GAMING MACHINE CABINET

Examples of the invention comprise a gaming machine, such as configured to present one or more wager-based games, a cabinet or housing for a gaming machine, and individual features of such a gaming machine or cabinet thereof, as well as combinations of such features, and methods of assembling, using and servicing a gaming machine and/or cabinet thereof.

FIELD OF THE INVENTION

The present invention relates to cabinets or housings for gaming machines and associated features thereof.

BACKGROUND OF THE INVENTION

Many styles of gaming machines are known for presenting wager-based games. Unlike cabinets for non-wagering gaming devices, such as arcade-style gaming devices, the cabinets or housings for wager-based gaming devices must address a number of unique issues. For example, because wager-based gaming machines offer winnings for winning game outcomes, the gaming machine must be very fault tolerant to as to prevent a failure of the gaming machine. Such a failure might, for example, cause an erroneous winning outcome.

Thus, wager-based gaming machines have cabinets which are access controlled (to prevent tampering), must withstand heat, electrical shock and address a wide variety of other problems. At the same time, it is desirable for the gaming machine cabinet to be durable for use over a long period of time, easy to service, and be ergonomic, while at the same time being relatively inexpensive to manufacture.

An improved gaming machine cabinet which addresses these and other issues is desired.

SUMMARY OF THE INVENTION

Examples of the invention comprise a gaming machine, such as configured to present one or more wager-based games, a gaming cabinet, and individual features of such a gaming machine or cabinet, and combinations of such features, as well as methods of assembling, using and servicing a gaming machine.

In some examples, aspects of the invention comprise an illumination diffuser, such as may be located at the periphery of a video display of a gaming machine; a door closing mechanism for a housing of a gaming machine; a media printer mounting configuration for a gaming machine; a mounting and support configuration for a glass panel of a button deck or console of a gaming machine; a convertible footrest of a gaming machine; an access panel or door switch mount for a gaming machine; a release mechanism for a video display panel mount; a video display mounting configuration; a video display supporting configuration; a pivot mount for a video display of a gaming machine; a gaming machine exterior panel configuration; a modular configuration for a gaming machine cabinet; and a cable or wire management feature for a gaming machine, among other features.

DETAILED DESCRIPTION OF THE INVENTION

Examples of the invention comprise an improved gaming machine, an improved gaming machine cabinet or housing, and various features of such a machine or housing.

FIGS.1A-Cillustrate one example of a gaming machine22having features in accordance with the invention. The gaming machine22may be located at a casino (and as such may be referred to as a “casino gaming machine”). The gaming machine may be part of a gaming system, such as a casino gaming system which links two or more of the gaming machines or one or more gaming machines with other devices, such as one or more table games, kiosks, accounting systems or servers, progressive systems or servers, player tracking systems or servers or the like.

As illustrated, the gaming machine22generally comprises a housing or cabinet26for supporting and/or enclosing various components required for operation of the gaming machine. The housing or cabinet26may have various shapes and sizes. In one example, as best illustrated inFIG.1C, the housing or cabinet26generally has a lower portion26A and an upper portion26B. The lower portion26A may house a number of the components of the gaming machine22, as described below. The upper portion26B may extend upwardly from the lower portion26B and may, for example, support one or more display devices (as described below) or other elements of the gaming machine22.

As described in more detail below, the housing26may include one or more doors or panels capable of being moved between an open position which allows access to one or more interior areas, and a closed position in which access to the one or more interior areas is generally prevented. For example, the gaming machine22may have a button deck or console34as detailed below. This button deck or console34may be moveable between a closed position, such as illustrated inFIGS.1A and1B, and an open position (illustrated inFIG.4A). When the button deck or console34is in the open position, access is provided to the interior of the housing26and one or more components of the gaming machine22therein. As illustrated inFIG.1A, the housing26may also include one or more access panels46, such as for accessing other portions of the interior of the housing26. Such panels46may comprise, for example, a hinged door or the like.

In one example, access may be provided to the top portion26A of the housing26, such as via a tower access panel36. Additional details of this panel36are provided below.

In one example, the various panels, doors or the like may be access controlled, such as via one or more locks. Further, security elements such as intrusion switches or sensors may be used to detect the opening and/or closing thereof.

In one example, the gaming machine22generally has a front, which the player faces when playing the machine, an opposing rear, and two sides. As indicated, the configuration of the gaming machine22may vary. In the example illustrated, the gaming machine22has an “upright” configuration. However, the gaming machine22could have other configurations, shapes or dimensions (such as being of a “slant”-type, “bar-top” or other configuration as is well known to those of skill in the art).

The gaming machine22preferably includes at least one first or main display28configured to display game information. The first or main display28may comprise an electronic video display such as a cathode ray tube (CRT), high resolution flat panel liquid crystal display (LCD), projection LCD, plasma display, field emission display, digital micro-mirror display (DMD), digital light processing display (DLP), LCD touchscreen, a light emitting display (LED) or other suitable displays now known or later developed, in a variety of resolutions, sizes and formats (e.g. 4:3, widescreen or the like). The first or main display28may be capable of projecting or displaying a wide variety of information, including images, symbols and other indicia or information associated with game play, game promotion or other events.

While the gaming machine22might include a single display device, in the illustrated example, the gaming machine22includes a first or main display28and a secondary display30. In this example, the first or main display28is generally located at the front of the housing26, such as being mounted to the top portion26A of thereof, while the second display30is positioned above the housing26and the first display28. As illustrated inFIG.1C, the second display may thus be referred to as a top display, as it may be mounted to the top portion26A of the housing26, such as via a display support48. Both displays28,30are generally located at the front of the gaming machine22and are oriented so that they face a player thereof. In this example, the first or main display28is a curved screen display. However, in the main or first display28might have other configurations, as detailed below.

While the illustrated gaming machine22has two displays28,30, the gaming machine22might have additional displays, such as three or more. For example, the gaming machine22might include side displays (such as mounted to the exterior of the housing26) and might include multiple displays of differing sizes and the display devices might be arranged in various orientations. For example, as illustrated inFIG.1A, the first display device28may be generally rectangular (such as having a 4:3 aspect ratio) and be arranged in “portrait” orientation (longest dimension in the vertical direction). The second display30might have an aspect ratio of 16:9 and be arranged in landscape orientation. However, the first and second displays28,30may have various configurations and be mounted in different orientations (for example, for a “slant-type” gaming machine, the first or main display28might be arranged in landscape orientation).

While the display devices may comprise one or more video displays, in another example, the gaming machine22may include one or more physical reels capable of displaying game information, such as slot symbols. In such a configuration, means are provided for rotating the physical reels. In one or more examples, the means may comprise a mechanical linkage associated with a spin arm, with movement of the spin arm (a “pull”) by a user causing the reels to spin. In such an arrangement, the reels are generally allowed to free-wheel and then stop. In another example, electronically controlled mechanisms are arranged to rotate and stop each reel. Such mechanisms are well known to those of skill in the art. In this arrangement, actuation of the spin arm or depression a spin button causes a controller (not shown) to signal the activation of the spin mechanism associated with one or more of the reels. Preferably, the controller is arranged to either turn off the signal to the device(s) effecting the rotation of each or all of the reels or generates a signal for activating a braking device, whereby the reels are stopped. The principal of such an arrangement is described in U.S. Pat. No. 4,448,419 to Telnaes, which is incorporated herein by reference. For example, the main display28might comprise one or more sets of rotating reels, including one or more rotating reels set within a video display.

As described in more detail below, the gaming machine22is preferably configured to present one or more games upon a player making a monetary payment or wager. In this regard, as described in more detail below, the gaming machine22includes mechanism or means for accepting monetary value.

In one example, certain game outcomes (but preferably not all game outcomes) may be designated as winning outcomes (the non-winning outcomes may be referred to as losing outcomes). Prizes or awards may be provided for winning outcomes, such as monetary payments (or representations thereof, such as prize of credits), or promotional awards as detailed herein. As detailed below, the gaming machine22preferably includes a mechanism or means for returning unused monetary funds and/or dispensing winnings to a player.

The gaming machine22preferably includes one or more player input devices32(such as input buttons, plunger mechanisms, a touch-screen display, joystick, touch-pad or the like). These one or more devices32may be utilized by the player to facilitate game play, such as by providing input or instruction to the gaming machine22. For example, such input devices32may be utilized by a player to place a wager, cause the gaming machine22to initiate a game, to initiate a reel spin, to “cash out” of the gaming machine, or to provide various other inputs. One or more of these input devices32may be associated with a button deck or console34, such as which extends outwardly from the front of the gaming machine22towards the player. As described below, while one or more of the player input devices32may comprise physically movable elements, such as actuatable buttons, the player input devices might comprise touch-type buttons, such as associated with a portion of the deck or console34.

In one example, the gaming machine22includes at least one microprocessor or controller (not shown) for controlling the gaming machine, including receiving player input and sending output signals for controlling the various components or peripheral devices of the machine22(such as generating game information for display by the displays28,30). The controller may be arranged to receive information regarding funds provided by a player to the gaming machine22, receive input such as a purchase/bet signal when a purchase/bet button is depressed, and receive other inputs from a player. The controller may be arranged to generate information regarding a game, such as generating game information for display by the at least one display28,30, for determining winning or losing game outcomes and for displaying information regarding awards for winning game outcomes, among other things.

The controller may be configured to execute machine readable code or “software” or otherwise process information, such as obtained from a remote server. Software or other instructions may be stored at a memory or data storage device, e.g. in a fixed or non-transitory configuration. The memory may also store other information or data, such as data stored in tables or other forms (including, but not limited to look-up tables, pay tables and other information including tracked game play information). The gaming machine22may also include one or more random number generators for generating random numbers (such as implemented by a random number generator software module stored in the memory and executable by the processor), such as for use in selecting game elements and for presenting the game in a random fashion (e.g. whereby the game is presented in a manner in which the player cannot control the outcome) or pseudo-random fashion (e.g. such as where the game includes a skill component which can affect the outcome of the game). The controller and associated memory are preferably securely located in the housing26, such as the lower portion26A thereof.

The gaming machine22may be configured to generate and present games in a stand-alone manner or it may be in communication with one or more external devices or systems at one or more times. The gaming machine22might communicate with one or more of such external devices or systems via one or more communication ports or other interface devices. These ports or interface devices may be configured to implement various communication protocols (including proprietary protocols) and communicate via wireless, wired or other communication link. For example, the gaming machine22may be configured as a server based device and obtain game code or game outcome information from a remote game server (in which event the gaming machine controller may receive game information from the server, such as game outcome information, and use that server-generated information to present the game at the gaming machine).

As indicated, the gaming machine22is configured to present one or more wagering games. The gaming machines22is preferably configured to accept value, such as in the form of coins, tokens, paper currency, cards, or other elements or devices representing value such as monetary funds. Thus, as indicated above, the gaming machine22preferably includes a mechanism or means for accepting monetary value. For example, the gaming machine22might include a coin acceptor for accepting coins. Of course, associated coin reading/verifying devices and coin storage devices may be associated with the gaming machine22if it is configured to accept coins. Likewise, as illustrated inFIG.1A, the gaming machine22might include a media reader40. Such a reader may be configured to accept and read/verify paper currency and/or other media such as tickets. Of course, in such event the gaming machine22may further be configured with one or more paper currency or ticket storage devices, such as cash boxes, and other paper currency or media handling devices (including transport devices).

The gaming machine22might also be configured to read FOBs, magnetic stripe cards or other media having data associated therewith and via which value or funds may be associated with the gaming machine22. The mechanism for accepting monetary value might also comprise hardware and/or software which allows a player to transfer (such as electronically) funds from an account, such as a casino wagering account, or a bank or other financial institution account. Such a mechanism might include a communication interface which permits the gaming machine to communicate with a mobile phone, PDA, tablet or other electronic device of the player (such as via a physical interface or wired or wireless communications, such as to enable the transfer of funds from the player to the gaming machine or system.

When the player associates funds with the gaming machine or an associated system, a credit balance may be generated. The credit balance may comprise a plurality of monetary value credits. The player may wager some or all of the associated monetary value, such as by wagering one or more of the credits associated with the credit balance. For example, the player might provide input via one or more of the player input devices32to wager a certain number of credits (such as “Bet 1 Credit”, “Bet 5 Credits”, “Bet Maximum Credits” or other options). In one example, when the player's wager is received, the player's credit balance is reduced by the number of wagered credits. The player might then provide a separate input to begin the game. In other example, the player might select a “play game” input, such as by pressing a “spin” button, which input is taken to comprise both an instruction to place a wager (such as of a pre-set or pre-selected number of credits) and to start the game. Of course, other configurations may be implemented for accepting monetary value from the player and for allowing the player to place a wager from the associated monetary value.

In one example, the gaming machine22is configured to award winnings for one or more winning wagering game outcomes. Such winnings may be represented as credits, points or the like. In one example, the player may “cash out” and thus remove previously associated funds and any awarded winnings or such may otherwise be paid to the player. These winnings may be associated with the player's credit balance, thus increasing the player's credit balance.

In one example, the player may provide an input to the gaming machine22to indicate their desire to cash out, such as by selecting a “cash out” button or touch screen feature or providing other input. In response, a monetary value represented by the player's credit balance or the like is preferably paid, transferred or otherwise provided to the player. For example, upon an award or at cash-out, associated funds may be paid to the player by the gaming machine22dispensing coins to a coin tray. In another example, funds may be issued by dispensing paper currency or other media. In yet another example, a player may be issued a media, such as a printed ticket, which ticket represents the value which was paid or cashed out of the machine. The aspects of gaming machine “ticketing” systems are well known. One such system is described in U.S. Pat. No. 6,048,269 to Burns, which is incorporated herein in its entirety by reference. In yet another example, the cash-out might result in the dispensing of a card or other media which stores or represents the cashed-out funds, such as by writing funds information to a magnetic stripe of a card which is inserted into a media writer of the gaming machine or dispensed from the machine. In this regard, the gaming machine22may include one or more media printers or writers42. In other examples, the cash-out mechanism may result in the funds value being transferred to an external device or account, such as a player's casino account (such as associated with a casino server), an electronic wallet, a remote bank or other financial account, or an electronic device such as a player's phone, PDA or tablet.

The gaming machine22may also include a player tracking device, such as a card reader and/or an associated keypad or other input device (such as a touch screen display). Such player tracking devices are well known and may permit the game operator to track the players of the gaming machine. The tracked play may be utilized to offer player bonuses or awards.

The gaming machine22may include other features, such as one or more audio generating devices. For example, the gaming machine22may include one or more speakers44for generating sound. A sound card or the like might be used to generate an output to the speakers44.

As another example, the gaming machine22may include a tower light or candle50. The tower light or candle50may include one or more illumination or display devices (lights, video displays, etc.) for providing visual indications or information, and/or have other features. The tower light or candle50may extend upwardly from the top or second display30, such as via connection thereto or to the upper portion26B of the housing26(whereby the tower light or candle50may comprise or define the top-most portion of the gaming machine22).

As detailed below, the gaming machine22may include a footrest52. The footrest52may extend outwardly from the lower portion26B of the housing26from the front thereof towards a player thereof.

The main game controller or processor may communicate with several of the peripheral devices (e.g. media printer/writer42, displays28,30, player input devices32, etc.) via one or more intermediary controllers. For example, some of the peripheral devices might comprise USB type or enabled devices which are controlled by an intermediary USB controller.

A casino may have numerous such gaming machines22, such as located on a casino floor or in other locations. Of course, such gaming machines22might be used in other environments, such as an airport, a bar or tavern or other locations.

It will be appreciated that the gaming machine illustrated inFIGS.1A-Cis only exemplary of one example of a gaming machine. For example, it is possible for the gaming machine to have various other configurations, including different shapes and styles and having different components than as just described.

FIG.1Dshows another example of a gaming machine22ain accordance with the invention. This example gaming machine22ais similar to that described above, except that the main display28ais generally planar instead of being non-planar as in the example illustrated inFIG.1A.

The gaming machine of the invention may, as noted above, be part of a system which includes other devices. For example, the gaming machine may communicate with one or more casino systems, such as a player tracking server or system, an accounting system or server, a ticketing system, a bonusing system, a tournament system, other gaming machines, and external devices.

Additional aspects of the invention, including features of the gaming machine, will now be described in more detail. In particular, aspects of the invention comprise improvements to a gaming machine and a gaming machine having one or more of such improvements, such as one or more features which are applicable to such a gaming machine.

Illumination Diffuser

FIGS.2A-Cillustrate an illumination diffuser200in accordance with an example of the invention. In general, the illumination diffuser200may comprises an element that may be illuminated.

As indicated above, the gaming machine22may have one or more displays, such as the first or main display28. In one example, an illumination diffuser200is associated with the display28. The illumination diffuser200is located at a periphery of the display28. In one configuration, it extends around the entire periphery, but it might extend along or around only portions thereof. In a configuration in which is extends entirely around the display28, it may define a central opening in which the display28is located. The illumination diffuser200may be located directly adjacent to the periphery of the display28, so that it appears to be a part thereof, such as to appear as an illuminated body, frame or other peripheral portion of the display28.

In one configuration, the illumination diffuser200is configured to transmit or emit light from one or more portions thereof, such as a front, rear and an edge portion thereof, whereby when a viewer looks at the display28from either the front, rear or a side thereof, the peripheral portion of the display28is illuminated.

In one example, as illustrated inFIG.2B, the illumination diffuser200comprises a body202which may be located at the periphery of the display28, such as around a frame thereof. The body202defines a front face204, a side edge206and a rear face207. An extension208of the body202extends rearwardly from the rear face207, such as to a receiver or receiving face210. The body202is preferably constructed from a transparent or generally transparent material which permits light to pass therethrough.

In one example, one or more light emitting elements220, such as one or more LEDs or other lights, are configured to project light towards the receiver210. The light emitting elements220may be spaced around/along the illumination diffuser200, where the number of such elements220may be selected so as to generate a desired brightness and uniform pattern of illumination.

As illustrated inFIG.2B, this light is transmitted forwardly through the body202. As illustrated inFIG.2B, the body202defines a directing surface212. This directing surface212is configured to reflect or redirected the projected light towards other portions of the body202, such as the front face204, the edge206and the rear face207. As illustrated, the directing surface212is preferably angled, sloped or otherwise shaped so as to redirect the light from a first direction to a plurality of directions offset from the first direction.

As illustrated inFIG.2C, in one example, at corners of the display28, the body202may be curved so as to define an arcuate surface214which again causes light which is projected by the one or more light emitting elements220to be distributed to the front face204, the side edge206and the rear face207at the corner214. In one configuration, the arcuate surface214is conical, such as where the corner has a width greater than the height, so as to effectively redirect light in multiple planes.

In one example, the receiver210comprises a portion of the body202. However, in other configurations, the receiver210might comprise other light transmitting elements, such as optic fiber or light reflecting elements which direct light from the emitter(s)220to the directing surface212.

An advantage of the invention is that the illumination diffuser200is configured to generate an illuminated front face, rear face and side edge for viewing by a viewer. In one example, the illumination of those portions is generally uniform.

Further, in the illustrated configuration, illumination of the illumination diffuser200is indirect to the viewer, in that the one or more light emitting elements220are located behind the directing surface212and not visible to the viewer, and yet the light emitting elements220effectively illuminate both the front face204and edge206of the illumination diffuser200.

Another advantage of the illumination diffuser200is the curved corner214, which results in illumination of the diffuser200at the corners of the display28, and in one example, in a manner where the illumination intensity is generally the same at that location as along the remainder of the illumination diffuser.

Another advantage of the illumination diffuser200is that it allows for an illuminated or lighted feature that can be associated with a display, but which has a generally slim and space-saving profile.

While the illumination diffuser200has been described with reference to the main display28, it will be appreciated that it may be used with other displays, such as the top or second display30of the gaming machine22or other displays thereof (or displays used in other settings).

Door Closing Mechanism

As indicated above and illustrated inFIG.4A, in one example, the gaming machine22has a door in the form of a movable button deck or console34. One example of the invention is an adjustable door closing or latching mechanism. The door closing or latching mechanism has applicability to the movable button deck or console34, but also doors having other configurations.

In one example, the button deck or console34is movably mounted to the housing26of the gaming machine22. The button deck or console34may be moved from a closed position, such as illustrated inFIG.1A, to an open position, such as illustrated inFIG.4AIn this example, the button deck or console34move generally horizontally outward from the front of the gaming machine22. As one example, the button deck or console34may be mounted on or to one or more slides300, as illustrated inFIG.3A. For example, the button deck or console34may be mounted to a slide300at each side of the button deck or console34. As is known, the slide300may have a first stationary component, such as mounted to the housing26, and a second moving component which is connected to the first stationary component and which is movable relative thereto. The button deck or console34may be mounted to the second moving component.

The door closing or latching mechanism may be utilized to maintain the button deck or console34in its closed position. In one example, this mechanism may comprise a latch302for engagement with a striker pin304, as illustrated inFIG.3B.

The latch302may be mounted to the button deck or console34, such as to a frame portion thereof. In one example, the latch302is a rotating or rotary latch, movable between a closed position (such as about the striker pin304) and an open position. In one example, the latch302is configured as a slam latch, wherein an impact force of the latch302hitting the striker pin304causes the latch302to rotate or otherwise move between its open and closed position (wherein if the force is insufficient, the latch302does not close). The latch302may be opened by a latch release303(seeFIG.4B), such as may be manually operated. The latch release may be lock-controlled, such as via one or more locks305(seeFIG.4B) such as to prevent unauthorized unlatching of the latch302, and thus unauthorized opening of the button deck or console34.

The striker pin304is associated with the housing26of the gaming machine22. In one example, the striker pin304is associated with a mount306, which mount may be connected to the gaming machine22in different positions. The striker pin mount306may comprise a plate or other strong supportive structure (for supporting the striker pin304and maintaining it in position against the latch closing force).

In one configuration, the mount306may be selectively connected to the housing26, such as by one or more fasteners308(seeFIG.3C). The fastener308may comprise a machine screw. The mount306may include one or more apertures310therethrough, such as for accepting a shank of the fastener308. The user may drive the fastener308through the mount306and into a portion of the housing26, such as a support or frame element312thereof.

As illustrated, the support312may comprise a generally “U”-shaped bracket which is attached to a frame portion of the housing26. The top of that bracket may be generally planar and accept thereon a generally planar portion of the striker pin mount306, whereby the striker pin mount306may be positioned on the support312in a number of different positions.

During assembly, a user may pre-position the striker pin304and the associated mount306and close the latch302. When the striker pin304is in the proper position for latch closure, the user may lock the striker pin304in position by engaging at least one fastener308with the mount306and the support312, such as by driving a threaded screw through the mount306and into the support312. If due to later use the latch302and striker pin304move out of position, the user may release the striker pin304by removing the fastener308and then engaging the fastener or a different fastener with the mount306and the support312, such as using a different one of the apertures310as a guide.

In one example, the door, such as the button deck or console34, may include a security element for detecting opening and/or closing thereof. This security element may comprise, for example, an intrusion switch320, as illustrated inFIG.3B. The intrusion switch320may include a plunger322which is movable from a first position (such as an extended position) to a second position (such as a retracted or compressed position), and wherein a change in the position of the plunger322may be detected and an output provided, such as to the controller of the gaming machine22, to another system, or to an associated controller. Such an output might be recorded and used to track access, might be utilized to signal an alarm or the like. In other examples, the intrusion switch might have other configurations, such as where the plunger or other element is movable in other manners.

The intrusion switch320may be mounted to the striker pin mount306, such as at a flange324thereof. The plunger322may then extend outwardly towards an actuator326which is associated with the door, such as the button deck or console34. In this configuration, when the button deck or console34is closed, the actuator326may engage the plunger322, such as by moving the plunger322to a depressed or closed position. When the button deck or console34is opened, the actuator326moves away from the intrusion switch320, thus activating the switch.

In this configuration, the position of the intrusion switch320is adjusted along with the striker pin304, thus preventing a situation where adjustments to either the striker pin304or intrusion switch320, without corresponding adjustment of the other, causes the other two longer operate properly. Thus, when a user adjusts or changes the position of the mount306, it results in simultaneous adjustment of both the striker pin304and intrusion switch320.

Media Printer Mounting

As indicated above the gaming machine22may include a media printer42, such as for printing and dispensing one or more tickets having associated monetary value or the like.

In one configuration, the media printer42is movable between first and second positions, such as to permit access thereto. As one example, the media printer42may be associated with the button deck or console34which, as just described, may be moved between an open and a closed position.

As illustrated inFIG.1A, the gaming machine22may define a front panel70which defines an opening, such as a slot72, which slot may be surrounded by a bezel. The tickets or other media which are generated by the media printer42may be dispensed through that opening or slot72.

As illustrated inFIGS.4C and4D, the media printer42may include a housing420and have a front422, an opposing rear424, and first and second generally opposing sides426,428. A slot430may be located at the front422, through which media, such as tickets, may be dispensed.

As indicated above, the media printer42may be mounted to the button deck or console34so as to be movable therewith. As illustrated inFIG.1A, when the button deck or console34is in the closed position, the media printer42is located in the housing26of the gaming machine22, with the dispensing slot430thereof aligned with the slot or aperture72in the panel70.

As illustrated inFIG.4B, when the button deck or console34is moved to its open position, the media printer42is moved outwardly of the housing26, so as to be accessible. Further, in one configuration, the media printer42is selectively connectable to the gaming machine22. This permits the media printer42to be disconnected from the gaming machine22, such as for replacement or service, and to be connected thereto, for use.

As illustrated inFIGS.4C and4D, the media printer42may be associated with a mount, such as a tray440. For example, the housing420of the media printer42may fit in and/or be connected to the tray440. The tray440may include a bottom and one or more side portions442, such as which extend along portions of the sides426,428of the media printer42.

Referring toFIGS.4A and4B, in one example, the media printer42may be removably associated with a mount450. The mount450may be connected to the housing26of the gaming machine22. The tray440may define one or more pins or tabs444(see alsoFIGS.4C and4D) which extend outwardly from the side portions442, such as generally perpendicular thereto. These pins or tabs444may be configured to engage slots452defined by the mount450.

In one configuration, the mount450has first and second upwardly extending portions that correspond to the two sides426,428of the media printer42(and associated tray440). Pins444may extend outwardly from both sides of the tray440for engagement with these two portions of the mount450. In one example, at least two pins444are located at each side of the tray440, such as located near the front and rear of the media printer42.

Each slot452may extend downwardly into the mount450. As illustrated, the slots452may slope forwardly (so that a bottom portion thereof is located closer to the front of the gaming machine22than the top of the slot452). In use, the media printer42may be associated with the gaming machine22by aligning the pins444of the tray440with the slots452of the mount450(seeFIG.4A), and then lowering the media printer42so that the pins444move to the bottom of the slots452(where, when the slots are curved as described, the media printer42moves downwardly and forwardly), as illustrated inFIG.4B.

When the button deck or console34is closed, the media printer42is moved rearwardly and, as detailed above, the media dispensing slot430thereof is generally aligned with the slot72in the panel70. It will be appreciated that in the above-described removable mounting configuration, the media printer42might be moved out of position by a force applied thereto which causes the media printer to move upwardly (e.g. via the pins444moving along the slots452towards the tops of the slots). In one configuration, at least one stop460may be provided for limiting movement of the media printer42when it is in its use position.

As illustrated, the stop460might comprise an upwardly extending flange which is associated with the housing26of the gaming machine22. The stop460is located so that it engages the rear424of the media printer42when it is in its use position. In this position, rearward movement of the media printer42is prevented because of engagement of the media printer42with the stop460. Of course, the stop460might have various shapes, sizes and locations.

The media printer mounting has various advantages, including: 1) it eliminates potential interference problems between the front of the media printer and the bezel associated with the housing/front panel; 2) it allows the media printer to be removed/disassociated from the gaming machine22without having to remove or loosen fasteners; and 3) it ensures that the media printer remains in a fixed and aligned position during use or movement of the gaming machine22.

Button Deck

One aspect of the invention is a support configuration for a top surface of a button deck or console, particularly when the top surface (or a portion thereof) comprises glass. As indicated above and illustrated inFIG.1B, the gaming machine22may include a button deck or console34. As illustrated inFIG.1B, the button deck34may have a top60a peripheral edge62. The peripheral edge62may be defined by a console frame64which is connected to the housing26of the gaming machine22and extends outwardly therefrom. As illustrated inFIG.5, the console frame64may have an edge portion64aand one or more internal supports64b. At least a portion of the top60of the button deck34may comprise a glass deck66—such as which is located in an opening defined by the console frame64.

FIG.5illustrates an example of a support configuration for the glass deck66, which support configuration comprises one or more support brackets520. The support brackets520are configured to support the glass deck66from the bottom thereof. As illustrated, the support brackets520may comprise a main support522, such as the generally “L” shaped support which is illustrated and which has a first end connected to a portion of the console frame64b. In the configuration which is illustrated, the main support522defines a generally horizontally extending support. A glass support524is supported by the main support522, such as by being connected thereto by one or more fasteners526. As illustrated, fastener526may comprise a threaded fastener and associated nut. However, the glass support524might be connected to the main support522with other types of fasteners (screws, rivets, clamps) or by other means (welding, etc.).

In one configuration, the glass support524is generally “U” shaped, having a central section528which is located between a first leg530and a second leg532. The central section528may be generally planar for engagement with the horizontally extending portion of the main support522. The first and second legs530,532may be generally “L”-shaped, extending upwardly from the central section528and then outwardly therefrom. The first and second legs530,532may each also define a generally horizontally extending supporting surface, such as for a mounting plate540. The mounting plate540may be generally planar and be connected to and supported by the legs530,532of the glass support524. For example, the mounting plate540may be connected to each leg530,532by a fastener542. The fasteners542might again comprise a threaded fastener, or might comprise a rivet or other connector; further, the mounting plate540might be connected to the glass support524in other manners.

As illustrated, the glass deck66rests upon the generally horizontal supporting surface which is defined by the mounting plate540. In one configuration, the glass deck66is secured to the mounting plate540, such as by adhesive.

In one example, the support bracket520is configured to locate (when considering the location of the glass deck66and the size of the mounting plate540), the mounting plate540at a location which is inset from a peripheral edge550of the glass deck66. In this regard, one aspect of the support bracket520is that it is connected to and supported by the console frame64(which is located at the periphery of the button deck34), but it extends inwardly therefrom a sufficient distance to so locate the mounting plate540relative to the glass deck66as just described.

Further, as illustrated inFIG.5, one or more portions of the peripheral edge550of the glass deck66may be located adjacent to, but not contacting, the console frame64. As illustrated, one or more portions of the edge portion64aof the console frame64may define an inset552in which a portion of the peripheral edge550of the glass deck66may be located. As illustrated, the support bracket520preferably maintains the bottom of the glass deck66in a position in which it is elevated above or generally does not contact the console frame64.

In one configuration, an energy absorber554is located between the glass deck66and the console frame64. This energy absorber554might comprise, for example, a foam, resilient rubber or similar material. The energy absorber554might also be formed into a gasket or seal, thus blocking the space between the glass deck66and the console frame64. In use, the energy absorber554preferably absorbs energy, such as from downward force on the peripheral edge of the glass deck66, to prevent that edge from impacting the adjacent console frame64(which might damage the glass).

In one configuration, multiple support brackets520may be utilized to support the glass deck66. For example, a support bracket520might be provided at each corner of the glass deck66and/or in other locations.

As illustrated inFIG.5, the main support522may be disconnectable from the console frame64, such as by one or more fasteners556. This allows the glass deck66, with the connected support brackets520to be removed from the console deck64(and/or installed as unit).

An important aspect of the support is that it supports the button deck, but protects the peripheral edge of the glass deck66from damage, such as due to downward force applied thereto.

As illustrated inFIG.1AandFIG.6A, the gaming machine22may include a footrest52. In one example, the footrest52may be arranged into multiple different configurations, such as depending upon the desired configuration or use of the gaming machine22.

As illustrated inFIG.6B, the footrest52may comprise a base portion600, a cover602, and a conversion bracket604. As illustrated the lower portion26aof the housing26of the gaming machine22may include a housing base606, where the reminder of the gaming machine22is supported on that housing base606. The lower portion26aof the housing26may have a first side608, a generally opposing second side610, a front612and a rear614. A portion of the front612may be generally open, until closed with a panel616(seeFIG.6E).

One or more passages or apertures618may extend through the housing base606at the front612. These openings618, as described in more detail below, allow air to flow from an interior space of the housing26, and particularly the housing base606, through the front612.

The base portion600of the footrest52extends from the housing base606. In one example, the base portion600of the footrest52is selectively connectable to and disconnectable from the housing base606. As illustrated, the base portion600of the footrest52may have a rear portion which defines one or more flanges620for engagement with mating slots or openings622in the housing base606(and may be secured together, such as with fasteners, clips or other engagement mechanisms).

The base portion600of the footrest may have a generally closed bottom or base (seeFIG.6C) and one or more supporting struts624extending upwardly therefrom. As illustrated, the struts or supports624may be tapered, being taller at the rear (corresponding to the rear portion of the base portion600of the footrest52).

The footrest cover602is configured to be connected to the base portion600. In one example, the cover602fits over the base portion600, so as to generally close a top of the base portion600. The cover602may thus have a generally closed top and downwardly extending sides, thus defining an open back or rear which extends into a recessed bottom for accepting the base portion600of the footrest52therein. When connected to the base portion600, the footrest cover602may be supported by the struts624of the base portion600(thus providing support against a downward force applied to the cover602by a player's feet resting thereon).

In one example, the conversion bracket604is selectively connectable to the footrest52, and namely the base portion600. As illustrated inFIG.6D, when the conversion bracket604is not associated with the base portion600of the footrest52, the rear of the base portion600defines one or more openings630. These openings630preferably communicate with the one or more openings618in the front612of the housing base606. Further, at least one passage632is defined by the base portion600. This passage632leads from the one or more openings618to a vent634(see alsoFIG.6C) such as defined at the front of the footrest52. The passage632may be defined, for example, between pairs of struts624of the base portion600, plus the bottom or base of the base portion and the footrest cover602.

In one example, the conversion bracket604is eliminated, such as when it is desired to associate the gaming machine22with an air handling system. As one example, the gaming machine22may be associated with a vent or air supply of a casino or similar location, wherein at least one outlet of such a system is configured to deliver air to the interior of the housing base606(for example, by the lower housing26A being positioned over or in alignment with such a supply). In this configuration, air which is provided to the interior of the housing base606passes through the openings618in the front612thereof, through the one or more openings630in the base portion600of the footrest52, through the passage632, and then out the at least one vent634.

On the other hand, as illustrated inFIGS.6B and6E, the conversion bracket604may be associated with the footrest52, such as the base portion602. In this example, the conversion bracket604may be connected to the base portion602, such as fitting into the passage632defined through the footrest52. The conversion bracket604might be connected to the rear of the base portion602, thus at least partially closing or blocking the openings630.

In one example, the conversion bracket604is configured to accept in a mounting relationship a mount (not shown) of a sled chair. For example, the mount of such a chair may be passed through the front of the footrest52and into engagement with the bracket604and be securely connected thereto, thus joining the chair to the gaming machine).

The convertible footrest52of the invention has the advantage that the gaming machine22, and particularly the housing26and footrest52thereof, do not need to be custom designed for entirely different applications, or require the housing base of the gaming machine and/or footrest to be completely changed (including by lifting up the gaming machine to change the base). Instead, the footrest52of the invention can be converted between different configurations, such as via a conversion bracket604and the configuration of the housing base606, thus enabling the footrest52to be used in different configurations (such as when used with an attached chair or when used without an attached chair but used with an air handling system).

Intrusion Switch Mount

As indicated above, the gaming machine22may include one or more openable doors or panels, such as an access panel46(seeFIG.1).

As illustrated inFIGS.7A-C, in one example, the access panel46may selectively provide access to a portion of the interior of the gaming machine cabinet or housing26, such as to the lower portion26A thereof at the front of the gaming machine. In one example, the access panel46is movably mounted to the cabinet26, such as via one or more hinges402. The hinge(s)402may connect, for example, one edge of the panel46to the housing26. In the example, the hinge402may be oriented so that it rotates about a vertical axis. This may allow the access panel46to be moved between an open position as illustrated inFIG.7Aand a closed position, as illustrated inFIG.1.

A latch or lock404may be used to secure the access panel46in a closed position. In one example, a lock404is used, thus controlling the opening and closing of the access panel46to only desired personnel. The lock404may be, as illustrated, a mechanical key-operated lock, but might be other types, including electro-mechanical.

In one example, the access panel46comprises a main cash box access door. As illustrated inFIGS.7A and7B, behind the access panel46may reside a cash box406having an interior area408which is accessible via a cash box door410. The cash box area406may comprise a generally enclosed and access-controlled area, such as defined by a box-like structure which is inside the housing26of the gaming machine22.

In one example, access to the interior408of the cash box area406is provided by the cash box door410. This door410is movably mounted, such as to the structure of the cash box area406, such as via one or more hinges412(FIG.7C). In one configuration, the hinge(s)412is vertically orientated and is positioned along a side edge of the door410that corresponds to the location of the hinged connection of the access panel46, thereby allowing the access panel46and door410to be opened in the same direction, as best illustrated inFIG.7C. In other examples, the access panel46and door410might open in other manners, including in different directions.

Again, a latch or lock414may be used to secure the cash box door410in a closed position. In this example, two locks414are utilized, both of which are mechanical key-operated locks. However, other numbers and types of locks might be utilized.

In one example, means are provided for detecting movement of the access panel46and the cash box door410, such as when either or both are moved from their closed position to the open position. This means may comprise, but is not limited to, an intrusion switch430(seeFIG.7B). The intrusion switch430may include a plunger432which is movable from a first position (such as an extended position) to a second position (such as a retracted or compressed position), and wherein a change in the position of the plunger432may be detected and an output provided, such as to the controller of the gaming machine22, to another system, or to an associated controller. Such an output might be recorded and used to track access, might be utilized to signal an alarm or the like. In other examples, the intrusion switch might have other configurations, such as where the plunger or other element is movable in other manners.

Advantageously, the access panel46and cash box door410are configured so that separate intrusion switches430can be used relative thereto, with a convenient common mounting of the switches430. As illustrated inFIG.7C, two intrusion switches430may be mounted at the face of a mount434. In this example, the mount434is a generally vertically extending face and comprises a portion of the cash box area406, such as at the bottom thereof. However, it might comprise a portion of the housing26of the gaming machine22or another associated structure.

In this example, the two switches430are mounted generally side-by-side in a horizontal plane. A first of the switches430is located so that the plunger432thereof is engaged by the cash box door410when the cash box door410is moved, such as to its closed position. For example, as illustrated inFIG.7C, when the cash box door410is closed, a bottom portion thereof may engage the plunger432of that first switch430. A second of the switches is located so that the plunger432thereof is engaged by the access panel46when the access panel46is moved, such as to its closed position. In the example illustrated inFIG.7C, this is facilitated by the cash box door410having a cutout440in the bottom portion thereof and by the access panel46having a protrusion442which extends inwardly therefrom and which is aligned with the cutout440in the cash box door410. Thus, when the cash box door410is closed and the access panel46is then closed, the protrusion442on the access panel46passes through the cutout440of the cash box door410and into engagement with the plunger432of the second switch430.

In this manner, a single mounting is provided for multiple intrusion switches or detectors430for operation relative to two different movable doors or panels of the gaming machine22. This design is space-saving, easier and lower cost to manufacture and service than known configurations.

As is indicated above, the housing26may include an upper portion26B. As illustrated inFIG.8A, a front of the upper portion26B may be open, and be selectively accessible via the panel36(see alsoFIG.1C). In one example, the panel36is associated with, such as by being connected to, the main display28.

In one configuration, the panel36is selectively removable from the upper portion26B of the housing26. Thus, when the panel36is removed, the main display28is also disconnected from the housing26, as illustrated inFIG.8A.

In one example, the panel36(and thus the main display28) is selectively connectable to the housing26via one or more latches820. In one example, the panel36comprises one or more catches822, such as extending rearwardly therefrom, each for engagement with one of the latches820.

In the illustrated configuration, the panel36has four catches822associated therewith, such as two top catches and two bottom catches. The top catches822might be positioned along a horizontal line, the bottom catches822might be positioned along another horizontal line, and the left and right pairs of the catches (each comprising one of the top and one of the bottom catches) may be aligned along vertical lines. The latches820may correspondingly be positioned relative to the housing26, wherein four latches820are provided corresponding to the four catches822.

In one example, each latch820is movable between a latched and an unlatched position. In the latched position, the latch820retains the associated catch822, preventing it from being moved outwardly therefrom. In the unlatched position, the latch820allows the corresponding catch822to be removed therefrom. In one configuration, the latch820may be moved from the unlatched to the latched position by engagement with a catch822, such as by a force being applied to the latch820by the catch822in the latched direction (in the example illustrated inFIG.8A, a direction in which the panel36is moved towards the housing26).

In one example, the latch820can be released from its latched position to its unlatched position. A release mechanism830is provided for releasing the latch820. In one example, the release mechanism830is configured so that when a user actuates it, the release mechanism830. As illustrated inFIG.8B, the release mechanism830may comprise a first release bar832and a second release bar834. The first and second release bars832,834may each include a top latch pull836and a bottom latch pull838. The top latch pull836and bottom latch pull838are configured to engage the top and bottom latches820at one side of the housing26, thus releasing them.

As indicated, in one example, a user can use the release mechanism820to release all of the latches820, preferably at the same time. As illustrated, the release mechanism820may include a handle or grip840. The handle840is associated with a first release cable or connector842and a second release cable or connector844. In one example, the first release cable842operably connects the handle840to the first release bar832and the second release cable844operably connects the handle840to the second release bar834. In one example, these cables842,844may be connected to lower or bottom ends of the release bars832,834.

The handle840is preferably located in an area accessible to a user when the panel36is closed. As illustrated, the handle840may be located in the lower portion26A of the housing26. For example, a user may access the interior of the housing26by opening one or more panels or doors thereof, such as using appropriate keys. If the user needs to release the main display28or otherwise gain access to the interior of the top or upper portion26B of the housing26, the user may engage the handle840. In one example, when a user pulls downwardly on the handle840it, in turn, pulls the first and second release cables842,844. These cables842,844, in turn, pull the first and second release bars832,834downwardly, causing them to actuate the latch pulls836,838, thus unlatching the latches820. Most importantly, the movement of the handle840effectuates unlatching of all of the latches820at the same time. This releases the panel36, such as illustrated inFIG.8A.

According to this aspect of the invention, a panel or similar portion of the gaming machine22is removably connected, most preferably by a plurality of releasable latches or similar connectors. The use of multiple latches in different locations ensures a secure connection of the panel. However, unlatching of the panel or other portion can be accomplished by a single release mechanism which effectuates unlocking or unlatching all of the latches at the same time.

Configurable Display Support

One aspect of the invention is a display support configuration. As indicated above, the gaming machine22might be configured with displays of different types, including displays of different shapes and sizes. For example, as illustrated inFIG.1A, the gaming machine22might be configured with a main display28which is configurated as a flat panel display, or as illustrated inFIG.1D, might be configured with a main display28awhich comprises a curved panel display.

In order to facilitate the use of different displays, such as different main displays, including to facilitate the mounting of those displays to the housing26of the gaming machine22and the proper positioning thereof, the gaming machine22may facilitate different display supports.

As illustrated inFIG.9A, a display support900may comprise a first leg902and a second leg904. In general, the first and second legs902,904may be connected to the lower portion26A of the housing26and extend upwardly therefrom, to the top portion26B of the housing26. The first and second legs902,904may support one or more connectors, such as the above-described latches820(seeFIG.8A) for connecting the main display28(and associated panel36) thereto.

Referring toFIG.9B, each leg900,902may comprise a mount portion910and an extension portion912. The mount portion910may be configured to be connected to the lower portion26A of the housing26. The mount portion910might engage the lower portion26A of the housing26in a slot configuration and/or by one or more fasteners. As illustrated, the mount portion910may be constructed from first and second members, such as inner and outer members922a,bwhich may be connected to one another, but they may have other configurations. As illustrated inFIG.9C, the inner and outer members922a,bmay cooperate to define a slot928, opening or the like, such as for accepting a portion of a corresponding extension portion912therein.

The extension portions912may be connected to the mount portions910, such as by one or more fasteners or the like (and may thus also be disconnectable therefrom). The extension portions912may extend upwardly from the mount portions910. Various mounting plates924or other elements may be connected thereto. In one example, a central strut926may be positioned between the extension portions912of the two legs902,904.

As illustrated inFIG.9C, the mount portions910of the legs902,904may be connected to the lower portion26A of the housing26. The extension portions920may be connected to the mount portion910and extend upwardly therefrom, thus defining a support and mounting location for the main display28(and the second display30).

As illustrated inFIG.9D, a panel950may be located over the legs902,904at the rear of the housing26to enclose them. As illustrated inFIG.9A, the main display28may be connected to the front of the legs902,904, along with the panel36. As further illustrated inFIG.9A, the second display30may also be connected to and supported by the legs902,904(one mounting configuration therefor is described in more detail below).

As described, the display support900may comprise two legs902,904which are spaced from one another. In other configurations, as few as one and more than two legs might be utilized.

Most importantly, because the gaming machine22may be configured with different display mounts900, the gaming machine22may accommodate displays of different shapes and sizes. In particular, the mount portion910and/or extension portion920of each leg902,904may vary in shape in order to facilitate such different displays. For example, as illustrated, the mount portions910may have an offset between a bottom and a top thereof, which offset defines the mounting location of the extension portions920relative to the lower portion26A of the gaming machine22. The amount of this offset might vary, for example, to change the location of the display which is mounted thereto (in a front to back direction relative to the housing26). Further, the length of the extension portions920(or other shapes) might vary, such as depending upon the desired height of the upper portion26B of the housing26). The disconnectability of the display mount900allows the gaming machine22to be manufactured with different mounts for different applications, and may also permit a gaming machine22having one configuration to be changed or modified (such as a later time) to a different configuration.

Secondary Display Mount

One aspect of the invention is a removable mounting for a display, such as a display of the gaming machine22. The display may comprise the second or top display30of the gaming machine22. As indicated above and illustrated inFIG.1B, the top display30may be supported by and connected to the gaming machine22by the display support48. Referring toFIG.10A, the display support48may comprise a frame1020and one or more panels or covers1022,1024. The frame1020may have various configurations, such as one or more legs or the like, and connect to and extend from the housing26of the gaming machine22. In one example, the display support48is connected to, and extend upwardly from, the display support900(described above and illustrated in more detail inFIGS.9A-D).

The display, such as the top display30, is supported by the display support48. In one example, a bracket1026is connected to the display30, such as at the rear thereof. The display30is removably connected to the frame1020. The one or more panels1022,1024may be utilized to generally enclose the frame and/or other components thereof.

As indicated, the display30may be removably connected to the display support48, such as via a locking mechanism which is movable between a locked or latched position which prevents the display30from being disconnected therefrom, and an unlocked or unlatched position in which the display30is permitted to be disconnected therefrom.

In one example, as illustrated inFIGS.10B-C, the locking mechanism comprises at least one movable lock bar1040, such as which is movably mounted on the bracket1026. In the illustrated configuration, two spaced-apart lock bars are provided, and each lock bar1040is movable up and down.

A pin1042is provided relative to each lock bar1040. The pins1042may, for example, extend inwardly from legs of the frame1020.

The lock bars1040are each configured to selectively actuate a movable latch1044. The latches1044may be associated with the frame1020. The latches1044may be rotatably mounted and include a catch1046for engaging the pin1042.

In one configuration, when the lock bars1040are moved to a first position, such as a raised position, a portion of each lock bar1040, such as a finger1048, engages the corresponding latch1044(such as in a slot1045formed therein), causing it to rotate to a position where the catch1046does not engage the pin1042. This allows the bracket1026, and thus the display30, to be removed from the display support48. When the lock bars1040are in a second position, such as a lowered position, the latches1044are rotated to a position where the catches1046engage the pins1042, thus securing the display30to the display support48.

In one configuration, means are provided for biasing the lock bars1040to their first position. This means may comprise, for example, a spring1050. The spring1050may be configure to pull its corresponding lock bar1040upwardly, so that the latches1044are in their unlatched position.

A means may be provided for maintaining the lock bars1040in their second position, against that biasing force. In one configuration, a threaded fastener1060may pass through a mounting portion of the bracket1026into engagement with the lock bar1040. When the threaded fastener1060is tightened, it pushes the lock bar1040downwardly against the biasing force generated by the spring1050, so that the latch1044is locked or latched. When the fastener1060is loosened, the lock bar1040may move upwardly to its first position, under the biasing force.

Of course, other biasing elements might be used, and the latch bars and latches might have other configurations. For example, in one configuration, the latch bars might be joined and a single fastener might be used to lock the position of both latch bars at the same time.

An advantage of the display support48is that displays of different configurations may be mounted thereto, and such displays may be removed therefrom for servicing or replacement. As one aspect, a technician can remove the display with one hand. In particular, a technician can grab the display30with one hand, loosen the fasteners1060with the other (such as using a screwdriver) and the simply remove the display30(by lifting it off of the pins1042).

Of course, this mounting configuration may be applied to other than a top/secondary display30of a gaming machine22.

Pivoting Display Mount

Another aspect of the invention is a pivoting display mount. In one example of the invention, one or more of the displays of the gaming machine22may be mounted for pivoting movement relative to the gaming machine22.

FIGS.11A and11Billustrate one example in which the secondary display30is mounted for pivoting movement. In particular, the display support48just described above relative toFIGS.10A-C, allows for pivoting movement of a display, such as between a position in which the display face thereof is generally vertical, such as illustrated inFIG.11A, and a tilted position, such as one where the display face thereof is generally horizontal, as illustrated inFIG.11B(and positions therebetween).

In one example, such as described above, the display, such as the secondary display30, may be mounted to a display mount48via one or more pins1044. In such a configuration, the bracket1026may rotate about the pins1044, thus allowing the display30to be rotated.

Further, in another example, the main display28may be mounted for pivoting movement. As described above relative toFIGS.8A-B, in one configuration, the main display28may be mounted in a fixed position relative to the gaming machine22, such as to the display support48. As described above, such a mounting may permit the display28to be disconnected from the gaming machine22, but does not permit a change in the orientation of the main display28relative to the gaming machine22.

However,FIGS.11C-Tillustrate another display mounting configuration in which the main display28is pivotally mounted to the gaming machine22. In this configuration, the main display28can be disconnected from the gaming machine22, but can also be moved, preferably in a rotating or pivoting manner, relative to the gamine machine.

FIGS.11C and11Dillustrate a configuration of the gaming machine22which includes a planar main display28, such as illustrated inFIG.1D. Once again, the main display28is connected to, and supported by, the display support48. However, as illustrated inFIG.11E, in this configuration, the main display28is mounted to a pivoting chassis1102.

As illustrated inFIGS.11F and11G, the pivoting chassis1102may be moved to and from a first or closed position relative to the display support48. In this position, the main display28which is mounted to the pivoting chassis1102may be in a generally vertical position. The pivoting chassis1102may be moved to and from a second or open position relative to the display support48. In this position, the main display28is located at an angle offset from vertical, such as a horizontal or generally horizontal position. Of course, the pivoting chassis1102is also movable to positions between the first and second positions, such as during movement of the chassis1102between those positions.

Additional details of the pivoting display mount will be described with reference toFIGS.11H and11I. In one configuration, the pivoting chassis1102comprises a support, such as a panel, and may have a top, an opposing bottom, a first side and opposing second side, and face or main portion which has a front and a generally opposing rear. In one configuration, the sides may be configured as flanges1104,1106, such as which extend rearwardly generally perpendicular to the face or main portion of the chassis1102. As illustrated and described in more detail below, one or more openings or apertures may be provided through the pivoting chassis1102, including the side flanges1104,1106. In the configuration illustrated, the pivoting chassis1102is generally rectangular in shape (taller than it is wide), but it might have other shapes and sizes.

In one configuration, the pivoting chassis1102may be located at the front of the display mount48. In one configuration, one or more extensions1108may be connected to the display mount48and extend outwardly therefrom. The extensions1108may be configured to extend along the sides and bottom of the pivoting chassis1102when it is in its first or closed position, such as illustrated inFIGS.11Eand F. As described in more detail below and illustrated inFIG.11T, the shape of the extensions1108may depend upon the shape of the main display28which the pivoting chassis1102is intended to support.

As illustrated inFIGS.11J and11K, the display mount48may have an inside face1110with forwardly extending side flanges1112. The side extensions1108may be connected to the side flanges1112, such as to extend further outwardly from the display mount48.

The pivoting chassis1102may be mounted for pivoting or rotational movement at or near the top thereof, to the display mount48. In configuration, as best illustrated inFIG.11J, a mounting bracket1113may be connected to the top of the display mount48. This mounting bracket1113may be generally “U” shaped, such as having a central portion which corresponds to the face1110of the display mount48, and opposing end or side portions which correspond to the side flanges1112and extensions1108. The mounting bracket1113might be formed as part of the display mount48. However, as illustrated inFIG.11Tand described in more detail below, in one configuration the mounting bracket1113is advantageously removable therefrom, such as to facilitate use of a mounting brackets1113of different sizes, such as to facilitate the use of different sized displays28. In this configuration, the mounting bracket1113may be connected to the display mount48with one or more fasteners or other elements, such as corner brackets1116. As illustrated inFIG.11K, these brackets116may be used to join the bracket1113securely at each side of the display mount48.

In one configuration, a mounting pin1114extends inwardly from each side of the mounting bracket1113(or if the mounting bracket is part of the display mount, the display mount48). The pivoting chassis1102is mounted for rotational movement relative to the pins1114.

In one configuration, the mounting pins1114may extend through or more supports or stiffeners, such as the corner brackets1116and a secondary stiffener1118. As illustrated inFIG.11M, the pivoting chassis1102may define a mounting pin accepting slot1120at each side. The slot1120may include a first portion1122in the face of the pivoting chassis1102, and a second portion1124in the corresponding side portions1104,1106. As illustrated, the second portion1124may be generally “L” shaped. During assembly, the mounting pins1114may be aligned with the first portion1122of each slot and then passed into the second portion1124of each slot1120, with the pivoting chassis1102then moved to that the mounting pins1114are located in the closed end of the slots1120.

As illustrated inFIG.11N, a bushing1126may be located over the mounting pin1114so that it fits into the slot1120. In one configuration, at least the end portion of the mounting pin1114is externally threaded for accepting one or more fasteners. As illustrated inFIG.11O, a washer1128and nut1130may then be secured to the mounting pin1114.

In one configuration, a means for biasing may be provided for biasing the pivoting chassis1102into its second or open position. The means for biasing may comprise, for example, one or more pneumatic shocks1132, such as having a body1134and an extendable piston or rod1136. In one configuration, two shocks1132are provided, one at each side of the pivoting chassis1102, such as to provide even lifting force to both sides (one shock1132might be utilized, but might generate some bending/twisting of the chassis, depending upon the configuration thereof). One end of the each shock1132may be connected to the display mount48and another may be connected to the pivoting chassis1102. In one configuration, the shocks1132or other means for biasing provide a lifting force to aid in moving the pivoting chassis1102and a display28connected thereto, to the open position. Further, the shocks1132may generate sufficient force to maintain the pivoting chassis1102and associated display28in the open position without user assistance, such as to facilitate a user working on the gaming machine22without having to hold the pivoting chassis1102and display28. In other embodiments, a stop or lock might be provided which allows the pivoting chassis1102and associated display28to be maintained in the open position.

In one configuration, during assembly the pivoting chassis1102may be configured to be maintained in an open position to permit installation of the shocks1132. For example, referring toFIG.11I, an aperture1138may be provided in each side1104,1106of the pivoting chassis1102, such as near the top thereof. A pin (not shown) or similar element may be placed into engagement with one or both apertures1138, which pin then engages the side flange1112of the display mount48thus retaining the pivoting chassis1102in an open position such as illustrated inFIG.11I. Other types of stops or locks might be provided for similar purposes.

Other means for biasing might be provided, such as springs, to provide a force which causes or aids in causing the pivoting chassis1102to move it its open position.

In one configuration, at least one means is provided for securing the pivoting chassis1102in its closed position. As illustrated inFIG.11R, this means may comprise at least one latch1140. In one configuration, two latches1140are provided, such as in a spaced configuration near the bottom of the display mount48. Each latch1140may include a movable locking lever1142which is biased towards a locking position and which is configured to accept a pin1144which is mounted to the pivoting chassis1102(seeFIG.11I). In operation, when the pivoting chassis1102is closed, the pins1144are pressed into engagement with the latches1140, causing the locking levers1142to be moved to their locked or latched position, thus securing the pivoting chassis1102in its closed position.

A release1146is provided for unlatching the latches1140. In one configuration, the release1146comprises at least one cable which is connected to each locking lever1142. As illustrated inFIG.11Q, the cables may extend downwardly through the display mount48and then extend forwardly, such as to an access point in the cabinet26(such as behind the movable button deck or console34—which as described above, may be unlocked and moved to an open position). In operation, a user may access a handle which is connected to the releases1146and pull the handle, thus pulling the locking levers1142downwardly, moving them to an unlatched position, thus releasing the pivoting chassis.

In one configuration, a second means for biasing may be utilized to move the pivoting chassis1102out of engagement with the latches1140when they are unlatched. The second means for biasing may comprise, for example, one or more springs1148, such as coil springs. The one or more springs1148may be mounted to the display mount48in a manner in which they engage the pivoting chassis1102when it is in its closed position. Thus, when the latches1140are unlatched, the biasing force generated thereby pushes the pivoting chassis1102away from the latches1140(preventing the pins1144from being recaptured by the latches1140when the release1146is disengaged).

In one configuration, as illustrated inFIGS.11R and11S, the latches1140are spaced from the face1110of the display mount48, such as to provide clearance for operation of the locking levers1142and the releases1146. As illustrated, the latches1140are connected to the flanges1112at each side of the display mount48. For example, threaded studs1150may extend inwardly from the flanges1112, and corresponding threaded fasteners1152may extend outwardly from the latches1140. A coupler1154, such as a threaded nut, may be used to join the latch1140to the studs1150, thus securely coupling the latches1140to the display mount48in a position spaced from the face1110thereof.

In one configuration, one or more braces, stiffeners or the like may be utilized to increase the strength and rigidity of the mounting configuration. For example, as illustrated inFIGS.11Iand J, a first brace1156and a second brace1158may be associated with the display mount48. As illustrated, the braces1156,1158may be arranged into an “X” configuration.

The braces1156,1158may have various configuration. The braces1156,1158might be generally flat, but to resist bending under load, would have to be thick and heavy. Thus, as illustrated, the main body of each brace1156,1158is generally flat, but includes at least one rib or flange, such as along a side thereof, for increasing the rigidity thereof while allowing the main body of each brace1156,1158to be much thinner (and thus lighter and lower in cost).

Each brace1156,1158may have a top end and a bottom end which are each coupled to the display mount48. As illustrated inFIGS.11K and11P, in one configuration, the top ends of the braces1156,1158are connected to the same mounting pins1114that are used to mount the pivoting chassis1102. For example, the top end of each brace1156,1158may include a mounting tab1160(which, as illustrated, may extend generally perpendicular to a main body of the brace). The tab1160may include an aperture for accepting the portion of the mounting pin1114that extends beyond the coupling nut1130that retains the pivoting chassis1102. A second nut1162may then be threaded onto the mounting pin1114.

As illustrated inFIG.11I, the braces1156,1158might be secured in other locations. For example, aside from being mounted at their top and bottom ends, the braces1156,1158might be coupled to one another and the display mount48at the intersection, and the braces1156,1158might be coupled to the display mount48or associated features thereof, such as between their top and their point of intersection and their point of intersection and their bottom end. For example, threaded fasteners might be used at their locations to secure the braces1156,1158. As illustrated, in one configuration, the braces1156,1158may be coupled or connected to a handle enclosure1164. The braces1156,1158might also be coupled to a cross-member of the display mount48. However, the braces1156,1158could be coupled to the display mount48or other features.

In one configuration, at least one detector1166may be provided for detecting or sensing a position of the pivoting chassis1102. In one configuration, the detector1166may comprise a plunger type switch having a plunger which is biased to an extended position and which can be pressed inwardly to a retracted position. The switch may provide an output to the controller of the gaming machine, in a similar manner to that described above. As illustrated inFIG.11Q, a portion of the pivoting chassis1102, such as a switch bracket1168connected thereto, may be configured to engage the plunger portion of the switch or detector1166. The detector or switch1166may, as illustrated inFIG.11R, be mounted to the display mount48.

In use, when the pivoting chassis1102is in its first or closed position, the bracket1168may engage the plunger of the detector or switch1166. When the pivoting chassis1102is opened, the plunger moves to its extended position, and may thus trigger the switch. In some configurations, movement of the plunger to the extended position and the associated output of the switch, may cause the gaming controller to activate an alarm, unless the an override input is provided, such as by an authorized user (such as by a technician providing input by an unlocking key to the cabinet which the controller then interprets as authorized access thereto, including opening of the associated pivot chassis1102).

The mount may include other features. As described and illustrated, when in the closed position, the pivoting chassis1102cooperates with the display mount48to define a generally closed space which houses a number of features or components, such as wiring, the latches1140, the braces1156,1158, etc. The space may generally be bounded at the front by the body of the pivoting chassis1102, at the back by the face1110of the display mount48, and at the sides by the sides1104,1106of the pivoting chassis1102and the flanges1112and the associated extensions1108. As illustrated inFIG.11J, a top cap1170may be provided for generally closing the top of that space, such as around a mount1020for the secondary display30.

In one configuration, a bottom bracket1172may be provided for closing the bottom of the space. This bracket1172may include a portion, such as an inside face, which is located inwardly of the sides of the pivoting chassis1102and the latch pins1144, so that when the pivoting chassis1102is closed, the latch pins1144to do hit the latches1140if they are in a closed position.

As indicated, the pivoting chassis1102is configured to support a display, such as the main display28as illustrated inFIGS.11C and11D. The display28may be connected to and disconnected from, the pivoting chassis1102(such as for manufacture and later repair or replacement). In one configuration, as best illustrated inFIG.11H, the pivoting chassis1102defines one or more keyholes1174or other apertures through the face thereof. Each keyhole1174may be configured to accept a mount, such as a stud, which extends from the rear of the display28. The user may extend the studs through the aligned keyholes1174, thus associating the display28with the pivoting chassis1102. Further, one or more secondary apertures1176may be provided through the face of the pivoting chassis1102. Each secondary aperture1176may accept a fastener, such as a threaded fastener from the rear thereof into engagement with the display28, thus securing the display28to the pivoting chassis1102.

In the configuration described, the position of the main display28may be changed from a “use” position in which the pivoting chassis1102is in its first or closed position and the display28is generally extending (such as illustrated inFIGS.11C and11D), to an “access” or “service” position in which the pivoting chassis1102is moved to its second or open position (such as illustrated inFIG.11G).

In one configuration, the extensions1108, display mount1002and mounting bracket1113might be formed as one element, such as one sheet metal part, in order to further reduce cost. However, by doing so, one would “lock” the display mount/tower as being compatible with, or designed for, only one monitor having a given shape (such as flat or curved) and having one size (such as a particular height). In the configuration described above where these elements are separate and can be selectively connected/disconnected, the modular assembly allows one to re-use the same display mount1002but simply utilize different extensions1108(if going to a different curvature monitor of the same overall height) or utilize different the extensions1108and a different mounting bracket1113(if going to a taller monitor).

For example, as indicated herein, the gaming machine20might be configured with main displays28having different sizes or shapes. Referring toFIG.11T, a taller main display30may be facilitated by connecting a taller mounting bracket1113A to the display mount48and then providing a taller pivoting chassis1102A. In this manner, the same display mount48and associated features, labelled “0” inFIG.11Tmay be used with gaming machines22having different sized main displays28, and only different mounting portions, labelled “N” inFIG.11Tare required—which includes the bracket and pivoting chassis. As noted above, where the bracket1113,1113A is configured as an element which can be connected to and disconnected from the display mount48, this allows the gaming machine22to have a modular construction both for ease of manufacturing in to different configurations, but allows the configuration of the gaming machine to be changed thereafter.

Further, the gaming machine22may be configured with a flat or planar main display20, such as illustrated inFIG.11C, or a display of another shape, such as a curved main display28such as illustrated inFIG.1A. In the case of a curved main display28, the alternate extensions1108A (side and/or bottom) may be utilized, which extensions1108A have a shape which matches the contour of the rear of the main display28.

Various advantages and other features of the above-described display mounting configuration will now be described. In general, the mounting has the advantage, noted above, of allowing easy opening and closing of the display mount48and associated display28, such as to gain access to the interior space thereof and to service and/or replace the display28.

Further, the mount, including specific features and configurations thereof, have advantages of cost, weight and strength. For example, the configuration of the pivoting chasing1102having a slot1120that includes a first portion1122in the face of the pivoting chassis1102and a second portion1124in the corresponding side portions1104,1106, is that the pivoting chassis1102can still be slid into place onto the mounting pins1114, but results in substantially higher strength at the connection that if a simple open slot were provided in each side portion.

As another example, due to the pivot configuration, only two latches1140need to be provided (as compared to four in the non-pivoting configuration noted above). This results in a reduction in cost. Another advantage is the side-mounting of the latches, which offsets the latches1140from the face of the display mount48. The above-described configuration results in less costs than forming and connecting stand-out brackets to the display mount48to place the latches1140outwardly from the face1110thereof. Other advantages of cost, strength and weight are noted above.

In one configuration, the pivoting mount described above permits connection of the pivoting chassis to the display mount in a manner which does not involve placing fasteners into the pivoting chassis or display mount that are visible from the exterior, thereby increasing the aesthetic appearance of the machine. For example, as indicated above, in one configuration, the pivoting mount is achieved by aligning pins which extend inwardly from the mounting flange1113with slots in the pivoting chassis1102, as contrasted, for example, with mounting configurations which might connect one pivoting member to another via screw mounted hinges which require the screws and/or hinges to be visible. Further in one configuration, the pivoting chassis mount utilizes 107 cubic inches of metal as compared to217for the non-pivoting design described above, thus reducing the weight and cost of the machine.

Cabinet Paneling

Another aspect of the invention comprises removable housing covering or paneling. The covering or paneling may be used to generally enclose portions of the housing26, and may include aesthetic features, such as to change the appearance of the exterior of the gaming machine22. The paneling is configured for ease of installation and removal, including both during manufacture and in use, where the gaming machines22may be situated in close proximity to one another, such as in a side-by-side configuration.

In one example, one or more panels are connectable to one or more frame elements of the housing26, such as for closing portions of the housing26and/or defining an exterior of the housing (such as an exterior aesthetic thereof). In one example, the panels may comprise at least one front side panel1202and at least one rear side panel1204. The front and rear side panels1202,1204may be located at each side of the gaming machine22, and cooperate with one another to define at least a portion of an exterior of the sides of the housing26of the gaming machine22.

As one example, referring toFIGS.12A-C, a rear side panel1204may be located at each side of the housing26of the gaming machine22, such as near the rear thereof. The rear side panel1204may be connected to the housing26, such as one or more frame elements thereof, such as with one or more fasteners or the like.

In one example, the front side panel1202is configured to be connected to the housing26, but also the rear side panel1204, where by the front and rear side panels1202,1204are interconnected or interdependent.

For example, the housing26may define one or more first connectors for connection to one or more second connectors associated with the front panel member1202. The first and second connectors preferably allow for removable connection of the front panel member1202to the housing26, such as without the use of tools. As one example, the first connectors might comprise apertures1206in the housing26for engagement with pins1208which extend outwardly from a rear or interior side of the front side panel1202, thus allowing the front side panel1202to be snapped into place (e.g. snapped into engagement with the housing26).

In one configuration, as best illustrated inFIG.12D, the connectors may instead (or also) comprise one or more slots1210or similar openings associated with or defined by the housing26, for engagement with one or more catches1212associated with the front side panel1202. In one configuration, as illustrated, these slots1210may be defined in a portion of the housing26which faces forwardly.

Importantly, as indicated, in one configuration, the front and rear side panels1202,1204are designed to inter-engage or interconnect. In one configuration, as illustrated inFIG.12C, the rear side panel1204defines one or more tabs or catches1220. These tabs1220may extend outwardly from the rear side panel1204, such as towards the front of the gaming machine22. The tabs1220may be generally “L”-shaped, such as extending outwardly from the rear side panel1204and then back inwardly towards the housing26. In one configuration, the front side panel1202defines one or more ribs or extensions, such as at the rear or interior thereof, for engaging the tabs1220. In particular, when the front side panel1202is connected to the housing26by the connectors as described above, the one or more ribs or similar features are preferably located adjacent to the tabs1220of the rear side panel1204, thus effectively linking them.

In example of use, the rear side panel1204is connected to the housing26. Once the rear side panel1204is connected, the catches1212of the front side panel1202are aligned and inserted into the slots1210. The front side panel1202is then snapped in at the front edge and fully constrains the rear side panel1204by touching off/engaging the rear side panel1204constraint interfaces (the tabs1220). These interfaces in turn keep the side front panel1202accurately positioned.

An advantage of this aspect of the invention is that slot machines are often placed in a casino in a side-by-side bank configuration where servicing the side panels is challenging, such as due to very limited tool access and hand access. The interdependent snap-in side paneling configuration described above minimizes the number of fasteners and makes panel removal significantly easier when parts need to be serviced.

Cabinet Modularity

One aspect of the invention comprises a gaming machine22which is modular in construction and assembly, thus permitting the configuration of the gaming machine to be easily changed or modified, either at the time of assembly or thereafter. Features associated with this modularity.

As one example, as illustrated inFIG.10A, the lower portion26aof the housing26may comprise a central module1020. This central module1020may comprise a frame which, along with additional components, may define one interior area for housing components of the gaming machine22, such as the controller, media printer, etc.). This central module1020may also include the frame for the button deck or console34.

As discussed above, the upper portion26bof the housing26may include a variable display mount900, such as for supporting the main display28. As indicated above, the display mount900may be connected to, and thus supported by, the lower housing26A. Further, the configuration of the display mount900may vary, such as depending upon the shape and/or size of the main display28that is to be used with the gaming machine.

As also described above, display support48may be connected to the display mount900, for supporting at least one second display30. This support48may be selectively attached to the display mount900, thereby allowing different configurations of supports48to be utilized, such as to associate second displays30of different sizes or shapes, to facilitate the connection of more than one secondary display, and/or to facilitate the support of other features, such as candles or the like.

In one example variation other features of the gaming machine22may be modular, and may thus be varied so as to change the configuration of the gaming machine. These features may include, but are not limited to a base portion, exterior covering or panels, and features of the button deck or console.

As illustrated inFIGS.13B and13C, the central module1320may be configured to be supported by a stand module1322, where the configuration of the stand module may vary, such as to vary the configuration of the gaming machine22.

Referring toFIG.13B, in one configuration where the gaming machine22, such as where it is configured in a slant-display configuration such as that illustrated inFIG.1D, the stand module1322may comprise a riser1326which sits on a base606(described above and illustrated inFIG.6B). A footrest52, such as the convertible foot rest described above, may be associated with the stand module1322. The central module1320may be connected to, and sit upon, the stand module1322, thus positioning it in a raised position.

On the other hand, referring toFIG.13C, in another configuration where the gaming machine22is configured in an upright display configuration such as illustrated inFIG.1A, the stand module1322might be configured as a raised pedestal1324. The raised pedestal1324may support a base plate1326. The centra module1320may be connected to, and sit upon the stand module1322, thus positioning it in a raised position. A footrest52may extend from the stand module1322.

As also illustrated inFIGS.13Band C, features of the button deck or console34might be varied depending upon the desired configuration of the gaming machine22. For example, a deck bolster1330(such as comprising or defining a trim portion of the button deck or console34), a PCB1332, a lens1334(such as a perimeter light strip or illuminated diffuser which forms one or more portions of the button deck or console34, such as a portion of the periphery thereof) and/or an access panel1336(such as forms a lower portion of the button deck or console34) might of the button deck or console34might be varied, such as been different configurations of the gaming machine22(such as a slant and upright configuration). In one example, these elements are selectively connectable to the central module1320to change the configuration of the gaming machine22.

In another example, as described above, the housing26may include exterior paneling (such as the above described side panels, such as the front side panels1202and rear side panels1204). The configuration of the trim elements, such as the shape, size, color other attributes, may vary, such as upon the desired configuration of the gaming machine22.

One example of the invention is a cable or wire management member. As illustrated inFIGS.14A-C, a cable or wire management member may comprise a clip1400. The clip1400may include a base or mount1402and a cable retainer1404.

In one example, the base or mount1402is configured to be connected to a stud S (such as a cylindrical body having one or more threads thereon) or be associated with an aperture A (such as an opening in a member, such as a panel or other body, where the opening may be an inset or recessed opening or a thru-opening). The mount1402may comprise a body1406having a frustoconical shape, such that a top end1408is generally circular in shape and an opposing bottom end1410is generally circular in shape.

The body1406may comprise a wall which defines an passage1411, such that the wall has an interior surface and an exterior surface, where the exterior surface tapers (in profile) from the larger bottom end1410to the smaller top end1408. An axis C may extend through the body1406, including the passage1411.

In one example, the passage1411may extend entirely through the body1406, while in other, it might only extend partially therethrough (such as where the top end1048is closed or capped).

The interior surface of the body1406may be threaded or include projections1415or other elements, such as for engaging the stud S, such as the threads thereon. For example, a plurality of generally circular ribs, upwardly projecting fingers or other elements might be located inside the body1406for engaging the threads, such as to oppose the removal of the mount1402from the stud S.

Similarly, the exterior surface of the body1406may include threads or projections1413or other elements, such as for engagement with a portion of a member which defines the aperture A. Once again, the projections might comprise circular ribs, fingers or other projections.

In one example, the cable retainer1404is connected to the mount1402. The cable retainer1404may comprise an arm or projection that is connected to the mount1402, such at the bottom end1410of the mount1402. The cable retainer1404(and thus the arm) may have a first end which is connected to or is integral with the mount1402and may extend outwardly from one side or portion of the mount1404. The cable retainer1404may have an opposing second end.

Between the first and second ends, the cable retainer1404may define or include a hinge1422and may, adjacent to the second end, define a generally “C-shaped” clip1424. The hinge1422may comprise a portion of the retainer1404which facilitates bending or folding of the arm. For example, the hinge1422might be define by one or more grooves1426which are located in a surface of the retainer1404, such as extending into a top surface of the retainer1404.

In one example, the hinge1422permits the retainer1404to be moved between first and second positions. In a first position, the retainer1404may extend generally perpendicular to the axis C outwardly from the body1406, such as illustrated inFIG.14AIn a second position, the retainer1404may extend generally perpendicular to the axis C, but in direction in which the retainer1404extends along or below the bottom1410of the body, such as illustrated inFIG.14B.

The clip1424may comprise a bent or curved portion of the retainer1404. The retainer1404may be bent between the first and second ends1408,1410so as to define a cable accepting loop1428. The second end1410of the retainer1404may be located generally adjacent to a portion of the retainer1404between the first and second ends, so that the loop1428is generally closed.

Additional details of the clip1400will be appreciated from a description of the operation/use thereof. As illustrated inFIG.14A, one or more cables C (or wires or similar elements) may be secured in position using the clip1400. The one or more cables C may be routed through the loop1428thereof, such as by feeding the one or more cables C through the loop1428or by pressing them into the loop1428under the second end1410thereof.

The clip1400, such as the retainer1404, may include a stay1430. The stay1430may comprise a projection which may engage an opening or aperture1432of the body1406, for selectively maintaining the retainer1404in its second (fold back) position.

The entire clip1400may be secured in position by mounting the clip to another member or body. In one example, that may comprise either the stud S or an aperture A. For example, the mount1402may be connected to a stud S by pressing the body1406onto the stud S. This causes the stud S to be inserted into the passage14A of the body1406at the bottom end1410. The projections1415in the body1406preferably engage the stud S, opposing the removable of the mount1402from the stud S.

In this position, as illustrated inFIG.14A, the retainer1404may be located in the first position, where it extends outwardly from the mount1402. One or more cables C may be located in the loop1428and are thus secured by being contained in the retainer1404, which is connected to the mount1402, which is connected to the stud S.

On the other hand, the clip1400may be inserted into an aperture A (such as in the event a stud S to does not exist, or in spaces where, when the retainer1404is in the position illustrated inFIG.14B, its length would cause it to interfere with another member. In this event, the body1406of the mount1402may be pressed into the aperture A. The projections1413thereon may engage the structure surrounding the aperture A, thus inhibiting the mount1402from being removed from the aperture A. In this position, the retainer1402may be moved to the second position. The retainer1402may be maintained in this position by engaging the stay1430with the mount1402. One or more cables C may thus be retained in the loop1428below the mount1402.

In one example, the clip1400might be made of durable but somewhat flexible or resilient material, such as rubber or a plastic/polymer. The clip1400might be formed in a molding process.

As indicated, in one example, retainer1404is movable between first and second positions, such as via a hinge1422. In one example, a hinge may not be required. For example, the retainer1404might be constructed of a sufficiently pliable material that the retainer1404can be moved between first and second positions by bending it. As one example, the retainer1404might comprise a generally thin, planar metal member which is coated with pliable rubber or plastic. The retainer1404may then be bent back and forth. In this example, a stay1430might not be required, in that once bent, the metal inside the retainer1404might retain its position until moved to a different position.

The clip1400has particular applicability to a gaming machine where cables are routed through the cabinet or other portions thereof, and it is desirable to retain the cables in fixed positions (such as to prevent them from moving and interfering with other elements of the gaming machine, etc.).

While in some examples, a gaming machine may have the features described herein, in other examples, a gaming machine or gaming machine cabinet may have individual ones of the features herein, or combinations of those features. In this regard, the features may be used individually, such as with gaming machines or cabinets which otherwise have different configurations than is described herein.