Ammunition Testing TRIZ Cases

A vibratory motor drives a feeder plate to automatically load ammunition cartridges into an alignment gauge.

Records process durations and error states during testing without converting the missile to an inert state, preserving critical error patterns for analysis.

Automated ink marking identifies reusable cartridge cases to prevent mixing and reduce inspection time.

A perforated metal strike face bonded to a laminate composite backing absorbs projectile energy through controlled fracture and deformation.

A rotating case holder aligns tools to the cartridge axis for precise trimming and cleaning.

Optical system projects radiation lines onto cartridge end surfaces to detect reflected segments for precise geometric dimension analysis.

Multi-angle illumination assemblies capture simultaneous reflected radiation signals from exterior part surfaces to form seamless 360° panoramic composite images.

A passive RFID monitoring device calculates equivalent storage time using Arrhenius law to assess critical system health.

A handheld tool uses a lever and handle to eject spent firearm cartridge primers without springs or dies.

A bullet comparator uses a floating chamber in a V-groove to align bullets for dial indicator measurement.

Twin probe and bore gauges measure chamber and cartridge datum lines to determine bullet jump, resolving accuracy issues from inconsistent seating depth.

Solid damping braking blocks decelerate shells indoors, resolving space and confidentiality constraints.

A multifunctional test device uses four stimulation components to verify weapon system interfaces.

Dynamic amplification selects gain factors from predefined ranges to resolve small acceleration signals without saturating large ones.

A bullet feed die assembly uses coaxially positioned collets to expand and restrict passage bores for precise single-bullet dispensing.

Selective simulant inserts replicate anatomical tissues to resolve the contradiction between device complexity and simulation accuracy in ballistic testing.

A coaxial adjusting nut moves a cutter axially via threaded engagement, resolving the contradiction between measurement precision and ease of operation.

Telecentric lens assemblies capture simultaneous multi-surface images of headed parts for automated quality control.

Segmented metal plates with slotted holes fracture to absorb impact, resolving weight and multi-hit cracking issues found in conventional ceramic armor systems.

Set screw mounting secures RFID tags to metal ordnance casings without removing material.

Automated 3D imaging replaces manual microscopy to eliminate lighting errors and provide quantitative accuracy in firearm forensics.

Electromagnetic wave apparatus measures projectile distance and velocity within a pressure tube.

Fiber Bragg grating sensors replace destructive sampling to monitor structural health, eliminating material loss while maintaining measurement precision.

A bullet trap receiver uses a funnel guide and absorption unit to contain projectiles in a sealed cavity.

Pivotally coupled lever arms secure brass cartridges for primer pocket cleaning, reducing manual strain and preventing damage.

A confined explosion evaluation platform uses a target plate to measure damage power.

Segmented chambers with shock wave deflectors contain blast residues, preventing environmental contamination from scattered components.

A cartridge tester uses tolerance surfaces to verify bullet and case dimensions.

A compact cartridge case trimmer integrates trimming, deburring, and chamfering into a single cutting tool.

Interchangeable collars on a universal hub enable precise pocket and seated primer depth measurements across varying ammunition casing sizes.

Mechanical indenters create permanent lateral marks, avoiding laser costs and printed wear.