Machine Supports TRIZ Cases

A modular bracket design integrates distinct mounting mechanisms for PCB and isolation needle parasitic units within a single unified structure.

Separable clamping sections and a narrowing element secure privacy screens to existing posts.

Segmented guide, support, and connector components reduce manufacturing time and raw material costs while maintaining alignment precision.

Segmented hinge frames with blind slots reduce thickness without weakening strength, ensuring smooth rotation.

A recessed electrical box assembly uses a sliding base insert and removable flanges to secure devices against exterior wall finishes.

A dynamic adjustment apparatus moves an extending member along a groove to accommodate varying face shapes without requiring replacement cushions.

Longitudinal slider movement rotates a cam to position an electrical connector, simplifying assembly by merging mechanical support with selective conductivity.

A unified housing design merges cable routing and truss engagement features to reduce installation time while maintaining system reliability.

A plastic retainer secures control devices using a strap and open recess design.

A fixture mount assembly uses an adjustable grasping clamp to couple fixtures to various support profiles.

A hollow transfer shaft with a circular cross-section shifts characteristic frequency to reduce operating noise in vehicle seat slide devices.

A retaining strip holds magnets in extrusion bores to secure portable dance floor panels without mechanical fasteners.

An RDU detachment system manages frontal crash deceleration pulses by rotating the drive unit downward via an inclined face, preventing rear subframe damage.

A clip system with toothed locking arms attaches external devices to smartphones, using a software-based screen marker to resolve alignment accuracy issues.

A miniaturized ratchet tie-down device features a nested spool and extendable anchor for compact securement.

An articulated arm adjusts awning height for standing room on low vehicles.

A magnetic bracket system secures telecommunications hardware to ferromagnetic surfaces using high-strength rare-earth magnets.

Keep-out apertures in the metal base chassis prevent signal obstruction, enabling wireless communication while the device remains folded.

Vertical stacking of traffic signals overcomes view obstruction from large vehicles, enhancing intersection safety.

A textured inner surface and spring mechanism maintain holding force across varying rod diameters.

Segmented frames with dedicated injection channels expel air bubbles during adhesive bonding to prevent image quality deterioration.

Boss holes in a compressible structure allow controlled compression, reducing weight while maintaining attachment strength.

Two offset protrusions on a releasing lever serve as a pivot fulcrum, reducing rotation around the central axis and improving switching stability.

Segmented brackets with flange openings slide onto chassis frames using zip ties or bolts, eliminating drilling that compromises structural integrity.

A magnetic light strand clip device with U-shaped clips secures string lights to metal surfaces without drilling.

Segmented support brackets align camera and infrared optical axes to resolve positional accuracy issues in compact security assemblies.

A recessed electrical box uses removable back wall elements to form apertures for multiple low voltage connectors.

A game camera security box uses a rotatable sleeve to conceal fasteners and prevent cutting tool access.

Rigid blocking elements pre-set spring compression in vertical busway hangers to ensure uniform load distribution and prevent riser distortion.

Segmented ramps and curved walls stabilize the router, preventing sagging under cable weight without modifying the tray.

Elastomeric rims conform to varying tablet dimensions while retractable tabs prevent accidental detachment from the headrest coupling.

Segmenting the clamp and toggle prevents accidental drops while maintaining object usability.

An EPDM rubber spring boot absorbs impact forces and distributes stress across the spring, preventing deformation during vehicle collisions.

A sliding mounting bracket connects to a coil spring carrier assembly for window sash support.

An overhead mounting system uses adjustable channels and spacers to manage wiring complexity while maintaining easy access to frequently used tools.

Rear-mounted sliding assemblies eliminate exposed linkage mechanisms that cause pinching hazards and complex symmetric designs.

Elastic deformation of a one-piece seamless curved substrate eliminates visible seams and labor-intensive assembly during logistics.

Composite polyethylene and steel construction reduces weight while maintaining NEMA 4x protection against moisture and debris.

A magnetic hanger features a peripheral rim spaced from the back frame to allow safe finger insertion during installation.

A protective case for portable computing devices attaches to a clipboard via mechanical fasteners.

A standard antenna interface merges remote radio heads and antennas into a single unit using capacitive RF coupling.

A depth-adjusting electrical box uses selectable mounting brackets to set variable installation depths.

An adjustable support pole handle system enables independent longitudinal and rotational positioning of handles along the support member.

A modular mounting system uses clamping structures to apply controlled compression for reliable fluid interconnections in microfluidic devices.

Two vertical rubber bushings share heavy loads through a bridge structure, fitting tight transverse spaces while maintaining strength.

Segmentation separates the enclosure from the mounting mechanism, preserving internal volume for wiring while providing strong attachment to structural studs.

A fan support assembly uses resilient interface members with outwardly extending ribs to dampen mechanical vibrations between the hanging member and elongate support.

Torsional spring clips secure 2.5-inch drives in larger trays, eliminating tedious screw mounting and reducing installation time.