Programme-Controlled Manipulator TRIZ Cases

Tilting a fitting workpiece and using force-guided surface contact aligns round or irregular parts without a separate positioning device.

A multi-sensor robot hand maps steering wheel detection envelopes to reproducibly verify hand presence, gestures, and virtual controls.

Measured airframe surfaces are digitally assembled to create additively manufactured shims that close gaps, cut shimming time, and reduce fixture needs.

Timed switching valves let a pneumatic piston coast into position with lower stress and noise, while holding position without closed-loop control.

Simulates suction pad shape, material, and placement against workpiece data to predict holding accuracy before line setup.

Networked mobile robots detect near misses and congestion, switch to priority recording, and coordinate response to improve facility safety.

Answer set programming guides short-horizon action sequences to speed reinforcement learning control training while preserving adaptation.

Dedicated parallel hardware accelerates inverse kinematics for high-DOF robots, cutting power use while meeting real-time control needs.

Image-based target selection and transport parameter tuning let robots work accurately without stopping the moving transport machine.

External force projection into complementary subspaces lets a manipulator recede safely on contact while preserving controlled actuator response.

Dynamic simulation and trajectory optimization suppress robot vibration while keeping balanced, expressive motion and lower motor torque.

Predicted grasp-action distributions from input images improve robotic visual servoing accuracy and cut training iterations.

A node-based graphical interface turns high-level motion paths and tool actions into robot commands for precise, easier manufacturing setup.

Automatic relative position checking and feedback help create or update robot operation programs without unintended robot-workpiece misalignment.

Temporary reopening of robot holding brakes based on axis load and timing helps release clamping forces after collisions and avoid entrapment.

Synchronous motion and vibration signals are resampled into a stationary signal to detect hidden robot faults without stopping production.

Identification markers and virtual configuration checks help modular robots verify assembly and generate motion control for flexible reuse.

By tracking arm angle ranges and abrupt boundary changes, this case keeps 7-DOF robot joints continuous and prevents shaking.

Relative-position sensing lets an excavator signal a nearby UAV to change flight mode and keep a safe distance during operation.

Matches nearby users to guidance robots by service type and distance, improving multi-user reception efficiency and accessibility.

A shared physics-based industrial context lets vendor-specific robot programs run unchanged while improving multi-robot testing fidelity.

A limit switch detects rebound after stop impact, helping manipulation units distinguish damaging bounce from normal end positioning.

Mechanical locking wings and a segmented brake ring eliminate slip, enabling precise bi-directional stopping and position holding in robot joints.

A lockable mobile end-effector detaches from the robotic arm to reach inaccessible areas for inspection and object modification.

Graphical instrument icons over the surgical video help surgeons identify selectable tools and switch control without looking away.

Collision-scene planning coordinates vacuum suction and fingers so one gripper can handle irregular objects while avoiding obstacles.

AI estimates object weight from shape data so a picking robot can set gripper force without a weight sensor, improving speed and handling.

Multiple robot simulations vary parameters, correct axis-limit and singularity issues, and generate control code matched to real robot capabilities.

Optical recognition and stored pickup points let the machine choose a component grasp position that avoids adjacent-part interference.

Sensor-guided robotic pallet dismantling adapts saw positioning to inconsistent pallet dimensions, improving recovery and automation.

Haptic master-slave robot teaching captures force and motion together, making dynamic workpiece interaction easier to program and adapt.

A telescoping sensor carriage and magnetic wheel drive inspect stacked horizontal tubes safely with high-resolution coverage and no confined-space entry.

A generic middleware layer converts robot messages into a standard JSON structure to link heterogeneous robots across different protocols.

A bent metal ring secures the protection cover and seal lip, blocking water and dust ingress during IP69K robot washing.

A function-based force and speed energy split lets robots adapt mechanical impedance and reproduce human-like motion in changing environments.

A seven-DOF shoulder-elbow-wrist layout uses harmonic drives and potentiometer feedback to improve bionic motion, torque, and control precision.

Multi-view sensing during robot motion improves grasp pose detection in clutter, raising grasp success while reducing search time.

A host-side control model corrects command signals to improve robot trajectory tracking while avoiding manual delay-time adjustment.

Recorded peer actions and sensor feedback let collaborative robots learn interdependencies, cutting training complexity and faults in robotic cells.

Measured joint load torque is used to adapt jerk limits, cutting cycle time while protecting robot transmission components.

Autonomous gantry robots and mobile barriers coordinate restocking and aisle access to improve retail efficiency while protecting work zones.

Joint torque feedback enables impedance control without end-effector force sensors, improving robot tracking under model errors and disturbances.

Environmental sensing adjusts the manipulator protective field in real time, excluding known obstacles while maintaining AGV safety.

An operator applies an opposing force while the robot holds position, letting the control unit capture and store the task force along the path.

Probabilistic force-position modeling detects insertion anomalies in real time, cutting model complexity and improving robotic arm error recovery.

Angular-velocity-guided feature projection filters dynamic-object points, improving visual SLAM stability and positioning accuracy for robots.

Using only two active shafts and passive manual joints, this case maintains the surgical observation point with a smaller, simpler holding unit.

When an accessory blocks robot motion, the controller maps interference positions and limits movement to prevent driver load, noise, and damage.

Semi-autonomous farm robots navigate to target plants, then hand delicate trimming or picking to remote operators for safe, scalable task execution.

Digital image analysis and machine learning turn subjective coating defect checks into reproducible predictions of surface quality and formulation parameters.