Programme-Controlled Manipulator TRIZ Cases

A lateral cable-and-pulley ankle exoskeleton avoids medial leg interference while delivering assistive or resistive torque for gait rehabilitation.

Real-time ultrasonic and hyperspectral sensing adjusts aquatic plant harvesting parameters to handle changing conditions and improve yield quality.

Offset sensor mounts increase inspection resolution on thick industrial assets while keeping the robot footprint compact for confined, hazardous spaces.

Real-time confidence scoring detects when a robot has truly settled, reducing manual tuning and improving motion precision and cycle time.

Cable routing through pulleys protects thumb wires during joint rotation, cutting hand weight and size while preserving human-like grasping.

Exothermic reaction chambers and vacuum suction cups give a soft crawling robot rapid start-up, high driving force, and multi-directional movement.

Position sensing of telescopic arm elements separates motion-induced torque from contact force for more accurate robot contact detection.

Automatic note-to-hand assignment, swing scheduling, and joint trajectory control let a humanoid robot drum quickly without hand collisions.

Multimodal sensing and emotion-labeled dialogue drive a 3D companion robot that delivers more realistic visual and voice companionship.

Multiple camera views and neural-network segmentation improve 3D shape and pose estimation for precise robotic packing and placement.

Optical detection, vacuum cups, and an integrated cutter automate carton stack lifting, vertical positioning, strap removal, and waste disposal.

Real-time joint-capacity planning adapts robot motion to payload and configuration, improving utilization without fixed work-envelope limits.

Piezo vibration and suction remove cumulus cells from oocytes while minimizing zona pellucida contact, damage risk, and enzyme exposure.

An articulated telescopic robot hand grasps heavy bill storage containers in shelves and reorients them automatically for loading and unloading.

Separate calibration sets for ultrasonic sensor sleds enable redundant surface inspection in hazardous environments with systematic coverage.

Humanoid robots with sensors and adjustable phenotypes replicate human activities to test implants across multiple joints with more realistic data.

Video, text, and environmental vision data are fused to turn task demonstrations into precise robot instructions without expert manual programming.

A robotic supply device inserts slides and presses the eject button automatically, raising slide imaging throughput with less manual handling.

Offset forward and rearward sensor mounts help an inspection robot capture complete, high-resolution surface data in hazardous industrial spaces.

A limiting bracket and engagement sensing mechanism create stable reference points for accurate microsurgical instrument initialization.

Spatial Q&A training helps a vision-language model turn scene images into precise pick-and-place steps without near-perfect perception.

Cross-shaped hinge grooves and needle roller bearings create a compact robot ankle with higher joint integration, wider motion, and better flexibility.

Flexible textile covers and lattice energy absorbers protect humanoid robot components without restricting joint motion or human-safe interaction.

A multifunction robot combines food retrieval, heating, floor cleaning, and table setting to reduce manual housework while safely handling hot items.

Multi-sensor force and torque data feed an AI model to replace subjective exoskeleton feedback with objective, personalized assessment.

Sensors align object edges with a conveyor to cut vertical motion and improve pick point accuracy during loading and unloading.

A robot arm and rotating container table automate empty-to-full chemical swaps, isolating operators from toxic exposure in semiconductor tools.

Template-constrained affine matching raises segmentation confidence for transparent objects with limited training data in robotic picking and navigation.

Three-cycle pseudo-biorhythms update a 2D emotion map to keep simulated pets responsive and creature-like even during inactivity.

A shared base imaging unit and reflective gripper optics cut hardware cost while keeping tactile image analysis accurate across gripper shapes.

Autonomous skill learning helps robots press elevator buttons, manage rides, and adapt to dynamic hospital and home environments.

Multiple input modalities are coordinated to move a repositionable imaging unit while haptic feedback flags motion limits and collision risks.

Integrated contact sensors and FSR materials improve force feedback on deformable bodies, enabling more precise and coordinated robotic massage.

Dual battery thresholds let a stalled mobile robot dock itself for charging, then cut control-unit power to prevent complete discharge.

Six independently driven beveled wheels align a rotating cylinder faster while controlling angle, axis height, and position under high loads.

A robot mounted inside the circular carrier cuts parts feeding footprint and simplifies pickup control by avoiding complex coordinate calculations.

A trunk-centered multi-DOF layout integrates arms, legs, controller, and battery to improve humanoid robot compactness and motion flexibility.

A seven-axis arm layout with tuned axis offsets and a cable-routing base improves access to complex workpieces while keeping painting booths compact.

Live sensor data and ML drive remote CAM boot adjustments, improving comfort and support without manual mechanical tuning.

A dual-arm gimbal and guide-tube layout keeps instrument guidance precise while reducing robot size, cost, and procedure-specific hardware.

A server predicts robot collision risk near shared areas and assigns passing priority to keep multi-robot traffic orderly with less manual intervention.

3D point clouds and depth-map classification distinguish container walls from products, enabling safer collision-free material handling paths.

Non-stretchable patches on a stretchable glove liner transfer artificial tendon force, simplify sizing, and reduce glove assembly effort.

Video, text, and environmental inputs are fused to generate precise robotic instructions without time-consuming manual programming.

A flexible vacuum cup and resilient neck let robotic harvesters grip irregular mushrooms gently while increasing picking frequency.

Radial elastic jaws grip watch components without vacuum, cutting energy use, noise, size, and deformation risk in automated handling.

Visibility scoring from camera images helps a robot choose less occluded work targets and reduce grasping failures.

Placing the battery near the exoskeleton knee removes external cables, reducing snag risk, power loss, and radio interference.

Real-time robot status and wait-time guidance directs warehouse operators to the next best task, cutting congestion and robot dwell time.

A wheeled rehab platform combines motion sensing and adjustable AR projection to deliver engaging exercises across floors, walls, and rooms.