WO/2016/161487 AUTOMOTIVE VEHICLE SEAT||WO||13.10.2016|
||PCT/AZ2015/000006||HEMIDOV, Siyavush||HEMIDOV, Siyavush|
The invention relates to vehicle seats, and more particularly to seats with special means for the improved well-being of drivers and/or passengers during vehicle travel. The aim of the present invention is to provide an automotive vehicle seat capable of exercising a controlled effect on the urogenital region of the user in order to provide a therapeutic or prophylactic massage to the prostate region. This aim is achieved in that in an automotive vehicle seat comprising a rigid seat frame with supporting elements that provide a connection between the seat frame and the body of the vehicle, and a cushion disposed on said rigid frame and made of a resilient material, a longitudinal slit is provided in the central part of the cushion across the entire depth of the resilient material, inside which a massage element is mounted for vertical reciprocating motion, said massage element being connected by means of a shock-absorbing element to a controllable raising and lowering mechanism, the base of which is rigidly connected to the seat frame.
WO/2016/154687 UNIVERSAL LIQUID ANGLE INDICATOR||WO||06.10.2016|
||PCT/AZ2015/000007||NATIONAL AVIATION ACADEMY||GAZARKXANOV, Enver Tandyg|
The invention relates to devices for measuring the angles of inclination of surfaces of movable and immovable objects and can be used in devices for measuring angles of inclination, in vehicles, aeroplanes and boats, as an auxiliary device for displaying banking and pitching angles. The problem addressed by the invention is the operative measurement of angles of inclination within a wide range (0º-180º, 0º-360º) in stationary and dynamic objects. This is solved in that, in order to measure angles of inclination, a liquid, an air bubble or an indicating sphere located in the cavity of a transparent semicircular or circular tube directly shows, under the action of gravity and without being brought into a horizontal position, the measured angles in relation to a scale applied to the transparent tube.
WO/2016/026009 A PLANT AND SYSTEM FOR THE TREATMENT OF ARTICLES||WO||25.02.2016|
||PCT/AZ2015/000004||EISENMANN SE||JUHAS, Stefan|
An installation for surface treating, in particular painting, objects (12), in particular vehicle body parts, comprises a treatment booth (14) which defines a treatment space (16) in which a booth atmosphere prevails. The objects (12) can be transported into the treatment space (18) and out of It again by means of a transport system (28). Treatment of the objects (12) In the treatment space (16) can ha carried out by means of at least one treatment unit (32) which requires a process gas for trie operation. The process gas can be supplied to the at least one treatment unit (32) by means of a supply device (SB), wherein the process gas arrives In the treatment space (16) during the treatment procedure and thus contributes to the booth atmosphere. A separating system (42) is provided, to which booth atmosphere can be supplied and by means of which process gas can be separated from the booth atmosphere. A corresponding process is moreover disclosed.
WO/2015/070293 COLLECTION OF MEDICINAL PLANTS EXHIBITING HEPATOPROTECTIVE, CHOLERETIC AND ANTI-INFLAMMATORY EFFECTS||WO||21.05.2015|
||PCT/AZ2013/000005||KAKHRAMANOVA, Malakhat Dzhamil Kyzy||KAKHRAMANOVA, Malakhat Dzhamil Kyzy|
The invention relates to creating a collection of medicinal plants exhibiting hepatoprotective, choleretic and anti-inflammatory effects. The aim of the proposed invention consists in reducing the inflammation process and preventing a further process of fibrosis in the liver, improving the outflow of bile from hepatic ducts and the gallbladder, normalizing biliation and increasing the duration of remission. Said aim is achieved by means of using a collection of medicinal plants exhibiting hepatoprotective, choleretic and anti-inflammatory effects, containing Calendula officinalis blossoms, Polygonum aviculare grass, Hypericum grass, Taraxacum roots and Matricaria chamomilla, where, in accordance with the invention, the collection additionally contains Helichrysum, Calendula, peppermint, and Portulaca leaves and seeds, taken in equal quantities; where, in accordance with the invention, the collection of medicinal plants is in the form of an herbal tea, in filter-packets containing 5 grams each.
WO/2015/027299 METHOD FOR REGISTERING QUANTUM GRAVITATIONAL RADIATION||WO||05.03.2015|
||PCT/AZ2013/000006||KHALILOV, Elchin Nusrat ogly||KHALILOV, Elchin Nusrat ogly|
The present invention relates to the problem of quantum gravity, and more particularly to registering quantum gravitational radiation. The essence of the proposed invention is that a non-spherical proof mass is prepared from a non-magnetic dielectric material. Said proof mass is periodically weighed, under maximum possible isolation from the effect of the surrounding environment on the weighing results, at various angles of inclination to a horizontal plane. The weight of the proof mass is monitored at a maximum possible sampling rate over a period of time that provides a statistically valid result. The difference in the weight of the proof mass depending upon the angle of inclination thereof is measured, on the basis of which the energy and wavelength of the registered background quantum gravitational radiation is judged. Pulses of change in the weight of the proof mass at different angles of inclination are detected, on the basis of which the frequency characteristics of the registered quantum gravitational radiation in the pulses is judged. By weighing, under equal weighing conditions, proof masses of the same shape and dimensions, made from different materials, the effect of the properties of different materials on a change in quantum effects is judged. By successively adjusting the angle of inclination and the azimuth of the proof mass, pulses of quantum gravitational radiation with a maximum amplitude are registered, on the basis of which the radiation source direction is determined.
WO/2014/183172 METHOD FOR PRODUCING STEREO SPACE IMAGES OF THE EARTH'S SURFACE||WO||20.11.2014|
||PCT/AZ2013/000004||KHALILOV, Elchin Nusrat ogly||KHALILOV, Elchin Nusrat ogly|
The invention relates to the production of stereo space images of the Earth's surface, specifically to the problem of the remote sounding of the Earth (RSE). The essence of the proposed invention consists in that, in order to generate a stereo image of the Earth's surface a conventional photograph of the Earth's surface taken with the aid of a spacecraft (SC) is used. The elevation above sea level of each minimum point (pixel) of the relief of a digital image of the locality is measured. For this, a digital elevation model (DEM) is used, which can be generated using a radar image or an existing digital topographical map of the locality. On the basis of the photograph of the Earth's surface and the DEM, a three-dimensional digital model of the relief of the locality is produced. Then, with the aid of special programs (for example ERDAS 11.0), the flight of an aircraft over the three-dimensional model of the locality along a trajectory with set parameters (direction and flight altitude) is modelled on a computer. During the process of modelling the aircraft flight, photography of the locality at two set angles is modelled and, on the basis of the photographs taken, a stereogram is generated, from which a stereo image of the locality with set parameters is produced. The stereo image of the Earth's surface produced is as close as possible to the stereo image which was produced with real photography of the Earth's surface with the aid of a spacecraft moving along a set trajectory.
WO/2014/134690 SEISMIC BLOCK AND PREPARATION METHOD THEREOF||WO||12.09.2014|
||PCT/AZ2013/000003||KHALILOV, Elchin Nusrat ogly||KHALILOV, Elchin Nusrat ogly|
The invention relates to the field of earthquake engineering and preparing building materials. The essence of the proposed invention consists in that, in order to improve the damping characteristics of parts of seismic blocks which are in contact and the securing of seismic blocks to one another, the body of a seismic block is in the form of a casing made of damping material and is filled with a solidifying filler. The surface of the projections and/or recesses of the casing is in the form of alternating convex damping elements and spaces between same. For securing the seismic blocks to one another, affixing units are provided on the surface of the damping elements of the projections, said affixing units being in the form of a flange and/or notch which mimic in form the coaxially positioned notch and/or flange of the affixing units on the surface of the damping elements of the recesses. In connecting two seismic blocks, pressure is applied to same along the direction of the axes of the projections and recesses, and, because of the elasticity of the damping elements, the flanges of the affixing units of the projections of the first seismic block and of the recesses of the second seismic block are resiliently pressed together and freely enter into, situated coaxially with same, the notches of the affixing units of the projections of the first seismic block and of the recesses of the second seismic block, after which the flanges return to their previous form, leading to the seismic blocks being secured to one another.
WO/2014/117228 TEA FERMENTATION METHOD AND DEVICE FOR IMPLEMENTING SAME||WO||07.08.2014|
||PCT/AZ2013/000002||PASHAYEV, Arif Mirjalal||PASHAYEV, Arif Mirjalal|
The invention relates to the food industry, to medicine and to agriculture, and specifically to a tea fermentation process for use in the processing of cultivated and wild plant raw material. The fermentation method includes subjecting the raw material to an ozone-air mixture, having an ozone concentration of 0.03-0.04 ppm (0.06-0.08 mg/m), at a relative humidity of 95-98% and a temperature of 22-24°С for a period of 40-50 minutes under conditions of operational control over the condition of the product. The device for implementing the fermentation method comprises coaxially arranged electrodes connected to a high voltage source and, between said electrodes, a dielectric barrier in the form of a tubular ozonizer, flexible tubing for inputting the ozone-air mixture, and a humidifying temperature controller which provides for the relative humidity and temperature in the fermentation chamber. Subjecting the raw material to the ozone-air mixture results in an increase in fermentation process output and in the qualitative indicators of the final product.
WO/2014/094076 PULSE-CONTROLLED ELECTROMAGNETIC DRIVE||WO||26.06.2014|
||PCT/AZ2012/000005||AHMADOV, Balashirin Agasan ogly||AHMADOV, Balashirin Agasan ogly|
The invention relates to electrical engineering and to linear electromagnetic drives. The technical result consists in improving the design, and increasing efficiency and reliability. The electromagnetic drive comprises two moveable electromagnets in the form of ring segments having identical dimensions and weight which are arranged in parallel in a semicircular housing. The electromagnets are arcuate and are kept in their initial state by elastic elements which are fixed in a central wall and a rear wall of the housing. Curvilinear ribs are attached to the extreme surfaces of the electromagnets. Shock absorbers are mounted on a front wall of the housing. Windings of the electromagnets are connected to a control system arranged in a partition between the front wall and the central wall of the housing. The winding of the upper electromagnet is connected directly to a relay mechanism, and that of the lower electromagnet is attached rigidly, from the centre, to a rod which is mounted on a controller fitted above a base.
WO/2013/096997 EARTHQUAKE PREDICTION METHOD AND DEVICE FOR THE IMPLEMENTATION THEREOF||WO||04.07.2013|
||PCT/AZ2011/000016||KHALILOV, Elchin Nusrat ogly||KHALILOV, Elchin Nusrat ogly|
The invention relates to short-term earthquake prediction. The essence of the invention is that anomalous variations in the values of the gravitational constant prior to strong earthquakes are recorded in four directions at an angle of 45° to one another, as well as the force of gravity and the slope of the Earth's surface at a minimum of three recording sites. The recorded gravitational anomalies are equated to the propagation of tectonic waves beneath the recording sites and, on the basis of the parameters of the anomalies and the kinematics of the tectonic waves, the location of the epicentre is determined together with the magnitude, onset time and number of predicted earthquakes. The earthquake prediction device comprises a vacuum chamber with a pair of perpendicular rocker arms suspended on threads therein and having small weights at the ends, two large weights disposed between the rocker arms, a gravimeter, a system for recording the deviations of the rocker arms and the gravimeter, and a second pair of rocker arms suspended on threads and having small weights at the ends and two large weights disposed therebetween, wherein the system consisting of the second pair of rocker arms and large weights is offset at an angle of 45° to the first pair of rocker arms with large weights therebetween, and a tiltmeter is mounted on the base of the device.