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  • B64G1/00
    		•  Cosmonautic vehicles [3] HB CC 3D140
  • B64G1/00@A
    		•  Rockets HB CC 3D140
  • B64G1/00@B
    		•  .Fuselages HB CC 3D140
  • B64G1/00@C
    		•  .Nozzles HB CC 3D140
  • B64G1/00@E
    		•  .control of thrust direction HB CC 3D140
  • B64G1/00@F
    		•  .Characterised by types of power units HB CC 3D140
  • B64G1/00@S
    		•  .Suborbital rockets HB CC 3D140
  • B64G1/00@Z
    		•  Others HB CC 3D140
  • B64G1/00,200
    		•  .Launch systems HB CC 3D140
  • B64G1/00,250
    		•  ..Launching from the air HB CC 3D140
  • B64G1/00,270
    		•  ..Orbital transition HB CC 3D140
  • B64G1/10
    		•  .Artificial satellites; Systems of such satellites; Interplanetary vehicles (space shuttles B64G 1/14) [2006.01] HB CC 3D140
  • B64G1/10,100
    		•  ..Communications satellites(communications related H04B7/185) HB CC 3D140
  • B64G1/10,200
    		•  ..Positioning satellites(navigation systems G01S) HB CC 3D140
  • B64G1/10,300
    		•  ..Earth observation satellites HB CC 3D140
  • B64G1/10,328
    		•  ...Using optical means HB CC 3D140
  • B64G1/10,335
    		•  ...Using radar HB CC 3D140
  • B64G1/10,342
    		•  ...Specially adapted for meteorology HB CC 3D140
  • B64G1/10,400
    		•  ..Space science HB CC 3D140
  • B64G1/10,457
    		•  ...Specially adapted for astronomy HB CC 3D140
  • B64G1/10,464
    		•  ...Specifically adapted for interplanetary, solar or interstellar exploration HB CC 3D140
  • B64G1/10,471
    		•  ....Planetary landers designed to explore the surfaces of planets, moons or comets HB CC 3D140
  • B64G1/10,500
    		•  ..Satellite for maintenance or service HB CC 3D140
  • B64G1/10,600
    		•  ..Constellation (groups and patterns) HB CC 3D140
  • B64G1/10,700
    		•  ..Spaceship systems consisting of modules HB CC 3D140
  • B64G1/12
    		•  ..manned [3] HB CC 3D140
  • B64G1/14
    		•  .Space shuttles [3] HB CC 3D140
  • B64G1/16
    		•  .Extraterrestrial cars [2006.01] HB CC 3D140
  • B64G1/22
    		•  .Parts of, or equipment specially adapted for fitting in or to, cosmonautic vehicles [3] HB CC 3D140
  • B64G1/22,100
    		•  ..Mechanisms for releasing and deploying HB CC 3D140
  • B64G1/22,100@A
    		•  Mechanism for releasing HB CC 3D140
  • B64G1/22,100@B
    		•  .Mechanisms for deployment, e.g. for deployment of solar batteries HB CC 3D140
  • B64G1/22,100@C
    		•  ..Holding mechanisms in folded or unfolded states HB CC 3D140
  • B64G1/22,100@Z
    		•  Others HB CC 3D140
  • B64G1/22,224
    		•  ..Inflatable structures HB CC 3D140
  • B64G1/22,300
    		•  ..Characterized by coatings HB CC 3D140
  • B64G1/22,428
    		•  ..Decreasing the effects of high-frequency vibration HB CC 3D140
  • B64G1/24
    		•  ..Guiding or controlling apparatus, e.g. for attitude control [2006.01] HB CC 3D140
  • B64G1/24@A
    		•  Utilising solar-light pressure or solar-wind pressure(characterized by its propulsion, e.g. solar sail B64G1/40) HB CC 3D140
  • B64G1/24@Z
    		•  Others HB CC 3D140
  • B64G1/24,200
    		•  ...Characterized by the orbits HB CC 3D140
  • B64G1/24,400
    		•  ...To control the attitude HB CC 3D140
  • B64G1/24,545
    		•  ....Attitude control algorithms HB CC 3D140
  • B64G1/24,647
    		•  ....Concepts of advanced control, e.g. using artificial intelligence HB CC 3D140
  • B64G1/26
    		•  ...using jets [3] HB CC 3D140
  • B64G1/26@A
    		•  Being used for rockets HB CC 3D140
  • B64G1/26@B
    		•  Being used for satellites HB CC 3D140
  • B64G1/26@C
    		•  .for controlling orbits HB CC 3D140
  • B64G1/26@Z
    		•  Others HB CC 3D140
  • B64G1/28
    		•  ...using inertia or gyro effect [3] HB CC 3D140
  • B64G1/28@A
    		•  Utilising movement of weights HB CC 3D140
  • B64G1/28@C
    		•  mounting or supporting wheels HB CC 3D140
  • B64G1/28@D
    		•  utilising only single wheel HB CC 3D140
  • B64G1/28@E
    		•  detection of, measures against breakdown HB CC 3D140
  • B64G1/28@F
    		•  being used with other control devices HB CC 3D140
  • B64G1/28@Z
    		•  Others HB CC 3D140
  • B64G1/28,100
    		•  ....Spin-stabilized aircrafts HB CC 3D140
  • B64G1/28,300
    		•  ....Using reaction wheels HB CC 3D140
  • B64G1/28,500
    		•  ....Using momentum wheels HB CC 3D140
  • B64G1/28,600
    		•  ....Using Control Moment Gyroscopes [CMG] HB CC 3D140
  • B64G1/28,800
    		•  ....Using gyroscopes as attitude determination sensors HB CC 3D140
  • B64G1/32
    		•  ...using earth's magnetic field [3] HB CC 3D140
  • B64G1/34
    		•  ...using gravity gradient [3] HB CC 3D140
  • B64G1/36
    		•  ...using sensors, e.g. sun-sensors, horizon sensors [3] HB CC 3D140
  • B64G1/36@A
    		•  Using inertial sensors HB CC 3D140
  • B64G1/36@B
    		•  Using radio-wave sensors HB CC 3D140
  • B64G1/36@Z
    		•  Others HB CC 3D140
  • B64G1/36,100
    		•  ....Using star sensors HB CC 3D140
  • B64G1/36,300
    		•  ....Using solar sensors HB CC 3D140
  • B64G1/36,500
    		•  ....Using earth horizon sensors or earth sensors HB CC 3D140
  • B64G1/36,600
    		•  ....Using magnetic force sensors HB CC 3D140
  • B64G1/36,800
    		•  ....Using gravity sensors HB CC 3D140
  • B64G1/38
    		•  ...damping of oscillations, e.g. nutation dampers [3] HB CC 3D140
  • B64G1/38@A
    		•  Damping actively HB CC 3D140
  • B64G1/38@B
    		•  .damping nutation HB CC 3D140
  • B64G1/38@Z
    		•  Others HB CC 3D140
  • B64G1/40
    		•  ..Arrangements or adaptations of propulsion systems [2006.01] HB CC 3D140
  • B64G1/40,100
    		•  ...Using liquid fuels (per se F02K9/42) HB CC 3D140
  • B64G1/40,200
    		•  ...Propellant tanks ; for feeding propellants (in general F02K9/44) HB CC 3D140
  • B64G1/40,300
    		•  ...Using solid fuels (per se F02K9/72) HB CC 3D140
  • B64G1/40,400
    		•  ....Hybrid rocket engines (per se F02K9/72) HB CC 3D140
  • B64G1/40,500
    		•  ...Ion or plasma engines, e.g. hall thruster (per se F03H1/00) HB CC 3D140
  • B64G1/40,600
    		•  ...arcjet and other resistojet HB CC 3D140
  • B64G1/40,700
    		•  ...Solar sailing HB CC 3D140
  • B64G1/40,800
    		•  ...Propulsion of nuclear spacecraft HB CC 3D140
  • B64G1/40,900
    		•  ...Other spacecraft propulsion systems, e.g. cold gas jet thrusters, optical rockets HB CC 3D140
  • B64G1/42
    		•  ..Arrangements or adaptations of power supply systems [2006.01] HB CC 3D140
  • B64G1/42,100
    		•  ...Non-solar power generation HB CC 3D140
  • B64G1/42,120
    		•  ....Atomic power generation HB CC 3D140
  • B64G1/42,130
    		•  ....Fuel cells HB CC 3D140
  • B64G1/42,200
    		•  ...Energy storage HB CC 3D140
  • B64G1/42,260
    		•  ....Flywheels HB CC 3D140
  • B64G1/42,270
    		•  ....Thermal power storage HB CC 3D140
  • B64G1/42,300
    		•  ...Distribution and management of electric power HB CC 3D140
  • B64G1/44
    		•  ...using radiation, e.g. deployable solar arrays [2006.01] HB CC 3D140
  • B64G1/44@A
    		•  Direction control of solar cells HB CC 3D140
  • B64G1/44@Z
    		•  Others HB CC 3D140
  • B64G1/44,300
    		•  ....Arrays of solar cells HB CC 3D140
  • B64G1/44,600
    		•  ....Solar thermal power generation HB CC 3D140
  • B64G1/46
    		•  ..Arrangements or adaptations of devices for control of environment or living conditions [2006.01] HB CC 3D140
  • B64G1/48
    		•  ...for treatment of the atmosphere (B64G 1/50 takes precedence) [2006.01] HB CC 3D140
  • B64G1/50
    		•  ...for temperature control [2006.01] HB CC 3D140
  • B64G1/50@A
    		•  Radiation coolers for infra-red detectors HB CC 3D140
  • B64G1/50@C
    		•  Using thermal louvers HB CC 3D140
  • B64G1/50@Z
    		•  Others HB CC 3D140
  • B64G1/50,300
    		•  ....Radiator Panels HB CC 3D140
  • B64G1/50,600
    		•  ....Heat pipes HB CC 3D140
  • B64G1/52
    		•  ..Protection, safety or emergency devices; Survival aids [2006.01] HB CC 3D140
  • B64G1/52,525
    		•  ...Life-saving aids HB CC 3D140
  • B64G1/54
    		•  ...Protection against radiation [2006.01] HB CC 3D140
  • B64G1/54,300
    		•  ....For protecting crews HB CC 3D140
  • B64G1/54,600
    		•  ....Shielding electronic equipment HB CC 3D140
  • B64G1/56
    		•  ...Protection against meteoroids or space debris [2006.01] HB CC 3D140
  • B64G1/58
    		•  ...Thermal protection, e.g. heat shields (thermal insulation in general F16L 59/00) [2006.01] HB CC 3D140
  • B64G1/60
    		•  ..Crew or passenger accommodations [3] HB CC 3D140
  • B64G1/62
    		•  ..Systems for re-entry into the earth's atmosphere; Retarding or landing devices [3] HB CC 3D140
  • B64G1/64
    		•  ..Systems for coupling or separating cosmonautic vehicles or parts thereof, e.g. docking arrangements [3] HB CC 3D140
  • B64G1/64@C
    		•  separation of nose fairing HB CC 3D140
  • B64G1/64@Z
    		•  Others HB CC 3D140
  • B64G1/64,100
    		•  ...For coupling and separating Interstage or payload HB CC 3D140
  • B64G1/64,143
    		•  ....For multiple satellites HB CC 3D140
  • B64G1/64,500
    		•  ...Characterized by separation HB CC 3D140
  • B64G1/64,600
    		•  ...Docking systems or rendezvous systems HB CC 3D140
  • B64G1/64,800
    		•  ...Space tethers HB CC 3D140
  • B64G1/66
    		•  ..Arrangements or adaptations of apparatus or instruments, not otherwise provided for [2006.01] HB CC 3D140
  • B64G1/66@A
    		•  Arrangements or adaptations of apparatus or observation devices HB CC 3D140
  • B64G1/66@B
    		•  Arrangements or adaptations of electric instruments or electronic instruments HB CC 3D140
  • B64G1/66@C
    		•  Arrangements or adaptations of antennas HB CC 3D140
  • B64G1/66@Z
    		•  Others HB CC 3D140
  • B64G1/68
    		•  ...of meteoroid or space debris detectors [3, 2006.01] HB CC 3D140
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