Mashing mapping content displayed on mobile devices

What is this patent about?

’980 is related to the field of mobile mapping applications and cross-application data integration. It specifically addresses the technical challenge of consolidating location-based information from disparate sources onto a single, unified digital map interface on a handheld device.

The underlying idea behind ’980 is the preservation of mapping state across different software environments to prevent fragmented navigation. Instead of launching a fresh, empty map every time a user selects an address in an external application, the system treats new location data as an incremental update to an active mapping session, allowing multiple points of interest to coexist on one common display.

The claims of ’980 focus on a mobile system architecture where a first non-browser application utilizes a mapping component to interact with an online service based on the device's GPS coordinates. The system is specifically configured to invoke a second, distinct mapping application and pass both the current device location and a destination location to it, triggering the generation and display of driving directions within that second application.

In practice, the invention functions by monitoring user interactions with addressable text—such as names or landmarks—within non-mapping apps like email or social media. When a user selects this information, the system doesn't just jump to a new screen; it executes a dynamic state restoration where the new data is overlaid onto previously mapped content. This ensures that a user planning a trip can see their hotel, a restaurant from an email, and a museum from a website all at once.

This approach differs from prior solutions that typically treated each mapping request as an isolated event, clearing the previous map view upon the arrival of new data. By implementing a mapping queue or a shared memory state, the invention allows for automated zoom adjustments that keep both the original and new points of interest within the user's field of view, creating a cohesive spatial context for the user.