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Article Title: Mechanical Interactive Force Article Description Division ABSTRACT Key words Mechanical Interactive Force (Paper) Acknowledgements TERMS ABSTRACT First view There are two types of known mechanical motions, rotation and straight line motion. Here subject motion is an event happening when we are changing a specific mechanical wheel’s displacement (straight line motion) in to rotation. Here relative spinning of both wheel kind bodies on their place feature categories it as another type of mechanical motion ‘spinning’. We know every spin even intrinsic spin is relative. In nature it is due to electro-magnetic force but in mechanical it is collision state of mechanical parts performed by specific shaped parts. Second view In physics collision state is considered as a barrier before and after conversation of energy. In this condition relative mechanical potential between bodies reaches maximum. It is one point contact whereas motion needs displacement from one point to another, which is thought as end of collision, but it is found that in specific interaction between specific mechanicals there is a limited period of motion which keeps all the properties of collision state. It is acknowledged as regeneration of mechanical potential through displacement in collision state. It seems strange but it is not against scientific norms and practical has proved it. In fact what happens is during change of format of motion. When body is pushed by center with force in this system it rotates on it's place. Work of each body on another spins body tangentially from every circumference point in rotation. Here some aspects of motion remain unchanged during rotation and stop relative time change between mechanical bodies. This limited motion can be devised to make fuel free engine. Detailed Introduction In physics collision state is considered as a barrier before and after conversation of energy, the moment when two bodies strike each other. Here potential energy builds up to maximum, and as collision state ends by displacement of bodies’ potential energy drains in to Article kinetic energy. We know that when two body centers are restricted to move towards each other from y and ý they have only one point of interaction on x-axis (point D in diagram 3.1), on which they can collide and rotate, but these wheelular bodies get more points to create displacement of interaction when a body rotates with z-axis (points C in diagram 3.1). What I have found, that in specific interaction between specific mechanicals there is a limited period of motion which keeps all the properties of collision state. When a meting point between two mechanical bodies travels from one point to another it becomes displacement of one body over another body….. As both bodies remain in collision state through this displacement so mechanical potential energy remains constant between these bodies and in same way out put mechanical kinetic energy is generated constantly. I have explained this event as regeneration of mechanical potential through displacement in collision state. It seems strange but it is not against scientific norms and practical has proved it. In fact what happens is change of format of motion, when body is pushed with force in this system it rotates on it's place. Work of one body on another diverts body tangentially from every circumference point in rotation…. As interaction way and mechanical shape is specific to insure this move so I have termed this move as mechanical logic. No displacement of body centers in direction of applied force so both bodies are as in rest and in collision state with respect to each other. But in process a limited rotation is produced. This limited period of rotation can be aligned in a device to make full rotation of wheel continuously. Some aspects of motion remain unchanged during rotation that stops relative time change between mechanical bodies. In this collision body inertia provides momentum on every point of displacement and dimensions of both mechanical bodies decide its limits. Here input is applied to set increased level of compression between mechanical bodies. These features make a machine in which we increase pressure and get rotation without any combustion. Key words 1) Spinning in mechanical parts. 2) Mechanical logic. 3) Displacement in collision state. 4) Regeneration of mechanical potential. 5) Limited motion. Article 3. Mechanical Interactive Force First third… (3a) Interaction possibilities: (3b) Muftk motion format: (3c) Triangular relationship: (3d) Spinning Mechanicals: (3e) Collision concept: (3f) Active collision: (3g) Discreet: (3h) Stationary Input: (3i) Extension: (3j) Regeneration: Second Third… (3k) Relatively Interacted: (3l) Consequent: (3m) Non-arbitrary: (3n) Non-Deviated: (3o) Equilibrated: Last Third… (3p) Mechanical Logic: (3q) Discovery: (3r) Analysis with perpetual concept: (3s) Device: Motion is base of life, time and changes. Force generates motion. In some cases Force is a property in nature of bodies that we can see as activation in their relationship with each other. Here Imbalance or non settling situation between relative bodies forces motion which is termed as activation here. This motion is in seek of balance for settlement between these bodies on one point. If it is possible then both bodies will bond together by bonding forces and there will be no relative activation. Secondly if balance of forces between bodies is violent to leave each other’s boundaries then bodies will not remain bonded with each other. Any number of bodies can join with each other to make a unit body if they are in balance and bonded. Bonded unit is independent in its inter-relative issues from other bodies. If their relationship gets non settle then both imbalance nature and bonding forces work for activation of unit body. Activation results in continuous motion of both relative bodies in coordination and relation to each other. This motion does not include interruption of external force. In surah al-anbia verse 31 same system of act is discussed as activation between earth and skies. They were bonded or were in state of Rataka from there their relation is opened or brought in state of Fatak. This act brought activeness in unit earth which based life. In this explanation subject is generation of motion by unit of mechanical bodies. Activation between mechanical bodies bear motion this motion is Muftk and the system in which this motion is produced is Fatak system. State of Rataka can be seen in every day life. We screw wooden parts together or placed stones on land quiet for years’ motion less. They have a force trapped in them. We can use this trapped force for motion or activation in system Fatak. Article (3a) Interaction possibilities: All possible interactions between two bodies are shown in diagram (3.1) page no. (15). Discussed possibilities cover cases when we are trying to convert linear motion of wheel in to rotation. These interactions are made by putting in mechanical pressure on both mechanical bodies towards each other by standard of third body. This body is clinging and compressing both mechanical body’s center of rotation towards each other. Basic technique of input is compression to drive rotation in mechanical bodies. So center of body is operated by input force of compression and it is not applied tangential to any diffraction from center. Force is applied along vector X on center of a body i.e. on point A or B towards center of other body to get an interaction between both mechanical bodies, side ways motion of mechanical body center is restricted so body can move back and forth only. In simplest case when both bodies will collide on O point both bodies will be in state of rest and stationary equilibrium here potential energy is not lost. This force relation between center A and B is representing Rataka. In non equilibrated normal case of collision both bodies can touch each other on axis on D point. Normally mechanical bodies can not get through each other on any point before D point on axis with rotation. After ‘D’ point drop of bodies converts mechanical potential energy in to mechanical kinetic energy i.e. rotational motion and both bodies come to equilibrium on zero point after mechanical potential energy is completely lost. This represents behavior of ordinary interaction between mechanical bodies. (3b) Muftk motion format: When both body centers are acting on each other there is no probability of rotation by compression. So both mechanical bodies interact each other by non opposing (non zero) adjustment. In this adjustment every acted body is acted upon by other at right angle (diagonally) to its center of rotation. For this both bodies touch each other on a point away from the line meeting there centers. During Muftk motion both bodies can interact or touch together on lines of axis on point C1, C2 and C3 with the rotation of both wheels when force is applied along vector X. Here applied force acts on mechanical body in generally two resolved vectors. One vector acts on center of rotation which can move back or forth only. Due to this restriction body gets locked on certain position. Second vector acts tangentially and enables rotation of mechanical body. Here contact between points A and B on C point makes a bow. This bow ensures rotation of both mechanical bodies, whenever enough compression force is applied on mechanical body centers A and B towards each other. (3c) Triangular relationship: This force relation between points A,B and C makes triangle during rotation so on every point of interaction a triangular force relation is formed, as triangles ABC1, C2 …. C3 etc. Article During ‘Muftk’ motion. Base of these triangles remains same as distance between stationary bodies, but during rotation series of triangles is generated which keeps displacement between bodies same as stationary position. This allows rotation in both bodies without being displaced in direction of force applied. Here push just creates pressure and displacement can be controlled between bodies in variations. This defines motion Muftk as progressing relationship between two mechanical bodies on line of axis. Work is done when interaction travels through C points on a path and when rotation or motion happens in mechanical bodies. In these triangles distance between A and B is unchanged so mechanical potential energy is not lost, it remains in system while mechanical kinetic energy is produced in form of momentum denoted as vector Y. Here interaction is a movement of two related unit mechanicals in relation to each other. Both bodies share equal amount of force and they rotate together not one after another. (3d) Spinning Mechanicals: Muftk motion relies on profile of mechanical bodies for its generation. A mechanical body moves on surface of other body during bisection but it also pushes it for rotation or motion. Consequent path of movement on mechanical body’s surface is termed as Huda. Distance between A and B is built by interaction of both mechanical bodies with mechanical logic. To increase this distance between A to C and B to C a path Huda is modified in the shape of mechanical bodies, and it can be modified in that same way to gradually increase the distance between A and B. In case of increase, mechanical bodies will move toward compression tool and if it will resist pressure between both bodies will increase. This is building of mechanical potential energy in system. By pushing rotation mechanical body moves on exposed extension. As both bodies rotate together by compression in same way this dragging movement of one mechanical body on surface of other happens by the push for rotation in one move. So this is a proper path on which mechanical potential energy level can be configured on every point of interaction. Clearly there is no concept of first loosing and then regaining mechanical potential energy level, all in just one move. But we can keep potential energy level in accordance to profile of interacting/colliding bodies. This feature develops concept of spinning mechanicals. (3e) Collision concept: Thou state of art but this concept is not far from our every day life. In conservation of momentum there are three phases in an event which are shown in diagram (3.2) page (16). In first step one body moves towards other, in second step it collides and in third step both bodies move some where. On the basis of characteristics these steps can be categorized in two states. First and third step symbolize Free State when bodies are not in contact with each other and they carry there forces in motion, while second step symbols collision state. When two bodies collide opposing each other force, there elastic limits are over and there velocity is zero with respect to Article each other. In collision state both bodies reserve equally opposite force between them which is created by elasticity and it is known as mechanical potential energy. In collision state both bodies join to make them self in to a unit and they share force and mass, but in Free State bodies carry there forces in different directions. In physics collision state is considered as a barrier before and after conversation of energy. It is one point contact and motion needs displacement from one point to another, which is thought as end of collision, but I have found that in specific interaction between specific mechanicals there is a limited period of motion ‘Muftk’ which keeps all the properties of collision state. No displacement of body center in direction of applied force so no potential energy change during motion. It seems strange but it is not against scientific norms and practical has proved it. In fact what happens is change of format of motion. When body is pushed with force in this system it rotates on its place. Work of one body on another diverts body tangentially from every circumference point in rotation. During this rotation both bodies continuously meet on the points away from the line of applied force. This dimension ignites and keeps this motion going on by meeting on different points. This phenomenon results in extension of that one point contact (a collision) in to motion. It gains time displacement frame but phase is still collision. So, two bodies can collide with each other on more than one point. We cannot see such collisions in physics world. So we should justify that it is a kind of state of art physics demonstration, novel in pure physics. (3f) Active collision: To artificially create collision between two mechanicals restrict there motion in mechanical frame and compress them on each other as shown in diagram (3.3) page no. (17). Center of vertical wheel is pushed towards horizontal wheel by force F. A part of vertical wheel engages a height of wedge on point 'a'. Wedge/ledge moves aside and exposes very next height of wedge. This increase in height is gradual by the increase in needed height from vertical wheel. Vertical wheel cannot move left or right so it will just rotate. This way it's moved part will gain gradual height. Consequently both wheels will meet on point 'b' and in same way both wheels will be driven by motion on that point to get to point 'c'. We can see this event on horizontal wheel also in diagram (3.4) page no. (17). Some circles are on horizontal wheel they symbolize that technically there are many wheels in a wheel and by difference of radius we can operate these wheels. On point 'a' vertical wheel pushes horizontal wheel and rotates it, then on very next point vertical wheel is still pushing horizontal wheel for rotation. After that they both meet on point 'c'. Here we can see that circumference point of vertical wheel which was rotated on point 'a' has covered distance but it is still indirectly operated by vertical wheel because moment arm 'r' is Article not changed. Both bodies can collide with each other with a limit in between mechanical bodies; when both bodies are interacting to help each other. In diagram (3.4) page no. (17) horizontal wheel is preventing collision point loss along radius line by keeping ‘r’ same. While vertical wheel is keeping its difference same with horizontal wheel and keeping circumference same, unchanged height in act is shown by height 'h' in diagram (3.3) page no. (17). Analysis of event shows that some aspects are kept constant during this motion to keep its relationship with collision. Displacement is always considered in direction of applied force, as moveable center of wheel does not move by force so in a sense we can say that there is no displacement and considering all properties during motion we conclude that we are in phase of collision. We can comment on this motion as hybrid between motion and rest. (3g) Discreet: We know that law of conservation of energy applies on every kind of motion. Then why this motion is looking as creating energy. Analysis shows that on each point of rotation 'a', 'b' and 'c', amount of potential energy remains same. On any point it has no reserve for next point. It is been given a new push on every point and if motion is opposed equally opposite then it stops. It proves that during collision magnitude of motion will be complete or zero that is why term discreet is used. These characteristics with regeneration make this motion multiple of mass and velocity. (3h) Stationary Input: In fact there is no force applied under already known sense of input. In Muftk motion colliding body inertia provides momentum on every point and dimensions of both mechanical bodies decide its limits. Here input is applied to set increased level of compression between mechanical bodies. We lock this compression by mechanically stopping it. For example backward repulsion motion of wheel by elasticity can be stopped by screwing it, bolting or nailing it another generally clinging body. By this technique we don’t need continuous application of force to maintain pressure. This is termed as stationary input. (3i) Extension: In diagram no. (3.1) on Page (15) extension of contact between wheels is physically exposition of higher length after a lower length when one wheel is covering displacement on other mechanical body. It should not be confused as growth of a contact. In assembly it is a part of a mechanical body and named wedge or ledge, a triangular shape having gradual levels from low to high perpendicular heights. It ensures contact in same way with other mechanical body under different conditions of changing positions. Changed height in this semi triangularly structured physical object appears as an extension to keep collision between both mechanical bodies during rotation. This rotation is powered by formation of bow which consequently forms Article a series of triangular force relation ships. In this way displacement is flexibly adjusted in triangles and spinning of both mechanicals can transform pressure in to rotation. (3j) Regeneration: Here (in diag. 1) vector X is showing stationary/inertial input in form of compression and vector Y is rotating both wheels with the same magnitude of momentum with constant value. If vector Y is opposed by vector Z which represents inertia of system and includes friction and utility need under the condition when magnitude of vector Z is bigger than zero and less than vector Y (Y > Z > 0). Then in this case mass of Y will increase and its velocity will decrease but momentum of vector Y will remain same as magnitude of vector X by the displacement of one wheel over another on every point. On any next point of motion along vector Y achieved momentum will not be added in motion through displacement or rotation to get acceleration. Energy level of this momentum is discarded on next point of displacement whether it is utilized less or more. On this base we can define ‘Muftk’ out coming motion as kind of entropic velocity which regenerates mechanical energy levels on each point of collision in motion………….. --Second Third part of three divisions-Muftk has some distinct properties of its own as relatively interacted, consequent, nonarbitrary, multi-deviated spinning and equilibrated motion. These properties differ it from ordinary motions. (3k) Relatively Interacted: Basically two specifically shaped mechanical bodies are required to perform this interaction. Compression of both body centers towards each other makes them one unit. Relative velocity of both bodies with respect to there center is zero and on this stage mass of both bodies gets added. This unit bonding can be affected only if bonding force is completely opposed or deviated mechanically to un-bond these mechanical bodies. Gravity acts on both relative mechanicals as one unit body, so this bonding force has no effect from gravity. This pressure between both bodies has no recognition apart from this unit. Means when we see unit as a moving body around we know it by mass (intermolecular density) and acceleration. But when we get in to unit system then we see bonding force as pressure. During interaction energy level is not progressively reduced by inner friction or other outer forces because potential energy is regenerated on each point of interaction. We can say that in Fatak system bodies develop an independent unit and there own mechanical medium which is not directly allied with surroundings out of system and this is a mechanical isolation in which this exception lives. Energy is produced in it and it dies in it. This limited application does not challenge science concept in the way that working and proven equations and techniques are in need to be changed. This collision is purely designed and it has no example in surroundings. Article (3l) Consequent: We apply force on a center of body to produce torque of same magnitude this is the relation of motion with input compression force making system consequent. (3m) Non-arbitrary: Input compression remains preserved in system even after generation of motion so we can say that compression is part of a setup not genuine motion input. Here applied compression is mechanically stationary and stable, for example mechanical pressure applied by screwing a non metal by nut or weight. Motion produced is because of mechanical shape, so system has a predetermined action on the base of its own physical properties which makes it non-arbitrary. (3n) Non-Deviated: Deviation changes path of motion, direction of force and occurs displacement in body. Muftk is a special collision between specifically shaped mechanical bodies which can demonstrate multi-deviation in one sense. Multi-deviation is made possible by operating hidden series of mechanical bodies in a mechanical body. How we can use it? It is about shape of mechanical body and accessing it. For example take a mechanical horizontal wheel’s side surface. It has circles on every point of radius. It means that every wheel has many wheels on decreasing radius points in it. Consider a vertical wheel whose rotation is bisecting these circles of horizontal wheel when it will operate outer circle on wheel’s surface with rotation both wheels will rotate. In this way operated point of outer circle moves aside and operating point of operator vertical wheel will move further in surface of wheel. From circumference point vertical wheel cannot operate inner circles of horizontal wheel because there is a development of distance between surface and operating point of wheel. In Muftk special shape bears an extension to meet this difference. In this way wheel can operate surface of other wheel for smaller and then further smaller inner circle. ( Also described in reference to diagram 3&4 ) In Muftk multi-deviation is not all. Restrictions and adjustment demand specific interaction along with specific shape of mechanical bodies. Multi-deviation gives a concept of regeneration on every point of interaction during rotation. Normally we know to drive wheels and for this purpose we input tangential force. This tangential force after being applied drives wheel away from source, collision between mechanical bodies ends after deviation and motion is left to stop until its energy is conserved. In Muftk both bodies remain intact and motion is triggered by deviation in bow formation of force relation ship, whereas in other interactions input stream of energy is transferred from one body to another by force. In simple words it can be said that Fatak is continuous push of a mechanical body on a bisecting mechanical body keeping his position in multi-deviation, unchanged during motion on that body. Article Deviation is a good standard to analyze the motion but we can not say it deviation simply. In this motion both bodies spin around them self or move aside by spin keeping distance between them same. A trapped potential force inside Fatak setup generates this particular motion continuously. This is named as mechanical spin in state of collision. (3o) Equilibrated: As pure physics standards this collision between both bodies can continue for less than ninety degree (90°) rotation and after that mechanical potential energy is lost. It is state of art limited motion which needs devised for continuity. This does makes motion in equilibrium state. In Muftk there is an opportunity to keep potential energy while rotation, if we avail this opportunity we can attain unchanged momentum even after using energy. We know that when a body shows unchanged momentum through displacement it is said to be in equilibrium. Here on every point of interaction certain amount of mechanical energy is regenerated to keep momentum. The generated motion is whether stopped or it has complete magnitude. This property shows equilibrium also in terms of magnitude stability. --Third of Third division-(3p) Mechanical Logic: The path of Muftk motion is achieved by mechanical logic which is a defined technical interaction between geometrically shaped mechanical parts. These mechanical parts are categorized on the base of their behavior and use while interactions are classified on the basics of mechanical parts pairs known as types. State of art shape and adjustment perform a logical move When we compress both bodies towards each other torque is produced and by rotation both bodies slide over and across each other to force Muftk motion. This slide over each other involves certain mechanical behavior. We know that wheel does not rotate just by compression, not even if it is forced at right angle. It needs tangentially acting body part to deviate away with force. Both mechanical bodies serve each other this way. They act on each other and then get away with force and change intersection point consequently. In the process one body serves horizontal rotation and one vertical rotation. At least one mechanical body must rotate if other displaces. (3q) Discovery: Some aspects of motion remain unchanged during rotation and they stop relative time change between mechanical bodies. In this way nature of time displacement frame has changed here….. In this system it is proved that mechanical potential and kinetic energy can be created and it is discarded before next point in motion. So “mechanical energy is created and destroyed in Muftk motion”. The mechanical force which is created in process is not a part of its base input from where it emerges in terms of magnitude so surely it is addition in universe energy total. This report effects law of thermodynamics. Article When system is left running by itself it is not useful, it gives energy which is utilized extra volume is destroyed. In order to add this energy in our world we have to drive it out of system or utilize it. We connect system with utility to take energy out of system. Utilization of motion is turning of energy into some other form as producing electric current or mechanically a body that leaves contact with mechanical parts after being forced from system, as water, air etc. In this mechanical system rotation is possession of a new mechanical force this new force is technically ‘Mechanical Interactive Force’. This created force is mechanical in nature, but its magnitude’s regeneration differ it from other mechanical force. It is defined as “A discrete force continuously generating in system in act of mechanical interaction is technically a Mechanical interactive force”. Once left system Fatak this force is normal mechanical force and not a part of its system by means of magnitude. Rotational torque or motion is due to produced force which is continuously generated on every point of path as Mechanical interactive Force = m × v (motion /time) Here mass is applied pressure (set inertia in mechanical bodies), whereas motion is velocity shown as rotation or motion per unit time. Force generation at any instant remains equal to pressure applied in system so force magnitude does not change when unit time is over. (3r) Analysis with perpetual concept: Muftk motion can be confused with perpetual motion. Perpetual motion is a concept of a motion that goes for ever. This conceptual motion is believed impossible. Muftk is not perpetual because it is a displacement in collision state. While perpetual motion is more a concept of Free State in mechanical physics. There are two standards to check a perpetual motion. According to first standard a motion needs input to start and it slows by friction or utilization of energy. In Muftk input mechanical pressure force is on center of wheel to displace it, but it starts rotating on it’s place by that force ( normally it should move also). Mechanical body does not displace in direction of applied force so there is no loss of mechanical pressure potential, as a result mechanical keeps its rotation with unchanged potential energy. If there is utilization or friction it does not stop motion progressively because system is claiming creation of energy and it has its isolation from surroundings also. These conditions prove perpetual one standard not applicable. Second standard says that we can not extract energy from atom. Motion of sub atomic particles does not emit energy out of system or it is said that motion of electrons can not be achieved. Electrons always keep rotating around nucleus and around themselves. This motion is spinning. Its main factor is relation ship of electrons with nucleus, both bodies act on each other Article at right angle to their center of rotation. They have a relation ship of attraction between them by magnetic forces and spinning format is relatively coordinated. This mechanical system Fatak is created artificially. It has some spinning features, in this system like other natural systems “active bodies are acted upon by other relative bodies at right angle to there center of rotation for spin around them self”. Both bodies are compressed towards each other by mechanical compression artificially and both bodies spin relatively….. The difference is that we can not extract energy from electrons but we can extract motion from Muftk interactive unit because it is a mechanical body. Secondly in nature the distance between bodies is kept by gravitational or electromagnetic forces and bodies are free to move around so spinning displaces light bodies in orbits. But in Muftk mechanical bodies remain logically fixed. (3s) Device: The logic is formed in an engine to generate motion technically this engine is mechanical force generator and it is named as ‘spinner’. Spinner is self generated power unit. In this unit we set mechanical compression between mechanical parts with different techniques. The motion we get from a period is limited so we align multiple periods in a mechanical part to manage continuity. When a period is complete next period takes over motion in a cyclic continuity. This motion is driven out to utility. This engine has three parts. Input block inputs mechanical pressure. In transformer/ conversion block pressure is converted in to motion. Out put bock deals with the utility related mechanicals. Operating system is joined with utility to take output readings and secondly it is joined with input block to monitor pressure. Acknowledgements Some aspects of motion remain unchanged during rotation and they stop relative time change between mechanical bodies. In this way time displacement frame has changed here. In this system it is proved that mechanical potential and kinetic energy can be created and it is discarded before next point in motion. So “mechanical energy is created and destroyed in Muftk motion”. The mechanical force which is created in process is not a part of its base input from where it emerges in terms of magnitude so surely it is addition in universe energy total. This report effects law of thermodynamics Article TERMS Active collision: Change of different aspects of motion during rotation keeping collision state. Activation: Movement from rest position. Imbalance or non settling situation between relative bodies forces motion which is termed as activation. Circumference point: A point on circumference of wheel. Base input: Basic source of energy. Collision State: Is a condition with bonded bodies when two bodies strike each other, in collision state both bodies join to make them self in to a unit and they share force and mass. Compression: Mechanical pressure built between mechanical bodies. Compression tool: Mechanical part of assembly which moves in to increase pressure. Consequent: Having result of some act. Cyclic continuity: Ability to continue motion repeatedly through starting point in course. Discreet: Having unit value. Device: Engine named spinner. Technically it is mechanical force generator. Extension: Sense of gaining length or growing of physical contact, but actually exposition of higher portion on a path. Fatak system: Specific adjustment of specific mechanicals which can perform Muftk motion. Free State: Is a body condition, in Free State bodies carry there forces in different directions. Fixed Rotary: Mechanical mobility in Fatak system which is telling about, wheel which is fixed and can rotate only. Huda: Path of muftk motion which is made by one traveling body over another. It is present on wedge/ledge hypotenuse and facilitates roller normally. H.W: Abbreviation of horizontal wheel. Interaction: Interaction is a movement of two related unit mechanicals in relation to each other. Both bodies share equal amount of force and they rotate together not one after another. Inter-mechanical torque spin : Inter-relative spinning of mechanical bodies around there centers by produced torque. Input stream: Transformation of motion from one mechanical to another till transformation in to Muftk motion. Ledge: Also named wedge feature of mechanical body. Mechanical bodies: Word is showing mechanical nature of body as circular and secondly it is a part of assembly so circular shape will be geometrical and wheel is mechanical. Mechanical logic: Controlled mechanical behavior in a system. Muftk: (a discovered motion) Motion Muftk is progressing relationship between two mechanical bodies on line of axis. Multi-deviation: More than once deviation of one body with another in Fatak system. Article Non zero point: Not on zero point. (In description) the point on which both bodies meet at rest. Non-arbitrary: Not pushed or made to do (move of a body). Non-Deviated: Some other thing than deviation, not a deviation. Operator: Status of moveable mechanical body in Fatak system which can move in or back in system for increase in compression. Perpetual motion: A motion of body which can continue forever. Physical properties: Features of shape of body. Point: If a line is showing motion path then point is its division. Rataka: State of rest of Fatak system. Restriction: Some shape of mechanical base which is controlling motion of basic component (e.g a center shaft of wheel). Relative: Something shared by mechanical bodies. Relatively Interacted: Worked by one (mechanical) and other on each other. Relative mechanical potential: Mechanical force due to position of a body developed between mechanicals (Intra-bodies pressure developed by elasticity). Regeneration: Re-emergence, starting again from next point of motion. Stationary Input: Imposed compression by a mechanical in state of rest. Triangular force relation: Three bodies forcing on each other develop a triangular relation ship. In Muftk motion two bodies are mechanicals while third body is utility which is forcing through meeting point between both mechanical bodies away from the line meeting there center of rotation. V.W: Abbreviation of vertical wheel. Wheel: In Muftk it has some additional features than ordinary wheel. Use of word wheel is showing that mechanical wheel has cyclic rotation capability.