Programme-Controlled Manipulator TRIZ Cases

Ultrasonic cutting trims viscous thermoplastic composites during cooling, resolving the trade-off between process duration and cut quality.

Gas-driven spiral motion enables continuous automated cleaning and optical defect detection, reducing labor intensity and corrosive exposure during maintenance.

A linear-object management structure guides cables along a robot arm using multiple fixing members to maintain operational margins.

A robot state monitoring system derives deterioration index parameters from sensor data to dynamically adjust operational speed and acceleration.

Multiple remote robots exchange imaging direction data to synchronize camera angles, resolving the loss of shared visual context during independent operation.

Time-division control merges motor drivers into one circuit, reducing lines and eliminating brake mechanisms.

Decentralized synchronization uses status message intermediaries to resolve programming complexity and device complexity contradictions.

Force information correcting unit scales feedback based on magnification percentage to align operator manipulation with projected motion.

Interchangeable holding portions on a transfer device enable selective article orientation, reducing transfer operation time and improving storage efficiency.

Segmented guide wall allows quick trajectory changes, reducing reconfiguration downtime and operational complexity for industrial manipulators.

A robotic arm learns lab protocols from user demonstrations using computer vision to generate machine-executable instructions.

Traversing an ordered list of gait controllers selects valid locomotion modes, resolving stability issues during dynamic movement.

A master-slave robot control apparatus corrects force feedback signals using gain adjustments to maintain operator tactile perception.

Lateral motor mounting reduces arm thickness, lowering the pass line height and preventing interference in confined spaces.

Optical sensing through a deformable transmissive layer resolves the contradiction between remote communication and local touch perception.

Segmented arm module connection plate with threaded fastening ring reduces peak assembly force while maintaining high torque transmission.

Modular roller elements translate along pliable members to adjust the robotic truss geometry, resolving structural strength versus adaptability trade-offs.

A robot control system selects pre-stored grasping motions to generate arm paths and output torques.

Upper body gesture monitoring replaces manual controllers, resolving the trade-off between ease of operation and device complexity in mobility assistance.

A rotary suspension robot uses articulated arms to move a tool holder along a linear axis while rotating the suspension.

A control device sets industrial robot manipulator arm stiffness to match programmed parameters during manual movement.

A motion assistance apparatus uses an elastic connector to transmit power from a driving frame to a shank frame while allowing independent thigh rotation.

A picking mechanism grasps items from a container using minimal power for rough position detection.

Extracting the driving source from the support device simplifies structure and transferability while maintaining position adjustability.

A robot presses a reinforcing carrier onto a structural member while dispensing adhesive to create a stable mechanical bond.

Synchronous drive merges positioning mechanism into robot structure, reducing complexity while maintaining high throughput.

A robot control policy training method generates disturbed observations to handle pose estimation errors.

Segmented local caching and selective copying reduce memory storage capacity while maintaining fast data access speed.

A robotic agent switches to secure operation after verifying software and hardware compliance with predefined safety criteria.

A robot behavior control system manages internal states and evaluates external environments to select suitable actions.

Electric insulating portions on the housing inner surface suppress eddy currents from leakage flux, improving torque and compactness.