Secure Storage Container with Airtight Sub-Containers and Sensor Monitoring

The patent replaces manual mechanical locking mechanisms with an electronic lock system controlled by a processor. The electronic lock receives unlock commands wirelessly from mobile devices, eliminating the need for physical keys or manual lock manipulation. This substitution improves ease of operation while the electronic control system manages the increased complexity through automated authentication and control protocols.

The patent employs a nested sealing structure where sub-containers with their own seals are placed inside the main storage container. Each sub-container provides an additional sealing layer, creating multiple nested airtight barriers. This nesting approach extends product shelf-life through cumulative sealing protection while organizing complexity into manageable hierarchical layers rather than a single complex sealing system.

The patent integrates multiple sensors (temperature, humidity, motion, weight) into a unified monitoring system controlled by a single processor. Each sensor type serves multiple functions: temperature and humidity sensors monitor storage conditions for product integrity, while also triggering notifications. Motion sensors detect both unauthorized access attempts and legitimate user interactions. This multi-functional integration improves measurement precision across multiple parameters while managing complexity through centralized control and shared processing resources.

The patent implements periodic wireless communication rather than continuous transmission. The system wakes up at scheduled intervals to check for commands from mobile devices and to transmit status updates. Sensors operate in periodic sampling modes, activating only at intervals to collect data and then entering low-power sleep modes. This periodic operation enables remote control functionality and real-time monitoring while dramatically reducing average power consumption compared to continuous operation.