Working Accessories TRIZ Cases

Lateral guide placement keeps the scoring path visible while rolling elements support smooth, straight movement of the ceramic cutter.

A contour sensor and turntable enable precise roof-tile marking, while ground cutting reduces dust and ergonomic safety risks.

Through-holes feed gaseous precursor while an edge seal blocks gap leakage, improving coating uniformity on CMC fiber preforms.

A shared machine platform cuts and bevels stone slabs without realignment, reducing production time and maintaining uniform edges.

A resilient cantilever clamp secures rare earth magnet blocks during cutoff machining, preventing blade deformation and minimizing steps between cut surfaces.

Pivotable arms with tensioners adjust to stone block thickness variations, enabling straight cuts without manual selection.

Segmenting the saw into a detachable tool and wheeled base improves transportability while collecting debris to maintain operator visibility.

Relocating the rotation axis below the basement surface reduces machine width while maintaining alignment precision for tough materials.

A dual-spindle stone cutting machine uses shared lateral support structures to enable simultaneous slab processing.

Segmented movement devices translate and orient heavy stone blocks to prevent unbalancing during cutting operations.

Enlarged side links increase tensile strength by 54% in a handheld aggregate saw chain, resolving the trade-off between cutting speed and power requirements.

Magnetic fastening holds accessories longitudinally on the base, preventing loss and reducing transport width.

A workpiece holder tilts a plate to correct crystal orientation deviations during wire saw slicing.

A movable support surface pivots between horizontal and vertical positions via a link mechanism to transfer heavy stone workpieces.

Independent vertical arms on a moving carriage grip irregular stone blocks, ensuring precise positioning during splitting operations.

Segmented bins and a sloped drainage surface recover dripping water, reducing refill trips and preventing tool contamination during drying.

A single continuous metallic frame integrates longitudinal grooves and convex bulgings for water drainage.

A wall saw control unit moves the machine to a calculated parking position for automated blade changes.

A tile cutting apparatus uses opposing plate members and a projecting body to generate shear stress along the cut line.

A tile cutter uses a pivoting carrier to slide without vertical force during return strokes.

A sliding blade cover mechanism maintains horizontal orientation during tilting for concrete cutting operations.

Pneumatic vacuum clamps on a dual platform bed system transfer stone slabs, reducing machine downtime and physical real estate needs by nearly two-thirds.

Independent nozzle movement along a Z-axis resolves the contradiction between expanding the cutting area and increasing the weight of the moving machining unit.

A tile cutter worktable assembly uses a sliding insertion member to provide continuous support across the cutting surface.

Conveying the glass film via partial center suction prevents wrinkles and flexure caused by forced shape correction during brittle material processing.

Opposing shaft cams guide a blade assembly through circular paths to machine high aspect ratio slots in brittle ceramic matrix composites.

Segmented moving guide rail eliminates disassembly requirements for direction changes, maintaining blade tension during vertical or angled cuts.

Segmented bars pivot on a pin below the support plane to maintain alignment while the blade drops, resolving interference during bevel cuts.

Single motorized conveyor belt with a driving wall creates an L-shape to transport stone blocks through the cutting path.

A gantry-mounted saw assembly cuts concrete walkways along orthogonal tracks to remove trip hazards with precision.

A pivotable slurry blocking plate shields the work surface from splashing slurry, suppressing nanotopography increase and warp on cut wafers.

Pivotal second trays nest inside first trays to reduce volume, resolving excessive storage space occupation in tile cutters.

Diamond wire cutting with multi-point foam injection lubricates the blade and captures concrete dust at the source.

An offset blade floor saw reduces drifting by using sensors to detect yaw motion and a control unit to dynamically adjust differential wheel forces.

A movable cover directs the air-material particle stream to a suction opening, preventing dust release during wall milling operations.

Movable lateral platforms retract along a central rigid profile, minimizing storage space while maintaining stable support during cutting operations.

Opposite-side loading and unloading mechanisms eliminate idle time between cycles, raising apparatus activation to 95%.

Cast cementitious jackets stabilize irregular stone blocks, preventing vibration and ensuring cutting parallelism during slab production.

Segmented vacuum system captures silica dust to reduce health risks and cleanup time.

Rotating bench and suction cups transfer stone slabs to reduce material waste during tile production.

A rotating handling unit transfers stone samples from a storage box to intermediate cassettes.

A tool spray nozzle emits liquid droplets between 40 and 150 μm to bind dust particles.

Segmented pneumatic pressing units manage thermal expansion and pressure deviations to reduce wafer warpage.

Segmented annular cutting blades reduce uneven wear on wafer edges by assigning specific wear resistance to radial zones, minimizing dressing frequency.

Independent auxiliary surface merges cutting and milling to eliminate plate transfer time.

A control unit adjusts hydraulic drive speed to generate counter-vibrations that stabilize the machine frame.

A multi-layer roller stabilizing structure links upper and lower sliders to a three-layer roller rack for continuous workbench support.

A wire sawing ingot clamp maintains positive pressure via an air supply part to prevent impurity penetration and ensure stable fixing force.