Blast Guns TRIZ Cases

Modular mixer member with integrated positioning and fixing portions reduces replacement time while maintaining seal reliability.

A blasting tank uses a center tube and side-mounted vibrator to manage fluid flow and pressure.

Radial water injection mixes abrasive and air components uniformly, reducing water consumption while suppressing airborne dust.

A blasting machine uses a slit-shaped nozzle and fine abrasive to eject material for precise scribing without masking.

An unpressurized storage vessel feeds abrasive media via a venturi system to reduce hose wear and simplify refilling.

A compact dental handpiece uses a converging-diverging nozzle to accelerate gas and powder particles into a supersonic jet for precise material removal.

Segmentation and dynamics principles resolve the trade-off between secure retention and ease of replacement, maintaining pressure integrity.

Segmented nozzle assemblies reduce maintenance downtime by enabling rapid swapping of wear-prone components without replacing the entire operating head.

Treatment machine adjusts cutting edge geometry using a radial offset between the blast stream and worktool rotational axis.

A pneumatic deadman assembly uses a segmented vent line to route residual compressed air away from the main exhaust path.

Switchable valves manage pressure transitions in water jet cutting, reducing component wear during brittle material penetration.

Diverted control fluid transports abrasive particles through a mixing chamber, reducing nozzle wear and system complexity.

A supersonic nozzle wear tip shields the main body from erosion by deflecting reverse sandblasting particles away from the exterior surface.

A multi-layered diamond orifice combines polycrystalline and pseudo-monocrystalline layers to resist impact, cavitation, and wear.

Frusto conical recesses guide the focusing tube and mixing chamber into axial alignment, eliminating manual precision assembly.

Dual air supply channels stabilize the water jet stream, resolving contradictions between jet stability and cut surface quality.

Pressurized gas disperses the abrasive jet, reducing hydrostatic pressure and preventing delamination in composite materials.

A soot blower uses a reciprocating lance tube to position nozzles that discharge steam and solid particles into tubular heat exchangers.

Pneumatic abrasive ejection through a slit nozzle prevents glass edge chipping and eliminates liquid contamination while minimizing grindstone wear.

A nozzle design generates plasma in gas before liquid contact to create micro bubbles.

A mixing chamber accelerates liquid flow before powder injection to maintain jet kinetic energy.

A suction shot treatment apparatus uses a negative pressure gauge to monitor transport path conditions and detect operational abnormalities in real time.

Spray nozzle assembly deposits aqueous abrasive mixture onto precast concrete panels to abrade surfaces.

Outer nozzle combines propellant streams from inner units to form a uniform particle jet.

A fluid control circuit uses a multiport selector valve to direct slurry flow within wet abrasive blasting equipment.

A nozzle with a relieved sidewall accelerates fine abrasive particles in a slurry jet.

A vented cutting head body regulates internal pressure to protect the jewel orifice from abrasive damage.

Heated carrier gas prevents frost formation on the nozzle and object surfaces during CO2 snow cleaning operations.

Magnetic coupling replaces mechanical retention in a waterjet mixing tube, ensuring precise alignment and reducing wear on the cutting head assembly.

Automated dry ice blasting removes adhesive residues while neutralizing electrostatic charges on vehicle components.

A forced air camera directs airflow past the lens to maintain visual clarity during bead blasting operations.

A low-pressure nozzle mixes compressed gas with abrasive glass powder to strip surface finishes.

An integrated hand-held ejector tool replaces inefficient Venturi mechanisms with direct pressurization, eliminating remote air source dependency.

Nozzle assembly conveys thermolabile solid particles through jet engine compressor stages using carrier gas flow.

Two transversely movable water nozzles form an X-shaped cut that stabilizes the V-shaped tail and start, preventing jams from uncontrolled fluttering.

Segmented barrel geometry expands cryogenic jets to reduce mechanical stress on substrates while eliminating clogging during particle aspiration.

Porous elastic roller peripheries absorb abrasive impact forces and release trapped particles to prevent surface flaws on fragile glass workpieces.

Symmetric liquid jets eliminate recirculating gas flow and accelerate particles beyond 150m/s, tripling cutting power.

Flexible adapter cutout compresses to fit cylinder head openings.

A high-pressure cutting system combines liquid and slurry streams to produce a high-velocity jet.

An air stream clears spray-back from the measurement area, allowing a laser sensor to detect position and reduce taper.

Segmented hopper walls divert pressurized gas to prevent icing, eliminating bridging caused by ambient humidity.

Acoustic detection monitors water jet peening nozzle sound to identify abnormalities, ensuring consistent residual stress reduction during continuous operation.

Rigid nozzles direct abrasive jets at less than 30 degrees to surfaces, bypassing speed limits imposed by perpendicular relative motion.

A convertible nozzle component switches between pure and abrasive waterjet modes to cut composite materials.

A dental polishing nozzle uses a distal tongue to disturb powder and fluid flow outside the chamber, preventing internal clogging from premature mixing.

A retaining nut receives an orifice mount assembly laterally without torque application while the system is at ambient pressure.

A nozzle design uses carbon dioxide adiabatic expansion to generate uniform nanoparticles at high speed.

A cavitation processing apparatus uses a direction changing member to redirect fluid flow toward inner surfaces of rotating workpieces.

A blasting discharge jet nozzle incorporates a cylindrical section to stabilize carrier air flow and accelerate dry ice particles uniformly.