Individual Entry/Exit Registers TRIZ Cases

Mobile phones transmit identification codes to access nodes that generate time-limited optical codes for camera-based validation.

An electronic banking facility uses a cash recycler and rolled coin dispenser to provide instant account crediting and 24/7 access for various denominations.

A two-beacon analysis module calculates identifier distance to a beacon line for presence detection.

An access control system tracks a superior individual's location to automatically grant entry to subordinate users.

A lock controller processes encrypted numeric tokens to manage access without network connectivity.

Communication unit stores access authorizations for radio devices, resolving controller complexity.

Security system receives external threat alerts and modifies door locking states based on severity levels.

A smart container uses angle-of-arrival signals to detect item presence before locking.

A mobile system sequences access control keys by location and time, reducing credential loss risks while maintaining secure multi-site entry.

An electronic padlock uses near-field communication to authorize mobile terminals for secure device lockout.

A mobile device identifies security mechanisms by proximity and retrieves stored access codes for user entry.

Augmented reality visualization replaces manual lock audit analysis by displaying component status and failure solutions directly on device components.

Diversification algorithms generate unique keys for mobile credentials, enabling remote revocation and preventing playback attacks on lock devices.

A lock adjusts its clock using temporally proximate time-based codes to maintain synchronization with an access management server.

An access controlling server manages locking mechanisms to enable rapid entry during inclement weather conditions.

A dual-level access control system verifies entry using a wearable sensor and portable device location data.

An agent installed on third-party point of sale terminals simulates employee interactions to convey kiosk orders without modifying backend systems.

An automated carousel system links baggage to owners via RFID tags, reducing theft risks while increasing device complexity.

An electronic access control system merges identity document verification with infrared biometric detection to streamline the entry process.

A car management system generates digital access keys by combining tokens from user and manager terminals to authorize vehicle entry.

A system re-registers electronic keys to new controllers using Advanced Encryption Standard algorithms and SEED codes for secure authentication.

A gate control device captures user face images and transmits requests to a collation server for authentication processing.

A rolling code proximity verification system broadcasts changing identifiers to confirm user presence at an access point.

A mobile telephone uses its unique IMEI code to authenticate users and grant secure area access without specialized hardware.

A mobile wallet token detokenizes to retrieve loyalty identifiers for facility entry.

An annular ribbed sensor assembly mounts in a steel door frame bore to detect RFID cards and door closure, bypassing wall mount requirements.

A proximity card uses an actuation sensor to activate access electronics only upon user input.

Access control readers execute remote applications assigned to user groups for localized device management.

An intelligent door lock system couples a sensing device to the drive shaft to detect movement for automated locking and unlocking operations.

Nesting authentication codes inside contract identification records prevents unauthorized copying while maintaining fast authorization speeds.

A merchandise security system synchronizes unique unlocking codes across alarm units to enable device-specific access control.

Automatic riding mode switching reduces manual user operations by linking wearable device states directly to shared bicycle lock status.

A wireless access control system uses a mobile device communication module to transmit and receive credentials for authentication.

Segmenting permission data between credentials and controllers reduces memory consumption while maintaining access control accuracy.

A processor selects an electronic key using location detection and wireless connection status to display the appropriate interface on a touchscreen.

Wireless induction powers the door lock controller, eliminating battery replacement and wire wear while ensuring continuous operation.

A server translates operator preferences into vehicle-specific settings using predictive modeling.

Centralized storage of vehicle identifier and key images replaces physical spare key inventory, reducing retrieval time while maintaining redundancy.

Integrated motion detection and access control system broadcasts encoded area identifiers to verify individual authorization status.

A depth sensor system extracts head radius and height features to track occupants in real-time using greedy bipartite matching algorithms.

Mobile devices generate readable access codes to grant secure facility entry, eliminating unauthorized access risks from lost physical credentials.

A gate apparatus switches operating modes based on nationality ratios calculated by a management server.

Rear-mounted camera captures vein patterns through finger tissue, reducing external light interference and improving imaging accuracy.

A dual-mode Bluetooth locking system extends communication range using repeater nodes, solving the trade-off between signal distance and battery life.

A vehicle control module receives user settings from a mobile device using a key signal for secure offline synchronization.

A portable electronic device system transmits dynamic verification codes to access terminals for user authentication.

Centralized server management eliminates multiple physical IC cards by grouping authentication tags, reducing administrative complexity during invalidation.