Stands/Trestles TRIZ Cases

A mobile stand integrates a spring between the foot and roller carrier to counteract torque, preventing push rod acceleration during lowering.

Adjustable midsection members along column assemblies reposition channels, eliminating tedious Velcro threading and increasing capacity.

A stand head assembly uses a drive dog to impart pivotal movement to the coupling for engine rotation.

A parallel safety chain limits spring extension in heavy pipe end prep tool tethers, preventing spring breakage and ensuring operator safety.

A motor coupling mechanism with interchangeable gearing reduces device complexity by enabling versatile camera movement and lens control.

A recoil support plate absorbs discharge forces while adjustable legs set elevation, preventing displacement during firing.

Dual-axis hinge allows folded operation without sub-displays, reducing size and cost.

A vehicle seat slide lock mechanism uses a segmented support shaft to restrict relative rail movement and maintain engagement.

An attachable stopper with flanges engages upper rails to limit movement range without specialized rail manufacturing.

Deformable elastomeric webs enable multidirectional cable movement, reducing stress on harnesses and fastening straps.

A blade holding apparatus uses moveable gripping elements to secure wind turbine blades without surface damage.

Integrated cover reduces component count while limiting noise generation.

An adhesive layer on a link bar attaches the back cover to the housing, eliminating extra components that increase complexity and reduce transparency.

Adjustable contact points on a universal support device accommodate generator rotors of varying diameters, reducing tool complexity and handling time.

A pivotable track fixture mount simplifies large display installation by switching between horizontal and upright orientations.

A camera dolly steering bar uses a telescopic slot tube and shift lever to switch between crab and corrective modes at any height.

Pivotal legs nest inside each other to resolve the contradiction between spill prevention and compact storage space.

Helical grooves on a locking sleeve convert rotation into axial displacement, thrusting toothed discs together to resolve complexity and speed trade-offs.

Axial drive member eliminates complex lever arms to reduce device complexity while maintaining vacuum strength through inclined surfaces.

Sliding holes and movable fixing members adjust to accommodate dimensional errors, reducing assembly time for various PCB sizes.

Linear adjustment mechanisms in pivot assemblies maintain stable optical device positioning without locking time.

A ladder mounting apparatus with a hinged plate and sliding engagement bracket secures electronic devices to rungs.