Patent No. US10403081 (titled "Serving patrons in a wagering game environment") on Sep 24, 2015. The application was issued on Sep 3, 2019.
’081 is related to the field of wagering game environments and, more specifically, to automated systems for managing and delivering personalized services to casino patrons. In high-stakes gaming environments, building loyalty often depends on the quality of hospitality. Traditional service models rely on patrons explicitly requesting assistance or staff manually identifying high-value players. This patent addresses the technical challenge of proactively identifying patron needs by integrating real-time location tracking with behavioral data to streamline casino operations.
The underlying idea behind ’081 is the use of a proactive, data-driven dispatch loop that anticipates patron needs without requiring a formal request. By leveraging a handheld device carried by the patron—which could be a mobile wagering machine or a dedicated tracking tag—the system continuously monitors the user's geographic coordinates and gaming activity. The core inventive insight is the automated coupling of this real-time location data with stored patron preferences to trigger a service event, such as delivering a favorite drink or providing technical support, precisely where the patron is currently standing.
The claims of ’081 focus on a networked system and method that coordinates between a handheld device, a central services server, and an attendant terminal. The independent claims require the handheld device to determine its own location via communication with remote devices (such as GPS or RFID) and transmit this to a server. The server then processes this location alongside patron service information to select a specific service the user prefers but has not requested. Finally, the system must automatically identify a specific attendant terminal and dispatch that attendant to the patron’s precise location.
In a practical implementation, the system functions as an invisible concierge. As a patron moves through the casino floor, their handheld device—which may also serve as a wireless gaming unit—reports their movements to a central controller. If the system detects that a high-value patron has been at a specific slot machine for an extended period, it cross-references their profile, selects their preferred beverage, and sends a digital work order to the nearest available server. This automation removes the friction of the patron having to flag down staff or navigate a service menu.
This approach differentiates itself from prior art by moving away from reactive service models. Unlike standard player tracking systems that merely log data for later marketing use, this invention utilizes real-time spatial awareness to drive immediate physical intervention. By automatically identifying the correct service attendant based on the type of service selected and their proximity to the patron, the system optimizes staff deployment and ensures that personalized hospitality is delivered as a seamless, unsolicited experience rather than a transactional response.
In the mid-2000s when ’081 was filed, service delivery in high-traffic hospitality and gaming environments was typically implemented using reactive, request-based models where staff responded to explicit signals or manual calls for assistance. At a time when systems commonly relied on fixed-location terminals and physical observation to identify patron needs, the integration of real-time behavioral data into service workflows was limited by the siloed nature of gaming and hospitality management software. Hardware and software constraints made the automated, predictive dispatching of personnel non-trivial, as tracking individual movement and session-specific activity across a distributed network required significant synchronization between mobile hardware and centralized server architectures.
The disclosed invention represents a technical advancement in automated service management through the architectural integration of real-time telemetry and predictive dispatch logic. By synthesizing patron service information—including spatial movement data and granular wagering activity—the system enables a proactive service model that functions without explicit user requests. This architectural shift overcomes the constraints of traditional reactive systems by utilizing a service information controller and a dispatch controller to autonomously select and deploy resources based on inferred needs. The technical effect achieved is a more efficient allocation of service personnel and a reduction in system latency between the emergence of a patron requirement and the delivery of a corresponding service.
This patent contains 19 claims, with claims 1, 7, and 14 serving as the independent claims. The independent claims focus on a system and method for managing casino patron services by tracking a handheld device's location, identifying unrequested services a patron likely prefers based on their historical activity, and automatically dispatching an attendant to the patron's specific location to deliver those services. The dependent claims serve to further define the types of patron service information collected, such as wagering history and casino activities, specify the nature of the services provided like food delivery or technical support, and detail the communication methods used between the server, the handheld device, and the service attendant.
Definitions of key terms used in the patent claims.
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