Large Fixed Members TRIZ Cases

Segmented machine bed sections enable optional installation of conveying, flushing, or suction units to resolve adaptability versus complexity trade-offs.

A rotary milling unit integrates an internal rotor torque motor concentrically on the pivot axis with a segmented drive system for precise positioning.

Eccentric bearing adjustments correct spindle positioning errors in multi-spindle machine tools, improving manufacturing precision without complex overhauls.

Modular work spindle assembly enables on-site repair without full unit removal.

An angled pin and screw bolt create adjustable spacing while a smooth bumper prevents surface marring during glue setting.

A clamp device uses a nested compression coil spring to urge a tapered sleeve, enabling a larger descending stroke within a reduced height.

Hardened steel contact components in a clamping holder maintain positioning precision after repeated cycles by resisting wear on the base housing.

A profile machining center clamping device uses adjustable tensioning rollers to secure workpieces.

Linear drives pivot scissor levers in a steady rest to center workpieces, eliminating manual alignment errors and reducing setup time.

A clamping element moves laterally to engage a workpiece pallet nipple, providing stable mechanical locking without fluid supply.

A machine tool assembling apparatus uses a swinging arm and rotating support mechanism to position components for manual assembly operations.

A clamping module uses a bayonet-coupled piston to convert axial pressure into radial locking force.

A clamp device uses fluid pressure to support a gripping member during radial expansion.

Detachable legs attach to the workpiece surface, eliminating the large fixed base required by conventional hexapods for in-situ machining.

Disposable filter capsules in a tiltable holder eliminate cross-batch contamination and reduce assembly time.

A gear machining machine uses segmented guiding devices to manage operating head stress during cutting and grinding phases.

A powered winch tool tensions and cuts ground anchor straps through retaining washers.

Counterweights balance mass distribution while nested lubrication channels deliver fluid to cutting edges, preventing separation under centrifugal forces.

A sliding carriage moves the machining assembly out of a protective cabin, resolving access issues while maintaining a compact footprint.

Replaceable hard balls in base grooves maintain machining accuracy by preventing looseness from wear.

Pivoting slide extends total working stroke to prevent heeling on large wind power gears while enabling simultaneous tool changing.

Single-sided rotary table mounting frees the opposite side for unrestricted machining head movement.

Segmented front and rear flanges allow rearward detachment of the main spindle unit, reducing assembly time while maintaining structural stability.

An inverted support structure eliminates shaking in the horizontal sliding stand, ensuring stable cutter turret positioning during rim trimming operations.

A leveling device uses a rotating flange to align oblique workpiece surfaces.

A dielectric applicator tool drives fasteners through insulating covers using an integrated actuator mechanism.

Lower slide systems guide tool carriers via vertical linear tracks to park outside the machining area, enabling collision-free processing of long parts.

Segmented splash guards tilt to expose the spindle area without full disassembly, reducing replacement time while maintaining structural integrity.

A synchronous positioning frame assembly machine uses rotary motion to drive miter clamps along sliding rails for precise joint alignment.

Eccentric cams provide mechanical advantage to secure delicate items without two-handed manipulation or excessive resistance.

A ring-shaped tool carrier surrounds the elongated machining table to enable direct operator access and reduce travel distances.

Segmenting the bed with a longitudinal channel collects chips without compromising rigidity, enabling reliable removal during horizontal table movement.

A pivoting element with dual workpiece spindles uses a rigid reinforcing frame to absorb forces and improve machining precision.

Adjusting motor positioning balances tool head weight to reduce pivoting effort in mechatronic assemblies.

A clamping unit with a swivel insert adjusts angular position to compensate for manufacturing tolerances.

Dual-side adsorbing frames with tension control prevent center drooping in thin film sheet handling.

Integrating a radial radiating member into the drive key structure dissipates heat from the main spindle without adding complex cooling equipment.

A machine tool column integrates an internal water storage space to circulate temperature-conditioned cooling water for thermal management.

A marking machine uses a single Y-axis driver to control both linear movement and workpiece rotation via switching relays.

A workpiece carrier moves along a horizontal axis and swivels around a parallel axis to handle parts efficiently.

A hydraulic installation tool uses a crossover assembly to fluidly connect spaced piston chambers via a single hose.

Integrating tapered engagement portions eliminates complex clamp structures, reducing manufacturing costs while maintaining high positioning accuracy.

A computerized numeric platform automates high adhesion double-sided tape application and cutting for structural glazing assemblies.

An adjustable panel jig uses a motorized locator and hinged operating rod to vary clamping angles, preventing damage across diverse vehicle models.

A wheel clamping device uses a threaded spindle and sleeve to convert rotary motion into axial clamping force for secure wheel fixation.