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Steam-Compress.

Description: Patent for a simple, strong, durable, and powerful steam-powered compress for cotton bales that compresses them into standard size and density.
Date: April 4, 1893
Creator: Bryant, William hodge
Partner: UNT Libraries Government Documents Department

Cotton-Seed Planter

Description: Patent for a new and improved cotton-seed planter. The design "in which the cotton-seeds in the hopper is fed down through the feed-opening of the same by vibrating teeth." (p. 1; lines 15-17) including instructions and illustrations.
Date: September 1, 1885
Creator: Elliston, John J.
Partner: UNT Libraries Government Documents Department

Cotton Chopper

Description: Patent for cotton choppers. This invention is adapted to be attached to a double shovel cultivator so that the chopper will rotate so as to protect plants. Illustrations included.
Date: November 13, 1906
Creator: Connell, Alexander Hardee
Partner: UNT Libraries Government Documents Department

Cultivator Attachment

Description: Patent for a cultivator attachment. This invention is used to provide stalk-cutting the stalks and chopping of cotton. Illustration included.
Date: February 26, 1907
Creator: Nicks, John H.
Partner: UNT Libraries Government Documents Department

Cotton-Chopper

Description: Patent for "a machine of this class which chall be simple, inexpensive, and efficient in operation" (lines 9-11).
Date: August 27, 1889
Creator: Chambers, Abram
Partner: UNT Libraries Government Documents Department

Baling-Press.

Description: Patent for a baling-press for cotton and uses a compression chamber and a head or compressor block to compress the cotton. The invention is more effective and more expeditious than other baling-presses.
Date: June 5, 1894
Creator: Anderson, Alva E.
Partner: UNT Libraries Government Documents Department

Baling-Press.

Description: Patent for a baling-press meant to bale cotton. In this machine, "the power as applied to the plunger is increased in proportion to the resistance offered by the material being baled and whereby the forward movement of the plunger is automatically checked at the limit of its path and is returned to its initial positioin without effort upon the part of the operator" (lines 10-17).
Date: January 5, 1897
Creator: Anderson, Alva E.
Partner: UNT Libraries Government Documents Department
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