Information management and synchronous communications system

What is this patent about?

’060 is related to the field of information management and synchronous communication systems, specifically within the hospitality and service industries. It addresses the technical challenges of maintaining database equilibrium across disparate platforms, including wired back-office servers, wireless handheld devices, and web-based interfaces. The background context involves the historical difficulty of adapting complex service workflows—like restaurant ordering and reservation management—to small-format digital devices without losing the speed and flexibility of traditional pen-and-paper methods.

The underlying idea behind ’060 is a centralized synchronization architecture that treats various communication protocols as interchangeable layers. By utilizing a real-time communications control module that sits between the core hospitality applications and the specific transport protocols, the system ensures that a change made on one node—such as a web-based reservation or a handheld order modification—is instantaneously reflected across all other nodes. This insight allows for a single point of entry for data, ensuring that the master database, wireless devices, and web servers remain in a state of constant equilibrium.

The claims of ’060 focus on a system architecture that integrates a master database, web servers, and wireless handheld devices through a specialized communications controller and hub-based relationship. The independent claims specifically protect the mechanism by which the system performs automated communications conversion and real-time synchronization between different hospitality applications. This includes a software interface that abstracts the underlying communication protocol, allowing the hospitality data to be processed and displayed consistently across non-standard graphical formats and diverse hardware platforms.

In practice, the invention functions by monitoring all network traffic through a dedicated wireless traffic module that logs and routes messages with high persistence. When a user interacts with a handheld device, the system can capture both structured menu selections and unstructured data, such as handwritten screen captures or voice recordings. These manual modifications are coupled with fixed menu items and transmitted to the back-office server. The system then automatically converts this data into the appropriate format for the recipient, whether that involves printing a physical ticket for a chef or updating a web-based reservation status.

This approach differs from prior solutions by eliminating the need for manual batch processing or sequential database updates that often lead to data conflicts. Unlike traditional PDA applications that struggle with limited screen real estate, this system employs a hierarchical tree structure for menu generation that can be easily optimized for different display sizes. Furthermore, the integration of automated telephone calls and text-to-voice functionality allows the system to interact with entities that may only possess a standard telephone, effectively bridging the gap between sophisticated digital management and basic analog communication.