Stands/Trestles TRIZ Cases

A video camera stabilizer uses three-dimensional adjusting devices with guide rails to position the mounting stage for different cameras.

Integrated locking elements enable upper rail separation from lower rails without extra hardware.

An adjustable load dock leveler prop accommodates varying trailer heights and angles by modifying the cant angle between its dock head and stanchion.

A hitch-mounted apparatus with a torsion-resistant arm secures anchor platforms to vehicle receivers.

Vertically movable intermediate rollers in a vehicle seat slide device prevent rattling and absorb impact forces without increasing lower rail weight.

Adapter plate mates with camera mounting plate via dovetail alignment and spring-biased safety catch to eliminate screw binding during mount changes.

A quick release pivot module uses a slide button and latch mechanism to detach and attach display joints.

Helical piers attach to arm members on the structure base, eliminating concrete curing time.

A semi-spherical shell pivot centered at the display's gravity allows single-user rotation.

Multi-arm linkage mechanisms control step bracket trajectories to extend travel and avoid chassis interference.

A spring-loaded sprocket stick engages a gearwheel to lock the optical train angle in dome camera adjustment assemblies.

Hip-mounted camera cranes use counterweights and hydraulic dampers to reduce operator fatigue while maintaining stable video capture.

A flashlight mount uses a modular flexible mast and rotatable joints to position the light in any orientation.

Telescopic support members with a counterweight stabilize elevated image capture against wind forces while allowing easy assembly.

Segmented pivot joints in the bracket allow controlled tilting and panning while locking elements prevent unintended movement from weather or animals.

A holding apparatus uses inclined surfaces to adjust contact points and maintain constant distance along a reference axis.

An interlock slide mates with a groove in nested sleeves to lock a mobile device cradle onto a shopping cart handle, enabling hands-free operation.

An auxiliary sleeve nested in the spider allows the column to slide horizontally, reducing closed length without detaching the support.

Angled cavities receive support elements to suspend mobile computing devices at multiple orientations without adding external bulk.

Orthogonal motor stack stabilizes handheld camera, resolving stability-complexity trade-off.

A sliding camera mount uses a perpendicular spring to hold the device securely on a vehicle base.

Elastic bodies inside the inner ball generate counter-torque that prevents optical axis displacement during vertical adjustments.

A pivot mount uses a locking slot joint and serrated surfaces to secure objects on poles.

A tilting mechanism uses a deviation member to adjust washer position relative to the shaft.

Segmentation and intermediary components allow the pod to detach from devices and attach to pre-positioned clips, reducing setup time during patient relocation.

Interchangeable bracing jaws adapt the mount to various profiles, resolving complexity trade-offs for versatile camera attachment.

An adjustable piering system integrates the coupling assembly into the heave plate to prevent component detachment during soil movement.

Removable accessory mounting track with tee-bolt interface secures devices to various surfaces.

Pivot arms engage receptacles via user-applied pressure on pads, stabilizing containers during mixing without obstructing access.