Gripping Heads TRIZ Cases

Segmented support pads and sensors adjust wafer tilt to prevent contact damage during acceleration.

A robotic hand integrates a two-stage planetary gear assembly to reduce component count and improve grasping precision.

Radially moveable blades in a vessel gripper adapt to varying labware diameters, resolving the trade-off between grip versatility and structural complexity.

An automated reel edge preparation system applies adhesive elements to web material loops, reducing machine jams during reel changes.

A transfer device moves optical strain gauges between calibration and installation points.

A gripper head control valve uses a bus system to manage vacuum cups.

A product gripper employs a ramp mechanism to decouple hold-down engagement from blade lowering, preventing rough handling during food industry picking.

A magnetic clamp uses retractable pins to reduce base contact area for easier movement on steel beds.

Non-planar shearing auxetic structures resolve planar deployment limits by enabling rigid-to-compliant switching on curved surfaces via net shear actuation.

A wedge lock key secures clamp jaws around heavy objects for one-handed lifting operations.

Segmented vacuum grippers with movable spindles conform to irregular shapes, reducing power consumption and contamination risks in recycling sorting.

Arcuate holding members conform to object curvature, distributing contact pressure to prevent side damage during insertion and release.

A container gripping mechanism uses linear rails and a pinion gear to move gripper fingers toward or away from each other.

A swingable conductive pad adapts to warped substrate surfaces, preventing gaps that cause particle attachment and transfer failures.

A telescopic pick-up tool extends reach via nested segments while a remote-controlled clamp grasps objects, resolving rigidity limits.

Segmented blades prevent cross-contamination between dirty and clean wafers, boosting throughput by eliminating recontamination delays.

A ball cam mechanism prevents unexpected detachment of heavy end effectors during manual removal by requiring intentional release button operation.

A prepositioned gripper removes trays from a feeder stack without intermediate motion.

Segmented RFID containers enable automated tracking of complexed rubber properties, resolving information loss during storage and handling.

Automated robot machining adjusts movement sequences based on contact pressure measurements to restore worn blade profiles without manual intervention.

Cam lock joints and flexible dress packages reduce weight while enabling quick reconfiguration of robot end-effectors.

Segmented pressure finger plates grip wedge-like packages with straws, preventing drops during transfer.

A gripping mechanism uses a single wire wound around a pulley to generate closing and opening moments for pivoting pieces.

An automated end effector peels protective film from composite plies via suction and applies compression force to stack layers, reducing manual labor time.

A robotic arm with an adjustment station enables automatic gripping device reconfiguration along guides for rapid cycle changes.

An electric motor drives a piston and ball member mechanism to couple robotic tool modules.

A wedge clamping assembly uses frictional engagement to hold components securely without pneumatic pressure.

Segmented piston chucks center eccentric parts by sequencing jaw contact, resolving precision trade-offs.

A robot arm positions a force sensor against a tool holder side surface to measure contact forces during spindle rotation.

Segmenting the grasper into independent fingers maintains balanced contact forces on arbitrarily shaped objects.

A thin film depositing apparatus uses a substrate transfer module to move substrates simultaneously between multiple sputter guns.

Antagonistic springs delay lever return in a pivoting jaw locking device, maintaining an open position during shell extraction without operator intervention.

A magnetic pickup tool assembly uses a movable magnetic member within a hollow tube to collect ferrous debris.

Segmentation of support arms enables central gripping and rotatable storage, resolving the contradiction between handling efficiency and device complexity.

Separating engagement locations from electrical terminals minimizes ohmic losses, enabling larger currents and uniform treatment across the workpiece surface.

An integrated valve body merges vacuum and cylinder control, reducing pipeline quantity while maintaining material absorption reliability.

Segmented support struts allow the flexible membrane to deform into gaps, improving adaptability to varied object shapes while maintaining structural stability.

Vertical rod movement deploys spherical gripping elements inside hollow body necks, accommodating diameter variations without initial wall contact.

Air pressurized bladders expand a constraining layer, enabling the soft actuator to adapt to diverse object shapes and sizes.

A battery gripper shifts a suction side between gripping and measuring positions to consolidate handling operations.

Elongated rod bin picking system uses a proximal motor to rotate the end effector.

Telescopic branch rails and self-service locking mechanisms enable automatic repositioning, resolving manual adjustment bottlenecks.

Resilient retention and orienting structures in a nut plate gripper ensure precise base plate orientation, reducing manual labor intensity during assembly.

An adjustable robot arm handles various window sizes without multiple versions, preventing cracks and static defects during transfer.

A flexible track system with a robotic device drives along a conforming rail to automate scanning.

Flexible partition wall deforms under pressure difference created by a throttle passage to close the suction valve intake.

A gripper equipped with a distance measuring device detects the mold half position to enable precise workpiece removal.

Merging multiple suction chambers into one distributor chamber reduces hose interfaces and leakage points while maintaining independent group control.

Nested grippers hold removed solar panels to prevent space debris generation during complex satellite maintenance tasks.

An auxiliary portion stabilizes target objects during posture changes, preventing vacuum breakdown and reducing assembly time.