{"id":797,"date":"2023-04-11T15:56:59","date_gmt":"2023-04-11T12:56:59","guid":{"rendered":"http:\/\/itm.dp.ua\/?page_id=797"},"modified":"2024-01-31T13:26:00","modified_gmt":"2024-01-31T11:26:00","slug":"objects-of-industrial-property","status":"publish","type":"page","link":"http:\/\/itm.dp.ua\/?page_id=797&lang=en","title":{"rendered":"Objects of industrial property"},"content":{"rendered":"\n
<\/tr><\/tbody><\/table><\/figure>\n\n\n\n

Actual inventions and utility models patents of the Institute (by 01\/01\/2023)<\/p>\n\n\n\n

SPACECRAFT AND ROCKETRY<\/strong> <\/p>\n\n\n\n

 Certificate of Ukraine for a sign for
goods and services dated 15\/12\/1992 No. 4
(Re-registration of the USSR Certificate No. 74613, registered on December 30, 1983) <\/td>		\"\"<\/td><\/tr>

  <\/td>		  Patent  <\/td> Object of industrial property <\/td> Authors <\/td><\/tr>
1<\/td>127131<\/strong>
from
11\/05\/2023<\/strong><\/td>		 The method of adjusting the thrust vector and the liquid rocket engine that implements it<\/td>Oleksandr Ihnatiev;
Nataliia Pryadko;
Nataliia Syrotkina; Hennadii Strelnykov;
Olena Tokareva<\/td><\/tr>
\u00a02\u00a0<\/td> 125907
from
07\/07\/2022<\/strong> <\/td>		\u2003Aero magnetic system for the removal of space debris objects from low earth orbits with magnetic controls <\/td>Serhii Horoshylov,
Oleksandr Palii,
Erik Lapkhanov<\/td><\/tr>
\u00a03\u00a0<\/td> 125376
from
03\/03\/2022 <\/strong> <\/td>		\u2003Device for separation of the liquid component of fuel in the space stage fuel tank from free gas inclusions and stabilization of the location of the total gas cavity formed during stage flight in microgravity conditions <\/td>Oleh Pylypenko,
Mykola Svyrydenko,
Oleksiy Nikolaiev,
Inna Bashliy<\/td><\/tr>
\u00a04\u00a0<\/td> 123909
from
24\/06\/2021 <\/strong> <\/td>		\u2003Fairing of a rocket’s main part <\/td>Valerii Kozin;
Valeryii Oglikh;
Mykola Kovalenko;
Oleksandr Kirichenko.<\/td><\/tr>
\u00a05\u00a0<\/td> 123799
from
03\/06\/2021 <\/strong> <\/td>		\u2003Combined method of controlling the thrust vector of a rocket engine <\/td>Oleksandr Ihnatiev;
Nataliia Pryadko;
Nataliia Syrotkina;
Hennadii Strelnykov;
Olena Tokareva.<\/td><\/tr>
\u00a06\u00a0<\/td> 122795
from
07\/01\/2021 <\/strong> <\/td>		\u2003Method of disposal of space debris large objects from high earth orbits <\/td>Anatolii Alpatov,
Oleksandr Palii.<\/td><\/tr>
\u00a07\u00a0<\/td> 121460
from
10\/06\/2020 <\/strong> <\/td>		\u2003Method for non-contact removal of space debris objects from near-earth orbits with aerodynamic compensator <\/td>Alpatov Anatolii,
Svorobin Dmytro,
Skorik Oleksandr<\/td><\/tr>
\u00a08\u00a0<\/td> 120538
from
26\/12\/2019 <\/strong> <\/td>		\u2003Solid propellant detonation rocket engine <\/td>Kovalenko Mykola,
Kirichenko Oleksandr<\/td><\/tr>
\u00a09\u00a0<\/td> 119183
from
10\/05\/2019 <\/strong> <\/td>		\u2003Method and device to reduce the risk of danger to equipment and structures of launch complex from consequences of launch vehicle explosion on initial section of flight path <\/td>Horbuntsov Viacheslav,
Zavoloka Oleksandr,
Sviridenko Mykola,
Kremena Andrii<\/td><\/tr>
\u00a010\u00a0<\/td> 117381
from
25\/07\/2018 <\/strong> <\/td>		\u2003Method to create and remove groups of nano- and spike-like spacecraft from orbit and spacecraft for its implementation <\/td>Alpatov Anatolii,
Palii Oleksandr,
Skorik Oleksandr<\/td><\/tr>
\u00a011\u00a0<\/td> 115378
from
25\/10\/2017 <\/strong> <\/td>		\u2003Method to reduce the ballistic lifetime of space objects in Earth orbit and the device for its implementation <\/td>Alpatov Anatolii,
Palii Oleksandr,
Skorik Oleksandr,
Avdieev Anatolii<\/td><\/tr>
\u00a012\u00a0<\/td> 116966
from
12\/06\/2017 <\/strong> <\/td>		\u2003System to measure deformations of a spacecraft solid fuel engine body during firing bench tests <\/td>Kozin Valerii,
Matianov Yuri,
Severin Serhii.<\/td><\/tr>
\u00a013\u00a0<\/td> 115370
from
25\/10\/2017 <\/strong> <\/td>		\u2003Detonation liquid-propellant rocket engine  <\/td>Kovalenko Mykola,
Vasyliv Stepan,
Zolotko Oleksandr<\/td><\/tr>
\u00a014\u00a0<\/td> 115369
from
25\/10\/2017 <\/strong> <\/td>		\u2003Detonation rocket engine of solid fuel with pseudo nozzle <\/td>Kuzmenko Mykola,
Kirichenko Oleksandr<\/td><\/tr>
\u00a015\u00a0<\/td> 113747
from
10\/03\/2017 <\/strong> <\/td>		\u2003Method to reduce the ballistic lifetime of space objects in Earth orbit and the device for its implementation  <\/td>Alpatov Anatolii,
Pylypenko Oleh,
Palii Oleksandr,
Skorik Oleksandr,
Avdieev Anatolii,
Maslei Volodymyr,
Makarov Oleksandr,
Maskalyov Serhii.<\/td><\/tr>
\u00a016\u00a0<\/td> 115371
from
25\/10\/2017 <\/strong> <\/td>		\u2003Detonation rocket engine of solid fuel with detachable connection between its sections <\/td>Kuzmenko Mykola,
Kirichenko Oleksandr<\/td><\/tr>
\u00a017\u00a0<\/td> 112118
from
25\/07\/2016<\/strong> <\/td>		\u2003 Liquid-propellant engine with afterburning of turbo-pump unit exhaust turbine gas <\/td>Kovalenko Mykola,
Strelnykov Hennadii,
Zolotko Oleksandr,
Zolotko Olena,
Syrotkina Natalia,
Kovalenko Halyna<\/td><\/tr>
\u00a018\u00a0<\/td> 111995
from
11\/07\/2016<\/strong> <\/td>		\u2003 Liquid-propellant engine with a turbo-pump system for supplying fuel to the combustion chamber and a system for gas-dynamic control of the thrust vector <\/td>Syrotkina Natalia,
Kovalenko Halyna,
Kovalenko Tit<\/td><\/tr>
\u00a019\u00a0<\/td> 111996
from
11\/07\/2016<\/strong> <\/td>		\u2003 Detonation liquid-propellant rocket engine <\/td>Kovalenko Mykola,
Vasyliv Stepan<\/td><\/tr>
\u00a020\u00a0<\/td> 112002
from
11\/07\/2016<\/strong> <\/td>		\u2003 Detonation rocket engine with end charge of solid fuel <\/td>Kovalenko Mykola,
Kuzmenko Mykola,
Kirichenko Oleksandr<\/td><\/tr>
\u00a021\u00a0<\/td> 104833
from
25\/02\/2016<\/strong> <\/td>		\u2003 Device with detonation rocket engine for braking the space stage of launch vehicle <\/td>Kovalenko Mykola,
Kovalenko Halyna,
Ihnatiev Oleksandr,
Kovalenko Tit,
Kirichenko Oleksandr,
Horiana Olha<\/td><\/tr>
\u00a022\u00a0<\/td> 110134
from
25\/11\/2015<\/strong> <\/td>		\u2003 Method and device for pressurization of the fuel tank of launch vehicle <\/td>Horbuntsov Viacheslav,
Svyrydenko Mykola,
Nikolaev Oleksii,
Mitikov Yurii<\/td><\/tr>
\u00a023\u00a0<\/td> 108530
from
12\/05\/2015<\/strong> <\/td>		\u2003 Method and device for fuel tank pressurization with high-temperature gas generated in inner-tank space  <\/td>Horbuntsov Viacheslav;
Svyrydenko Mykola,
Nikolaev Oleksii,
Mitikov Yurii<\/td><\/tr>
\u00a024\u00a0<\/td> 99177
from
25\/05\/2015<\/strong> <\/td>		\u2003 The detonation rocket engine on solid fuel <\/td>Kovalenko Mykola,
Kirichenko Oleksandr,
Kuzmenko Mykola<\/td><\/tr>
\u00a025\u00a0<\/td> 99267
from
25\/05\/2015<\/strong> <\/td>		\u2003 Combined rocket engine <\/td>Kozin Valerii,
Deshko Anna<\/td><\/tr>
\u00a026\u00a0<\/td> 100662
from
10\/08\/2015<\/strong> <\/td>		\u2003 The detonation of rocket engine on solid fuel <\/td>Kovalenko Mykola,
Kirichenko Oleksandr,
Kuzmenko Mykola<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

MEDICAL DEVICES AND EQUIPMENT<\/strong> <\/p>\n\n\n\n

<\/td> Patent  <\/td>Object of industrial property <\/td> Authors <\/td><\/tr>
 1 <\/td> 57623
from
10\/03\/2011<\/strong> <\/td>		\u2003 Orthopedic hinge  <\/td>Boiko Ihor;
Avdieev Anatolii;
Kulyk Anatolii;
Hryhoriev Serhii;
Brazhnikova Halyna<\/td><\/tr>
 2 <\/td> 51889
from
10\/08\/2010<\/strong> <\/td>		\u2003 Orthopedic device for human limbs joints orthoses <\/td>Boiko Ihor;
Avdieev Anatolii;
Kulyk Anatolii;
Hryhoriev Serhii;
Brazhnikova Halyna<\/td><\/tr>
 3 <\/td> 41708
from
10\/06\/2009<\/strong> <\/td>		\u2003 Electromechanic vertebral trainer  <\/td>Avdieev Anatolii;
Brazhnikova Halyna;
Kravchenko Oleksandr;
Kulyk Anatolii;
Prokopchuk Yurii<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

 EARTHQUAKE IDENTIFICATION<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
 1 <\/td> 103452
from
10\/10\/2013<\/strong> <\/td>		\u2003 Device for measurement of rarefied gas flow parameters <\/td>Shuvalov Valentyn;
Kulahin Serhii;
Pysmennyi Mykola;
Semenov Lev;
Skorik Oleksandr;
Avdieev Anatolii<\/td><\/tr>
 2 <\/td> 103986
from
10\/12\/2013<\/strong> <\/td>		\u2003 Method for identification and prediction of earthquake epicenter location <\/td>Shuvalov Valentyn;
Pylypenko Oleh;
Kochubei Halyna;
Skorik Oleksandr;
Lazuchenkov Dmytro<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

 FIREFIGHTING SYSTEMS<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
 1 <\/td> 56739
from
25\/01\/2011<\/strong> <\/td>		\u2003 Grain combine harvester <\/td>Zavoloka Oleksandr;
Svyrydenko Mykola;
Pylypenko Oleh;
Bondar Mykhailo<\/td><\/tr>
 2 <\/td> 52250
from
25\/08\/2010<\/strong> <\/td>		\u2003 Grain combine harvester <\/td>Zavoloka Oleksandr;
Svyrydenko Mykola;
Pylypenko Oleh;
Kremena Andrii;
Bondar Mykhailo<\/td><\/tr>
 3 <\/td> 43922
from
10\/09\/2009<\/strong> <\/td>		\u2003 Method for fire-extinguishing with dispersed extinguishing fluid <\/td>Svyrydenko Mykola;
Zavoloka Oleksandr;
Kremena Andrii<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

FUEL COMBUSTION IN QUASI-RAREFIED LAYER<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
1 <\/td> 108695
from
25\/05\/2015<\/strong> <\/td>		\u2003 Method of bulk materials drying of homogeneous fractional composition in a gushing layer and an air-fountain installation for its use <\/td>Kovalenko Mykola,
Kirichenko Oleksandr,
Kuzmenko Mykola,
Strelnykov Hennadii;
Priadko Natalia,
Titov Neal,
Kolomiets Ruslan,
Chernish Bogdan<\/td><\/tr>
 2 <\/td> 99646
from
10\/09\/2012<\/strong> <\/td>		\u2003 Gas distribution grate of a furnace  <\/td>Kovalenko Mykola,
Strelnikov Hennadii;
Priadko Natalia;
Ihnatiev Oleksandr<\/td><\/tr>
 3 <\/td> 99770
from
25\/09\/2012<\/strong> <\/td>		\u2003 Device for waste combustion in a fluidized bed <\/td>Kovalenko Mykola,
Kuzmenko Mykola,
Hrushko Valentyn,
Kirichenko Oleksandr,
Syrotkina Natalia<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

DEVICES FOR FINE GRINDING OF BULK MATERIALS<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
1 <\/td> 117043
from
11\/06\/2018<\/strong> <\/td>		\u2003Method of air-fountain drying of bulk materials in a fountain layer and device for its implementation <\/td>Strelnykov Hennadii,
Kirichenko Oleksandr,
Kuzmenko Mykola,
Kolomiets Ruslan<\/td><\/tr>
 2 <\/td> 114442
from
12\/06\/2017<\/strong> <\/td>		\u2003Method to define granulometric composition of bulk material in stream during grinding process  <\/td>Pilov Petro,
Horobets Larysa,
Priadko Natalia,
Ternova Kateryna<\/td><\/tr>
 3 <\/td> 112144
from
12\/12\/2016<\/strong> <\/td>		\u2003 Method of bulk material supply through annular supersonic ejector of gas-jet grinder <\/td>Priadko Natalia,
Sheveleva Anna,
Hrushko Valentyn<\/td><\/tr>
 4 <\/td> 112112
from
12\/12\/2016<\/strong> <\/td>		\u2003 Gas-jet mill <\/td>Priadko Natalia,
Muzyka Lev<\/td><\/tr>
 5 <\/td> 84456
from
25\/10\/2013<\/strong> <\/td>		\u2003 Gas-jet mill <\/td>Strelnykov Hennadii;
Priadko Natalia;
Sheveliova Hanna<\/td><\/tr>
 6 <\/td> 98856
from
25\/06\/2012<\/strong> <\/td>		\u2003 Gas-jet grinder of viscous bulk materials (embodiments) <\/td>Kovalenko Mykola,
Strelnykov Hennadii,
Priadko Natalia;
Hrushko Valentyn<\/td><\/tr>
 7 <\/td> 98182
from
25\/04\/2012<\/strong> <\/td>		\u2003 Method for efficiency increase in gas-jet method for bulk material grinding <\/td>Priadko Natalia<\/td><\/tr>
 8 <\/td> 98363
from
10\/05\/2012<\/strong> <\/td>		\u2003 Method of bulk material supply through annular supersonic ejector of gas-jet grinder  <\/td>Priadko Natalia;
Kovalenko Mykola;
Strelnikov Hennadii;
Hupalo Mykhailo;
Hrushko Valentyn;
Piasetskyi Mykola;
Ryzun Vasylii<\/td><\/tr>
 9 <\/td> 98405
from
10\/05\/2012<\/strong> <\/td>		\u2003 Adjustment method for gas-jet grinding <\/td>Pilov Petro;
Horobets Larysa;
Kovalenko Mykola;
Strelnikov Hennadii;
Priadko Natalia<\/td><\/tr>
 10 <\/td> 73291
from
25\/09\/2012<\/strong> <\/td>		\u2003 Method for jet grinding monitoring  <\/td>Priadko Natalia;
Bulana Tetiana<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

 SMALL-ARMS FIRING REPORT REDUCTOR<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
1 <\/td> 110644
from
25\/01\/2016<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Skorik Oleksandr;
Kovalenko Volodymyr<\/td><\/tr>
 2 <\/td> 111772
from
10\/06\/2016<\/strong> <\/td>		\u2003 Small-arms firing report reductor with a barrel expansion chamber <\/td>Konovalov Mykola;
Pylypenko Oleh;
Skorik Oleksandr;
Semenchuk Dmytro;
Kovalenko Volodymyr.<\/td><\/tr>
 3 <\/td> 108783
from
10\/06\/2015<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Skorik Oleksandr;
Semenchuk Dmytro;
Kovalenko Volodymyr<\/td><\/tr>
 4 <\/td> 109381
from
10\/08\/2015<\/strong> <\/td>		\u2003 Small arms silencer with spherical baffles <\/td>Konovalov Mykola;
Pylypenko Oleh;
Skorik Oleksandr;
Kovalenko Volodymyr,
Pikhotenko Serhii,
Yakovliev Oleksii<\/td><\/tr>
 5 <\/td> 105545
from
26\/05\/2014<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Poliakov Hennadii;
Skorik Oleksandr;
Kovalenko Volodymyr<\/td><\/tr>
 6 <\/td> 98163
from
25\/04\/2012<\/strong> <\/td>		\u2003 Installation for visualization of gas flows at simulation of processes in devices for report reduction <\/td>Konovalov Mykola;
Pylypenko Oleh;
Skorik Oleksandr;
Strelnikov Hennadii;
Chaplyts Oleksandr;
Semenchuk Dmytro;
Astapov Anatolii<\/td><\/tr>
 7 <\/td> 97016
from
26\/12\/2011<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Puhach Yevhen;
Skorik Oleksandr;
Avdieev Anatolii<\/td><\/tr>
 8 <\/td> 95693
from
25\/08\/2011<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Puhach Yevhen;
Skorik Oleksandr;
Strelnikov Hennadii;
Avdieev Anatolii<\/td><\/tr>
 9 <\/td> 94790
from
10\/06\/2011<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Puhach Yevhen;
Skorik Oleksandr;
Avdieev Anatolii<\/td><\/tr>
 10 <\/td> 94491
from
10\/05\/2011<\/strong> <\/td>		\u2003 Small-arms firing report reductor <\/td>Konovalov Mykola;
Pylypenko Oleh;
Puhach Yevhen;
Skorik Oleksandr;
Avdieev Anatolii<\/td><\/tr>
 11 <\/td> 44770
from
12\/10\/2009<\/strong> <\/td>		\u2003 Sound reduction device for gas-abrasive jet <\/td>Konovalov Mykola;
Pylypenko Oleh;
Poliakov Hennadii;
Skorik Oleksandr;
Kovalenko Volodymyr<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

RAILWAY<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
 1 <\/td> 64978
from
25\/11\/2011<\/strong> <\/td>		\u2003 Device for impact energy absorption <\/td>Ushkalov Viktor;
Naumenko Nadia;
Telychko Ihor;
Sobolevska Maryna;
Syrota Serhii;
Khrusch Ivan;
Klyk Yulia;
Horobets Dmytro<\/td><\/tr>
 2 <\/td> 88298
from
11\/03\/2014<\/strong> <\/td>		\u2003 Slider with a device to keep the roller from falling out <\/td>Ushkalov Victor,
Lasko Andrij,
Pasechnik Sergij,
Podyelnikov Igor<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

 TECHNOLOGY OF FUNCTIONAL COATINGS APPLICATION<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
 1 <\/td> 145528
from
29\/12\/2020<\/strong> <\/td>		\u2003Method to determine the concentration of atomic oxygen in a plasma flow of atomic-molecular oxygen <\/td>Shuvalov Valentyn;
Tokmak Mykola;
Riznichenko Mykola;
Palii Oleksandr<\/td><\/tr>
 2 <\/td> 102744
from
25\/11\/2015<\/strong> <\/td>		\u2003 Unbalanced cylindrical magnetron sputtering system <\/td>Hryshkevych Oleksandr<\/td><\/tr>
 3 <\/td> 89038
from
10\/04\/2014<\/strong> <\/td>		\u2003 Integrated ion-plasma device for inner surfaces application  <\/td>Hryshkevych Oleksandr<\/td><\/tr>
 4 <\/td> 93471
from
10\/02\/2011<\/strong> <\/td>		\u2003 Ion-plasma plant <\/td>Hryshkevych Oleksandr;
Hryniuk Stanislav<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

METAL MATERIALS PROCESSING TECHNOLOGY<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
1 <\/td> 56740
from
25\/01\/2011<\/strong> <\/td>		\u2003 Method to increase the metal materials durability <\/td>Pereverziev Yevhen;
Borschevska Diana;
Riabchii Volodymyr;
Butenko Valerii;
Khannov Andrii<\/td><\/tr>
 2 <\/td> 46841
from
11\/01\/2010<\/strong> <\/td>		\u2003 Method for metal materials strengthening <\/td>Pereverziev Yevhen;
Borschevska Diana;
Butenko Valerii;
Riabchii Volodymyr;
Fedii Svitlana<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

 METHODS FOR DETERMINATION OF MOTION AND VIBRATION PARAMETERS<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
 1 <\/td> 137585
from
25\/10\/2019<\/strong> <\/td>		\u2003Method to determine motion parameters <\/td>Pylypenko Oleh;
Horiev Mykola;
Doronin Oleksii;
Kodzhespirova Inna<\/td><\/tr>
 2 <\/td> 89602
from
25\/04\/2014<\/strong> <\/td>		\u2003 Method to determine motion and vibration parameters <\/td>Pylypenko Oleh;
Horiev Mykola;
Doronin Oleksii;
Kodzhespirova Inna;
Pryvalov Yevhen<\/td><\/tr>
 3 <\/td> 80300
from
27\/05\/2013<\/strong> <\/td>		\u2003 Method to determine motion and vibration parameters <\/td>Pylypenko Oleh;
Horiev Mykola;
Doronin Oleksii;
Kodzhespirova Inna;
Pryvalov Yevhen<\/td><\/tr>
 4 <\/td> 63184
from
26\/09\/2011<\/strong> <\/td>		\u2003 Method to determine motion and vibration parameters <\/td>Pylypenko Oleh;
Horiev Mykola;
Doronin Oleksii;
Kodzhespirova Inna;
Pryvalov Yevhen<\/td><\/tr>
 5 <\/td> 55873
from
27\/12\/2010<\/strong> <\/td>		\u2003 Method to determine motion and vibration parameters <\/td>Pylypenko Oleh;
Horiev Mykola;
Kodzhespirova Inna;
Pryvalov Yevhen<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

 VIBRATION PROTECTION SYSTEMS<\/strong> <\/p>\n\n\n\n

<\/td>Patent <\/td>Object of industrial property <\/td>Authors <\/td><\/tr>
 1 <\/td> 101594
from
10\/04\/2013<\/strong> <\/td>		\u2003 Vehicle seat suspension <\/td>Pylypenko Viktor;
Pylypenko Oleh;
Pylypenko Maksym<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

All objects of industrial property rights are used in research work of the Institute.<\/p>\n\n\n\n

PHONE NUMBER:<\/strong><\/td>+38-056-373-29-94
+38-056-373-29-97<\/td><\/tr>
E-MAIL:<\/strong><\/td>itm_onti@ukr.net<\/a><\/td><\/tr>
WEB:<\/strong><\/td>http:\/\/www.itm.dp.ua<\/a><\/td><\/tr><\/tbody><\/table><\/figure>\n","protected":false},"excerpt":{"rendered":"

 Certificate of Ukraine for a sign forgoods and services dated 15\/12\/1992 No. 4(Re-registration of the USSR Certificate No. 74613, registered on December 30, 1983)  Actual inventions and utility models patents…<\/p>\n","protected":false},"author":1,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":""},"class_list":["post-797","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"http:\/\/itm.dp.ua\/index.php?rest_route=\/wp\/v2\/pages\/797","targetHints":{"allow":["GET"]}}],"collection":[{"href":"http:\/\/itm.dp.ua\/index.php?rest_route=\/wp\/v2\/pages"}],"about":[{"href":"http:\/\/itm.dp.ua\/index.php?rest_route=\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"http:\/\/itm.dp.ua\/index.php?rest_route=\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"http:\/\/itm.dp.ua\/index.php?rest_route=%2Fwp%2Fv2%2Fcomments&post=797"}],"version-history":[{"count":15,"href":"http:\/\/itm.dp.ua\/index.php?rest_route=\/wp\/v2\/pages\/797\/revisions"}],"predecessor-version":[{"id":4159,"href":"http:\/\/itm.dp.ua\/index.php?rest_route=\/wp\/v2\/pages\/797\/revisions\/4159"}],"wp:attachment":[{"href":"http:\/\/itm.dp.ua\/index.php?rest_route=%2Fwp%2Fv2%2Fmedia&parent=797"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}