Glass Plate Transportation TRIZ Cases

See how a reconfigurable frame assembly enables vertical glass panel processing, horizontal sta

See how a frame assembly with vertical rails and pivot cradle enables large glass panels to be

A toolless rail-mounted ledge adds secure support for glass plates of varying sizes, increasing e-track carrying capacity without complex fixtures.

Wide flat slats and a pivoting rack align slots to support insulated glass units, reduce shipping damage, and save storage space.

Independent wheel mounting and steering assemblies let a long inloader trailer take sharp curves while carrying wide loads within road limits.

A wheeled carriage with support blocks and retention openings secures windshields during transport, reducing damage and replacement delays.

A vertically movable scanner support keeps the laser scanner at a safe ground distance, avoiding collisions and preserving detection on rough terrain.

Front load-profile detection helps rear-cab drivers judge long glass racks, improving lifting, transport, and laydown safety.

Segmentation and dimensionality changes reduce rack width and factory space while minimizing handling damage to concrete elements.

An inclination sensor controls a magnetic switch that releases locking devices only when the loading angle remains stable, preventing accidental panel falling.

An elongated rigid beam merges with the trailer chassis to distribute weight efficiently, eliminating non-structural A frame enclosures that add dead load.

Lateral stabilization means extend from longitudinal sides of a load-carrying plate to secure prefabricated flat objects during transport.

Vertical guide rods and a telescopic arm stabilize substrates, eliminating manual handling defects.

A clamp-on material carrier uses a fixed frame and movable screw drive to secure rigid sheet goods on a panel truck.

Base displacement actuates clamping mechanisms to secure prefabricated wall holding means, eliminating tedious manual nut actuation.

A retractable balcony extends from the driver cabin to provide a clear line of sight over gripping equipment.

Converging lifting arms improve force introduction to increase permissible loading weight.

Segmented chassis and vertical coupling allow the vehicle to handle 15-meter glass sheets while maintaining maneuverability in confined factory spaces.

Electronic control unit compares suspension pressure against ideal values to trigger hydraulic securing mechanisms, preventing operator errors during transport.

Hydraulic cylinders extend vertical members to lift glass racks, replacing expensive overhead cranes and reducing loading time.

An anti-torsion structure couples transversely-mounted A-frames to main beams via tie bars and supports.