Other Manufacturing Equipments/Tools TRIZ Cases

A base holds a grinding stone at a fixed angle to sharpen trimmer blade tips.

A laser-cut metallic support sheet with orthogonal reinforcement structures holds vehicle component holders in precise positions.

T-shaped branched pipe separates gas and liquid flows via cross-sectional area differences, maintaining workpiece suction when the dresser board warps.

A grinding jig base features a support surface that keeps woodworking tools parallel to the grindstone.

Spring-biased segments form a V-shaped notch to treat angled knives, eliminating orientation dependency and preventing uneven wear.

Moveable mounting brackets attach to the rear frame to position the cutting reel, resolving setup complexity caused by varying front roller configurations.

A grinding machine uses a wheel with a rounded recess to shape knife blade tips into continuous cutting edges.

A modular prismatic support module with a predetermined fastening grid resolves inflexible mounting systems by enabling flexible component arrangement.

A magnetic sharpening jig uses a flexible silicone contact element to secure magnetizable blades through high static friction.

Counter-rotating grinding wheels paired with a spring-loaded slider mechanism prevent cross displacement and operator injury during blade sharpening.

Arc-superimposition-interpolation control unit coordinates two cutter holders to machine rotating workpieces.

Multi-station machine tool integrates optical measurement and laser drilling for high-accuracy fuel injector nozzle production.

Variable laser welding speeds maintain uniform weld marks on a developing blade, eliminating uneven pressure contact with the roller.

An integrated screw anchor pile uses a dedicated excavation bit to break ground, protecting the spiral and increasing tip support force.

Segmented channel geometry maintains blade edge precision during manual sharpening, resolving the trade-off between operator simplicity and geometric accuracy.

Rearranging knife boxes and anvil rubbers on cutting cylinders allows variable cut lengths without speed adjustments, reducing product damage risks.

A pallet with telescoped leg assemblies uses inner and outer post members to support decks in a spaced relationship.

Interconnected arms pivoted at the ends prevent flexing under pressure, maintaining sharpening accuracy while reducing device complexity.

Merging the motor shaft and grinding wheel coaxially eliminates extra bearings, reducing complexity while maintaining high-speed operation.

Angled guide blocks urge closed jaws upward against the chassis, resolving jaw looseness and indeterminate positioning during blade retention.

Pre-tensioning the blade over a raised support plate maintains consistent contact and prevents irregular grinds caused by lost blade alignment.

An asymmetric bread-knife blade design resolves manufacturing cost contradictions by optimizing tooth geometry for efficient, low-noise cutting.

A blade sharpening apparatus uses a rotating grinding wheel to precisely remove material from serrated edges.

A multi-piece plastic pallet joins top and bottom decks using a heat staking assembly process that fuses interlocking posts and sleeves.

Integrated cutting and fastener handling reduces cycle time by eliminating manual repositioning during aircraft assembly.

Segmented ceramic stones and carbide blades in a compact housing resolve the trade-off between portable design and effective serrated edge sharpening.

Segmenting the gripping function allows accurate pull-out force measurement for large wires without increasing gripper mass or drive complexity.

Interchangeable knife guide cartridge accommodates 15 and 20 degree angles, resolving Western and Asian knife compatibility.

Rotating the grinding wheel allows one unit to grind varying bevel angles, eliminating multiple fixed-angle units and reducing device complexity.

A rail-mountable sharpener uses a foldable housing to secure diamond and ceramic sharpening stations for field use.

Merging the door holder into the carrier base eliminates separate conveyor systems and reduces assembly line space requirements.

A retrofit kit mounts an air spring to a torsion axle via a pivot arm for independent wheel movement.

Rotary adjustment moves abrasive elements via a rack mechanism to match varying knife blade angles.

A blade scabbard integrates a pivotally mounted sharpener and a spring-biased honing device to process the cutting edge during insertion.

Rotating annular abrasive disk creates precise cross-grind patterns and micro-serrations, eliminating burrs from manual sharpening.

Single-step laser processing eliminates multi-step fabrication bottlenecks, reducing production time while maintaining precise edge geometry.

Segmented coarse and fine stages restore tool sharpness without increasing device complexity, resolving the trade-off between precision and ease of operation.

Adjustable overlapping rings process convex and concave profiles, eliminating the need for skilled manual operators.

Pivotable jaws and a cam-operated mechanism accommodate varying blade thicknesses, resolving misalignment issues in traditional fixed-position clamps.

A multi-module chemical vapor deposition system uses a motion control mechanism to rapidly swap deposition units between active and standby positions.

A chip antiscatter mechanism uses gas jetting and fluid curtains to contain debris during machining.

A hybrid ultraprecision machining device combines electromagnetic-wave rough cutting with replaceable precision tools to manufacture micro-machined products.

Pivotable guide rods resolve stability versus adjustability contradictions, enabling precise sharpening angles below ten degrees.

A double-directional laser machine tool drills symmetrical deep holes using focused beams and rotating platforms.

Non-planar guide surfaces with convex portions match hollow ground blade profiles, resolving positioning instability and friction issues during sharpening.

Scanning laser light melts knife blade edges to form serrations without precise edge registration.

Segmented rotating discs prevent edge hooking and form convex sides, eliminating fragile concave edges from stationary designs.

A cutting tool sharpening angle aid uses a spirit level vial to provide visual orientation feedback during manual blade maintenance.

An optional welded bottom joins upper deck ribs, resolving manufacturing cost versus load flexibility trade-offs.