FREIDLIN, Andrey Sergeyvich|
A system, method, and computer program product for automating the design and routing of non-shared one-to-many conductive pathways between a common pad and circuit blocks in an integrated circuit. Such pathways are routinely required for power and signal distribution purposes. Automated scripts perform a star routing methodology and validate the routing results. The methodology processes input width and layer constraints and from-to's denoting start and end points for each route by invoking a star_route command in a router that implements interconnections as specified. Routing results are validated by checking for routing violations, including shared segments and width violations. Violations are marked for correction.
WO/2016/118043 HEMOSTATIC AGENT||WO||28.07.2016|
||PCT/RU2015/000253||TETS, Viktor Veniaminovich||TETS, Viktor Veniaminovich|
The invention relates to the field of medicine, and specifically to agents used to stop bleeding. A hemostatic agent in the form of polyiminium methanediamine chloride of the general formula, where: n=1-20, m=1-10, and n x m ≥ 88. The hemostatic agent may be applied in the form of a 0.01-10% aqueous solution. An aqueous solution of the preparation may be used for impregnating materials used to stop bleeding, suture material, and dressing material. The hemostatic agent may be used in the composition of a retraction cord, adhesive pastes, vaginal and rectal suppositories, a cream, a gel, and in combination with chips which provide for the slow release of the preparation. The preparation may also be used in the composition of eye drops, eye ointment, and in lubricant applied to the surface of a catheter. The preparation may be used during endodontic treatment, may be introduced into a polymer sealer for root canal obturation, and also locally by electrophoresis. The hemostatic agent may be used in combination with a gel based on aluminum sulfate or on a silver solution, and also in conjunction with a polysaccharide haemostatic system. Created is an effective hemostatic preparation providing for a pronounced analgesic effect.
WO/2016/118040 A GEL CONTAINING NIFEDIPINE AND LIDOCAINE HYDROCHLORIDE, USE OF SAME AND A METHOD FOR PREPARING SAME USING NANOTECHNOLOGY||WO||28.07.2016|
||PCT/RU2015/000034||NOVAMEDICAL LIMITED LIABILITY COMPANY||GET'MAN, Mikhail Aleksandrovich|
The inventions relate to the pharmaceutical industry, including pharmaceutical compositions forming the base of gels, and methods for producing gels which are intended mainly for preventing and/or treating anal fissures, haemorrhoids and diseases associated therewith and for reducing sensations of pain after a haemorrhoidectomy. The inventions relate to compositions and preparation methods, and also to the use of gels including nifedipine and lidocaine hydrochloride. The gels are prepared using nanotechnology. The technical result is achieved by producing such a composition of a gel including nifedipine and lidocaine hydrochloride, each variant of which provides for robustness of the gel properties, transparency, and preservation of the stability of the properties for up to 2 years, and the use of which makes it possible to reduce the clinical symptoms of haemorrhoids, up to and including complete elimination of said symptoms, to heal an anal fissure, and to relieve pain syndrome, including after a haemorrhoidectomy. Furthermore, the technical result is achieved by creating such a method for preparing a gel including nifedipine and lidocaine hydrochloride using nanotechnology, which provides for robustness of the gel properties, transparency, and preservation of the stability of the properties for up to 2 years. All the proposed inventions are industrially applicable, and laboratory tests have shown that the presented subject matter is practically implementable and will be extensively used in the pharmaceutical industry.
||PCT/RU2015/000038||AO NPF "BIOSS"||ARSHINOV, Boris Viktorovich|
The device relates to instruments for medical examination and diagnostic and treatment procedures with respect to body cavities. The device (proctoscope) is used in coloproctology and is intended for diagnosing and treating haemorrhoids, and is used in an operation for sutural ligation of haemorrhoidal vessels carried out under the guidance of ultrasonic Doppler sonography. The proctoscope comprises a translucent housing with an opening for access to the surface of the rectum; a head of the housing; an ultrasonic sensor; a light source; and a handle. In a lower part of the housing, there is a compartment with internal side walls, said compartment having disposed therein a plate or panel which has light-emitting diodes disposed in the lower part thereof, along the length thereof, which fulfil the role of a light source, wherein said light-emitting diodes are arranged in such a way that the light flux thereof is oriented primarily perpendicularly to the internal side walls of the compartment, while the ultrasonic sensor is accommodated in an upper part of the plate or panel, said sensor having an outlet to the outer face of the housing in the terminal thereof, between the opening and the head of the housing, wherein the sensor is arranged with an inclination towards the opening; furthermore, the terminal of the plate or panel is disposed in a stop inside the head of the housing, which makes it possible to increase the accuracy of the manipulations carried out and the quality of the operation of the device.
WO/2016/118037 A METHOD FOR ELECTRONIC VOTING USING BIOMETRIC DOCUMENTS||WO||28.07.2016|
||PCT/RU2015/000025||REKANT, Anatoli Abramovich||REKANT, Anatoli Abramovich|
A "Vote" method for electronic voting using biometric documents involves a voter using a biometric document when voting, wherein information about the holder of said biometric document and a biometric image of said holder are entered into a single base when the document is issued, using technical devices and a programme for controlling the action of said devices. Access to a voting procedure is granted after verification of the match between the biometric image of the voter entered into the document and the voter's real-life biometric image. The technical result of the use of the proposed method is to obtain reliably non-falsified voting results by replacing existing multi-step methods for declaration of intention, at each step of which intentional forgery, unintentional errors and falsified results in the voting are possible, with a single-step method which is protected against any outside interference throughout an established voting period, up until the vote count is completed and an election commission receives the result reports from a computer, said reports being completely ready to be signed by the commission members. The method eliminates the possibility of repeated voting by a voter, and makes it as difficult as possible and impractical to vote for another voter. The proposed method can be used in any type of voting on any issue, both in regions and in individual organisations or in groups thereof. The use of this method, particularly in combination with other measures, makes it possible to minimise expenses on an election campaign and conduct voting on pressing issues frequently, as and when needed.