Sieving TRIZ Cases

Segmented vibrating screens and hydrocyclones progressively remove contaminants from silica sand, reducing water consumption in glass production.

Segmented screen panels attach via resilient straps to existing bucker bars, enabling rapid replacement of worn sections without frame modifications.

Segmented mounting allows horizontal spring replacement, eliminating vertical deck lifting to reduce maintenance time and costs.

Offset hubs and U-shaped fasteners distribute torque forces on disc screen apparatuses, preventing parting line separation under operational loads.

An amplified agitator linked to a crankshaft moves flat materials laterally across a conveyor bed.

A tilted screen moves wood pellets by gravity to separate debris, preventing stove clogging and reducing dust dispersion.

A screening machine screen integrates a conductive metallic layer to measure electrical resistance changes for immediate damage detection.

Wide through-flow channels in a sieve box increase screening capacity up to 40 t/h while improving air circulation for granular products.

A vibrating mesh screen separates liquid and small solids while directing large items to a collector.

Elastic connection elements attach fine plastic screen mats to crossbeams, absorbing whiplash stress that damages conventional polyurethane mats.

Internal axial pressing secures profile bars in cylindrical screens, reducing manufacturing complexity and preventing jamming.

Angled cross support screener prevents coke plugging by enabling gravity-fed sliding, ensuring consistent size separation without device interference.