Integrated GPS and mobile network modules serve as the critical navigation and transmission hub for smart positioning shoes. They perform two distinct tasks: capturing precise geographic location data via satellites and transmitting that information to caregivers through cellular networks. This dual functionality ensures that tracking remains active even when the wearer moves beyond the range of local monitoring systems.
The core value of this technology is redundancy. By pairing satellite acquisition with cellular transmission, these modules ensure that a wearer’s location is not just known by the device, but actively communicated to the outside world, regardless of physical distance.
The Two Core Functions
Role 1: Geographic Coordinate Capture
The first function of the integrated module is strictly data acquisition. It connects with satellite signals to determine the wearer's real-time position.
The module calculates the specific latitude and longitude coordinates. This raw data serves as the foundation for all tracking and monitoring activities.
Role 2: Remote Data Transmission
The second function addresses the challenge of delivering that data. The module utilizes mobile networks, such as GSM or GPRS, to broadcast information.
This capability allows the shoes to send alert messages containing location links directly to connected mobile devices. It transforms the shoe from a passive recorder into an active communication device.
The Mechanism of Redundancy
Beyond-Line-of-Sight Monitoring
A standalone local transceiver often has limited range. The mobile network module overcomes this by enabling beyond-line-of-sight monitoring.
This allows the system to maintain contact with the wearer over vast distances. As long as there is cellular service, the monitoring link remains intact.
Automatic Safeguard Activation
The system is designed to act as a fail-safe. The mobile transmission is triggered specifically when the wearer moves beyond the coverage range of the standard long-range transceiver.
This automatic switch to cellular reporting acts as a redundant communication safeguard. It ensures that "out of range" does not mean "lost."
Understanding the Operational Constraints
Dependency on Cellular Infrastructure
While the GPS component can determine location almost anywhere outdoors, the communication component relies on network availability.
If the wearer enters an area without GSM or GPRS coverage, the device can capture coordinates but cannot transmit the alert. The safeguard is only as strong as the cellular signal in the area.
The Hierarchy of Communication
It is important to note that mobile transmission often acts as a secondary layer. The reference indicates it activates when other transceiver ranges are exceeded.
This implies the system prioritizes local connections where possible, reserving the cellular network for distance scenarios or emergencies.
Ensuring Continuous Safety
To maximize the effectiveness of smart positioning shoes, you must match the technology's capabilities to your specific safety requirements.
- If your primary focus is precise tracking: Rely on the module’s ability to capture real-time latitude and longitude to pinpoint exact locations.
- If your primary focus is wandering prevention: Value the GSM/GPRS connectivity, as it ensures you receive alerts even if the wearer travels far outside your immediate vicinity.
Ultimately, the successful integration of these modules converts a simple shoe into a robust, long-distance safety net.
Summary Table:
| Feature | Functionality | Primary Benefit |
|---|---|---|
| GPS Module | Geographic Coordinate Capture | High-precision real-time latitude & longitude tracking |
| Mobile Network | GSM/GPRS Remote Data Transmission | Beyond-line-of-sight alerts to caregivers' devices |
| Redundancy | Fail-safe Connectivity | Automatic cellular backup when local signals fail |
| Alert System | Active Communication | SMS/Data links sent directly to smartphones during wandering |
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References
- Santiago Linder Rubiños Jiménez, Genaro Christian Pesantes Arriola. Wearable with integrated piezoelectric energy harvester for geolocation of people with Alzheimer's. DOI: 10.11591/ijece.v14i1.pp497-508
This article is also based on technical information from 3515 Knowledge Base .
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