Clamps TRIZ Cases

A modular fixing element uses rotatable joints to adjust orientation angles beyond 180 degrees for precise workpiece positioning.

Segmented clamping arcs with adjustable radii ensure uniform pressure on pipe fixing blocks without requiring full circumferential access.

Spring-loaded covers and PTFE holding surfaces stabilize fiber ribbons, preventing slippage while enabling one-handed operation.

A pneumatic fixture clamp integrates a piston-driven drawbar within a compact housing to secure workpieces on rotating turntables.

An adjustable clamp arm resolves fixture cost issues by holding irregular parts without specialized tooling.

A woodworking clamp uses a sintered porous bearing area to reduce friction and wear during operation.

A modular clamping apparatus uses interchangeable shoes and pivotable jaws for versatile single-handed operation.

A C-shaped clamping tool uses an adjustable backstop to apply precise compressive force for dent removal.

An in-line clamp uses a ramp and pusher to apply downward force, reducing rod flexing and workpiece lift-off during drilling.

An adjustable clamping ring with a freely supported design resolves diameter matching precision issues on smooth round shafts without excessive force.

A tapered bushing eliminates erosive wear on the workbench while providing secure holding without cumbersome threaded operations.

A clamp with nested reversible interlocking assemblies adjusts jaw span through inner and outer bar configurations.

An asymmetric toggle lever in a swivelling unit maintains constant torque across large angles, resolving high force requirements during return strokes.

Rotating the receiving element aligns axes to eliminate torque generation during welding table fixation.

A rail support system secures posts and rails using a clamp and adjustable cradle.

Segmented guide members constrain the flange into translational and rotational phases, eliminating sliding errors while maintaining compact vertical bulk.

Pneumatic pressure drives a lever mechanism to adjust jaw spacing, eliminating manual format changes and reducing setup time across varying bar diameters.

A clamping device with a pivoting arm and sliding slider enables versatile tool configurations.

A beam clamp fixture uses a rotary pivot block to drive linear clamping motion for structural members.

Segmenting the clamp into a rigid metal frame and replaceable plastic head prevents cutting bit damage during machining.

A clamping tool release lever pivots around distinct fulcrums to alter mechanical advantage during operation.

A toggle clamping device uses a spring intermediary to expand projection spacing against force, reducing wear on locking surfaces during high-torque engagement.

A clamping apparatus uses a gas spring to adjust hook position for secure workpiece holding.

A CNC slat cutting table clamp uses two perpendicular arms to secure workpieces via a threaded bolt mechanism.

A compact hook apparatus centers metal sheets using a control rod and L-shaped linkage mechanism.

Segmented clamping jaw design reduces weight while maintaining mechanical strength to transmit high clamping forces effectively.

A swivel wheel spindle housing clamp secures rectangular steel tubes to lawn mower spindles using a carriage bolt and rubber-coated knob.

A clamp assembly uses a movable member and releasable connection to secure elongated structures without longitudinal sliding.

A bar clamp ratchet assembly uses a spring actuated trigger to engage gear teeth and secure the movable jaw carrier.

Spherical groove and convex structure enable the clamp jaw to rotate freely, adapting to inclined wooden plates without axial constraints.

A clamping tool uses a cam mechanism to exert defined force between surface structures.

Segmented column and arm design with form-fitting fasteners resolves positioning flexibility versus locking stability trade-offs.

A locking wedge clamps via angle transmission to enable precise angular positioning of mounting elements.

Cam actuating lobe converts lever rotation into linear motion for consistent clamping force.

A fixture structure uses a spring-loaded locking mechanism to connect and disconnect the second body from the actuation rod.

A clamping device uses a pivoted clamp and segmented lower jaw to secure workpieces precisely.

A clamping system uses a spherical compensating element to move multiple elements uniformly against a workpiece.

A centering pin uses a diverging conical section to engage workpiece holes without backlash.

A unified fixture holds a steering knuckle using triangular pressure claws and locating pins for single-setup machining.

A manual swing clamp uses a pivotally connected lever and link arm to rotate the plunger and clamp finger freely around the axis.

Integrally formed bearing body merges pivot support with clamping lever structure to simplify assembly.

Spring washers and flexible flanges in a clamping device absorb wear and play, ensuring precise assembly across different vehicle models.

Elastic push mechanism compensates for reaction forces to maintain stable clamping force despite workpiece thickness variations.

A toggle clamp locking mechanism uses a pin and cam surface to retain the handle in retaining and release positions.

A screw clamp uses a coaxial threaded drive to convert rotational motion into axial clamping force.

A rotatable door leaf handler secures doors on a stable frame to enable one-person hardware installation.

Dynamic crossbar adjustment via sleeving elements accommodates variable wood sizes, resolving fixed throat limitations.

A toggle clamp pivots a clamping arm to drive a biased element that contacts workpieces along a zero-angle line.

A clamp uses a spaced actuation device and transmission mechanism to control spindle displacement for one-handed operation.