An electronic circuit and processor replace tape and marked gauges to directly calculate tire circumference and stagger with less labor and error.
Offset straight edges on swiveling arms define start, arch, and end lines for accurate tweezing areas.
Parallel measurers in movable heads simultaneously inspect multiple tube holes, reducing manual gauge time and improving workability.
A sliding adjustable compass uses a modular support to hold interchangeable cutting implements for precise marking.
Deformable arms with contact elements measure angular displacement to determine thread root width for diverse hydrocarbon well threading profiles.
Automated optical measurement determines robot coordinate systems using calibration objects and best-fit transformations, eliminating manual skill dependency.
Inclined surfaces abut object sides while dual scales indicate size, resolving manufacturing cost and reading confusion.
An electronic caliper uses a nested measuring rod and digital sensors to measure lordosis without bulky equipment.
Multi-axis magnetic field analysis replaces dedicated Hall sensors to simplify design and reduce power consumption.
A digital skinfold caliper uses a cam actuator to apply constant pressure across the measurement range.
A caliper with a pivotable second jaw maintains measurement stability while allowing easy removal from brake discs.
A circle compass with an adjustable arm and centering pin accommodates router bits to form accurate circular holes from 0.75 to 12 inches.