Lighting Support Devices TRIZ Cases

Light sources project identification symbols onto supporting surfaces to resolve visibility issues when locating lateral connection ports in dim environments.

Segmented sidewalls and bottom sections resolve structural rigidity versus modularity trade-offs in linear lighting channels.

Graduated indicators on a mounting bracket allow selective rotation of a lighting device, resolving orientation stability trade-offs.

A light fixture support assembly uses a rearward exterior fulcrum and engager to pivot the housing for precise orientation adjustment.

A detachable dome reflector clamps optical elements between its base and a head reflector for modular light configuration.

Protective strips and pivot pins anchor the net structure, shielding cables and LEDs from damage while maintaining advertisement visibility.

A low-profile downlight assembly uses dual angled reflectors to resolve high vertical attenuation and non-uniform illumination in commercial signage.

A support system clamps insulated electric cables using vertically and horizontally aligned slots to secure indoor lighting fixtures.

Elastomer arm absorbs collision impacts to protect warning lamp and ensure reliable tire pressure signal transmission.

Flexible connecting cord prevents cap loss while a secondary detection cord changes appearance under tension to identify unauthorized access.

Integrated fire-rated junction box uses adjustable plates to resolve installation complexity across varied ceiling structures.

Inverted T land patterns align through holes to prevent positional misalignment and enhance mounting strength for side-view LEDs.

A luminaire mounting arrangement uses segmented members and snap-fitting connections for tool-free assembly.

Non-overlapping connecting surfaces on a lamp supporting rod allow precise angle fixation, resolving instability from spherical heads or springs.

Segmenting the housing into rigid modules with a vertical recess allows transverse light emission, resolving glare issues in fixed-length lamps.

A multifunction LED lighting device uses a reversible male-female connector to join an L-shaped lighting body to a wall frame.

An angled catch and segmented fastener secure luminaires in constrained spaces by nesting the head within the receiving portion.

Denser edge LED spacing in a backlight unit compensates for corner light shortage, preventing dark areas and improving image quality.

Elastic snap-fit splicing members join linear lamp housings, eliminating screw complexity while maintaining connection reliability.

Interlocking tension and compression components secure alternating structural elements, enabling rapid erection without heavy lifting equipment.

Segmented heat sink brackets conduct thermal energy away from concentrated LED point sources to resolve thermal management challenges in compact fixtures.

A light guide cup directs LED radiation through internal patterns to shape beam distribution.

A structured surface on a connecting device passage interacts with a screw to generate driving force between light strip profiles.

Segmented intake and exhaust channels within the housing cool solid-state emitters while preventing air mixing that disturbs ink curing precision.

A weatherproof solar illuminator replaces fire hazards in carved cucurbits by using a screw-in auger and LED light source for reliable illumination.

Nonintersecting walls divide the hollow tube into isolated chambers, separating high and low voltage lines to mitigate electromagnetic interference.

Magnetic battery mounts enable rapid reconfiguration of railway track lighting, resolving the trade-off between device complexity and operational adaptability.

A navigation light pole with a flexible joint bends on impact to protect the LED source.

Adjustable attachment means secure luminaire housings to suspended ceilings using resilient blades that flex and lock into place.

A rotating driver spins an LED assembly to shift light projection through decorative holes.

Segmented insulation displacement connectors on a flexible printed circuit prevent cascading failures during consumer reshaping of LED neon assemblies.

A hair attachment assembly uses a microprocessor and transceiver to actuate bulbs via an electronic device.

Segmented LED modules and a detachable cover resolve complex maintenance procedures in conventional troffer fixtures.

A headlamp uses a base with two support members to hold a rotating body that adjusts the angle of emitted light.

An LED module uses a circuit board slot to route a flexible printed circuit, preventing peeling and improving connection stability under external force.

Segmented capsule modules on a flexible track eliminate complex wiring while enabling decorative lighting on irregular surfaces.

Integrated mounting structure joins reflector to base board, eliminating separate screw connections that complicate LED down lamp installation.

Motorized tubular hoists adjust lighting modules to resolve the trade-off between dynamic adaptability and system complexity.

Elastic mechanism snaps into face ring, eliminating screw fastening to reduce installation time while maintaining connection reliability.

A molded light source housing integrates conducting pins and a conductive coating on the diffuser to form an electrical detection circuit.

A magnetic decoupling mechanism secures strip profiles using movable permanent magnets aligned with movement direction.

A position sensitive illumination system directs light along a patient's path using motion sensors to provide focused visibility.

Telescoping hanger bars and rotatable junction box resolve fixed spacing constraints for stable recessed luminaire mounting.

A yellow filter absorbs harmful short wavelengths below 500 nm in conventional lighting systems, protecting pseudophakic and healthy eyes from degeneration.

Segmenting the illumination device into a wearable mount and articulating arm resolves the contradiction between hands-free use and directional control.

Glass fiber PCB substrates integrate connecting circuits directly to LED chips, removing brittle ceramic limitations and reducing manufacturing defect rates.

Sliding first lighting units on a mounting mechanism expand the adjustable lighting range while managing structural complexity.

Segmented male and female portions between the lens and support allow excess resin and bubbles to discharge, preventing optical axis deviation.