Feeding Apparatus TRIZ Cases

A flexible link with spherical bearings absorbs guide rail misalignment, reducing load and keeping conveyor table transfer smooth.

A mechanically triggered blocking member stops the delivery tool before rail docking, reducing derailment risk despite control errors.

Columnar positioning portions engage adjacent molded parts and fixture holes to improve stacking accuracy without robot interference.

Bidirectional wireless control and speed feedback replace cables in production-cell conveyors, improving vehicle reliability in contaminated environments.

A paired motor carriage drive raises machine rigidity and resonance frequency, improving tolerance control in aluminum and titanium alloy machining.

Real-time horn pressure feedback adjusts ascent and descent during ultrasonic welding to keep force stable and reduce tab folding defects.

Two shared-frame 2-axis assemblies deliver precise shaft alignment in a compact, low-profile positioner that supports large loads with reduced actuator wear.

A blocking member holds the delivery tool before rail docking, preventing derailment from positioning errors in automated assembly lines.

Repositioning between machining configurations exposes gripped lock cylinder surfaces, enabling automated full-surface machining with higher productivity.

Periodic reciprocation reduces tangential friction and vibration, helping flexible insertion tools keep end effectors aligned in confined engine service.

Real-time pressure sensing around the screw drive lets the horn adapt to thickness variation and maintain stable ultrasonic welding pressure.

A compact hydraulic chuck enables stable, reusable drill changes in confined drill feed units without discarding adapter pieces.

Adaptive clamp release and re-clamping improve workpiece separation while reducing mechanical stress and damage risk in ejection units.

A single-motor rail drill uses a common gear, sprag gear, and control circuit to automate feed and retraction while reducing cycle time and battery drain.

A flywheel spirally compresses nitrogen to replace hydraulics, enabling 20-30 m/s bar shearing with higher energy use and better fracture quality.

A dual-pivot milling spindle adjusts end mill angle and position to chamfer toothed edges faster and more precisely without reclamping.

Two parallel pivot axes set cutter angle and spindle position to machine tooth-edge chamfers faster and more accurately without re-chucking.

Separating the drive unit from the cutting area with expansion covers helps multi-axis lateral machines process multiple portions faster with less chip adhesion.

An electromechanical spindle feed mechanism adapts feed amount to spindle speed and drill diameter, avoiding complex gearboxes and manual adjustment.

A docking and locating mechanism lets the table and stacker share one ball screw, cutting horizontal boring machine size and cost.

Separated drive units and telescopic covers let dual spindles machine multiple workpiece areas faster while limiting chip adhesion.

Hydrostatic bearings and guide rails stabilize cutter positioning to cut worm gear thermal error while improving machining accuracy and speed.

A reversible splined shaft and interchangeable cutter-reamer setup enables precise deep-hole drilling and reaming in confined spaces.

Fault-based homing tracks overlapping support-frame travel ranges to retract lift components safely and cut substrate transfer downtime.

A rotatable gripping station repositions lock cylinders between machining setups, exposing hidden surfaces without removal to improve automation.

Coordinated rotary positioning and adaptive support keep large thin-walled spherical parts stable during mirror milling, reducing deformation.

A pressure-controlled single air line lets the machining head both blow and suck air, cutting pneumatic size and cost while keeping piston control.

Four paired gearmotors stiffen the upright drive to raise resonant frequency, enabling precise titanium and aluminum machining with shorter cycle times.

A dual-motor carriage structure raises machine stiffness and resonance to hold titanium machining tolerances while shortening production time.

Dual feeding devices placed near the cradle table's center of gravity stabilize horizontal motion and reduce vibration in machine tools.

AR overlays target positions on the CNC workpiece support to speed manual clamp and board setup while reducing placement errors and collisions.

Integrated pre-positioning and cutter alignment improve wheel cap chamfer concentricity, burr removal consistency, and corrosion resistance.

Upper and lower beam guides with moving columns improve X-Y-Z parallelism to the workpiece while keeping the machine lightweight.

Pivoting locking cams let the spindle shaft switch from rigid drive to axial motion, enabling automatic HSK tool holder release.

Dual eccentrics and continuous angular offset control let a compact orbital drilling unit create precise hole shapes without machine-tool coupling.