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Application: 2018121260, 08.06.2018

Effective date for property rights: 08.06.2018

Registration date: 12.02.2019

 Inventor(s): Negodov Sergej Vladimirovich (RU),Alimov Kirill Alekseevich (RU),Gribakov Dmitrij Vladimirovich (RU)

 Proprietor(s): Negodov Sergej Vladimirovich (RU),Alimov Kirill Alekseevich (RU),Gribakov Dmitrij Vladimirovich (RU)

Priority(s):

 

OBJECT CONTROL SYSTEM IN SPACE

 Abstract:

FIELD: control systems.

SUBSTANCE: object control system in space contains at least two object control and stabilization in space devices. Object control and stabilization in space device contains two rotating elements with identical mass moments of inertia and rotating in different directions and a device for their attachment.

EFFECT: object is modified or stabilized in space.

1 cl, 5 dwg

 

 

 

Formula  inventions 

1. The control system of an object in space, containing at least two devices for controlling and stabilizing an object in space, including:

a device for fastening at least two control devices and stabilizing the object in space to the control object;

the first rotating element, made with the ability to accumulate kinetic energy and / or create inertial moment;

the second rotating element, made with the ability to accumulate kinetic energy and / or create inertial moment;

moreover, the first and second rotating elements have the same mass moments of inertia and rotate in different directions, and the axes of these elements pass through the center of gravity of the control and stabilization devices of the object in space;

moreover, the system is additionally configured to:

an increase or decrease in the kinetic energy of the first rotating element to change the position and / or stabilize the position of the object in space;

increase or decrease the kinetic energy of the second rotating element, to change the position and / or stabilize the position of the object in space;

the use of the gyro effect, arising due to the rotation of the first and / or second rotating element, to change the position and / or stabilization of the object in space;

using at least two devices to control and stabilize an object in space in such a way that a “lever” effect occurs, where the arm is the control object's shell for changing position and / or stabilizing an object in space,

using the gyroscope effect when interacting at least two control devices and stabilizing an object in space in such a way that a “lever” effect occurs, where the arm is the control object's shell for changing the position or stabilizing the object in space.

2. The object control system of claim 1, where the first and second rotating elements are one of: a circle or a torus.

Blueprints

 

 

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