Lummus Industries, Inc.

William A Harmon

Donald W Van Doorn

James B Hawkins

Terry L McKenzie

Tommy W Webb

William D Beeland

William C Pease, Iii

Michael A Hollingsworth

John M Conner

Robert R Einglett

Disclosed is an apparatus for removing small quantities of fiber or like material from a plurality of bales of the same arranged in rows. The apparatus comprises angularly arranged conduits, one end of which is maintained in sealing relation to another and mechanism for moving up and down one of the conduits for removing the fiber from the bales. Improved sealing means for the mechanism comprises generally flat strips of material spanning and sealing slots in the upper surfaces of the conduits together with means to run under the strip of material without losing the seal. One of such mechanisms seals the two conduits together and the other such mechanism carries the actual pickup mechanism and seals it to the conduit up and down which it reciprocates. All of the mechanisms are under control of an operator who walks up and down the aisles between the rows of bales.

Apparatus for removing quantities of fiber from bales for blending

An outside-in tow cutter having a horizontal axis of rotation for its cutter reel assembly which includes an inner plate and an outer ring carrying radially disposed cutter blades, the outer ring having an inner diameter slightly smaller than the diameter of the circle formed by the cutting edges of the blades. The outer ring also carries an annular lip which cooperates with a snug fitting discharge hooper so that a subatmospheric pressure may be induced within said reel and said discharge housing to facilitate the removal of cut tow therefrom and to provide for pneumatically drawing the uncut tow onto the cutter reel assembly via an inlet housing.

Apparatus for cutting elongated material into shorter lengths

Disclosed is apparatus for feeding modules of seed cotton to disperser apparatus. The apparatus is capable of picking up, moving and delivering to the disperser the modules of cotton to be ginned, and further is constructed and arranged to load or discharge modules from either end of the apparatus and to run under a module or modules, thereby to reach one located more distantly from the disperser than the others. Also disclosed are various controls and safety devices for the apparatus.

Apparatus for feeding modules of seed cotton into disperser apparatus

Disclosed is an improved ginning system incorporating a roller gin and a feeder for the same. Means is provided for presenting the cotton to the roller gin substantially one lock at a time. Incorporated in the gin is means to move the ginning roller into and out of ginning relation to the ginning knife, and means is provided in the system to cause the ginning roller to move out of ginning relation to the knife whenever there is less than a predetermined amount of seed cotton in the feeder.

Roller gin and feed system incorporating the same

An improved system for removing modules of seed cotton either from a pallet, a transport vehicle, or, with slight modifications, from the ground when incorporated as a part of a transport vehicle. The apparatus comprises a conveyor with a discharge end and a receiving end. At the receiving end there is provided a cotton module engaging and lifting mechanism comprising a plurality of driven, toothed, disc-like lifting members, a multiplicity of the same being mounted in a framework for vertical reciprocation so that upon engaging an oncoming mass of seed cotton the entire unit moves downwardly, thus to get under and lift the seed cotton onto the conveyor. The cotton is fed to a disperser unit which breaks it down into individual locks, or at least groups of locks small enough to be fed to a gin.

Growing community of inventors

Columbus, GA, United States of America

William A Harmon