||WO||WO/2014/185811 - METHOD FOR ESCORTING SELF-PROPELLED VESSELS AND VESSEL FOR CARRYING OUT SAID METHOD||20.11.2014||
||PCT/RU2013/000398||IVANDAEV, Sergey Ivanovich||IVANDAEV, Sergey Ivanovich|
The invention relates to transport by sea, and specifically, to methods for escorting freighters on long passages between ports. In the proposed method, on passages of self-propelled freighters having electrical power transmission to a screw propeller, electrical energy which is produced in a nuclear power plant of an accompanying vessel is fed to the electric engines of the screw propellers. In a port area, each freighter is moved by operation of a dedicated power plant, the power of which is less than the power of the electric engine of the screw propeller. The dedicated power plants of the freighters consist of a diesel engine and an alternating current generator driveable by the latter, or of a diesel engine and alternating current generator driveable by the latter, and a rectifying unit, or of an electric storage battery. The freighters are equipped with rigid tow lines for connecting to the ship's wake, or with spacer docking units, in which electrical cables are laid, for connection side-by-side, and which, via on-board connectors, unite the on-board power systems of the vessels into a single electrical power system, or with docking units for connecting directly to the ship's wake, for example for icebreaker assistance.
||WO||WO/2014/185809 - DEVICE FOR MEASURING THE MELTING POINT OF SOLID FATS||20.11.2014||
||PCT/RU2013/000395||BRYZGALOV, Andrei Andreevich||BRYZGALOV, Andrei Andreevich|
The invention relates to the field of measurement technology and specifically to portable equipment intended for measuring the melting point of solid fats within the range 25-60°C, and can be used in the foods industry, for example for determining the quality of lard used in the production of sausage products according to the melting point of said lard. What is claimed is: equipment for measuring the melting point of solid fats, which measuring equipment comprises a measuring module comprising an analytical cell with a heater, a temperature-sensitive element and a unit for recording the melting point of a product, as well as a control and display unit, which is connected to the measuring module. The novel feature consists in that the analytical cell comprises an input sampling channel of the equipment, which is completely transparent to light along its entire length or partially transparent to light in cross section, wherein the unit for recording the melting point of the product comprises an optocoupler, the emitter and receiver of which are mounted on opposite sides of the transparent part of the sampling channel.
||WO||WO/2014/185808 - SYSTEM AND METHOD FOR CONTROLLING MULTIPLE ELECTRONIC DEVICES||20.11.2014||
||PCT/RU2013/000393||3DIVI COMPANY||MOROZOV, Dmitry Aleksandrovich|
Electronic devices can be controlled by a motion sensing device, such as a cellular phone, remote controller, gaming device, or any kind of wearable computers such as glasses, by tracking its location and orientation within a 3D environment and identifying user commands. For these ends, there is provided a computing device for obtaining depth maps of the 3D environment within which a user with the motion sensing device is present. The computing device further processes motion and orientation data received from the motion sensing device to associate the motion sensing device with a common coordinate system such as a coordinate system in relation of the computing device. Further steps include determining that the motion sensing device is oriented towards a particular electronic device to be controlled such as a home appliance. After receiving a user command, there is generated a corresponding control command for the electronic device.
||WO||WO/2014/185813 - HEAT-RESISTANT SYNTHETIC JEWELLERY MATERIAL||20.11.2014||
||PCT/RU2013/000538||DYMSHITS, Olga Sergeevna||DYMSHITS, Olga Sergeevna|
The invention can be used in the chemical industry. The heat-resistant synthetic jewellery material comprises a transparent, semitransparent or nontransparent composite nanocrystalline material on the basis of nanosized oxide and silicate crystalline phases. The material comprises at least one of the following crystalline phases: spinel, quartz-like phases, sapphirine, enstatite, petalite-like phase, cordierite, willemite, zirconium, rutile, zirconium titanate, zirconium dioxide with a content of ions of transition elements, rare-earth elements and precious metals of from 0.001 to 4 mol%. One of the crystalline phases is additionally quartz-like solid solutions of lithium magnesium zinc aluminosilicates with a virgilite or keatite structure. The composition is selected from the following components, in mol%: SiO2 - 45-72; Al2O3 - 15-30; MgO - 0.1-23.9; ZnO - 0.1-29; Li2O - 1-18; PbO - 0.1-7.0; ZrO2 - 0.1-10; TiO2 - 0.1-15; NiO - 0.001-4.0; CoO - 0.001-3.0; CuO - 0.001-4.0; Cr2O3 - 0.001-1.0; Bi2O3 - 0.001-3.0; Fe2O3 - 0.001-3.0; MnO2 - 0.001-3.0; CeO2 - 0.001-3.0; Nd2O3 - 0.001-3.0; Er2O3 - 0.001-3.0; Pr2O3 - 0.001-3.0; Au - 0.001-1.0. The invention makes it possible to produce a jewellery material with a low coefficient of thermal expansion and a high degree of heat resistance.
||WO||WO/2014/185812 - DIAGNOSTICS OF A MECHANICAL PART||20.11.2014||
||PCT/RU2013/000400||SIEMENS AKTIENGESELLSCHAFT||STRIZHENKO, Olga Pavlovna|
The invention relates to an apparatus (10) for use in diagnostics of a mechanical part (38), the apparatus comprising a control module (12) configured to cause a receiver (14) to receive at least one diagnostic test (18); cause a processing device (24) to determine, whether a sensitivity of the diagnostic test (18) received is larger than A = Q(1-CP) when Q > 1, or B = 1 - Q + Q(1 - CP) when Q < 1, wherein Q = (1 - P(V1)) /wP(V1) and w = (L12 - L11) / (L21 - L22); if the sensitivity is larger than A or B, cause the processing device (24) to ascertain, whether adding the diagnostic test received to a group (16) of existing diagnostic tests reduces a common risk of the group (16); and if the common risk is reduced, cause to add the diagnostic test (18) received to the group (16) of diagnostic tests.
||WO||WO/2014/185810 - METHOD FOR ADJUSTING FINAL STEEL PROPERTIES AT STEEL MILL FACILITY||20.11.2014||
||PCT/RU2013/000396||SIEMENS AKTIENGESELLSCHAFT||KALINKIN, Mikhail Aleksandrovich|
The invention relates to a method for adjusting properties in the production of steel, in which by means of a computing unit values (7) for parameters (3) characterizing for desired properties (6) of the steel are determined with the aid of an experimental data set, whereat the values (7) are determined simultaneously. Furthermore the invention relates to a facility for producing steel.
||WO||WO/2014/185814 - SYSTEM FOR TRANSMITTING VIDEO DATA FROM A PLURALITY OF SIMULTANEOUSLY OCCURRING TERRITORIALLY DISPERSED EVENTS||20.11.2014||
||PCT/RU2013/001082||OPEN JOINT STOCK COMPANY LONG-DISTANCE AND INTERNATIONAL TELECOMMUNICATIONS "ROSTELECOM"||LEVAKOV, Andrey Kimovich|
What is proposed is: a video surveillance system which comprises a plurality of video cameras, a plurality of video surveillance devices, a plurality of local memory devices, a data transmission subsystem, at least one video data collection and relaying device, at least one collecting memory device, and at least one interface device. The video data from the video cameras are stored in the local memory devices and transmitted via the data transmission subsystem for storage in the collecting memory device and relaying to users. The transmission of video data in the data transmission subsystem is performed in encoded form and/or using tags.
||WO||WO/2014/185815 - METHOD FOR MEASURING THE FLOW RATE OF A LIQUID MEDIUM AND DEVICE FOR IMPLEMENTING SAME||20.11.2014||
||PCT/RU2014/000006||RASSOMAGIN, Vasily Radionovich||RASSOMAGIN, Vasily Radionovich|
The device for measuring the flow rate of a liquid medium comprises a pipeline consisting of dielectric material, permanent magnets arranged on different sides of the pipeline, an oscillatory circuit consisting of an inductance coil and a capacitor, the plates of said capacitor being arranged on both sides of the pipeline, and a measuring system. Resonant oscillations of an electromagnetic field are excited in the oscillatory circuit. A liquid medium moving in a constant magnetic field is polarized under the action of Lorentz forces, as a result of which the electrical field of the capacitor of the oscillatory circuit, the dielectric strength of the liquid medium and the length of the first and second half-periods of the resonant oscillations of the electromagnetic field of the oscillatory circuit are changed. The flow rate of the liquid medium is determined by the change in the length of the first or second half-periods of the resonant oscillations of the electromagnetic field of the oscillatory circuit. The technical result consists in increasing the measurement accuracy.
||WO||WO/2014/185818 - ELLIPSOMETER||20.11.2014||
||PCT/RU2014/000319||GUREVICH, Aleksei Sergeevich||GUREVICH, Aleksei Sergeevich|
An ellipsometer relates to means for the optical experimental investigation of properties of solids, solid-state structures and interphase boundaries and can be used for highly accurate measurements of the thickness and optical constants of thin films, of optical constants of substantial samples of solids, and also for investigations of surface properties. The ellipsometer comprises a polarizer arm PA, an analyzer arm AA, and a system for scanning the light beam of the ellipsometer, said system being realized in the form of four mirrors. The optical axis of the polarizer arm together with the mirrors H1 and V2 lie on a plane parallel to the plane of the sample surface. The mirrors V1 and H2 and the optical axis of the analyzer arm are located higher and lie on a different plane which is also parallel to the plane of the sample surface. The optical axes of the polarizer arm and analyzer arm are parallel. All 4 mirrors H1, V1, V2 and H2 lie on a vertical plane which is perpendicular to the plane of the sample surface. The polarizer arm PA and the analyzer arm AA are fixed immovably or with the possibility of moving in the direction of the optical axes thereof. The main advantages of the claimed device in comparison with existing devices are the possibility of rapidly changing the angle of incidence of the light beam on the sample B, and also the possibility of rapidly moving the area under investigation along the surface of large samples with linear dimensions of the order of a metre.
||WO||WO/2014/185824 - ADDITIVE MADE FROM VEGETABLE MATERIAL AND METHOD FOR PRODUCING SAME||20.11.2014||
||PCT/RU2014/000341||POLUBOYAROV, Dmitriy Vladimirovich||POLUBOYAROV, Dmitriy Vladimirovich|
What is proposed is: a silicon-containing additive for food and feed purposes, and also for fertilisers, comprising vegetable material and a component selected from the following group: soluble sugar, and/or baking powder, and/or a catechin-type chelating substance, in an amount of up to 40% by mass, said vegetable material and components being subjected to mechano-chemical activation, and, after mechano-chemical activation at a temperature of a maximum of 88° C, more than 80% of the additive has a particle size of less than 80 μm. The starting components are mixed before feeding into an activator mill, or the components are mixed simultaneously with the mechano-chemical activation in an activator mill, and the mechano-chemical activation is carried out at a temperature of a maximum of 88° C for a time ensuring that more than 80% of the additive is ground to a particle size of less than 80 μm. The technical result is the production of novel effective silicon-containing additives and the development of a method for producing the additives from vegetable material, ensuring the production of ground particles with a minimum number of fractions, and the prevention of inactivation and oxidation of the mixture components with a simultaneous increase in the solubility of the silicon.