Programme-Controlled Manipulator TRIZ Cases

Differential and joint-angle models define accurate arm angle intervals for 7-DOF robotic arms while avoiding inverse-kinematics singularities.

Visual, audible, or tactile reminders help operators reposition hand controls in clutch mode without disturbing robotic tool motion.

Automated arm, gripper, and laser or camera sensing place golf balls on a tee without bending, reducing setup time and supporting stroke analysis.

Laser sensors in a smart cassette detect wafer placement offsets and send correction commands to improve robotic arm alignment and prevent damage.

Reference reflective elements correct 3D position data from measurement light, improving robot arm and spindle accuracy for precise assembly.

Orientation-based command remapping keeps secondary instrument motion intuitive when multiple teleoperated tools shift into different configurations.

Flexible arm-to-torso coupling and a waist-linked lifting assembly increase torque, reduce stiffness, and improve ergonomic comfort.

A protected head shell and illuminated display region improve humanoid robot interaction while resisting contaminants and physical impacts.

Multi-phase energy control switches cut waveform timing and voltage to improve tissue cutting while limiting sparking and burning.

A below-hand image capturer detects substrate notches or flats during transfer, cutting conveyance time without adding aligner complexity.

Dynamic motion limits based on procedure type and operating mode help robotic manipulators avoid collisions while preserving instrument reach.

Differential QDD linear actuators let humanoid joints deliver 2-DOF motion in limited body volume while improving balance and collision resilience.

Semantic labels and closest-point matching merge 3D object points across frames, improving scene understanding for autonomous movement control.

An integrated joint housing combines motors, bearings, and strain wave gearing to improve alignment, compactness, and assembly reliability.

Sensors, robotic coupling, and trailer height checks automate yard-truck hookup, door handling, and safe docking with less manual labor.

Feedback-driven waypoint adaptation helps a robotic arm handle glass slide size and position variation with precise pick-and-place control.

Angle-triggered hip torque supports forward bending while avoiding resistance during walking or sitting, reducing lower-back muscle load.

Real-time image and force feedback are combined to predict robot pose and contact force for safer, more accurate contact tasks.

An externally operated adjuster changes damper fluid flow to tune knee-bending resistance without power, improving usability and safety.

Centralized sensing and feedback automate robot error compensation to maintain repeated positioning accuracy with less manual work and downtime.

Patient-specific modeling scores port locations by reachability, collision volume, and human factors to improve teleoperated surgical access.

A monolithic elastic gripper finger uses compliant geometry to grasp varied and soft objects with low force, simple control, and self-opening recovery.

Spherical plain bearings and three lifters adjust upper-part height and inclination precisely while preventing apparatus distortion.

Optical recognition and retractable needles automate die-cutter rubber placement, improving accuracy while reducing manual time and waste.

Neural-network 2D estimates and 3D feature registration improve post-grasp object pose accuracy, reducing collisions during robot handling.

A robot arm uses suction pickup and glue dispensing to place temporary dunnage strips, cutting manual labor while keeping warehouse layouts flexible.

Combining pneumatic pressure with crossed tendon drive, this origami shell actuator solves limited motion range and poor controllability in soft robots.

Camera-guided remote operator input lets a robotic arm recover dropped or hard-to-handle items without workspace entry or shutdown.

A slide-rail release mechanism decouples the robotic instrument drive for safe manual removal during power failure or joint lockage.

A unified 3D interaction engine synchronizes stereo, endoscopic, and exoscopic video with a virtual medical model for precise AR interaction.

Hip-level actuator placement and 4 active DOF improve exoskeleton balance and gait while reducing crutch dependence and arm strain.

Predicting feeder depletion and preparing a hot standby unit keeps discrete medicament dispensing running with less downtime.

When noise, crowding, or hygiene concerns block direct speech, the system shifts voice capture to a nearby user device and server.

Consumption-based control switches between robot picking and container replacement to cut replenishment time and reduce leftover article waste.

Event-driven behavior trees replace manual robot programming by compiling hardware-agnostic task logic into executable code for different robot models.

Optical tracer feedback lets a compact parallel robot deliver precise surgical positioning while reducing operating-room space use.

Independently driven coaxial shafts rotate one linkage aside as the other extends, increasing robot reach and throughput with less interference.

Sensor-guided path planning targets dirty vehicle areas while avoiding collisions, damage, and unsafe overlap in robotic servicing.

A modular platform with side masts and removable load areas automates whole-bunch grape collection in narrow vine rows and uneven terrain.

Simulation with a second robot and cGAN-trained models detects abnormal vibration, current, and position patterns before downtime occurs.

A mast-and-platform layout carries robotic arms and containers to automate grape harvesting in narrow vineyard rows on uneven terrain.

Adaptive AI uses task-generation and selection models with user input to cut medical robot setup time without sacrificing task performance.

Laser scanning, task allocation, and drilling angle compensation help robots adapt to shelter splicing errors and improve drilling accuracy.

A mobile robot projects interactive interfaces near the user, reads selections from images, and adds gesture, audio, and physical assistance.

When joint speeds exceed motor limits, proportional scaling keeps the robotic surgical arm balanced and aligned with the surgeon's input.

Bowden-cable hip torque assistance reduces L5/S1 moment burden and back muscle fatigue during bending and lifting tasks.

Predicted liquid displacement guides robot arm impedance changes, enabling faster container movement while preventing spillage.

A side-mounted actuation layout and sterile plate interface keep the inner channel accessible for suction or irrigation without breaking sterility.

A locked working point and multi-link plane let a portable orthopedic robot position a powered bone saw accurately without high arm torque.

Nested driveshafts and bevel gears add 3-DOF motion in a compact surgical joint, improving dexterity through small access ports.