| RU2109392C1 | 1998-04-20 | |||
| SU634430A1 | 1978-11-25 | |||
| RU2301489C2 | 2007-06-20 | |||
| RU2368057C1 | 2009-09-20 | |||
| GB2030376A | 1980-04-02 |
| PATENT CLAIMS 1. The device to drive the electric generator ( 1 ), characterized by that a fly-wheel (6) is fixed to the axis of a generator ( 1 ) said fly-wheel is linked to a reducing gear (2). Arms (4) are fixed to the axis (3) of the reducing gear (2). At the ends of arms (4) rotors (5) are fixed, which, in turn, perform circular motion along a linear stator (7). Stator (7) can be powered by different sources of electrical energy (battery pack, another generator, electrical mains or other sources) by distribution from a control unit (9) that can be controlled both automatically and manually. Due to the use of arms (4), with a lower power of the stator (7) we can drive the electric generator (1) which has a higher power. 2. The device to drive the electric generator ( 1 ), according to claim 1 , characterised by that driving of the electric generator (1) is accomplished through electromagnetic levitation, positioned around the electric generator (1 ) by means of arms (4). 3. The device to drive the electric generator (1), according to claim 1 , characterised by that driving of the electric generator (1 ) is accomplished by means of arms (4) that can be extended for better driving of the electric generator (1). 4. The device to drive the electric generator (1 ), according to claim 1 , characterised by that after the initial driving, the electric generator (1) is self- driven and produces residual energy for use in the electrical power network or for other consumers. |
FIELD OF TECHNOLOGY
The device to drive the electric generator is applicable in power engineering, in particular, in providing continuous operation of the electric generator without the need for external driving sources.
PRIOR ART OF TECHNOLOGY
The device to drive the electric generator for its continuous operation, based on self-powering, consuming part of its output power, is not known.
TECHNICAL NATURE OF THE INVENTION
The aim of the invention is to create the device to drive the electric generator that will ensure its continuous operation without external energy sources, without violating the laws of physics, but using one of them, namely, a first-order lever.
This problem is solved by fixing one, two, three or more arms to the electric generator, to its axis or to the axis of the following reducing gear, and a rotor is fixed to the ends of the arms. A linear stator is positioned in a circle around the generator, so that the rotors pass above it. After switching on the voltage to the stator (which can be single-phase, three-phase or direct current), the rotors start moving in a circular motion, following the contours of the stator.
Due to the fact that the rotors are fixed rigidly to the arms, by their circular motion they set the axis of the reducing gear or of the generator in motion.
The principle of the motion of a rotor on a linear stator is already known in science as magnetic levitation (maglev) and is used in some high-speed trains.
In the device to drive the electric generator, a reducing gear is used only when the electric generator does not have a low rotational speed.
A fly-wheel can be used to improve the operation of the electric generator.
After the stator is powered with voltage and the arms, in their turn, drive the electric generator to an optimal rotational speed, it starts generating electrical energy which is higher than the energy needed to power the linear stator. This is due to the fact that the device to drive the electric generator uses arms, and the longer the arms, the less energy is needed for driving the electric generator, which means that the electric generator will produce electrical energy sufficient for powering the linear stator and for use in the electrical power network or for other consumers. The initial power for the linear electric motor can be from a battery pack, another generator, from the mains voltage or other sources, and this is controlled from a control unit which is part of the device to drive the electric generator.
DESCRIPTION OF THE ATTACHED FIGURES
The invention is explained in more detail by the exemplary
implementation of the device to drive the electric generator, shown in the figures, where:
- fig. 1 is a diagram of the device to drive the electric generator.
- fig. 2 is a cross-section along A-A of the device to drive the electric generator.
EMBODIMENT AND OPERATION OF THE INVENTION
On the figures the device to drive the electric generator 1 is shown, to whose driving axis a fly-wheel 6 is fastened rigidly, which is linked to a reducing gear 2.
Arms 4 are rigidly fixed to the axis 3 of reducing gear 2. Rotors 5 are positioned at the ends of arms 4.
Around electric generator 1 a circumference with a linear stator 7 is positioned. Via power cables 8, the control unit 9 feeds voltage to the stator 7.
The initial power to the linear stator 7 can be from a battery pack, another generator, from the mains voltage or other sources.
A reducing gear is used in the apparatus for driving an electric generator only when the electric generator does not have a low rotational speed.
The length of the arms can be varied for better driving of the electric generator, the longer they are, the less energy is needed for driving the generator itself. The control unit can be operated automatically or manually by an operator.
In all cases, the power of the linear stator is less than that of the electric generator and since arms are used, driving higher powers with less power is possible.
Operation of apparatus for driving an electric generator:
' - When initial energy is fed to control unit 9, it, through the power cables 8, excites the linear stator 7. Due to electromagnetic levitation, rotors 5 start a rotary motion in one direction along the circular linear stator 7. Rotors 5 drive arms 4, which, in turn, drive the axis 3 of reducing gear 2. Reducing gear 2 drives generator 1 which has a fly-wheel 6. After the electric generator 1 reaches optimal rotations, it starts producing electrical energy which can power linear stator 7 and excess energy that can be used in the electrical power network or for other consumers.