Patent No. US8682729 (titled "Patron service system and method") on Jul 6, 2012. The application was issued on Mar 25, 2014.
’729 is related to the field of wireless service management systems for hospitality and entertainment venues. It specifically addresses the logistical challenges of providing high-touch service in expansive or fluid environments, such as resorts, stadiums, and beaches, where patrons are mobile and traditional fixed-point ordering systems are inefficient. The technology aims to bridge the gap between mobile customers and staff by integrating real-time location tracking with order management.
The underlying idea behind ’729 is the synchronization of a patron’s dynamic location data with their active service requests to ensure seamless delivery in mobile environments. Rather than relying on static table numbers or manual searches, the system utilizes a wireless network to continuously update the coordinates of a patron's handheld device. This allows the backend server to provide staff with a live map of where the customer has moved, effectively decoupling the service delivery point from the initial ordering point.
The claims of ’729 focus on a method and system for managing orders through a venue-specific application hosted on a wireless unit. The independent claims cover the process of establishing a server connection, capturing a patron’s order for items or services, and—crucially—tracking and updating the unit's current location in real-time as the patron moves. This location data is integrated with the order status and displayed back to the patron, ensuring both the server and the customer are aligned on the fulfillment progress.
In practice, the system functions by deploying either venue-owned ruggedized tablets or downloadable apps on a patron's own smartphone. When a patron submits a request, the system doesn't just transmit the order; it initiates a positioning engine that monitors signal strength or GPS data to pinpoint the device. This information is then pushed to a staff-facing interface, which displays the patron’s name, preferences, and a visual indicator on a facility map, allowing a runner to walk directly to the patron’s current lounge chair or poolside spot.
This approach differentiates itself from prior point-of-sale systems and stationary kiosks by eliminating the 'search phase' of service delivery. While traditional mobile POS units were designed for staff to take orders, ’729 empowers the patron to self-order while providing the venue with the spatial intelligence needed to find them. By combining automated preference tracking with real-time mobility updates, the invention reduces service delays and prevents the common problem of staff delivering cold food or incorrect drinks to vacated locations.
In the early 2000s when ’729 was filed, service delivery in large-scale hospitality and entertainment venues was typically implemented using manual, staff-mediated workflows or fixed-location terminals. At a time when systems commonly relied on centralized point-of-sale kiosks or tethered hardware, providing real-time interactivity to mobile patrons was constrained by the limited range of wireless networking and the lack of integrated location-tracking protocols for consumer-facing devices. During this era, hardware and software constraints made the synchronization of mobile order entry with precise, real-time geographic positioning of a moving patron non-trivial, often resulting in significant latency between service requests and fulfillment due to the inability of staff to locate patrons in expansive or fluid environments like beaches or stadiums.
The disclosed invention represents a meaningful technical advancement through the architectural integration of mobile wireless patron units with a coordinated staff-side tracking system. By establishing a dual-interface wireless network where portable patron units transmit both service requests and location-identifying signals to portable staff units, the system overcomes the technical constraint of patron mobility during the fulfillment cycle. This architectural shift enables a real-time mapping capability that allows staff to navigate directly to the dynamic coordinates of a patron, regardless of their movement after an order is placed. The technical effect achieved is a reduction in service latency and a decrease in the computational and manual overhead previously required to reconcile mobile transactions with physical delivery locations in unstructured environments.
This patent contains 20 claims, with claims 1, 19, and 20 serving as the independent claims. The independent claims focus on a system and method for utilizing a wireless patron unit within a venue to facilitate ordering items or services, establishing server communication, tracking the real-time location of the device, and providing status updates to the user via a venue-specific application. The dependent claims serve to further specify technical implementations such as network connectivity types, the integration of patron preference databases and identification information, electronic payment processing, two-way communication features, and the physical hardware configurations of the patron unit.
Definitions of key terms used in the patent claims.
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