Patent No. US8146077 (titled "Information management and synchronous communications system with menu generation, and handwriting and voice modification of orders") on Apr 22, 2005. The application was issued on Mar 27, 2012.
’077 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 data consistency across diverse platforms, such as desktop back-office servers, wireless handheld devices, and web-based ordering portals. The context involves the transition from paper-based systems to digital interfaces in environments where screen real estate is limited and operational speed is critical.
The underlying idea behind ’077 is a centralized menu configuration engine that automatically adapts a master database into optimized, device-specific interfaces. Rather than manually designing separate layouts for every device, the system uses the hierarchical relationships of a master menu—categories, items, and modifiers—to generate cascaded sets of linked screens tailored to the specific display size and graphical format of the target hardware. This ensures that while a desktop user sees a complex tree structure, a handheld user receives a streamlined, multi-page workflow optimized for rapid touch or pen input.
The claims of ’077 focus on a system that achieves real-time database equilibrium across a heterogeneous network of handhelds and web servers. The independent claims specifically protect the mechanism for automatically formatting and synchronizing menu data into different numbers of user interface screens based on the physical display constraints of at least two different wireless devices. This synchronization ensures that any change made on a mobile device, such as a table reservation or an order modification, is instantaneously reflected across the entire system, including the central server and web-based interfaces.
In practice, the invention functions as a communication layer that sits above standard protocols, acting as a single point of entry for all hospitality applications. When a manager updates a menu item on the host computer, the software pushes those changes to all connected devices, reconfiguring the mobile UI on the fly to maintain the cascaded logic required for that device's specific screen. The system further enhances the operator interface by allowing the capture of handwritten notes or voice commands, which are then bundled with fixed menu selections to handle non-standard customer requests that a rigid database might otherwise fail to capture.
This approach differs from prior solutions by eliminating the need for redundant development efforts for different platforms. Traditional systems often struggled with synchronization lag or required manual UI adjustments for every new device type. By utilizing a master menu file structure to drive the automated generation of device-specific layouts, ’077 ensures that diverse hardware—from small-screen pagers to web browsers—remains in a state of constant data symmetry, allowing for a seamless flow of information between the front-of-house staff, the kitchen, and the end customer.
In the late 1990s when ’077 was filed, digital information management in the hospitality and service industries was typically implemented using fixed-location desktop terminals or paper-based recording systems. At a time when mobile computing relied on early personal digital assistants (PDAs) with significant hardware constraints, such as limited processing power and small, low-resolution liquid crystal displays, software architectures commonly relied on static interfaces designed for standard desktop monitors rather than dynamic, small-form-factor screens. Furthermore, maintaining data consistency across disparate nodes was non-trivial, as systems generally utilized batch processing or manual physical docking for synchronization rather than continuous, multi-point wireless equilibrium between mobile devices, back-office servers, and web interfaces.
The disclosed invention achieves a technical advancement through an integrated synchronous communications architecture that bridges the gap between non-standard mobile display formats and centralized databases. By implementing a specialized menu generation system that translates complex data structures into optimized formats for constrained handheld interfaces, the system overcomes the technical limitations of small-screen information density. The architectural shift toward a single point of entry for real-time synchronization ensures that modifications made at any node—whether a wireless handheld, a web server, or a back-office terminal—are instantaneously reflected across the entire network. This enables a seamless data equilibrium that supports specialized inputs like handwritten and voice captures, providing a robust solution for time-critical remote data entry where standard PC-based interfaces are impractical.
This patent contains 18 claims, with claims 1, 9, and 13 serving as the independent claims. The independent claims focus on an information management and real-time synchronous communications system designed to configure and transmit hospitality menus or application data to wireless handheld devices, specifically utilizing software to automatically format and synchronize cascaded graphical user interface screens across different device display sizes and web platforms. The dependent claims serve to further specify system components such as wireless and web hub applications, the integration of point-of-sale databases, the inclusion of reservation or ticketing functions, the use of smartphones as the handheld devices, and the facilitation of direct payment processing.
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