Automatic Obstacle Detection TRIZ Cases

See how a water outlet filter regulates flow rate and enables horizontal tank loading to preven

See how a suction mechanism positioned before the brush removes fibers and dust, preventing bri

See how parallel horizontal camera optical axes enable binocular parallax-based positioning and

See how geofence-based mission control replaces static time schedules, enabling a mobile cleani

See how a suspended monolithic housing with flexible diaphragm sealing enables a cleaning robot

See how segmented discharge flow paths with partition walls and sound-absorbing chambers reduce

See how wheel rotation sensors replace ultrasonic navigation to prevent signal blockage and red

See how inclination sensors and image capture enable autonomous work vehicles to assess terrain

See how a forward-facing camera replaces basic sensors to detect floor obstacles, enabling user

See how an autonomous cleaning robot uses vacuum pressure feedback control and independent tran

See how a water tank assembly with a protruding support part contacts the ground during tilt to

See how a band-reel cleaning member picks up dirt through friction without aspiration, reducing

See how a mobile robot uses image acquisition and deep learning to identify appliance types and

See how a segmented debris collection device uses a cleaning pad for large debris and a vacuum

See how a robotic cleaner merges brushroll sweeping and fluid-pad mopping with PWM flow control

See how flexible membrane sensor arrays replace rigid spring-pivot bumpers to detect impact loc

See how a self-propelled soil cultivation device uses air parameter sensors and external enviro

See how an integrated development environment in a cleaning robot controller enables users to p

See how segmentation maps classify non-clutter and clutter areas to compute configurable covera

See how a master-slave robot with vacuum suction and robotic arm reduces pigpen water consumpti

See how a drum-mounted brush with offset dual-axis rotation enables orbital and spinning motion

See how a rotating mop module uses centrifugal force to discharge water only during operation,

See how a protruding suction unit with overlapping sensing coverage resolves the contradiction

See how a lever-actuated outlet door and station collector enable automatic dust emptying from

See how an AI arrangement model uses fine dust distribution data and reinforcement learning to

See how blockchain-connected sanitizing assemblies enable real-time tracking and usage metrics

See how an autonomous cleaning robot uses preliminary mapping and feedback to apply fluid only

See how a pressure sensor on the brush detects actual entanglement versus thick carpet load, re

See how an autonomous apparatus with sensors and remote data transmission replaces manual runwa

See how a cleaning robot uses AI-based pattern analysis to predict and prevent recurring error

See how variable-length and variable-angle bristles expand sweeping area while reducing entangl

See how segmented cleaning pads and dynamic suction control extend window coverage, reduce pad

See how axial flow guiding channels extend the airflow path to reduce vacuum cleaner noise whil

See how segmenting processing into CPU and GPU units enables faster real-time environmental map

See how a robot uses linear bumper sensors and partial compression feedback to maintain wall co

See how segmented transport and work paths enable autonomous floor cleaning machines to navigat

See how a cleaning robot uses collision detection, receding, and rotation to align with obstacl

See how a multi-layer absorbent pad with flexible wrap retains fluid without expanding, enablin

See how virtual zone mapping with LIDAR and SLAM enables cleaning robots to navigate specific a

See how region-type detection triggers automatic mop replacement to prevent stain cross-contami

See how a turning point within a maneuvering area enables early obstacle detection and straight

See how intermediary confirmation resolves the contradiction between easy zone selection and ac

See how an anti-winder with overlapping contact parts prevents hair from winding around rotary

See how autonomous cleaning robots use labeled mapping data from prior missions to plan paths,

See how an optical emitter-receiver pair detects bin fullness by monitoring debris blockage, en

See how a robot cleaner calculates remaining area requirements and charges the battery partiall

See how a vacuum sensor monitors adhesion pressure in real-time, triggering direction changes t