Mechanical Measuring Arrangements TRIZ Cases

Injection molding fixes the feeler shaft to eliminate manual bonding, reducing alignment costs while improving vibration damping.

A rotatable grip assembly on a portable coordinate measuring machine allows ergonomic handling and consistent operator positioning.

A calibration fixture enables angular adjustment of a CMM stylus extension using lateral extensions and a dial indicator.

A form measuring machine calculates correction factors from calibration data to set a correction filter for the scanning probe.

A dimension measuring instrument uses a prestressed force sensor to convert contact force into an electrical signal for precise carriage positioning.

An electronic inclination sensor replaces mechanical leveling, enabling accurate height difference calculations on uneven surfaces without manual adjustment.

A coordinate measuring machine adjusts its load detection threshold proportionally to the target probe speed for accurate status judgment.

A variable-height barrier with a sensing device records worker reach data points as the subject bends forward.

A compact measuring assembly integrates a spherical contact probe with position detectors to enable direct on-site component measurement.

A portable coordinate measuring machine uses a vertical translation mechanism and rotary motion to position the measurement probe.

Movable securing surfaces clamp the adapter to prevent mechanical damage during transport while maintaining measurement accuracy.

A probe unit signal processing circuit synthesizes three-axis displacement components into a composite signal for digital touch output.

A measuring apparatus uses switchable position determiners to accurately detect the orientation of columnar work pieces on a rotary table.

An inverted probe accesses workpieces through a base plate recess, eliminating bulky mounts and reducing device size.

A contact probe combines elastic and magnetic forces to stabilize measurement accuracy while preventing thermal deformation and electrical noise.

A recess in the primary leg of a moving bridge coordinate measuring machine allows the quill to translate further along the X axis.

Calculates effective trailer wheelbase via least square approximation of dynamic sensor inputs to adapt to varying axle loads without manual calibration.

A scanning probe apparatus corrects tip ball displacement using angle-dependent frequency transfer characteristics to enhance measurement accuracy.

A compensation unit evaluates measuring element deflections to provide precise dimensional checks without complex gantry systems.

A rotary table axis determination method uses fixed sensing bodies to establish reference coordinates for the machine coordinate system.

A probe measurement timing subsystem determines pre-trigger lead times to synchronize scanning probe data with coordinate values, resolving signal delay errors.

Holding the inspection gauge in distinct postures generates sufficient calibration data while reducing device complexity.

Axial and transverse probe surfaces on a gauge tool measure brake pad lining thickness through the wheel assembly, eliminating time spent removing wheels.

A probe straightness measurement method uses a slanted reference jig to calculate position errors via the probe's own displacement detector.

A coordinate measuring machine feeler pin uses rotationally symmetrical contacts to read identification data from an embedded chip.

Rotating threaded shafts engage internal projections to lock fixtures, reducing setup time and operator errors in industrial inspection.

Segmented calibration using a gauge artefact with interchangeable portions reduces linear calibration time while maintaining measurement precision.

Sliding arms and prismatic pads center measurement instruments on the wheel axis, protecting rims from damage during alignment.

A coordinate measuring probe uses compliance matrices to account for directional flexibility during surface sampling.

A tape measure housing integrates a pipe recess and magnetic couplers to secure the device on substrates.

A measurement cycle generation method defines distinct stand-off distances for individual touch trigger points on complex object surfaces.

A rotatable blade adjusts its angular position to maintain precise registration between printed indicia and termination lines on transported web material.

A horizontal-arm coordinate measuring machine tilts its upright to reduce transport dimensions.

A misalignment calculation method selects a most probable circle to minimize radial displacement error amounts across measurement points.

Applying feature-level correction values eliminates complex point-by-point error maps, reducing recalibration time for coordinate positioning systems.

A probe measurement timing subsystem synchronizes scanning probe data with coordinate measuring machine position coordinates.

A touch panel display unit integrates input and output functions into a single interface layer.

Replacing sliding guides with roller-based counterweight guidance reduces upright machining costs while maintaining reliable movement.

Directly connecting the scale to the base body isolates measurement from thermal expansion and vibrations in the two-part housing.

Segmented base plates with coordinate systems allow reuse of risers and form blocks, reducing manufacturing time and cost for custom inspection tasks.

A shape measuring apparatus uses a movement auxiliary unit to absorb counteraction forces from the second moving unit.

Flexure joints in the fastening element eliminate opposing forces from thermal expansion to maintain measurement accuracy.

Segmented arms pivot to contact welds in tight spaces, resolving accuracy issues caused by component shrinkage.

Active compensation actuators shift frame elements against drive units to counter dynamic deflections, maintaining measurement accuracy at high speeds.

A scanning head probe element uses a transmission element to direct pressure forces toward piezoresistive sensors for precise signal generation.

A coordinate measuring machine base positions sliding guides underneath a top wall to create a flat, treadable upper surface.

A power actuated wheel clamp employs a self-centering gear linkage to drive elongated arms, reducing rim damage and operator effort during alignment.

A rigid plate with a lateral boss measures bicycle chain wear using gravity alignment.

A shape measuring apparatus uses dual frequency transfer filters to correct displacement values from a scale and ball tip detector.

A sliding sensor carriage enables precise width measurement across varying postal requirements without expensive fixed arrays.