Programme-Controlled Manipulator TRIZ Cases

Distance-based LED current adjustment maintains tracking flux while reducing power use, heat generation, and LED degradation.

Grip-time thresholds and deterioration trends alert teams to gripper issues before failure, helping prevent production downtime and part damage.

UVC shadow mapping and dosage-aware path planning help a mobile robot disinfect surfaces while minimizing electrical energy use.

Learn how labeled and unlabeled image triples combine embedding and regularization losses to reduce noisy pseudo-labels in instance segmentation training.

Forward and rearward sensor groups help an inspection robot map hazardous surfaces with safer, more systematic coverage.

Robotic arms use delta movements and collimated-beam detection to calculate source–detector position for 3D internal-structure measurement.

Linear and rotating motors give the surgical robot compact three-axis motion and flexible end-effector positioning in narrow microsurgical spaces.

Alternating links and gimbals provide orthogonal motion while cable guides limit slack, backlash, and distortion in minimally invasive tools.

Individual conveyor collectors separate contacting waste objects, while imaging and rejection improve recyclable purity without complex robotic sorting.

Forearm-mounted actuators and tendon routing keep the hand lightweight while supporting precise finger control and broad motion.

A movable platform element creates either a flat drone-landing surface or integrated end-effector storage, reducing travel for task changes.

Motor- and load-side sensors estimate medical tool-tip motion to reduce manipulator vibration and improve trajectory control.

Fastening pockets let a gripper base accept functional components without tools, enabling quick changes for different gripping tasks.

Weight feedback lets a workbench robot scoop, transfer, and adjust powder, particles, or viscous material until the target range is reached.

Virtual patient and robot locations are tested along the planned cutting path to map a stable operable area before surgery.

A single chamber uses separate cooling paths for high- and moderate-heat electronics to maintain operation in a compact cabinet.

A virtual guide and spring-damper controller keeps exoskeleton motion near a theoretical step while adjusting assistance to user movement.

Behavior-tree subtrees check shared robot availability before execution, coordinating multiple tasks while avoiding deadlock and resource starvation.

Manufacturing tolerances and varying loads shift grow sites; a track and engagement actuators align towers for consistent transplanting and cleaning.

A graphical interface guides robotic surgical positioning and confirms anatomical reference surfaces with directional and distance feedback.

Uncertain cart orientation can disrupt article retrieval; detected cart coordinates guide robot-hand motion for efficient handling.

An integrated palm camera checks parcel sorting information and enables automated turning before suction-gripper placement.

A positioning sensor detects counterpart markers to calibrate the transfer hand for accurate loading and unloading on a moving vehicle.

A rotating vacuum-cup gripper adjusts object pose during rapid robotic handling while preserving grasp security and packing efficiency.

Semantic analysis and input emulation let a robotic intermediary coordinate data across devices and services without shifting complexity to each device.

By measuring distances to three projected parts, the processor estimates plane angle and object contour to reduce robot vision processing.

Language-model suggestions and text-image embedding scores help a robot photographer capture user-specified events at the right moments.

Controlled airflow lets interchangeable nests hold delicate, small-surface components without secondary valves, shortening transport cycles.

X-ray imaging misses low-atomic-number hazards; vent-matched sniffing and cyclone concentration add rapid gas and particle analysis.

Learn how pseudo-label validation stabilizes instance segmentation training while reducing labeled-data needs and noisy label reinforcement.

Coil springs buffer impacts below the knee while stoppers limit rotation, helping the exoskeleton follow natural knee motion with less wearer discomfort.

Palm sensing selects suction, grasping, or combined gripping to pick varied objects quickly without dropping loads.

Manual robot-to-conveyor calibration demands expert skill; non-contact position sensing automates coordinate mapping for precise pick-and-place work.

A steerable tower, 3D positioning module, and stabilisation pillars enable power-line tasks without interrupting electrical service.

Passive payload holding limits acceleration in vacuum robots; dielectric-electrode gripping adds force without increasing contamination risk.

Separate measurement and reference units use reflected light to correct target positions in 3D, addressing precision limits in robot and spindle calibration.

Position changes after venue shifts or maintenance can disrupt robotic instrument beating; trajectory correction restores consistent performance without added sensors.

Opposing robot arms tilt and pull shelf-held totes before firmer gripping and legged transport, reducing reliance on complex grippers.

Replacing slider mechanisms with rotational joints lets this surgical tool support arm provide linear motion with less friction and a simpler, more compact structure.

Optimized tendon routing, link dimensions, and passive springs let one motor support both fingertip and enveloping grasps.

A removable instrumentation core separates the surgical tool from its robotic stage, supporting ergonomic control and access in minimally invasive procedures.

Position-based feeder control adjusts shaft retraction speed and pauses movement to limit tissue damage during robotic ureteroscopy.

Inclination and load sensors trigger gas-spring assistance only during needed lower-back motion, reducing discomfort during daily activities.

When cases go missing, the controller rearranges adjacent packages or substitutes similar dimensions to preserve pallet stability and throughput.

A trained neural network biases configuration-space samples so robotic end effectors can plan box-picking paths quickly in cluttered scenes.

Camera-LiDAR fusion detects structural edges and classifies stairs, curbs, and cliffs so a robot can adjust movement in real time.

Estimate remaining operating time and selectively reduce torque outside leg-lifting phases to extend walking assistance.

Multi-wavelength optics and motion sensing let a close-fitting wearable track muscle activity despite tissue attenuation and movement.

A communication robot combines voice-volume mapping with face and motion detection to steer eyeball and body movements toward salient stimuli.

Depth sensing ranks geometric and appearance hypotheses to pick box-like items one at a time without extensive retraining.