Programme-Controlled Manipulator TRIZ Cases

A drag-and-drop framework deploys heterogeneous machine learning models into robotic process automation workflows via a REST API.

A cleaning pad assembly mechanically engages a fluid valve to dispense water, eliminating complex active dispensing mechanisms and reducing manufacturing costs.

Computing device generates simulated robotic manipulators by selecting and customizing modular components for specific tasks.

A laminated robotic actuator uses a pressurizable channel between flexible layers to generate bending and twisting motions.

A harness-mounted arm support applies varying offset forces via asymmetric geometry to counteract gravitational weight and reduce muscle strain.

A time warping technique modifies reference motion timelines to adapt human movements for floating-base humanoid robots.

A dual-hand robot uses an intermediate holder to transfer substrates between hands at different heights.

An external counter-holder stabilizes curved wheel arches during folding, preventing surface damage while maintaining manufacturing accuracy.

Analyzing laser beam simulation line segments against grid maps detects suspension events, preventing map blurring from overlapping point clouds.

Interdigitated microfluidic channels in dielectric elastomers replace bulky electromagnetic coils, reducing device size and power consumption.

Adjustable body linking and dynamic joint mechanisms relieve muscle strain while preserving natural freedom of movement.

A robot control device adjusts physical parameters to optimize trajectory following accuracy for industrial automation.

Plural wearable sensor assemblies fuse inertial data to compute body orientation, eliminating line-of-sight requirements for accurate VR pose tracking.

A robot operating system shared memory manager allocates segments and divides them into blocks for message nodes.

Dispersing beta-SiC crystals in an alumina matrix prevents insulation failure under high voltage plasma exposure.

Segmented sensor modules embedded in fabric track human motion and location, resolving mobility restrictions caused by bulky external tracking equipment.

Imaging sensors and encoders enable a robotic arm to dynamically adjust its motion trajectory, eliminating detection errors caused by varying vehicle designs.

A collaborative robot detects physical contact with obstacles to automatically define its operable workspace boundaries.

Retractable handling robots clear space for multi-axis units, merging interior and exterior painting into one area.

A realistic eyeball integrates a display unit, convex lens, and sensing unit to simulate dynamic iris patterns.

Nested folding allows the second arm member to enter the first member, reducing footprint while maintaining delivery range.

A numerical control device analyzes robot instructions to select and transmit payload settings for inverse dynamics calculations.

Plenoptic cameras capture four-dimensional light fields to identify robot states automatically, eliminating manual address entry and marker dependency.

A spring-loaded brake pad dynamically adjusts drag resistance to prevent tether fouling in UGV operations.

A machine posture inspection system uses 3D image capturing to track reference markers on a robotic arm.

A damage-point estimation device calculates equivalent loads on robot sliders to identify susceptible wear locations.

Relocating actuators to a chest mount via tensile members reduces joint bulk while maintaining fine motor dexterity and carrying capacity.

Spring devices in motorized joints allow limited elastic movement during emergency releases, protecting drive trains from excessive forces.

Segmenting visualization into a hooked camera and endoscope provides supplementary views of hidden tissues, reducing manual repositioning time.

Segmenting detection markers reduces calculation load and erroneous inputs while maintaining high measurement precision for remote surgical control.

Electromagnetic linear motors move picking arm carriers to adjust object spacing dynamically.

A reverse proxy converts global addresses to local ones for robot cell auxiliary functions.

Elevating plate tilts to slide tools into tanks by gravity, reducing manual labor for frequent collection across large distances.

A function management system dynamically assigns processing tasks between client and server devices to optimize force tactile sensation execution.

A wearable exoskin harnesses user movement through fluid circuits to power actuators without external batteries.

A robot controller automatically generates motion patterns and learns speed-up ratios by adjusting velocity and acceleration.

An inventory system learns item force limits by monitoring position changes during robotic compression to optimize gross cubic utilization.

Patterned electrical signals through boundary wires enable precise location determination despite electromagnetic interference.

A robot control system segments tasks into automatic and manual modes to manage multiple end effectors efficiently.

A torque transmission device uses receiving bellows and gas pressure springs to adjust mechanical stiffness dynamically.

Nested movable cover seals joint interior against dust and water entry while preventing cover interference during rotation.

A power-assist robot restricts specific joint movements during jams to enable safe operator extraction.

A robot-mounted pick-up device uses linear and pivotal gripping mechanisms to handle components of varying shapes.

A moving robot system generates environment maps and allows users to set specific areas via a terminal apparatus.

Force sensors on adaptor interfaces enable autonomous fixture coordination, eliminating complex network programming for large part handling.

A slit-shaped insulating section in the core supporter electrically isolates the stator core from the base.

Independent function modules detect joint positions and calculate state variables, reducing preparation complexity without relying on the main control unit.

A tactile probing system calibrates interchangeable object holders in EUV metrology using contact sensors to detect abutment body positions.

A rotary indexing mechanism positions medication cassettes on a feeder base to deposit unit doses into packagings at fixed stations.