Aristocrat Technologies, Inc.

Aristocrat Technologies Australia Pty Limited

Aristocrat Technologies, Inc. (ati)

Rajendrasinh Banesinh Jadeja

Bruce Edward Urban

Frank E Rodriguez

Joseph E Kaminkow

Stephen Shaffer, Jr

Alfred Thomas

Ariel David Turgel

Daniel Harden

Timothy Francis Barbour

Matthew McKay

Paul Barker

Roberto Coppola

Dominic J DeMarco

Victor Blanco

Michelle Cupersmith

Michael Bristol

Craig A Paulsen

James Franklin Stair

Elliot L Ortiz

Martin Holland

Charles Miller, Sr

Martin Mirakhour

Calvin Kim

Antoneous Guirguis Tawfik

Eric F Taylor

Cheng-Fu Hsieh

Nimish Purohit

Steven M Santisi

Hirotomi Teranishi

Xiaoqiang D Gong

Mark Hearn

Akifusa Nakazawa

Jon Hanlin

Xiaoqiang Gong

Donovan Meyer

Sy Hyin Wong

Angelo Palmisano

Joseph Masinter, Ii

Christopher Cleveland

Linn Anthony McKay

Eric P Winston

Rex R Carlson

Garrett Hill

John Fredrick Dawson, Iii

Tyson Adams

Damian Tarnawsky

Bo Liu

Daniel Mordecai Marks

Timothy William Seckel

Rena M Schoonmaker

Sina Miri

Scott Hendrickson

Rajneesh Sharma

Jeremiah O'Hara

Jennifer Andrea Potokar

Benjamin Martin

Anthony Patton

Jim Stair

Dominic J Demarco

Tammy Rambo

Sandra Apple

Carlos Terminel Iberri

Tatsuya Adachi

Masataka Kimura

Timothy Hession

Elliott Ortiz

Marenz Ganadillo

Michael Baum

A robot management system (RMS) includes a plurality of service robots deployed within an operations venue that includes a plurality of gaming devices, an operator terminal presenting a graphical user interface (GUI) to an operator, and a robot management system server (RMS server) configured in networked communication with the plurality of service robots. The RMS server is configured to: identify location data for the service robots; create an interactive overlay map of the operations venue that includes a static map of the operations venue, overlay data showing the location data of the plurality of service robots over the static map, and an interactive icon for each service robot of the plurality of service robots; display, via the GUI, the overlay map; receive a first input indicating a selection of a first interactive icon associated with a first service robot; and display current status information associated with the first service robot.

Gaming service automation system with graphical user interface

Set of gaming machine archways with overhead display screens

Curved button panel display for an electronic gaming machine

Gaming machine archway with overhead display screen

Electronic game terminal

A gaming device uses a USB interface for power delivery and data transmission. In non-limiting examples, the USB interface may be a universal serial bus (USB) C-type cable communicatively and electrically connecting multiple electronic gaming devices and/or auxiliary devices, such as monitors, thereby reducing the number of cables for power and data delivery between machines and/or devices.

Gaming device with a USB interface for delivering power and data to video display modules

A gaming device includes a main cabinet defining an opening, a game controller within the main cabinet and configured to control games available for play on the gaming device, and a projection display system. The projection display system includes a display member positioned over the opening and defining a display surface, a projector positioned within the main cabinet and configured to output light for providing a graphical output at the display surface, and an optical element positioned along a light path between the projector and the display member and configured to redirect the light from the projector toward the display surface.

Projection display system for gaming device

Bank of gaming machines

A diagnostic system for electronic gaming machines (EGMs) includes a power supply, and a diagnostic device in electrical connection with the power supply, the diagnostic device configured for placement within a cabinet of an EGM. The diagnostic device includes an attachment device configured to couple the diagnostic device to the EGM, a sensor array including at least one sensor for sensing a condition associated with the EGM and configured to generate conditions data based on the sensed condition, a communications device configured to transmit the conditions data to a remote location, a memory configured to store the conditions data, and a processor configured to analyze the conditions data and determine a diagnostic evaluation based upon the analyzed conditions data.

Systems and methods for gaming machine diagnostic analysis

Gaming services robot

Gaming machine with card reader

Growing community of inventors

Las Vegas, NV, United States of America

Rajendrasinh Banesinh Jadeja