Edge Grinding Machines TRIZ Cases

A size-adjustable wheel deburring device uses synchronous clamping and rotating to hold wheels securely while brushes remove burrs from flange and spoke corners.

A polishing apparatus adjusts the tilt angle of its working surface and reciprocation line to match workpiece edges.

A mechanical chamfering tool grinds optical fiber edges to a precise angle without distorting the core.

A deburring barrel uses a drop prevention member to retain polishing media while allowing tubular workpiece insertion.

Compressed outer layers enclose tensioned inner cores at edges, preventing breakage without increasing laminate thickness.

Segmented blocking pads with rigid film layers withstand shaping torque on low energy lens surfaces, preventing mounting failure.

Triangular grinding blades concentrate abrasive material in the outer rim region, extending tool life and reducing waste from rectangular blade configurations.

Embedding smaller abrasive particles in the interstices of a larger first layer prevents uneven wear on blind holes, maintaining precise cylindricality.

Nested grinding chambers and safety walls contain flying metal particles during key destruction, improving operator safety.

Dual-blade saws cut and grind ceramic logs in one pass, eliminating water cooling and reducing process steps from four to one.

Symmetric grooved wheels counterbalance rotation to eliminate vibration, ensuring high precision and faster wafer edge polishing.

A rotating frame capsule machining apparatus positions workpieces to reduce tool travel range and enhance precision.

A beveling machine uses a movable spline shaft and position-setting pins for rapid depth adjustment.

Coupling the stone turning unit to the workpiece holder rotary drive eliminates separate motors.

Merging shaft alignment, edge measurement, and peripheral processing into one apparatus eliminates sequential transfer delays between separate machines.

A glass plate working apparatus uses a slider crank mechanism driven by a lifting motor to raise and lower suction pads.

Mechanical shot blasting replaces chemical pickling to remove scale from hot-rolled steel strip, reducing environmental hazards.

Concentric polishing zones separated by discharge grooves prevent slurry mixing while reducing apparatus size.

Dynamic hydrostatic pressure modulation reduces elastic deformation and nanotopology defects like C-marks in semiconductor wafer grinding processes.

Sensors on a hand tool monitor air pressure, orbital RPM, and applied force to give operators real-time feedback that reduces scrap generation.

Cooling resin below its glass transition temperature prevents heat damage during chamfering, ensuring consistent taper accuracy on flexible fibrous sheets.

Automated glass arrissing machine employs probe feedback to detect edge misalignment and adjust abrasive tools, reducing production time.

Segmented mesh containers isolate components during vibratory polishing to prevent direct contact and collision damage.

Laser-induced defect lines guide ion exchange to separate glass edges, eliminating subsurface damage from mechanical grinding.

A hybrid ophthalmic blank combines plastic and mineral parts to enable precise machining of lightweight optical surfaces.

Groove wall edges on a rotating processing pad contact workpiece bevels, resolving the trade-off between simple pad structure and effective edge processing.

Segmented retainer ring prevents membrane deformation at wafer edges, maintaining consistent polishing pressure and improving surface uniformity.

Separate notch and edge trimmers with perpendicular rotation axes remove notch bevels while preserving the good die area.

Flowing viscoelastic abrasive medium polishes hollow spring inner surfaces, reducing roughness and applying compressive stress to extend fatigue life.

A circumferential drive roller translates a power tool around a pipe flange to automate surface finishing operations.

Subtractive surface engineering removes material from worn metal components to expose true damage without causing distortion.

A frame with a predetermined angle and an adjustable cutting member resolves manual sanding inconsistencies in composite parts.

Servo-driven cylinders adjust brush angles in horizontal and circumferential directions, removing burrs from focal parts of complex wheels.

A glass processing installation uses integrated sensors and a control device to adjust cutting, breaking, and grinding operations in real time.

A universal joint mechanism supports a cone-shaped branch body above its gravity center to maintain a leveled posture for polishing solution distribution.

A deburring apparatus moves printed circuit boards along perpendicular rails to contact rotating abrasive members for edge finishing.

Uniform spindle rotation balances thrust forces, preventing element movement and ensuring precise deburring across wood or metal parts.

A dual-tool machining method segments ophthalmic lens contours to optimize material removal rates and surface finish quality.

A method calculates curvilinear lengths on a curved substrate to cut a planar film patch with precise edge alignment.

Digital gap measurement drives automated CAD updates and CNC machining, reducing production time while maintaining dimensional accuracy.

A hand-held grinder tool uses a sliding guide plate and wheels to maintain perpendicular alignment during stone edge grinding.

Expandable guide frame clamps aircraft stiffeners for precise abrasive drum trimming, preventing underlying skin damage during manual operations.

A lapping tool uses a force multiplier to bend stiff ceramic row tools while an air bearing provides precise downward support.

A bevel path calculating unit determines a spherical surface to generate an automatic processing path.

A linear motor moves a grinding wheel in the z-direction to sharpen skate blades, eliminating manual skill requirements and ensuring consistent precision.

A lens processing apparatus uses orthogonal alignment between an optical member and a ring-shaped grinding tool to grind outer peripheries in planar shapes.

Gradient nozzle arrangement directs high-pressure water jets to clean wide sheet strips, resolving width limitations while maintaining surface quality.

Devitrified glass elements replace costly ceramic and polymer media, reducing waste while maintaining sharp edges for effective deburring.

Segmented base and universal angle selectors resolve the trade-off between high precision and equipment cost.

Chemically accelerated vibratory finishing reduces gear tooth surface roughness to 0.25 micron or less, eliminating lubricant debris that damages bearings.