WO2013104934A2

WO2013104934A2 - Autonomous running motor

Info

Publication number: WO2013104934A2
Application number: PCT/GR2013/000002
Authority: WO
Inventors: Dimitrios Grammatopoulos
Original assignee: Dimitrios Grammatopoulos
Priority date: 2012-01-12
Filing date: 2013-01-11
Publication date: 2013-07-18
Also published as: WO2013104934A3

Abstract

Autonomous Running Motor, to which is used the magnetic energy, including the gravity of earth, by which, to the magnetic field between magnet carrier and magnet receiver, which is of changeable position for the control of its operation and efficiency, fitted to shaft, which while is rotating, is fitted to be able to move along runway and to the shaft, is fitted wheel, in engagement to rolling runway, of rectilinear or circular course, rotating on parallel direction to the runway with the fitted shaft and reverse direction to the magnetic power which tends to move the receiver and by means, is achieved the same rolling speed of the wheel, over the rolling runway and by means, is stated stable position of the rolling wheel with regard to the runway's frame and is achieved continuous rotation of the shaft, controlled by means of regulation of revolutions, as also for stop the motor's running, to which is able the combination of magnets, gravity and flywheel.

Description

AUTONOMOUS RUNNING MOTOR

The invention concerns with motor of the mechanical technical field, which is used to the production of every kind of work and of any demanded power.

By the motors, has been enable the big development, which has consolidate to the countries which owns and exploit them, for the produce of electricity, to the operation of machine tools, to industry, to transports.

The present invention, concerns with motors, which by the functional, mechanical ordinance of their construction, transforms the supplied energy by the energy source, to the demanded work by the rotation of their shaft.

The internal combustion engines, which are widely used, apart from the development they have enable to create, is the main source for the human caused climate change and together with the instability of its high operating cost, for the most of the countries, are the main reasons for the research for the production of work, by other energy sources, which apart from the always dangerous and because of this, prohibitive use of the nuclear energy, has show off the solutions of the clear, renewal energy sources into development, as also hydrogen motors. These last clear solutions, give vent to the big environmental problems, but are at disadvantage, because of their dependence by energy sources which reduce their efficiency and operation time, also of their high cost and often demand large surfaces, which is malfunction for fitting and of unsightly construction, as also the high cost of the hydrogen fuel.

The purpose of the present invention, is to create a motor, which is of clear environmentally operation, of low construction cost and more important, to operate absolutely independently of energy supply, without limit for time operation and for any power demand, directly, as the motor which produce the work or indirectly if considered more serviceable, as electric generator motor and the use of electric motor for the production of the demanded work.

In accordance with the invention, its purpose is achieved by the exploitation of the power, of controlled changeable magnetic field, including the gravity of the earth, which is created between, magnetic pole named carrier, fitted on carrier's frame, as respectively is earth for the gravity and pole of other magnet, named receiver and respectively the weight of mass for the gravity of earth, fitted on shaft, which is able to rotate independently from the receiver - apart from the use of flywheel, which rotate together with the shaft - and the shaft, while is rotating, is able to move at the same time, along runway or parallel runways, which for the use of gravity, are of controlled changeable inclination's position from the horizontal position, along the runway and means of motion transmission, fitted fixed to the shaft, like wheel as gear, is in engagement with means like rolling runways, as the engaging surface of toothed wheel or ring or chain fitted, which is able to rotate on direction always parallel to the direction along of the course, which the shaft is able to move along the runway and with means which define, only reverse heading rotation of the heading of the receiver and at the start of the running of the motor, by the exertion of the magnetic power or other to the receiver, -as setting the receiver from not active position, to active, for the magnetic field which creates with the carrier or respectively for the gravity, by giving inclination to the runways on which the shaft is able to move while is rotating, from the initial position of horizontal direction, in order to induce tensile stress to the receiver caused to the magnetic field- is induced rotation of the means like gear fitted to the shaft, because of the resistance of its engagement to the means like rolling runway, wheel or chain, which by the help of proper means, define rotation only to the reverse direction of the rotation of the shaft and by other means fitted to the shaft, the motion is transmitted at the same time to the means, like rolling runway and by means which determine the same rolling speed, of the means like gear, rolling over the rolling runway or wheel or chain, is achieved, the maintenance of stable position of the means like gear of the receiver, rotating on the means like rolling runway or wheel or chain with regard to the runway or parallel runways to which the shaft is able to move while is rotating, as also means of determining shaft's revolutions and by choice stopping of the operation, the motion is transmitted to the final shaft, and by the produced energy, of which a small part is consumed for the running of the motor, the rest, is available for the production of the work for any use. For increased efficiency, may be used to the motor in combination, magnets, flywheel and gravity. In addition, more magnets, apart from these for the operation of the motor for the production of the work, may be used for the controlled operation of the motor, as stabilizer of motor's revolutions, by the exertion of their magnet power, of reverse direction from the exerted to the receiver's fitted shaft, caused to the magnetic field. The course of the runway on which is moving the shaft, may be rectilinear or circular and respectively, the means which rotate on direction always parallel to the direction which the shaft is able to move, are rectilinear rolling runway, like chain for the rectilinear course or wheel or ring for the circular.

The advantages of the Autonomous Running Motor, are the most important point at issue to the research for work production, because apart from that it is of environmentally clear technology, its operation is absolutely autonomous, that is continual and free operating cost, completely controlled, produce work for any power demand, as generator's motor and also as motor for production of the final work and by incomparably low construction cost with regard to the known, of respective use technologies, which don't have the most important advantage, of the unlimited of time and power, autonomous operation.

The invention is described below, by the help of two examples, the one for rectilinear able course of the receiver's shaft and the other for circular course. ) The example 1 , presents the autonomous running motor with rectilinear able course of the receiver' shaft and with references to the attached drawings.

To the drawing 1 , is illustrated top view and to the drawing 2, side elevation of the Autonomous Running Motor of rectilinear course with the use of gravity, to which is fitted mechanism for the change of the runways inclination with reciprocating and adjustable change, for the inclination's angle and the frequency of reciprocation, for the control of the revolutions of the shaft, as also to the shaft for the motor's motion's transmission, before the transmission for the produce of the work, flywheel fitted to the shaft, for the stabilization of the momentum changes from the periodical change of the momentum and by the normal rotation of which, the motion is transmitted for the production of the work. The motor, is to position with inclination of the runways, that is during its operation, to which, to the shaft (1), is fitted fixed flywheel (2), chain gear (3), as also brake and the shaft's edges are fitted to parallel runways (4), to which, the shaft is able, while is rotating, to move along the runways direction. The parallel runways (4), are fitted fixed to frame, which is of changeable inclination along the direction of (4) and their initial position, of inactive motor's operation, is the horizontal. Cogs of gear (3) to its low part, are in engagement to chain (5) to its up part, which is fitted to gears (6) and (7), fitted to the frame of the runways, to shafts with mechanism for only one direction of rotation, in way that the chain (5), rotate with direction always parallel to the direction of (4) and with only one heading, as is clarified in continue. To (1 ), is also fitted fixed toothed wheel (8), which is in direct engagement to similar toothed wheel (9), in order to reverse the rotation's direction and (9), is fitted to shaft, on which is also fitted chain gear (10), similar to (3). The (9) and (10) by their shaft, are fitted to receiver's frame (1 ), to which is also fitted (1 ) with the fitted to it mechanical ordinance, that is (2),(3),(8), in order to move together, as compact mechanism, engaging (3) to (5) and able to move along (4), by the fitted to (4), shaft (1 ). The cogs of gear (1 0), to its low part, is in engagement with chain (1 2) to its up part, which is fitted to gears (1 3),(14), fitted to the frame of the runways, so to (12), be able to rotate, free of heading and with direction parallel to (4). To the shaft of (1 3), is also fitted fixed, toothed wheel (1 5), which is in engagement to similar toothed wheel (16), in order to reverse the rotation's direction and (16), is fitted fixed to the shaft of (6), settling 1 :1 motion's transmission. We give inclination to (4), and (1 1 ) with all the mechanical ordinance fitted to it, tend to move because of inclination, to the direction which leads the gravity. The (3) cogs, because of the resistance of (5), caused to the reverse direction which (5) is able to rotate, induce rolling of (3) over (5). With (3) is rotating (1 ) and (8), which transmits rotation to (9), by which is reversed the rotation's direction and by (9) the motion is transmitted to (1 0). (1 0), transmits motion to (1 2), by which is rotating (1 3), which, by the help of its shaft rotates (1 5) and (1 5) transmits motion to (16) by which is reversed the rotation's direction, transmitting motion, to the shaft of (6), which transmits the rotation to (5), settling 1 :1 motion's transmission and achieve by this way, the same rolling speed of (3) and (5), so as (2) with motive power the gravity, be rotating, keeping by the described motion's transmission ordinance, the same position over (5) with regard to the frame of the runways, transmitting by the help of (1 7), motion to flywheel (1 8) and by the help of shaft (1 9), the motion is transmitted for the production of work with controlled rotation, by the periodical inclination of (4).

The example 2, presents the autonomous running motor with circular able course of the receiver' shaft and with references to the attached drawing.

To the drawing 3, is illustrated side elevation of the Autonomous Running Motor of circular course with the use of gravity, to which the shaft (1 ) is fitted to stable frame, is fitted by the help of means of only one direction rotation, frame's wheel (2), which is toothed to the surface of its perimeter, fitted on vertical, upright position and to (1 ), is fitted an edge of arm (3), in way to be able to rotate around (1 ) and to the other edge of (3), is fitted receiver's frame to which is fitted drive shaft (4), to which is fitted toothed drive wheel (5), which is in direct engagement with (2), to the surface of its perimeter, so as (2) and (5), are able to rotate rolling to their toothed surfaces and to (4), is also fitted fixed another toothed wheel (6), which is in direct engagement with toothed wheel (7), fitted to shaft, which is fitted to the receiver's frame and (7) reverse the rotation's direction, to the same direction with (2) and to the shaft of (7) is also fitted, belt pulley (8), which by the help of belt (9), transmits motion to belt pulley (10), fitted fixed to (1 ), with motion's transmission by which is achieved the same rolling speed of (2) and (5), so as (5), keep rolling to the same position on (2), with regard to the stable frame of (1 ). The not active operation position of the motor, is the vertical position of the line which is formed, by the centre of (1 ) and the centre of gravity of the receiver's frame of (4) with the ordinance fitted on it and by means for change the position, of the centre of gravity of the receiver's frame from the not active position, the center of gravity, is transposed to the reverse direction of the direction which (2) rotates. By this transposition of the centre of gravity, is induced rolling of (5) over (2), caused to the gravity and the resistance of the teeth of the rolling wheels and by the described ordinance the rotation is transmitted to (2) with the same rolling speed of (2) and (5), so as to keep (5) rotating, on the same position over (2) with regard to the stable frame of (2) and by the help of (1 ) and means for revolutions regulation and of the stop of running, the rotation is transmitted for the production of the work.

Claims

1 . Autonomous Running Motor, which includes final transmission motion shaft and is characterized by that, in magnetic field, including the gravity of earth, which is created or exists for the gravity, between magnetic pole carrier, which respectively for the gravity is earth and magnetic pole receiver, which respectively is the weight of mass for the gravity and receiver is fitted to shaft, which rotates independently from the receiver, as also together, when receiver is flywheel and the shaft, by the proper means, is fitted to runway-s, which are fitted to frame and while the shaft is rotating, is able to move along the course of the runway-s and the magnetic field is of controlled changeable power, which may be achieved by means for change the position of the receiver, with regard to the carrier or interposition of magnet's insulating material and for the gravity , the change of power is achieved, by the change of the inclination of the able moving direction of the receiver, along the course of the runway-s, so as the exerted power by the magnetic field to the receiver, from the not active operation position, which for the gravity is the horizontal direction's able course of the receiver along the runways, to change by choice, until the operationally able of full efficiency, which for the gravity is the vertical direction of the receiver's able course along the runway-s and to the shaft is fitted fixed, motion transmission means, like gear or toothed wheel, which is in engagement with means like rolling runway-s as it is chain or wheel, fitted to rotate, in position of parallel direction to the direction along the able course of the receiver along the runway-s course and by means which state only one direction, for the rotation of the means like rolling runway-s, reverse to the direction of the receiver by the exerted power of the existed magnetic field with the carrier and by the help of means, state the keeping of stable position of the rotation of the means like gear fitted fixed to the shaft, by the determination of the same rolling speed over the means like rolling runway-s as it is wheel or chain with regard to the frame of the runway-s, to which is fitted the shaft, as also means for the regulation of the shaft's revolutions and by choice the stop of the running, the rotation is transmitted to the final shaft for the production of work for any use. For increased efficiency, may be fitted and used to the motor in combination, magnets, flywheel and the gravity. Apart from the operation of the production of the work, more magnet-s, may be used as stabilizer of the shaft's revolutions by the exerting of magnetic power to the receiver, of reverse direction of the exerted to the receiver for the production of the work.

2. Autonomous Running Motor, in accordance to the claim 1 , which is characterized by that, the means like rolling runway-s state rectilinear course and the magnetic pole carrier is fitted to carrier's frame and the magnetic pole of the receiver (2), is fitted to receiver's frame (1 1 ) and for the use of gravity, the total weight of the mass, which is fitted to the (1 1 ) is receiver and (2), is fitted to shaft (1 ), which while is rotating, is able to move along the rectilinear course of the runway-s (4), fitted to the carrier's frame (1 1 ) and for the gravity, the exerted magnetic power, changes by the change of the inclination of (4), along the runway course, so as from the not active operation position of the motor, which is the horizontal position of (4), to change until the operationally of full efficiency, which is the vertical position of (4) and to (1 ), is fitted fixed motion's transmission wheel, like cog wheel (3), which is in engagement with means for motion transmission, in type of rolling runway (5), like chain, fitted to rotate, in position of parallel direction to the direction along the course of (4) and by the help of means which state only one direction of rotation of (5), reverse to the direction of (2), by the exerted power of the magnetic field with carrier and wheel (8), fitted fixed to (1 ), is in direct engagement to wheel (9), of which, its shaft is fitted to the receiver's frame (1 1 ) and by (9) is achieved reversing of rotation's direction and to the shaft of (9), is also fitted wheel (1 0), like cog wheel, which is in engagement to rolling runway (1 2), so, (1 0) to roll over (1 2) and (1 2), rotate independently of heading with direction parallel to (4) and (1 2), transmit rotation to means for reversing the rotation's direction and transmit it, to the rolling runway (5), so as to achieve the same rolling speed of (3) and (5) and so, keep stable position of the rotation of (3) over (5) with regard to (4), fitted to the carrier's frame (1 1 ).

3. Autonomous Running Motor, in accordance to the claim 1 , which is characterized by that, the means like rolling runway-s or wheel, state circular course and the magnetic pole carrier is fitted to carrier's frame and the magnetic pole of the receiver, is fitted to receiver's frame and to the receiver's frame, is fitted drive shaft (4), which rotates independently from receiver and also together, when receiver is flywheel and to (4), is fitted drive wheel (5), which is in direct engagement to wheel (2), which rotates fitted to shaft (1 ) by the help of means, which define only direction of rotation, reverse to the direction which receiver tends to move, by the force of the exerted magnetic power and (1 ) is fitted to stable frame, to which is fitted the carrier's frame and for the gravity these two frames, is one and (5), while is rolling over (2), is able by means, to move along the circular course of the perimeter of (2) or to part of it with regard to the stable frame of (1 ) and by the help of means, the rotation of (4), convert the direction of rotation, to the same of (2) to these means, which in continue, transmit the rotation to (1 ), by motion's transmission, which state the same rolling speed of (2) and (5), so as to keep (5), rolling to stable position over the rotating (2) with regard to the stable frame of (1 ), changeable only, by means, for the change of power's production.