Belt Grinding Machines TRIZ Cases

Segmenting the polishing process into discrete locations allows dynamic rotation and positioning to correct within-wafer thickness non-uniformity.

A revolving grinding belt and dust extraction unit automate the mechanical finishing of wind turbine rotor blades.

A belt finishing device uses a gearbox clutch to adjust rotational speeds and directions from a single machine tool drive.

Oscillating contact rolls with cutout sleeves abrade floor surfaces to create authentic distressed patterns, replacing time-consuming hand scraping.

A lever mechanism adjusts roller distance to tension an abrasive belt and cover the installation opening.

A cylindrical tool uses a triangular abrasive belt to selectively hone outer-diameters with high pressure.

Abrasive band speed adjusts for wear during forging, correcting shape deviations without manual labor.

Dynamic force adjustment compensates for abrasive wear across the toolpath, ensuring uniform material removal and reducing processing costs.

Segmented lining carrier uses air cushions to dissipate friction heat, extending service life and simplifying replacement.

A porous pad applies an abrasive-free solution to selectively remove substrate material through controlled hydrolysis.

Asymmetric particle geometry enables self-orientation during coating, eliminating complex external alignment equipment and reducing production costs.

Automated robotic grinding device uses sensor-guided abrasive belt tensioning to precisely remove surface flaws.

A pre-tightened abrasive belt cartridge uses extraction elements to push the belt onto a holder unit during alignment.

A pattern belt presses a raised design into a sanding belt to transfer specific impressions onto wood planks, eliminating repetitive machine markings.

Elastically yieldable grinding surfaces prevent burr build-up and material hardness loss during sharpening.

Automated optical scanning detects surface chatter marks, eliminating manual inspection and reducing sanding belt waste.

Segmenting the press-on arrangement into replaceable elements resolves the trade-off between grinding adaptability and device complexity.

Segmented composite roller with independent pressure belt resolves trade-off between high counter-pressure and flexibility during metallic workpiece deburring.

A cutting tool sharpener uses a flexible abrasive belt routed around rollers to sharpen blades.

Metal discs define contact points to position the support bar, eliminating manual wooden spacers and ensuring consistent edge angle replication.

Multiple abrasive belts with distinct grits and stiffnesses sharpen tools through a v-shaped slot, resolving precision versus complexity trade-offs.

Segmented stacking of C-shaped inner cams balances grinding forces to eliminate axis deviation and achieve sub-10 μm circularity.

Single-valve pneumatic cylinders adjust pressure to prevent panel damage while ensuring reliable sanding function.

Segmented pneumatic circuits reduce friction and force requirements for precise panel finishing.

A flexurally resilient intermediate element transmits pressing force to a finishing band via V-shaped surfaces.

A portable belt grinder features a transparent cover over a viewing hole to confirm abrasive belt position.

A polishing apparatus synchronizes a rotating screw shaft with an oscillating tape to press against grooves.

Oscillating contact rolls with patterned sleeves abrade hardwood floors to create authentic distressed visual textures.

Two spaced pressure rollers maintain linear contact with a finishing belt against workpiece periphery.

Integrating a spacer with the pad conditioner extends sweep distance to prevent pad edge damage and reduces tilt during chemical mechanical planarization.

A composite contact wheel with polymer and reinforcing fiber composition supports abrasive belts during cylindrical grinding operations.

Polished lines on photoreceptor end regions reduce friction against cleaning blades, preventing uneven wear and image defects.

Thermal imaging monitors surface temperatures during machining to identify anomalies early, reducing rework time and extending tool life.

A compact grinding unit with three guide rollers and an adjustable pressure shoe for machining devices.

A detachable skate holder integrates a cooling serpentine to manage sanding belt temperature.

A solid body abrasive tape with controlled surface roughness cleans electrophotographic photoreceptors.

Adjustable ejection material flow pressure through the platen resolves manufacturing precision and productivity contradictions in gas turbine blade finishing.

A grinding device adjusts speed and pressure via real-time surface data comparison.

Replacing mechanical scales with a digital panel resolves displacement measurement precision issues in belt sanders.

Rolling contact from a rotatable edge guide maintains cutting edge alignment, resolving precision and efficiency trade-offs in tool sharpening.

A pneumatic grinding head adjusts abrasive belts via rack and pinion mechanisms without electrical power.

Dynamic support rollers vary the sharpening dihedral angle during operation, eliminating manual adjustments for precise convex profiles.

A substrate polishing system corrects film thickness sensor outputs using a stored offset value derived from underlayer measurements.

A grinding machine employs a movable plate between the belt and pressure bar to generate diverse surface patterns without increasing equipment complexity.

A belt grinding module coupling mechanism uses a clamping bolt to secure connecting bolts between modules.

A rotating apparatus merges multiple sanding belts to eliminate tool changes, resolving the trade-off between flatness tolerance and manufacturing time.

Curved bearing surfaces profile the pressure belt to compensate for uneven tensile stress, resolving contour deviations in crankshaft manufacturing.

A guide with contact points directs an abrasive surface along a calculated trajectory to blend added material on manufactured components.

Flush alignment of the outer peripheral plate prevents abrasive grain fallout from a lubricated polishing tape, suppressing surface contamination.