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.

Spring-connected pivot legs adjust the bench height, resolving stability trade-offs while maintaining compact storage.

Angled locking pins prevent upward seat movement during crash events by maintaining secure engagement with track openings.

Intermeshing gear teeth link leg pivots for symmetrical splay, while a detent locks positions to resolve stability versus complexity trade-offs.

Segmented elevated support members create clearance gaps that allow saw blade movement while maintaining material stability.

A firearm support system uses a pan mechanism for horizontal rotation and a cant mechanism for vertical tilt to stabilize the weapon.

Position-limiting walls on the standing rod abut tenons on supporting arms to prevent toppling during angle adjustment.

Adjustable arms on the base periphery accommodate varying projector hole patterns, eliminating complex reconfiguration during installation.

A swivel mount houses internal adjustment mechanisms within a sleek post envelope to provide controlled rotational freedom for electronic devices.

Inclined dowel bars mechanically separate display screens from frames, eliminating magnetic field damage to lamp beads during disassembly.

A propeller assembly creates aerodynamic lift to stabilize a telescoping pole, enabling a ten-foot extension beyond standard selfie stick limits.

A telescopic stabilizer handle extends to enable self-shooting and long-distance framing.

An adjustable piering system integrates a socket and stud mechanism to maintain support on sloped foundations while preventing breakage from offset loads.

A rotational support mechanism uses a detachable rotation stopper to restrict the horizontal rotatable range of an operating panel.

An H-shaped base with angled feet and a friction hinge hoists a display unit above the support structure to resolve surface compatibility issues.

A mounting assembly uses a sliding slider to clamp an inserting post, enabling rapid attachment of external components.

A davit arm system uses a bearing mechanism to enable smooth vertical movement along the support structure.

Releasable fasteners on the bracket allow quick height and angular adjustments, solving complexity issues in conventional holders.

A viscous fluid fills the gap between a spherical ball and shell to regulate rotation across three axes.

Elastic annular sealing member compresses to generate hydraulic pressure, eliminating external fluid supply needs.

Pivotable arms on the spider base body merge stabilizer and tripod functions, reducing component count while maintaining versatile support.

A rotatable barcode scanner assembly uses opposing sliders and slide grooves to enable full 360-degree horizontal rotation of the scan head.

A wedge-shaped support apparatus with concave back edges and textured surfaces secures trail cameras to tree trunks.

An adjustable rotating module uses an interference fit between a mandrel and arcuate arm to balance display weight support with smooth swivel operation.