WO2014132092A2 - Autonomous running motor of active frame - Google Patents
Autonomous running motor of active frame Download PDFInfo
- Publication number
- WO2014132092A2 WO2014132092A2 PCT/GR2014/000012 GR2014000012W WO2014132092A2 WO 2014132092 A2 WO2014132092 A2 WO 2014132092A2 GR 2014000012 W GR2014000012 W GR 2014000012W WO 2014132092 A2 WO2014132092 A2 WO 2014132092A2
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- WO
- WIPO (PCT)
- Prior art keywords
- frame
- fitted
- receiver
- motor
- wheel
- Prior art date
Links
- 238000010276 construction Methods 0.000 claims abstract description 45
- 230000005484 gravity Effects 0.000 claims abstract description 32
- 238000005096 rolling process Methods 0.000 claims description 47
- 230000033001 locomotion Effects 0.000 claims description 41
- 230000005540 biological transmission Effects 0.000 claims description 21
- 238000004519 manufacturing process Methods 0.000 claims description 21
- 230000001939 inductive effect Effects 0.000 claims description 6
- 230000003387 muscular Effects 0.000 claims description 5
- 230000003245 working effect Effects 0.000 claims description 5
- 230000001965 increasing effect Effects 0.000 claims description 4
- 238000005381 potential energy Methods 0.000 claims description 4
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 3
- 239000011810 insulating material Substances 0.000 claims description 2
- 102100034742 Rotatin Human genes 0.000 claims 1
- 101710200213 Rotatin Proteins 0.000 claims 1
- 230000032258 transport Effects 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 2
- 239000002184 metal Substances 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000009776 industrial production Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000004321 preservation Methods 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
- F03G7/10—Alleged perpetua mobilia
- F03G7/104—Alleged perpetua mobilia continuously converting gravity into usable power
- F03G7/107—Alleged perpetua mobilia continuously converting gravity into usable power using an unbalance for increasing torque or saving energy
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G3/00—Other motors, e.g. gravity or inertia motors
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
- F03G7/10—Alleged perpetua mobilia
Definitions
- the invention concerns with motors of construction frame, to which are fitted motors for any use and these may be immovable, as machines of industrial production or movable like for transports or movable machines like domestic electrical appliances, as vacuum cleaners e.t.c.
- the present invention concerns with motors, to which the motive power is supplied by magnetic field and also the gravity of the earth, as it is the "AUTONOMOUS RUNNING MOTOR" to which, is included magnetic field and also 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, which is stable part of the motor, fitted to the frame of the construction and pole of other magnet, named receiver which is respectively the weight of mass for the gravity of earth, fitted to receiver's frame, by which the receiver is fitted to 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, by proper means for its fitting to means which state course, while is rotating, is able to move at the same time, along the course and the magnetic field is of controlled changeable power or its efficiency, which may be achieved by means for change the position of the receiver with regard to the carrier or interposition of insulating material for magnets, as also in combination and for the gravity, the change of the power efficiency
- the frames, to which the motors are fitted widely for any kind of use, are constructed in accordance to specifications, for their capability to serve their purpose and with safety for their users and the place of their operation, aiming the construction to have the minimal weight, especially for the transport means, to which, the produced work, is the movement of their mass weight which have in total as construction, including the load capability which is the purpose to carry and because of this, the power of these motors, is proportional to this weight.
- the purpose of the present invention is the exploitation of the technical characteristics of the motors, to which the motive power is supplied by the potential energy of the weight of mass for the use of gravity or of magnets for the use of magnetic field or in their combination, which is converted to kinetic energy, as to the "AUTONOMOUS RUNNING MOTOR", by their fitting, on new type of construction's frames for any use, to which, the 5 demanded motive power of weight of mass for the motor's operation, is the weight of part of the construction fitted to the frame, in way for safe and efficient motor's operation with result of the advantages to the production of the work, which may be achieved to motors with different technical characteristics to the operation's development, than also to the "AUTONOMOUS RUNNING MOTOR” o and also with significant increase of the produced power.
- the "active frame” (c), is fitted to "base frame” (a) by the help of means, for the safe use of the invention from the changes to the position of the "base frame” (a) with regard to the “active frame” (c) and the direction of the motive power, that is safety means (a2) for the motor's operation with inclination or to overturning of the construction's frame, as with types of security means (ab), which state free move of the "active frame” (c), only to the direction, which the "active frame” (c) is fitted as the motive power- weight, to the "receiver frame” (b7) of the motor, as construction part of the "base frame” (a), which state the able course (ab) of the move of the "active frame” (c), as also independently from this or in combination, fitting of the motor to rolling runway-s (a1 ), between the two fitted frames, that is the "base frame” (a) and the “carrier's frame” (b), so as the motor operate producing work, moving over the rolling runway
- motive force to the motor may be exerted subsidiary or alternatively to the weight of mass or of magnets, force by other source, as centrifugal, hydraulic pressure , spring, muscular or other.
- force by other source as centrifugal, hydraulic pressure , spring, muscular or other.
- the rolling runway of the carrier's frame (b) with one direction of rotation is wheel (b1 ), as toothed wheel, ring etc. fitted fixed to the carrier's frame (b), that is non rotating and the receiver's frame consists by two parts by the help of which are performing respectively its two workings, of which the one is the fitting of the motive force by the weight of mass or magnetic field and the other, the motion's transmission and the one part of the receiver's frame (b4) to which is fitted the driving wheel (b2), is rolling to its circular course over the fitted fixed wheel (b1) and to this part of the receiver's frame (b4), by the help of the one end of motion's transmission mean (b6), as flexible fitted to (b4), is transmitted the motive power by weight of mass (c) or magnetic field, from the other end of the mean (b6), which is fitted to the other part of the receiver's frame (b7), to which is fitted the motive force and it is maintained
- the drive wheel (b2) is fitted to an end of arm (b4), as. rotating part of the receiver's frame, which is rotating with the drive wheel (b2), to the periphery of the fitted fixed wheel (b1 ) and to the other end of the arm (b4), which is fitted to rotate independently around the axle (b3) of the fixed wheel (b1), is fitted wheel (b4a), so as to rotate around its axle (b3), by the motion which is transmitted to (b4a), by the help of means from the drive wheel (b2) and to the axle (b3), is fitted frame (b5) so as to rotate around (b3) and (b4a) transmit its rotation to wheel (b5a) fitted on the frame (b5), so as (b5a) to rotate around the periphery of the fixed wheel (b1 ), by transmission which state the same rolling speed and direction of the (b5a) with the drive wheel (
- Another way for the application of the invention with technical characteristics of the motor with fitted fixed wheel or ring to the carrier's frame, is by transmission of the motive force to the drive wheel from the receiver's frame which transmit the motive force by flexible mean (2),(3), of which the one end is fitted rounded to mean as cylinder (A1),(B1) and the cylinder is fitted to the same shaft of the drive wheel (A2),(B2) and these are fitted to the rotating part of the receiver's frame (A),(B) and the other end of the flexible mean (2), (3), is fitted to the other part of the receiver's frame (1), to which is applied the motive power, so as the receiver's frame (1), is maintained to stable position regards to the motor, by some means as, the (2), (3), are fitted to the cylinder (A1 ),(B1 ), to distance from their common center with the drive wheel (A2),(B2), equal to the radius of the drive wheel (A2),(B2), so as the respective courses of the drive wheel (A2),(B2) and of the flexible mean (2)
- the rolling runway as chain or the surface of the periphery of toothed wheel, fitted to the carrier's frame with one rotation's direction
- the application of the invention with subsidiary use of the centrifugal force is achieved to the invention by motor, to which the motive force is supplied by magnetic force and also the weight of mass, which by some means (d),(d1 ), rotate mass elements (d2), as around shaft (d1 ), -with optimum rotation's position the horizontal- and the mass elements (d2) while rotate, by means they may move, as roll over arms (d1a), to the direction of the exerted to them centrifugal force created by the rotation and to each element (d2) respectively, is fitted the end of mean (d3), as wire rope and the means (d3), transmit the intensity of the centrifugal force by way or means (d4) of rectilinear transmission to stable position, non rotating mean (d4) regards to the motor, which is transmitted by mean (d5), as wire rope, to the part of the receiver's frame (b7) of the motor, to which is fitted the motive force (c) by way which state fitting of the centrifugal force by the mean (d5) with the same direction of the
- the force by the weight of mass to (1) is fitted to the (2),(3), inducing continual rotation to (5), by the rotation of the cylinders (A1),(B1), which induce the rolling of the toothed wheels (A2), (B2), over the ( ⁇ 1),( ⁇ 2) by the successive reversal of rotation's direction, the extending and rounding of (2),(3) and by pulley belt (6) the rotation is transmitted for the production of work.
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Toys (AREA)
Abstract
Autonomous running motor of active frame, to which the motive energy is the potential converted to kinetic by magnetic field and also the gravity of earth, for the exploitation of the advantages of which, is fitted to frame, formed by two parts, the "base frame" (a), as base of placement of the construction or for vehicles, the frame to which are fitted the wheels and for the ships and aeroplanes, the respective external frame to which are fitted the elements which consists fixed part of the motor and by the other part of the frame, the "active frame" (c), to which are fitted the other elements of the motor as also the load for the transport means, which by means is fitted at all or part of it, as motive force of weight to the receiver's frame and the motor is fitted to operate by safety means (a1),(a2), to inclination or overturning of the construction and also with different technical characteristics of operation's development and apart from the motive power by weight or magnets by other source subsidiary or alternatively.
Description
AUTONOMOUS RUNNING MOTOR
OF ACTIVE FRAME
The invention concerns with motors of construction frame, to which are fitted motors for any use and these may be immovable, as machines of industrial production or movable like for transports or movable machines like domestic electrical appliances, as vacuum cleaners e.t.c.
By the motors, has been enable the big development, which has consolidate to the countries which owns and exploit them, for the production of electricity, to the operation of machine tools, to transports and the frames to which they are fitted, are made to be proper for their use, as heavy type metal constructions or light ones of metal, plastic and other materials with formation of their base, for fixed fitting to the place of their operation or with wheels for vehicles and movable machines and to the ships and aeroplanes, the respective external frame -as framework, fuselage- by which they navigate through the respective element of the nature, water or air.
The present invention, concerns with motors, to which the motive power is supplied by magnetic field and also the gravity of the earth, as it is the "AUTONOMOUS RUNNING MOTOR" to which, is included magnetic field and also 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, which is stable part of the motor, fitted to the frame of the construction and pole of other magnet, named receiver which is respectively the weight of mass for the gravity of earth, fitted to receiver's frame, by which the receiver is fitted to 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, by proper means for its fitting to means which state course, while is rotating, is able to move at the same time, along the course and the magnetic field is of controlled changeable power or its efficiency, which may be achieved by means for change the position of the receiver with regard to the carrier or interposition of insulating material for magnets, as also in combination and for the gravity, the change of the power efficiency from the one function of the receiver's frame, which is the fitting of the motive power of the weight of the mass element, is achieved by the other function of the receiver's frame, which is the motion's transmission by the change of the inclination of the moving direction, along the receiver's able course, which is the graduation of the support of the mass element by means to the motor's frame, so as, the exerted power by the magnetic field to the receiver, from the not active operation position of the motor, which for the gravity is the position of horizontal direction able course of the receiver's frame, which is of complete support of the mass element of the receiver's frame to the motor's frame, to change by choice, until the operationally able of full efficiency of the motor, which for the gravity is the position of vertical direction able course of the receiver's frame, which is, of not supporting of the mass element of the receiver's frame to the motor's frame 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 chain, spur gear or the surface of the perimeter of toothed wheel, fitted to roll or rotate, in position of the rolling surface of engagement, of parallel direction to the direction along the course of the receiver's shaft and by means which state only one direction for the rolling or rotation, 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, which state the keeping of stable position of the rotation of the means like gear fitted fixed to the shaft, rolling over the means like rolling runway-s as chain, spur gear or wheel with regard to the frame of the motor, changeable for the use of gravity, by the change of the inclination along the able moving direction of these means, as also by means for the regulation of the shaft's revolutions and by choice the stop of the running, the potential energy of the magnets by the magnetic field, as also of the mass by the gravity, is converted continually to kinetic energy, from which, a small part is consumed for the operation of the motor and the rest is supplied for the production of work for any use. To the motor, may be used in combination, magnets, gravity and flywheel.
The frames, to which the motors are fitted widely for any kind of use, are constructed in accordance to specifications, for their capability to serve their purpose and with safety for their users and the place of their operation, aiming the construction to have the minimal weight, especially for the transport means, to which, the produced work, is the movement of their mass weight which have in total as construction, including the load capability which is the purpose to carry and because of this, the power of these motors, is proportional to this weight.
To the AUTONOMOUS RUNNING MOTOR", are achieved very significant advantages by the conversion of the potential energy from the magnetic field, as also gravity, into continual kinetic energy by the rotation of the motor's shaft, energy source, which is environmentally clean and without necessity for massive constructions, which are dangerous obstacles, unsightly and noisy, of economical cost of construction and most important, it operates without use of more elements, apart from these which are included to the mechanical ordinance of the motor, to be of sufficient energy supply for the demands of the work which produce and for any demand of power, directly, as the motor which product the final work, or indirectly, as motor of generator and the use of electric motor for the production of the demanded work, but the known frames, to which motors may fit on, are properly made for their use, however the construction's frame doesn't differentiate for the motors which use as motive power the weight of mass or the power of magnetic field between magnets, as is the "AUTONOMOUS RUNNING MOTOR", which by the technical characteristics of their function, enable the exploitation of their advantages, to the frames of the constructions they are fitted on.
The purpose of the present invention, according the referred above, is the exploitation of the technical characteristics of the motors, to which the motive
power is supplied by the potential energy of the weight of mass for the use of gravity or of magnets for the use of magnetic field or in their combination, which is converted to kinetic energy, as to the "AUTONOMOUS RUNNING MOTOR", by their fitting, on new type of construction's frames for any use, to which, the 5 demanded motive power of weight of mass for the motor's operation, is the weight of part of the construction fitted to the frame, in way for safe and efficient motor's operation with result of the advantages to the production of the work, which may be achieved to motors with different technical characteristics to the operation's development, than also to the "AUTONOMOUS RUNNING MOTOR" o and also with significant increase of the produced power.
In accordance with the invention, its purpose is achieved to motor which operate by motive power, the weight of mass or the power of magnetic field between magnets or their combination, as it is the "AUTONOMOUS RUNNING MOTOR",5 by the fitting of the motor, to construction of "active frame", which is formed by two parts, the one part named "base frame" (a), for the use of the base of the construction, as frame installed to its operation place for immovable machines or as for movable machines and vehicles, the frame to which are fitted the wheels and for the ships and aeroplanes, the respective external frame -as fuselage-0 by which they navigate through the respective element of the nature, water or air and to the "base frame" (a), are fitted the mechanical parts of the "carrier frame" (b), which are fixed part of the motor to the construction's frame and by the second part of the construction's frame, named "active frame" (c), which by means is fitted at all, to "receiver frame" (b7) of the motor, as the motive power of weight (c) for its operation or to respective receivers of more motors, if it is more functional for its use or pivoting end-s of "active frame" (c), is-are fitted to end-s of the "base frame" (a) and other end-s (c1) of the "active frame" (c) by means (c2),(c4),(c5) is-are fitted, to end-s of the "receiver frame" (b7) of the motor or to respective "receivers" of more motors and to the "active frame" (c), are fitted the elements which consist the construction, apart from these which are fitted to the "base frame" (a), as also in combination of the power by the weight of mass with the power of magnetic field between receiver and carrier and for the transport means as vehicles, ships and aeroplanes, apart from the other construction's elements of these which are fitted to the "base frame" (a), is included also their load as motive power of weight (c).
The "active frame" (c), is fitted to "base frame" (a) by the help of means, for the safe use of the invention from the changes to the position of the "base frame" (a) with regard to the "active frame" (c) and the direction of the motive power, that is safety means (a2) for the motor's operation with inclination or to overturning of the construction's frame, as with types of security means (ab), which state free move of the "active frame" (c), only to the direction, which the "active frame" (c) is fitted as the motive power- weight, to the "receiver frame" (b7) of the motor, as construction part of the "base frame" (a), which state the able course (ab) of the move of the "active frame" (c), as also independently from this or in combination, fitting of the motor to rolling runway-s (a1 ), between the two fitted frames, that is the "base frame" (a) and the "carrier's frame" (b), so as the motor operate
producing work, moving over the rolling runway-s (a1), preserving independently from the inclination of the construction, the optimum operation's position for the direction of the exerted motive power (c), to the "receiver's frame" (b7). Also, as motive force to the motor, may be exerted subsidiary or alternatively to the weight of mass or of magnets, force by other source, as centrifugal, hydraulic pressure , spring, muscular or other. To different ordinance from the "AUTONOMOUS RUNNING MOTOR", the mean of type of the rolling runway-s, by means, is rotating independently of direction with by choice changeable gear ratio for the rolling speed between the rolling means.
One way for the application of the invention with different technical characteristics of the motor's operation development is, the rolling runway of the carrier's frame (b) with one direction of rotation, is wheel (b1 ), as toothed wheel, ring etc. fitted fixed to the carrier's frame (b), that is non rotating and the receiver's frame consists by two parts by the help of which are performing respectively its two workings, of which the one is the fitting of the motive force by the weight of mass or magnetic field and the other, the motion's transmission and the one part of the receiver's frame (b4) to which is fitted the driving wheel (b2), is rolling to its circular course over the fitted fixed wheel (b1) and to this part of the receiver's frame (b4), by the help of the one end of motion's transmission mean (b6), as flexible fitted to (b4), is transmitted the motive power by weight of mass (c) or magnetic field, from the other end of the mean (b6), which is fitted to the other part of the receiver's frame (b7), to which is fitted the motive force and it is maintained to stable position, so as for the use of gravity, the (b7) is hanged by the mean (b6) and the change of power's intensity, which is achieved by the change of the inclination of the able course and it is the graduation of the supporting fitting of the mass element (c) by means (c5),(c2),(c4) from the "base frame" (a), to the receiver's frame (b7) of the motor and is applied to fitting of the force of the weight (c), without moving of the part (b7) of the receiver's frame, but only by the graduation of the supporting fitting of (c) by means (c5),(c2),(c4) from the "base frame" (a), to the receiver's frame (b7) of the motor from the position of full efficiency, which is the vertical direction of the force of the weight (c) transmission by mean (6) as flexible, without supporting fitting to the "base frame" (a), of the motor, of the motive force of the weight (c), fitted to the receiver's frame (b7) , until of the non active operation position, which corresponds to the able course with horizontal direction, which is the complete supporting fitting of the motive force of the weight (c) to the "base frame" (a) of the motor.
One way for the application of the invention with technical' characteristics of the fitted fixed wHjeel to the motor's operation development is, the drive wheel (b2), is fitted to an end of arm (b4), as. rotating part of the receiver's frame, which is rotating with the drive wheel (b2), to the periphery of the fitted fixed wheel (b1 ) and to the other end of the arm (b4), which is fitted to rotate independently around the axle (b3) of the fixed wheel (b1), is fitted wheel (b4a), so as to rotate around its axle (b3), by the motion which is transmitted to (b4a), by the help of means from the drive wheel (b2) and to the axle (b3), is fitted frame (b5) so as
to rotate around (b3) and (b4a) transmit its rotation to wheel (b5a) fitted on the frame (b5), so as (b5a) to rotate around the periphery of the fixed wheel (b1 ), by transmission which state the same rolling speed and direction of the (b5a) with the drive wheel (b2) and to the frame (b5), is fitted mean, as flexible mean (b6), which is able to move independently on stable course on (b5), as sliding inside tube fitted fixed on (b5) and the one end of the flexible mean (b6), is fitted to the end of the arm (b4), to which is fitted the drive wheel (b2), so as to transmit to (b4), the pulling force exerted to (b6) and the other end of (b6), as flexible mean, pass through to the centre of axle (b3), throughout its length, that is the axle (b3), to a part or to its extension, is axle-pipe and the (b6), is fitted to the other part of the receiver's frame (b7), which is hanged by the (b6) and to the receiver's frame (b7), is fitted the motive force (c), by weight of mass or magnet and the (b6) pull the rotating part of the receiver's frame (b4) with the drive wheel (b2), as by some means which state the fitted ordinance of (b6) on (b5), a pulling lever for the rotation of (b4), so as while the arm (b4) which rotates around the axle (b3) of the fixed wheel (b1), is rolling over (b1) the drive wheel (b2) and its rotation, is transmitted to wheel (b5a) fitted on the frame (b5), so as to move on stable course the mean (b6) as flexible and the wheel (b5a) roll over the fixed wheel (b1) with the same rolling speed and direction with the drive wheel (b2), so as the arm (b4) and the frame (b5), rotate around the axle (b3) of the fixed wheel (b2), keeping stable distance and position between them, so as the receiver's frame (b7) be maintained to stable position regards to the motor and the change of the power, which is the intensity of the motive force, for the use of gravity, is achieved by some means, of changeable supporting fitting of the motive weight (c), to the part (b7) of the receiver's frame, to which is fitted the motive force and the rotation is transmitted for the production of the demanded work.
Another way for the application of the invention with technical characteristics of the motor with fitted fixed wheel or ring to the carrier's frame, is by transmission of the motive force to the drive wheel from the receiver's frame which transmit the motive force by flexible mean (2),(3), of which the one end is fitted rounded to mean as cylinder (A1),(B1) and the cylinder is fitted to the same shaft of the drive wheel (A2),(B2) and these are fitted to the rotating part of the receiver's frame (A),(B) and the other end of the flexible mean (2), (3), is fitted to the other part of the receiver's frame (1), to which is applied the motive power, so as the receiver's frame (1), is maintained to stable position regards to the motor, by some means as, the (2), (3), are fitted to the cylinder (A1 ),(B1 ), to distance from their common center with the drive wheel (A2),(B2), equal to the radius of the drive wheel (A2),(B2), so as the respective courses of the drive wheel (A2),(B2) and of the flexible mean (2), (3), are of equal length, keeping to their movement, the fitting points of the movement of the drive wheel (A2),(B2) and of the flexible mean (2), (3), respectively with equal their distance from the receiver's frame (1) and for the gravity, the part (1) is hanged by the flexible mean (2),(3), to stable position and to the part (1) of the receiver's frame, is applied the motive power by the weight of mass or also by magnetic field between magnets and the cylinder (A1),(B1), which is fitted and rotating with the shaft of the drive wheel
(A2),(B2), is fitted to receiver's frame (A),(B), which is end of arm (5), which is fitted to shaft or its extension of the shaft of fitted fixed wheel or ring (Δ1 ),(Δ2), so as the arm (5) rotate around the shaft of (Δ1),(Δ2) or its extension and the drive wheel of (A2),(B2) roll over the surface of the periphery of the fitted fixed wheel or ring (Δ1 ),(Δ2) and the arm (5), is extended the same or to another level of extension of the shaft, diametrically to the fitted fixed wheel or ring (Δ1 ),(Δ2) and to its other end, is fitted same mechanical ordinance with the described to the first end, fitted to the rotating part of the receiver's frame (A),(B), as also of more arms and by the rotation of the cylinder (A1 ),(B1 ) from the exerted force by the flexible mean (2), (3) and the resistance by the surfaces of the engaged means, which induce the rolling of the motive wheel (A2),(B2), over the fitted fixed wheel or ring (Δ1),(Δ2), start to extend the flexible mean (2),(3) from the point which is closer to the point of its fitting to receiver's frame (1 ), where is applied the motive force, until the most distant from the same point, to the rotation of the arm (5) and while (5) is rotating with the same direction, by means is reversed the rotation direction of the cylinder (A1),(B1), so as the flexible mean (2),(3), to start rounding to the cylinder (A1),(B1 ), while the arm (5) is rotating by the force which is exerted to the flexible mean (2),(3), which is extending to the other end of the arm (5) and in continue, again, start of its extension to the closer point to the part of the receiver's frame (1 ) by reversing of the rotation's direction of cylinder (A1),(B1), inducing and preserving by the interchange of the direction and respectively the extension and rounding of the flexible mean (2), (3), continual rotation of the arm (5) and by means the motion is transmitted for production of work. In addition, the cylinders and the flexible means, may be replaced respectively by crankshaft and rod, which may be pivoting to parts of it.
One way for the application of the invention with different characteristics of the motor is, the rolling runway, as chain or the surface of the periphery of toothed wheel, fitted to the carrier's frame with one rotation's direction, is rectilinear mean, as toothed bar (b1), fitted fixed to the carrier's frame (b) of the motor and the receiver's frame consists by two parts by the help of which are performing respectively its two workings, of which the one is the fitting of the motive force by the weight of mass (c) and the other, the motion's transmission and the one part of the receiver's frame (b4) to which is fitted the driving wheel (b2), is rolling over the course of the fitted fixed rectilinear mean (b1 ), as toothed bar and the driving wheel (b2) by means achieves reciprocating move to its rectilinear course by the help of the moving part of the receiver's frame (b4) and by the help of the one end (b3) of mean (b40), as flexible motion's transmission mean or arm, by eccentric fitting as crank arm to crankshaft with common shaft with the driving wheel (b2), the motive force is transmitted to the driving wheel (b2), by magnetic field or the weight of mass (c) from the other end of the mean (b40), fitted to the other part of the receiver's frame (b7), to which is exerted the motive forj^e), without moving of the receiver's frame (b7), so as (b7) with the fitted to i mean (c) be maintained to stable position by the help of means, as the end (bsjio the mean (b40), is fitted to distance from the center of (b2), equal to the radius of (b2), so as the respective courses of (b2),(b3), are of equal length,
keeping during the moving of (b4), by the help of (b40), the part of the receiver's frame (b7) with the fitted to it mean (c) to stable position regards to the motor and for the gravity, is hanged the mass of the motive force of weight (c) to the receiver's frame (b7), by the help of (b40) as flexible mean or arm, as crank arm to crankshaft and the change of power, which is achieved by the change of the inclination of the moving direction, along the receiver's able course, which is the graduation of the support of the mass element (c) by means to the motor's frame (a) and is applied to fitting of the force of the weight (c), without moving of the part of the receiver's frame (b7) with the fitted to it motive force (c), for the use of gravity by the graduation of the supporting fitting of the mass element (c) by means (abc) to the carrier's frame (a) from the position of full efficiency, which is the vertical direction of the force of the weight (c) transmission, without supporting fitting to the carrier's frame (a) of the motor, of the motive force of weight (c) which is fitted to the part (b7) of the receiver's frame, until the position of non active operation, which corresponds to the able course with horizontal direction, which is the complete supporting fitting of the weight of mass (c) to the base frame (a) of the motor, without supporting fitting of (c) to the part (b7) of the receiver's frame and the moving part of the receiver's frame (b4), to which is fitted the motive wheel (b2), which roll with reciprocating motion over the stable rectilinear mean (b1), as toothed bar, by some means, transmit the reciprocating motion of moving part of the receiver's frame (b4), for the production of the work and to the motor, may be fitted similar mechanical ordinances as described, which transmit successively their motion for the production of work to common shaft, so as, while the moving part of the receiver's frame (b4) of mechanical ordinance-s, moves to the direction of the reciprocal motion of producing work, the moving part of the receiver's frame (b4) of other mechanical ordinance-s, moves to the direction of the reciprocal motion, of not producing work and at the same time for its-their return to the initial position of the starting of the work production, achieving by this succession the continuous operation of the motor.
The application of the invention with subsidiary use of the centrifugal force, is achieved to the invention by motor, to which the motive force is supplied by magnetic force and also the weight of mass, which by some means (d),(d1 ), rotate mass elements (d2), as around shaft (d1 ), -with optimum rotation's position the horizontal- and the mass elements (d2) while rotate, by means they may move, as roll over arms (d1a), to the direction of the exerted to them centrifugal force created by the rotation and to each element (d2) respectively, is fitted the end of mean (d3), as wire rope and the means (d3), transmit the intensity of the centrifugal force by way or means (d4) of rectilinear transmission to stable position, non rotating mean (d4) regards to the motor, which is transmitted by mean (d5), as wire rope, to the part of the receiver's frame (b7) of the motor, to which is fitted the motive force (c) by way which state fitting of the centrifugal force by the mean (d5) with the same direction of the motive force (c) fitted to the receiver's frame (b7), for the operation of the motor, so as the power of the motive force, to be amplified by the produced and changeable power of the centrifugal force and by the described ordinance, of the continual increase of
the motive force by the produced by it, continually increasing by choice, power of the centrifugal force, is achieved operation of the motor with production of considerable increased power regards to the basic motor's operation, of the ordinary fitting of the motive force, in minimum time and limited only by the maximum speed rotation and the strength of the construction's elements.
The advantages of the Autonomous Running Motor of Active Frame, are the most important point at issue to the research for work production, because apart from that it is of environmentally clear technology it operates without using more elements apart from these which includes the mechanical ordinance of the motor to be with sufficient energy for the demands of the producting work and of free operating cost without necessity for massive constructions, which are dangerous obstacles, unsightly and noisy, completely controlled and produce work for any power demand, as motor for production of the final work or if it is more serviceable, its operation as generator's motor and also and by incomparably low construction cost with regard to the known technologies to the energy field and apart from these significant advantages, of the "AUTONOMOUS RUNNING MOTOR OF ACTIVE FRAME", are exploited the existed components of the construction, supplying motive power for the operation of the motor by weight which is given fact that it is part of the motor, independently from its use as motive power for the motor, changing so, for its use to the transport means, their weight from disadvantage to advantage for the power of the motor and by means which state the invention absolutely safe and with the ability of stable and full force efficiency of the motor, independently from the changes to the position of the construction, as inclination or overturning, and also, as motive power to the motor, may be exerted subsidiary or alternatively to the weight of mass or of magnets, power by other source, as hydraulic pressure, spring's intensity, muscular or other, as also the centrifugal force by which, the fitted weight is converted to multiple motive power, regards to the ordinary application of the simple construction's frame.
The invention is described below by the help of three examples and with refer to the attached drawings, to which:
To the drawing 1, is illustrated schematically view of the "AUTONOMOUS RUNNING MOTOR OF ACTIVE FRAME" with construction of active frame to which is fitted motor with fitted fixed wheel to the carrier's frame, to use subsidiary to the motive force of weight, the produced by its operation of centrifugal force, to which, to base frame (a), is fitted to pivoting base (al ), active frame (c) and to (a), is also to pivoting base (a2), fitted end (c1) of mean (c2) for the change of the force intensity by the weight of the active frame (c) and to the other end (c3) of (c2), is fitted upper end of pressure spring (c4), of which the other lower end, is fitted to the part of the receiver's frame (b7), to which is fitted the motive force of active frame (c) and the motor is fitted to (a) by carrier's frame (b), to which is fitted fixed non rotating wheel (b1 ) and the (c2) has a longitudinal slot along the length between its two ends, to which is fitted to be pulled into it, end (c5) of sliding mean to horizontal course of longitudinal slot
to the active frame (c), so as the position of (c5) to the course of (c2), to define the intensity of the force of the fitted weight (c) as motive force to the receiver's frame (b7), so as the (c2) is pivoting to the end of (d) and by the other end of (c3) over (c4), transmit the changeable power by the fitting of the weight of the active frame (c), according to the position of (c5) to the course of (c2) by the tension of the pressure spring (c4) over the receiver's frame (b7) and to the fitted fixed wheel (b1), is rolling the motive toothed wheel (b2), which is fitted to the end of arm (b4), which is the rotating part of the receiver's frame and (b4), by its other end, is fitted to the axle (b3) of (b1), so as (b4) to rotate around the center of (b3) which is axle-pipe and to (b4) is fitted toothed wheel which transmit the motion of (b2) to wheel (b4a), rotating around its axle which is (b3) with the same direction of the (b2) rotation and to (b3) is fitted to rotate independently from (b3), frame (b5), to which is fitted toothed wheel in engagement to (b4a), transmitting rotation to wheel (b5a), fitted to (b5) and roll over the toothed surface of (b1) by gear ratio which define the same rolling speed and rotation's direction to the motive wheel (b2), so as the arm (b4) and the frame (b5), to rotate around the axle (b3) of the fitted fixed wheel (b1 ), keeping stable distance between them and to (b5), is fitted wire rope (b6), so as to be pulled on stable course over (b5) and the one end of (b6), is fitted so as to pull the (b4) to the end to which is fitted the (b2), in order to roll over (b1 ) and the (b6), pass through the axle-pipe (b3) along its length and the other end of (b6) is fitted to the part of the receiver's frame (b7), to which is fitted the weight of the active frame (c), so as the receiver's frame (b7) to be maintained to stable position regards to the motor and the rotation of (b4a), is transmitted to shaft (d), which rotate vertical shaft (d1 ), to which are fitted horizontal arms (d1a) with fitted to them weight elements (d2), which may be pulled over the arms (d1a) and to each of the (d2), is fitted end of wire rope (d3), of which the other end, is fitted to ring (d4), consisted from two parts, the rotating around (d1 ) and from the non rotating part of the ring (d4), so as the first to rotate fitted to second and at the same time, they may as one fixed element, to move along the vertical direction of (d1 ) and (d3) and to the non rotating ring, is fitted end of wire rope (d5), of which the other end is fitted to (b7). By the position of (c5) to the course of the slot of (c2), we define the demanded intensity of the force of the weight (c) which is fitted by the help of (c4), to (b7) and the motor operates by this motive force, and the motor by the help of (d) rotates (d1) and by its rotation, is induced centrifugal force to the (d2), which by the help of (d3), is transmitted to the rotating part of (d4), by which is transmitted to the non rotating part of (d4), as intensity of force with vertical direction only without rotation and the non rotating part of (d4), transmits the force to the end of the wire rope (d5), of which the other end is fitted to (b7), so as to transmit the produced power by the centrifugal force of (d2) to (b7) with the direction, which is exerted to (b7) the motive force of the weight of the active frame (c), amplificating the power production of the motor. To the drawing 2, is illustrated schematically view of the "AUTONOMOUS RUNNING MOTOR OF ACTIVE FRAME" with construction of active frame to which is fitted motor with fitted fixed rectilinear mean to the carrier's frame (b), to
wheeled base frame (a) of vehicle to inclined course and the motor is fitted with the carrier's frame (b) to construction of active frame with load (c), moving over rolling runway (a1) and with safety bases (a2) for the retaining of the load, for the safe motion of the vehicle, to which the motor includes two similar ordinances (A),(B), operating supplementary to opposite phase, which by the reciprocal motion of the moving part of the receiver's frame, produce successively the work of the motor for its continual operation, to which to the ordinance (A), the toothed bar (b1 ), is fitted fixed to the carrier's frame (b) of the motor and to (b1), is rolling the motive wheel (b2), to which is fitted cam axle (b3) regards to the center of the shaft of (b2), which is fitted to the moving part of the receiver's frame (b4), which is fitted to runway fitted to (b), to move reciprocally, along the length of (b1) and to (b3), is fitted end of arm-rod (b40) to crankshaft, the other end of which is fitted to the other part of the receiver's frame, to which is fitted the motive force and which consists by part (b41 ) which may move to rectilinear course, as piston in cylinder and to (b41) is fitted rotating part of toothed wheel (b42) with fitted to rotate together arm (b7) to which is fitted the motive weight (c), during the productive phase of the ordinance (A) and the (b3), is fitted cam to (b2), as to crankshaft, to distance from the center of (b2), equal to the radius of (b2), so as the respective courses of (b2),(b3), are of equal length, preserving during the motion of (b4) by the help of (b40),(b41),(b42) and (b7), to stable position the motive weight (c) so as, along the direction of the reciprocal motion of (b4), during which is produced work, (c) is fitted to the arm (b7), to which are fitted two rolling wheels to which, along part of the rotation's course of (b7), is fitted to them the motive force (c) and to the rest of part of the rotation's course they roll to the carrier's frame (b) of the motor and to an end of (b4), is fitted end of arm-rod (b8), of which the other end is fitted to journal (b9), which is fitted to crankshaft (b10), so as to the ordinance (A), during the productive phase of (b4), the (b8) rotates (MO) and (b10) rotates wheel (b11 ), fitted to the carrier's frame (b) of the motor and (b11 ) by the help of worm (b11a) and wheel (b11b) are in engagement to the rotating part (b42) and (b7), so as (b11) to rotate them, while the rotating (b42), at the same time may transmit with rectilinear direction by the help of (b41), the force from (c) to (b40), when the wheels of (b7) roll to (c), inducing rolling of (b2) over (b1) with the productive direction of the reciprocal motion of (b4) and to (b10), is fitted and rotating with (b10), journal (b9) of the ordinance (B), which is to the opposite phase of the corresponding (b9) of the ordinance (A), so as by the rotation of (b10), during the producting phase of the corresponding (b4) of the ordinance (B), to fit to (b7) the motive force of weight (c), which is transmitted to (b4) by the help of the corresponding rotating part of (b42) and (b41),(b40),(b3) of the ordinance (B), while at the same time the (b10) by the transmitted to it motion from the ordinance (B), bring back to the initial position of producing the work phase, the (b4) of the ordinance (A), so as successively the (A) and (B), to produce work by the continual rotation of (b10) and to bring back the other ordinance, which is to the non producing work phase, to the initial position of its operation with the two wheels of (b7) successively one by one, at the same time to the corresponding wheel of the other ordinance, to bring in and out from the productive phase its ordinance, that is from the phase when, during the rotation
of (b7) of the ordinance (A), its two wheels roll over (c) and the two wheels of (B) over the (b), in the continuation of their course at the same time, to the ordinance (A) the one wheel is running the end of its course over (c) and the other start the running over (b) and to the ordinance (B), the one wheel is running the end of its course over (b) and the other start the rolling over (c) and in continue, to the ordinance (A) the two wheels roll over (b) and to the ordinance (B) over (c) and the (c), is fitted to runways (ab) and by hydraulic ram (abc) is regulated the power of the motive weight force (c), while by the rolling runway (a1), is moving by rolling the carrier's frame (b) of the motor with the active frame and its load (c), over the base frame (a) of the vehicle, achieving the optimum performance of the motor by the maintenance of vertical direction of the course (ab), independently from the inclination of (a) and the safe motion of the vehicle by the preservation of the centre of gravity of the (c), to the same position, without moving caused to the inclined course of the vehicle, as also the safety bases (a2) for the retaining of the load (c).
To the drawing 3, is illustrated schematically the mechanism of the autonomous running motor with stable mean of carrier, which is rolling runways (Δ1),(Δ2), which are part of rings with common shaft and to the mechanism the part of receiver's frame (1), to which is applied as motive power the weigh of mass, which is hanged by wire ropes (2), (3) and wheel (4), fitted fixed to the frame of the construction, as also the fitted fixed runways (Δ1 ),(Δ2) and the center of the axle of (Δ1),(Δ2) is extension of the shaft of (4), as also to extension of the shaft of (4), is fitted in way to rotate arm (5), to the ends of which are fitted the rotating parts of receiver's frames (A),(B) and to (A), is fitted to shaft, cylinder (A1), to which is rounded wire rope (2) and to its shaft, are also fitted toothed wheels (A2),(A3) and (A3), is in engagement with similar wheel (A4), fitted to other shaft fitted to (A) and to the same shaft is fitted other similar toothed wheel (A5) and the (A2), is rolling over (Δ1) inducing rotation with direction of extending of (2) and to (B), is fitted to shaft, cylinder (B1), to which is rounded the wire rope (3) and to its shaft, are also fitted toothed wheels (B2),(B3) and (B3), is in engagement with similar wheel (B4), fitted to other shaft fitted to (B) and to the same shaft is fitted another similar wheel (B5) and (B2), roll over (Δ2) inducing rotation with direction of rounding of the wire rope (3) and the (2), (3) are fitted to the cylinders (A1),(B1), to distance from their common centre of the corresponding shaft of the (A2),(B2), equal to the radius of (A2),(B2), so as the respective courses of (A2),(2) and of the (B2),(3), are of equal length, maintaining to their motion, the fitting points of the moving of (A2),(2) and of the (B2),(3) respectively with equal their distance from (1 ), so as (1), is maintained to stable position. The force by the weight of mass to (1), is fitted to the (2),(3), inducing continual rotation to (5), by the rotation of the cylinders (A1),(B1), which induce the rolling of the toothed wheels (A2), (B2), over the (Δ1),(Δ2) by the successive reversal of rotation's direction, the extending and rounding of (2),(3) and by pulley belt (6) the rotation is transmitted for the production of work.
Claims
1. Autonomous running motor of active frame, which includes magnetic field, and also 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, which is stable part of the motor, fitted to the frame of the construction and pole of other magnet, named receiver which is respectively the weight of mass for the gravity of earth, fitted to receiver's frame, by which the receiver is fitted to 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, by proper means for its fitting to means which state course, while is rotating, is able to move at the same time, along the course and the magnetic field is of controlled changeable power or its efficiency, which may be achieved by means for change the position of the receiver with regard to the carrier or interposition of insulating material for magnets, as also in combination and for the gravity, the change of the power efficiency from the one function of the receiver's frame, which is the fitting of the motive power of the weight of mass element, is achieved by the other function of the receiver's frame, which is the motion's transmission by the change of the inclination of the moving direction, along the receiver's able course, which is the graduation of the support of the mass element by means to the motor's frame, so as, the exerted power by the magnetic field to the receiver, from the not active operation position of the motor, which for the gravity is the position of horizontal direction able course of the receiver's frame, which is of complete support of the mass element of the receiver's frame to the motor's frame, to change by choice, until the operationally able of full efficiency of the motor, which for the gravity is the position of vertical direction able course of receiver's frame, which is, of not support of the mass element of the receiver's frame to the motor's frame 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 chain, spur gear or the surface of the perimeter of toothed wheel, fitted to roll or rotate, in position of the rolling surface of engagement, of parallel direction to the direction along the course of the receiver and by means which state only one direction for the rolling or rotation, 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, which state the keeping of stable position of the rotation of the means like gear fitted fixed to the shaft, rolling over the means like rolling runway-s as chain, spur gear or wheel with regard to the frame of the motor, changeable for the use of gravity, by the change of the inclination along the able moving direction of these means, as also by means for the revolutions regulation of the shaft and by choice the stop of the running, the potential energy by the magnetic field, as also gravity, is converted continually to kinetic energy, from which, a small part is consumed for the operation of the motor and the rest is supplied for the production of work for any use and to the motor, may be used in combination, magnets, gravity and flywheel, and is characterized by that the motor is fitted, to construction of "active frame", which is formed by two parts, the one part
named "base frame" (a), for the use of the base of the construction, as frame installed to the position of its operation place for immovable machines or as for movable machines and vehicles, the frame to which are fitted the wheels and for the ships and aeroplanes, the respective external frame -as fuselage- by which they navigate through the respective element of the nature, water or air and to the "base frame" (a), are fitted the mechanical parts of the "carrier frame" (b), which form fixed part of the motor to the construction's frame and by the second part of the construction's frame, named "active frame" (c), which by means is fitted at all, to "receiver frame" (b7) of the motor, as the motive power of weight (c) for its operation or to respective receivers of more motors, if it is more functional for its use or pivoting end-s (c1) of "active frame" (c), is-are fitted to "base frame" (a) and other end-s (c3) of the "active frame" (c) by means (c2),(c4),(c5) is-are fitted, to the "receiver frame" (b7) of the motor or to respective "receivers" of more motors and to the "active frame" (c), are fitted the elements which consist the construction, apart from these which are fitted to the "base frame" (a), as also in combination of the power by the weight of mass with the power of magnetic field between receiver and carrier and for the transport means as vehicles, ships and aeroplanes, apart from the other construction's elements of these which are fitted to the "base frame" (a), is included also their load as motive power of weight (c) and to the construction, are fitted safety means to enable the optimum motor's operation with inclination of the construction's frame and for protection to overturning.
2. Autonomous running motor of active frame, in accordance to claim 1 , which is characterized by that the means for safe operation with inclination or to overturning of the construction's frame, state free move of the "active frame" (c), only to the direction, of which the "active frame" (c) is fitted as the motive power- weight, to the "receiver frame" (b7) of the motor, as construction of part of the "base frame" (a), which state the able course (ab) of the move of the "active frame" (c), as also independently from this or in combination, fitting of the motor to rolling runway-s (a1), between the two fitted frames, that is the "base frame" (a) and the "carrier's frame" (b), so as the motor operate producing work, moving over the roiling runway-s (a1), preserving independently from the inclination of the construction, the best operation position for the direction of the exerted motive power (c), to the "receiver's frame" (b7).
3. Autonomous running motor of active frame, in accordance to claim 2, which is characterized by that, the rolling runway, as chain or the surface of the periphery of toothed wheel, fitted to the carrier's frame (b) with one rotation's direction, is wheel (b1 ), as toothed wheel, ring etc. fitted fixed to the carrier's frame (b), that is non rotating and the receiver's frame consists by two parts by the help of which are performing respectively its two workings, of which the one is the fitting of the motive force by the weight of mass or magnetic field and the other, the motion's transmission and the drive wheel (b2), is fitted to an end of arm (b4), as the motion's transmission part of the receiver's frame, which is rotatin with the
drive wheel (b2), to the periphery of the fitted fixed wheel (b1 ) and to the other end of the arm (b4), which is fitted to rotate independently around the axle (b3) of the fixed wheel (b1 ), is fitted wheel (b4a), so as to rotate around its axle (b3), by the motion which is transmitted to (b4a), by the help of means from the drive wheel (b2) and to the axle (b3), is fitted frame (b5) so as to rotate around (b3) and (b4a) transmit its rotation to wheel (b5a) fitted on the frame (b5), so as (b5a) to rotate around the periphery of the fixed wheel (b1), by transmission which state the same rolling speed and direction of the (b5a) with the drive wheel (b2) and to the frame (b5), is fitted mean, as flexible mean (b6), which is able to move independently on stable course on (b5), as sliding inside tube fitted fixed on (b5) and the one end of the flexible mean (b6), is fitted to the end of the arm (b4), to which is fitted the drive wheel (b2), so as to transmit to (b4), the pulling force exerted to (b6), and the other end of (b6), as flexible mean, pass through to the centre of axle (b3), throughout its length, that is the axle (b3), to a part or to its extension, is axle-pipe and the (b6), is fitted to the other part of the receiver's frame (b7), which is hanged by the (b6) and to the receiver's frame (b7), is fitted the motive force (c), by weight of mass or magnet and the (b6) pull the rotating part of the receiver's frame (b4) with the drive wheel (b2), as by some means which state the fitted ordinance of (b6) on (b5), a pulling lever for the rotation of (b4), so as while the arm (b4) which rotates around the axle (b3) of the fixed wheel (b1 ), is rolling over (b1 ) the drive wheel (b2) and its rotation, is transmitted to wheel (b5a) fitted on the frame (b5), so as to move on stable course the mean (b6) as flexible and the wheel (b5a) roll over the fixed wheel (b1 ) with the same rolling speed and direction with the drive wheel (b2), so as the arm (b4) and the frame (b5), rotate around the axle (b3) of the fixed wheel (b2), keeping stable distance and position between them, so as the receiver's frame (b7) be maintained to stable position regards to the motor and the change of the power, which is the intensity of the motive force, for the use of gravity, is achieved by some means of changeable supporting fitting of the motive weight (c), to the part (b7) of the receiver's frame, to which is fitted the motive force and the rotation is transmitted for the production of the demanded work.
4. Autonomous running motor of active frame, in accordance to claim 2, which is characterized by that, the rolling runway, as chain or the surface of the periphery of toothed wheel, fitted to the carrier's frame with one rotation's direction, is wheel as toothed wheel, ring (Δ1 ),(Δ2), etc. fitted fixed to the carrier's frame, that is non rotating and the receiver's frame consists by two parts by the help of which are performing respectively its two workings, of which the one is the fitting of the motive force by the weight of mass or magnetic field and the other, the motion's transmission and the motive force is transmitted to the drive wheel(A2),(B2) from the receiver's frame which transmit the motive force by flexible mean (2), (3), of which the one end is fitted rounded to mean as cylinder (A1),(B1) and the cylinder is fitted to the same shaft of the drive wheel (A2),(B2) and these are fitted to the rotating part of the receiver's frame (A),(B) and the other end of the flexible mean (2),(3), is fitted to the other part of the receiver's frame (1), to which is applied the motive power, so as the receiver's frame (1), is maintained to stable position
regards to the motor, by some means as, the (2), (3), are fitted to the cylinder (A1),(B1), to distance from their common center with the drive wheel (A2),(B2), equal to the radius of the drive wheel (A2),(B2), so as the respective courses of the drive wheel (A2),(B2) and of the flexible mean (2),(3), are of equal length, 5 keeping to their movement, the fitting points of the movement of the drive wheel (A2),(B2) and of the flexible mean (2), (3), respectively with equal their distance from the receiver's frame (1) and for the gravity, the part (1) is hanged by the flexible mean (2), (3), to stable position and to the part (1) of the receiver's frame, is applied the motive power by the weight of mass or also by magnetic field between o magnets and the cylinder (A1 ),(B1 ), which is fitted and rotating with the shaft of the drive wheel (A2),(B2), is fitted to receiver's frame (A),(B), which is end of arm (5), which is fitted to shaft or its extension of the shaft of fitted fixed wheel or ring (Δ1),(Δ2), so as the arm (5) rotate around the shaft of (Δ1),(Δ2) or its extension and the drive wheel of (A2),(B2) roll over the surface of the periphery of the fitted5 fixed wheel or ring (Δ1),(Δ2) and the arm (5), is extended the same or to another level of extension of the shaft, diametrically to the fitted fixed wheel or ring (Δ1),(Δ2) and to its other end, is fitted same mechanical ordinance with the described to the first end, fitted to the rotating part of the receiver's frame (A),(B), as also of more arms and by the rotation of the cylinder (A1),(B1) from the exerted0 force by the flexible mean (2),(3) and the resistance by the surfaces of the engaged means, which induce the rolling of the motive wheel (A2),(B2), over the fitted fixed wheel or ring (Δ1),(Δ2), start to extend the flexible mean (2),(3) from the point which is closer to the point of its fitting to receiver's frame (1), where is applied the motive force, until the most distant from the same point, to the rotation5 of the arm (5) and while (5) is rotating with the same direction, by means is reversed the rotation direction of the cylinder (A1),(B1 ), so as the flexible mean (2),(3), to start rounding to the cylinder (A1),(B1), while the arm (5) is rotating by the force which is exerted to the flexible mean (2),(3), which is extending to the other end of the arm (5) and in continue, again, start of its extension to the closer point to the part of the receiver's frame (1 ) by reversing of the rotation's direction of cylinder (A1),(B1), inducing and preserving by the interchange of the direction and respectively the extension and rounding of the flexible mean (2),(3), continual rotation of the arm (5) and by means the motion is transmitted for production of work. In addition, the cylinders and the flexible means, may be replaced respectively by crankshaft and rod, which may be pivoting to parts of it.
5. Autonomous running motor of active frame, in accordance to claim 2, which is characterized by that, the rolling runway, as chain or the surface of the periphery of toothed wheel, fitted to the carrier's frame with one rotation's direction, is rectilinear mean, as toothed bar (b1), fitted fixed to the carrier's frame (b) of the motor and the receiver's frame consists by two parts by the help of which are performing respectively its two workings, of which the one is the fitting of the motive force by the weight of mass (c) and the other, the motion's transmission and the one part of the receiver's frame (b4) to which is fitted the driving wheel (b2), is rolling over the course of the fitted fixed rectilinear mean (b1 ), as toothed bar and the driving wheel (b2) by means achieves reciprocating move to its rectilinear course by the help of the moving part of the receiver's frame (b4)
and by the help of the one end (b3) of mean (b40), as flexible motion's transmission mean or arm, by eccentric fitting as crank arm to crankshaft with common shaft with the driving wheel (b2), the motive force is transmitted to the driving wheel (b2), by magnetic field or the weight of mass (c) from the other end of the mean (b40), fitted to the other part of the receiver's frame (b7), to which is exerted the motive force (c), without moving of the receiver's frame (b7), so as (b7) with the fitted to it mean (c) be maintained to stable position by the help of means, as the end (b3) of the mean (b40), is fitted to distance from the center of (b2), equal to the radius of (b2), so as the respective courses of (b2),(b3), are of equal length, keeping during the moving of (b4), by the help of (b40), the part of the receiver's frame (b7) with the fitted to it mean (c) to stable position regards to the motor and for the gravity, is hanged the mass of the motive force of weight (c) to the receiver's frame (b7), by the help of (b40) as flexible mean or arm, as crank arm to crankshaft and the change of power, which is achieved by the change of the inclination of the moving direction, along the receiver's able course, which is the graduation of the support of the mass element (c) by means to the motor's frame (a) and is applied to fitting of the force of the weight (c), without moving of the part of the receiver's frame (b7) with the fitted to it motive force (c), for the use of gravity by the graduation of the supporting fitting of the mass element (c) by means (abc) to the carrier's frame (a) from the position of full efficiency, which is the vertical direction of the force of the weight (c) transmission, without supporting fitting to the carrier's frame (a) of the motor, of the motive force of weight (c) which is fitted to the part (b7) of the receiver's frame, until the position of non active operation, which corresponds to the able course with horizontal direction, which is the complete supporting fitting of the weight of mass (c) to the base frame (a) of the motor, without supporting fitting of (c) to the part (b7) of the receiver's frame and the moving part of the receiver's frame (b4), to which is fitted the motive wheel (b2), which roll with reciprocating motion over the stable rectilinear mean (b1 ), as toothed bar, by some means, transmit the reciprocating motion of moving part of the receiver's frame (b4), for the production of the work and to the motor, may be fitted similar mechanical ordinances as described, which transmit successively their motion for the production of work to common shaft, so as, while the moving part of the receiver's frame (b4) of mechanical ordinance-s, moves to the direction of the reciprocal motion of producing work, the moving part of the receiver's frame (b4) of other mechanical ordinance-s, moves to the direction of the reciprocal motion, of not producing work and at the same time for its-their return to the initial position of the starting of the work production, achieving by this succession the continuous operation of the motor.
6. Autonomous running motor of active frame, in accordance to claim 2, which is characterized by that, the motor operates with subsidiary use of the centrifugal force, so as to the motor, the motive force is supplied by magnetic force and also the weight of mass, which by some means (d),(d1), rotate mass elements (d2), as around shaft (d1), -with optimum rotation's position the horizontal- and the mass elements (d2) while rotate, by means they may move,
as roll over arms (d1a), to the direction of the exerted to them centrifugal force created by the rotation and to each element (d2) respectively, is fitted the end of mean (d3), as wire rope and the means (d3), transmit the intensity of the centrifugal force by way or means (d4) of rectilinear transmission to stable position, non rotating mean (d4) regards to the motor, which is transmitted by mean (d5), as wire rope, to the part of the receiver's frame (b7) of the motor, to which is fitted the motive force (c) by way which state fitting of the centrifugal force by the mean (d5) with the same direction of the motive force (c) fitted to the receiver's frame (b7), for the operation of the motor, so as the power of the motive force, to be amplified by the produced and changeable power of the centrifugal force and by the described ordinance, of the continual increase of the motive force by the produced by it, continually increasing by choice, power of the centrifugal force, is achieved operation of the motor with production of considerable increased power regards to the basic motor's operation, of the ordinary fitting of the motive force, in minimum time and limited only by the maximum speed rotation and the strength of the construction's elements.
7. Autonomous running motor of active frame, according to the claim 3, which is characterized by that, apart from the use as motive force of the weight of mass or magnets, is exerted subsidiary or alternatively force by other source, centrifugal, hydraulic pressure, spring, muscular or other.
8. Autonomous running motor of active frame, according to the claim 4 which is characterized by that, apart from the use as motive force of the weight of mass or magnets, is exerted subsidiary or alternatively force by other source, centrifugal, hydraulic pressure, spring, muscular or other.
9. Autonomous running motor of active frame, according to the claim 5, which is characterized by that, apart from the use as motive force of the weight of mass or magnets, is exerted subsidiary or alternatively force by other source, centrifugal, hydraulic pressure, spring, muscular or other.
10. Autonomous running motor of active frame, according to the claim 2, whiqh is characterized by that, the mean of type of the rolling runway-s, by means. is rotating independently of direction with by choice changeable gear ratio for the rolling speed between the rolling means.
Applications Claiming Priority (10)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| GR20130100099 | 2013-02-21 | ||
| GR20130100099A GR20130100099A (en) | 2013-02-21 | 2013-02-21 | Self-operating motor adaptable to an active frame |
| GR20130100123A GR20130100123A (en) | 2013-03-04 | 2013-03-04 | Self-operated motor's mechanism of mixed or alternative energy supply |
| GR20130100123 | 2013-03-04 | ||
| GR20130100261A GR20130100261A (en) | 2013-04-26 | 2013-04-26 | Motor's mechanism for the autonomous operation of a steady magnet pole |
| GR20130100261 | 2013-04-26 | ||
| GR20130100608A GR20130100608A (en) | 2013-10-23 | 2013-10-23 | Self-operated motor |
| GR20130100608 | 2013-10-23 | ||
| GR20130200200U GR20130200200U (en) | 2013-11-22 | 2013-11-22 | Active-frame autonomously-operating motor |
| GR20130200200 | 2013-11-22 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| WO2014132092A2 true WO2014132092A2 (en) | 2014-09-04 |
| WO2014132092A3 WO2014132092A3 (en) | 2014-12-31 |
Family
ID=51428904
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/GR2014/000012 WO2014132092A2 (en) | 2013-02-21 | 2014-02-21 | Autonomous running motor of active frame |
Country Status (1)
| Country | Link |
|---|---|
| WO (1) | WO2014132092A2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022086352A1 (en) * | 2020-10-19 | 2022-04-28 | Bogdan Adrian | Gravitational compensation mechanical-electrical device and autonomous power generation system |
| GR1010236B (en) * | 2022-01-13 | 2022-05-19 | Λαζαρος Βασιλειου Πουρναρας | Motion accelerator - power generation - dimitra n0 2 |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05302564A (en) * | 1992-04-27 | 1993-11-16 | Yoshiro Koga | Device rotated by action of magnetic force and gravitational force |
| FR2723891B1 (en) * | 1994-08-29 | 1998-02-06 | Badanjak Claude | BATTERY CHARGING DEVICE FOR ELECTRIC VEHICLE |
| DE10045988A1 (en) * | 2000-05-09 | 2002-05-02 | Willig Kurt | Energy converter using force of gravity has magnets to press wheels against inclined plane |
| JP2006014571A (en) * | 2004-06-22 | 2006-01-12 | Kenei Oshiro | Power generation converting device of cylindrical rotating body |
| KR20100100280A (en) * | 2009-03-04 | 2010-09-15 | 엄재풍 | A magnetic power and gravity engine |
| KR20110116983A (en) * | 2010-04-20 | 2011-10-26 | 홍석수 | Power generating device using gravity and magnet |
| GR1007762B (en) * | 2012-01-12 | 2012-11-15 | Δημητριος Αναστασιου Γραμματοπουλος | Self-operated motor |
-
2014
- 2014-02-21 WO PCT/GR2014/000012 patent/WO2014132092A2/en active Application Filing
Non-Patent Citations (1)
| Title |
|---|
| None |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022086352A1 (en) * | 2020-10-19 | 2022-04-28 | Bogdan Adrian | Gravitational compensation mechanical-electrical device and autonomous power generation system |
| GR1010236B (en) * | 2022-01-13 | 2022-05-19 | Λαζαρος Βασιλειου Πουρναρας | Motion accelerator - power generation - dimitra n0 2 |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2014132092A3 (en) | 2014-12-31 |
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