Drilling/Boring Measurement Devices TRIZ Cases

An integrated damping interface protects insert-tool electronics from vibration and heat while keeping the module securely releasable.

An alignment insert guides drilling into a pre-threaded aircraft component, avoiding rework, cutting production time, and reducing hole misalignment.

Interlocking jig segments and spacers simplify pocket hole setup, speed thickness adjustment, and improve joinery consistency.

A single-handle clamp and drill guide auto-adjusts to workpiece thickness, cutting setup time while improving pocket hole accuracy.

A combined drill bit and suction cavity removes fluid as an underwater container is punctured, limiting oil escape during tool changes.

Interchangeable plates and a centering mechanism let one jig align and machine different lower receiver blanks with less damage risk.

A pin-constrained drill guide bushing prevents rotation while allowing axial travel, improving template-based hole alignment and location.

Sensors and a touch display identify the attached tool head, switch guidance screens, and provide real-time feedback for easier setup and use.

A spacer-based jig transfers handle positions to doors and drawer fronts, cutting repeated measuring, marking, and drilling errors.

A rotating spacer and compliant stopper set fasteners to a fixed depth in one step, enabling flush or below-surface head concealment.

Visual workpiece markings let a CNC machine auto-align the cutting tool and run preset cuts with less setup time and operator skill.

Interlocking jig segments and spacers simplify pocket hole setup, improve alignment, and help produce strong, consistent joints with less waste.

A laser-triggered light sensor stops the rotary hand tool at a reference plane, keeping screw heads aligned on uneven surfaces.

Distributed strain sensors and a split board module enable wireless tool-state monitoring without obstructing cutting tool handling.

A shear-thickening fluid damper in the doorjamb resists aggressive closure while allowing normal door movement, reducing noise and injury risk.

A horizontal fixture, stopper, and elastic element enable rapid drill-workpiece separation for effective BTA deep-hole chip root extraction.

Integrated deburring recesses and a depth stop flange let one step drill bit cut multiple hole sizes, remove burrs, and prevent breakthrough.

Vacuum-formed fiberglass dimples guide patch drilling to match nacelle panel perforations and retain acoustic noise attenuation after repair.

Measured bore position and depth data guide PCB back drilling corrections, improving copper stub removal despite layer and thickness variation.

An oil-storing sliding guide and positioning bush keep reaming accurate with low-rigidity handheld spindles while reducing holder cost.

A freely rotating stop sleeve on a shank-mounted bearing improves concentricity, angular position, and depth control in drilling tools.

A double pinion gear links two racks to auto-set guide block and drill bit positions for accurate pocket holes across wood thicknesses.

Outer-surface airflow grooves separate chip suction from tool fit, reducing wobble while maintaining suction in handheld drilling.

Internal airflow paths in a collet bush preserve strong chip suction while keeping a tight tool fit to prevent wobble and improve drilling accuracy.

Hinged wings and a bushing let this drill guide secure to curved surfaces and keep bores perpendicular with fewer custom blocks.

Curved-contact legs, hinged wings, and a bushing sleeve keep manual drilling perpendicular on complex airframe surfaces with fewer custom blocks.

A shaft-mounted laser plumb bob speeds setup and improves vertical bore alignment while reducing wind sensitivity in core drilling.

An alignment insert guides drilling to match a pre-threaded opening, enabling single-sided aircraft assembly with less misalignment and rework.

A deburring recess and depth stop flange let one step drill bit cut multiple hole sizes while limiting hole enlargement, marring, and burrs.

A spring-loaded depth indicator with a rotating marker tracks surgical tool insertion without pre-calibration or loss of navigation connection.

A positioning sleeve and movable platform enable accurate reactor vessel trepanning in tight repair cabins while reducing setup time and radiation exposure.

Shear-thickening fluid and adjustable valving in a doorjamb absorb aggressive closure while preserving normal door movement and quiet operation.

Visual glyphs on a guide align the cutting tool to a 3D model, reducing CNC setup complexity, operator skill demands, and material waste.

A spindle-mounted laser keeps the beam axially aligned during drilling, reducing calibration error and improving repeatable hole positioning.

A large-diameter adapter and smaller cutter head cut lower receivers with less deflection, less chatter, and better machining accuracy.

A pivoting drill guide aligns a portable drill for straight or angled holes, cutting tool changes and project time while improving accuracy.