Individual Entry/Exit Registers TRIZ Cases

A dual-level access system verifies identity using wearable sensors and mobile devices to enable secure entry.

A centralized database system consolidates biometric and government ID data to verify individual identities across detention interactions.

A magnetic field generating device emits a wireless signal with an authorizing code to enable secure proximity detection between security components.

LF detection triggers UHF authorization, enabling reliable access for disoriented residents while conserving battery energy.

Segmented architecture enables diverse service execution on external devices while maintaining vehicle security through controlled authority management.

Electronic key interlocking system replaces mechanical keys with code verification, eliminating unauthorized access and custom design costs.

A smart lock detects knocking signals to trigger server-based verification parameters for automated unlocking.

A door access control method combines biological and non-biological identification types using a smart mobile device to form a secure mobile key.

A single antenna reads electronic labels across multiple compartments to identify items without electromagnetic shielding.

Server mediates fingerprint data from instant messaging clients to electronic locks for remote key enrollment.

Local AI analysis of multi-modal sensor data resolves detection accuracy versus notification delay trade-offs while maintaining privacy.

Dynamic rhythmic patterns replace static credentials, reducing theft risk while maintaining intuitive operation for secure device access.

A safety monitoring system tracks personnel location and verifies training compliance to ensure proper hazard exposure.

A door operating device verifies authentication tokens locally to control access without server intervention.

Dynamic rolling codes prevent unauthorized access by invalidating recorded voice commands.

A firearm security device regulates access through authentication assemblies and computing systems.

A mobile device control system authenticates users via encoded identification information to authorize access.

An information processing device transmits vehicle identification via visible light to enable secure digital key delivery.

A smart lock structure integrates Near Field Communication with a mobile device to enable secure authentication.

Automated credential provisioning resolves administrative complexity while maintaining security policy enforcement across large workforces.

Storing authorization rules on the ID transmitter allows independent local decisions, reducing response time and eliminating radio link interruptions.

A key device wirelessly communicates with a server apparatus to identify and control lockable devices within a mapped physical space.

A virtual access control system uses video analytics and facial identification to authenticate individuals without physical barriers.

A control unit verifies a single access authorization credential to grant entry to multiple persons simultaneously.

Ultrasonic transducers repel pests while sensors deactivate emissions upon detecting human activity to reduce battery drain.

Signal waveform analysis identifies relay attacks by detecting specific variations in the leading portion of a data symbol, ensuring secure vehicle access.

A smart key communicates with a mobile device to receive operation commands for locking and unlocking.

A location-aware system evaluates smartphone proximity to a smart lock using GPS and signal strength to enable wireless communication.

A vehicle transmits sinusoidal signals to an identifier, measuring phase and amplitude changes to calculate distance without pulse transmission.

A credential management system generates secure key representations like QR codes to enable convenient virtual key sharing between users.

A role-based locking system tracks occupant movements via RFID triangulation to validate access permissions.

A vehicle transmitter uses network communication to receive configuration data from a remote computer for controlling movable barriers.

A controller enforces a predetermined sequence and timing scheme for presenting multiple security credentials through a gateway sensor.

A history management apparatus processes authentication records to generate disclosed information tailored to requestor attributes.

A vehicle control system generates a localized field to detect user presence and provides perceivable feedback for intent verification.

Geofencing technology monitors lounge access by comparing assigned locations with current device positions to verify authorized entry.

State sensors detect auxiliary door position and transmit data to a main locking device, sending notifications when guests leave doors unlocked.

An intermediary device authenticates visitors and grants temporary access to secure facilities.

Stationary radio modules transmit beacon messages containing ServiceSet identity information to enable automated presence detection without manual interaction.

An automated gate system uses sensors and RFID readers to detect vehicles and authorize access based on pre-registered appointment data.