Programme-Controlled Manipulator TRIZ Cases

Synthetic image generation expands limited object imaging into training datasets, cutting robot training setup time while preserving pick-and-place accuracy.

A high-pass, low-pass, and band-pass motion vector cascade detects short-term activity while cutting video analysis compute load.

A reinforced sterile drape transmits robotic motion across sterile boundaries while preventing tool roll and preserving intraocular precision.

Two LLMs split robot planning and state evaluation, helping manipulators gather missing data and act reliably in partially observable tasks.

Two trained models estimate robot commands at different time scales to stabilize operation control under changing conditions with less training data.

A router starts the cut and a waterjet finishes it, preventing composite cracking, reducing dust, and cutting waste and trim time.

A camera checks the cash box after bill pickup, letting the control unit detect leftover bills and trigger error handling.

Predicted start and target workspace states help robots plan multi-step item sorting in boxes and containers with less planning complexity.

A tracked robot arm stages and autonomously moves dental tools, reducing aerosol exposure while preserving access and ergonomics.

Fusing color and depth camera data, a 3D ML model estimates object pose and size for more accurate, secure mobile robot grasping.

A deformable membrane and pressure-controlled suction let one gripper conform to varied shapes for stable handling without added complexity.

Tracked resection tools are automatically disabled inside virtual protection zones to prevent ligament and other anatomical damage during bone cutting.

Multi-mode control lets a surgical robot arm switch between axial, fine-adjustment, and spheric motion while improving safety monitoring.

A movable support combines buffering and transfer to cut floor space while balancing feed and pickup line capacity in article assembly.

Position-based speed control and automatic pausing guide robotic shaft retraction to reduce tissue damage during stone extraction.

An internal chain-driven telescopic arm cuts cross-section for small openings while preserving precise motion and heavy lifting capability.

Using actuator proprioception and inverse kinematics, this case stabilizes fast vertical lifting of heavy loads without extra sensors.

A single motor and gear-linked 4-bar links replace two-motor robot layouts, cutting cost and control complexity while enabling stable linear and curved motion.

A partitioned housing and multifunctional shaft keep gripper electronics isolated from dirt and grease while preserving accurate jaw position sensing.

A flexible sheet partitions rotating hollow joints to separate wire bundles, preserve internal space, and reduce friction wear.

Centralized multi-arm coordination, navigation cameras, and nerve protection feedback enable precise spinal bone milling with lower nerve injury risk.

RGB and IR stereo pairs improve pixel matching in difficult industrial scenes, enabling more complete 3D reconstruction and safer robotic grasping.

Switching between teleoperation and autonomy with sensor feedback helps multi-DOF robots handle diverse tasks more safely and efficiently.

CPG gait signals plus foot contact and torque feedback let a multi-segmented walking robot adjust leg height, phase, and body shape on uneven terrain.

A modular test frame uses parallel cabinets and integrated sensors to cut time and cost while checking multiple computing devices.

A control unit links robotic eye surgery tools with depth imaging so the scan area follows the tool tip, reducing tremor-driven positioning errors.

A helical transition lumen guides the blade rod through the robotic wrist to improve jaw articulation smoothness and precise tissue treatment.

Direct strain sensing on robot gripper fingers measures planar and moment loads for precise grip monitoring and timely maintenance.

Dedicated per-thread buffers let real-time control threads log text without blocking, while non-real-time threads handle output safely.

Post-surgery image recognition identifies instruments and guides tray placement to reduce storage errors and sterilization delays.

Implicit Euler velocity control limits position error in non-backdrivable rehab robots while keeping the end-effector inside restricted motion areas.

Angled pivot and rotation axes in a segmented robot arm cut inertia while expanding working space for more precise, user-friendly motion.

A shielded curved display and illuminated shell gap help a bipedal robot communicate clearly while protecting head-mounted visuals from impact and contaminants.

An angled single laser sensor detects obstructions ahead of a moving picking arm, enabling timely stops with lower sensing complexity.

A paddle assembly opens, folds, and clamps flimsy reusable cases for accurate container insertion without deformation.

Offline robot training reuses accumulated experience data and predicted rewards to learn new tasks with less wear and no manual reward design.

Dynamic sensor sensitivity changes during robot gestures block unintended stimulus detection and prevent unnatural motion responses.

Buoyant balloon support lets an agricultural robot scan crops at close range while reducing frictional contact, crop damage, and energy use.

Reversed disassembly trajectories train robot assembly control that adapts to part variation without custom fixtures or predefined waypoints.

Layer-specific channel similarity sets pruning rates from inference time, shrinking robot control models without extra pruning training.

Tendon-like force paths and ligament-like anchors help a lightweight lower-leg wearable suit resist slipping and deformation while staying comfortable.

Motor-interlocked guide and spring tension control help an electrode contact body tubes accurately for nerve denervation without damage.

A pulley-wire finger drive replaces differential gears so one finger can stop and the other keep moving for smooth gripping of misaligned workpieces.

A 3D sensor maps wrapper shape and side position so a robotic knife and gripper can unwrap sheet bundles without damage or skilled handling.

A seamless one-piece link encloses flexible transmission parts to limit torsional deformation, improve accuracy, and simplify maintenance.

Closed-loop joint compensation keeps a medical tool's position and orientation stable during articulated arm movement, reducing injury and sterile-field risk.

Electrostatic film actuators and flexible supports help exoskeleton joints assist body-part motion without restricting natural movement.

Vertically switchable rolling means let bin transport robots change X-Y travel direction while using less cross-sectional space for more simultaneous vehicles.

A chain conveyor drives nested arm tubes in opposite directions, enabling precise extension through tight diameters without sacrificing lifting capacity.

Radar and ultrasound work in tandem to inspect buried pipelines without excavation, covering both empty and liquid-filled pipe conditions.