Machine Supports TRIZ Cases

A wire gripping assembly uses a knurled thumbscrew to secure electrical boxes and light fixtures to overhead supports.

Adjustable engagement members accommodate varying pole diameters and enclosure sizes, eliminating the need for multiple distinct fastener hardware sets.

A forearm attachment apparatus uses dynamic gimbal coupling joints to transmit user hand motions directly to a distal tool end.

A vehicle connector with a deformable supporting portion absorbs vibration impacts, preventing circuit board de-soldering and component damage.

Conductive silver yarn fabric releases ions to eliminate microbes on electronics without chemicals.

Threaded elastomeric straps encircle goalposts to provide stable target positioning without complex mechanical fasteners.

A portable terminal holder mounts directly on the steering axis line of a saddle vehicle to secure devices during operation.

A sliding coupling unit adjusts user-interface position along a guide path.

A transversely clampable linear adjustment mechanism uses separate nuts and bolts to position plates without disturbing alignment.

Intersecting ribs on shaft and receiving portions engage during rotation to eliminate relative shaking without additional fixing components.

A patio support bracket uses an elongated hook member to engage structural joists beneath deck boards for secure umbrella mounting.

A double carabiner uses a pivoting lock to secure gates on both sides of the body.

A light-permeable fixing component guides illumination through an internal channel to emit visible light from its head end.

Octagonal elastic jack pads with adhesive layers secure foot plates and distribute load to prevent surface damage on uneven terrain.

An adjustable strap uses a sliding member and limiting member to lock length without extra parts.

A speed strut clamp uses a movable block and quick nut to resolve the trade-off between stable clamping force and easy repositioning.

A recessed wall mounting apparatus integrates a housing unit and adjustable brackets to secure accessory devices within architectural structures.

A mounting bracket uses helical screw threads to secure fencing wire to posts.

Spring-loaded clamp enables rapid repositioning of firearms on rails without screw-based fastening.

Spherical air bearing decouples angle degree of freedom, resolving horizontal stiffness versus positioning precision trade-off.

A solenoid valve mounting device uses elastic holding arms to absorb mechanical impulses and decouple vibrations from the vehicle body.

Telescoping posts adjust diameter to fit varying hole sizes, preventing permanent damage while supporting heavy skateboards.

Nested modules utilize recessed rear housing depth to expand capabilities without increasing external footprint.

A vehicle display screen mount uses a guide path to position the screen for viewing.

Bent support members disperse stress from a notebook handle, preventing housing damage during carrying.

Segmented hangers engage panel edges to hold protective sheets, reducing installation time and avoiding specialized equipment.

A quick-detach accessory base mount uses a rotating mounting arm and cam to grip an accessory rail.

Segmented bearing shells spaced axially reduce radial play in the swivel joint, allowing simplified assembly with a single locking pin.

A fixing structure for removable electronic devices integrates a handle body, backplane, screw member, and elastic member to secure the device.

A suspension arrangement uses a hook member and resilient member to secure monitoring devices via weight-activated state transitions.

Protruding low friction zones on a display base enable smooth desk movement while peripheral high friction surfaces prevent falls at the edge.

Clamping the coupler between the base member and sheet member reduces component count and working steps for secure attachment.

Clamps secure longitudinal members to litter poles, resolving transport instability.

Segmented elastic strands create a star-shaped fixation pattern that prevents slipping and falling during vehicle shocks.

Segmented arms and self-latching plungers resolve the trade-off between vault storage space and technician accessibility.

A satellite dish pole mount bracket uses a movable tab member to adjust between mid-pole and pole-end configurations.

A rigid frame with a fulcrum opening supports a pool brush pole to pivot and multiply applied force.

A flat panel TV antenna uses a sliding locking mechanism to adjust the rear support position along the main body for flexible installation.

Segmenting the cover and lead guide allows the display panel to pivot parallel to the main case, reducing device volume while maintaining cable protection.

Slanted edge elements on a carrying device enhance mechanical stability and force transmission while maximizing magnetic core area for inductive power transfer.

Segmented casings linked by a sliding connector relocate the optical drive, expanding internal volume to resolve heat dissipation limits in compact designs.

A universal angle bracket mounts lidar sensors and cameras on soil compactor frames, eliminating separate specialized brackets to reduce inventory costs.

An active vibration isolation system uses a rotary actuator and asymmetric scissors links to eliminate transmission backlash and improve stability.

Segmented convex-concave fitting structure disperses inertia forces across intersecting grooves to secure sensor mounting stability.

Segmenting the sensor from the lever allows flexible retrofitting without replacing the entire assembly, lowering repair costs.

Segmented safety architecture uses high-category monitoring to verify actual position, reducing coast-down distance engineering effort.

Stamp-like projections compress the conductive fleece between film conductors to reduce electrical contact resistance in laminated glass assemblies.