WO2011099950A2

WO2011099950A2 - Jig-saw puzzle embodiment which could be able to move on each other by means of the variable and constant magnetic forces

Info

Publication number: WO2011099950A2
Application number: PCT/TR2011/000043
Authority: WO
Inventors: Mustafa Kursat Ay
Original assignee: Jerbera Oyuncak Hediyelik Esya Egitim Arac Gerecleri Reklamcilik Tibbi Arac Gerecler Sanayi Ticaret Limited Sirketi
Priority date: 2010-02-09
Filing date: 2011-02-09
Publication date: 2011-08-18
Also published as: TR201000978A2; WO2011099950A3

Abstract

The invention is a jig-saw puzzle, used as a toy like the "Detection of the couple", the "Fall of the flagship", the "Decision Ball", the "Platform game", the "Mastermind cube to be achieved by the imprinting or serigraphy on the surfaces", brain development tool, training tools and equipment, refrigerator magnet, various physiological products which entertains the individual like "cigarette quitting ball", collection, three dimensional jig-saw puzzle or cross word puzzle, decoration or promotion material, is composed of the closed volume slices which can move on each other relatively by means of the variable and constant forces created by the magnets which are available inside of the puzzle, and are in the form of the sphere with parts, plain octagonal face, prism, bar or plain hexagonal face.

Description

DESCRIPTION

JIG-SAW PUZZLE EMBODIMENT WHICH COULD BE ABLE TO MOVE ON EACH OTHER BY MEANS OF THE VARIABLE AND CONSTANT MAGNETIC FORCES

TECHNICAL FIELD

The invention, specifically by the magnets installed within itself which create the magnetic area and magnetic forces within the closed volumes, by the interaction created by the rubbing each other from the point and surface and other types of contact as if they shall complete their movement via their axial movements relatively and by these activities the structuring of the jig-saw puzzle in the form of the sphere consist of parts, plain octagonal faced, prism or bar type which are made up of volumes which have contacts in the form of point or surface.

BACKGROUND OF THE INVENTION

The most of the structuring within the existing techniques are the structuring which has been aimed to develop the brains of the children. In these structuring, the magnets could be detected from the outside.

In the existing technique, the magnets which have been installed within the toys, played mostly by the children, are naturally contains the metallic materials. As a matter of fact, it shall be hazardous criteria for the children who are holding them with their bare hands and even take these toys to their mouths. The metal has the risk of being rusted since they have the property of being oxidized. This property of the metal shall be a matter of threat on the health of the children.

The magnets which have been installed within the toys of previous technique, as the time proceeds shall create the metallic powder as a result of the contact implemented on each other. In case of the breathing of this metallic powder or the absorption of the powder through the oral way shall be seriously harmful to the human health.

In the existing technique, the similar structured toys which don't have any magnet installed could not be able to complete their axial movements. Since the toys like the intelligence cube have mechanical components, the toy has the problem of being hitched while they are implementing the desired movements. It has been observed that, the toys could have been broken, destroyed and could not be utilized again since they have the risk of being in difficulty due to their problem of being hitched The depreciation rate of the product is high but on the contrary the utilization rate is low. The user shall be exhausted, since the possibility of being return to the beginning is not be possible, even the product creates the will of returning to the beginning. The product is not convenient to create its algorithm. The assembly and the dis-assembly of the product are rather hard. It could be easily breakable; even it is not going to be fall apart easily. The principle of the product is based on the memory; even they are the structures in order to develop the brain. The products are not open to the solutions which are out of the solution algorithms known other then the memorization.

One of the inventions which have been made related with the subject technique is being described in the application for the patent for the invention no. TR 2007 05912 is the foldable parts type multiple jig-saw puzzle. The above mentioned foldable jig- saw puzzle, is created by the utilization of the parts image available on the handle squares which exist on both of the two surfaces of the bottom squares and the handles which are completely existed on the playing plane, in order to desired image to be created on the playing plane by the utilization of the foldable jig-saw puzzle as being folded right-left or down-up by the handles which the one end to be fixed.

One of the other developments is the three dimensional jig-saw puzzles, which has been declared on one of the European Patent that is the No. EP1371401 B1. Above mentioned jig-saw puzzle is consisted of the intricate parts and the intricate of the every neighbor part, fit to each other completely. Every part is a tangential segment of a sphere, accordingly when all of the parts are going to be joined; a sphere is going to be achieved. In the text of the patent No. EP1524014B1 , which has been developed by the same inventor and being the continuation of the above explained patent, the spherical jigsaw puzzle which has no internal rubber has been described. This invention has contain multi equivalent parts and is related with the three dimensional and the spherical jig-saw puzzle and the every part has a thickness which is going to be described by means of the lower and upper counters. On one of the diameters of the spherical jig-saw puzzle shall be passed from both the lower and the upper counters and the thickness of the part is slimming down as it's going to be proceeded towards the end. The number of the surfaces of the every part is going to be odd and every surface is going to have the same shape of the other surfaces.

In one of the other European patent No. EP159926 B1 , one another cubical logical puzzle has been defined. The existing invention, is related with the geometrical center of the central object which are going to be matched with the three dimensional rectangular Cartesian coordinates system and has the N number of the layer for every direction of the system and is a normal geometrical form and to a large extent related with the production of the three dimensional logic toys.

The three dimensional geometrical jig-saw puzzles which has been described in the patent no. WO 8301203 A1 is related with the famous "Rubik Cube". In this invention, instead of describing a plain cube, a head and a surface which has been carved a figure of the world or another definition have been created. Additionally, the above mentioned three dimensional geometrical jig-saw puzzles, has provided the correct positioning of the individual cube parts because of the utilization of them due to their individual structure, instead of the utilization of the conjugate colors of the surfaces of the cube. Additional to the above, in this invention instead of the internal spider web nets of the Rubik cube, a new functional structure has been provided. In this design, a structure which is being fixed through the fictitious spherical surface, by the tying up of the elements of the male and the female dovetail parts.

However, the above mentioned magnet of the already developed implementations has been installed in order the user to access easily. But since the magnets have been manufactured from the metal, they have the property of being oxidized and naturally this property of the magnets is being a specific risk for the health of the children.

In order to avoid the above risk, as it has been explained in the application of the international patent no. TR 2006 06690 by MUSTAFA KURSAT AY, it has been modified to be the invention of the "Magnet origin, plug and eject type and could be set by the rotation of the elements cubic puzzle". However the magnets which have been included in this invention are in-mobile both in their axes and the surfaces that they are in contact, the necessary powerful magnetic areas and the magnetic forces could not be created. Accordingly, the movements of the elements which are moving on each other are not being in good order.

In order to overcome the disadvantages of the above explained matters, a jig-saw embodiment which has been designed to have the multi-functional advantages when compared with their similar equivalents, shall provide the important technical requirements.

THE PURPOSE OF THE INVENTION

The main purpose of the invention is the determination of the direction of the magnetization according to the requested movement by itself and accordingly to create the maximum draught power and while the creation of this, it shall determine the basic principles to create the technical solution to help the user. One of the important aims of the so-called invention is that the magnet could not be seen from the outside, since it has been installed in a closed housing when compared with the existing system and the limitation of the touching of the children which are playing with this above invented toys on these magnet elements which contain metal.

The main aim of the invention by looking from this frame is the limitation of the spreading up of the metallic powder into the environment, due to the rubbing of the magnets to each other, since the magnets are installed in a closed housing and could not be interacted with each other. Accordingly, an embodiment which has no hazardous effect to the human health at all has been provided.

One of the aims of the embodiment of the subject invention is, the increase of the motivation of the players due to the relative movement of the structure or the playing with the structure which is in consideration, because of the sound which has been created due to the interaction of the magnets with the surfaces of the housing of which they are moving in.

It is very hard to separate the magnets from each other, which are being installed in the structure of the so-called invention, since they are in interaction with the suitable force and the angle. The aim is, to develop the structure of inter-related volumes which has the only magnetic interaction available between them, but no other way of interaction to be existed else. One another aim of the jig-saw embodiment in consideration is the provision of the easy movement of the cells towards the each other due to the attraction which has been created by the suitable forces and angles and accordingly the sticking of them are being avoided. As a matter of fact the breakages and detonations to be realized due to the compulsion shall be avoided.

Additionally the aim of the invention in consideration is to provide the entertainment of the children and the adults from different ages, by the playing with these jig-saw puzzles which improves the level of their brains, without having any problem. The aim received by this embodiment by the invention, is the long utilization life and the fast jig-saw movements due to the speed of the axial movements.

One another aim of the embodiment of the jig-saw invention in consideration is the easily fragmentizing and dis-mantling of the jig-saw and accordingly the minimization of the mechanical problems.

In order to realize said aims, the invention is the method of movement of the closed volumes relatively which create magnetic areas and magnetic forces through their magnets which were installed within them and by the activation of these, they moved on each other by the contact of their surfaces, points and the other contact types, as if they have tried to complete their movement axis.

In order to realize the above mentioned aims, the invention is a jig-saw puzzle, used as a toy, brain development tool, training tools and equipment, refrigerator magnet, collection, three dimensional jig-saw puzzle or cross word puzzle, decoration or promotion material, is composed of the closed volume slices which can move on each other relatively by means of the variable and constant forces created by the magnets which are available inside of the puzzle, and are in the form of the sphere with parts, plain octagonal face, prism or bar type.

In the alternative embodiment of the jig-saw puzzle in the form of the sphere with parts and plain octagonal face, it comprises a fixed core volume composed of two equivalent half spheres located at the center of it and the volume slices which are designed to be moving on the said fixed core.

In one of the alternative embodiment of the invention, said core volume comprises connection ends installed conjugately in said half spheres in order to connect said half spheres to each one to the other, connection housings installed conjugately in order to keep connection ends in place, disc magnets, magnet housings (25) located between the connection ends and the connection end housings and at the central part in order to keep the magnets in place. In one of the alternative embodiment of the invention, said volume slices comprise magnet housings which is located at the inner space, spherical magnets and the cylindrical magnets which are located at the magnet housings, and the magnet holder installed at the inner space.

In one of the alternative structuring of the invention, said volume slices comprise connection ends and/or connection housings installed at the corners in order to contact with the cover which covers the volume slices. The alternative embodiment of the jig-saw in the form of cube is composed of outer surfaces of the prism, inner space which is made up of said surfaces, prism volumes which contains magnet holder and located at the center, and holding the spherical magnets installed at the magnet housings within said inner space. The jig-saw embodiment, in its bar form alternative structuring, are being gathered of the bar formed volumes which have been attracted by each other and have a point contact within the point contact area.

In one of the alternative embodiment of the invention, said bar formed volumes comprise spherical magnets located within the space of the volume and at the closed reservoir surface where they are in point contact with each other.

In one of the alternative embodiment of the invention, said bar formed volumes comprise symmetrical two half pieces, and connection ends and connection housings arranged at the inner space, in order to install said pieces.

The invention has an alternative embodiment as sphere with parts and plain octagonal face, and also comprises fixed core volume composed of two equivalent half spheres at the central part, and volume slices installed as to be able to move on the fixed core volume.

In the alternative embodiment of the invention, said magnets are in the form of a radial and/or magnetized through longitudinal axis, and could be in the form of the conical, cylindrical, spherical and there could be hole on it or not, and in the various geometrical forms.

FIGURES FOR BETTER UNDERSTANDING OF THE INVENTION

Figure-1a; are the perspective view of the mobile volume slices and the spherical magnets located within the mobile volume slices in A1 , which is one of the representative implementations of the invention.

Figure-1 b; is the perspective view of the outer surface of the mobile volume slices which are rotating around the fixed volume in A1 , which is one of the representative implementations of the invention.

Figure-1c; is another perspective view of the mobile volume slices in A1 , which is one of the representative implementations of the invention.

Figure-2a; is bottom perspective view of the magnet holder which has been installed at the inner side of the volume slice in A1 , which is one of the representative implementations of the invention.

Figure-2b; is ready to mount view of the magnet holder which has been installed at the inner side of the volume slice in A1 , which is one of the representative implementations of the invention.

Figure-2c; is assembled view of the magnet holder which has been installed at the inner side of the volume slice in A1 , which is one of the representative implementations of the invention.

Figure-3a; is the perspective view of the fixed core volume and its inner space in A1 , which is one of the representative implementations of the invention.

§ekil-3b; is the perspective view of the fixed core and special disc magnets which have been installed within the inner space in A1 , which is one of the representative implementations of the invention.

Figure-4a; It is the perspective view of the dis-mounted position of the component parts which become the complete fixed core volume after the assembly of the components in A1 , which is one of the representative implementations of the invention.

Figure-4b; is the another perspective view of the dis-mounted position of the component parts which become the complete fixed core volume after the assembly of the components in A1 , which is one of the representative implementations of the invention.

Figure-4c; is the perspective view of mounted equivalent component parts which gathers the fixed core volume in A1 , which is one of the representative implementations of the invention.

Figure-5a; is the perspective view of A1 , which is one of the representative implementations of the invention.

Figure-5b; is the perspective view of A1 , as one volume slice is removed, which is one of the representative implementations of the invention.

Figure-5c; is the perspective view of A2, having plain octagonal face, which is one of the representative implementations of the invention.

Figure-6a; is the perspective view of the ready to mount bar formed volumes of B, which is one of the representative implementations of the invention.

Figure-6b; is the perspective view of the mounted bar formed volumes of B, which is one of the representative implementations of the invention.

Figure-6c; is the perspective view of the ready to contacted bar formed volumes with one another in B, which is one of the representative implementations of the invention. Figure-7a-b-c-d; is the individually perspective view of prismatic volumes and magnets of A3, which is one of the representative implementations of the invention. Figure-8a-b; is the perspective view of the prismatic volumes of A3 together, which is one of the representative implementations of the invention.

Figure-9a-b-c; is the perspective views of mobile volume slice, spherical magnets installed within the mobile volume slice, and plain hexagonal face of A4, which is one of the representative implementations of the invention.

Figure-10; is the view of the magnets which are conical, cylindrical, spherical, there is a hole or any hole installed on, in various geometric forms, radial and/or longitudinal among the length of the magnet and could be magnetized as per the request.

REFERENCE NUMBERS

10. Volume Segment

11. Outer surface of the Volume Segment

12. Space of the Volume Segment

13. Cover 20. Spherical Magnet

21. Cylindrical Magnet

22. Disc Magnet

24. Magnet Holder

25. Housing of the Magnet

30. Fixed Core Volume

31. Outer surface of the Fixed Core Volume

32. Space of the Fixed Core Volume

40. Bar Form Volume

41. Outer surface of the Bar Form Volume

42. Space of the Bar Form Volume

43. Contact Points

50. Prism Volume

51. Outer surface of the Prism Volume

52. Space of the Prism Volume

60. Connection End

61. Connection Housing

DETAILED DESCRIPTION OF THE INVENTION

In this detailed explanation, the jig-saw puzzle structuring that can move on each other by means of the variable and fixed magnetic forces and method of movement of the closed volumes which is made up of the jig-saw puzzle, which are the subject matter of the invention, are only be disclosed for better understanding of the subject, and will not form any limiting effect.

The invention, is made up of the special magnets which have been installed in a fixed volume (reservoir), located in a free position and larger than the volume of itself and not to limit the movement of the magnet and to limit the getting out of the magnet from the volume, variable pole magnetic area, that is the arrangement of itself according to the approaching magnet automatically and accordingly the arrangement of the volume that is available towards the approaching volume by the localization of itself according to the approaching volume and to be localize in the most powerful position in spite of the above, as it is going to be desired the movement of the volume with the position it has been at and to create the magnetic forces as a result of the free, tightened magnetic area as being designed as a result of a heavy thinking.

One of the representative implementation of the invention, is created by the utilization of the special magnets (20, 21 , 22) which has been utilized within the mobile eight volumes (reservoir) (10) and which has been installed as not to be discharged from the reservoir (10) which is greater then itself and could easily be moved and could automatically chose the position as it has been suitable for it, and due to this automatic selection of the position the magnetic area could be changed accordingly and due to this property of the magnet, it has been called as variable pole, and as the result of this compressed, variable poled magnetic area, the magnetic forces could have been created.

Due to this created magnetic forces, the attraction of these mobile eight volumes (10) each other with a determined force and at the same time the attraction by a fixed internal volume (30) shall be provided.

While the outer volumes (10) are going to be rotated around the inner space (30) of the invention, the connection ends of the outer volume pieces (10) shall be matched at the same axis, because of the rotation axes created by the forces which have been created due to the magnets (20, 21 , 22). Accordingly the visual integrity has been provided.

Sample Implementations of the Invention

A) The Volumes which are in Magnetic Interaction and Surface Contact

This representative implementation of the invention comprises closed volumes (10) which are in surface contact between each other, occupying magnets (20, 21 , 22) within them, and being in the form of the spherical, prismatic and other geometrical forms.

Principle; is the inter-relation of the closed volumes (10) through the attraction happened between them due to the effectuation of the forces created by the magnets (20, 21 , 22), of which they are conical, cylindrical, spherical, having a hole on or not and having various geometrical forms, radial or could be magnetized according to the request through the length of the magnet.

There could be 4 different types:

A1) The sphere with parts having the eight slices (10) which are capable of moving on a core (30), and which are interrelated both with the core (30) and with each other,

A2) The plain octagonal face having the eight slices (10) which are capable of moving on a core (30), and which are interrelated both with the core (30) and with each other,

A3) The prism in the form of rectangular prism having equal volumes (10) which are interrelated with each other and which can move on each other,

A4) The plain hexagonal face having the eight slices (10) which are capable of moving on a core (30), and which are interrelated both with the core (30) and with each other.

B) The Volumes which are in Magnetic Interaction and Point Contact

This representative implementation of the invention comprises bar formed closed volumes (40), and there are magnets (20, 21), which have spherical and other geometrical forms, which create magnetic inter-attraction between them and inter- plugging up by the ways of contact, and they are. These closed volumes (40) create a spherical articulation type connection by inter-attracting towards each other from their end points which they are in contact and be movable on every axis. The principle is same as the "A".

In Figure-1 a, the perspective views of mobile volume slice (10) of A1 , which is one of the representative implementations of the invention, and spherical magnets installed in it, are given. Said volume slice (10), within which the suitable magnets (20, 21) are installed, is every one of the equally partitioned closed reservoir of the spherical formed structure. The cylindrical magnets (21) are being installed at the magnet housings located at the middle (25) of the complete volume slice space (12), and the spherical magnets (20) are also located at the other housings (25). The spherical magnets (20), is the magnet type in spherical form, showing variable pole magnetic property because of the rotation movement around one of its axis, and forming variable forces as a result of this property. On the other hand, spherical magnet (21 ) has cylinder form, and it is magnet type which creates both variable and fixed magnetic areas and forces.

In Figure-1 b, the perspective view of the mobile volume slice (10) of A1 , which is one of the representative implementations of the invention, having the outer surface (1 1) rotating over the fixed volume (30) is given. Said outer surface (1 1) of the mobile volume slice (10) is the surface on which the volumes (10) is in surface contact with each other and moving on each other according to the geometrical forms.

In Figure-1 c, other perspective view of the mobile volume slice (10) of A1 , which is one of the representative implementations of the invention, is given. Here, said volume slice (10) has the connection ends (60) installed at the corners in order to provide the connection with the cover (13), which is going to cover the said volume slice (10).

In Figure-2a, the bottom perspective view of the magnet holder (24) installed at the internal space (12) of the volume slice (10) located in A1 , which is one of the representative implementations of the invention, is given. According to this, the above mentioned magnet holder (24) is in triangular form on which there is a space at the middle. In Figure-2b, the ready to install view of the magnet holder (24) installed at the inner space (12) of the volume slice (10) located in A1 , which is one of the representative implementations of the invention, is given. In here, there shall be an installation as to cover the cylindrical magnets (21) located at the magnet housings (25), which have been installed at the inner space of the volume slice (12), and spherical magnets (20) around the cylindrical magnets (21). In Figure-2c, the last position of installation view of the magnet holder (24) installed at the inner space (12) of the volume slice (10) is given. In Figure-3a, the perspective view of the fixed core volume (30) and the inner space (32) of A1 , which is one of the representative implementations of the invention, is given. Said fixed core volume (30) is closed reservoir which is composed of two equivalent half spheres on which the outer surfaces (31) of the sphere in which the disc magnets (22) have been located in and the other geometrical slices are being moved. Additionally, the fixed core volume (30) has the connection ends (60) which are going to connect the said half spheres conjugately, the connection end housings (61) positioned conjugately for housing the connection ends (60), and the magnet housings (25) structured on between the sideway connection ends (60) and connection end housings (61) in order to connect the disc magnets (22) and structured on the central part.

In Figure-3b, the perspective view of the fixed core volume (30) of A1 , which is one of the representative implementations of the invention, and the special disc magnets (22) installed at the magnet housings (25) which are located at the inner space (32) of the fixed core volume (30) are given. Said disc magnets (22) are the magnet type which creates the magnetic forces as the fixed in a little amount and variable in a bigger amount. In Figure-4a and 4b, the perspective view of the dis-mantled components which gathers the fixed core volume (30) of A1 , which is one of the representative implementations of the invention, is given. In Figure-4c, the perspective view of mounted equivalent component parts which gathers the fixed core volume (30) in A1 , which is one of the representative implementations of the invention, is given. The installation procedure is completed by the housing of said conjugate connection ends (60) into the conjugate connection end housings (61).

In Figure-5a, the perspective view of A1 , which is one of the representative implementations of invention, is given. In here, the volume slices (10) installed on the outside surface (31) of the fixed core volume (30) is located.

In Figure-5b, the perspective view of A1 , which is one of the representative implementations of the invention, as one volume slice is removed, is given. In here, the locations on the core volume (30) and inter-relations of volume slice (10) with each other, having equal dimensions and closed covers (13), are shown.

In Figure-5c, the perspective view of A2, which is one of representative implementations of the invention, having plain octagonal face is given. In the Figure indicated here, the alternative structuring of the volume slices (10), which have been shown previously as the circular structure, is shown as the parts of the pyramid.

In Figure-6a, the perspective view of the bar formed volumes (40) of the B, which is one of the representative implementations of the invention, is shown as to be ready to be assembled. Said bar formed volume (40) comprises the outer surface of the closed reservoir (41) in which the point contact of the bar formed volumes (40) have been done, the closed reservoir space (42) in which the magnets (20) have been installed at, and the connection end (60) and the connection housings (61) which has been installed within said space (42).

In Figure-6b, the perspective view of the bar formed volumes (40) of B, which is one of the representative implementations of the invention, as shop assembled, is shown. In Figure-6c, the perspective view of the bar form volumes (40), which are in contact with each other, is shown. In here, the point contacting area (43) of the bar form closed reservoirs (40), which are in point contact by the attraction towards each other, is shown.

In Figure-7a-b-c-d, the perspective views of the prismatic volumes (50) of A3, which is one of the representative implementations of the invention, is shown separately. In Figure-7a-b-c-d, the inner space (52) of said prism volume (50), and in the so-called space (52), the magnet holders (24), which are trying to keep the spherical magnets (20) installed within magnet housings (25) together, located in the center of the space (52) are shown. Said spherical magnet (25) is the magnet which has the radial poles, and in which more than one magnets, formed according to the number of the prism outer surface (51), are used. In Figure-8a and 8b, the perspective view of the prismatic volumes (50) of A3, which is one of the representative implementations of the invention, are shown all together. In here, the prismatic structuring is made up of prismatic volumes (50), which has preferably spherical magnets (20) positioned in their inner space (52) of every one of the volume and in magnet housings (25) in said space (52), by coming together.

In Figure-9a-b-c, the perspective views of the mobile volume slice (10) of A4, which is one of the representative implementations of the invention, and the spherical magnets (20) installed in the magnet housings (25) which have been installed within the volume slice space (12), the cover (13) and the volume slices (10) which have been installed on the fixed volume slice (30), are given.

The protection area of this application has been specified under claims and cannot be limited to the descriptions only given as sampling above. It is obvious that a person skilled in the related art can apply the innovation disclosed by this invention into similar purposed other areas by means of changing the parts in form and using similar structures. Therefore, it is also clear that such embodiments lack of novelty criteria and especially the criteria of inventive step.

Claims

1. The invention is the method of movement of the closed volumes relatively which create magnetic areas and magnetic forces through their magnets which were installed within them and by the activation of these, they moved on each other by the contact of their surfaces, points and as in A1 , A2, A3, A4, B types, as if they have tried to complete their movement axis.

2. The invention is a jig-saw puzzle, used as a toy, brain development tool, training tools and equipment, refrigerator magnet, collection, three dimensional jig-saw puzzle or cross word puzzle, decoration or promotion material, is composed of the closed volume slices which can move on each other relatively by means of the variable and constant forces created by the magnets which are available inside of the puzzle, and are in the form of the sphere with parts (A1 ), plain octagonal face (A2), prism (A3) or bar (B) type.

3. A jig-saw embodiment according to Claim 2, and it is characterized in that; the alternative structuring in the form of the sphere with parts (A1) and plain octagonal face (A2) comprises a fixed core volume (30) composed of two equivalent half spheres positioned at the center of it, and volume slices (10) which are positioned as moving on said fixed core volume (30).

4. A jig-saw embodiment according to Claim 3, and it is characterized in that; said core volume (30) comprises connection ends (60) installed conjugately in said half spheres in order to connect said half spheres to each one to the other, connection housings (61) installed conjugately in order to keep connection ends (60) in place, disc magnets (22), magnet housings (25) located between the connection ends (60) and the connection end housings (61 ) and at the central space (32) in order to keep the magnets (22) in place.

5. A jig-saw embodiment according to Claim 3, and it is characterized in that; said volume slices (10) comprise magnet housings (25) which is located at the inner space, spherical magnets (20) and the cylindrical magnets (21) which are located at the magnet housings (25), and the magnet holder (24) installed at the inner space (12).

6. A jig-saw embodiment according to Claim 3, and it is characterized in that; said volume slices (10) comprise connection ends (10) and/or connection housings (61) installed at the corners in order to contact with the cover (13) which covers the volume slices.

7. A jig-saw embodiment according to Claim 2, and it is characterized in that; the alternative embodiment in the form of cube (A3) is composed of outer surfaces (51) of the prism, inner space (52) which is made up of said surfaces (51), prism volumes (50) which contains magnet holder (24) and located at the center, and holding the spherical magnets (20) installed at the magnet housings (25) within said inner space (12).

8. A jig-saw embodiment according to Claim 2, and it is characterized in that; the alternative embodiment in the form of bar (B) is composed of the bar formed volumes (40) which have been attracted by each other and have a point contact within the point contact area (43).

9. A jig-saw embodiment according to Claim 8, and it is characterized in that; said bar formed volumes (40) comprise spherical magnets (20) located within the volume space (42) and at the closed reservoir surface (41 ) where they are in point contact with each other.

10. A jig-saw embodiment according to Claim 8, and it is characterized in that; said bar formed volumes (40) comprise symmetrical two half pieces, and connection ends (60) and connection housings (61 ) arranged at the inner space (42) in order to install said pieces.

11. A jig-saw embodiment according to Claim 2, and it is characterized in that; the alternative embodiment in the form of sphere with parts (A1) and plain octagonal face (A3) comprises fixed core volume (30) composed of two equivalent half spheres at the central part, and volume slices (10) installed as to be able to move on the fixed core volume (30).

12. Magnets used in jig-saw embodiment according to above claims, and it is characterized in that; said magnets are in the form of a radial and/or magnetized through longitudinal axis, and could be in the form of the conical, cylindrical, spherical and there could be hole on it or not, and in the various geometrical forms.