RU2349000, RU2349001, RU2349002, Ru2349003, RU2349004, RU2349005, RU2349006, RU2349007

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(19) RU (11) 2349000 (13) C1
(51) IPC H01H 39/00 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
(21) Application number registered: 2008101626/09
(22) Application filing date: 2008.01.15
(24) Date started of validity of the patent: 2008.01.15
(45) Date: 2009.03.10
(56) List of prior art documents: SU 1248470 A1, 09.07.1995. SU 1519446 A1, 20.09.1996. SU 1506388 A1, 07.09.1989. SU 56009 A1, 30.11.1939. RU 2175819 C1, 10.11.2001. US 49498458 A, 14.08.1990. GB 1149582 A, 23.04.1969.
(72) Inventor information: Pak Semen Vladimirovich (RU); Skobelev Aleksandr Nikolaevich (RU); Ivanov Vitalij Aleksandrovich (RU); Dudaj Pavel Viktorovich (RU); Glybin Aleksej Mikhajlovich (RU); Kraev Andrej Ivanovich (RU)
(73) Grantee (asignee) information: Rossijskaja Federatsija v litse Federal’nogo agentstva po atomnoj ehnergii (RU); Federal’noe gosudarstvennoe unitanoe predprijatie “Rossijskij federal’nyj jadernyj tsentr-Vserossijskij nauchno-issledovatel’skij institut ehksperimental’noj fiziki”-FGUP “RFJaTs-VNIIEhF” (RU)
Mail address: 607188, Nizhegorodskaja obl., g. Sarov, pr. Mira, 37, FGUP “RFJaTs-VNIIEhF”, nachal’niku OPINTI

RU2349000 MAGNETIC EXPLOSION SHAPER OF VOLTAGE PULSES

FIELD: electricity.

SUBSTANCE: magnetic explosion shaper of voltage pulses is referred to electrical engineering and particularly, to the voltage pulses shaping by means of a switch actuated due to explosion. The invention may be used in plasma, X-ray and super-high frequency engineering. The technical result of the invention is an increased level of the output voltage. It is achieved by implementing viscous dielectric interlayer with specific electrical resistance and cinematic viscosity selected to the following ratios: 1012 Ohm·m 1013 Ohm·m, 75·10 -6 m2/s 2000·10-6 m 2/s on at least one side of the breakable conductor in the pulse shaper. The pulse shaper includes the above breakable conductor with dielectric jet former being situated at the different sides from the breakable conductor. The dielectric jet former is provided with cumulative grooves on the surface, which is directed to the breakable conductor. The pulse shaper also includes dielectric jet damper, blasting charge with triggering system located from the side of jet shaper and switch-mode power supply and load.

EFFECT: increased level of output voltage.

1 dwg

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(19) RU (11) 2349001 (13) C1
(51) IPC H01H 69/00 (2006.01) G01R 31/02 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
According to Art. 1366, par. 1 of the Part IY of the Civil Code of the Russian Federation, the patent holder shall be committed to conclude a contract on alienation of the patent under the terms, corresponding to common practice, with any citizen of the R ussian Federation or Russian legal entity who first declared such a willingness and notified this to the patent holder and the Federal Executive Authority for Intellectual Property.
Document: PDF
(21) Application number registered: 2008108684/09
(22) Application filing date: 2008.03.05
(24) Date started of validity of the patent: 2008.03.05
(45) Date: 2009.03.10
(56) List of prior art documents: RU 2257635 С1, 27.07.2005. RU 2217835 С2, 27.11.2003. RU 2199788 С2, 27.02.2003. SU 1275577 А1, 07.12.1986. US 3908110, 23.09.1975.
(72) Inventor information: Vinokurov Vladimir Ivanovich (RU); Vinokurov Dmitrij Vladimirovich (RU)
(73) Grantee (asignee) information: Vinokurov Vladimir Ivanovich (RU); Vinokurov Dmitrij Vladimirovich (RU)
Mail address: 355003, g.Stavropol’, ul. L. Tolstogo, 2, kv.19, V.I. Vinokurovu

RU2349001 TESTING METHOD FOR CURRENT PROTECTION OF AUTOMATIC SWITCH

FIELD: electricity.

SUBSTANCE: invention relates to electrical engineering and may be used for automatic switch testing. The new feature of the switch testing method ensuring the given current supply is a reduction of current value or blocking converter by a signal proportional to voltage changing speed at the moment of power contacts disconnection. The above actions are due to the signal proportional to the speed of voltage changing on contacts, when switch opens (1) or switch contact block opens (1).

EFFECT: fast speed of operation.

4 cl, 4 dwg

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(19) RU (11) 2349002 (13) C1
(51) IPC H01L 31/18 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
Document: PDF
(21) Application number registered: 2007140820/28
(22) Application filing date: 2007.11.07
(24) Date started of validity of the patent: 2007.11.07
(45) Date: 2009.03.10
(56) List of prior art documents: RU 2127009 C1, 27.02.1999. RU 2127471 C1, 10.03.1999. RU 2127472 C1, 10.03.1999. SU 288161 A, 09.03.1971.
(72) Inventor information: Zaddeh Vitalij Viktorovich (RU); Poljakov Vladimir Ivanovich (RU); Strebkov Dmitrij Semenovich (RU)
(73) Grantee (asignee) information: Rossijskaja Akademija Sel’skokhozjajstvennykh nauk Gosudarstvennoe nauchnoe uchrezhdenie Vserossijskij nauchno-issledovatel’skij institut ehlektrifikatsii sel’skogo khozjajstva (GNU VIEhSKh) (RU)
Mail address: 109456, Moskva, 1-j Veshnjakovskij pr-d, 2, GNU VIEhSKh, O.V. Golubevoj

RU2349002 METHOD OF SEMICONDUCTOR PHOTOTRANSFORMER MANUFACTURING

FIELD: physics, semiconductors.

SUBSTANCE: invention concerns the electronic technics, namely to manufacturing techniques of semiconductor phototransformers (SP) and can be used in manufacture of recommenced energy sources. A problem of the offered invention is making of an expedient of manufacturing a semiconductor phototransformer providing increase of efficiency of matrix phototransformers. The essence of the invention consists that after metallisation semiconductor structures agglomerate in a leaky pile, fill gaps in a pile with a brazing flux, immerse a pile in the fused solder and under axial pressure delete a redundant stratum of solder. The invention provides efficiency increase of phototransformers at the expense of use of the operations providing increase of homogeneity of a metal layer of linking of semiconductor plates in a pile.

EFFECT: efficiency increase of phototransformers at the expense of use of the operations providing increase of homogeneity of a metal layer of linking of semiconductor plates in a pile.

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(19) RU (11) 2349003 (13) C1
(51) IPC H01M 6/18 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
Document: PDF
(21) Application number registered: 2007148168/09
(22) Application filing date: 2007.12.24
(24) Date started of validity of the patent: 2007.12.24
(45) Date: 2009.03.10
(56) List of prior art documents: SU 1021317 A1, 10.11.1999. SU 898914 A1, 10.11.1999. GB 1527330, 04.10.1976. EP 1667272 A, 07.06.2006.
(72) Inventor information: Burmakin Evgenij Iraklievich (RU); Shekhtman Georgij Shaevich (RU)
(73) Grantee (asignee) information: Institut vysokotemperaturnoj ehlektrokhimii Ural’skogo otdelenija Rossijskoj Akademii Nauk (RU)
Mail address: 620219, g.Ekaterinburg, GSP-146, S.Kovalevskoj/Akademicheskaja, 22/20, Institut vysokotemperaturnoj ehlektromekhaniki UrORAN

RU2349003 SOLID ELECTROLYTE FOR CHEMICAL POWER SUPPLY

FIELD: electricity.

SUBSTANCE: invention relates to electrical engineering and particularly, to the solid electrolytes based on the lithium ortho germinates. The technical result is a reduced value of the specific electrical resistance. According to the invention, the electrolyte contains lithium ortho germinate, lithium salt of oxygen-containing acid and lithium ortho zirconate at the following ratio of components mol.%: lithium ortho germinate 60-85, lithium salt LixMO 4 10-35 and lithium ortho zirconate 1.5-5.0. The salt containing quinquevalent and hexavalent element: Li3 PO4, Li3VO 4, Li2SO4, Li2SeO4, Li 2CrO4, Li2MoO 4, Li2WO4 is used as lithium salt of oxygen-containing acid.

EFFECT: reduced value of specific electrical resistance.

2 cl, 2 tbl, 2 ex

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(19) RU (11) 2349004 (13) C1
(51) IPC H01M 6/24 (2006.01)
H01M 6/32 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
Document: PDF
(21) Application number registered: 2007146820/09
(22) Application filing date: 2007.12.17
(24) Date started of validity of the patent: 2007.12.17
(45) Date: 2009.03.10
(56) List of prior art documents: US 3515592 А, 02.06.1970. US 4803135 А, 07.02.1989. RU 2070352 С1, 10.12.1996. SU 4434 А1, 31.01.1928.
(72) Inventor information: Mochalov Valerij Ivanovich (RU)
(73) Grantee (asignee) information: Mochalov Valerij Ivanovich (RU)
Mail address: 152385, Jaroslavskaja obl., Bol’shesel’skij r-n, s. Varegovo, ul. Shagvaleeva, 5, V.I. Mochalovu

RU2349004 GALVANIC BATTERY

FIELD: electricity.

SUBSTANCE: invention relates to galvanic batteries and particularly, to standby power supplies. According to the invention, the galvanic battery consists of housing, electrodes, electrolyte and solid depolariser. The latter is taken from the inter-electrode space. Depolarisation is conducted by the forced electrolyte movement actuated by the motor being energised from the battery itself. The battery is stored in operating state for a long period of time due to some amount of dielectric liquid introduction into the battery housing. The above dielectric liquid does not mix up with electrolyte and differs from it by density. During storage, the dielectric liquid replaces electrolyte at a certain spatial position of the battery housing.

EFFECT: increased storage time and reduced battery weight.

3 cl, 1 dwg

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19) RU (11) 2349005 (13) C1
(51) IPC H01Q 13/02 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
Document: PDF
(21) Application number registered: 2007120901/09
(22) Application filing date: 2007.06.04
(24) Date started of validity of the patent: 2007.06.04
(45) Date: 2009.03.10
(56) List of prior art documents: RU 2289873 С2, 20.12.2006. SU 1141482 А1, 23.02.1985. SU 1573487 A1, 23.06.1990. RU 2250542 C1, 20.04.2005. US 6031504 A, 29.02.2000. EP 0552095 A1, 21.07.1993.
(72) Inventor information: Davlatov Ehduard Il’marovich (RU); Kanaev Konstantin Aleksandrovich (RU); Mitjanin Aleksandr Gennad’evich (RU); Popov Oleg Veniaminovich (RU); Rozhkov Aleksandr Georgievich (RU); Solomatin Aleksandr Ivanovich (RU); Smirnov Pavel Leonidovich (RU); Terent’ev Aleksej Vasil’evich (RU); Shepilov Aleksandr Mikhajlovich (RU)
(73) Grantee (asignee) information: VOENNAJa AKADEMIJa SVJaZI imeni S.M. Budennogo Ministerstvo Oborony Rossijskoj Federatsii (RU)
Mail address: 194064, Sankt-Peterburg, Tikhoretskij pr., 3, VOENNAJa AKADEMIJa SVJaZI, Bjuro izobretatel’stva

RU2349005 BROADBAND HORN-MICROSTRIP ANTENNA

FIELD: physics, communication.

SUBSTANCE: invention concerns to VHF antennas. The second shunt is in addition entered into the broadband horn-microstrip antenna containing a megaphone, the resonator and the shunt, the megaphone has the shape of the square direct cylinder, and the resonator plate is executed from well spending material in the form of the circle sector which symmetry axis is perpendicular to two opposite lateral walls of a megaphone and transits through their symmetry axes. The sector vertex is added by symmetrically acting strip device, the situation and which sizes are determined by value of the given strip of working frequencies. The vertex of sector of a circle of a plate of the resonator is joined to the central conductor of a feeding coaxial line a trusty electrical link, and the feeding coaxial line is brought to a resonator plate through a lateral wall perpendicularly to it, and the exterior conductor of a line is anchored on a lateral wall by a trusty electrical link. The first and the second shunts, made from well-conducting material, join corners of sector of the resonator plate circle to corresponding lateral walls of a megaphone and is provided trusty mechanical and an electrical link.

EFFECT: making of the broadband three-band send-receive antenna with the underload dimensions, providing effective reception and signalling with macro-and microcell structure.

7 dwg

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(19) RU (11) 2349006 (13) C1
(51) IPC H01Q 21/00 (2006.01)
H01Q 1/38 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
Document: PDF
(21) Application number registered: 2008102167/09
(22) Application filing date: 2008.01.21
(24) Date started of validity of the patent: 2008.01.21
(45) Date: 2009.03.10
(56) List of prior art documents: RU 2161847 С1, 10.01.2001. RU 2003135899 А, 10.06.2005. RU 53505 U1, 10.05.2006. RU 2276822 С2, 20.05.2006. SU 1484105 А1, 30.09.1992. US 2007103377 А, 10.05.2007. US 2006125696 А, 15.06.2006.
(72) Inventor information: Ren’sh Jurij Alekseevich (RU)
(73) Grantee (asignee) information: OAO “UPP “Vektor” (RU)
Mail address: 620078, g.Ekaterinburg, ul. Gagarina, 28, OAO “UPP “Vektor”

RU 2349006 ANTENNA SYSTEM OF TWO-COORDINATE DIRECTION FINDER

FIELD: physics, radio.

SUBSTANCE: invention concerns radio engineering and can be used in the active and passive systems of radio direction finding on two angular co-ordinates in land and onboard devices at which the antenna system contains a flat antenna lattice with lamellar radiators. Antenna to system of a two-co-ordinate direction finder contains lamellar radiators and their systems cophased boosting in two sublattices which are disposed on one leg of the first orthogonal straight line, and are executed by mirror symmetrical concerning lamellar radiators in two sublattices located on other leg of the first orthogonal straight line. Lamellar radiators and their systems cophased boosting in two sublattices, located on one leg of the second orthogonal straight line, are executed by mirror symmetrical concerning lamellar radiators in two sublattices located on other leg of the second orthogonal straight line. Two feeding lines join high-frequency inlets of the phase circuit changer to exits of systems cophased boosting two sublattices located on one leg of the second orthogonal straight line. The device contains 180-degree phase-shifting parenthesizings.

EFFECT: bearing line direction stabilisation on two angular co-ordinates at radio direction finding in a frequency band.

3 dwg

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(19) RU (11) 2349007 (13) C1
(51) IPC H01Q 21/00 (2006.01)
(12) DESCRIPTIONS OF INVENTION To the patent of Russian Federation
Status: of 03.03.2009 – there are no data
Document: PDF
(21) Application number registered: 2007120919/09
(22) Application filing date: 2007.06.04
(24) Date started of validity of the patent: 2007.06.04
(45) Date: 2009.03.10
(56) List of prior art documents: RU 2177662 C1, 27.12.2001. RU 2273926 C1, 10.04.2006. US 4097868 A, 27.06.1978. US 5539415 A, 23.07.1996. EP 0825671 A2, 25.02.1998. US 5781162 A, 14.07.1998. EP 0624008 A2, 09.11.1994.
(72) Inventor information: Belyj Jurij Ivanovich (RU); Sinani Anatolij Isakovich (RU); Barinov Nikolaj Nikolaevich (RU); Mosejchuk Georgij Feodos’evich (RU); Alekseev Oleg Stanislavovich (RU); Blokhin Andrej Evgen’evich (RU); Mitin Vladimir Aleksandrovich (RU); Voronezhtsev Aleksandr Vasil’evich (RU)
(73) Grantee (asignee) information: Otkrytoe aktsionernoe obshchestvo “Nauchno-issledovatel’skij institut Priborostroenija im. V.V. Tikhomirova” (RU)
Mail address: 140180, Moskovskaja obl., g. Zhukovskij, Gagarina, 3, OAO “Nauchno-issledovatel’skij institut Priborostroenija im. V.V. Tikhomirova”

RU2349007 DOUBLE-RANGE ANTENNA SYSTEM WITH ELECTRONIC CONTROL BY BEAM

FIELD: physics, communication.

SUBSTANCE: invention concerns the radar-tracking technics and communication equipment and can be used in radar stations for determination of target coordinates and its monopulsing direction finding on the basis of two-dimensional electronic scanning. The antenna system contains the phased antenna array (PAA) of a high-frequency range, which waveguiding radiators are united in the continuous rulers and form the regular periodic structure, and PAA of the low-frequency range which dipole radiators are located between strips of PAA of a high-frequency range, shaping rows, and radiators of both PAA form the uniform aperture of double-range antenna system with electronic control using a beam. For achievement of technical effect of PAA of a high-frequency range, it is executed with the main electrical distributor proportioning microwave energy on quadrants of the aperture, and with 2N – the sublattices making quadrants of the aperture, where N – natural number. Each of sublattices consists from double-row waveguiding electrical distributors with erected on them M ferrite phase shifters with guidance circuit changers, where M – number of exits of everyone double-row waveguiding electrical distributor, proportioning VHF-energy on waveguiding radiators. Radiators of PAA of a high-frequency range are united in K general radiation panels, where K – an integer, and each of K-panels is joined with not less than four sublattices.

EFFECT: decrease in level of lateral lobes and decrease prevention in an amplification constant of PAA of the VHF-range at scanning in separate angular zones at maintenance of close to limiting performances of PAA of LF-range.

3 dwg

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Source: Russian Tech News


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