Mobile Visual Advertising TRIZ Cases

A translucent optical edge and 5%+ transmissive member hide the frame-display contour while covering internal electro-optical ends.

A guide-track rollable vehicle display extends and repositions to improve operator access, passenger visibility, and available screen area.

Occupant composition data is used to segment vehicle passengers and send more relevant ads, reducing annoyance and improving engagement.

Applying controlled tensile force in a holder keeps flexible LED film dimensionally stable, visible, and rollable for easier installation.

A holder applies controlled tensile force to keep rollable LED film taut, preserving shape integrity while simplifying mounting and display control.

An offset elongated member slips between placard clamps to relieve tension, making semi-truck placard changes easier in harsh weather.

Tabs and securing clips help users separate stuck placards and quickly lock the correct legend in place, even while wearing gloves.

A pivoting foot plate with a high-friction bottom resists lateral slip, improving portable sign wind stability without sandbags.

A biasing member lifts vehicle placards off the base to suppress flutter, reduce hinge wear, and make legend changes easier.

Matches output-device location and surrounding context with ad conditions, then maps the results to improve targeting relevance.

Relief features in the bending portion distribute interface stress, helping laminate a flexible OLED panel to curved cover glass.

An edge-lit translucent panel, wireless receiver, and suction-cup mount help drivers communicate courteous intentions through a window.

This case uses a back structure, shoulder members, upright rods, and fasteners for extended hands-free sign carrying.

Segmented mounting components and an aerodynamic base member provide secure attachment while minimizing wind drag on delivery vehicles.

Removable skins replace fixed paint on wheeled robots, enabling quick visual rebranding without impeding movement or requiring complex manufacturing.

Isosceles cover elements on photoluminescent floor markings create directional indicators using rod-sensitive vision.

A single injection-molded backlighting element merges light guide and reflective parts to simplify assembly.

A flexible one-piece clip holder mounts securely to curved tanker surfaces using a single-sheet frame design.

A hitch-mountable hazard warning system uses a modular design to enable rapid single-person deployment without vehicle jacking.

Merging light distribution functions into one component reduces device complexity and prevents light intensity loss across intersecting logo elements.

A planar component integrates a display device within a rear glass pane to reduce thickness and enable both-sided readability.

Segmented optical layers isolate light paths to eliminate cross-talk between adjacent automotive display symbols.

A flexible silicone band wraps around a vehicle mirror housing to display customizable safety reminders.

Nested sleeve and collar assembly constrains disposable cards to reduce vibration transfer during vehicle operation.

A visual advertisement assembly uses segmented light emitters to display dynamic phrases through controlled light patterns.

Tapered projections on frame margins guide placards into slots to prevent edge pinching and cocking during insertion while maintaining secure retention.

Variable curvature radii on segmented display panels increase viewing angles and passenger privacy while reducing installation complexity.

A vehicle tarpaulin fixing device uses a holding profile rail and thrust tongue to evenly tension the cover material.

Laser ablation reduces cover layer thickness to enable partial light transmission without visible perforations or dirt clogging.

Motorized advertising displays use real-time sensor data to autonomously adjust location and orientation, eliminating manual content updates and repositioning.

Adhesive strips and interlocking posts secure display panels, eliminating bulky frames that increase vehicle width and violate regulations.

Nesting coupling mechanisms within display depressions eliminates air gaps and drag while preventing surface damage during attachment.

Segmented frames and nesting protect electronics while simplifying installation.

Front surface panels integrate detection electrodes within the structure to enable object sensing without a separate touch layer, maintaining high reflectivity.

Segmenting the logo from the frame allows quick content replacement without removing the entire signage assembly, reducing labor costs.

Multi-purpose signage assembly uses opposing magnets in slot assemblies to attach securely to surfaces.

A display card holder integrates a pivotable button member and spring mechanism to secure the sleeve.

A vehicle mounted display system integrates a camera view to show obstructed exterior areas on an interior screen.

Segmented profiled frame parts with integrated screw passages allow compact transport and rapid on-site assembly while maintaining structural rigidity.

A micro-perforated textured optical layer transmits adjusted images through openings below 100 µm while preserving surface texture.

Resilient spring arms deflect to secure placards, reducing wear from frequent changes.

LED strips illuminate hazardous placards within a weatherproof frame, ensuring visibility during low-light conditions.

Segmented sign assemblies with deployable stabilizers reduce theft risks and operational costs while maintaining transportability.

Hydraulic cylinders drive nested mast sections to resolve the contradiction between vehicle bulk constraints and required advertising visibility.

A mounting device attaches to license plate holes to support removable advertising signs and integrated lighting.

Segmented monitor modules replace within fire-safe housings, resolving assembly complexity while maintaining public transport safety standards.

A retractable vehicular video display uses sensors to detect vehicle motion and retracts the screen from the driver's view.

An adjustable wind diverter stabilizes bus signs against vibration by redirecting airflow through an annular discharge space.