Reservations TRIZ Cases

See how size-based locker allocation matches parcel dimensions to appropriate locker sizes, pre

See how modular bathrooms and removable fenestrated barriers enable rapid garage conversion bet

See how automatic reservation of the closest available dryer to a washing machine reduces load-

See how modular bathrooms and fenestrated barriers enable rapid garage conversion between lodgi

See how a booth desk with segmented, movable top plates enables flexible layout configurations

See how a notification table records guest accounts with time-limited access codes to enable se

See how RFID tags, readers, and visual indicators automate key tracking to reduce misplacement,

See how RFID tags, visual indicators, and periodic scanning replace manual tracking to reduce k

See how a scored seating arrangement optimizes audience proximity to musicians and conductor to

See how a battery-powered table sensor uses periodic motion detection and manual state input to

See how modular lodging units with reversible deployment enable rapid conversion of underutiliz

See how a reservable lounge chair with online booking, location-based pricing, and electronic a

See how controlled access and premium pricing for motion-synchronized actuated seats differenti

See how calculating expected arrival time from user location enables unmanned coffee machines t

Dynamic reservation by locker type avoids pre-assigning specific units, reducing unused capacity while preserving locker availability.

Separate pick-up and drop-off zones prevent boarding interference in ride-sharing vehicles, improving user safety and service convenience.

Assigns office zones from user schedules so different work styles stay non-adjacent, improving space use while reducing interference and energy use.

When road delays disrupt service schedules, the controller trims or skips non-operation preparation tasks to keep autonomous vehicles on plan.

Travel path, plan, and energy use are used to reserve charging or refueling services in advance, reducing driver distraction and queue risk.

Reservation-based dispatch matches hearing-impaired riders with vehicles and remote operators that support sign language or writing.

Pre-granted user consent lets autonomous vehicle fleets skip repeat permission prompts, cutting idle time, network usage, and service friction.

Dual radio and optical authentication keeps rental vehicle access working when unstable communication links disrupt primary user verification.

AGVs rearrange parked vehicles ahead of pickup times, increasing garage density while keeping retrieval wait times predictable.

In-vehicle sensing identifies an unfit driver and triggers autonomous mode with contextual alerts to prevent unsafe vehicle operation.

Calculating passenger travel time, vehicle travel time, and standby time helps autonomous vehicles choose legal, safe boarding stops.

Pre-registered tool ID checks and shutdown reservations prevent stopping the wrong semiconductor apparatus and avoid schedule delays.

Variable return payments based on transfer timing and equipment deterioration help recover fuel cell systems while limiting wear.

Pre-stored map stops and ranked heuristics pinpoint clearer autonomous vehicle pickup locations and walking paths for passengers.

Keeps the boarding door closed until the passenger is nearby and trunk loading is finished, preventing unauthorized entry and cabin exposure.

When delivery demand rises unexpectedly, the control unit switches a vehicle from one operating mode to another before schedule end time.

Worker stress data triggers a vehicle with a relaxation facility to visit workplaces, reducing stress without requiring dedicated on-site space.

Additional AVDS reservation requests let vehicles queue for EV charging and other services earlier, improving timing without unsafe dispatch.

Tailored visual, acoustic, and haptic guidance adapts vehicle function use to user profiles, reducing overload for driverless travel.

Wireless mobile detection links each user to a seat position, enabling vehicle login without display interaction for multiple occupants.

Reservation-linked autonomous vehicles locate guests, dispatch pickups, and cut shuttle wait times in pedestrian-heavy amusement parks.

A vehicle restaurant assist module detects passengers and automates reservations or carryout orders using arrival and preparation timing.

In-vehicle image sensing grants travel permission only when the reserving person is detected onboard, blocking unauthorized car sharing use.

Centralized AVDS coordination links local servers, reservations, check-in, and handover with charging and car wash services.

Real-time parking lot sensing and reservations help autonomous vehicles reach charging or battery swapping spaces with less queue conflict.

Pre-reserving stop positions lets mobility vehicles arrive within an assigned time window without waiting, reducing traffic disruption and delays.

Roadside pickup requests are screened by real-time safety levels, allowing vehicles to deny unsafe stops and accept safer passenger pickups.

Multiple AGVs rearrange parked vehicles by pickup time to raise garage density while keeping retrieval wait times predictable.

Sensor-based trajectory tracking predicts pedestrian intent so shared autonomous vehicles can unlock access without apps or hailing gestures.

Centralized scheduling detects charging-time conflicts among moving objects and adjusts routes or timing to keep limited replenishment points productive.

Virtual keys cached in vehicle key slots speed shared vehicle access while enabling remote user-list and privilege updates.

Virtual keys, user lists, and reservation updates enable secure shared vehicle access with fast privilege checks and real-time authorization changes.

A fleet manager assigns the right number of autonomous vehicles for group pickup and coordinated drop-off, cutting wait times and confusion.

Classified sensor and itinerary data lets autonomous vehicles encrypt, obscure, store, or delete passenger information without losing operational utility.

Virtual keys shared across vehicle and user devices enable flexible authentication while maintaining secure access privileges for shared vehicles.

Biometric rider profiles and cryptographic authorization let autonomous vehicles securely pick up third-party riders without driver verification.

Pre-reserving grid nodes lets AGVs keep flexible routes while avoiding collisions and redirecting loads when storage areas are full.

Voiceprint and face matching let an autonomous vehicle verify riders and unlock doors without smartphone-based entry.

Web browsing data is used to estimate driver risk and rank available shared vehicles by safety and repair cost for better matching.

When direct eVTOL flights lack charge, the system plans feasible stopover routes to accept more reservations and maintain flight safety.

Thermal sensors and AI camera screening check passengers before boarding to cut illness transmission risk in multi-passenger vehicles.

A linked auxiliary vehicle carries large luggage by following an autonomous taxi, avoiding larger cabs and costly self-driving hardware.

A mediator API links partner ride apps with autonomous fleet dispatch to improve pickup timing, pricing access, and scheduling reliability.

An integrated LED door handle module backlights a security icon to improve low-light visibility while avoiding side glare and bright spots.

Locked charger nests and data-driven placement improve portable charger availability while reducing setup and maintenance costs.

When no cars remain, the server ranks reservation importance and reassigns vehicles from lower-priority bookings to urgent users.

A vehicle-based cafeteria is dispatched by location and time to deliver workplace meals without permanent dining facilities or added space costs.

Sensors track occupant location and activity to tune steering, suspension, and propulsion for lower head acceleration and less motion sickness.

Centralized authentication and reservation updates help shared fleets match user preferences while improving vehicle access control and utilization.

NFC-triggered mirror lighting improves door handle visibility and security status indication while avoiding glare from broad side illumination.

Traveler profiles and booking-likelihood prediction help hospitality providers target qualified guests with tailored trip offers.

Preprocessing feasible transfers for bike-sharing and on-demand lines cuts routing time while preserving optimal multimodal itineraries.

Multi-level QR codes let guests rent and unlock lockers or mobility devices by phone, avoiding kiosk queues and preserving access during outages.

Precomputed provider-exclusion caches enable instant request-provider matching, cutting delay and improving ETA accuracy at scale.