RU2012106741ARU2012106741/06ARU2012106741ARU2012106741ARU 2012106741 ARU2012106741 ARU 2012106741ARU 2012106741/06 ARU2012106741/06 ARU 2012106741/06ARU 2012106741 ARU2012106741 ARU 2012106741ARU 2012106741 ARU2012106741 ARU 2012106741A
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Application filed by Юрий Евгеньевич ДемидовfiledCriticalЮрий Евгеньевич Демидов
Priority to RU2012106741/06ApriorityCriticalpatent/RU2012106741A/en
Publication of RU2012106741ApublicationCriticalpatent/RU2012106741A/en
Устройство, преобразующее энергию вращения в тяговое усилие, содержащее механизм вращения вокруг оси шестерней или дисков, которые установлены под углом к оси вращения механизма, с возможностью вращения со скоростью меньше скорости вращения механизма.A device that converts rotational energy into traction, containing a rotation mechanism around the axis of the gears or disks that are mounted at an angle to the rotation axis of the mechanism, with the possibility of rotation at a speed less than the rotation speed of the mechanism.
Claims (1)
Устройство, преобразующее энергию вращения в тяговое усилие, содержащее механизм вращения вокруг оси шестерней или дисков, которые установлены под углом к оси вращения механизма, с возможностью вращения со скоростью меньше скорости вращения механизма.
A device that converts rotational energy into traction, containing a rotation mechanism around the axis of the gears or disks that are mounted at an angle to the rotation axis of the mechanism, with the possibility of rotation at a speed less than the rotation speed of the mechanism.
Temporary bill storage module, comprising a large and a small reel driven by a first and second motor respectively, a first and a second coding disc fixed on a rotating shaft of the large and small reel respectively, a first and a second sensor arranged in correspondence with the first and second disk respectively, and a microcontroller; procedure to control rotation speed of a bill storage module
Inertia cone crusher comprising an external crusher body an internal crusher body, between which a crusher chamber is formed, where the inertia cone type crusher comprises a first counterweight and a second counterweight, where the first counterweight is fixed to the axis of transmission in a position located below the transmission bearing, the second counterweight is fixed to the transmission shaft in a position located above the transmission shaft bearing; method.
Wind turbine rotor, comprises a hub and at least one blade supported on the hub, the blade comprises a first section of the blade mounted on the hub in a stationary manner and a second section of the blade mounted to the first section and being adjustable so rotating around the longitudinal axis of the blade; wind turbine