Programme-Controlled Manipulator TRIZ Cases

Real-time pose feedback detects lagging actuators and retimes trajectory execution to keep robots synchronized while preserving the planned path.

UAV aerial mapping helps tele-operated robots classify obstacles, plan alternate paths, and cut labor hours in property maintenance.

Integrated dialogue nodes inside a robot behavior tree enable faster user response and better coordination across speech, perception, and action.

Independently controlled electromagnets align magnetizable tools on storage shafts to prevent pickup collisions, damage, and misgrips.

Previously computed paths are adjusted to new start, goal, and obstacle constraints, cutting robot motion planning iterations for real-time use.

Multiple images and neural-network confidence checks help robots infer stacked object order before grasping in cluttered workspaces.

Sensors and computing interfaces catch picking and deposition errors in real time, helping autonomous robots reroute and correct tasks.

Optical scans screen plant viability before robotic transfer from dense grow modules to lower-density modules, improving space use and growth quality.

Automatically extracts three perpendicular face references from a virtual model to generate welding seam calibration search parameters faster.

When stacked-object hierarchy is uncertain, extra image capture and neural-network confidence checks guide safer robot grasping in clutter.

Vision, force sensing, and suction handling align fragile or irregular parts for accurate insertion into tight kit slots without damage.

Multiple grasp options and stable intermediate poses help robots place randomly oriented parts with less regrasping and travel.

A nested compound planetary gear set achieves high reduction in a compact actuator while lowering friction and improving reverse driving.

Task-based robot and component assignment lets a fleet platform configure multi-purpose robots for each job with faster, more flexible deployment.

Test-operation feedback sets manipulator speed and motion limits to prevent distal-end misregistration and avoid mobile robot work failures.

3D image capture plus reference-point distance measurement lets operators mark a workpiece on screen and generate precise robot code with less hardware.

Unit jobs and connecting jobs simplify robot command workflows, cutting control-device calculation load and redundant user scripting.

A movable support jig suspends and repositions heavy robot reduction gears for safer, more precise replacement without heavy machinery.

Magnetorheological fluid clutches enable controlled cable slippage, cutting output inertia while improving dynamic response and force accuracy.

Visual marker association enables real-time robot arm pose error detection from positioning images, improving remote operation accuracy and fault response.

Combining fixed 2D imaging with robot-positioned 3D sensing reveals hidden stacked workpieces for lower-cost conveyor take-out.

Joint sensors and a precomputed kinematic model track end-effector position accurately while reducing repeated interventional imaging.

Obstacle-aware base repositioning lets a redundant mobile robot avoid collisions while keeping the robot arm TCP on its predefined path.

Sequential links and dual lines let this extension tool bend through tight spaces, then rigidize to reach remote or hazardous locations.

By turning the flexspline upward, this joint shaft structure shortens the grease path, simplifies maintenance, and helps reduce robot height.

Dynamic zones around a detected human let robots slow, interact, or stop safely without relying only on internal sensors.

String-linked joint members replace rigid contact to cut abrasion while enabling pitch, yaw, and roll flexibility for durable human-robot joints.

Depth-camera point clouds and a deep network help a robot plan object handovers that avoid human fingers while improving grasp reliability.

Real-time 3D time-of-flight sensing lets a palletizer detect load variances and adjust robot placement for denser, faster mixed-case builds.

Vision-based component state checks detect wiring and placement errors early, enabling automatic machine application updates during setup and maintenance.

A critic network selects the next robotic action during current motion, cutting blocking latency, wear, and delayed response to changes.

A fiber Bragg grating strain sensor corrects bending and vibration in narrow probe arms, improving access and measurement accuracy.

Continuous roll spot welding with force feedback lets a robotic end-effector build curved reinforcement meshes faster without cutting or clamping.

A learned trajectory prior guides IT-MPC toward low-cost control samples, improving robot navigation in crowded, changing environments.

A sealed asymmetric pouch moves dielectric fluid with electrostatic force, enabling soft actuation without an external pressure source.

Real-time sensing of human attributes and collision severity lets collaborative robots adjust speed instead of stopping unnecessarily.

Virtual-image training lets a neural network drive robots directly from camera input, improving control of small or undefined objects.

Real-time worker monitoring and cognitive prediction help aircraft assembly systems adapt to human behavior and improve in-process quality control.

A shifted diaphragm inclination start relieves stress at the annular boss, preventing breakage while preserving wave gear meshing.

Time-based grouping of multi-robot problem messages highlights frequent descriptors, cutting diagnosis effort and exposing recurring faults.

Post-pick imaging adds visual feedback to robot grasping, improving pick and drop accuracy beyond limited force-sensor data.

Server-based energy and communication monitoring triggers recharge or activity reduction before a mobile robot reaches critical power.

Tracks manual cutting and updates the tissue model so robotic tool paths can adapt in real time during semi-autonomous removal.

Joint-space force subspace analysis improves manual robot command recognition near singular poses and in redundant kinematics.

Distance sensors create a virtual bumper around robot components to detect objects in the motion path and prevent damage and downtime.

3D occupancy envelopes and real-time scanning restrict robot motion around humans, improving safety and productivity in shared workspaces.

Collective action histories and situation summaries help autonomous mobile bodies share learning and improve action planning quality.

Combining a multi-axis spindle machine with articulated robots enables long wood and complex-shape processing without excessive line size or cost.

Image-based angle calculation defines safe pinch zones so scattered components can be picked securely without wall interference.

Smartphone acceleration and gyro sensing guide handling unit brake and drive settings, cutting manual tuning time and reducing wear.

A robotic apparatus predicts imminent vehicle hazards and actuates independent remediation components to protect occupants.

An independent energy store powers the position encoder during grid disconnection, eliminating reinitialization and reducing standby energy consumption.

A damping part between the speed reducer and torque sensor reduces torque ripple from wave gears, improving detection accuracy.

Slidable ribs on a flexible truss mechanism adapt to varying composite geometries, eliminating custom fixture costs and coordination complexity.

A multi-axis rotating suction pad tilts to match tilted surfaces, enabling stable transport of randomly stacked goods without complex active control.

A rotating joint with a nested internal distribution circuit allows complete arm rotation without twisting hydraulic ducts.

Parallel shafts in a manipulator joint distribute swiveling angles to prevent interference while maintaining structural rigidity under bending forces.

A robot force detection unit calculates offset values to correct output signals during reset processing.

A passive orthosis uses elastic bands to counterbalance arm weight, enabling repetitive movement training without robotic actuators.

A robot system corrects teaching data using three-dimensional shape and position sensors to adapt to vehicle body variations.

A substrate conveying robot uses a deformable cable guide inside the housing to track arm movement.

An electronic device identifies items on a serving tray and determines the optimal target destination based on order data.

Nesting sensors inside molded elastomer skin resolves the trade-off between sensory capabilities and device complexity in robotic hands.

A human-robot interactive system uses a force sensor at the end effector to detect contact forces during shared work.

A controller groups robotic joints into task-specific subsystems to coordinate motion during cooperative work tasks.

Oblique hand movement prevents wafer rubbing and reduces transfer time in semiconductor processing.

A robotic logistics system uses image capture units on mobile robots to transmit item photos for operator verification.

Telescopic support arms on a mobile carriage reduce plan dimensions by thirty percent while transferring objects between loading stations.

A posture adjustment unit calculates movement parameters to maintain constant speed during machine operation.

A sensor detects alignment jig position while a robot hand moves the jig onto a susceptor pin to correct its location.

A transfer device grips package upper and side surfaces via independent pads to enable stable lifting.

Centralizing indicators on the arm base resolves scattered status displays, allowing operators to quickly distinguish system and arm states.

Segmented arm assemblies with independent Z-axis drives reduce substrate exchange moves and improve throughput.

An AI robot embeds source identification in wake-up commands to distinguish user speech from device guidance signals.

A computer-based system verifies robot paths in a virtual cell to prevent collisions during simultaneous execution of complex task sequences.

Multi-sensor fusion of actuator force and pneumatic pressure data improves touch-down detection accuracy while reducing false positive rates.

A modular fiber-reinforced plastic framework supports universal mounting units for adaptable industrial load handling.

A robot identifies interaction parameters using stored history information to perform context-aware actions.

A sound source localization apparatus uses eigenvectors to determine orientation from correlation matrices.

A remote control system uses an image sensor to detect a light source on a controlled device for intuitive direction input.

Segmented snake robot modules form an ad-hoc mesh network to transmit image data through signal shadow areas in tunnels.

Segmented footplates resolve the conflict between ankle stability and natural movement freedom by applying local quality principles.

A self-driving robot identifies recipient authority and position to control loading box access.

A mechanical finger uses passive rotational joints to maintain constant phalanx orientation until object contact.

A robot control device estimates external forces at the arm tip using motor current and encoder data.

A 3-DOF translational parallel manipulator uses minimal one-degree-of-freedom joints to decouple input motions.

A length measuring sensor and current detecting section monitor robot position deviation and drive motor current values.

Depth camera vision guides robotic arm movement, eliminating manual corrections and reducing device complexity.

A shoulder module uses sliding parts and pivots to enable multi-axis rotation for exoskeleton arm assistance.

Dual lever arms on a robot joint drive parking brake prevent motor slippage by distributing pretensioning forces, eliminating one-sided loading risks.

A piezoelectric gripping device uses a convex contact portion to transmit vibration and rotate a pinion.

Adapter device connects mobile terminals to a basic safety control unit, resolving adaptability versus complexity trade-offs.

A robot adjusts higher-level joint angles using redundant degrees of freedom to compensate for external force induced bending.

A speech recognition robot calculates obstacle distance and speed to determine transient sound timing.

Automated cameras monitor item position on moving shuttles to detect drops, triggering sweepers that restore inventory accuracy without manual intervention.

Predicting user actions allows a robot to adjust its movement plan, maintaining task reliability in dynamic spaces.

Pressurized elastomeric bodies with embedded channels enable complex bending motions in soft robotic devices.

A robot controller manages eye contact by canceling it when predefined conditions are met.

Parametric route generation adapts printing paths to complex workpiece shapes, reducing manual reprogramming effort.