Candle Holders TRIZ Cases

A hand rail mounting barrel uses an internal clamp to secure rail ends within a concealed housing.

Clamping assemblies and stiffening members reinforce traffic signal disconnect hangers, reducing detachment risks by up to 95% during hurricane-force winds.

Camming surfaces counteract gravity to hold displays at various tilt angles, resolving the trade-off between structural simplicity and position adaptability.

Welded thru-vangs with aligned apertures enable quick arm bracket installation using standard fasteners, eliminating time-consuming large bolt procedures.

A quick-release camera mount uses a dropping gate to enable secure vertical plate insertion.

A panel jig apparatus uses sliding plates and drive motors to support vehicle body panels across different shapes.

A modular rear view mirror uses snap-fit retention latches with conical bearing surfaces to join components.

A submersible plastic grid framework with buoyant hubs positions decorative bowls below the water line to prevent clumping at pool edges.

Radial grooves guide melted flammable mass toward a flat central area, preventing premature extinguishing when the cup tilts on uneven surfaces.

Pre-deformed pins prevent rotation and damage, eliminating time-consuming manual twisting during ornament mounting.

A rigid hanger uses spikes and notches to secure insulation materials.

A modular memorial urn features an interchangeable outer shell for customizable commemorative displays.

Twist-lock clips on the motor housing engage slots in the mounting plate, eliminating visible screws and reducing installation time.

A portable computer display module uses a roller sliding element on a base rail to enable smooth rotation and tilting.

A cam nut clamp assembly secures structural members by lowering a T-bolt head into a slot and rotating the nut.

Segmented shaft components allow rotational mounting of fishing reels on archery bows, eliminating complex jamb nuts and reducing overall length.

An integrated plastic hinge resists external shaking by merging functional parts, reducing component count.

An inverted L-shaped support structure holds a dual-panel sign holder to optimize vertical space usage in retail environments.

A beam clamp latch mechanism secures to I-beam flanges with a visual indicator confirming engagement.

Segmented brace and nested bolts reinforce worn utility pole upper ends, extending lifespan while reducing replacement costs.

Magnetic localization keeps the wick anchored at a safe distance from container walls, preventing accidental ignition of surrounding surfaces.

Pre-assembled integrated clamp eliminates cleaning complexity and reduces contamination risk in urology procedures.

A quick-fit device uses a lever-operated presser to lock a plate-shaped attachment member into a seat for video equipment.

An electronic candle uses a fan to circulate air through mesh panels, releasing fragrance from a replaceable piece while LEDs simulate a flame.

Side-mounted brackets secure the shuffler without table top apertures, preventing fluid ingress and preserving player visibility.

A candle dispenser uses a heat transfer fin to move thermal energy from the flame to an impregnated substrate.

A fastening device uses hooking-in receptacles and securing elements to attach vehicle components.

Segmented flange components enable a single bracket body to mount on diverse surfaces while hiding fasteners behind smooth covers.

Horizontal slits in the lid shell prevent rain ingress while maintaining airflow for stable candle combustion.

A helicopter blade clamp uses flexible liners and a hinge mechanism to distribute clamping force evenly across the composite structure.

Foldable bracket body extends to contact opposing walls, resolving movement issues in varying wall cavity depths.

Elastic arms deform to accommodate device insertion and engage lateral surfaces, eliminating screw fastening time while increasing storage density.

Pivotally movable clamping elements enable interchangeable installation on both sides of a handle tube, reducing manufacturing costs and simplifying assembly.

A rotatable fastening component with elastic retention secures computer storage drives without screws.

A wire assembly supports a candle holder inside a bottomless wine bottle, allowing the holder to lower for access and rise to secure the candle.

A phone holder mount uses an obliquely positioned pivoting flap to cover the contact chamber without adding vertical height.

Perforated clipping bars secure wires near hot exhaust systems, preventing heat damage while accepting standard P-clips and wire-ties.

Guide surfaces on locating block sidewalls align clamping plates and ribs, ensuring equal pressure distribution across the tubular material.

A clamp with a pivoting U-bolt secures underfloor wiring to pedestals.

Embedded magnets replace screws to hold shelves securely while allowing easy repositioning without damaging walls.

Segmented anchor brackets and self-service securing means resolve the trade-off between ease of mounting and locking reliability.

Reinforcement ribs counteract warpage from guide cuts while asymmetric projections prevent separation during insertion and exit.

A rotatable mounting bracket reorients to a rearward stowage position on the mast.

Adjustable slots and modular p-brackets eliminate custom bracket costs while maintaining precise inflator orientation for diverse vehicle platforms.

An elastic locking member controls slide disengagement to prevent hand injuries during server unit maintenance operations.

A tealight cup base with circumferential bulges and radial grooves distributes melted wax evenly.

Pedestal groove system secures tire monitoring devices via mechanical fasteners, preventing stress concentration damage on innerliners.

A surface mount anchors hollow objects using a movable anchor that compresses the object against the base wall.