Automatic Obstacle Detection TRIZ Cases

See how a movable cover with elastic assembly triggers collision switches to simplify obstacle

See how a robot cleaner uses event data and AI to identify pollution sources without visiting e

A dust-blocking barrier and elastic rocker reset keep the robotic vacuum collision sensor clean, responsive, and reliable.

See how a hybrid robotic vacuum system uses a dockable handheld unit and articulated arm to ext

See how a docking interface enables a robotic vacuum and handheld cleaner to share suction tool

See how segmented elastic members and nested planetary gears solve uneven suspension and space

See how dual-axis brush rotation enables automated cleaning in confined aircraft spaces by orbi

Dual sensor elements and separate lift and collision thresholds help robotic work tools avoid false positives with fewer parts.

See how a modular dust container with cyclone separation and segmented HEPA filter improves suc

See how a semi-autonomous cleaning robot redefines its path in real-time using sensor feedback

See how micro switches on rotary mops detect mop cloth attachment to prevent ineffective wet cl

Pause-triggered recording splits and rejoins teaching runs so autonomous cleaners avoid replaying obstacle wait time while keeping position and speed continuous.

See how counter-rotating rollers with V-shaped vanes and a sealed vacuum airway prevent hair en

A dual-axis single drive wheel and crossflow airflow let a compact robotic cleaner handle vertical surfaces and obstacles without side brushes.

See how a user feedback mechanism collects correction data on misrecognized obstacles to retrai

See how a multi-functional base station integrates wiper replacement and dust collection module

See how a flexible latch assembly with yoke, hook, and resilient elements secures a robot tank

See how comparing driving-wheel odometer and gyroscope angular velocity changes detects robot s

See how a retractable dustpan enables effective debris extraction with a single roller while im

Multi-frame reflective light correction filters abnormal signals from shiny surfaces to prevent false obstacle alarms in autonomous robots.

See how iterative waypoint processing with clearance thresholds enables obstacle-free path plan

See how a push-button detachment unit with rotating shaft enables intuitive nozzle removal for

See how a brush roll with internal cavity and weep holes enables consistent cleaning fluid dist

See how a cleaning robot segments spatial data into multiple fields of view, applies quantizati

See how an elevator-robot coordination unit compares floor positions and issues callback comman

Non-coplanar fiducial markers help a mobile robot estimate pose and heading more accurately, improving dock alignment for charging and debris extraction.

See how robotic devices use continuous air and floor sensors with threshold-based feedback to a

See how a window cleaning robot detects edge corners during rotation to automatically select ho

See how behavior control zones enable autonomous cleaning robots to prioritize dirtier regions,

See how spiral trajectory planning with candidate-spot generation eliminates frequent 180° turn

See how an autonomous mobile robot adapts cleaning patterns in real-time to detect unprocessed

See how a robotic cleaner extends its cleaning assembly beyond the platform footprint to reach

See how an inclined mounting hole with reflective surfaces controls light reflection to reduce

See how scanning, merging, and dividing carpet boundaries into sub-regions produces smooth, det

See how a fan-integrated air duct separates sewage from airflow in a self-moving robot water ta

See how user feedback corrects false obstacle detections in autonomous cleaning robots, enablin

Curved path planning lets a mopping robot switch cleaning lines without in-place rotation, maintaining continuous water suction.

See how image recognition and location detection enable intuitive robotic cleaner targeting, el

See how a movable wheel stop dynamically redistributes weight between drive wheels and cleaning

See how a pressure-responsive check valve assembly enables airflow-driven garbage transfer from

See how a tidying robot uses pusher pads and a scoop to pick up, push aside, or relocate obstac

See how segmenting cleaning routes by sweeping, mopping, and idle states with water tracking en

Varying side brush speed while the robot pauses in a corner lets flexible arms penetrate deeper and sweep dirt into suction.

See how multiple skids define ride height and stabilize the cleaning head while drive wheels mo

See how a robotic vacuum uses LIDAR and one wall sensor to calculate collision-free distance va

See how infrared positioning and mechanical alignment enable a device base to dock with cleanin

Sub-pattern position matching separates real object reflections from secondary reflections, improving obstacle detection without frame buffers.

See how a drone aircraft uses sensors and a controller to autonomously navigate, attach, and cl

Sensor-triggered fan speed boosts improve robot vacuum corner cleaning while limiting higher suction and noise to delimited regions.

See how dynamic water supply control adjusts mop moisture based on battery charge to prevent mi