Slitting Machines TRIZ Cases

A power-operated tool shifts an actuating member bidirectionally to mount and remove chisels from holders.

A hydraulic piston displaces mineral cutter picks axially within their bores using controlled fluid pressure.

Optical imaging captures milling tool positions to compare against reference values, eliminating subjective visual inspection and production interruptions.

A wireless camera network integrates into longwall face supports using intrinsically safe electronics and local antennas.

A rotatable cutting tool holder base assembly uses an alignment pin to secure the tool holder within a bore for precise orientation.

Segmented tooth formation uses complementary projections to rigidly hold a mineral breaking pick head, reducing wear while enabling easy replacement.

A movable maintenance flap on the machine frame underside provides storage compartments and a pivot seat for replacement tools.

Segmented carbide or sintered diamond inserts deflect abrasive materials to reduce replacement downtime and extend cutter bit service life.

Segmenting the cutter bit allows quick replacement of the worn element without removing the drum, reducing maintenance downtime.

Nonparallel receptacles in a compact block distribute impact forces across angled picks, extending functional life on milling drums.

Ribbed shank segments distribute radial force across discrete contact points, preventing ejection from harsh milling vibrations.

A cutting bit recess features a stepped internal profile that prevents dust entry into the mounting interface.

Three angled stripping surfaces create a pyramid bracing structure that distributes working forces, reducing flexural stress on the insertion projection.

Differential heat treatment creates a hardness gradient in S7 steel, balancing wear resistance and toughness while reducing weight.

Symmetric holding elements in a clamping sleeve simplify fitting of a circular-shank tool by reducing axial and radial play during assembly.

A conveyor belt system transports harvested crops alongside fields using a spool and winder mechanism.

A cemented metal carbide stem press fits into a steel body bore to create a secure mechanical connection.

A chisel holder integrates a recessed weld overlay to provide localized wear resistance on the support surface.

A hydraulic hammering device uses a shared spool to select between auto-stroke and idle strike prevention modes.

Overlapping recesses and a locking retainer enable rapid cutter bit replacement on milling drums, eliminating costly welding downtime.

An interchangeable chisel holder fixes the trailing superhard tip axially and circumferentially, extending service life while reducing maintenance costs.

Frictional interference from an elastic member prevents shaft rotation, extending tool life in pavement milling.

A pivot connector with curved track and rollers enables automated steering for mobile conveyor machines in low-ceiling mines.

A shearer rocker arm angle detection device uses optical fiber sensing to measure displacement via a gradient-rotation media plate.

An intermediary cup guides the extraction force along the base bore axis, preventing lateral damage during worn tool holder removal.

Segmented limit discs increase contact area to resolve eccentric wear and extend service life.

Shrink-fitted insertion shaft and overhang portion protect the steel base from abrasive wear, enabling harder cemented carbide materials for extended tool life.

Transport blades on a borer miner cutting drum gather and discharge cut rock to the conveyor, eliminating secondary crushing that wastes motor power.

Rounded transitions reduce stress concentrations while interlocking features enable rotational withdrawal, cutting replacement downtime.

Internal damping plungers and disk springs maintain full contact area between stop surfaces while absorbing high impact loads.

A rotatable cutting tool features a graded hardness profile across its axial regions to balance wear resistance and structural integrity.

Helical bore holes in a toroidal end ring increase pick density beyond the drum perimeter, resolving footprint constraints.

A cutting tool mounting assembly uses an elastomeric coated bushing to isolate metal surfaces and reduce mechanical stress between components.

Segmented chisel holder design with intermediary wear protection enables emergency running to prevent severe damage and reduce machine downtime.

A pointed superhard tool features a non-planar interface bonding the material to a carbide substrate.

A rotating shield seal energizes a rigid element to form a slidable barrier between components.

A cutter bit uses a flanged wear insert to frictionally engage a base portion, preventing loosening during high-speed rotation.

A hardened washer positioned between the attack tool and holder reduces wear on tungsten carbide tips, extending operational lifespan in asphalt recycling.

A carbide wear protection cap sheathes the tool region of a milling chisel to reduce surface erosion.

A drum housing features a closing mechanism on an inspection opening for remote access to internal monitoring devices.

Transverse tool shafts create short pulse-like engagements that reduce contact time and wear while maintaining high removal rates in rock and concrete.

A superhard pick tool combines a diamond tip with a large cemented carbide support body secured by a shrink-fit steel holder.

A degradation assembly holder features an inner surface hardness exceeding 58 HRc to secure the shank.

Self-installing gate entry supports eliminate manual labor and reduce material transport costs while actively monitoring roof conditions.

A rotor bit extraction tool activates lighting units upon interface actuation to illuminate the work area.

Optimized shank diameter to disk thickness ratio reduces bending stresses in milling pick transition areas.

Curved tubular guides allow tiltable guide rods to resolve frame stability conflicts while maintaining mobility on uneven terrain.

Segmented tool holders with self-locking base grips reduce wear and extend operating time under high tribocorrosion loads.

A six-arm tunneling machine integrates roof bolt units and side bolt units with the cutting frame to automate support installation.