Edge Grinding Machines TRIZ Cases

A blade holder tool securely grips loose skate blades for accurate insertion into sharpening units.

A single motor drives opposed chuck cones via ball screws to resolve low contact tightness in gravure plate-making systems.

A deburring device applies multi-directional brushing forces to wheel back cavities using independently controlled brush units.

A honing machine combines inner and outer machining tools to process workpiece surfaces simultaneously.

Segmented brush holders with form-fitting connections resolve the contradiction between secure attachment and replacement time by eliminating screw fastening.

Offsetting the optical reference point within semi-finished blanks enables dissymmetric lens production.

Dynamic pressure cycles remove material valleys to achieve sub-3 µm roughness without deforming soft aluminum alloys.

Chamfered nitride semiconductor substrate edges enable visible light reflection for contour recognition.

Segmented deglazing and asperity-forming dressers resolve warpage and particle tip control issues in CMP pad conditioning.

A lens boring apparatus uses dual-axis rotation to position the tool without linear movement.

A machine tool positions multiple rotary tools around a feed trajectory to grind surfaces of axially symmetric bodies in a single operation.

Wedge sections rotate to set prismatic tilt, eliminating blocking aids and vacuum retention secures the lens.

A tungsten chemical mechanical polishing slurry uses fatty amine ethoxylate and colloidal silica to remove material.

Fine abrasive particles in a polyurethane matrix eliminate surface cracks while maintaining low roughness to preserve panel strength.

Independent motor drives eliminate gear inertia to maintain acute corner accuracy during high-speed glass plate processing.

Integrating surface grinding and edge trimming into one machine reduces capital costs and floor space requirements.

A cylindrical polishing wheel rotates perpendicularly to a substrate while a Z-axis mechanism moves the wheel vertically during operation.

Segmented multi-pass processing with localized pressure increases glass laminate edge strength to 100 MPa while preventing fractures.

A wheel burr removal device uses a single motor to drive inner and outer brushes at equal rotating speeds for uniform processing.

Alignment tool centers weld gun tips for precise dressing.

Adjustable pin blocking device accelerates thermoplastic glue solidification to boost manufacturing throughput.

Staggered bi-helical toothing on toothed belts and pulleys transmits motion along a horizontal direction with smooth engagement.

A grinding machine uses a second motor and eccentric unit to move the grinding wheel set transversely.

A centrifugal barrel polishing device uses a tilting mechanism to adjust tank angles for balanced force application.

A control device automates pressing load adjustment for bevel grinding heads.

Variable speed control and feedback mechanisms maintain consistent rotational velocity for reproducible gliding properties.

A planetary gear-driven polishing apparatus holds and polishes optical fiber connectors with consistent mechanical control.

A convex portion on the rotary disk constrains radial lining expansion to maintain precise polishing gap width.

Segmented counter-rotating discs cancel net torque to reduce operator fatigue while a protective skirt prevents wall gouging during aggressive sanding.

A needle-tip polishing device uses a movable contact unit to maintain pressing force against probe needles.

A glass bevelling assembly uses a reference locator to precisely position the grinding wheel relative to the sheet edge.

Integrated servo-driven brush units rotate with the wheel to remove burrs from multiple features, eliminating separate devices and reducing complexity.

A dual-grinding wheel assembly guides welding electrodes through integrated openings for precise reshaping.

A centrifugal barrel polishing machine uses specific relative acceleration to boost polishing efficiency.

A grout removal tool uses spaced disc wheels to abrade multiple tile joints simultaneously.

A suction-cup gripping member engages and holds processing waste during milling, eliminating manual removal interruptions.

A sliding moving element adapts the dust collecting pipe position on a grinding machine, preventing workpiece contact and avoiding grinding interruptions.

A brushing device uses gas pressure dampers to maintain constant contact pressure on cylindrical workpieces during surface treatment.

A cutting method applies a resisting force to the cutoff section of a honeycomb dried body during grinding.

A diamond tool cuts cemented carbide workpieces through controlled plastic deformation.

Servo-controlled brushes adapt to varying wheel diameters, removing burrs from center holes and rims without dedicated fixtures.

Servomotor positioning enables rapid changeover, while troughs extract swarf to reduce cleaning downtime.

Multi-functional hardening bodies simultaneously compress and polish rotor surfaces, eliminating separate grinding steps to achieve high fatigue strength.

Mechanical impact removes flux or photosensitive layers without solvents, eliminating environmental pollution and safety hazards.

Trapezoid grinding shapes SOI wafer edges to prevent delamination and particle contamination during processing.

Elastic member deforms within a support recess to maintain constant polishing tool width, preventing uneven pressure and clogging on inclined substrates.

A polishing disk moves via circular and reciprocating rectilinear motions driven by an integrated mechanism.

A shared server stores target lens shape data alongside image context for terminal devices.

Segmented brush units with dynamic positioning resolve the contradiction between complete burr removal and device complexity.