Gaming machine button deck filler with lighting effects
Gaming machine button decks are connected with a button deck filler for connecting between two adjacent gaming machines to provide continuity between button decks and to provide lighting effects between the gaming machines. Light sources may be controlled by a multimedia server operating to control various presentation interfaces for a group of adjacent gaming machines.
1. A button deck filler assembly adapted to be connected between adjacent gaming machines, comprising:
a top portion adapted to, when installed, fill a span between respective button decks of adjacent gaming machines placed with their front faces at a diverging angle in which the top portion comprises a transparent top part extending toward the front of the button deck filler and providing a transparent shelf through which light underneath the top portion can be seen;
a base portion below the top portion and adapted to, when installed, fill a span between the gaming machines;
a light source attached to the assembly and operable to produce a light effect visible as light emitting from the button deck filler assembly, the light source comprising an RGB adjustable light source mounted along an upper housing of the base portion and directed at a downward angle under the transparent top part; and
a driver coupled to the light source, and a controller coupled to the driver and operable to connect to a network, receive instructions from the network associated with the light effect, and in response, operate the driver to cause the light to produce the light effect.
2. The button deck filler assembly of claim 1 , in which the controller is coupled to a local area network on which the gaming machines are coupled (EGM LAN), and adapted to communicate on the EGM LAN with the gaming machines and other network nodes.
3. The button deck filler assembly of claim 1 , in which the controller is adapted to receive instructions to produce the light effect from the gaming machines.
4. The button deck filler assembly of claim 1 , further comprising two supporting flanges, each having a first side adapted to be connected to the underside of an adjacent button deck to support the button deck filler and a second side adapted to be connected along a respective side of the top portion.
5. A button deck filler assembly adapted to be connected between adjacent gaming machines, comprising:
a top portion adapted to, when installed, fill a span between respective button decks of adjacent gaming machines placed with their front faces at a diverging angle in which the top portion comprises a transparent top part extending toward the front of the button deck filler and providing a transparent shelf through which light underneath the top portion can be seen;
a base portion below the top portion and adapted to, when installed, fill a span between the gaming machines;
a light source attached to the assembly and wherein the light source is positioned behind the transparent top part and operable to produce a light effect visible as light emitting from the button deck filler assembly and visible along the transparent top part; and
a driver coupled to the light source, and a controller coupled to the driver and operable to connect to a network, receive instructions from the network associated with the light effect, and in response, operate the driver to cause the light to produce the light effect.
6. The button deck filler assembly of claim 5 , in which the light source is an RGB controllable light source positioned at a back edge of the transparent top part.
7. The button deck filler assembly of claim 5 , in which the controller is coupled to a local area network on which the gaming machines are coupled (EGM LAN), and adapted to communicate on the EGM LAN with the gaming machines and other network nodes.
8. The button deck filler assembly of claim 5 , in which the controller is adapted to receive instructions to produce the light effect from the gaming machines.
9. A button deck filler assembly adapted to be connected between adjacent gaming machines, comprising:
a top portion adapted to, when installed, fill a span between respective button decks of adjacent gaming machines placed with their front faces at a diverging angle;
a base portion below the top portion and adapted to, when installed, fill a span between the gaming machines;
further comprising two supporting flanges adapted to connect the top portion to adjacent button decks on either side, each having a first side adapted to be connected to the underside of an adjacent button deck to support the top portion;
a light source attached to the assembly and operable to produce a light effect visible as light emitting from the button deck filler assembly; and
a driver coupled to the light source, and a controller coupled to the driver and operable to connect to a network, receive instructions from the network associated with the light effect, and in response, operate the driver to cause the light to produce the light effect.
10. The button deck filler of claim 9 , in which the top portion comprises a transparent top part extending toward the front of the button deck filler and providing a transparent shelf through which light underneath the top portion can be seen.
11. The button deck filler assembly of claim 10 , in which the light source is an RGB controllable light source mounted along an upper housing of the base portion and directed at a downward angle.
12. The button deck filler assembly of claim 10 , in which the light source is positioned behind the transparent top part and operable to provide light effects visible along the transparent top part.
13. The button deck filler assembly of claim 9 , in which the controller is coupled to a local area network on which the gaming machines are coupled (EGM LAN), and adapted to communicate on the EGM LAN with the gaming machines and other network nodes.
14. The button deck filler assembly of claim 9 , in which the controller is adapted to receive instructions to produce the light effect from the gaming machines.