Large Fixed Members TRIZ Cases

Tool changing arrangement on a longitudinal guide side supplies spindle units with machining tools.

An annular engagement member elastically deforms to tightly contact a tapered surface on a reference projection for precise work pallet positioning.

Segmented sub-assemblies with brakes enable a single processor to handle multiple component types, reducing floor space and weight.

A machine tool frame integrates flow channels to circulate a temperature control medium across structural components.

Segmenting the spindle into a reusable housing and an exchangeable unit reduces service complexity and downtime while maintaining reliable coolant transfer.

Stationary cover elements with a funnel-type shape protect linear guides on machine tools, eliminating telescopic wear and reducing cabin size.

An air blowing mechanism removes fine chips before they adhere to the seal member, maintaining sealing performance during operation.

Segmented fiber concrete machine beds use glued connection sections to resolve the trade-off between tensile strength and production complexity.

A feed and load unit uses a diagonal guide path section to move work piece carriers for machining operations.

An injection molding machine frame employs H-shaped vertical beams joined with reinforcing members to reduce operational vibration.

A lathe design uses a pivoting spindle carrier to swap workpiece spindles during machining operations.

A movable counter-mass balances reactive forces from high-speed placement, preventing frame vibrations that compromise positioning accuracy.

A manually movable tool uses guide means and a non-manual actuator to reach an intermediate position for precise alignment.

A movable steady rest unit supports shaft workpieces during machining operations.

Nested intermediate modules with integrated bushings adjust clamping height while eliminating disruptive external pressure lines.

Segmented adjustment mechanisms allow independent pivoting and tilting, resolving access conflicts that compromise alignment precision.

Offset rotary pallet exchanger with oil pan cutout prevents machine width expansion during automatic operations.

A spacer support mounts anti-withdrawal devices near recessed tube sheets to secure cleaning lances during hydro-blasting operations.

A control device monitors machine power states to supply backup energy only until safe shutdown conditions are met.

Interchangeable magnetic pucks on adjustable posts eliminate the need for dedicated tooling, reducing inspection time and costs.

Independent tool receiving devices move to a shared plate changer for parallel exchange operations.

An inclined stage mechanism distributes load evenly across lift pins, suppressing wear and positional deviations caused by gas displacement.

A pallet changer uses wedge arms and a cam to secure parts without air lines.

An electric linear drive uses a transversely offset drive plane to mount components within a hollow profile.

A holding apparatus secures objects using adjustable rods and grips that rotate to expose different areas.

A bi-rotational machining head aligns the motor output shaft with the second axis of rotation to simplify movement transmission via bevel gears.

A pneumatic clamping device uses a single cylinder to drive aligned nozzles for efficient air feeding.

A U-shaped toothed pivot interface structure centers and locks workpieces on machine tool platforms using a centering bush and adjustable fastening element.

A compact electrochemical machining machine uses inverted workpiece rotation to reduce power flow distances and enhance structural rigidity.

Fluid pressure expands a ring wing against a sliding surface, fixing the steady rest without distorting guide groove alignment.

Height compensation allows the support surface to move vertically, preventing mechanical stresses from overdetermination in multi-device setups.

Segmented clamping members in through grooves maintain reliability on rough surfaces despite a slim profile.

A machine control system coordinates lathe and milling tools to machine complex metallic components.

Mounting the motor on the clamping frame reduces tower weight and complexity while maintaining rotation torque.

Actuating means exert orthogonal compensation forces on a machine tool crosspiece to counteract torsional deformation.

A work holder grips workpieces via a dovetail protuberance and modified clamps to ensure precise positioning during machining operations.

A six-axis positioning device orients workpieces precisely for welding complex geometries.

Modular flexible fixtures with universal quick-change connectors reduce setup time while maintaining machining precision across diverse workpieces.

An index element on the positioning device mates with a holder chamber to resolve manufacturing precision issues caused by cumulative misalignment errors.

A work spindle cooling device uses a dynamic sealing mechanism with support elements to maintain coolant flow integrity.

A machine tool guide arm positions a turret axis intersection within a specific cylindrical space to minimize torsional loading on the structural component.

An interchangeable deburring tool integrates a high-pressure pump to boost coolant pressure for precise nozzle positioning.

Rollers mounted on the cover reduce friction between the elastic coolant pipe and the ceiling, preventing abrasion when the spindle head moves upward.

Segmented pivoting arms create an access gap for through-cutting tools while preventing workpiece shifting.

A processing machine line connects display units to a line concentrator, enabling any screen to show information from multiple tools.

Elastic tubes on the emblem lens compress into bezel apertures to average dimensional variances, eliminating float and ensuring a perfect Class A finish.

Adjustment mechanism resolves robot positioning errors by using elastic members and regulating members to correct machining deviations.

Integrating work fixtures with the machine body eliminates months of independent design time, enabling rapid assembly within minutes.