Stands/Trestles TRIZ Cases

A swivel camera mount uses a release lever and detent mechanism to secure the imaging device at selected angles.

Internal lever extraction and nested leg structures reduce transport volume while preventing accidental damage.

A tablet base housing a rotating interface assembly and moving member adjusts connector tilt angles for secure device positioning.

A segmented mounting apparatus resolves the stability versus setup time trade-off by enabling rapid repositioning of optical instruments.

A jukebox housing integrates a user interface and video display with a controller for synchronized media playback.

Adjustable support struts transfer camera load from the shoulder to the waist, reducing thoracic strain while maintaining operational stability.

Segmented routing and an intermediary stopper prevent harness swinging that causes noise interference in sliding doors.

An adjustable spherical joint assembly increases contact area and allows external friction tuning without disassembling the crash test dummy.

Offset clamping surfaces on pivoting legs engage furniture frames without interfering with the main shaft, resolving stability issues in device stands.

An integrated protector cover and link arm absorb wiring harness slack, reducing component count and assembly costs for sliding structures.

Segmented transducer modules with universal mounting features resolve manufacturing complexity, enabling precise array geometry and high-quality imagery.

Sliding jaws adapt to different phone widths while a rotatable bracket adjusts the viewing angle, preventing tipping.

A tuner mounting system uses a ball element and socket to enable pivotal coupling.

Alignment elements space brackets at precise rise and run dimensions, eliminating on-site measuring errors and reducing labor during installation.

Electromagnetic drive moves weights along a guiding post to balance the gimbal, eliminating static friction from manual adjustment.

A rotatable sign apparatus uses a low pivot axis and counterweight to maintain vertical orientation on uneven terrain.

Electronic feedback control replaces passive inertia to reduce operator skill requirements while maintaining angular stability for video cameras.

A rack-type pipe feeder uses a V-shaped cam to dispense heavy HDPE sticks onto powered stands.

Vacuum-operated anchoring devices pivot to seal against vehicle surfaces while a damping mechanism absorbs vibration energy for stable camera operation.

Adjustable gas springs and an electromechanical actuator resolve the trade-off between smooth operation and variable load capacity in articulated support arms.

Segmented hook-and-slot hinges allow cameras to hang securely on brackets, eliminating the need for technicians to hold devices during wiring.

Adjustable platform mechanism uses sliding frames and quick-connect pins to engage or disengage individual springs for variable lifting force.

A detachable transverse tube with a rotary seat allows tripod center shafts to switch between vertical and horizontal orientations.

A holder with a deformable sucker body and locking module creates secure mounting via low pressure.

A mobile aerial advertising display uses a ground-supported lift mechanism and a detachable mounting frame to position illuminated structures at various locations.

A suction cup body integrates a receptacle and displacing member to fix objects directly.

Modular B-shaped brackets with detachable support bars resolve the trade-off between structural strength and assembly complexity in LED display back frames.

A portable fixer uses a rigid extension rod and positioning frame to suspend mobile devices securely.

Bracket uses spring-biased rods engaging base notches to resolve wall offset and installation complexity.

A golf club holder secures offset putters in a vertical orientation using friction engagement.

Segmented support segments with a spring-loaded clamping block resolve the contradiction between adjustable angles and installation stability.

Dual spindle assemblies rotate and lift the display panel to align the screen centerline with the user's line of sight.

A retractable cambered tape support system with a spooling mechanism enables flexible deployment of surveillance devices.

A movable assembly shifts a supplemental light source from a hidden position beside the display to an exposed location.

A tripod mount uses a rotatable U hook to engage vehicle vent louvers for secure cell phone attachment.

Grid guide rails and rolling foot elements allow manual bench repositioning, eliminating time-consuming crane operations.

A clamper uses a connecting bar and elastic element to move sliding components for automatic clamping action.

An oblique fixed rail positions the center of gravity rearward, preventing forward tilting while allowing angle adjustment.

A swivel device uses a detachable stop part reattachable on the lever for position adjustment.

Dynamic connecting components align into a straight line to provide steady support force, eliminating heavy bottom-mounted fixing devices.

Foldable leg mount secures heavy electronic devices to magnetic surfaces while concealing ferromagnetic plates for better aesthetics.

A telescopic equipment boom uses a locking collar and variable inner diameter friction ring to fix extension length.

A mounting apparatus uses elastic members and a pivot pin to balance restoring forces for adjustable height positioning.

A crane apparatus integrates a sub jib mechanism within the main jib structure to enable single-operator camera control.

A vehicle seat mobile-device holder uses a rotating plate to adjust spring-loaded arms for secure device retention.

Spiral shaft modules rotate upper and lower bodies to expand clamping spaces, resolving limited versatility in conventional fixing devices.

A spring loaded mount adapter stabilizes a camera system using interlocking raised members that engage with the camera frame.

Embedded magnets replace mechanical straps to secure tripod legs, preventing water and dirt ingress while enabling one-handed operation.