Gripping Heads TRIZ Cases

A modular tool holder system with quick-release locking and conical alignment guides enables rapid tool exchange on unmanned ground vehicles.

A gripper synchronizes jaw motion via a closed-loop polymer cable routed through pulleys and actuator channels.

Segmented power circuits suppress transient electric arcs during robotic tool coupling, extending electrical contact life beyond mechanical limits.

Pressing claws stabilize workpieces during detachment, preventing deviation caused by interference fits between protrusions and holes.

Mating surface topographies distribute gripping force across fragile curvilinear sheets, preventing deformation during handling.

A recessed transfer head grips micro LEDs using electrostatic or suction forces without direct contact.

Segmented locking parts merge onto one mandrel to secure underwater tubing hangers against complex marine conditions.

An internal bellows insert disrupts air-flow resonance within a flexible vacuum cup, reducing noise during high-airflow operations.

Diverging combustion cone and apertured radiators diffuse the flame to generate uniform infrared radiation for cooking.

A vacuum ejector device records air supply switching control times to generate diagnostic signals for system monitoring.

A robot hand sensor uses a viscoelastic deformation layer to transmit claw pressure to an internal pressure detector.

A gripper system uses a roller gear and parallelogram linkage to drive jaws without guide elements.

A gripping device uses a gear mechanism to couple piston movement with guide rods for synchronous radial adjustment of claws.

Segmented vacuum zones provide precise holding force for delicate materials while minimizing energy consumption across inactive areas.

A robot hand uses link structures to adjust holder spacing via arm movement.

An elastic port collection tube extracts micro light-emitting diodes to accelerate transfer speed and resolve mass production bottlenecks.

Segmented valve units enable independent maintenance access while the dynamic valve body ensures reliable object fixation.

A substrate gripping hand rotates about a roll axis to orient the wafer before engaging with pads.

Varying guide member sectional areas reduces moment loads on holding members, preventing tilting during transport.

End effector uses cooling air jets directed at follower rollers to manage thermal conditions during induction welding of thermoplastic composites.

Coaxial guide columns attached to pistons allow larger diameters, increasing clamping power while preventing dirt penetration.

Segmented ports and integrated sensors enable flexible object acquisition while maintaining suction pressure.

Segmented support member resolves interference between heavy and light articles by varying thickness within a single component.

Pivoting Bernoulli cups conform carbon fiber plies to mandrel surfaces, preventing wrinkles and ply damage during layup.

Segmented actuators and a dynamic switching mechanism reduce size and weight while maintaining gripping force and controllability.

Pressure-driven flexible membranes shift gripper geometry to reorient parts without external fixtures.

Dielectric coatings on 3D conductive microstructures reduce energy consumption while maintaining adhesion strength at low voltages.

An automated transport mechanism replaces suction brushes during operation, eliminating downtime and reducing contamination risks.

Inline thumb actuator rotates the prosthetic digit to enable grip selection, reducing manual effort and patient fatigue.

Optical sensors guide the robot arm to cut and remove outer packaging, reducing manual handling risks during sleeve transfer.

Geometric profiles enable self-aligning kinematic coupling between robotic arms and sterile reservoirs, eliminating manual handling risks.

An insulated bracket enables tool attachment to robot arms by routing umbilical members through a hollow structure while preventing spatter ingress.

Polygonal end effector with segmented vacuum zones handles diverse composite plies, preventing distortion during automated removal.

A wire gripping assembly uses a drive cylinder and rack member to pivot lever arms, eliminating heavy mechanical linkages that increase size and cost.

Segmented cartridge design reduces integration complexity by allowing users to adapt external shapes without specialized knowledge.

An intermediary protective cover prevents cutting fluid and chips from adhering to the robot hand, ensuring secure workpiece handling.

An elastic substrate pad features an inclined main portion that accommodates warped wafers through adaptive gripping.

Asymmetric outlet conduits generate laminar gas flow and pressure differentials that eliminate center turbulence and prevent object bending during transfer.

Dual air paths in interchangeable work heads resolve airflow restrictions, enabling reliable pickup of heavy components at high speeds.

Complementary contours on plier jaws bridge sensor gaps, enabling reliable detection of thin objects beyond standard switching backlash limits.

A leak preventing appliance uses a dual-chamber suction head and vacuum pump to seal damaged tank walls under negative pressure.

A gripper arrangement rotates cleanroom containers using a motor and engagement elements.

Segmenting the main body into recesses and a sealing lip distributes suction force to prevent damage to thin substrates during rapid release.

A gripper unit pushes loaded trays directly onto a discharge belt to accelerate the loading cycle.

Vacuum and roller end effector automates composite layup, resolving manual inconsistency.

Transformer coils transmit power to electrodes on a robotic blade, eliminating vacuum sources and reducing structural complexity.

Magnetic interaction between a ball and element enables automatic recentering of the suction calotte, reducing handling force on sensitive optical surfaces.

A gripping member with a detachable nose and sliding ejection plate enables rapid adaptation to various container neck diameters.

A motorized connector assembly shifts linkage members via a gear assembly to enable quick tool swaps while maintaining sterility through a segmented barrier.

An expanding ring coupling secures a prosthetic wrist to its socket while an inertial measurement unit coordinates rotation with grip formation.