Skip to content

FOP Shvachko V. V.

IT, Engineering, Scientific researches and developments, Consulting about Economic activity and Management

Menu
  • Home
  • About
  • Management
  • Depository
    • Application ”Inlinko”
    • Software client ”Inmedafit”
    • Networking client ”IPQuisEst”
    • Viewer ”S3DxfVQ”
    • Application ”OGLeMDI”
  • Teller
  • Links
  • Contacts
  • Automated system «DraCAEna»
  • Computer vision system «Hostrozir»
  • Speech and audio processing system «Movotvir»
  • Network controller «Svitokol»
  • Automatic control system «Prudkodum»
  • Information Assistant Robot «Semargl»
  • Domestic robot – assistant «Domrad»
  • Industrial robotic complex «Kolodar»
  • Mobile robotic platform «Hutsulyk-R»
  • Blog about Robotics «Teller»

Category: Self-propelled systems

iBOT

2012-07-02
| No Comments
| 2000s, 2010s, Adaptive, Medicine, Mobile robots, Self-propelled systems

The iBOT is a robotic wheelchair developed by Dean Kamen in a partnership between DEKA and Johnson and Johnson’s Independence Technology division. It is a medical technology, made to help people with severe mobility problems.[2] Dean Kamen demonstrates iBOT to President Clinton in the White House.   [3] 1 The iBOT has a number of features…

Read More »

Posted in 2000s, 2010s, Adaptive, Medicine, Mobile robots, Self-propelled systems Tagged Dean Kamen, DEKA, iBALANCE, iBOT, Independence Technology, Johnson and Johnson, USA, Video, Дин Кеймен, Дін Кеймен, США Leave a comment

X-37B Orbital Test Vehicle

2012-06-27
| No Comments
| 1990s, 2000s, 2010s, Adaptive, Astronautics, Aviation, Intelligent, Military, Mobile robots, Programmable, Reconnaissance, Research, Self-propelled systems

Boeing X-37B, the Orbital Test Vehicle (X-37B OTV), is an American unmanned robotic vertical-takeoff (with using of rocket), horizontal-landing spaceplane.[1] Boeing X-37B in fairing.    [2]1 This spaceplane is designed to operate at altitudes of 200-750 km, it is able to quickly change the orbits, make evolutions, also it can perform the reconnaissance missions and…

Read More »

Posted in 1990s, 2000s, 2010s, Adaptive, Astronautics, Aviation, Intelligent, Military, Mobile robots, Programmable, Reconnaissance, Research, Self-propelled systems Tagged Boeing, NASA, OTV, U.S. Department of Defense, UAV, Unmanned aerial vehicle, USA, Video, X-37B, Безпілотний літальний апарат, Беспилотный летательный аппарат, БПЛА, Министерство обороны, Міністерство оборони, США Leave a comment

Instrument of evaluation of maneuverability – Mars

2012-06-09
| No Comments
| 1970s, Adaptive, Astronautics, Mobile robots, Programmable, Research, Self-propelled systems

The world’s first Soviet Mars rovers had name: Instrument of evaluation of maneuverability – Mars (PrOP-M, local abbreviation). They were designed and manufactured by VNIItransmash, chief designer – Alexander L. Kemurdzhian.[1] Two automatic rovers reached the Martian surface during “Mars-2” and “Mars-3” missions in 1971. None of them fulfilled its mission.[3] “Mars-3” automatic interplanetary station….

Read More »

Posted in 1970s, Adaptive, Astronautics, Mobile robots, Programmable, Research, Self-propelled systems Tagged Lavochkin Association, Mars-2, Mars-3, PrOP-M, Rover, Soviet Union, USSR, Video, VNIItransmash, ВНИИтрансмаш, ЗНДІтрансмаш, Марс-2, Марс-3, Марсохід, Марсоход, НВО імені С.О. Лавочкіна, НПО имени С.А. Лавочкина, ПрОП-М, Радянський Союз, Советский Союз, СРСР, СССР Leave a comment

”Linse” Radio-controlled boat

2012-05-07
| No Comments
| 1940s, Adaptive, Military, Mobile robots, Self-propelled systems, Shipping

During World War II, German Navy (Kriegsmarine) used the Linse radio-controlled boats. This boat was designed for diversion operations to undermine the enemy ships. Linse had a length of 5.75 m, width – 1.75 m, crew – 1 person, the engine power of 70 kW, 1 propeller. The boat was capable of traveling at distance…

Read More »

Posted in 1940s, Adaptive, Military, Mobile robots, Self-propelled systems, Shipping Tagged Boat, Germany, Linse, Radio-controlled, Video, Германия, Катер, Німеччина, Радиоуправляемый, Радіокерований Leave a comment

iRobot ”Roomba” Vacuum Cleaning Robot

2012-05-04
| No Comments
| 2000s, 2010s, Housekeeping, Intelligent, Mobile robots, Programmable, Self-propelled systems

The Roomba is a series of autonomous robotic vacuum cleaners sold by iRobot Corporation (USA). This robot is able to navigate a living space and common obstacles while vacuuming the floor. New models of Roomba also are able to optimize cleaning.[1] All Roomba models are disc-shaped, 34 cm in diameter and less than 9 cm…

Read More »

Posted in 2000s, 2010s, Housekeeping, Intelligent, Mobile robots, Programmable, Self-propelled systems Tagged iRobot Corporation, Roomba, USA, Vacuum Cleaner, Пилосос, Пылесос, США Leave a comment

IAI Eitan Unmanned aerial vehicle

2012-05-03
| No Comments
| 2000s, 2010s, Adaptive, Aviation, Intelligent, Military, Reconnaissance

The IAI Eitan, also known as Heron TP, is a reconnaissance Unmanned aerial vehicle (UAV) developed in Israel in the early 2000s by the Israel Aerospace Industries.[1] A medium-altitude, long endurance UAV, the Eitan can operate at altitudes above commercial air traffic and features all-weather capability, de-icing systems, automatic takeoff and landing systems, and triple-redundant…

Read More »

Posted in 2000s, 2010s, Adaptive, Aviation, Intelligent, Military, Reconnaissance Tagged Heron TP, IAI Eitan, Israel, Israel Aerospace Industries, UAV, Unmanned aerial vehicle, Безпілотний літальний апарат, Беспилотный летательный аппарат, БПЛА, Израиль, Ізраїль Leave a comment

Teleoperated boat of N. Tesla

2012-05-02
| No Comments
| 1890s, Adaptive, Mobile robots, Research, Self-propelled systems, Shipping

In 1898 Nikola Tesla publicly demonstrated a radio-controlled (teleoperated) boat, similar to a modern Remotely Operated Vehicle (ROV).[1] Tesla’s remote-controlled craft.   [2] 1 Based on his patents U.S. Patent 613,809 [3]2, U.S. Patent 723,188 [4]2 and U.S. Patent 725,605 [5]2 for “teleautomation”, Tesla hoped to develop the wireless torpedo into a weapon system for the…

Read More »

Posted in 1890s, Adaptive, Mobile robots, Research, Self-propelled systems, Shipping Tagged Draft, Teleoperated boat, Tesla, USA, Радиоуправляемая лодка, Радіокерований човен, США, Тесла Leave a comment

MAR-1 Agricultural robot

2012-05-01
| No Comments
| 1980s, Agriculture, Mobile robots, Programmable, Research, Self-propelled systems

Mobile Autonomous Robot (MAR-1) was developed by the Department of Agriculture robotics at the Moscow Institute of Agricultural Engineers named after V.P. Goryachkin in the early 1980s in the USSR.[1] The first model of MAR-1.   [1] The first model of MAR-1 was designed to serve the cattle-breeding industry. The robot was made so that it…

Read More »

Posted in 1980s, Agriculture, Mobile robots, Programmable, Research, Self-propelled systems Tagged Agricultural robot, MAR-1, Scheme, Soviet Union, USSR, МАР-1, Радянський Союз, Сельскохозяйственный робот, Сільськогосподарський робот, Советский Союз, СРСР, СССР Leave a comment

Telemechanic submarine

2012-04-03
| No Comments
| 1930s, Adaptive, Military, Mobile robots, Programmable, Submarine navigation

In 1934-1935 the autonomous underwater special vessel (project code – APSS) was created in the USSR. The work was carried out by the Special technical bureau for military inventions of special purpose (Ostekhbyuro – local abbreviation), which was headed by V.I. Bekauri. Created midget submarine had torpedoes or an explosive charge on board. Control of…

Read More »

Posted in 1930s, Adaptive, Military, Mobile robots, Programmable, Submarine navigation Tagged Ostekhbyuro, Pygmy, Soviet Union, Submarine, USSR, Остехбюро, Пигмей, Пігмей, Підводний човен, Подводная лодка, Радянський Союз, Советский Союз, СРСР, СССР Leave a comment

Tracked mine

2012-04-02
| No Comments
| 1940s, Adaptive, Military, Mobile robots, Self-propelled systems

During World War II, the German army (Wehrmacht) used three remotely operated Tracked mines: the light Goliath (Sd.Kfz. 302/303a/303b), the medium Springer (Sd.Kfz. 304) and the heavy Borgward IV (Sd.Kfz. 301).[7] Their task was to carry a charge of high explosives under armor protection into a target and detonate it there.   British soldiers with…

Read More »

Posted in 1940s, Adaptive, Military, Mobile robots, Self-propelled systems Tagged Borgward IV, Germany, Goliath, Springer, Tracked mine, Video, Германия, Гусенична міна, Гусеничная мина, Німеччина Leave a comment
  • 3 of 4
  • « Previous
  • 1
  • 2
  • 3
  • 4
  • Next »

Language:

  • English
  • Українська
  • Русский

Categories

  •  Framework
    • Algorithms
    • Hardware
    • Software
  • Field
    • Advertising
    • Agriculture
    • Art
    • Astronautics
    • Aviation
    • Entertainment
    • Ground transportation
    • Housekeeping
    • Industry
    • Medicine
    • Military
    • Reconnaissance
    • Rescue
    • Research
    • Shipping
    • Submarine navigation
  • Type
    • Information robots
    • Manipulation robots
      • Automatic
        • Adaptive
        • Programmable
      • Interactive
    • Mobile robots
      • Exoskeletons
      • Self-propelled systems
        • Adaptive
        • Intelligent
        • Programmable
      • Walking systems
        • Automatic
        • Intelligent
        • Semi-automatic
    • Mobile-manipulation robots
    • Other complex robots
  • Year
    • 0050s
    • 0060s
    • 0070s
    • 1760s
    • 1770s
    • 1890s
    • 1910s
    • 1920s
    • 1930s
    • 1940s
    • 1950s
    • 1960s
    • 1970s
    • 1980s
    • 1990s
    • 2000s
    • 2010s
    • 2020s

Social

YouTube Channel

  • Home
  • About
  • Management
  • Depository
    • Application ”Inlinko”
    • Software client ”Inmedafit”
    • Networking client ”IPQuisEst”
    • Viewer ”S3DxfVQ”
    • Application ”OGLeMDI”
  • Teller
  • Links
  • Contacts
  • Automated system «DraCAEna»
  • Computer vision system «Hostrozir»
  • Speech and audio processing system «Movotvir»
  • Network controller «Svitokol»
  • Automatic control system «Prudkodum»
  • Information Assistant Robot «Semargl»
  • Domestic robot – assistant «Domrad»
  • Industrial robotic complex «Kolodar»
  • Mobile robotic platform «Hutsulyk-R»
  • Blog about Robotics «Teller»

FOP Shvachko V. V. 2008 - 2022 | All Rights Reserved. Precious Lite theme by Flythemes