Patron service system and method

What is this patent about?

’414 is related to the field of wireless service management within hospitality and entertainment venues, such as resorts, stadiums, and cruise ships. It addresses the logistical friction inherent in traditional service models where patrons must physically locate staff to place orders and staff must subsequently hunt for mobile patrons to deliver items. The background context involves the integration of mobile computing devices and wireless local area networks to bridge the communication gap between guests and fulfillment centers in large-scale, high-traffic environments.

The underlying idea behind ’414 is the creation of a dynamic, location-aware service loop that treats the patron’s mobile device as a persistent, trackable service endpoint. By utilizing a venue-specific application that communicates real-time coordinates to a central server, the system eliminates the need for fixed service locations like kiosks or stationary tables. The key inventive insight is the continuous synchronization of the patron’s movement with their active service requests, allowing staff to navigate directly to a guest’s current position even if they have moved between the time of ordering and the time of delivery.

The claims of ’414 focus on a computer-implemented method for managing service requests through the deployment of a venue-specific application to mobile devices. The independent claims cover the authentication of users via security protocols, the determination of device locations at multiple time intervals using wireless signals, and the transmission of this location data alongside service requests to a server. Crucially, the claims specify the real-time relay of the patron's location and user information to a second mobile device—typically held by a staff member—to facilitate precise delivery.

In practice, the invention works by establishing a wireless service ecosystem where a central server acts as an intelligent router between patrons and staff. When a guest submits an order for food, beverages, or amenities, the system captures a location snapshot and continues to update that coordinate as the guest moves through the venue. This data is mapped to specific regions of the venue and pushed to staff units, which display the patron’s identity and current location on a digital map, effectively turning the staff member’s device into a real-time navigation tool for order fulfillment.

This approach differs from prior solutions by shifting the burden of location from the patron to the infrastructure. Unlike traditional point-of-sale systems that rely on static table numbers or central kiosks that require guests to remain stationary, this invention utilizes signal-based positioning to maintain a live link to the user. By integrating authentication, order customization, and dynamic tracking into a single mobile workflow, the system provides a level of personalized, responsive service that was previously impossible in expansive or fluid environments like beaches or crowded arenas.