Jigging Conveyors TRIZ Cases

Individual tray housings and optical pickup stabilize complex clip components, reducing jams and improving feed continuity.

Individual tray slots and optical detection stabilize 3D staple positioning, reducing jams and enabling reliable transfer to assembly.

A pinion-and-ring-gear Tusi Couple guides a reciprocating conveyor in a straight line, avoiding arc motion, up-down travel, and slippage.

Radially spaced elastic beams suppress pitch and radial motion in a vector vibration feeder, keeping conveying speed stable and ground vibration lower.

A motorized wedge slider applies repeatable tie-rod tension in tall vibrating conveyors, improving vibratory stability and safer assembly.

Shouldered track surfaces support syringe plungers at contact features to cut stiction, avoid lubricants, and keep vibratory conveyance flowing.

A suspended tray uses backward drive, freefall, and bumper rebound to move material forward while reducing friction, wear, and downtime.

An intermediate rail with monitoring isolates transfer disturbances so the feed rail keeps moving small parts while faults are corrected.

A rotating table, modular holders, and pick-and-place transfer help feed varied parts at high output without part-specific customization.

Movable guides transmit vibration to conveyor products while elastic articulation limits strain, reducing jams and fatigue.

A vibration sensor tracks the feeder track member so conveying parameters adapt to natural-frequency changes and component mass.

This case uses a solid-and-cellular composite feeder plate to limit deformation and improve powder distribution across the feeder width.

Adjustable support elements in a vibrating conveyor change the conveying direction, resolving the trade-off between adaptability and device complexity.

Spaced elevations on the conveying surface enable liquid drainage, preventing oil or silicone films that cause sticking and unreliable transport.

A reciprocating conveyor bed moves products along adjustable paths using electromagnets and springs.

A parts organizer moves unoriented fasteners via a rotating agitator across receptacles, eliminating vibratory feeder jamming.

A slidably movable gate traverses a trough opening to regulate bulk product flow rates, preventing material jamming and damage during distribution.

A digitally adjustable vibrating conveyor uses a motor-driven shaft to apply sinusoidal motion for material transfer.

Differential vibration amplitudes in the conveying trough singulate oblong products without mechanical wear or jamming.

A linear motion conveyor uses a counterweight drive assembly to reciprocate the bed and transport products between ends.

Plastic elements absorb mechanical stress between the base body and silicon surface, preventing cladding fracture while rounding edges.

Adjustable tray gaps and dual motor drives resolve adaptability versus complexity trade-offs in packaging conveyors.

An elastic connecting element compensates for mass and property differences between useful and counter masses, minimizing residual vibrations in the base plate.

Oscillating product transfer pans with apertures allow excess coating to fall through into a chute, reducing waste and preventing contamination.

Torsional vibrations in a helical hose feed parts orderly, preventing surface damage and dimensional errors.

A single inertial electrovibrator drives the trough while Frahm's dynamic eliminator reduces coasting times after drive shutdown.

A removable impact cone made from thermoplastic material absorbs falling workpiece impacts, reducing repair downtime by enabling quick component replacement.

A pipe-supported mount allows rotating vibrating motors to adjust throw direction within a material feeding assembly.

Synchronized electrical circuits reduce vertical base frame movement in excited frame vibratory conveyors.

Segmented coil and spring assemblies allow individual maintenance access, eliminating full system disassembly to reduce repair downtime.

A vibratory conveyor system aligns food products through a rogue product removal pan that passes single items in orderly rows.

Toroidal resilient members replace coil springs and stabilizers in vibratory conveyors, reducing component count and maintenance complexity.

Angular tray movement delivers product through apertures, eliminating gate mechanisms that increase device complexity and hinder cleaning.

An elliptical gear drive unit creates rapid acceleration at the stroke end, reducing material slippage during scrap transfer.