Working Accessories TRIZ Cases

Automated stepwise transport eliminates manual slab handling, reducing cycle time and waste while maintaining high precision across multiple working areas.

A laser cutting apparatus maintains constant beam velocity during directional shifts to prevent thermal energy accumulation on glass substrates.

Sacrificial elements on the supporting board enable unrestricted cutting tool paths while suction-cup blocks secure plates for milling.

Segmented hydrostatic drives enable lightweight operation on fresh concrete while vacuum systems capture dust.

Segmented planes distribute hammer impact forces to reduce vibration-induced cracks while providing stable trimming without bolting.

A lightweight slate cutting tool uses a U-shaped tube to provide stable support on roof battens.

Angled push rod reduces operator arm motion, while oil lubrication via wool felt minimizes slider friction to improve cutting precision.

Segmented saw system with dynamic clamp maintains portability while delivering precision cuts in dense ceramic tiles.

A cutting apparatus ring mount isolates the mount base from aluminum fragments, preventing hub blade shifting and wider kerfs without end face correcting.

Segmented handles and upper-mounted coolant valves resolve repair complexity while maintaining structural strength in handheld concrete saws.

A recombinant Corynebacterium ammoniagenes strain accumulates high concentrations of inosine through genetic modification.

A movable top plate slides along a curved bottom surface to adjust ingot orientation.

Opposing smooth blades with shoulder angles below the friction angle create a convex split face that self-cleans via block sliding, eliminating fouling.

A commutation system with a detection loop adjusts central tension to resolve non-uniform distribution in large single crystal wire cutting.

A monitoring device generates operation profiles from teaching data to enable construction equipment to repeat tasks accurately.

Automated plant segments order pallets to handle diverse slab dimensions and materials, resolving storage organization versus product arrangement flexibility.

A hammer drill dust collector uses a guide groove and engagement protrusion to secure the attachment during sliding movement.

Hood-mounted collectors capture water and slurry leaving the blade, recycling fluid to reduce vacuum system complexity.

A tile saw table joining mechanism selectively fixes or releases the workpiece support to enable independent carriage movement.

A vacuum trough collects waste water and slurry from wet saws, preventing groundwater pollution.

Segmented blade guards and roller trays resolve trade-offs between protection and accessibility while reducing tile chipping.

A tile saw gauge uses a slidable extension arm to set precise cut lengths.

A segmented manufacturing approach combines vertical water jet pattern cutting with lateral blade rectilinear cuts for continuous multi-sided stone panels.

A heat dissipating structure moves thermal energy from the guide bar bolt into the oil tank, reducing nut temperature and enhancing operator safety.

Automated plant scans porphyry blocks to determine cutting parameters, resolving manual splitting waste and dimensional precision trade-offs.

A dual work table slab processing machine uses a 5-axis machining head to cut stone slabs positioned upside down on vacuum pods.

An Archimedes screw conveys concrete dust from the cutting zone into a gravity-fed receptacle, eliminating complex vacuum systems and silica exposure risks.

A wire roller adjusts rotational speed to maintain consistent cutting wire linear velocity across the system.

A power tool analyzes operating parameters to determine substrate composition and detect reinforcement hits during processing.

Modular legs with pre-configured holes resolve the trade-off between measurement precision and device complexity.

Integral electrospindles on a vertical plate reduce inertia and noise while maintaining angular positioning precision for horizontal slab cuts.

Dual spray nozzles emit controlled droplets to bind respirable dust, resolving the trade-off between effective suppression and excessive liquid consumption.

A hole drilling apparatus transports multiple glass plates concurrently onto paired supporting devices for simultaneous processing.

Cam-actuated tool swapping resolves rail play and visibility issues in manual tile cutters.

Tilting work tables pivot on carriages to simplify loading and reduce cycle times.

A bridge processing machine head integrates gripping means and a tool holder assembly on a single rotating shaft.

A field-pole magnet manufacturing apparatus uses a powder removal unit to extract crush powder during the fracturing process.

Status-based pump switching eliminates manual intervention, reducing water waste and site contamination during idle periods.

Integrated tray captures coolant and saw dust mixture to prevent environmental contamination while sustaining effective blade cooling.

A vacuum extraction sleeve removes water and slurry from core drilling sites, preventing slip hazards and bit wear.

A quick chain tensioning system retracts a motorized driving sprocket against an anchored guide bar to adjust chain length.

Removable connection means detach the horizontal bench from side members, resolving operator access obstacles during slab loading.

Integrated vacuum manifold captures silica dust to reduce health risks and equipment damage.

A cantilevered stone cutting machine uses a rotating vertical support member to position the cutting head for complex three dimensional paths.

Offset footprints distribute contact force across rail engaging links, preventing knife edging while reducing power consumption.

Vertical roller alternation enables continuous slab feeding while eliminating machine standstill time during exchange operations.

An integrated cyclonic vacuum on a rear hand truck eliminates the need for a second operator while capturing airborne silica dust during concrete slab cutting.