| Patent application number | Description | Published |
|---|
| 20090064805 | Method of keeping the direction given and device for its implementation - The present technical solution provided allows it to meet the problem of keeping the direction given by the use of the stabilized element in the plane of the inertial space, irrespective of acting harmful torques, precessions of gyroscopes and turns in that plain of the movable object whereon the solution is used. This solution is based on forced creation of those precessions of two one-axis gyrostabilizers towards the opposite sides, connected with each other by the connection unit comprising the stabilized element. Since in the present solution use can be made of the gyroscope of low accuracy, then the solution provided can be implemented in the small-size version. | 03-12-2009 |
| 20090076729 | Method for determining true meridian and device for its implementation - The present technical solution provided allows it to determine true meridian of any movable object. This solution is based on determining true meridian by zero value of linear acceleration induced created by changing the projection of the vector of linear velocity, caused by rotating any heavenly body, in particular, the terrestrial globe. The determination is implemented in compact variant only by the devices located on the movable object without any necessity of using induced radiations, quickly and accurately without any necessity of knowing the coordinates of location and the speed of movement irrespective of weather conditions, transverse accelerations, temperature changes and external magnetic fields influence. | 03-19-2009 |
| 20090145223 | Method for determining linear acceleration and device for its implementation - The present technical solution for determining linear acceleration, the vector whereof is considered to be at a tangent to a trajectory of movement of a moving object, is based on determining new differences of accelerations. It is considered to be the basis for efficient, accurate, with the threshold of sensitivity equal to zero in small-size option solving the tasks of autonomous navigation, piloting, stabilization and etc. Said solution is irrespective of disturbance factors, in particular, cross-axis and centrifugal accelerations, vibrations, temperature and others, and can be used without any gyroscopes. | 06-11-2009 |
| 20090198471 | Method and device of autonomous determination of angle of drift of the moving object - The present technical solution provided is intended for the accurate determination of angle of drift only by the means located inside the moving object, without applying any radiations and gyroscopes as well as without using any sources of information and orientation on the Earth and on any other heavenly bodies. The determination of such kind is provided for the first time and is considered to be of paramount importance for the navigational and meteorological purposes. The present solution is based on the determination of the horizontal projections of the linear acceleration vector by means of the sensors of said acceleration, they being developed by the authors earlier. | 08-06-2009 |
| 20090326824 | Method and device for the autonomous determination of wind speed vector - The present technical solution provided for the autonomous determination of wind speed vector is intended for the accurate determination of wind speed vector as well sea current, only by the means located in a moving object without applying any radiations and gyroscopes, and also without applying any sources of information and reference marks on the Earth and other heavenly bodies. | 12-31-2009 |
| Patent application number | Description | Published |
|---|
| 20090064805 | Method of keeping the direction given and device for its implementation - The present technical solution provided allows it to meet the problem of keeping the direction given by the use of the stabilized element in the plane of the inertial space, irrespective of acting harmful torques, precessions of gyroscopes and turns in that plain of the movable object whereon the solution is used. This solution is based on forced creation of those precessions of two one-axis gyrostabilizers towards the opposite sides, connected with each other by the connection unit comprising the stabilized element. Since in the present solution use can be made of the gyroscope of low accuracy, then the solution provided can be implemented in the small-size version. | 03-12-2009 |
| 20090076729 | Method for determining true meridian and device for its implementation - The present technical solution provided allows it to determine true meridian of any movable object. This solution is based on determining true meridian by zero value of linear acceleration induced created by changing the projection of the vector of linear velocity, caused by rotating any heavenly body, in particular, the terrestrial globe. The determination is implemented in compact variant only by the devices located on the movable object without any necessity of using induced radiations, quickly and accurately without any necessity of knowing the coordinates of location and the speed of movement irrespective of weather conditions, transverse accelerations, temperature changes and external magnetic fields influence. | 03-19-2009 |
| 20090145223 | Method for determining linear acceleration and device for its implementation - The present technical solution for determining linear acceleration, the vector whereof is considered to be at a tangent to a trajectory of movement of a moving object, is based on determining new differences of accelerations. It is considered to be the basis for efficient, accurate, with the threshold of sensitivity equal to zero in small-size option solving the tasks of autonomous navigation, piloting, stabilization and etc. Said solution is irrespective of disturbance factors, in particular, cross-axis and centrifugal accelerations, vibrations, temperature and others, and can be used without any gyroscopes. | 06-11-2009 |
| 20090198471 | Method and device of autonomous determination of angle of drift of the moving object - The present technical solution provided is intended for the accurate determination of angle of drift only by the means located inside the moving object, without applying any radiations and gyroscopes as well as without using any sources of information and orientation on the Earth and on any other heavenly bodies. The determination of such kind is provided for the first time and is considered to be of paramount importance for the navigational and meteorological purposes. The present solution is based on the determination of the horizontal projections of the linear acceleration vector by means of the sensors of said acceleration, they being developed by the authors earlier. | 08-06-2009 |
| 20090326824 | Method and device for the autonomous determination of wind speed vector - The present technical solution provided for the autonomous determination of wind speed vector is intended for the accurate determination of wind speed vector as well sea current, only by the means located in a moving object without applying any radiations and gyroscopes, and also without applying any sources of information and reference marks on the Earth and other heavenly bodies. | 12-31-2009 |
