Machine Supports TRIZ Cases

Foldable legs engage open stud sides while embossed faces provide flexural resistance, resolving installation stiffness issues.

A tube-based fishing rod holder uses movable holders along an elongated slot to secure rods on a boat.

Segmented clamp jaws accommodate misalignment to secure glass panels without drilling.

Elastic deformation of a thin plastic fixing plate attaches the circuit board without screws, reducing device weight and assembly complexity.

A single adjustable canopy bracket replaces multiple fixed-angle variants by using a threaded bolt mechanism to accommodate varying roll bar orientations.

A beach anchor device uses a pivoting post and base to lock into shovel, anchor, or storage positions for secure placement.

Relocating the microphone holder from the rim to the tension bolt removes excess load, preventing uneven drum head tension and tone distortion.

Visual rotation arrows in hinge windows prevent unintended force on the mechanism, eliminating complex sensors.

Segmented arches pivot via universal coupling elements to resolve the trade-off between adaptable configuration and mechanical complexity.

Adaptive radiator support transitions from flexible vibration damping to rigid load bearing via stop contact, resolving comfort and strength trade-offs.

A hinged hoist pull-limiting device uses elastic means to detect excessive load through plate rotation.

A movable instrument holding apparatus uses a rail and depressible arm to secure medical tools along a track.

A bracket with a tapered slot converts fastener displacement into an interference fit to dampen deceleration loads on vehicle partitions.

Clips transmit heavy loads vertically through roll-formed sheet metal grid beams, preventing twisting or bending stresses that compromise structural integrity.

A dual-latch unit segments comfort and entry functions, resolving the trade-off between seat adjustability and rear passenger access space.

A crane holding device uses a U-shaped deposition region and locking mechanism to securely store holding rods.

A universal mounting bracket secures a tire pressure monitoring system to vehicle wheel air flow tubes using a threaded bolt interface.

Segmented retainer device reduces assembly time and physical force by allowing single-person installation of detachable extension beams.

Dual securing members create static friction to hold thin flexible materials, preventing shearing under heavy loads.

Bracket fixing portion applies pressing force to secure bicycle components on cylindrical surfaces, eliminating tool requirements for installation.

Expandable base walls collapse to reduce protrusion depth and expand to accommodate plugs.

Segmented anchoring members resolve the contradiction between stable wall attachment and easy leveling, enabling flush or offset mounting.

Expanded circular holes in the quartz bottom board accommodate post tipping to prevent contact-induced cracking and maintain temperature uniformity.

A bracket assembly connects overhead roof structures to wall partitions using a bearing member and sleeve.

Shaped cut-outs in the bracket body engage a single support member pin, eliminating multiple fasteners and reducing installation complexity.

Aligning barycentric positions allows a single bracket to mount different sized control valves, reducing part variety.

A load carrying platform descends via gravity and ascends using a motor to simplify installation.

Circumferential recesses in the elastic insulator absorb press-fitting force, preventing structural damage and uneven deformation.

An adjustable ladder slide bracket employs a dynamic friction grip to hold tools securely while allowing easy vertical repositioning along side rails.

A standoff attachment with a floating internal nut accommodates axial and rotational movement during fastener engagement.