EP0100859A2 - Game with permanent magnets - Google Patents

Abstract

A magnetic game wherein the playing field between a light-transmitting top wall and a bottom wall which is parallel to the top wall receives one or more playing pieces including one or more permanent magnets. The playing piece(s) can be attracted or repelled by an impeller having at least one shifting member with a permanent magnet adjacent to the upper side of the top wall. The shifting member is movable by a handle which is provided thereon or by manipulating an elongated arm a light-transmitting portion of which overlies the top wall. The impeller can be assembled of two or three shifting members, one above the top wall, another below the bottom wall or between the top and bottom walls, and a third between the top and bottom walls or below the bottom wall. Such shifting members can define a pocket which can receive a portion of or the entire playing piece when the distance between the magnet of such playing piece and the magnet or magnets of the impeller is reduced below a critical value.

Description

The invention relates to a game with permanent magnets according to the preamble of claim 1.

Various games with permanent magnets are known. In one type of such games, magnetic game pieces are moved through a non-magnetic game board by means of a drive permanent magnet that attracts the game pieces over the game board or the playing field. Such a type is e.g. in U.S. Patent No. 2,668,389. In a second type, the game pieces are moved through a game board by means of a permanent magnet repelling the game pieces. This type is e.g. in U.S. Patent No. 3,214,171 or in the patent specification No. 836 462 of the German Patent Office. In a third type, e.g. In the published patent application No. 24 30 826 of the German Patent Office, two permanent drive magnets are arranged for each player with different polarity in two different levels, and game figures with permanent magnets of different polarity are present, one drive magnet representing the game figures with one magnetic polarity, and the other drive magnet attracts the other characters.

The variety of the game types with these known games, in which the game characters are either only attractable or only repelled by the drive magnets, is quite limited. In contrast, in the game according to the invention, the game figures are at a greater distance from the drive permanent magnets repelled by these while being attracted or caught at a small distance. In this way, for example, a cat and mouse game is possible, with the drive permanent magnet representing the cat and the game figure the mouse, and the mouse fleeing from the cat, but being caught by the cat with sufficient approach. In a further main game of the invention, game figures are moved by the drive permanent magnets over predetermined paths, but must not be caught. The invention is 1 and 2 characterized by the features rubbed in the characterizing part of claim 1 esc.

• Fig 1 zeigt prinzipiell die Einwirkung von zwei Dauermagneten eines Antriebsteils des Spiels auf den Dauermagneten einer Spielfigur, und zwar in den Fig la bis le in verschiedenen Relativlagen.
• Fig 2a zeigt eine Ausführungsform des Spiels mit mechanischer Kopplung der Antriebs-Dauermagnete in einem Schnitt A-A von Fig 2b und
• Fig 2b dieselbe Ausführungsform imGrundriss.
• Fig 2c zeigt einen Teil der gleichen Ausführungsform in abmontiertem Zustand in einem Schnitt D-E-F-G von Fig 2d und
• Fig 2d dieselbe Ausführungsform in einer Ansicht C-C von Fig 2c.
• Fig 2e zeigt einen Schnitt B-B der Ausführungsform von Fig 2b
• Fig 3 zeigen Teilausschnitte des Spiels in vereinfachter Darbis ⁸ stellung, und zwar
• Fig 3 den aus den Antriebs-Dauermagneten bestehenden Antriebsteil des Spiels mit magnetischer Kopplung von zwei Antriebsmagneten in Seitenansicht.
• Fig 4 zeigt denAntriebsteil einer weiteren Ausführungsform des Spiels mit magnetischer Kopplung von drei Antriebsmagneten in Seitenansicht, und
• Fig 5 eine ähnliche Ausführungsform wie Fig 4, und zwar die Fig 5a, Fig 5b, Fig 5c bei je verschiedenen Relativlagen des Figur-Dauermagneten.
• Fig 6 zeigt eine weitere Ausführungsform in Seitenansicht und
• Fig 7 die gleiche Ausführungsform im Grundriss und
• Fig 8 den Antriebsteil einer weiteren Ausführungsform des Spiels in Seitenansicht.
• Fig 9 zeigt einen Bestandteil für eine Spiel-Variante, und zwar Fig 9a in einer Seitenansicht, Fig 9b in einem Schnitt A-A der Fig 9c und Fig 9c einen Schnitt B-B der Fig 9b.

The invention will now be explained with reference to the embodiment shown in the drawing.

• Fig. 1 shows in principle the action of two permanent magnets of a drive part of the game on the permanent magnet of a game figure, in different figures in Figures la to le.
• Fig. 2a shows an embodiment of the game with mechanical coupling of the drive permanent magnets in a section AA of Fig. 2b and
• Figure 2b shows the same embodiment in plan.
• FIG. 2c shows a part of the same embodiment in the disassembled state in a section DEFG from FIG. 2d and
• Fig. 2d the same embodiment in a view CC of Fig. 2c.
• Fig. 2e shows a section BB of the embodiment of Fig. 2b
• Fig. 3 show partial sections of the game in a simplified position ⁸ , namely
• 3 shows the side view of the drive part of the game consisting of the drive permanent magnets with magnetic coupling of two drive magnets.
• Fig. 4 shows the drive part of a further embodiment of the game with magnetic coupling of three drive magnets in side view, and
• 5 shows a similar embodiment to FIG. 4, namely FIGS. 5a, 5b, 5c with different relative positions of the permanent magnet.
• 6 shows a further embodiment in side view and
• Fig. 7 shows the same embodiment in plan and
• 8 shows the drive part of a further embodiment of the game in a side view.
• FIG. 9 shows a component for a game variant, namely FIG. 9a in a side view, FIG. 9b in a section AA of FIG. 9c and FIG. 9c a section BB in FIG. 9b.

• Fig 10 einen Längsschnitt F-F der Fig 11
• Fig 11 einen Grundriss
• Fig 12 zeigt die Magnetwirkung eines einzelnen Antriebs-Dauermagneten auf einen Figur-Dauermagneten.
• Fig 13 bis 15 zeigen ausschnittweise drei Ausführungsformen des Spiels im Querschnitt durch die Spielfeldplatten, welche auf der prinzipiellen Wirkungsweise der Fig 12 beruhen, und zwar
• Fig 13 eine Ausführungsform mit nur einem oberen Antriebs-Dauermagneten
• Fig 14 eine Ausführungsform mit einem oberen und einem mittleren Antriebs-Dauermagneten
• Fig 15 eine Ausführungsform mit oberem und mittlerem Antriebs-Dauermagneten, welche derjenigen der Fig 16 bis 18, bei weggelassenem unteren Antriebs-Dauermagneten, entspricht.
• Fig 16 zeigt eine weitere Ausführungsform des Antriebsteils in einem Längsschnit A-A von Fig 17
• Fig 17 zeigt die gleiche Ausführungsform in einer Ansicht B-B von Fig 16 und
• Fig 18 die gleiche Ausführungsform in einem Schnitt C-C oder D-D von Fig 16
• Fig 19 zeigt eine weitere Ausführungsform des Antriebsteils des Spiels im Längsschnitt
• Fig 20 zeigt den Ausschnitt aus einem Antriebsteil einer weiteren Ausführungsform des Spiels
• Fig 21 zeigt eine Spielfigur im Grundriss und
• Fig 22 dieselbe Spielfigur im Längsschnitt A-A von Fig 21
• Fig 23a zeigt eine weitere Spielfigur im Grundriss und
• Fig 23b dieselbe Spielfigur im Längsschnitt von Fig 23a
• Fig 24 zeigt in perspektivischer Darstellung eine weitere Spielfigur
• Fig 25a zeigt eine weitere Spielfigur in Seitenansicht und
• Fig 25b im Grundriss
• Fig 26a zeigt eine weitere Spielfigur im Grundriss und
• Fig 26b in Seitenansicht
• Fig 27a zeigen eine weitere Ausführungsform des Spiels, und zwar bis Fig 27d
• Fig 27a im Grundriss
• Fig 27b in einem Schnitt A-A von Fig 27a
• Fig 27c in einem Schnitt C-C von Fig 27a und
• Fig 27d in einem Schnitt B-B von Fig 27a
• Fig 28 zeigt einen Schnitt C-C der Fig 27a mit Antriebs- Dauermagneten und Spielfigur
• Fig 29 zeigen zwei Spiel-Einsätze in perspektivischer Darstellung und 30
• Fig 31 zeigen Ausschnitte aus einer Ausführungsform des Spiels, und ³² und zwar _Fig ₃₁ im Querschnitt und Fig 32 im Grundriss
• Fig 33 zeigt einen Teil des Querschnittes A-A der Fig 27a in vergrösserter Darstellung

10 and 11, an embodiment of the drive part of the game is shown, namely show

• 10 shows a longitudinal section FF of FIG. 11
• 11 shows a floor plan
• FIG. 12 shows the magnetic effect of a single permanent drive magnet on a permanent magnet.
• FIGS. 13 to 15 show sections of three embodiments of the game in cross section through the playing field plates, which are based on the principle of operation of FIG. 12, namely
• 13 shows an embodiment with only one upper drive permanent magnet
• 14 shows an embodiment with an upper and a middle drive permanent magnet
• 15 shows an embodiment with an upper and middle drive permanent magnet, which corresponds to that of FIGS. 16 to 18 with the lower drive permanent magnet omitted.
• FIG. 16 shows a further embodiment of the drive part in a longitudinal section AA from FIG. 17
• Fig. 17 shows the same embodiment in a view BB of Fig. 16 and
• 18 shows the same embodiment in a section CC or DD of FIG. 16
• 19 shows a further embodiment of the drive part of the game in longitudinal section
• 20 shows the detail from a drive part of a further embodiment of the game
• Fig. 21 shows a game figure in plan and
• 22 shows the same game figure in longitudinal section AA from FIG. 21
• 23a shows a further game figure in the plan and
• Fig. 23b the same game figure in longitudinal section of Fig. 23a
• Fig. 24 shows a perspective view of another character
• 25a shows a further game figure in side view and
• Fig. 25b in the floor plan
• 26a shows a further game figure in the plan and
• Fig. 26b in side view
• 27a show a further embodiment of the game, up to FIG. 27d
• Fig. 27a in the floor plan
• Fig. 27b in a section AA of Fig. 27a
• Fig. 27c in a section CC of Fig. 27a and
• 27d in a section BB from FIG. 27a
• Fig. 28 shows a section CC of Fig. 27a with drive permanent magnet and game figure
• 29 show two game inserts in perspective and 30
• Fig 31 show parts of an embodiment of the game, and ³² namely _F ig ₃₁ in cross-section and Figure 32 in plan view
• FIG. 33 shows part of the cross section AA of FIG. 27a in an enlarged view

The principle of operation of the invention is initially explained with reference to FIGS. In Fig la a magnet designated with permanent magnet 11 is drawn, which is magnetized in the direction of the magnetization axis MA, perpendicular to the base U. The permanent magnet can be cylindrical with diameter DD and height HD. The magnetic field lines FL are shown schematically, and the north and south poles of the permanent magnet are marked with N and S. In Fig la two further magnets with drive permanent magnets 21 and 22 are recorded. These two magnets can also be cylindrical, with a cylinder diameter DDA, and each have a cylinder height HA. They lie coaxially one above the other without a gap, both are magnetized in the same direction in the direction of the magnetization axis MA, this magnetization axis running parallel to that of the figure permanent magnet 11. Again, the magnetic field lines FL are shown schematically, and it is clear that the magnetic effect the outside of the two magnets 21, 22 is the same as for a single permanent magnet with twice the height, ie 2 HA. Here, too, the north and south poles of the two magnets are marked with N and S. The contact surface of the two permanent drive magnets 21, 22 lies in the central plane ME of the permanent magnet 11. With respect to the X coordinate, the permanent magnet is repelled by the permanent magnets in the direction of the force P shown, and it moves on the pad U sliding in this direction. The figure permanent magnet is prevented from tipping over if its diameter DD is greater than its height HD.

The same permanent magnets as in FIG. 1a are recorded in FIG. 1b, but the two drive permanent magnets 21, 22 are spaced apart from one another in the direction of the magnetization axis MA and symmetrically to the central plane ME by a distance DAM which is somewhat larger than the height HD of the Figure permanent magnet 11 is. The course of the field lines FL is also shown here, and it can be seen that this course is at a greater distance, for example in the case of figures Permanent magnets, about the same as in Fig la. Here too. therefore the permanent magnet 11 repelled in the direction P. If one moves to the right in the direction of the coordinate X from the permanent magnet 11 on the central plane ME, the field lines FL first run from top to bottom. At a critical point, which is shown in dash-dotted lines with field line FKR, the direction changes, and in the area of the superimposed permanent magnet 21, 22 the field lines run from bottom to top, while they are further to the right, at a greater distance, from top to bottom run down. This course of the field lines has the consequence that a permanent magnet 11 which is movable along the central plane is repelled at a greater distance, i.e. approximately outside the field line FKR, and at a small distance, i.e. approximately within the field line FKR, from the drive permanent magnets 21, 22 becomes.

According to FIG. 1b, there is no guide for the permanent magnet 11 in the figure, and it would tip over and be attracted by one of the two permanent drive magnets 21, 22. In order to prevent this, according to FIG. 1c, the two playing field plates 31 and 32 which run parallel to one another and to the central plane ME are present, between which the permanent magnet 11 of the figures can move freely along the central plane ME. Since the distance DSP of the playing field slabs is only slightly larger than the height HD of the permanent magnet, its tipping over is prevented.

With permanent magnetization axis MA, the figure permanent magnet can only move between the playing field plates along the central plane ME. This middle level is referred to below as the playing field level. The distance DAM between the drive permanent magnets 21 and 22 is normally somewhat greater than the distance DSA from the top of the upper to the underside of the lower field plate.

In the 3 figures 1c, 1d, 1e the figure permanent magnet 11 is drawn in three different positions relative to the drive permanent magnets 21, 22. The figure permanent magnet 11 becomes in the position of FIG. 1c repelled in the direction of the force PAB, in the position of FIG. 1d at the critical distance DKR, it is neither repelled nor attracted, and in the position of FIG. 1, at which the critical distance DKR is undershot, the figure permanent magnet 11 is moved in the direction of FIG Force PAN is attracted and is then held between the two drive permanent magnets 21, 22.

If the two drive permanent magnets 21, 22 in the arrangement of FIGS. 1c to 1e are moved by hand along the playing field plates or along the level playing field, the permanent figure magnets lying further away in the playing field are always repelled and only nearby ones are attracted. On this principle, the cat-and-mouse game based of the embodiment of _F ig 2a which is to be to be explained. In the playing field 1 between the upper playing field plate 32 and the lower playing field plate 31, in the form of a replica of a mouse, a game figure 12 is drawn in, which contains a figure permanent magnet 11 with the magnetization direction MA, perpendicular to the plane of the game field. The toy figure can be made of plastic, and the permanent magnet can be cast in. The permanent magnet is placed in the front part with respect to the normal running direction of the game figure, i.e. according to FIGS. 2a and 2 am near the head of the mouse, which is due to the effect of the repulsive force from the drive permanent magnet and the frictional force of the game part's rear part on the lower one The playing field plate removes the playing figure from the permanent magnet in its normal running direction. The height of the playing figure is slightly smaller than the distance DSP of the two playing fields.

The top field plate 32 is made of translucent material, such as acrylic glass. The upper permanent drive magnet 21 lies directly above the upper playing field plate 32 and the lower permanent driving magnet 22 below the lower playing field plate, coaxially with one another with the same magnetization axis MA, whose direction of magnetization also corresponds to the figure permanent magnet 11. The two drive permanent magnets 21, 22 are rigidly connected to one another via a drive fork with the fork legs 23 and 24, the upper one Magnet at the end of the upper fork leg 23 and the lower magnet at the end of the lower fork leg 24 is fixed and the connection point 28 of the two fork legs is outside the field. The drive permanent magnets and the drive fork with the fork legs together form the drive part, which can be moved by hand using the handle 25 parallel to the field level. The connection point 28 of the fork legs 23 and 24 consists of the attachments 241 and 242 attached to the lower fork leg 24, to the latter of which the upper fork leg 23 can be plugged in and can be taken along by means of the driving bolts 244.

The upper fork leg 23 is preferably made of transparent plastic and is held in the operating state by a ferromagnetic plate 231 contained in it by the permanent magnet 243 contained in the attachment 242. On the lower fork leg 24, a round bearing disc 245 is attached, which is rotatably and axially slidably mounted in a guide rail 41. The webs 43 are attached to the guide rail with the bolts 42, by means of which the guide rail can be plugged onto the field body 312, by inserting it into the plug-in holes 315 contained therein.

The drive permanent magnets 21 and 22, which are mechanically coupled to one another by means of the fork legs 23 and 24 and are always coaxial to one another, can be moved by hand using the handle 25 parallel to the playing field level 1 over the entire circular playing field, the movement being effected by the drive permanent magnets striking the on the upper and lower playing field plates 31, 32 attached circular stop ribs 321 and 311 is limited. The lower playing field plate 31 is integrated into the playing field body 312, which has an approximately square shape in view of the playing field level 1 and is supported in the four corners with floor supports 314 against the floor. The circular field boundary 101 is also contained in the field body 21, as a result of which the game figures 12 located between the field plates only in the circular region of the field defined by the field boundary Playfield are movable. The upper field plate 32 has an approximately square shape in view of the field level, the actual field comprising the circular area enclosed in the square with the field boundary 101 as a circumferential line. The upper playing field plate can be inserted into the playing field body 3l21ose and is held at a playing surface distance DSP by a support shoulder 102 and centered by edge strips 313 of the playing field body 31 ₂ .

In FIGS. 2a and 2b the drive fork with the fork legs 23 and 24 and the guide rail on the left side of the field body 312 are drawn. A second guide rail 41 with a drive fork could be plugged into the plug holes 315 on the right side of the field body for a second player.

2c and 2d, this second drive fork with guide rail 41 is shown in the disassembled state from the field body, wherein in FIG. 2c the upper fork leg is shown separated from the lower.

The ease of assembly and disassembly of the upper fork leg and the top playing field plate is advantageous for the easy replacement of playing figures and the insertion of playing field inserts 80 or 90 according to FIG. 29 or FIG. 30.

The drive permanent magnets 21, 22, which can be moved by hand using the handle 25, can take on the role of the cat in the case of cat and mouse play and can also be provided with a cat picture, while the game figure 12 represents the mouse. Of course, a larger number of game characters or mice could be present in field 1 at the same time. If the drive part, which plays the role of the cat, is moved, the game figures represented as mice always have a tendency to flee from the cat, owing to the repulsive effect of the permanent magnets. Only if the drive part 20 is able to get close enough to a play figure, ie at a distance below the critical distance, is this figure held between the drive permanent magnets or caught by the cat. Playing with the permanent magnets can therefore be a ge be a game of skill in which the cat should catch as many mice as possible in the shortest possible time.

In this embodiment of the game with only one upper and one lower permanent magnet, it is somewhat too easy to capture the game characters. In the embodiment according to FIGS. 16 to 23, this defect has been eliminated.

A certain further disadvantage of the embodiment of the game according to FIGS. 2a to 2e lies in the fact that a relatively complex mechanism with a drive fork and guide rail is required for the mechanical coupling of the two drive permanent magnets. Another disadvantage is that the size of the field is limited by this mechanism. In the embodiments described below, these disadvantages are avoided in that the drive permanent magnets are coupled to one another magnetically rather than mechanically. The basic mode of operation is described with reference to FIG. 3. Above the upper playing field plate 32 is the upper permanent drive magnet 21, which can be, for example, a cylinder with a cylinder axis MA and height HA. The rollers 98 attached to it reduce the friction when the magnet is moved over the field plate. A handle 25 for manual operation is attached to the upper magnet. The lower permanent drive magnet 22 with the same shape and the same direction of magnetization MA as the upper magnet and like the permanent magnet 11 is attached under the lower playing field plate 31. The two permanent drive magnets attract each other, and when the upper permanent anti-vibration magnet 21 is moved by hand using the handle 25 over the upper playing field plate, the lower permanent magnet 22 is taken along by magnetic coupling, and the magnetization axes MA remain essentially coaxial, and the effect of the two permanent magnets on the permanent magnets 11 is the same as that of the figure 2a to 2e described above mechanical coupling of the magnets. The barrel attached to both permanent magnets Roll 98 allow movements along the field plates in a coordinate direction with little friction. Embodiments are described below which allow low-friction movements in all directions of the playing field level 1. The permanent magnets are hatched vertically in FIG. 3 and the following figures for identification purposes. Due to the magnetic attraction of the two permanent drive magnets, the two playing field plates 31, 32 are bent towards one another, and there is the possibility that the playing figures with the permanent figure magnets 11 are clamped between the plates. In this embodiment, the field plates would have to be sufficiently thick or the field sufficiently small. To avoid this disadvantage, a third central drive permanent magnet 235 can be added, which is placed between the two playing field plates and supports them against each other. The middle drive permanent magnet has other functions as described below. The basic arrangement is shown in Fig. 4.

All three drive permanent magnets 21, 22, 235 have magnetization axes MA in the same direction, are connected by magnetic coupling and have the same dimensions in the direction of the playing field level 1 and can also be provided with rollers 98 (not shown here) to reduce friction.

Such an arrangement according to FIG. 4 has the same effect on a game figure or the figure permanent magnet / uie as was described with reference to FIG. the character is always repelled and never attracted, not even at short distances.

In order to obtain the effect, even with the use of a central drive permanent magnet 235 located between the playing field plates, that the playing figures are repelled at large distances and attracted at small distances, an embodiment is selected which is described in accordance with FIGS. 5a to 5c.

In this variant, the central drive permanent magnet 235 has a dimension smaller by at least one side than the lower and upper drive permanent magnets 21, 22 in the direction of the plane of the playing field 1, and becomes a figure permanent magnet 11 located on this side 5a repelled by the drive permanent magnet when it has a greater than the critical distance DKR from it, which is indicated by the arrow PAB drawn on the figure permanent magnet 11. If the figure permanent magnet 11 according to FIG. 5b has the critical distance DKR, it is neither repelled nor attracted. If the figure permanent magnet 11 according to FIG. 5c is smaller than the critical distance DKR from the drive permanent magnet, then he is attracted to or captured by these, which is marked by the arrow PAN. The size of the critical distance DKR depends on the size of the difference dimension DM. If the difference dimension DM is large, DKR also becomes large, and it is easier to put on or catch the characters. If the differential dimension DM were so large that the middle permanent magnet disappears, the case described with reference to FIGS. 1 to 1 would be present. With a small differential dimension DM, DKR also becomes small, and tightening or catching the game pieces is made more difficult. For DM ⁺ zero, only repulsion of the game permanent magnet occurs, as was shown in FIG. 4.

In the embodiment according to FIGS. 6 and 7, the direction of the plane of the playing field 1 is in one of four orthogonal coordinate directions, denoted by + X, -X, + Y, -Y, namely in the coordinate direction denoted by -X as the front the middle drive permanent magnet (235) is offset by a difference DM compared to the upper and lower drive permanent magnets. On this front -X, a permanent magnet 11 is repelled at a greater distance and attracted or captured at a small distance. A non-magnetic extension 216 is attached to the central drive permanent magnet 235 on the rear side opposite the front, designated + X, and protrudes in the + X direction by a distance DH. This approach 216 has the effect that a figure 12 or a permanent magnet 11 is always more than the critical distance away from the drive magnets from the rear side + X, so that it can only be repelled. Transversely to the longitudinal axis X, that is to say in the right-hand side labeled + Y and the left-hand side labeled -Y, the central drive permanent magnet 235 is approximately flush with the upper and lower drive permanent magnets 21 and 22 in the direction perpendicular to the game boards , and on these sides only repulsion of the permanent magnets 11 is possible, as has been described with reference to FIG. 4.

In the embodiment according to FIGS. 6 and 7, a tightening or catching of game figures or figure permanent magnets 11 is therefore only possible from one side, the front side -X.

Non-magnetic lugs 216 could also be attached to the other sides of the permanent magnet 235. In the simplified representations of FIGS. 4 to 7, rollers 98, which are shown in FIG. 8, are omitted. FIG. 8 shows an embodiment of drive permanent magnets similar to that in FIG. 5, with rollers 98 for reducing the friction on the game boards.

The middle drive magnet 235 is supported against the lower and the upper game plate with rollers 98.

The embodiment according to FIG. 8 with the rollers 98 allows smooth movement only in one direction, designated ^t X in FIG. 8. To enable smooth movement in all directions of the plane of the playing field, the drive permanent magnets are supported on the playing field plates by means of the swivel castors 50 instead of by rollers. Such castors are known and are used, for example, in mobile serving tables. The mode of operation can be seen from FIGS. 9a to 9c. The pivot body 53 is rotatably mounted on the pivot axis 52 which is perpendicular to the playing field.

In the swivel body, a running roller 55 running on a playing field plate is rotatably mounted in a roller axis 54, which axis runs parallel to the playing field plane and is distanced from the swiveling axis 52. The pivot axis 52 is connected to the flange 51, which in turn is directly or indirectly attached to a drive permanent magnet. The bearings could also be designed as ball bearings.

The embodiment of the game according to FIGS. 10 and 11 corresponds in principle to that of FIGS. 6 and 7, but here swivel castors 50 are attached indirectly to the drive permanent magnets via plastic parts. The upper drive permanent magnet 21 is embedded in a plastic part 211, in which four swivel rollers 50 are fixed, which distance the magnet 21 from the upper playing field plate 32. The upper drive permanent magnet 21 can be moved by hand using the handle 25. The lower permanent magnet 22 is constructed identically, with four swivel castors running on the lower playing field plate and fixed in the plastic part 261, but without a handle. The middle lere drive permanent magnet 235 is embedded in a projection 216 formed as a plastic body, in which four castors 50 running on the lower playing field plate 31 and two on the upper playing field plate are fixed. The middle part 217 and the rear part 218, the function of which was explained with reference to FIGS. 6 and 7, are also integrated into the plastic projection 216. The three permanent drive magnets have a rectangular shape when viewed in the direction of the playing field plate level. As has been explained with reference to FIG. 7, game figures 12 can only be captured from the front designated by -X. This front side is painted on the plastic part 211 with a cat head 262 in FIG. 11.

FIGS. 10 and 11 show the state in which a game figure 12 represented as a mouse with the permanent magnet 11 has been captured on the front.

The captured mouse is ejected according to a first method in such a way that the drive permanent magnets 21, 22, 23 drive with the rear of the mouse first to the edge strips 311, 321 when the field exit 91 is open. Then, with a hook-shaped actuating means 61, the central permanent drive magnet 235 is pressed radially outward in the field, i.e. in Fig. 10 or 11, to the left through a slot 322 in the upper field plate, as a result of which the left edge or the front of the central permanent drive magnet 235, seen perpendicular to the field level, is flush with the left edges of the upper and lower drive permanent magnets and the game figure is vehemently ejected from the field exit 91.

The drive permanent magnets 21, 22, 235 could also consist of two instead of only one parts, which are connected to each other by a plastic body.

The principle of operation of the game using an upper and a lower drive permanent magnet 21, 22 was explained and shown on the basis of FIGS. 1 a to 2 a that a figure permanent magnet 11 is repelled at a greater distance from the drive permanent magnet and when it falls below a critical distance DKR is attracted to these. A similar effect can also be achieved with the correct dimensioning with an arrangement according to FIG. 12, in which only a single one, namely the upper drive permanent magnet 21, acts on the figure permanent magnet 11. The course of the magnetic field lines FL of the drive magnet shows that they pass the playing field 1 from top to bottom outside a critical distance DKR and from bottom to top within the critical distance. A figure permanent magnet 11 is therefore also repelled outside the distance DKR by the drive permanent magnet and attracted or captured within this distance. However, the effect is not as optimal as in the embodiment from Fig la to le.

In the embodiment according to FIG. 12 with only one drive permanent magnet 21, this should have a large diameter DDA relative to the distance DSP of the two playing field plates.

In FIG. 13, a mouse is drawn in as game figure 12, which is repelled at a greater distance from the single, upper drive permanent magnet 21 and attracted or captured at a small distance.

In FIG. 14, in addition to the upper, there is also a medium permanent drive magnet 235 which is dragged along by the upper permanent drive magnet 21 by magnetic coupling. The mode of action on the figure 12 is similar to the embodiment described with reference to FIGS. 5a to 5c.

15 shows an embodiment of the drive permanent magnet which corresponds to that of the embodiment described below with reference to FIGS. 16 to 18, with the only exception that the lower drive permanent magnet 22 is omitted in FIG. The mode of operation is similar to that described below with reference to FIGS. 16 to 18. In the embodiment of FIG. 15, captured game pieces can be ejected by simply lifting the upper drive permanent magnet 21 off the playing field plate 32, after which the captured game piece 12 is repelled by the repelling action of the central magnet 235.

The game types of the embodiments of FIGS. 13 to 15 with a missing lower drive permanent magnet 22 are practically the same as in the described embodiments with an existing lower game field magnet.

For the embodiments of FIGS. 13 to 15, the playing field can be designed similarly to that shown in FIG. 27.

Of course, the drive magnets 21, 235 of FIGS. 13 to 15 can also be provided with swivel rollers 50.

In the embodiment of FIGS. 16 to 18, the drive permanent magnets 21, 22 and 235 have an annular cross section parallel to the playing field level with an inner circle diameter DI. In the case of the central drive permanent magnet 235, a segment of the thickness DM is also cut away in order to make it possible to catch game pieces, as was described above with reference to FIGS. 5a to 5c. In the handle 25, the upper fork leg 23 and in the bolt 222, the lower fork leg 24 can be fixed in the case of mechanical coupling. The embodiment is also suitable for purely magnetic coupling, the fork legs being omitted.

The circular cross-section is advantageous for centering and driving the middle 235 and lower 22 through the upper 21 drive permanent magnet, and moreover the middle drive permanent magnet 235 can be rotated relative to the other two about the ring axis Z without any inhibiting magnetic forces occurring .

The attachment 216 made of plastic fastened to the central drive permanent magnet 235 has a special shape, which makes it possible to capture game pieces 12, but makes it considerably more difficult. The approach 216 has a throat-like opening with the throat parts 215, a throat width DE and a throat depth DW on the left side, designated catch point 250, on which the segment with depth DM is missing on the central magnet 235.

The middle part 217 of the attachment 216 projects so far beyond the diameter of the drive permanent magnet that it is not possible to attract play figures here. The rear part 218 opposite the catch point 250 also does not permit the attraction of game figures. At the end of the part 218 there is the tail part 219, which is supported on the upper field plate 32. By means of the sheet fastened to the extension 216 and prestressed against the lower playing field plate 31 spring 214, the tail portion 219 is pressed against the top field plate. At the points of contact BP of the tail part 219 and the leaf spring 214 with the playing field plates (31, 32), when the drive permanent magnets are moved parallel to the playing field level 1, there are inhibiting frictional forces which have the effect that the longitudinal axis LA of the projection 216 always moves in the direction of movement aligns, the catch point 250 is always in front, and the tail portion 219 is always in the back.

The middle drive permanent magnet 235 is closer to the manually moved upper drive permanent magnet 21 than to the lower drive permanent magnet 22, which is only carried by magnetic coupling, which makes it easier to take along.

The enlargement of the distance to the lower magnet is ensured by the bulge 213 of the extension 216.

The way in which characters are caught is explained below.

In the embodiment described, the drive permanent magnets 21, 22 slide over the playing field plates while overcoming frictional forces. In order to substantially reduce the frictional forces and for reliable entrainment in the case of magnetic coupling, a swivel roller 50 according to FIG. 19 can be attached to the permanent drive magnets in the interior, which support the magnets against the playing field plates. The swivel bearings of these swivel rollers 50 are advantageously designed as ball bearings.

A further variant for reducing the friction for the central drive permanent magnet 235 is shown in FIG. 20. A bore 525 is provided concentrically with the central magnet axis MA, which is also the magnetic axis, in which two balls 524 with the diameter of half the pitch plate distance DSP are arranged one above the other, practically without play. Flexible playing field plates 31, 32, which are pressed against each other by the magnetic forces of the drive permanent magnets, are thus counter-rotating geln supported and the friction when moving the drive permanent magnets is significantly reduced.

21 to 24 show two game characters 12 which are particularly suitable for the drive permanent magnets 21, 22, 235 of FIGS. 16 to 20. FIGS. 21 and 22 show a mouse as a figure 12. The figure housing 121 carries the figure permanent magnet 11 on the front and a further additional permanent magnet 11; both with the same directional magnetic axis MA. Two castors 99 are attached at the rear and a swivel castor 50 in the front part, the castors running on the lower field plate 31. The additional permanent magnet 11 has the purpose of increasing the repulsive effect.

• Beim Bewegen der Antriebs-Dauermagnete gegen die Spielfigur 12 wird diese abgestossen, wobei durch Wirkung der magnetischen Kräfte sowie der Schwenkrolle 50 und der Laufrollen 99 der Kopf der Spielfigur 12 in Laufrichtung immer vorn und vom Antriebsmagneten abgewendet sein wird. Die rachenähnliche Oeffnung mit Rachenweite DE gemäss Fig 17 wird in Laufrichtung des Antriebsmagneten ebenfalls vorn sein, die fliehende Maus kann aber nicht eingefangen werden, da die Maus auf allen Seiten, mit Ausnahme des Kopfes, eine grössere Abmessung aufweist als der Rachenweite DE entspricht. Nur wenn es gelingt, den Kopf der Maus mit dem Figur-Dauermagneten 11 in den Rachen zu stecken, kann sie gefangen werden.

If this game figure is to be moved and captured with drive magnets of the embodiment from FIGS. 16 to 20, the following mode of action results:

• When the drive permanent magnets are moved against the game figure 12, the latter is repelled, the head of the game figure 12 in the running direction always being turned away from the drive magnet due to the action of the magnetic forces and the swivel roller 50 and the rollers 99. The throat-like opening with a throat size DE according to FIG. 17 will also be at the front in the direction of travel of the drive magnet, but the fleeing mouse cannot be caught because the mouse has a larger dimension than the throat size DE on all sides, with the exception of the head. It can only be caught if the head of the mouse with the permanent magnet 11 is stuck in the throat.

The game figure 12 according to FIGS. 23a and 23b has a similar structure, but has a slightly differently shaped support body 121 and can carry a coin 93. The game figure including the coin is to be caught, which is also only possible here from the front, in the case of the permanent magnet 11.

One method of ejecting the captured pawns has been described with reference to Fig. 10, another method is given below.

24 shows a game figure 12 as a replica of a vehicle with wheels 99, and in FIG. 25a, b a game figure 12 as a replica of a sheep. In both game figures, the figure permanent magnets 11 are mounted in the front in their normal direction of travel, as a result of which the movement of the game figures in their normal direction of travel, caused by the repulsive action of the drive permanent magnets 21, 22. The figure permanent magnets 11 are preferably embedded in a plastic part representing the game figures.

26a, b show a round game figure 12 with figure permanent magnets 11 embedded in plastic, which can serve, for example, as a replica of a football.

The embodiment of the game according to FIGS. 27a to d will now be described. Playing field plates 31 and 32 and playing field body 312 are similar to the embodiment as described with reference to FIGS. 2a to e, but are shown somewhat enlarged in FIG. Furthermore, the drive part with the drive fork with the fork legs 23 and 24 and the guide rail 41, which serve for the mechanical coupling of the drive permanent magnets 21, 22, is omitted here. The embodiment according to FIG. 27 is only suitable for magnetic coupling of the drive magnets, although guide rails can be coupled to drive forks through the holes 315 contained in the field body 312 if necessary.

Compared to the embodiment of FIG. 2, that of FIG. 27 has some additional devices. On the one hand, in each of the four corners of the roughly square plan shape of the field body 312 and the upper field plate 32 there is a closable field exit 91 which leads out of the field to the outside via the elongated lower field plate and its curved ramp 317. Such a lockable playing field exit 91 is shown in section in FIG. 27c. A flap 325 which can be opened and closed is pivotably mounted in the bearings 329 in the upper field plate 32 about the axis 328, the front flap part 326 projecting through a slot 330 in the upper field plate approximately perpendicular to the field level into the field exit 91 and being able to close it . The flap can be opened by means of the handle 327, and the opened state is shown in dotted lines in FIG. 27c. In the open state, the playing figures can get out through the playing field exit 91 via the ramp 317. The playing field exits 91 are channels which connect directly to the playing field boundary 101, and the flap part 326 lies approximately tangentially to the playing field boundary, as can be seen from FIG. 27a. Edge magnets 70 are embedded in the field body 312 on both sides of the field exits 91 and in the vicinity of the field boundary 101 and approximately at the height of the field, the magnetic axes MA of which are oriented in the same direction as those of the drive part and the figures. The edge magnets endeavor to push the playing figures away from the playing field edge towards the center of the playing field, as well as to eject playing figures located in the exit 91 of the playing field when the flap 25 is open.

Field body 312 with integrated lower field plate 31 and upper field plate 32 and flaps 25 are made of plastic.

10 and 11, a first method for ejecting captured game characters 12 through the open field exit 91 has been described.

A second method will now be briefly described with reference to FIG. 28. A captured game figure 12 of the type according to FIGS. 21, 22 or 23, 24 is drawn in by the drive permanent magnets 21, 22, 235 of the type from FIGS. 16 to 19 and has been brought into the field exit 91 so that it protrudes . When moving the upper drive permanent magnet 21 to the right by means of handle 25, that is, in the direction of the center of the field, the tail part 219 of the central drive permanent magnet is pressed into the notch 324 and prevented from moving to the right, and the figure 12 is ejected to the left via the ramp 317.

In FIG. 27a, the top two field exits 91 are provided with slots 322 for ejecting the playing figures according to the first method, while the lower two field exits are provided with notches 324 for ejecting according to the second method.

Since the upper permanent drive magnet 21 and the upper field plate, which is only in place, can be removed very easily, medium permanent drive magnets 235, game figures 12 and also game inserts 85 can easily be inserted into or removed from the game field.

The game inserts 85, for example according to FIG. 29 or FIG. 30, can be placed on the lower 31 when the upper playing field plate 32 is lifted off. They consist, for example, of circular foils or papers 80 or 90 with a diameter smaller than the diameter of the field boundary 101. Objects such as soccer goals 81 or slalom poles 91 can be applied to the foils, the height of which, however, must not exceed the field distance DSP. Drawings 82 or 92 can also be attached to the foils 80 or 90.

With the game insert 85 according to FIG. 29, an 11-meter shoot can be carried out for two players, as is customary in football, as will be briefly explained with reference to FIGS. 31 and 32. The shooting player on the right strikes with his permanent drive magnets 21, 22, 235 against the figure 12 simulating the ball, which can be designed according to FIG. 26, and tries to place it in the football goal 81. The impact pulse can be conveyed magnetically and / or mechanically to the character.

The player representing the goalkeeper operates the drive permanent magnets on the left and tries to capture or distract the kicked figure 12.

The central drive permanent magnet 235 has a smaller diameter than the upper and lower, so that the game figure can be caught between the four lugs 216 shown. The character can also be deflected magnetically and / or mechanically. Captured game pieces can be repelled by moving the drive magnets against the soccer goal.

With the game insert 85 according to FIG. 30, a game figure 12, which is designed according to FIG. 26, for example, can be guided by means of the drive permanent magnets 21, 22 along a predetermined path 92 through the gates 91 to the goal in the shortest possible time. There is no central drive permanent magnet 235, so the player risks catching the character if he approaches the character too quickly, after which he has to start over again according to the rules of the game. Captured game figures can be ejected again by running over the figure stripper 93 with the drive permanent magnets 21, 22. This is always possible with mechanical coupling of the drive permanent magnets, but only with magnetic coupling if the volume of the drive permanent magnets is considerably larger than that of the figure 12.

FIG. 33 shows a detail of a cross section of the game, similar to FIG. 27b, in a somewhat enlarged form. A plastic attachment 223 is attached to the lower drive permanent magnet 22, as a result of which the distance DB to the floor 700 is smaller than the edge height DR of the lower stop rib 311. The lower drive permanent magnet 22 can neither tip nor get outside the circular stop rib. 2 and 27 are drawn exaggerated in the direction perpendicular to the field level for clarification, and the measure according to FIG. 33 can also be carried out there.

• - Verfolgen und Einfangen von Mäusen gemäss Fig 21 und 22 mit Antriebs-Dauermagneten von Fig 16 oder Fig 19. Einzelne geöffnete Spielfeldausgänge 91 können Mauselöcher imitieren, in welche die Mäuse verschwinden können und für den Spieler verloren sind.
• - Verfolgen und Einfangen von Geldtransportern gemäss Fig 23 und 24 mit Antriebs-Dauermagneten gemäss Fig 16 oder 19.
• - Schafherde, bestehend aus Spielfiguren gemäss Fig.25, wobei der obere und untere Antriebs-Dauermagnet 21, 22 den Schäferhund simulieren, welcher die Schafe in die, die Schafställe simulierenden Spielfeldausgänge 91 schaffen soll, wobei sie aber nicht eingefangen werden dürfen. Eingefangene Schafe werden an einem Abstreifer 81 oder 93 abgestreift und geben Verlustpunkte.

The effect according to the invention of the drive permanent magnets, which repel the characters at greater distances and attract them at short distances, allows a variety of different types of play, such as

• Tracking and trapping mice according to FIGS. 21 and 22 with drive permanent magnets from FIGS. 16 or 19. Individual opened field exit 91 can imitate mouse holes into which the mice can disappear and are lost to the player.
• - Tracking and trapping money transporters according to FIGS. 23 and 24 with permanent drive magnets according to FIGS. 16 or 19.
• - Flock of sheep, consisting of playing figures according to Fig. 25, the upper and lower drive permanent magnets 21, 22 simulating the shepherd dog, which is to create the sheep in the field exits 91 simulating the sheep stables, but they must not be caught. Captured sheep are wiped off on a scraper 81 or 93 and give loss points.

These three games can be played by one to four players, whereby the number of game characters acquired or brought into the stable should be as high as possible.

• - 11-Meter-Schiessen, wie oben beschrieben, anhand von Fig 29, 31, 32.
• - Slalomfahren, wie anhand von Fig 30 beschrieben.
• - Mit einer als Schienenfahrzeug ausgebildeten Spielfigur und einem Spieleinsatz mit schleifenförmigen Schienen können Spiralen und Achterbahnen gefahren werden.

Other possible games are:

• 11-meter shooting, as described above, using FIGS. 29, 31, 32.
• - Slalom driving, as described with reference to FIG. 30.
• - Spirals and roller coasters can be driven with a toy figure designed as a rail vehicle and a game insert with loop-shaped rails.

Of course, the invention is not limited to these games.

Claims (23)

1. Playing with permanent magnets with at least one movable figure containing at least one figure permanent magnet and at least one manually movable drive permanent magnet, characterized in that the game figures (12) with their figure permanent magnets (11) in a level playing field (1 ) are movably arranged between two parallel plates, namely a translucent upper playing field plate (32) and a lower playing field plate (31), and the manually movable drive permanent magnet (21) lies over the upper playing field plate (32), the magnetization axis of which ( MA) is perpendicular to the field plates, and the magnetization axes (MA) of the figure permanent magnets (11) are also perpendicular to the field plates and have the same magnetization direction as the drive permanent magnet, and the figures (12) located between the two field plates by the Playing field plates on tilting and thus changing the direction of magnetization go be changed. 2. Playing with permanent magnets according to claim 1, characterized in that in addition to the upper, above the upper field plate (32) manually movable drive permanent magnet (21) at least a second, lower drive permanent magnet (22) under the lower field plate (31 ), which is mechanically and / or magnetically coupled to the upper drive permanent magnet (21) and can be moved and taken along by the mechanical and / or magnetic force effect parallel to the playing field level (1), and the magnetization axes (MA) of the two permanent magnets are the same are directed and lie approximately in a line and are perpendicular to the field level. 3. Playing with permanent magnets according to claim 2, characterized in that the two drive permanent magnets (21, 22) are connected to one another by means of a drive fork consisting of two fork legs (23, 24) and are thus mechanically coupled, whereby the upper permanent magnet (21) is fixed at the end of the upper fork leg (23) lying above the upper playing field plate (32) and the lower permanent magnet (22) is fixed at the end of the lower fork leg (24) lying below the lower playing field plate (31), and the fork connection point (28) of the two fork legs lies outside the playing field (1). 4. Playing with permanent magnets, according to claim 3, characterized in that the upper fork leg (23) consists of transparent plastic and on the lower fork leg (24) can be easily plugged in, and the lower fork leg (24) by means of a round bearing disc (25) is rotatably and axially slidably mounted in a guide rail (41) and the guide rail (41) can be plugged into plug holes (315) of the field body (312) by means of bolts (42). 5. Playing with permanent magnets according to claims 1 or 2, characterized in that in addition a middle drive permanent magnet (235) is arranged freely movable between the two playing field plates, the magnetization axis (MA) of which is the same as that the upper (21) and the lower (22) drive permanent magnet and the middle drive permanent magnet can be moved and taken along by magnetic coupling through the upper and / or lower drive permanent magnet in the direction of the plane of the playing field (1). 6. Playing with permanent magnets according to claim 5, characterized in that the drive permanent magnets (21, 22, 235) are provided with swivel rollers (50) running on the playing field plates (31, 32), through which the permanent magnets of the playing field plates (31 , 32) are spaced and the swivel rollers (50) contain a swivel body (53) which can be rotated about a swivel axis (52) which is perpendicular to the plane of the playing field plates (31, 32) and in which a running element running on the playing field plates (31, 32) roller (55) is rotatably mounted with roller axis (54) running parallel to the plane of the playing field plates (31, 32) and distant from the pivot axis (52). 7. Playing with permanent magnets according to claim 5, characterized in that the central permanent magnet (235) in the direction of the plane of the playing field (1) at least at a point with catch point (250) designated its circumference by a difference dimension (DM) less Dimension as the upper (21) and the lower (22) drive permanent magnet or by the differential dimension (DM), whereby a figure permanent magnet (11) at a distance from the drive permanent magnet (21, 22), which is smaller than a critical distance (DKR), can be attracted by the drive permanent magnets, and can be repelled at a distance greater than the critical distance (DKR) by the drive permanent magnets. 8. Playing with permanent magnets according to claim 7, characterized in that at least one non-magnetic attachment (216) is attached to the circumference of the central permanent magnet (235) outside the catch point (250), by means of which the magnetic attraction or trapping of a game figure ( 12) outside the trap (250) is prevented. 9. Playing with permanent magnets according to claim 2, characterized in that the drive permanent magnets (21, 22) in the direction parallel to the playing field plane (1) have an annular cross section. 10. Playing with permanent magnets according to claim 9, characterized in that the middle pull-in permanent magnet (235) has an annular cross-section with a segment (DM) segment removed at the catch point (250) and the non-magnetic attachment (216) from the following, in relation on its longitudinal axis (LA) there are symmetrically arranged parts: The throat-like opening with throat width (DE) and throat depth (DW), formed by two throat parts (215), is located on both sides of the catch point 250. The middle parts (217) which, together with the rear part (218) opposite the catch point (250) with respect to the magnet center (Z), form the main part of the attachment (216). The tail part (219), which is attached to the end of the rear part (218) lying in the longitudinal axis (LA) and by means of a leaf spring (214) fixed to the shoulder (216) and supported on the lower field plate (31) in the Longitudinal axis (LA) lying contact point (BP) is pressed against the top field plate (32). 11. Playing with permanent magnets according to claims 6, 9 and 10, characterized in that the swivel rollers (50) in the interior (DI) of the magnets are attached with a circular cross-section. 12. Playing with permanent magnets according to claims 9 and 10, characterized in that at least one hollow cylindrical ball guide (525) is attached to the central drive permanent magnet (235), in which at least a pair of equally large, rotatable balls (524) in the vertical direction to the field plates (31, 32) lying one above the other and arranged in contact with each other, the sum of the sum of the ball diameters of the two balls corresponds approximately to the distance (DSP) of the two field plates and is larger than the dimension of the central drive permanent magnet (235) in Direction perpendicular to the field tiles. or 2 13. Game with permanent magnets according to claim 1 or 2, characterized in that in the case of game figures (12) which emulate animals or vehicles, the figure permanent magnets (11) are attached to the front (70) with respect to the natural running direction. 14. Playing with permanent magnets according to claims 1, 2, 10 and 13, characterized in that the playing figures (12) are provided with rollers (99) and at the front with at least one swivel roller (50) with respect to the normal running direction and only the front with the figure permanent magnet (11) can be immersed in the throat-like opening of the catch point (250), while the other game figure parts have dimensions larger than the throat size (DE) of the catch point (250). 15. Game with permanent magnets, according to claim 1 or 2, characterized in that the playing field (1) is delimited by a circular playing field boundary (101) and that concentric to the playing field limitation and approximately the same diameter on the two playing field plates (31, 32) each a circular stop rib (311, 321) for limiting the movement of the drive permanent magnets (21, 22) is attached. or 2 16. Playing with permanent magnets according to claim 1 or 2, characterized in that on the outer edge of the playing field (101) by opening and closing flaps (325) closable playing field exits (91) are provided, through which in their open state the playing figures (12) can get out of the field. 17. Playing with permanent magnets according to claims 1 or 2 and 16, characterized in that outside the field near the field boundary (101) and preferably near the field exits (91) and approximately at the level of the field level (1) edge Permanent magnets (70) are attached, the magnetic axes (MA) of which are the same as those of the drive permanent magnets (21, 22) 'and the figure permanent magnets (11). 18. Playing with permanent magnets according to claims 1 or 2, 15 to 17, characterized in that the lower field plate (31) is integrated in a plastic field body (312) which also contains in an integrated form: the field boundary (101) the field exits (91). the holders for the edge permanent magnets (70) the floor supports (314) the edge strips (313) and the support heel (102) for the Support and centering of the upper playing field plate (32), the plug holes (315) for attaching the guide rail (41) and the playing field body (312) in the direction of the playing field level (1) has an approximately square shape, the playing field being contained approximately in the enclosed circle, and the field exits (91) are housed in the four square corners. 19. Playing with permanent magnets according to claim 18, characterized in that the upper transparent, approximately square, field plate (32) can be placed loosely on the field body (312) and centered by the edge strips (313) thereof, and the flaps which can be opened and closed ( 325) are pivotally mounted in the four corners for closing the field exits (91). 20. Playing with permanent magnets according to claim 19, characterized in that radial to the field exits (91) within the circular stop rib (321) in the upper field plate (32) radial slots (322) and / or tangential notches (324) for Aus . poking from game characters (12) are present. or 2 21. Game with permanent magnets according to claim 1 or 2, characterized in that between the two field plates (31, 32) game inserts (85) can be inserted, which have a thin bottom (80, 90) and drawings (82, 92) and / or contain goals (81, 91,) and / or guide rails for playing figures (12) designed as vehicles, the total height of the betting stakes not exceeding the playing field distance (DSP). 22. Game with permanent magnets according to claim 21, characterized in that in game inserts (85) for games without the central drive magnet (235) perpendicular to the field plane figure stripper (93) are attached, which stripping between the upper and lower drive Permanent magnets (21, 22) serve magnetically held game figures (12). 23. Playing with permanent magnets according to claim 18, characterized in that the distance (DB) between floor 700 and lower drive permanent magnet (22) is so small by means of an attachment (223) fixed thereon that tilting or stepping out of the lower drive Permanent magnet (22) outside the stop rib (311) is impossible.

Images