Programme-Controlled Manipulator TRIZ Cases

Barcode reading, imaging, and robotic transfer move patient samples into restricted analyzers with traceability and lower contamination risk.

Pneumatic edible inflatable objects create touchable, consumable motion and sensory effects without costly traditional robotic systems.

Natural language summaries and generative models turn user requests into robot modulation values, reducing manual tuning while improving control accuracy.

A detachable support and tactile tip structure improves haptic perception while preserving customization and usability in finger exoskeletons.

Distance sensing and pneumatic inner-outer jaws center label rolls securely, preventing telescoping, damage, and slow changeovers.

Detachable power generation units combine sensing and local control to simplify multi-power drive assembly, handling, and maintenance.

A robot-mounted roller applicator clamps both tape ends and keeps the free span lifted, enabling short tape placement around recesses and obstructions.

Gripper-mounted sensors turn jaw separation into real-time depth cues, helping bomb disposal robots grasp ordnance accurately with one camera.

Stored position and orientation logs let engineers replay robot motions and compare cycle times across revised programs without rerunning simulations.

Mathematical validation and correlation filtering fuse heterogeneous sensor data in real time while cutting computation, storage, and accuracy loss.

Predicted task rewards label unlabeled robot trajectories, enabling off-line policy learning that beats behavior cloning with fewer demonstrations.

A retractable traveling device lets a compact quadrupedal robot switch between wheeled motion and legged walking for daily use across varied terrain.

A modular power and sensor platform helps robots navigate changing gaming environments safely while supporting specialized user interaction.

Multi-modal prompts and a language model turn natural language and observations into action plans with fewer control iterations and better robot flexibility.

Magnetic stabilizers, redundant grippers, and a docking station help automate railway IBC handling safely in outdoor rail yards.

A posture-adjusting conveyor aligns non-circular container openings with fixed-orientation lids to automate lidding and reduce manual handling.

When a mobile robot strays from its preset route, it finds the nearest return point and builds a temporary path for safe obstacle-aware recovery.

Soft adhesive tentacles driven by shape memory alloy wires let an autonomous robot crawl on space structures for safe close-contact inspection.

A modular drive and frame layout delivers biosignal-based joint assistance while reducing clothing interference and wearer burden.

Adaptive dynamic parameter updates help a robot correct posture deviation under external forces and load changes for more stable joint control.

Few-shot skill learning with entity hierarchies helps autonomous devices generalize symbolic planning across novel tasks and entities.

Vision-guided robotic necropsy automates anesthesia, tissue excision, and sample labeling to raise throughput without losing precision.

Remote hydraulic actuation moves the joint through fluid lines, reducing bulk at the limb while improving comfort, stability, and natural movement.

Reference images and item attributes improve instance segmentation in cluttered bins, enabling safer robotic grasp planning with less item damage.

Time-window matching of agent and expert trajectories reduces irrelevant sequence interference and improves reward accuracy in reinforcement learning.

A pressure-curved base actuator shifts finger spacing to grip varied object shapes with simpler adjustment and balanced motion.

Multimodal sensing, cyclehit scoring, and stratified memory help an OS predict tasks and adapt interfaces under cognitive load.

Fluid pressure loads a clutch friction plate to transmit torque, then allows controlled slip at overload to protect humanoid robot gearboxes.

A single force and pulling mechanism counterbalances both translational and rotational robot joints, cutting joint weight and space.

Shiftable gear sets and sensor feedback let a robotic joint match torque and speed to object size and weight within a compact form.

Standardized mechanical and electrical accessory interfaces let one mobile manipulator handle varied warehouse tasks with coordinated motion and safer coupling.

A pivotable suction cup assembly and inline filter improve angled item picking while reducing vacuum loss and contaminant exposure.

A central service manager splits delivery zones and coordinates microhub handovers so autonomous robots can cover wider areas with less provider complexity.

Automatic coordinate teaching lets a robot detect pallet stocker reference points and calculate pallet grip positions with less manual setup.

A dual-rate alpha-beta controller turns multimodal intent into continuous action chunks, improving humanoid balance and fluid motion.

Bright/dark frame switching between tracking and centroid extraction detects line laser positions without infrared filters under ambient light.

A wearable sensor rig captures human motions in real time to control humanoid robots and gather accurate training data without bulky robot setups.

A sealing member and nested joint block protect rotating robot arm joints from dust and moisture while improving durability and assembly stability.

Motorized drive wheels, gears, and position sensing automate flexible robotic arm insertion and retraction while reducing operator strain.

A rotating vacuum cup gripper maintains seal integrity while independently yawing held objects for precise pose control and higher robotic throughput.

A robot first moves without image data, then uses vision-based pose calculation for precise positioning with less processing time.

Initial pallet imaging identifies similar top-layer dimensions, enabling constant pallet mode to cut perception cycles and speed mixed-object depalletizing.

A SCARA arm and gradient-elastic vacuum cup harvest mushrooms in tight rack spaces with precise detection, higher picking frequency, and less damage.

A flexible joint and lifting linkage increase moment arm and torque in an upper-limb exoskeleton while reducing stiffness and discomfort.

Wire-routed hinges guide arm motion along a fixed linear path, reducing operator dependence while keeping luggage handling stable.

A separated torque transmission member with a deformable elastic portion improves tooth engagement, raising torque while shortening axial length.

Protruding omniwheels push luggage sideways off the platform, replacing bulky pivot sections and belt layouts with compact directional transfer.

Sensors align object edges with conveyors so manipulators can load and unload pallets with fewer vertical moves and more consistent pick points.

Frequency analysis of body sway isolates three peak bands to determine fatigue and posture state with higher precision and simpler processing.

Projects 3D surface points into coverage and bounding circles so a mobile robot can draw 2D images on large non-planar surfaces with minimal distortion.