Other

Guyan Machinery Co.

Jimmy N Taylor

Oren M Taylor

Miller Taylor

David L Singleton

George Ronald Taylor

Dennis R Runyon

Joseph W Hunnicutt, Iii

Stanley A Skeens

A process for manufacturing an improved flight assembly for a vertical centrifugal separator. e.g., of the type used to dry coal, is disclosed. The flights are first welded to the cone on which they are to be carried, then the outside edges of the flights are machined, for example on a vertical mill, after which a hard facing is applied to at least a portion of each flight. Preferably a stabilizing ring is welded to the bottoms of the flights before machining. A machining tolerance of plus or minus 1/64 inch (with respect to the gap between each flight and the surrounding conical screen with which the flight assembly is to be used) is preferred. The hard facing may be a weld having a hardness of at least about 40 Rockwell (C scale).

Process of manufacturing a conical flight assembly

A vertical centrifugal separator, for example of the type used to dry coal, is improved by splitting the frustoconical screen into two pieces and including access doors in the water shield surrounding the screen. The division of the screen is made horizontally, for example at a level of about 30 to 70 percent down from the top of the screen. This permits the separator to be serviced in a relatively short time, by replacing only the upper partial screen when holes are worn in it. This is feasible because most of the wear in these screens is confined to about the upper 30 percent of their height. If a screen support basket is used, it can be confine to the lower partial screen, so that it does not have to be removed in order to replace the upper partial screen.

Conical screen for a vertical centrifugal separator

The tobacco harvester as pulled by a tractor and is adapted to span two rows of tobacco simultaneously, two subframes are pivotally mounted from the main frame of the harvester and each subframe includes a pair of spaced apart flat header boards which are spaced apart so as to allow a row of tobacco plants to pass therebetween. A rotating defoliator blade is mounted above each header board and an adjustable deflector is adjustably mounted above each defoliator blade. A horizontal and vertical conveyor arrangement is disposed between each subframe and an identical conveyor arrangement is disposed along the outer side of each conveyor frame for receiving the tobacco leaves and conveying them rearwardly and upwardly to a transverse conveyor. Flexible fingers extend laterally from the opposed edges of each header board across the space between the header boards to prevent leaves from falling to the ground and flexible curtains are connected between the outer edges of the header boards and the adjacent horizontal conveyor to prevent leaves from falling to the ground. Hydraulic cylinders are connected between the rear wheels and the main frame to adjust the height of the frame.

Two-row tobacco harvester

The tobacco harvester is pulled by a tractor having an offset hydraulically operated hitch arrangement which permits the harvester to be selectively positioned to the side of the tractor. A tobacco receiving trailer is coupled to the harvester by a hydraulically operated coupling whereby the trailer can be shifted forwardly and rearwardly alongside the harvester to insure the even distribution of tobacco within the trailer as it is supplied via a conveyor which is laterally shiftable to compensate for the lateral shifting of the harvester relative to the trailer. The harvester is provided with a pair of spaced apart defoliators adapted to be located on opposite sides of a tobacco row. The defoliators are mounted in a sub-frame which is mounted for lateral movement relative to the main frame. The defoliators may be comprised of elongated spiral webs rotatable about their own axes or may be comprised of a pair of oscillating bars having a plurality of laterally extending flexible fingers thereon. A conveying system is provided for transporting the leaves from the vicinity of the defoliators to the aforementioned reciprocatable conveyor.

Tobacco harvester

The tobacco harvester is adapted to be mounted adjacent the side of a tractor and includes an inclined chute with a chain conveyor operating in an aperture in the bottom of the chute extending the full length of the chute. The lower end of the inclined chute straddles the tobacco plant and a rotating cutter blade mounted at the lower end of the chute severs the stalk close to the ground. The cut tobacco plant travels top first up the conveyor and at the top end of the chute the top of the stalk passes through an aperture formed by orthogonally disposed stationary bars and into the nip between a pair of rotatable feed rollers, one of which is driven. The feed rollers draw the stalk through the stripper bars to strip the leaves from the stalk so that the stalk and the leaves will fall into separate containers.

Growing community of inventors

Elizabethtown, NC, United States of America

Jimmy N Taylor