|1.||WO||WO/2013/155539 - GRAVITY CONVEYOR||24.10.2013||
|PCT/AM2013/000003||VARDANYAN, Armen||VARDANYAN, Armen|
The invention relates to industrial means of transportation. The gravity conveyer having an inlet, an outlet and a multi-loop spiral belt (2) connecting the inlet and outlet, said belt being installed around a vertical axis. The belt (2) is designed as a ferroconcrete surface, each loop of which being square shaped and along which movable gravity driven carts are mounted to run in a preset trajectory and overhead manipulators (7) detached from said carts. Manipulator travel trajectory is determined by a guide attached to the lower surface of the belt (2). The carts travel trajectory is determined by a guide attached to the upper surface of the belt. There are technological stations (5) installed along the belt and the carts and manipulators (7) controlled by a programmable magneto-optical system run and stop relative to said stations (5). A conveyer is invented enabling relevant treatment of the loads transported on the belt, as required by technology.
|2.||WO||WO/2013/138824 - AN AUTOMATED WIDE-RANGING ANTI-HAIL PROTECTION METHOD AND A NETWORK||26.09.2013||
|PCT/AM2012/000003||ECOSERV REMOTE OBSERVATION CENTRE CO. LTD.||ARAKELYAN, Artashes|
The present invention relates to hail detection, warning, prevention. An automated method of wide-ranging anti-hail protection including reception of sky proper radiothermal emission in M sites, its comparison with corresponding thresholds, generation command signals to detonate combustible gas and to direct shock waves upwardly to the sky, generation and transmission alert signals, reception of transmitted alert signals in each M sites, comparison with proper code-signals of that site and setting alert operational mode of sonic generator. An automated network of anti-hail protection including M hail preventing sonic cannons set in M sites of anti-hail protection area any of which comprises an antenna, a radiometric receiver, a controlled compensation device, a controlled multi-channel threshold system, a wamer, a transmitter, a receiver, a comparison device, a first controlling switcher, a controlled single- channel thrcsholdcr and a second controlling switcher. It is enhanced operation efficiency and is automated exploitation of an anti-hail protection network.
|3.||WO||WO/2013/134795 - CYLINDER-MAKING APPARATUS||19.09.2013||
|PCT/AM2013/000002||GABRIELYAN, Mekhak||GABRIELYAN, Mekhak|
An apparatus for producing pressure cylinders is disclosed, comprising a support (1), loading (2), compression (3), roll bending (4) and ejection (5) mechanisms successively set on the support (1), a heating unit (6)in the form of a circular inductor, an electronic control system (8) for performance management and a second heating unit (7) for maintaining the workpiece temperature during the shaping of a cylinder. The loading mechanism (2) comprises a frame (9) and a sliding mechanism (10) moveably attached to the frame (9), the sliding mechanism (10) has a drive (11, 12). The compression mechanism (3) comprises a five-jaw chuck (22) with compressing jaws (23) operated through a wedge-shaped mechanism (20). The roll bending mechanism (4) has a shaping device (28) fixed onto a block (27) rocking against the workpiece and mounted on the support (1) of the apparatus. The productivity and reliability of a device for producing pressure cylinders are enhanced while the manufacturing costs are reduced.
|4.||WO||WO/2013/110097 - ELECTRICALLY RECHARGEABLE METAL-AIR ALKALINE BATTERY, AND METHOD FOR MANUFACTURING SAID BATTERY||01.08.2013||
|PCT/AM2012/000006||MARTIROSYAN, Suren||MARTIROSYAN, Suren|
The invention concerns metal-air battery cell for the use in electrically rechargeable batteries. More particularly, the invention relates to battery cell with alkaline aqueous electrolyte, comprising a first reversible electrode and an air electrode forming a first galvanic cell, wherein said battery cell comprises also a second reversible electrode (i) forming a second galvanic cell with the first reversible metal electrode, and (ii) acting as second cathode during discharging and anode during charging of the said battery second galvanic cell, whereby the total specific energy is increased, and dendrites formation are lowered.
|5.||WO||WO/2013/086545 - AN INTELLECTUAL GAME||20.06.2013||
|PCT/AM2012/000002||HOVHANNISYAN, Arman||HOVHANNISYAN, Arman|
The game is executed in the form of a frame set on a stand (1). The frame (5) is hung on the stand and has the possibility of being rotated on the stand about a longitudinal axis. In the box leaves (12) are set in two rows; the number of leaves (12) in the lower row is larger by one leaf. The stand is executed in the form of a rectangular frame, blind holes ( 3 ) are made on the inner side surfaces of the stand in the center, and projections are made on the side surfaces of the frame in the center. The frame (5) has eight rectangular slots; blind holes (7) are made on the inner side surfaces of the slots in the center. The frame (5) is executed with the possibility of setting the slots into the blind holes of the stand. Into the rectangular slots of the frame are set boxes (8) executed in the form of a frame with transparent plates attached to the side surfaces. Projections (9) are made on the outer side surfaces in the center with the possibility of said projections being set into the blind holes made in the centers of the rectangular slots.
|6.||WO||WO/2013/078485 - A METHOD AND A SYSTEM OF ANTI-HAIL PROTECTION||06.06.2013||
|PCT/AM2012/000001||ECOSERV REMOTE OBSERVATION CENTRE CO. LTD.||ARAKELYAN, Artashes|
The present invention relates to anti-hail protection. A method of anti-hail protection including generation in accordance with external command signals supersonic and significant shock waves and direction them upwardly to the sky, includes as well reception of signals of sky proper radiothermal emission, squaring of received signals, accumulation of squared signals, comparison of accumulated signals with N thresholds, generation of a warning code-signal, generation of external command signals. An anti-hail protection system including a hail preventing sonic generator (9), which comprises a cylindrical combustion chamber (1), a conical barrel (2), a neck (3), air inlet ports with flaps (5), a gas injector, a gas supplier, ignition means (12), an igniter, control means (11), a power supply, remote control means, includes as well an antenna (15), a radiometric receiver a controlling compensation device, a controlled multi-channel threshold system and a warner. It is enhanced operation efficiency and is automated exploitation.
|7.||WO||WO/2013/036975 - TILE SPACER||21.03.2013||
|PCT/AM2012/000005||VOSKANYAN, Volodya||VOSKANYAN, Volodya|
The tile spacer is a four winged rectangular prism having a rectangular prism in its center, whereas each of the wings in the direction of their longitudinal axis are perpendicular to one of the two mutually perpendicular facets of the central prism while having a facet in common with the other facet of the prism. In the center of the rectangular prism there is a rectangular hole on the same axis, with facets that are parallel to the facets of the rectangular prism, whereas the width and the height of the wings are respectively equal to the width and height of the walls of the rectangular prism. The central prism of the tile spacer can be an even faceted four angled prism, whereas each of the wings in the direction of their longitudinal axis are perpendicular to one of the two mutually perpendicular facets of the central prism while having a facet in common with the other facet of the prism. In the center of the even faceted four angled prism of the tile spacer there is a quadrant hole on the same axis, with its facets parallel to the facets of the central prism, whereas the width and the height of the wings are respectively equal to the width and height of the walls of the prism. The edges of the tile spacer wings can be rectangular or curve-shaped.
|8.||WO||WO/2013/013250 - VOLUMETRIC ROTARY MACHINE||31.01.2013||
|PCT/AM2012/000004||JAGHATSPANYAN, Armen||JAGHATSPANYAN, Armen|
Volumetric rotary machine, which may be used as an internal combustion engine, compressor, pump, hydraulic and pneumatic engines. The machine has similar two-rib or three-rib rotors set between the casing's (1) working surfaces. The minimum numbers of three-rib rotors (2) is three, and two-rib rotors (3) are respectively three and four, excepting five. Every three three-rib or four two-rib adjacent rotors with their cylindrical surfaces form closed working chambers. The working chambers are restricted by the casing's working surfaces, from the sides of the rotors' face surfaces. Due to the kinematic relation, the rotors synchronously revolve in the same direction. During the revolving of the rotors working chamber volume periodically changes from zero to its maximum value and vice versa. The symmetry axis, perpendicular to the face surfaces of the rotor, is the rotation axis of each rotor. The rotors' rotation axes are parallel to each other and perpendicular to the casing's working surfaces. The distance of the adjacent rotors' rotation axes is equal to the radius of their cylindrical surfaces. The square of the distance of the rotation axes of the opposite two-rib rotors is the double square of the cylindrical surfaces' radius.
|9.||WO||WO/2013/013249 - SOLAR HEAT COLLECTOR||31.01.2013||
|PCT/AM2011/000004||AVAGYAN, Yurik||AVAGYAN, Yurik|
This invention refers to solar technology, in particular, to solar collectors in the form of a heat pipe, and can be used to heat liquid or gaseous heat carriers. The solar heat collector contains a heat carrier channel and a heat pipe that includes evaporating and condensing sections and comprises of a front corrugated wall and a base, which are the sides of a planar pipe. In the condensing section of the heat pipe there is a broadening, in which the tube-shaped heat carrier channel is placed. The construction is simplified, the technology id improved, the heat removal surface is increased.
|10.||WO||WO/2012/103559 - METHOD AND DEVICE FOR CONTROLLING OF SWITCHING AND PHASE MODULATION OF A LIQUID CRYSTAL CELL||09.08.2012||
|PCT/AM2011/000002||"YEREVAN STATE UNIVERSITY" STATE NOT COMMERCIAL ORGANIZATION||MARGARYAN, Hakob|
The invention refers to photonics, in particular to the development of optoelectronic components of photonics. Possible fields of the invention application are: adaptive optics, optical correlation, image processing, holographic record, as well as displays. In order to control the birefringence of planar oriented nematic liquid crystal simultaneously and synchronously with the voltage applied between two substrates of nematic liquid crystal cell an additional voltage - bipolar electric pulse, is applied along to one of substraits of the liquid crystal cell. The controlling of the bievergence of nematic liquid crystal with proposed method create an opportunity to reduce switching time and improve the modulation characteristics of the nematic liquid crystal cell. To realize the method a nematic liquid crystal cell is proposed in which one contact area is formed on the transparent conducting layer of one substrate, and two contact areas are formed on the transparent conducting layer of the other substrate to provide control voltages application.