Laitram, LLC

Mitchell G Pansano, Jr

Benson Hall

Matthew L Fourney

Bryant G Ragan

Gilbert J MacLachlan

Angela Longo Marshall

David C Weiser

Kyle J Sedlacek

John C Hawkins, Jr

Andrew A Corley

Wayne A Pertuit, Jr

Joseph F Kovacs

Ross Doyle

Timothy A Woodrow

Steuart Turner

Geoffrey Nicholas Bennett

A transfer system comprising a carrier attached by fastening structure to a linear-motor shuttle driven by a linear-motor stator along a track. Tray packs or other conveyed objects are transferred between the carriers and infeed and outfeed conveyors by the carriers at transfer segments as the carriers advance along the track.

Conveyor transfer system

Retainer rings for locking in an N-sided shaft to restrict axial movement of components sandwiched between them. The retainer rings have inner edges bounding a central bore. The inner edges are defined by a series of N arcs whose distance from the bore's center decreases gradually along the inner edge from a first end to a second end of each arc. The rings are slid on to the shaft with the corners of the shaft aligned with the first ends of the arcs. Then the rings are rotated on the shafts toward the second ends of the arcs until the corners of the shafts jam against the inner edges. A special spanner wrench can be used to tighten and loosen the rings on the shaft.

Locking retainer ring for a shaft assembly

An article conveying system includes an alignment guide that allows larger packages to be spaced inwards from an aligning edge of a conveyor. The alignment guide provides at least two different registration points for packages, depending on the height of the packages. High profile packages, such as large boxes, are inset from an alignment edge of the conveyor, while low profile articles, such as envelopes, are registered against the alignment edge.

Alignment device for a conveyor

A collection device for aquatic life and debris for a traveling water screen. The collection device allows sharing of water provided from a high pressure nozzle while shielding aquatic life from a high pressure spray produced by the high pressure nozzle. The collection device enables separate collection of items exposed to a high pressure spray and items protected from a high pressure spray while reducing water costs. The collection device includes a first compartment for collecting aquatic life collected by a water screen and a second compartment for collecting debris collected by the water screen. A shield dissipates or blocks a high pressure spray directed into the second compartment from entering the first compartment. A filter allows fluid to flow from the second compartment into the first compartment while blocking aquatic life in the first compartment from entering the second compartment.

Aquatic life and debris collection device for a water screen

A modular belt constructed of belt modules having a large open area, making the belt suitable for use as a traveling water screen. The modules include an intermediate portion composed of intersecting sets of link elements and transverse elements that form a gridlike pattern. Openings bounded by the walls of consecutive link elements and transverse elements form channels through the belt for the flow of water. The modules are connected together by hinge rods to form a belt that can be used as a water screen. Detachable flights or scoops for lifting debris or fish out of a stream are attachable to base modules.

Screen belt and modules

A module for a modular conveyor belt has a plurality of projections on its top surface for supporting objects. The module may include drainage openings through which fluids can drain from objects disposed on the projections. The projections can be used to prevent objects from adhering to the top surface of the module and/or to immobilize the objects during movement of a conveyor belt including the module.

Growing community of inventors

Harahan, LA, United States of America

Mitchell G Pansano, Jr