Programme-Controlled Manipulator TRIZ Cases

Separate guide rails reduce wear and play in compact spaces, enabling high clamping forces without increasing installation volume.

A robot manipulator control system determines expected acceleration values before movement execution to maintain safe g-force levels.

An optical detection system measures relative positions of the receiving apparatus and production equipment to compensate for deviations during placement.

A variable-stiffness actuator uses agonist-antagonist elastic elements to modulate stiffness for passive disturbance rejection.

A robot controller simulates safety information to enable manual operation during commissioning without a network connection.

An implantable neural stimulation system uses closed-loop feedback to dynamically adjust therapy parameters based on real-time brain activity.

Releasable connection links two continuum arms for mutual bracing, resolving low stiffness and deflection limits in long flexible robotic structures.

A passive P2K suit uses a differential assembly to store energy during crouching and release it for lifting assistance.

Sensors identify products in carts so a retrieval robot fetches associated add-ons, reducing manual search time.

Relocating electric motors to the robot body via nested shafts reduces arm weight while maintaining multi-axis movement capability.

Constructing inflatable fluidic actuators with sealed membrane interfaces for wearable mobility support.

A hollow robot joint uses planar encoder placement to reduce arrangement space while maintaining high torque output.

A two-stage robotic insertion system uses a compliance element to accommodate positioning disparities during module assembly.

Parallel rails guide a motorized carriage for transverse robotic arm movement, replacing bulky endless screws to reduce machine footprint and maintenance costs.

A robot controller activates functionalities by comparing sensor data from user manipulation against stored authorization parameters.

Dual detecting units identify cargo heights to prevent damage during transfer, resolving measurement precision versus device complexity.

Hybrid redirect surfaces combine static and dynamic elements in a medical instrument wrist to reduce pull wire wear while maintaining mechanical simplicity.

Three linear motion mechanisms position a clamp to swap batteries, reducing dock volume and complexity.

Automated braiding machine adjusts pulling speed based on measured thread angle to resolve manual tension inconsistencies and operator fatigue.

A robot calibration method using pose constraint and force sensing to identify kinematic model parameters.

Virtual simulation optimizes motion scripts for accuracy and power efficiency, resolving trade-offs between precision and system complexity.

A handling device control unit adjusts holding positions to prevent protrusion beyond object outlines during automated logistics operations.

Tension sensors monitor steel wire force, allowing the controller to compensate for aging and prevent over-tensioning errors.

A mechanical eyeball rotates about intersecting axes using a differential gear train and encoder bars for precise control.

Optimized drilling sequence minimizes total axis displacement in multi-axis machines.

A controller generates dependency graphs to allocate human and robotic actors across parallel tasks.

Line sensor detects position of detected portion to calculate deviation amount caused by lost motion in robot joint portions.

Ankle exoskeleton device resolves rehabilitation effectiveness trade-offs by using predictive simulations to optimize design parameters and control algorithms.

Replacing mechanical joints with a monolithic flexure linkage prevents particle generation and simplifies cleaning in pharmaceutical environments.

A pivotable end-of-arm tool uses a hinged base to grasp and orient soft-sided merchandise during robotic case loading.

A robotic liquid processing system uses a flexible cell scraper to collect cultured cells from culture vessels.

A parallel link mechanism with harmonic drive gear reducer transmits motion between fixed and movable bases.

A robot moves inactive joints to apply grease and adjust components without contacting surrounding objects.

A wearable link unit steers by rotating rearward to change direction without extra hardware.

A tablet terminal validates controller identification against a docking base before transmitting operation signals.

An inspection robot fuses inertial and total station data to determine precise location on complex surfaces.

A motor-driven wire system applies targeted tension to knee belts, guiding leg movement through mechanical force rather than visual cues.

Delta robots with vision-guided cutting implements automate container opening, eliminating manual labor bottlenecks in fulfillment centers.

Sensors detect operator proximity to an articulated arm, enabling the controller to alter movement speed and avoid impact during automated inspection tasks.

A modular guide unit uses interchangeable support structures and connecting parts to enable economical production of handling modules.

A management system redirects robots to alternative queue poses when target locations are occupied.

Nesting flexible tubing inside the hollow rod protects components from damage while reducing overall cylinder length.

A robot controller calculates sensitivity values to select critical error parameters for iterative correction.

A movable robot tracks speaker position by selecting front microphones with high confidence scores, overcoming signal obstruction from the robot body.

A walking assistance apparatus uses a pusher to apply torque to the ground for heel lift.

Balanced spinner matrices estimate gradients in noisy simulations, reducing computational expense and accelerating convergence.

An integrated lever couples prosthetic finger members through a spindle nut, eliminating complex casings while stabilizing power transmission.

A machine base uses a retractable friction reducing member to lower movement resistance during relocation.