Other Manufacturing Equipments/Tools TRIZ Cases

This compact blade sharpener uses crossed abrasive members to maintain blade angle with minimal skill and less rounding.

A stationary knife guard guides the sharpener into position, enabling effective edge maintenance with less exposure and fewer moving parts.

A compact blade sharpener uses crossed, interleaved members and flexible portions to guide the blade, absorb forces, and protect the hand.

A snug insert adapter uses shear flow in DIW channels to align microfibers, improving strength and stiffness without external controls.

This sheath moves the lock away from the cutting edge for one-hand use while its biased arm supports consistent blade sharpening.

A clamped knife and spring-biased carriage deliver controlled sharpening strokes without bulky powered electronics.

A wedge-and-linkage lever with spring piston buffers clamping force for smooth, secure blade retention across varied geometries.

Radial clamping secures partial warp beams to eliminate axial expansion effects, maintaining tension stability without machine downtime.

Simultaneous grinding of asymmetric inclined surfaces compensates for manufacturing deviations, ensuring precise blade engagement without damaging nails.

Inverted friction-driven grinding wheels eliminate polygonal deformation and extend disc blade life.

Pulling the tool across abrasive media in a trailing orientation prevents surface deformation and maintains bevel precision.

Segmented base and dynamic angle adjustment resolve the trade-off between portability and sharpening precision for complex knife edges.

An intermediary indicator translates support position into a visual scale, eliminating complex measurements and skill requirements for blade tools.

A knife sharpener uses a gear-driven rotating disc to select sharpening angles and forms for various blades.

Rotating arms carry grinding wheels to position against cutting blade flanks, eliminating manual resetting risks and improving operator safety.

Multi-axis movement of the sharpening member compensates for abrasive wear on the stone, preserving flat horizontal blade geometry.

A laser beam locally welds hardfacing material onto machined flat surfaces of cast iron glass mould edges to form a reinforcement zone.

Vertical movement of the trough holder separates the grindstone from liquid, preventing deterioration and simplifying mounting.

Optical system replaces mechanical contact to determine blade sharpness, improving precision while reducing device complexity.

Electromagnetic radiation ablates cutting insert material via a shaped mask, resolving the trade-off between high removal rates and surface integrity.

Pre-assembled pulling heads using standardized components reduce on-site setup time while maintaining adaptability across different conductor types.

Pivotable clamping members accommodate varying blade thicknesses, eliminating uneven sharpening angles caused by fixed clamp positions.

An intermediary sleeve with mating apertures holds the knife blade at a consistent angle, eliminating position variability during manual sharpening.

A knife ricasso angle assist bevel establishes a built-in sharpening reference.

Integrating cutting, laser cladding, and heat treatment tool heads into one machine eliminates workpiece transfer steps between separate equipment.

Template runners guide blades along grinding wheels to profile and sharpen runners, eliminating separate operations that cause operator error.

Simultaneous lathe and scraping mechanisms machine top portions and peripheral sidewalls, eliminating track formation from interrupted milling.

A knife sharpener uses a lever-operated suction cup to adhere to flat surfaces while providing multiple sharpening slots for various blade types.

Adding modular side sill segments and bottom extensions allows 48-foot well cars to carry 53-foot containers while maintaining vertical clearance.

Convex sharpening discs adapt the cutting angle to different knife thicknesses, resolving fixed geometry limitations.

A blade sharpening assembly shuttle holds a blade edge against a sharpening surface while a guide portion aligns the tool for precise strokes.

Crossed wet rods slide along linear guide rails to maintain a constant grinding angle, resolving variable angle inconsistencies found in rotary honing systems.