DE19613455A1 - Coin operated automatic gaming machine - Google Patents

Abstract

The housing (2) accommodates the symbol playing unit (1), which is computer controlled. The device has a front (3) with viewing windows (4), behind which are the three rotating discs (5) with symbols (6) which are brought to rest by a random number generator. In the lower region of the housing there is an actuating button (7) which can hold or restart the discs. In the case of a win, the amount can be released at the outlet (8) or added to the credit balance in the display (9). In the upper region there is an insertion slot for coins (10), tokens (11), notes (12), and for credit cards (13). There is also a return key (14). A rotating disc is provided, with the light elements (23) located on the visible surface (22) in a geometric form on an axis (24). There is also a step motor (25). The light elements are controlled by the voltage from the motor transmitted by a transmission unit (26). A part (28) of this is fixed to the housing and another part (27) is fixed to a rotating disc.

Description

The invention relates to a coin operated Unterhal tion device with a symbol game device based on Symbols occupied circulation bodies behind reading windows symbol combination indicating a profit or loss shows, possibly at least one additional win game device in which he in the symbol game device rich profit is playable or cumulative, and one computer-controlled control unit for game sequence control.

Such entertainment devices are in a wide variety Embodiments known. They include an icon game device, which usually has three circulating bodies, the as rollers, disks, folding card carousels or the like can be trained. On the outside by reading The most visible surface, the circulating bodies carry profit symbols. The circulating bodies are stopped one after the other and after all orbits have come to a standstill, gives the symbol combination shown in the reading windows a profit or loss. At different heights the money and / or point and / or special game winnings in Prospect.  

Now a player to use such entertainment to stimulate devices and to and to provide further game incentives Various measures have already been taken. So it is common to these entertainment devices actuators for the player attached, which usually to the course of each order act on the barrel. By pressing a start button the player can launch one or more orbits, thereby the player has a real influence on the game is averaged. For example, by pressing one Key within a certain period of time of the circulation be restarted by the player to give him the Possibility to grant a winning combination of symbols tion to achieve. In addition, for the remaining order Barrel stop buttons are provided to the player allow a rotating orbital body to stop where by giving the player the impression of playing and thus the symbolcom resulting from the game to be able to influence the combination.

Furthermore, known play equipment often have as a supplement winn gaming facility a risk gaming facility that in the case of a profit already achieved using a button in actuation can be set. At least one Ri sikoleiter, the different Ge on profit display elements profit values, the profit already made and the profit Targetable profit optically highlighted. About one in the game advises existing random generator, it is decided whether the be profit already achieved is lost or increased. With Er  If the profit is increased, this will be the profit achieved again is displayed and the profit that can now be achieved is again op highlighted table. By pressing a risk button the profit made can be risked again. When performing A risk game is usually a decision increase or total loss of the Ge used winns.

The strobe light technology has so far with such Un entertainment devices have not yet been used. Such However, technology is mainly used in determining the Engine speeds in the field of motor vehicles turned. In addition, it is known to use strobe lights to create animation effects in rooms, for example se in discotheques.

The invention has for its object a coin operated To create entertainment device of the type mentioned the specific optical animation effects are generated can to increase the entertainment value of these devices and to encourage the player to use these devices.

According to the invention the object is achieved in that on the Visible surface of at least one circulating body a plurality of Luminous elements is arranged in the over, equal or Sub-synchronism for generating stroboscopic light effects can be controlled.

It is preferred that the majority of the lighting elements geometrically on the visible surface of the at least one revolution  body is arranged. This allows different, with stroboscopic light effects applied geometric Figures are created that are particularly animating to the user of the entertainment device. After another out education of the inventive concept, the lighting elements in visible edge area of the circulating body concentrically around the sen axis of rotation may be arranged.

In a further embodiment of this invention, the minimum a circulation body of a controllable by the control unit Stepper motor can be driven by its individually controlled rotation can create special lighting effects. Dar In addition, the circulating body has a control device for the lighting elements, in which a between the Stepper motor and the rotating body arranged transmission unit the supply energy as well as data to control the Luminous elements are transferable. In particular, as over support unit magnetic or optical components for be contactless transmission of the supply energy as well as the Data provided to control the lighting elements.

Electromechanical transmission units are preferred Contact elements for the transmission of the supply energy as well the data for controlling the lighting elements provided. Especially ders advantageous is that the transmission unit from two opposing, one winding each facing ferrite cores, which has an air gap between form, the one ferrite core rotatable with the um running body on the axis of rotation of the rotating body and the other ferrite core is rigidly arranged in the entertainment device.  

In addition, the control device of entertainment device a high-frequency generator for transmission of the Ver power and the data for the control device for the Illuminating elements of the circulating body on the with the winding of the rigidly arranged ferrite core of the transmission unit connected is. Alternatively, the control device for the lighting elements of the circulating body also with the wick tion on the axis of rotation of the rotating body ten ferrite core.

There is also a control device for the lights elements of the circulating body essentially from a high frequency quenz voltage processing unit, an evaluation circuit for the recovery of serial data and a microcontroller to control the drivers for the lighting elements.

An alternative solution to the problem is that the All or part of the visible surface of at least one circulating body se is transparent, and that one of the shape of the order corresponding body, in front of or behind its visible surface che this is arranged opposite rigid component that with a plurality of lighting elements is equipped, which in Over-, equal or under-synchronism for generating stro boscopic lighting effects can be controlled. So here is not the circulating body itself, but an additional building partly equipped with lighting elements.

According to an advantageous embodiment, the rigid construction part into a plurality of geometric circle segments  shares, in each of which a certain number of illuminants elements are arranged. For example, a rigid one Component with 12 circle segments are provided, these Number of circle segments of the number on the circulating body attached symbols evenly distributed around the circumference speaks. In each of the circular segments of the rigid component z. B. 4 light elements arranged side by side be. Each lighting element can be controlled independently. Thereby is the circulation of the lighting elements of one or more Circle segments possible in much smaller steps.

According to a further embodiment, the visible surface of the circulating body one or more transparent recesses on, and the lighting elements are on the rigid component of the Art arranged that this through the transparent recess conditions are visible in the visible surface of the circulating body. The recesses formed in the circulating body particularly reinforce ders the intended optical animation effect of the Stro scope light.

In a development of the invention it is provided that the Geometric lighting elements over the entire to the circulating body facing surface of the rigid component is distributed are. Different geometric shapes can also be used here Figures are realized, which additionally animation effect shows.

In this solution, the microprocessor includes control the lighting elements on the rigid component expediently a microcontroller.  

Another alternative solution to the problem is to that at the side of the visible surface of at least one circulating body a plurality of lighting elements are arranged, which in Over-, equal or under-synchronism for generating stro boscopic lighting effects can be controlled. So it is not the immediate front visible surface of the circulating body with Light elements equipped. This front surface is used for keep the game symbols on it clear.

In this embodiment, the lighting elements are preferred from a control device like a chaser Controllable by the rotation of the circulating body. Such one Running light usually suggests a high circulation speed ability, which makes this type of animation particularly stimulating affects the player.

In a first embodiment variant, the lighting elements are from the control device in synchronism with the rotation of the revolution body illuminated, while after a second execution variant of the lighting elements from the asyn control unit are chronologically illuminated for rotation of the circulating body.

In addition, it can be provided that the lighting elements from the control device slower, faster or counter the direction of rotation of the revolving body can be illuminated to the To intensify animation effect. To do so as special Ren effect of "filling" or "deleting" the lighting elements to achieve, is preferably from the control device to a lighting element is switched on or  switched off. These processes are preferably carried out synchronously to the circulation of the circulating body.

The lighting elements are expediently light emitting diodes may also be of different colors.

According to a further embodiment of the invention, the Circulating body light fields, each of which a rotating Light point is assigned.

Another alternative solution to the problem is invented provided in accordance with the invention that the visible surface of the at least egg circulating body with a stroboscopic flashing light in the Be over-, equal or sub-synchronism light reflecting is luminous. Here is the visible area of the circulation body designed to reflect light, so that no lamp elements are arranged on the circulating body.

Can be provided for all of the aforementioned solutions be that during the rotation of the revolving body Visible surface or the lighting elements arranged thereon or the lighting elements assigned to the visible surface step by step until it comes to a standstill, be lit or deleted, what also a special optical animation effect testifies.

In a further development of this measure can be during the loading glowing or extinguishing the visible surface or the glow elements of the circulating body a geometric or another any figurative image can be created, which is the optical  Effect increases even further. This also experiences one Increase that while lighting or extinguishing the Visible surface or the lighting elements of the circulating body Luminous intensity is changeable.

Another training option for the Lö according to the invention solutions is that during the rotation of the circulating body pers computer-controlled one or more areas of his view surface or its lighting elements with a stroboscopic Light effect can be applied and the resulting Image is saved, and that when the circulating body is at a standstill pers and if the symbol in the reading window matches Game device displayed image with the saved Image an additional profit can be achieved. This is especially true Interesting and dependent on the course of the game for the player varied. The additional profit can be a monetary, Special games, super special games, points, free spins or be the same profit.

By means of these measures according to the invention, there is a support tion device was created, in which in particular as Rollers, disks, drums, folding card carousels and the same trained circulation body for stroboscopic Light effects can be used that the game animation and / or serve to determine additional profits.

It is understood that the above and next Features to be explained not only in the respective specified combination, but also in other combinations can be used alone or without the frame  to leave the present invention.

The invention is based on several embodiments examples with reference to the accompanying drawings described in more detail. In the drawings:

Fig. 1: a front view of an entertainment device according to the invention, which has a symbol game device with disk-shaped circulating bodies and an additional profit game device;

Fig. 2 is a schematic representation of a disc-shaped circulating body equipped with Leuchtelemen th;

Figure 3 is a schematic side view of a rotatable rotating body equipped with illuminating elements according to an embodiment of the invention;

Fig. 4 is a schematic side view of a rotatable to run body and a rigid component equipped with lighting elements according to another embodiment of the invention;

FIG. 5 shows an enlarged front view of a device for transmission of the supply voltage and the data for controlling the light-emitting elements;

FIG. 6 is a sectional side view through the component ge Mäss FIG. 5; and

Fig. 7: a schematic circuit diagram for the supply voltage supply and the data for controlling the light-transmitting component.

The symbol game device 1 accommodating housing 2 of the coin-operated, microprocessor-controlled entertainment device with the possibility of winning according to FIG. 1 has on its front side a front screen 3 with reading windows 4 , behind which three juxtaposed, disc-shaped circulation bodies 5 of the symbol game device 1 are provided. The circulation body 5 are put to a halt at the start of the game during or at the end of the game by a random number generator of the control unit. Symbols 6 with different symbol values are arranged on the circumference of the circulating bodies 5 and are used to display the game result in the reading windows 4 . From the displayed symbols 6 , the player can read the game result, in particular also whether a win has resulted from a combination of the displayed symbols 6 according to a profit plan explained on the front screen 3 .

In the lower area of the game device there is an actuating member 7 for each of the circulating bodies 5 , with which the symbols of the circulating body 5 displayed in the symbol game device 1 can be held or restarted. In the event of a profit, a profit can be distributed in cash, ie by ejecting coins into the dispensing tray 8 or by adding them in a credit display 9 . In the upper area of the entertainment device there are a coin slot 10 , a token slot 11 , a banknote input slot 12 and a user card input slot 13 of a money processing device, not shown. Furthermore, in addition to the coin slot 10, a return button 14 is arranged, by pressing which a credit displayed in the credit display 9 can be called up in the output tray 8 .

A positive game result can also consist of a number of special games being granted instead of or in addition to a defined cash prize, in which a prize key with an increased chance of winning is used. The number of special games is shown in a special game display 15 . In addition, a free spin show 16 is provided.

The profit achieved in the symbol game device 1 by achieving a randomly determined symbol combination can be key-controlled or computer-controlled as an insert in one of the devices arranged on the windshield 3 of the housing 2 of the entertainment device, as an additional profit game device formed risk game device 17 . Each risk game device 17 has a plurality of illuminated display fields 19 , each of which is combined to form a risk conductor 18 . The risk ladder 18 is covered in the lower area with increasing cash winnings and in the upper area in ascending order with numbers of special game winnings. The Ris kieren of the displayed respective risk conductor 18 Ge winns is achieved in that the next higher display field 19 field with respect to the illuminated, the gain indicating display 19 alternating with a below the risk ladder 18 attached Total Loss display field 20 labeled "0 "flashes. When one of the risk conductors 18 assigned to risk button 21 is actuated, either the next higher profit is achieved or the profit used is lost. This process can continue until the maximum win of special games is reached. The special game winnings are added up in the special game display 15 and the money winnings in the credit display 9 .

The circulating body 5 shown schematically in FIG. 2 has a plurality of lighting elements 23 on its visible surface 22 , which are designed as light-emitting diodes. This large number of lighting elements 23 are arranged uniformly concentrically around the axis of rotation 24 of the circulating body 5 . The circulation body 5 is divided on its visible surface 22 in twelve circle segments AM, being applied in each circle segment AM a be liebiges and here shown schematically as a circle symbol 6, which in dependence on the position during standstill of the circulating body 5 in the reading window 4, the symbol - Game device 1 is visible. Each circle segment AM is assigned four lighting elements 23 , which can be controlled to generate stroboscopic lighting effects in over-, synchronous or sub-synchronism.

According to FIG. 3 of the revolving body is provided with light-emitting elements 23 5, which are arranged on its visible surface 22 and form a geometric shape. On the axis of rotation 24 of the rotating body 5 , a stepping motor 25 is arranged in a rotationally fixed manner, which sets the rotating body 5 in rotation. Between the order body 5 and the stepper motor 25 , a transmission unit 26 for transmitting the supply voltage and the data for controlling the lighting elements 23 is arranged. While a part 27 of the transmission unit 26 is arranged fixedly on the circulating body 5 and can be set in rotation with it, the other part 28 of the transmission unit 26 is rigidly attached to the housing 2 of the entertainment device with respect to the rotation axis 24 of the circulating body 5 .

According to another embodiment according to FIG. 4, the visible surface 22 of the circulating body 5 is at least partially designed in a trans parent manner such that a plurality of transparent recesses 29 are formed on the visible surface 22 of the rotating body 5 . From the visible surface 22 of the circulating body 5 , a rigid component 30 is arranged behind it in a rotationally fixed manner relative to the circulating body 5 . On the side facing the circulating body 5 of the rigid component 30 , a multiplicity of lighting elements 23 , for example in geometric form, are arranged in such a way that the light-emitting elements 23 are congruent with the recesses 29 in the circulating body 5 . When the rotating body 5 rotates, the light-emitting elements 23 are thus visible only in the recesses 29 of the rotating body 5 . Between the circulating body 5 and the rigid component 30 there is a transmission unit 26 , a part 27 of the transmission unit 26 being fixed to the rotating body 5 but rotatably. The other part 28 of the transmission unit 26 , however, is rigidly arranged on the rigid component 30 .

The transmission unit 26 shown in FIGS. 5 and 6 consists essentially of the two parts 27 and 28 , where the part 27 is rotatable relative to the part 28 . Each of these parts 27 and 28 of the transmission unit 26 consists of a ferrite core 31 or 32 containing a winding (not shown here). These ferrite cores 31 and 32 have a central through hole 33 for passing through the rotation axis 24 driven by the stepping motor 25 . According to the embodiments according to FIGS. 3 and 4, the ferrite core 31 is rigidly arranged on the axis of rotation 24 and thus rotatable with this and the rotating body 5 . The ferrite core 32, on the other hand, is arranged in a housing or rotationally fixed manner with respect to the rotation axis 24 and therefore cannot be driven by it. An air gap 34 is thus formed between the ferrite cores 31 and 32 in order to bring about a separation of the ferrite cores 31 and 32 of the transmission unit 26 .

The windings M1 and M2 contained in the ferrite cores 31 and 32 are contained in the circuit diagram shown schematically in FIG. 7. Here, the area of the circuit diagram shown with a dash-dot-dash line is rotatably arranged as a component on the circulating body 5 in the transmission unit 26 . The section outside this area, however, is rigidly arranged with respect to the circulating body 5 . From this section comprises a high-frequency generator 35 for transmission of the supply voltage and the data for Steuereinrich device for the lighting elements 23 of the circulating body 5 and is connected to the winding M1 of the rigidly arranged ferrite core 32 of the transmission unit 26 . By means of a switching stage 36 or an inhibit input of the high-frequency generator 35 , the high-frequency voltage can be briefly interrupted. This makes it possible to transfer a data word together with the supply voltage to the rotatable circulating body 5 . The control unit of the entertainment device provides the information in the form of control words. On the other side of the transmission unit 26 , which is delimited by the dash-dot-dash line, the following functions are realized.

The necessary supply voltage is obtained in section 37 of the circuit diagram according to FIG. 7 by processing the high-frequency voltage by rectification, screening and voltage regulation. An evaluation circuit 38 recovers the serial information by high-frequency rectification, integration and trigger circuit. An independent mono-flop generates a reset signal for signals that are longer than those used for information transmission. In addition, a safe reset signal is guaranteed when the system is switched on. A microcontroller 39 evaluates the signals and controls the drivers for the lighting elements 23 .

Claims (34)

1. Coin operated entertainment device

• - With a symbol game device that indicates a symbol combination indicating a profit or loss on circulating bodies covered with symbols behind reading windows,
• - If necessary, at least one additional win game device in which a profit achieved in the symbol game device can be played or accumulated, and
• - with a computer-controlled control unit for game sequence control,

characterized in that on the visible surface ( 22 ) min least one circulating body ( 5 ) a plurality of Leuch telementen ( 23 ) is arranged, which can be controlled in over-, synchronous or sub-synchronism to generate stroboscopic light effects. 2. Entertainment device according to claim 1, characterized in that the plurality of lighting elements ( 23 ) is arranged geometrically on the visible surface ( 22 ) of the at least one Umlaufkör pers ( 5 ). 3. Entertainment device according to claim 1, characterized in that the lighting elements ( 23 ) in the visible Randbe rich of the circulating body ( 5 ) are arranged concentrically around its axis of rotation ( 24 ). 4. Entertainment device according to one of claims 1 to 3, characterized in that the at least one Umlaufkör by ( 5 ) by a controllable by the control unit stepper motor ( 25 ) can be driven. 5. Entertainment device according to one of claims 1 to 4, characterized in that the circulation body ( 5 ) has a control ereinrichtung for the lighting elements ( 23 ), in which arranged between the stepper motor ( 25 ) and the circulation body ( 5 ) transmission unit ( 26 ) the supply energy and data for controlling the light elements ( 23 ) are transferable. 6. Entertainment device according to one of claims 1 to 5, characterized in that magnetic or optical components for contactless transmission of the supply energy and the data for controlling the lighting elements ( 23 ) are provided as the transmission unit ( 26 ). 7. Entertainment device according to one of claims 1 to 6, characterized in that electromechanical contact elements for transmitting the supply energy and the data for controlling the lighting elements ( 23 ) are provided as the transmission unit ( 26 ). 8. Entertainment device according to one of claims 1 to 7, characterized in that the transmission unit ( 26 ) consists of two mutually arranged, each having a winding development (M1; M2) having ferrite cores ( 31 ; 32 ) which has an air gap ( 34th ) form between them, one ferrite core ( 31 ) being rotatable with the circulating body ( 5 ) on the axis of rotation ( 24 ) of the circulating body ( 5 ) and the other ferrite core ( 32 ) being rigidly arranged in the entertainment device. 9. Entertainment device according to one of claims 1 to 8, characterized in that the control device of the entertainment device has a high-frequency generator ( 35 ) for transmitting the supply energy and the data to the control device for the lighting elements ( 23 ) of the circulating body ( 5 ) which is connected to the winding (M1) of the rigidly arranged ferrite core ( 32 ) of the transmission unit ( 26 ). 10. Entertainment device according to one of claims 1 to 9, characterized in that the control device for the lighting elements ( 23 ) of the circulating body ( 5 ) with the winding development (M2) on the axis of rotation ( 24 ) of the Umlaufkör pers ( 5 ) arranged Ferrite core ( 31 ) is connected. 11. Entertainment device according to one of claims 1 to 10, characterized in that the control device for the lighting elements ( 23 ) of the circulating body ( 5 ) essentially from a high-frequency voltage processing unit ( 37 ), an evaluation circuit ( 38 ) for recovering serial data and a microcontroller ( 39 ) for controlling the drivers for the lighting elements ( 23 ). 12. Coin-operated entertainment device according to the preamble of claim 1, characterized in that the view surface ( 22 ) of at least one circulating body ( 5 ) is completely or partially transparent, and that one of the shape of the circulating body ( 5 ) corresponding, in front or back ter whose visible surface ( 22 ) is opposite this rigid construction part ( 30 ) which is equipped with a plurality of lighting elements ( 23 ) which can be controlled in synchronism, synchronism or sub-synchronization to generate stroboscopic lighting effects. 13. Entertainment device according to claim 12, characterized in that the rigid component ( 30 ) is divided into a plurality of geometric circle segments (AM), in each of which a certain number of lighting elements ( 23 ) are arranged. 14. Entertainment device according to claim 12 or 13, characterized in that the visible surface ( 22 ) of the circulating body ( 5 ) has one or more transparent recesses ( 29 ) and the lighting elements ( 23 ) on the rigid component ( 30 ) are arranged in this way That these through the transparent recesses ( 29 ) in the visible surface ( 22 ) of the order running body ( 5 ) are visible. 15. Entertainment device according to one of claims 12 to 14, characterized in that the lighting elements ( 23 ) are arranged geo metrically over the entire surface facing the circulating body ( 5 ) of the rigid component ( 30 ). 16. Entertainment device according to one of claims 12 to 15, characterized in that the microprocessor for controlling the lighting elements ( 23 ) on the rigid component ( 30 ) comprises a microcontroller ( 39 ). 17. Coin-operated entertainment device according to the preamble of claim 1, characterized in that a plurality of lighting elements ( 23 ) are arranged to the side of the visible surface ( 22 ) of at least one circulating body ( 5 ), which are in over-, synchronism or sub-synchronism to generate stroboscopic light effects are controllable. 18. Entertainment device according to one of claims 1 to 17, characterized in that the lighting elements ( 23 ) from egg ner control device in the manner of a running light during the rotation of the rotating body ( 5 ) are controllable. 19. Entertainment device according to one of claims 1 to 18, characterized in that the lighting elements ( 23 ) can be illuminated by the control device synchronously with the rotation of the rotating body ( 5 ). 20. Entertainment device according to one of claims 1 to 18, characterized in that the lighting elements ( 23 ) by the control device asynchronously to the rotation of the Umlaufkör pers ( 5 ) can be illuminated. 21. Entertainment device according to one of claims 1 to 20, characterized in that the lighting elements ( 23 ) from the control device can be illuminated more slowly, faster or counter to the direction of rotation of the circulating body ( 5 ). 22. Entertainment device according to one of claims 1 to 21, characterized in that the control device successively turns a light-emitting element ( 23 ) on or off. 23. Entertainment device according to one of claims 1 to 22 since characterized in that the lighting elements ( 23 ) are light emitting diodes. 24. Entertainment device according to one of claims 1 to 23 since characterized in that the lighting elements ( 23 ) are formed ver different colors. 25. Entertainment device according to one of claims 1 to 24, characterized in that the circulation body ( 5 ) are light fields, each of which is assigned a rotating light point. 26. Entertainment device according to the preamble of claim 1, characterized in that the visible surface ( 22 ) of the least one circulating body ( 5 ) with a stroboscopic flashing light in over, equal or under synchro nism can be illuminated in a light-reflecting manner. 27. Entertainment machine according to one of claims 1 to 26, as characterized by, that during rotation of the order running body (5) whose visible surface (22) or arranged thereon light-emitting elements (23) or of the visible surface (22) associated with the light-emitting elements (23) illuminated or extinguished step by step until it comes to a standstill. 28. Entertainment device according to one of claims 1 to 27, characterized in that a geometric or any other figurative image is generated while illuminating or extinguishing the visible surface ( 22 ) or the lighting elements ( 23 ) of the circulating body ( 5 ). 29. Entertainment device according to one of claims 1 to 28, characterized in that the light intensity is variable during the lighting or extinguishing of the visible surface ( 22 ) or the lighting elements ( 23 ) of the circulating body ( 5 ). 30. Entertainment device according to one of claims 1 to 29, characterized in that during the rotation of the rotating body ( 5 ) computer-controlled one or more areas whose visible surface ( 22 ) or its lighting elements ( 23 ) can be acted upon with a stroboscopic light effect, and the resulting image is saved, and that when the circulating body ( 5 ) is at a standstill and if the image in the reading window ( 4 ) of the symbol game device ( 1 ) matches the image with the stored image, an additional profit can be achieved. 31. Entertainment device according to one of claims 1 to 30, there characterized in that the additional profit is a monetary, Special games, super special games, points, free spins or is the same profit.   32. Entertainment device according to one of claims 1 to 31, characterized in that the circulating body ( 5 ) are rollers, disks, drums, folding card carousels and the like. 33. Entertainment device according to one of claims 1 to 31, there characterized in that the stroboscopic lightf effects of game animation and / or the determination of serve additional profits.