Edge Grinding Machines TRIZ Cases

Positioning the tilting shaft near the upper edge reduces rotation radius, preventing damage from large fall distances while improving operator visibility.

Kit employs spacer ring and centering sleeve to align standard grinding wheels, resolving precision trade-offs in compact electrode reshaping devices.

A self-adapting wheel deburring device adjusts a hairbrush angle and stroke to match aluminum alloy hub back cavity shapes.

Segmenting edge pixels into dynamic sets blurs zigzag boundaries, reducing power consumption and design complexity compared to static brightness reduction.

Nesting the support member inside the bowl reduces shipping volume while a blind hole prevents liquid media spillage.

A centrifugal separator uses a removable resin container to collect eyeglass lens grinding refuse from dewatering drum water.

Servo motors regulate brush orientation and location to resolve the contradiction between adaptability and structural complexity.

Curved stepped wafer surfaces with specific radii prevent residual resist accumulation, reducing contamination and improving manufacturing yields.

Monitoring motor current allows dynamic thrust adjustment, preventing machine stoppages and reducing production losses.

Applying shear stress triggers a jamming transition in the slurry, allowing efficient polishing of complex 3D printed surfaces without sub-surface damage.

Multi-axis lens positioning and clutch coupling resolve complexity trade-offs while enabling precise edge configurations.

Form-fitting couplings replace threaded connections to automate wheel clamping, eliminating manual operations and preventing hub vibration during processing.

Servo-controlled brush adjusts angle and height to automate deburring of complex vehicle wheel cavities.

Simultaneous radial feed of inner and outer grinding stones stops together to resolve productivity versus precision trade-offs.

A grinding unit removes sharp edges from drill string tool joints to protect elastomeric seals.

Lateral cooling agent streams and tool measurement devices guide glass plate edge grinding to prevent flat surface spray and eliminate rework.

Integrating pre-cleaning in the loading device and post-rinsing in the unloading device reduces cycle time by eliminating idle periods during main treatment.

A cutting tool integrates a light emitting material to cure adjacent photocurable adhesive layers during the machining process.

Curved edge geometry prevents thin glass substrates from loosening during double-side polishing, reducing surface damage risk.

Closed-loop measurement and correction of casting deformation in aluminum alloy wheel blanks reduces positioning height differences.

An integrated mounting flange on the grinder neck creates a conical auxiliary handle, resolving sharp-edge discomfort from traditional clamping devices.

A rail grinding device uses a rotation driving part to incline the grinding stone along the curved railhead surface.

Portable mandrel assemblies enable on-site drill pipe connection refacing, eliminating transport delays and energy costs.

Centrifugal separation in a circular chamber reduces filter clogging and maintains air throughput despite single-motor constraints.

Separate third transfer units move lenses to trimming positions, eliminating manual centering pad errors and improving mounting accuracy.

Multiple ultrasonic vibration sources create dynamic multi-directional flow patterns in abrasive slurry, enabling effective treatment of curved deep surfaces.

A movable wheel dresser translates in two axes relative to the grinding wheel, reducing dressing time during viper grinding operations.

Segmented abrasive grinding heads remove nanocoatings from glass plate perimeters, ensuring complete edge treatment without damaging the substrate.

Vibratory tumbling removes sinter skin and rounds edges on ceramic cutting inserts, replacing expensive precision grinding.

A method subdivides lens profiles into arcs to create distinct edge finishes.

A blade sharpening system uses a sliding grinding assembly to apply variable pressure for precise profile accuracy.

A substrate processing method cleans peripheral portions using a two-fluid jet nozzle and verifies cleanliness via reflected light intensity.

Standardizing substrate bevel slope angles enables consistent chemical mechanical polishing across multiple wafers.