||WO||WO/2014/148938 - KEYBOARD WITH NEW BUTTON WITH NEW SYMBOL OF LANGUAGE||25.09.2014||
||PCT/RU2013/000229||GARMACH, Aleksandr Dmitrievich||GARMACH, Aleksandr Dmitrievich|
I, as a writer, for several years is necessary on the keyboard new punctuation mark - a symbol of negative emotions. Because we have a symbol of positive emotions - an exclamation mark, which now means only those emotions. But we don't have on the keyboard symbol of negative emotions. Much better, if an exclamation mark indicates only positive emotions, as for the negative emotions is a different sign. The area of the technicians includes all devices to enter symbols, letters, and punctuation marks. On all modem keyboards there is enough space for the location the new button with a new sign - symbol of negative emotions.
||WO||WO/2014/148940 - DEVICE FOR HYDRAULICALLY PROTECTING A SUBMERSIBLE ELECTRIC MOTOR OF A DOWNHOLE, PREFERABLY CENTRIFUGAL, PUMP (VARIANTS)||25.09.2014||
||PCT/RU2013/000235||PYATOV, Ivan Solomonovich||PYATOV, Ivan Solomonovich|
The invention can be used in installations for extracting downhole fluid. The device is in the form of a protector which is arranged between an electric motor and a downhole pump and comprises at least one stage, which comprises a cylindrical body, a tube surrounding the drive shaft of the pump, nipples, a damping bushing, an annular piston in a chamber formed in the space between the body and the tube and dividing the chamber into two sections, which are filled with dielectric fluid and formation fluid, and a formation fluid and dielectric fluid divider which is mounted freely in the chamber at the end of the piston which is in contact with the formation fluid. The divider can move autonomously and is in the form of a single component consisting of two pipe lengths of annular elements which are arranged one in the other and are rigidly interconnected by means of a common base, which is mounted so as to adjoin the ends of the two lengths on the annular-piston side. The annular piston and the divider are mounted in an annular chamber so as to adjoin the internal surface of the cylindrical body and the external surface of the tube with a clearance. The clearance space is filled with a protective medium having hydrophilic properties. The efficiency and operating reliability of the device are increased.
||WO||WO/2014/148935 - METHOD FOR PROTECTING THE MACHINE CODE AND IMMUTABLE DATA OF A PROGRAM FROM MODIFICATION||25.09.2014||
||PCT/RU2013/000215||PROTECTION TECHNOLOGY RESEARCH, LIMITED LIABILITY COMPANY||ZATSEPIN, Alexander Nikolaevich|
This invention can be used in the field of producing technical means for copyright protection (DRM systems), including in the production of technical means ensuring the protection of program code from modification. The proposed method for executing machine code makes it possible to produce a hardware or software environment for executing program code, in which the program code is protected from modification. Protection from modification is ensured owing to the fact that the program code is formed in such a manner and the executing unit (hardware-based or virtual processor) operates in such a manner that the modification of any memory cell containing program code will lead, with a high degree of probability, to the modification of several machine commands at once. Furthermore, the location of the modifiable machine commands in the program is difficult to determine at the moment at which the content of the memory cell is modified. The operating capability of the program when such a modification is implemented will therefore be destroyed in a manner which is difficult to predict.
||WO||WO/2014/148936 - METHOD FOR RENDERING ADVERTISMENTS ON TOUCHSCREEN DEVICES||25.09.2014||
||PCT/RU2013/000217||OBSCHESTVO S OGRANICHENNOY OTVETSTVENNOSTYU "SLICKJUMP"||TSYPLIAEV, Maxim Viktorovich|
A method for rendering advertisements on touchscreen devices having small screens is provided. Components of the existing GUI (i.e., controls) are used for rendering advertisement (or other) data. Existing mobile device GUI elements have visible surfaces filled with a background color (or pattern). These surfaces are "painted" by an advertisement data similar to a wall painted by graffiti. The advertisement data can be static or it can be generated on-the-fly. The GUI controls can be used independent of each other. Thus, the advertising data can be selectively displayed only on some of the controls without distracting the user from the main tasks.
||WO||WO/2014/148939 - LIGHT-EMITTING DIODE LIGHTING DEVICE||25.09.2014||
||PCT/RU2013/000230||SOCIETY WITH LIMITED LIABILITY "DIS PLUS"||SOKOLOV, Yuriy Borisovich|
The light-emitting diode lighting device relates to lighting engineering, and specifically to light-emitting diode lighting devices intended for producing preferably internal lighting. The light-emitting diode lighting device comprises light-emitting diodes positioned on an optically transmissive diffuser which is mounted such that it can be exposed to radiation reflected by a reflector. The technical result of the claimed solution consists in improving the uniformity of light emission of a surface and reducing the dimensions of the device by virtue of doubling the speed of radiation.
||WO||WO/2014/148937 - METHOD FOR PRODUCING A XENON CONCENTRATE FROM XENON-CONTAINING OXYGEN AND APPARATUS FOR REALIZING SAID METHOD||25.09.2014||
||PCT/RU2013/000223||BONDARENKO, Vitaly Leonidovich||BONDARENKO, Vitaly Leonidovich|
The invention relates to technological processes for producing inert gases. In order to produce a xenon concentrate, a starting gaseous mixture, for which use is made of xenon-containing oxygen, is firstly subjected to cooling, and radon is removed therefrom with the aid of a cooled sorbent of a radon-inhibiting adsorber and is then directed into a xenon-inhibiting adsorber, from which the xenon concentrate is extracted. The oxygen in the xenon-inhibiting adsorber is periodically substituted by an inert medium by breaking off the supply of gaseous mixture and supplying a substituting gas to the xenon-inhibiting adsorber until the residual concentration of oxygen not exceeding an established threshold is produced at the outlet of said adsorber. The xenon concentrate is extracted by creating a temperature gradient in the sorbent of the xenon-inhibiting adsorber from the inlet thereof to the outlet until a desorption wave of xenon appears at the outlet, after which the xenon fraction is discharged. The apparatus for realizing the method comprises a xenon adsorber, a heat exchanger, a charging ramp, a radon-inhibiting adsorber, an electric heater, a membrane compressor, an ejector, a flowmeter, valves and pipes. The invention makes it possible to reduce the radiation factor in the resultant product.
||WO||WO/2014/148941 - FIBRE LASER WITH AN ULTRASHORT PULSE LENGTH||25.09.2014||
||PCT/RU2013/000480||LASERSPARK LTD.||HUDYAKOV, Dmitriy Vladimirovich|
The device relates to the field of quantum electronics. The completely fibre laser with an ultrashort pulse length comprises a pumped laser, a module for inputting radiation from the pumped laser into a fibre, a fibre doped with a rare-earth element, a splitter, polarization controllers, fibre polarizers with mutually perpendicular directions of polarization, and an acoustooptical modulator, which is mounted directly on the optical fibre between the fibre polarizers, wherein the frequency of the acoustooptical modulator is equal to the natural frequency of an annular fibre resonator. The technical result of the invention consists in providing a completely fibre laser with an ultrashort pulse length.
||WO||WO/2014/148933 - METHOD AND MONITORING DEVICE FOR MONITORING A STRUCTURE||25.09.2014||
||PCT/RU2013/000209||SIEMENS AKTIENGESELLSCHAFT||MOKHOV, Ilya Igorevich|
The invention relates to a method for monitoring a structure (1), by which a first medium (2) is capable of being separated from a second medium (3). The first medium (2) exerts a higher pressure on the structure (1) than the second medium (3). At least a first sensor (4) and at least one second sensor (5) capture each at least one physical quantity concerning this structure (1). Between these physical quantities there exists a dependency. To a computing device (6) measured values (7, 8) concerning the corresponding physical quantities are transmitted. The computing device (6) is configured to model on the basis of the measured value (7) of the first sensor (4) a data value (9) of the second sensor and to use the modeled data value (9) and the measured value (8) of the second sensor (5) for assessment of the structure (1).
||WO||WO/2014/148943 - USE OF A CHLORELLA PLANKTON STRAIN AS DIETARY BIOLOGICALLY ACTIVE SUPPLEMENT||25.09.2014||
||PCT/RU2013/000894||KUNITSIN, Mikhail Vladislavovich||KUNITSIN, Mikhail Vladislavovich|
The invention relates to the food industry, particularly to dietary biologically active supplements. As claimed, suspension of a chlorella plankton strain is used as a dietary biologically active supplement. The suspension may, before use, be concentrated by a special technique. The biologically active supplement has a beneficial effect on human health and can be stored in normal conditions for a considerable time.
||WO||WO/2014/148946 - GYROSCOPIC REFERENCE SYSTEM||25.09.2014||
||PCT/RU2013/001103||GAZHUR, Vyacheslav Pavlovich||GAZHUR, Vyacheslav Pavlovich|
The invention relates to the field of mechanical engineering, and specifically to propulsion devices of vehicles of varying purpose; a gyroscopic reference system provides the possibility of producing reference moments in space, said system consisting of a rocker which oscillates in a sector limited on one side by a stop member and has two constrained gyroscopes which are secured on the ends thereof and comprise rotating flywheels having different gyroscopic moments. Furthermore, the input axes of the gyroscopes are mounted along the geometrical longitudinal axis of the rocker. The frame of the gyroscope with the smaller gyroscopic moment is secured immovably, while the frame of the gyroscope with the larger gyroscopic moment is secured so as to be able to rotate about its input axis. The axis of oscillation is situated through the centre of the rocker and is perpendicular thereto and to the axis of rotation of the flywheel of the gyroscope, which is secured immovably, and of the stop member, which limits the angle of rotation of the rocker. The technical result consists in ensuring versatility, increasing the efficiency and improving the operational qualities.