Gaming machine installations and light panel for use with gaming machines
An accent light controller, method, and light panel are used to provide accent lighting for gaming machines. The light panel includes a series of LED panels. A command is transmitted through a series of LED panels to a final LED driver of the final LED panel in a series of LED panels. In response, an indicator is transmitted back through the series of LED panels to an electronic controller at a gaming machine and received at an electronic controller. Based on timing of received indicator, a number of LED drivers in the LED panels is determined. Based on the number of LED drivers, a configuration of the LED panels is determined from a number of possible configurations. Subsequent commands for activating the LED drivers of the LED panels are transmitted based on the identified configuration.
1. A method comprising:
(a) at a final LED panel in a series of LED panels, receiving a command transmitted through the series of LED panels to a final LED driver of the final LED panel;
(b) in response to receiving the command, transmitting an indicator back through the series of LED panels to an electronic controller at a gaming machine;
(c) receiving the indicator at the electronic controller;
(d) based on timing of received indicator, determining a number of LED drivers in the series of LED panels;
(e) based on said number of LED drivers, identifying a configuration of the series of LED panels from a number of possible configurations; and
(f) transmitting subsequent commands for activating the LED drivers of the series of LED panels based on the identified configuration.
2. The method of claim 1 , further comprising, at the final LED panel, detecting that the final LED panel is at a final location in the series.
3. The method of claim 1 , further comprising at the electronic controller, receiving lighting sequence information for synchronizing a lighting sequence of the series of LED panels with a lighting sequence of lights mounted in the gaming machine.
4. The method of claim 1 , wherein determining a number of LED drivers in the series of LED panels includes determining a number of data clock cycles for the command to pass through the series of LED panels and the indicator to return back to the electronic controller.
5. The method of claim 4 , wherein identifying a configuration of the series of LED panels includes comparing the number of LED drivers in the LED panels to a set of stored configuration data for multiple different LED panel configurations.
6. The method of claim 1 , further comprising repeating steps (a)-(f) for at least one additional series of LED panels coupled to the electronic controller.
7. The method of claim 6 , wherein at least one of the series of LED panels is positioned in a gaming machine cabinet of the gaming machine.
8. The method of claim 1 , wherein the indicator transmitted is the command received at the final LED driver.
9. A light panel adapted to be coupled to a gaming machine cabinet, the light panel including:
(a) a light panel front cover aligned along a panel cover plane;
(b) a light panel housing supporting the light panel front cover in an operating position; and
(c) an accent light assembly housed within the light panel housing and comprising a plurality of LED panels adapted for mounting along the light panel front cover in an operating position, each LED panel including a plurality of LED drivers arranged in series communication and coupled to drive respective LEDs, and loopback control logic operable to determine if the LED panel is a final LED panel in a series of LED panels, and if so transmit an indicator back through the series of LED panels to an external controller when a command is received at a final one of the LED drivers on the final LED panel.
10. The light panel of claim 9 , wherein the indicator transmitted is the command received at the final LED driver.
11. The light panel of claim 9 , wherein each LED driver is coupled to control a plurality of color-controllable LEDs.
12. An accent light controller adapted to be installed in a gaming machine, comprising:
a data communication interface adapted to connect to a communication channel;
an electronic controller coupled to communicate through said data communication interface with a plurality of LED panels arranged in series in a lighting panel, said electronic controller programmed to:
(a) transmit signals to LED drivers of the LED panels;
(b) receive a loop-back signal transmitted from a final one of the LED panels;
(c) based on timing of said received loop-back signal, determine a number of LED drivers in the led panels;
(d) based on said number of LED drivers, identify a configuration of the LED panels from a number of possible configurations; and
(e) transmit commands for activating the LED drivers of the LED panels based on the identified configuration.
13. The accent light controller of claim 12 , further comprising at the electronic controller, receiving lighting sequence information for synchronizing a lighting sequence of the LED panels with a lighting sequence of lights mounted in the gaming machine.
14. The accent light controller of claim 12 , wherein determining a number of LED drivers in the LED panels includes determining a number of data clock cycles for the command to pass through the LED panels and the loop-back signal to return back to the electronic controller.
15. The accent light controller of claim 14 , wherein identifying a configuration of the LED panels includes comparing the number of LED drivers in the LED panels to a set of stored configuration data for multiple different LED panel configurations.
16. The accent light controller of claim 12 , wherein the electronic controller is further operable for repeating steps (a)-(e) for at least one additional series of LED panels coupled to the electronic controller.
17. The accent light controller of claim 16 , wherein at least one of the LED panels is positioned in a gaming machine cabinet of the gaming machine, and at least one of the LED panels is in a light panel external to the gaming machine cabinet.