WO2022044026A1

WO2022044026A1 - Repulsion based rotational system

Info

Publication number: WO2022044026A1
Application number: PCT/IN2020/000022
Authority: WO
Inventors: Yogiraj Narayanrao Dabhadkar
Original assignee: Yogiraj Narayanrao Dabhadkar
Priority date: 2020-08-27
Filing date: 2020-12-10
Publication date: 2022-03-03
Also published as: ZA202303861B

Abstract

Repulsion Based Rotational System disclosed here in this embodiment relates to the field of electrical engineering. This Repulsion Based Rotational System device mainly works on principle of repulsive nature of magnets and electromagnetic field generated by electromagnetic coil. Here there are two Armatures or flywheels in this device positioning in single line or parallel to each other. Both the Armatures or flywheel are not connected with each other with any solid, liquid or gaseous matter. Each Armature or flywheel has, two or many magnets or electromagnetic coils at one end side. Another end side of Armature or flywheel shows presence of a gear or belt wheel or a chain sprocket. Both of their magnets or electromagnetic fields repel each other. Armature 1 or flywheel 1 helps in rotation of armature 2 or flywheel 2 by magnetic repulsion process. The electricity thus generated through can further be used for different commercial and domestic purposes.

Description

[001] TITLE: REPULSION BASED ROTATIONAL SYSTEM

[002] PREAMBLE OF INVENTION:

This invention in particularly describes the nature of the invention and the manner in which it is to be performed.

[003] FIELD OF INVENTION:

The present embodiment relates to the field of physics, more particularly to the field of electrical engineering.

[004] BACKGROUND OF THE INVENTION:

Electricity is one of the important need of human life. The availability and it’s per capital consumptions are considered as the standard of living in the present day civilization. Electricity is one of the important input in all the sectors of any countries economy. Due to this ever increasing need and use many countries still face crisis for electricity. This crisis for electricity is mainly due to two factors, firstly ever increasing rapid population and secondly increase in the standard of living of human beings. India is the country which faces lack of sufficient power generation. The availability of regular conventional fossil fuels is the main source for power generation. But this fossil fuels may get exhausted eventually by the next few decades. More consumption of fossil fuels further leads to more import of such fuels from other countries, thereby weakening the economy as a large amount of foreign currency is spent for this import. Therefore, a need arises wherein I need to investigate some approximate, alternative new sources for electricity generation which would not be depleted by the very few years. Generating electricity in a power station is huge, complicated process. Thousands of tones of fuels, millions of gallons of water, intense temperatures and extreme high pressure all go into spinning turbines and turning generators ; which finally generates electricity. This complicated process can be simplified by using repulsive phenomena of magnets. [UUi> J the background tor this can be traced long back when British scientist Michael Paraday first realized the relationship between magnetic fields and electricity in 1831. Faraday noticed that; when a magnet moved through a coil of copper, a current flows through the wires. The same thing happens if wires are moved and magnetic is static. All that matters is that there is motion in magnetic field; allowing conversion of kinetic energy into electrical energy. This observation is still the basis of how electricity is generated around the world today.

[006] The proposed embodiment employs the theory of magnetic repulsion; to produce small amount of electrical energy to produce more electrical energy by magnetic repulsion technique. The system uses permanent magnets to produce repulsion and this repulsive force produces a torque which drives a DC Generator. The repulsive type magnetic system has been employed so far in bearing and levitation system alone. Due to crisis of power generation there is a need of modern techniques for power production in this world.

[007] Hence this proposed embodiment proposes a technology to produce electrical energy using Repulsion Based Rotational System. With this repulsion based rotational system electricity can be generated successfully and efficiently which can be further used for running vehicles, charging batteries and in various corporate and domestic appliances.

[008] OBJECT OF INVENTION:

[009] Some of the object of the present embodiment / disclosure, which at least one embodiment herein satisfies are as follows:

[010] An important and foremost object of the present disclosure is to provide a self power generating system based on the principle of rotation and repulsions.

[Oi l] Another important object of the present disclosure is the positioning of armature 01 or flywheel 01 and armature 02 or flywheel 02 which are not connected via solid, liquid or gaseous matter.

[012] Another object includes invention of Repulsion Based Rotational System for generation of electricity without combustion of fuels. The generation is pollution free. [013] Other object of the present disclosure includes generation of electricity due to repulsion of magnets.

[014] Another main object of the invention of this device is to meet the power demands during crisis.

[015] Other objects and advantages of the present disclosure would be clearer and more Apparent from the following description. This object is not intended to limit the scope of present disclosure.

[016] SUMMARY OF THE INVENTION:

[017] The present disclosure envisages a self-power electricity generating device mainly based on repulsion techniques of the magnets fitted at one end side of both the armatures. It is one aspect of the present invention; wherein the said Repulsion Based Rotational System comprises of two armatures or flywheels, magnets, shaft, gear / belt wheel/ chain sprocket, drive wheel / driven wheel/ hub motor wheel/ AC motor / DC motor / induction motor/ AC-DC electric generator, dynamo etc.

[018] The Repulsion Based Rotational System works in three conditions/ cases. In all of the three working or constructions an armature 01 or flywheel 01 is not at all connected to armature 02 or flywheel 02. Both of the magnets and electromagnetic field generated by coils repel each other. Even though they are not at all connected with each other without any solid, liquid or gaseous matter. One armature/ flywheel rotates to another armature /flywheel. The generated electricity through this device can then be used for charging batteries or invertors, for running vehicles, machineries and various electrical equipment. The generated electricity is also used to run the motor of Armature 01 of flywheel 01.

[019] BRIEF DESCRIPTION OF THE ACCOMPANYING DRAWINGS:

[020] Having thus described the disclosure in the foregoing general terms reference will now be made to accompanying drawings, which are not necessarily drawn to scale and wherein

[021] FIG 1.1 illustrates a diagram of Repulsion Based Rotational System. It mainly depicts the position of both the Armatures on device. [022] H(j 1.2 illustrates schematic representation of magnetic behavior of both the armatures with each other.

[023] FIG 1.3 illustrates schematic representation of Armatures positioned in device.

[024] FIG 2.1 illustrates positioning of armatures in Repulsion Based Rotational System.

[025] FIG 2.2 illustrates representation of behavior of Armature 01 and Armature 02 with each other.

[026] FIG 2.3 illustrates schematic diagram of Repulsion Based Rotational System in the presence of electromagnetic coil. It mainly depicts the explanation of Armature when fitted in presence of electromagnetic coil.

[027] FIG 3.1 illustrates diagrammatic representation of positioning of flywheels in Repulsion Based Rotational System.

[028] FIG 3.2: illustrates diagrammatic representation of position of magnets on both the flywheels.

[029] FIG 3.3: illustrates diagrammatic representation of position of magnets on single flywheel.

[030] COMPONENTS OF THE PRODUCT AND THEIR REFERAL CODE:

(101) Armature 01

(102) Armature 02

(103) Flywheel 01

(104) Flywheel 02

(105) Gear

(106) Belt wheel

(107) Chain sprocket

(108) Drive wheel (1U9) Driven wheel

(110) Hub motor wheel

(111) AC Motor

(112) DC Motor

(113) Induction motor

(114) Gear belt

(115) Chain

(116) Alternator

(117) AC Electric generator

(118) DC Electric generator

(119) Dynamo

(120) Magnets

(121) Hard Non Magnetic matter

(122) Bearings

(123) Steel rectangle rod

(124) Aluminum dish

(125) Brushes

(126) Electromagnetic coils

(127) Copper wire

(128) Iron plates IU31J DEI AILED DESCRIPTION OE I DE TIN VEIN TJLU1N:

[032] The current invention “Repulsion Based Rotational System” as mentioned in the present disclosure, will now be described with reference of the embodiments which do not limit the scope and ambit of the present disclosure.

[033] The Repulsion Based Rotational System comprises of number of components such as two armatures (101 & 102) or flywheels (103 & 104), magnets (120), electromagnetic coil (126), Steel rectangle rod (123), gear (105) /belt wheel (106)/chain sprocket (107), drive wheel (108)/driven wheel (109) / hub motor wheel (110)/AC motor (111)/DC motor (112)/induction motor (113)/AC (117)-DC (118)Electric generator and Dynamo(l 19).

[034] Repulsion Based Rotational System as mentioned in the current disclosure shows presence of two Armatures or flywheels positioning in single line. Both the Armatures or flywheel as mentioned in the embodiment are not connected with each other with any solid, liquid or gaseous matter.

[035] Each Armature or flywheel has, two or many magnets at one end side. Another end side of Armature or flywheel shows presence of a gear or belt wheel or a chain sprocket. An armature 1 (101) or flywheel 1 (103) is not at all connected through any solid, liquid or gaseous matter to armature 2 (102) or flywheel 2 (104). Both of their magnets (120) or electromagnetic coils (126) repel each other. Armature 1 (101) or flywheel 1 (103) helps in rotation of armature 2 (102) or flywheel 2 (104) by magnetic repulsion process. This explanation represents the basic working system of the current disclosure in all the three cases. The invention REPULSION BASED ROTATIONAL SYSTEM can be made to function in three conditions.

[036] In this embodiment as per working and construction 01 there are two Armatures (101 & 102) in this device positioned in single line. Both the Armatures are not at all connected with each other with any solid, liquid or gaseous matter (as shown in fig 1.1). Each Armature (101 & 102) has two magnets (120) at one end side. Another end side of Armature (101& 102) shows presence of a gear (105)’ or belt wheel (106) or a chain sprocket (107). Armature 1(101) of this device is connected to drive- wheel ( 108) or driven- wheel (109) or a hub motor wheel (110)or AC motor (111) or DC motor (112) or induction motor (113) via gear belt (114) or chain (113), whereas tne armature z (tuz) ot the same device is connected to the alternator (116)or any AC electric generator (117) or DC electric generator (118) or Dynamo (119) or any other electricity generation machine in order to generate electricity. This generated electricity is used for charging batteries or invertors, for running vehicles, machineries and various electrical equipment’s. The generated electricity is also used to run the armature 1 ’s motor. In this embodiment each armature has two magnets fitted with hard nonmagnetic matter.

[037] North Pole to North Pole and South Pole to South Pole configuration of like poles of magnet promotes development of safe distance between two magnets (120) which are connected to different armatures (armature 1 and armature 2).

[038] In this disclosure when any motor wheel or vehicle wheel, the mechanical wheel or electrical wheel or drive-wheel (108) or driven-wheel (109) or hub motor (110) or DC motor (112) or AC motor (111) or Induction motor (113) gives force or energy to rotate Armature 1 (101), the Armature 2 (102) then gets rotated automatically by repulsion of the magnetic force. Whereas on the other hand when an Armature 2 (102) is connected to any AC electric generator (117) or DC electric generator (118) or any alternator (116) or Dynamo (119), electricity will be generated. The generated electricity is then used to run the armature l ’s motor .In the working one, where the magnet is used, the magnet is supposed to be minimum 1000 gauss meter value and maximum any as per torque value or force value to configure and maintain repulsion force between another armature magnet. Any magnet can be used with any gauss meter value, but it has to maintain the distance between another armature’s magnets with magnetic repulsion force process. In this embodiment the two Armatures (101 & 102) are positioned in single line. Both of the Armatures are not connected with each other with any solid, liquid or gaseous matter. Both the armatures (armature 1, and armature 2) are fitted with bearing (122) in the device or body. Bearings (122) are mainly used for stability purpose of armatures. The armature 1 is connected to center of steel rectangle rod (123) and the two magnets are placed on the both end part of steel rectangle rod. In the same way an armature 2 is also placed on opposite side in the device. The armature (101) and armature 2 (102) are in single line. While armature 1(101) rotation takes place, the magnets (120) get rotated in circular motion and the magnets are supposed to be exactly in a single circle. While circular motion is in process, armature l’s magnets repel with force to armature 2’s magnets. [North Pole to North Pole and South Pole to South Pole repulsion force develop safe distance between two magnets which are connected to different armatures (armature 1 and armature 2) as per diagram given here with.]. The magnets are placed on the both the ending parts of steel rectangle rod (123) by one side and the another side of the magnets are tied up with aluminum dish (124) or any nonmagnetic dish. This aluminum or any nonmagnetic dish is fitted with the bearing (122) on the device or body.

[039] Further in this embodiment as per working and construction 02, there are two Armatures (101 & 102) in this device positioned in single line. Both the Armatures are not at all connected with each other with any solid, liquid or gaseous matter. Each Armature has two coils at one end side whereas a gear (105) or belt-wheel (106) or a chain sprocket (107) on another end side an armature where it goes out of the device. 12v (or any volt) de or Ac electric supply is given by battery or any other electric supply through brushes (125) to the coils. These coils mentioned in the disclosure are made with copper wire (127) which is rotated to iron plates (128) with solenoid system to create electromagnetic force. The copper winding around iron plates gets charged electrically, since iron behaves like magnet. This magnet will have two poles, North Pole and South Pole.

[040] This disclosure states that the coils of copper winding (127) iron plates (128) in the said device are supposed to perform as magnets (120) which results in magnetic force. The solenoid winding is used on the iron plates (128). Due to solenoid coper win ing around the iron plates; The iron plates perform as a strong magnet with North Pole and South Pole.

[041] Armature 1 (101) of this device is connected to drive wheel (108) or driven wheel (109) or a hub motor wheel (110) or Flywheel (103& 104) or a AC motor (111) or DC motor (112) via gear belt (114) or chain (115) , where as an armature 2 (102) of the same device (which is not at all connected to the armature 1 of the same device with any solid, liquid or gaseous matter) is connected to the alternator (116)or any AC electric generator (117) or DC electric generator (118)or Dynamo (119)or any electric motor (which generate electricity) to generate electricity which can be used for charging batteries or invertor or for running the vehicles, machineries and electric equipment’s. The generated electricity is also used to run the armature 1 ’s motor wheel. An armature has two coils (128) fitted with hard aluminum plate (124) or any nonmagnetic plate with the given shape of the plate. North Pole to North Pole and South Pole to South Pole repulsion force develops safe distance between two coils (every coil creates electromagnetic field) which are connected to different armatures (armature 1 and armature 2) as per diagram given here with. When any motor wheel or vehicle wheel, the mechanical wheel or electrical wheel or drive-wheel (108) or driven-wheel (109) or hub motor (110) or DC motor [(112) or AC motor or Induction motor’ s force or energy is given by it to rotate Armature 1 , and then the Armature 2 will get rotation automatically by repulsion of the magnetic force. When Armature 2 is connected to any AC electric generator (117) or DC electric generator (118) or any alternator (116) or Dynamo (119) , the electricity is generated which can be used for charging batteries or invertor or for running the vehicles, machineries and electric equipment’s .The generated electricity is also used to run the armature 1 ’s motor wheel. In the working two, where the coil is used, the electromagnetic field generated by coils is suppose to be minimum 1000 gauss meter value and maximum as per torque value or force value in order to maintain repulsion force between another armature electromagnetic field coil. (Any coil which creates electromagnetic field can be used with any gauss meter value but it has to maintain the distance between another armature’s coils with magnetic repulsion force process.) The two Armatures in this device in this embodiment are positioned in single line and not at all connected to each other with any solid, liquid or gaseous matter. Both the armatures (armature 1 , and armature 2) are fitted with bearing in the device or body. The bearings (122) in this device are mainly meant for stability purpose of armatures.

[042] This embodiment also gives illustration about the position of electromagnetic fields on the armatures in working and construction 02. An armature 1 (101) is connected to center of steel rectangle rod (123) and the two electromagnetic field coils (126) are placed on the both end part of steel rectangle rod. (as shown in fig 2.3) The same way an armature 2 is also placed on opposite side in the device. The armature 1 and armature 2 are in single line, while armature gets (123) rotated, both the electromagnetic field’s coils get rotated in circular motion and this motion has to be exactly in a single circle. While circular motion takes place, armature l ’s electromagnetic field coils can repel with force to armature 2’s electromagnetic field coils. [North Pole to North Pole and South Pole to South Pole repulsion force develop safe distance between two magnets (120) which are connected to different armatures (armature 1 and armature2) as per diagram 2.2 Also The Position of the Brushes in this embodiment for positive electric supply and negative electric supply for the coils mainly creates electromagnetic fields. The brushes (125) are fitted with the copper roll which are then fitted on the armature to supply electricity to the coil. The electromagnetic field coils are placed on both the ends parts of steel rectangle rod (123) by one side and the another side of the electromagnetic field coils (126) are tied up with aluminum dish (124) or any nonmagnetic dish. This dish is fitted on the bearing (122) on the device or body.

[043] In this disclosure the same device can be made to function successfully using flywheels (103 & 104). The working and construction 03 of this embodiment is illustrated as follows. There are two flywheels in this device. Both the flywheels (103 & 104) are parallel to each other and not at all connected with each other with any solid, liquid or gaseous matter (as shown in figure 3.1). Each flywheel (103 & 104) has one or many magnets (120) at one end side (as shown in fig 3.2 and 3.3). Whereas another end side of an flywheel shows gear (105) or belt-wheel (106) or a chain sprocket (107). The flywheel 1 (103) is connected to drive- wheel (108) or driven- wheel (109) or a hub motor wheel (110) or a AC motor (111) or DC motor (112) or induction motor via gear belt (114) or chain (015), whereas the flywheel 2 (104) which is not at all connected to the flywheel 1 (101) with any solid liquid or gaseous matter, is connected to the alternator (116) or any AC electric generator (117) or DC electric generator ( 118) or Dynamo ( 119) or any other electricity generation machine which generates electricity which is used for charging batteries, invertors, running the vehicles, machineries and other electrical equipment’s. The generated electricity is also used to run the flywheel 1 ’s motor wheel.

[044] Each flywheel has one or many magnets (120) fitted with hard nonmagnetic material with the given shape or any shape of the plate.

[045] North Pole to North Pole and South Pole to South Pole repulsion force develops safe distance between two magnets which are connected to different flywheels (flywheel 1 and flywheel 2) as per diagram given here with. [U40J When any motor wheel or vehicle wheel, the mechanical wheel or electrical wheel or drivewheel (108) or driven- wheel (109) or hub motor (110) or DC motor (112) or AC motor (111) or Induction motor gives force or energy to rotate flywheel 1 (103), flywheel 2 (104) will get rotated automatically by repulsion of the magnetic force. Whereas flywheel 2 (104) is connected to any AC electric generator (117) or DC electric generator (018) or any alternator (116) or Dynamo (119) to generate electricity for charging batteries, invertors, running the vehicles, machineries and other electrical equipment’s. The generated electricity is also used to run the flywheel 1 ’s motor. In this embodiment of working and construction 03 the magnets (120) which are used, are supposed to be of minimum 1000 gauss meter value and maximum any as per torque value or force value to maintain repulsion force between another flywheel’s magnet. (Any magnet can use with any gauss meter value but it has to maintain the distance between another flywheel’s magnets with magnetic with repulsion force process.) The two flywheels in this device are positioned in such a way that they are parallel to each other and are not at all connected with each other with any solid, liquid or gaseous matter. Both the flywheel ( flywheel 1 , and flywheel 2) are fitted with bearing ( 122) in the device or body with 1 , 2 or many bearings for stability purpose of flywheels. The two or many magnets are placed on the flywheel. In the same way flywheel 2 is also placed parallel to it. When the flywheel 1 (103) and flywheel 2 (104) are parallel to each other, flywheel rotates, all the magnets get rotated in circular motion and are supposed to be rotated exactly in a single circle. While circular motion is on, flywheel 1 ’s magnets can repel with the force to flywheel 2’s magnets. [North Pole to North Pole and South Pole to South Pole repulsion force develop safe distance between every two magnets which are connected to different flywheels (flywheel 1 and flywheel 2) as per diagram given here with.] The magnets in this embodiment are placed on the flywheel at certain distance.

Claims

1. On the current disclosure “Repulsion Based Rotational System” which can be used for sufficient generation of electricity. The device comprises of two armatures, two flywheels, magnets , Steel rectangle rod, electromagnetic coils, gear / belt wheel/ chain sprocket, drive wheel/ driven wheel/ hub motor wheel / AC motor / DC motor / induction motor /AC - DC electric generator and Dynamo.

2. The process of energy creation by using technique of repulsion of magnets for generation of electricity which can be used for different purposes .

3. All the three workings and constructions mentioned in this disclosure.

4. The use of armatures where the armature first and armature second are not connected to each other with any solid , liquid or gaseous matter.

5. The technique of fitting, positioning and using of the electromagnetic coils on armatures which results in creation of electromagnetic fields which is one of the important parameter for the device to function and generate electricity.

6. The use and position of flywheels for generation of electricity.

7. The use and position of magnets in the “Repulsion Based Rotational System” for generation of electricity