An apparatus for cleaning trash from cotton lint utilizes a combing cylinder having a plurality of teeth covering its surface and extending therefrom in a manner to release the cotton lint to a cleaning cylinder. The combing cylinder surface moves slower than the cleaning cylinder to comb the lint as it is delivered to the cleaning cylinder. Means are provided to vary the speed of the combing cylinder to match the lint processing parameters, including negating lint combing all together.

The present invention provides a plant of the cotton (Gossypium hirsutum) variety Sicot 746B3F, or a part, cell, tissue or organ thereof.

The present invention provides a plant of the cotton (Gossypium hirsutum) variety Sicot 746B3F, or a part, cell, tissue or organ thereof.

The present invention provides a plant of the cotton (Gossypium hirsutum) variety Sicot 754B3F, or a part, cell, tissue or organ thereof.

The present invention provides a plant of the cotton (Gossypium hirsutum) variety Sicot 748B3F, or a part, cell, tissue or organ thereof.

The present invention provides a plant of the cotton (Gossypium hirsutum) variety Sicot 748B3F, or a part, cell, tissue or organ thereof.

An improved skimmer separator system for separating cotton from an airstream is disclosed. Comprising the improved skimmer separator system comprises a main body, an elbow duct an elbow inlet, a drum wiper assembly, a hopper chamber. The main body housing internal components for separating cotton. The elbow duct positioned within the main body, configured to redirect the airstream from a substantially horizontal trajectory to a substantially vertical trajectory through the elbow inlet. A screen is positioned at an inner corner of the elbow duct to allow air to pass through while retaining cotton. The drum wiper assembly configured to scrape the screen to prevent cotton buildup. A skimmer chamber connected to the elbow duct via an elbow wiper outlet, configured to capture heavier materials. The hopper chamber connected to the elbow duct via an elbow lower outlet, configured to collect lighter cotton descending by gravity.

An improved skimmer separator system for separating cotton from an airstream is disclosed. Comprising the improved skimmer separator system comprises a main body, an elbow duct an elbow inlet, a drum wiper assembly, a hopper chamber. The main body housing internal components for separating cotton. The elbow duct positioned within the main body, configured to redirect the airstream from a substantially horizontal trajectory to a substantially vertical trajectory through the elbow inlet. A screen is positioned at an inner corner of the elbow duct to allow air to pass through while retaining cotton. The drum wiper assembly configured to scrape the screen to prevent cotton buildup. A skimmer chamber connected to the elbow duct via an elbow wiper outlet, configured to capture heavier materials. The hopper chamber connected to the elbow duct via an elbow lower outlet, configured to collect lighter cotton descending by gravity.

A head assembly for use with a lint cleaner tube assembly for use in cotton gins is disclosed. Comprising the head assembly is configured for installation into a tube portion of the lint cleaner tube assembly. The lint cleaner tube assembly and the head assembly comprise a rotating axis. The tube portion having a surface wrap configured to clean lint. The head assembly comprise a first head assembly and a second head assembly which are configured to be installed into end portions of the tube portion. The head assembly comprising a slotted shaft, a keyless bushing assembly, a distal hub, a proximate hub, a splined hub. The slotted shaft having a splined portion at an interior end. The keyless bushing assembly configured to mount the slotted shaft and ensure alignment with the rotating axis. The splined hub configured to engage with the splined portion of the slotted shaft.

A head assembly for use with a lint cleaner tube assembly for use in cotton gins is disclosed. Comprising the head assembly is configured for installation into a tube portion of the lint cleaner tube assembly. The lint cleaner tube assembly and the head assembly comprise a rotating axis. The tube portion having a surface wrap configured to clean lint. The head assembly comprise a first head assembly and a second head assembly which are configured to be installed into end portions of the tube portion. The head assembly comprising a slotted shaft, a keyless bushing assembly, a distal hub, a proximate hub, a splined hub. The slotted shaft having a splined portion at an interior end. The keyless bushing assembly configured to mount the slotted shaft and ensure alignment with the rotating axis. The splined hub configured to engage with the splined portion of the slotted shaft.