Machine Supports TRIZ Cases

A mounting assembly with a right-angle flange prevents over-penetration of the screw into hard soil, protecting buried utilities from accidental damage.

Inverted mounting bracket sits atop ceiling box ears to bear fixture weight, freeing installer hands for secure fastening without holding heavy loads.

Slidably coupled side brackets on a center bracket allow adjustable control pod spacing to accommodate varying operator sizes.

A retractable cable assembly mounts inside a toolbox lid to manage cord storage and retrieval.

Integrates light blocking members with pixel electrodes to form storage capacitors, increasing aperture ratio and contrast ratio.

Triangular recesses in the adapter body align with square pole corners, enabling installation without modifying existing circular mounting plates.

A pivotally coupled securing member locks a medical waste container to a support surface using a pawl mechanism.

A track assembly support uses S-shaped contact members and latches to engage tracks securely.

A mount with a fusible region isolates auxiliary components from shock loads.

Bonding a guide member to a flat metal plate replaces welding, reducing manufacturing complexity while maintaining structural strength.

Segmented track features enable electronic control units to resolve absolute position with 2 mm resolution, overcoming traditional accuracy limits.

Segmented brackets and nesting plates deter theft while allowing authorized maintenance access.

A vehicle camera holder uses a pre-positioned aligning part to center the lens within the body opening.

A hanger platform provides a wide support surface to stabilize objects with broad openings.

A pulley wheel rack uses a ball joint and tightener to secure the axle for three-dimensional tilt and toe angle adjustments.

Configurable electrical box uses a central divider to secure devices on both sides of a structural wall within a single enclosure.

Segmented flange and telescopic box eliminate mortar use, resolving thickness variability on brick walls.

Physical controls on the holder replace fragile touchscreens, enabling precise operation of agricultural machinery in shaky environments.

A display panel supporting unit uses embedded magnets to attach the device securely to a wall-mounted magnetic sheet.

Segmented conductive conduits in a deformable casing detect oblique pinch forces, expanding the activation angle from 35 degrees to at least 270 degrees.

A variable stiffness support structure modulates rigidity via a fluid-filled conduit to isolate vibratory modes in gas turbine engines.

A pole clamp system uses a biasing unit to apply outward force between a pole and an abutting surface.

A micro-projector clips onto a portable computer display to eliminate separate carrying surfaces.

Adjustable flexible straps mount heavy box fans while isolating structural noise and enabling post-installation reorientation.

Curved geoid geometry minimizes sharp corners and fluid dynamic stress, preventing detachment during high-speed impacts while protecting internal components.

An angled slot guides a pinion wheel to translate along a wire, expanding engagement area and preventing pull-through under heavy loads.

A spiral jaw gripper converts rotational input into radial gripping force to secure jars during lid removal.

Segmented fastening devices with resilient locking members enable quick camera adjustment on helmets.

A fishing rod outrodder uses a rocker arm to articulate the holder between vertical and horizontal positions.

Base plate with dampening apertures couples to footboards, preventing vibrations and ensuring structural integrity.

Smart material actuators replace complex hydraulic systems to enable compact, reliable height adjustment in bicycle telescopic apparatuses.

A lockable bicycle rack uses a spring-biased lid to secure containers on the frame.

Vertical wall mounting with adjustable tension secures flexible material, resolving the contradiction between pet comfort and room space utilization.

A skateboard storage panel uses a slot to receive a deck truck, freeing floor space by enabling upright display.

Segmenting the rear cover into a removable plate and fixed frame reduces disassembly time and wire damage risks during site installation.

Protrusions penetrate and grip diverse structural materials while rotatable coupling enables dynamic orientation adjustment.

A load relief tie rod uses a movable rod and pins within obround slots to absorb tension or compression loads dynamically.

A reversible piñata mount assembly uses textured and grip surfaces to attach securely to walls or vertical members.

A support unit for pneumatic springs uses a reinforced metallic element to absorb plunger forces and protect against wear.

Rotating batteries through a minimal access opening preserves frame rigidity while enabling easy installation and secure fastening.

A medical device clamp mechanism uses a pawl assembly and lift bar to amplify clamping force for secure pole attachment.

A clip uses biased arms to grip fascia and a channel to retain electrical cords.

Segmented guides and protective bushings enable compressor rotation through tortuous paths without damaging engine components.

A flexible license plate bracket uses resilient members to attach securely to vehicle fascia surfaces without altering the exterior appearance.

An integrated clamping leg engages a structural stud during positioning, eliminating secondary fastening operations and reducing installation time.

A gecko-like adhesive device uses a mechanical linkage to adjust contact angles for stable holding on vertical surfaces.

Segmented collar sections use spring steel clips to secure streetlight poles, preventing water ingress through a slanted top and gasket seal.

Dual ring isolator uses segmented elastomer shear hub to eliminate tensile fatigue and stabilize deflection rates.

An alignment plate welded to a seat bracket establishes datum points at reference dimensions from pins, reducing tolerance stackups during assembly.