Positioning Apparatus TRIZ Cases

A pin clamp with an internal lock compensates for material thickness variation to securely hold panels.

Radial pin locking stabilizes blanks on a modular plate, eliminating repositioning errors during multi-surface machining.

Pre-drilling hole patterns in separate stiffeners before assembly resolves elastic deformation misalignment during riveting, ensuring precise bore fitment.

Segmented tubular pieces convert axial motion into radial ball movement, securing hot plastic pipes without shavings or jams.

An armover clamp assembly uses an L-shaped cam path to drive a first link and driver for angular travel exceeding 100 degrees.

A rotatable clamping lever pivots within a ball-bearing housing to adjust angular position while maintaining fixed radial distance from the mounting flange.

Linking separate storage units via a transfer station expands capacity while avoiding ceiling height restrictions and complex machining center modifications.

A U-shaped support arm pivots through narrow passages to transfer tools between holders.

A clamping device features a protruding piece with a hollow point tip that generates a circular sharp edge for secure work piece holding.

A king pin removal tool uses a stabilizing system to prevent drive plate rotation during displacement.

A clamp adapter secures an elongated rod between lever arms to position elastomeric bumpers.

A handheld clamping tool uses a control knob with a pin and spring to lock the bracket on a sliding bar.

Integrated maintenance tool assembly extracts, dresses, and replaces welding gun electrode caps to minimize production interruption.

A replaceable ring shaped member directs compressed air through angled holes to clear coolant and chips from the plate surface.

A holding device manages wood chips through an exhaust channel while simplifying depth setup with pre-marked grooves.

A guide groove converts downward force into rotation, eliminating edge deformation from high surface pressure during phase matching.

Movable pins in a reconfigurable clamp adapt to varying body configurations, replacing multiple static clamps.

An extruded aluminum pressure element with a modulus of elasticity under 69,000 MPa compensates for workpiece thickness variations.

Lateral radiation curing eliminates transparent surface requirements, enabling opaque materials that strengthen bonds while reducing manufacturing complexity.

Segmented clamping device holds turbine blade during root machining, preventing surface damage from excessive pressure.

Strategic columnar member placement balances bending forces on the lower jig plate, ensuring uniform load distribution for stable substrate bonding.

A pivotable attachment device expands clamp contact area to grip inclined workpieces securely.

Reclosable outlet opening enables gravity drainage of coolant from two-part tool spindle housings, preventing uncontrolled leakage during maintenance.

A clamp apparatus uses an inclined link groove to transmit drive force and rotate a clamp arm for secure workpiece retention.

A link mechanism positions the second arm first, resolving inconsistent abutment timing from workpiece shifts.

A clamping device uses a hollow point tip screw to apply downward force for secure work piece attachment.

Interlocking teeth on a lock and drive shaft prevent unclamping during fluid pressure loss, reducing device complexity.

A clamp device uses a motor-driven cam block to turn clamp arms against a workpiece base.

Extendable sliders on a fixed base adapt to irregular shapes, reducing maintenance time and custom scaffolding costs.

A spreading mechanism presses retaining arms apart to eliminate manual force required for tool insertion.

Nested receiving devices increase tool capacity without enlarging the plate, maintaining drive rigidity and positioning accuracy.

An annular tool magazine encloses the column to balance weight and reduce exchange time.

A bar clamp uses a decoupling mechanism to switch between two lever configurations for optimized actuation.

Angled jaw nut surfaces apply downward pressure to the movable jaw, preventing deflection during five-sided machining.

Removable block and movable presser finger secure turbine blades, resolving manual radiusing inconsistencies.

A modular tool storage arrangement links separate units via a central transfer station for direct tool movement between magazines.

Independent arm pairs adjust along separate axes to resolve precision trade-offs in optical identification systems.

A low-profile spring clamp secures workpieces via a cantilever mechanism, eliminating manual tool use and reducing setup time.

Worm gear self-locking eliminates separate locking mechanisms, maintaining clamped condition without electric signal input.

Modular coupling device allows quick tool changes, resolving complexity-versatility trade-offs in wood assembly.

Interchangeable rotating carriers reduce setup time and space requirements while maintaining independent leveling for various workpiece geometries.

Adapter prevents shaft twisting during machining by applying force through diametrically opposed clamping surfaces against the holder.

An X-Y table moves interchangeable platens under a pill carousel to resolve the contradiction between dispensing versatility and device complexity.

An independent actuator pivots the gripper arm away from the spindle, eliminating workpiece interference during automated tool changes.

Independent axes align micro LEDs precisely without increasing equipment complexity.

A universal adapter enables rectangular blank use in puck-only mills, eliminating receiver changes and boosting throughput.

Dynamic power level control prevents material loosening from vibration, reducing productivity losses and equipment damage.

Elevated clamping surfaces on the adapter prevent rotation of round shanks, resolving stability issues in small cross-section holders.

A lever and threaded shaft apparatus provides mechanical advantage for surface deformation.

Segmented drive mechanism allows movable jaw member to slide freely for coarse adjustment then engage threaded rod for precise workpiece clamping.