Measurement Apparatus Components TRIZ Cases

Two sensor portions share one permanent magnet to deliver redundant gear rotation detection without increasing ABS sensor size or cost.

A movable coupling between the receiving member and sensor absorbs axial and rotational forces, improving height displacement accuracy and sensor life.

A sliding wiper and swinging cleaning element clear blind spots and stubborn debris on sensor windows, improving autonomous sensing reliability.

A ring-shaped bayonet fastener replaces lid screws in field device housings, enabling secure tool-free closure without lost parts.

Real-time 3D virtual map tracking links moving-body position, battery, and task state to faster command allocation in hazardous spaces.

Multi-body map data is compared against a 3D virtual map so only confirmed local differences update the model for reliable navigation.

A gimbal or mass-damper mount keeps header reel sensors or lights aligned to the ground as reel position changes, improving detection and illumination.

A spring-loaded pivot lets an impacted sensor rotate and automatically reset, reducing damage, downtime, and manual realignment.

Multiple moving bodies compare real-space map data with a 3D virtual map, updating only confirmed differences for safer navigation.

Real-time sensing data is overlaid on a 3D virtual map to support autonomous navigation, instrument monitoring, and abnormality detection.

A retractable sensor arm lets an agricultural header monitor terrain in both extended and compact positions while keeping ground-relative orientation.

Standardized sensor receptacles in a rigid multi-walled transfer line enable direct fluid monitoring and faster sensor replacement.

Integrated sensor receptacles in an insulated transfer line simplify replacement while enabling direct cryogenic fluid monitoring.

A movable sensor mount on the header reel extends for terrain detection and retracts for compact transport without losing ground monitoring capability.

A telescopic stand mounted to a case secures inspection devices in adjustable positions, reducing manual handling, setup effort, and damage risk.

A gimbal-mounted sensor arm on the header reel stays aligned to ground and gravity during reel movement, improving terrain and crop-top detection.

A hinged support rod and universal-ball hanger expand calibration angle range, enabling precise alignment of vehicle sensor targets.

Movable clamping elements let objects be mounted in manhole shafts through the access opening, reducing manual fastening, labor, and shaft damage.

A sensor holder placed between the joint housing and base simplifies angle sensor installation while sealing the measurement port against contamination.

A radial pin-shaped clamp secures the sensor neck against rotation and axial movement while reducing housing stress in plastic field housings.

A rotating restriction jig secures a pipe information device quickly in tight spaces while maintaining positioning accuracy and easy detachment.

A receptacle-based flow cell integrates sensors or mixers into a continuous flow path to cut tubing, save footprint, and streamline buffer handling.

A spring-coupled clip and cap let one hand adjust probe holding force for different diameters while keeping stable positioning in harsh environments.

A recessed sensor, dual gaskets, and a protective cover make the fluid connector more compact, modular, and robust while preserving pressure measurement.

Localized mouldings let sensors sit flush in tube adapter channel transitions, eliminating dead spaces, deposits, and biofilm traps.

A gas-pressurized sensor chamber and beam-transparent window keep dust off the detector while preserving accurate energy beam measurement.

Elastic fins and an angled clamping nut secure sensors of varying diameters without tools while minimizing metal interference.

A molded retainer holds magnets between a body and sleeve to prevent sensor-rod contact and maintain accurate cylinder position sensing.

Nested interlocking mount segments use gap thermal resistance and surface roughness to keep sensors working on cryogenic or hot substrates.

Nested interlocking mount segments use gap thermal resistance and surface tuning to keep sensors operating without ice buildup in extreme temperatures.

Rotating bearing arms and foldable beams shrink ADAS calibration equipment for transport while keeping stable outdoor positioning.

A self-contained wireless assembly tracks piston position and fluid pressure in real time, avoiding wiring complexity in hydraulic cylinders.

A tapered gripper stop enables fast, secure pipe-mounted sensor attachment without rotating the sensor, reducing damage and service interference.

A recessed sensor housing with dual gaskets and a winged cover keeps the fluid connector compact, modular, and sealed for accurate pressure sensing.

Non-contact sensing tracks tube rotation and linear feed in pilger mills, avoiding scratch marks, scrap, and inaccurate machine setup.

An elastic constriction in a plastic flange creates thread friction to stop vehicle sensor screws loosening without metal bushings.

Smart linear actuators remotely realign traffic readers on elevated mounts, avoiding lane closures, worker exposure, and data loss.

Oblique wrench access and keyhole rear cutouts secure a measuring housing to a wall while keeping the front display intact.

A radial elastic clamping pin secures the sensor neck in plastic housings, preventing rotation, axial slip, and vibration loosening.

An external encoder bearing mount measures axle speed and direction without adding transaxle complexity, while resisting vibration on power machines.

Rotating foot spikes let the stand grip soft ground or protect indoor floors, while clip and detent leg locks speed setup and storage.

A wireless fastener sensor tracks clamp force and asset condition with low-power sampling, event detection, and remote monitoring.