Abstract: A plurality of lint cotton quality measurements is made on lint cotton which is to be fed into the lint cleaning process in a cotton ginning system. The plurality of cotton quality measurements in the form of individual electrical signals is communicated to a synchronizing means which translates the quality electrical signals into a single electrical output signal fed into a controller which controls the flow of lint cotton into the lint cleaning apparatus.

Abstract: A unique radial electrode has been designed in the same configuration as the feed roller of a cotton ginning system. The electrode is then installed as part of a feed roller and properly insulated from the ginning system. When seed cotton is fed between the feed rollers the charged radial electrode becomes a signal electrode communicating with the rest of the system which forms as a ground. The resultant current flow between the electrode and the ground passing through the seed cotton produces a measure of the moisture in the seed cotton.

Abstract: an apparatus to reclaim lint-cotton and return it to the ginning process is disclosed. The apparatus comprises in combination a unique arrangement of condensing cylinders, feed cylinders, saw cylinders, grid bars, and doffing brushes used to collect, reclaim, and feed back lint-cotton into the ginning system.

Abstract: an apparatus for conditioning seed cotton during the ginning operation is disclosed. Seed cotton which is to be conditioned to a proper moisture content is fed through a rotating vacuum seal dropper onto a series of moving belts located within a conditioning chamber. The moving belts are arranged to retain the seed cotton for a predetermined critical period within the chamber. Conditioned air is circulated through the chamber and brought into intimate contact with the seed cotton thereby properly adjusting the moisture content. The seed cotton is then vented through a rotating vacuum seal dropper into gin processing equipment.