Measurement/Indication Equipments TRIZ Cases

A machine tool spindle control system measures inertial rotation time after motor power interruption to detect bearing deterioration.

Controller activates hand-held power tools based on detected contact pressure, preventing faulty triggering during sequential operations.

A camera records cutting tool positions and transmits images to a notebook acting as a setting jig, reducing adjustment time.

A surface texture measuring apparatus adjusts measurement force using stored arm parameters and detected inclination angles.

A solenoid-driven defect repair tool applies controlled mechanical force through interchangeable tips to metal panels.

Position sensors on each drive eliminate toothed belt elasticity and play, reducing positioning errors to 5 μm.

Angled lighting mechanisms and scattering elements reduce shadows around the tool spindle, while a delay unit extends visibility after shutdown.

Spacer elements between spring packs and pressure pieces eliminate axial play, ensuring defined preload for precise clamping force establishment.

Series actuating elements monitor the locking piston and retractable nipple presence, verifying engagement without visual access to the concealed housing.

A cutting insert sensor uses two leads with free ends positioned to interconnect via the metal work piece or chip.

Light-receptive sensors detect tool position via activated light sources, eliminating material-dependent measurement errors.

Segmented workpiece carrier with compensation area enables precise coaxial alignment during dental material removal.

Integrating a non-rotating ring cylinder into the spindle rear reduces construction length, resolving collision risks in turning and milling machines.

A management apparatus monitors factory oil mist levels and adjusts machine operations to maintain safe working environments.

A utility knife uses integrated sensors and wireless transmission to collect usage data for automated blade replacement alerts.

A tightening head changes socket posture to receive bolts from above.

Optical positioning references enable precise tool holder alignment across separate machining modules, eliminating production downtime during setup transfers.

Sensor-mounted fiber mounts measure cutting forces on individual fibers, resolving sensitivity limits in bulk wool felt tests.

A gimbal assembly with a contact member rides the workpiece surface to maintain precise standoff distance during fluid jet cutting operations.

Pre-installed positioning bolts mate with holding device pockets to eliminate tedious setup time while maintaining machining precision.

A height position detector uses an annular laser spot and conical mirror to measure work surface elevation on a chuck table.

Integrated force sensors in the clamping device monitor rotor deformation to prevent machining inaccuracies caused by undetected positional shifts.

A probe-mounted test head uses electrical continuity to detect when sensing tape is cut by a workpiece edge.

Optical detection and evaluation units verify vacuum block positioning to eliminate manual setup errors.

A brake boot assembly method uses a taper member to fit the sealing component into an annular groove on the piston.

A rotatable tool holder integrates a position sensor to measure axial displacement of the cutting tool during machining operations.

A position measurement method compensates sensor length changes using a laser-based reference block system.

A modular vise system uses strain gages and a bidirectional worm screw to apply precise clamping force.

A cooling nozzle adjusts fluid flow rate based on measured outlet pressure to maintain consistent impact force.

A 3D laser measurement device irradiates flooring faces to capture profile dimensions during conveyance.

A side view LED light assembly mounts on the motor housing of an electric power tool to illuminate the work area.

An optical waveguide generates high-intensity radiation for residue-free marking, eliminating cleaning steps while maintaining positioning accuracy.

A deformable splatter shield detects collisions by monitoring internal pressure changes between an initial overpressure and ambient levels.

Integrated pressure detection and fluid ducts determine movable member position, reducing device volume for compact machine tool spindles.

A nozzle-moving unit adjusts cutting fluid ejection direction based on detected workpiece geometry.

A pneumatic position sensor detects piston rod location using integrated annular grooves and recesses on the moving surface.

A tool changer initiates spindle rotation immediately after disengagement from the gripping unit to minimize idle periods during machining cycles.

Segmented coupling elements allow precise volume removal to trim eigenfrequencies, resolving geometric deviations from complex tuning methods.

An adjustable cradle and clamp system secures model airplanes for hands-free maintenance while allowing easy disassembly for transport.

Reference signals verify operation detection to prevent erroneous trigger recognition caused by moisture or dust short circuits.

A cutting apparatus calculates a ratio between vibration and elastic wave signals to normalize sensor data against blade wear variations.

Synchronized laser scanning and exposure time eliminate shadow variation, improving contour accuracy without increasing illumination cost.

Propelled testing surface rebounds from formation to measure hardness, eliminating time-consuming core sampling and retrieval.

A modular chuck uses hydraulic actuators to exert radial force on disk-shaped workpieces for precise multi-surface machining.

Independent axial and radial trimming systems detect hop deformation on wheel blanks, correcting positioning surfaces before machining to prevent waste.

Rolling a spherical sensor along cutting edges captures precise geometry while eliminating errors from radial offsets or edge defects.

An automated skewer mechanism separates and hangs multiple brake shoes, eliminating manual handling errors.

A portable monitoring apparatus uses periodic sensor activation to track tool usage and wear conditions.

A test gauge measures tool holder shank dimensions using dial indicators to verify proper assembly.