BAUMAN MOSCOW STATE TECHNICAL UNIVERSITY | DMITROV BRANCH


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GENERAL INFORMATION ON HST

   Principle of operation

   Configuration

   Real-time simulation system

   Man-machine interface control panel simulator

   The industrial Kawasaki robot

   TV-system

SPACE MANIPULATION ROBOT CONTROL

   Control frames of reference

   Frames, fixed relative to ISS

   Connected with robot frames

   Connected with base point frames

   Linear and angular coordinates

   Motion control commands

   Free motion commands

   Nearby base points motion commands

   Contact operations

HST REMOTE CONTROL

   Method of a remote experiment

   Remote control scheme

   Remote control interface

   Generating a robot mission

RUN REMOTE EXPERIMENT

CONTACT INFORMATION
 
Nearby base points motion commands
Nearby base points robot motion control uses in addition to sensor data near location data from Camera-Light Unit - CLU. Near location data are used for the calculation of linear and angular target coordinates relative to TV camera on EE.


1. Command Acquire Target - adjustment using CLU data about target coordinates.

This command ensures exact location FOR relative on the point of attachment beginning. Command is executed in automatic regime as a part of auto-sequence.


2. Command Approach - approach to the point of attachment beginning.

After this command FOR is located in the Insert Start Frame, at a distance 0.05m from the point of attachment. Command is executed in automatic regime as a part of auto-sequence.


3. Command Retract - moving away from the point of attachment beginning

Robot FOR moves from the Insert Start Frame to the safe approach point. This command is inverse to command Approach. Command is executed in automatic regime as a part of auto-sequence.