Sawing Apparatus TRIZ Cases
- Extendable Sawhorse Structure to Prevent Leg Splay
Modular extension members and feet let one sawhorse switch height while maintaining load stability and preventing leg splay.
- Pivoting Melon Holder Jaws for Stable Wet-Fruit Cutting
Pivoting semi-circular jaws restrain wet or irregular melons without damage while lateral slits guide knife access for stable slicing.
- Transportable Work Trestle With Folding Legs and Carry Handle
Folding and telescoping leg structures let the work trestle pack into a compact handled container while preserving stable working height.
- Reciprocating Saw Blade Tooth Geometry to Block Nail Lodging
A protrusion-shaped tooth and segmented gullet keep nails out of the rake face area, improving plunge-cut durability and cutting accuracy.
- Reciprocating Saw Blade Tooth Geometry for Nail-Resistant Plunge Cuts
A larger leading gullet and mixed rake angles displace nails, protect rake faces, and extend reciprocating saw blade life.
- Reciprocating Saw Blade Tooth Geometry for Nail Deflection
Tooth protrusions deflect nails away from rake faces and gullets, improving reciprocating saw blade durability, cut quality, and plunge cutting.
- Reversible Hybrid Sawhorse for Versatile Workpiece Support
A reversible head, extendable legs, and integrated hooks make this sawhorse easier to move while supporting pipes, lumber, tools, and cords.
- Curved Milling Paths for Higher Side Board Yield in Sawn Timber
Arc-guided milling follows trunk curvature to recover more side boards from corner regions while keeping crook within usable tolerance.
- Light-Duty Sawhorse With Independent Legs for Compact Storage
Independently movable legs let the sawhorse shift from a stable working position to compact storage and transport.
- Rotary Grinding Tool Asymmetric Axis Alignment Reduces Reaction Forces
Aligning the removal base body with the rotary drive axis reduces reaction forces and moments on the machine tool, extending service life.
- Virtual Timber Board Dataset Generation for Neural Network Training
A method generates virtual timber boards to create training datasets for artificial neural networks.