US664448A - Corn husker and shredder. - Google Patents

Description

No. 664,448. Patented uw. 25, |900. F. M. rEEGuAnDEN a J. B. Hlmas.

CDBN HUSKEB AND SHREDDER.

(Application filed Feb. 7, 1900.) (No Modal.) 3 Sheets-Sheet l.

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Inventors Attorney Witnesses:

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4 Patented Dec. 25, |900. F. M. TEEGUARDEN & J. B. HIMES. I

CORN HUSKER AND SHREDDER.

` (Application med Feb. 7, 1900.) Y (No Model.) `3 Sheets-Sheet 2.

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No. 664,448 Patented nec. 25, |900. F. M. TEEGuAnnEN-L J. Huwes.l

CORN HUSKER AND. SHREDDER.

(Application led Feb. 7, 1900.) (No Modal.) 3 Sheets-Sheet 3.

Witnesses: Inventors (ob/R4' [lg l Attorney UNITED' lSTATES y PATENT OFFICE.

FREEMAN M. TEEGUARDEN AND JOSEPH B. HIMES, OF NEW CASTLE,

INDIANA, ASSIGNORS, .BY MESNE ASSIGNMENTS, TO SAID TEEGUAR- DEN AND HIMES AND T. H. GORDON, GEORGE GORDON, AND THOMASl L. CAMPBELL, OF SAME PLACE.

eoRN HusKEaANDsHREooE.

SPECIFICATION forming part of Lettere Patent Ne. V664,448, 'dated Deeemter 25, 1960.

Application led February 7| 1900. Serial No. 4,332. (No model.)

To all whom it ina/y concern:

Be it known that we, FREEMAN M. TEEGUAR- DEN and J OSEPH B. HIMES, citizens of the United States, residing at New Castle, Henry county, Indiana, (post-office address, New Castle, Indiana,) have invented certain new and useful Improvements in Corn Huskers and Shredders, of which the following is a specification.

This invention pertaining to improvements in machines adapted for the husking and shredding of corn will be readily understood from the following description, taken in coni spective View of a pair of the wriggle-bars and wriggle-feet with their operating-cranks.

In the drawings, giving particular attention to Fig. 3, l indicates the usual framing, dro., at the feed-end portion of a husking and shredding machine; 2, the outer prolongation of the same for the support of the feeding and husking mechanism; 3, the beating-cylinder, of usual form and disposition and provided With the usual teeth, the rake of the teeth, however, and the direction of motion of the cylinder being such that the upper portion of the cylinder runs from the feeding end of the machine-that is to say, material fed in to the beating-cylinder passes over instead of under the cylinder; 4, the usual concave provided with teeth coperating with the beating-cylinder, this concave, however, being located over the cylinder and having the rake of its teeth appropriate to the above-stated direction of 'motion of the beating-cylinder; 5, the usual vibrating fodder-conveyers leading from the cylinder of the machine rearwardly toward the discharge end of the ma'- chine; 6, the front extremity of the concave, the same being a trifle above the horizontal plane of the axis of the cylinder and at the front of the cylinder, the term front as herein used having reference to the feeding or receiving end of the machine; 7, a horizontal table-bar extending across the fram ing some distance in front of breaking edge 6 of the concave and by preference a trifle below the level of breaking edge 6; 8, a series of wriggle-bars lying side by side and having their inner ends resting on table-bar 7, these wriggle-bars being capable of an endwise-reciprocating motion and their front ends being capable ofrising-and-falling motion, the upper surfaces Aof these Wriggle-bars being provided with ratchet-shaped teeth presenting their vertical faces toward the cylinder andconcave, the upper surfaces of these bars being arranged at an outward transverse decline, as seen in Fig. 4, and the vertical faces of the ratchet-teeth inclining outwardly and rearwardly, as seen in Fig. 6; 9, a multiple crank-shaft journaled in the framing at the front ends of the wriggle-bars, contiguous cranks of this shaft being set opposite each other and each crank being engaged by a Wriggle-bar, so that as the shaft is rotated the alternate wriggle-bars will have their front or right-hand ends elevated and the bars be moved toward the cylinder and concave, while the intermediate wriggle-bars will descend and move away from the cylinder and concave; l0, a rod disposed acrossthe framing some distance above the inner ends of the wriggle-bars; 11, a series of Wrigglefeet disposed side by side and mounted.on rod 10, the feet being provided with diagonal slots engaging the rod, the toes of the feet being transversely corrugated, and there being one of these feet for andover each of the wriggle-bars; l2, a band-cutting knife disposed fore and aft in the sole of each of the wriggle-feet, these knives having their lower edges forming the arc of a circle and by preference provided with bearded or sickle edges; 13, a multiple crank-shaft disposed across the framing to the rear of the Wrigglefeet andhaving its contiguous cranks set opposite each other, there being one crank for each of the wriggle-feet, this multiple crankshaft turning in unison with multiple crankshaft 9, which operates the wriggle-bars; 14, spring connections between wriggle-feet 11 and the appropriate cranks of shaft 13; 15, Fig. 6, a crank on each outer end of multiple crank-shaft 9, these two cranks being set in quartering relationship to each other; 16, av

crank on each outer end of multiple crankshaft 13, these two cranks being set in quartering relationship to each other, cranks 16 and 15 having equal stroke; 17, connectingrods, one at each side of the machine, connecting cranks 15 and 16, whereby rotary motion imparted to one of the multiple crankshafts results in rotary motion being transmitted in unison to the other of the multiple crank-shafts; 1b', slotted housings carried by the framing to support rod 10 and crankshaft 13 and permit of their adjustment at various heights above the wriggle-bars, the adjustment being effected by pinning the supporting-boxes of the rod and shaft higher or lower in the slots of the housings; 19, a pair of horizontal snapping-rolls journaled in the framing in front of breaking edge 6 of the concave, one roll being over the other and the space between the two rolls being at or a trifle below the level of breaking edge 6 of the concave, these snapping-rolls being cylindrical, but being provided each with four longitudinally-extending ribs margining extended plain peripheral surfaces of the rolls and the acting rib of one roll coming between the ribs of the other roll, these snapping-rolls being spring-mounted in the usual manner; 20a roll of star section mounted horizontally in the framing in the space between snapping-rolls 19 and table-bar 7, the upper portion of this star-shaped roll turning toward the snapping-rolls and projecting a t-rifle above the level of table-bar 7; 2l, the usual transverse series of husking-rolls arranged,

as usual, at an inclination, with their receiv-v ing ends below the snapping-rolls, these husking-rolls being arranged, as usual, to run together in pairs, with contiguous surfaces of the rolls of a pair running downwardly, the actuating-gearing being of the usual charac.-

ter; 22, (see also Fig. 2,) ear-corn-conveying belt extending across the lower ends of the husking-rolls and adapted, as usual, to receive from those rolls the husked ears of corn and to convey them outside the casing of the machine; 23, (seealso Fig. 2,) a shelled-corncenveying belt extending across the higher ends of the husking-rolls and serving to gather shelled corn falling from the snapping-rolls and prevent it from going to the huskingrolls and to convey it outside the casing of the machine;` 24, a glitter disposed across the framing below snapping-rolls 19 and arranged ata transverse inclination and being so disposed that its lower edge will discharge to conveyer-belt 23'; 25, (see also Fig. 5,) husking-pins projecting, as usual, from the surface of the husking-rolls, these pins in the present case, however, being so disposed in the rolls and the motion of the rolls being so timed that the downwardly-running pins of contiguous rolls come opposite each other, clearing each other sidewise to permit the pins to pass; 26, the usual recesses in the huskingrolls to permit ofthe passage of the pins of the contiguous rolls; 27, a series of feed-lingers projecting downwardly from each of the wriggle-bars 8 toward and near to the huskingrolls, these feed-lingers projecting diagonally toward the higher ends of the Ahusking-rolls and the heels of the fingersbeing flexibly coupled to the wriggle-bars, so that the lingers are capable of elastically yielding upwardly and rearwardly; 28, Fig. 2,the usual ear-corn elevator receiving the ears of corn from conveyer-belt 2O and serving to take it to the ear-pile or receiving-wagon, and 29, Fig. 2, discharge-spout of shelled-corn conveyer 23, the same being adapted to discharge the shelled corn to a vessel or elevator or other receiving agent,

The exeinplifying system of gearing for ytransmitting motion to the parts will be obvious from the drawings and will call for no description. y

The series of 4wriggle-bars 8 constitute a four-motion feed-table. The set ofalternate bars and the set of intermediate bars niove forward toward the cylinder and concave in alternation. Each set of bars moves to the right under the .stalks or grain, which is placed over the wriggle-bars, then descends and rises and moves toward the cylinder and IOO concave, the ratchet form of teeth with which Y the wriggle-bars are provided tending in an obvious manner to produce afeeding motion of the material toward the cylinder and concave. The outward transverse slope of the tops of the wriggle-bars gives a general crowning effect to the feeding-table, produced by the wriggle-bars, and tends to even and distribute the material thrown' upon the wriggie-bars.

The wriggle-feet 11 have a four-motion step-like action, each foot working in unison with the wriggle-bar directly below it, a. given wriggle-bar ascending, then retreating, then descending upon the stalks, which become caught between the feet and the wriggle-bar, the foot and the wriggle-bar then moving toward the cylinder and concave and forcing the stalks along, the wriggle-foot then rising and releasing the grip upon the stalks, the Wriggle-feet and wriggle-bar returning lfor a new grip, and so on.. The elastic connections IIO Y the normal distance between the soles of the Wriggle-feet and the tops of the wriggle-bars may be adjusted, thus providing for an adjustment of the general quantity of material `to be fed. The corrugations in the soles of `the wriggle-feet increase the gripping capac- -ity of the feet, and the knives 12, with which the feet are provided, serve in cutting the bands of bundles fed by the mechanism.

Stalks fed b v the feeding mechanism pass under the breaking edge 6 of the concave and are bent upward by the action of the cylinder-teeth and given a preliminary breaking at frequent intervals as they pass breaking edge 6.

Corn fed by the feeding mechanism enters the throat of snapping-rolls 19 and is by them carried forward to the cylinder and concave, the ribs of the snapping-rolls, however, snapping o the ears, which fall down in front of the snapping-rolls. The peculiar cross-section of the snapping-rolls,comprising extended peripheral surfaces and prominent ribs, increases the effectiveness of the snappingrolls and results in the shelling of less corn than usual from the ears.

There must necessarily be some space between table-bar 7 and the snapping-rolls in order that the detached ears may fall down to the husking-rolls below. Much in the way of leaves, loose husks, and fine stalk parts tend to descend through the space in question, when it is desirable that they go onward to be shredded by the cylinder. Star-shaped roll 20 in the space in question serves in beating upward upon and carrying onward the material just referred to, while not interfering with the falling of the detached ears of corn. This star-shaped roll 20 also serves as a clearing device for the upper ends of the husking-rolls, it serving to dislodge and start forward any accumulation of ears or other material upon the heads of the husking-rolls.

The detached ears of corn fall from the snapping-rolls to the head of the huskingrolls and are husked by the latter, as' usual, the husked ear-corn passing away by conveyer-belt 20.

More or less corn will necessarily be shelled by the snapping-rolls. This corn instead of falling to the husking-rolls with the ears is caught by gutter 24 and delivered to con- Veyer-belt 23, which carries it away.

The peculiar arrangement of the pins in the husking-rolls results in superior action. Heretofore a pin projecting from a roll has cooperated merely with a clearance-recess in the opposing roll, the pins being so disposed in the rolls and the vmotion of the rolls being so timed that a pin of one roll alternated in action with the pin of the mating roll. In the present arrangement the pins are so disposed in the rolls and the motion of the rolls is so timed that pins of the pair of mating rolls come opposite each other and coact with each other in gripping the husks and removing them from the ears of corn.

Fingers 27 reciprocate with the Wriggleate the traveling motion of the ears of corn down the incline of the husking-rolls. In case these fingers meet with extraordinary heavy duty their fiexible mounting on the wriggle-bar's. permits of their yielding.

We claim as our inventionl, ln a corn husker and shredder, the combination, substantially as set forth, of a toothed beating-cylinder, a toothed concave, a pair of snapping-rolls disposed in front of said cylinder, a series of husking-rolls with their heads below the snapping-rolls and adapted to receive ears of corn falling therefrom, and a conveyer disposed across the heads of the husking-rolls and under the snapping-rolls and adapted to catch shelled corn falling from the snapping-rolls and convey the same away free of the husking-rolls.

2. In a corn husker and shredder, the combination, substantially as set forth, of a toothed beating-cylinder, a toothed concave, a pair of snapping-rolls disposed in front of the cylinder, a feed-table in front of but a distance from the snapping-rolls, a transversely-inclined gutter below the snappingrolls, a conveyer-belt below the lower edge of said gutter, a series of husking-rolls with their heads disposed below the upper member of said conveyer-belt, and a roller of starshaped section disposed in the space between the feed-table and the snapping-rolls and over said conveyer-belt.

3. In a corn huskerand shredder, the combination, substantially as set forth, of a toothed beating-cylinder, a toothed concave, afeed-table disposed in front of said cylinder, a series of wriggle-feet with rigid soles presented toward said feed-table, a supportingrod engaging slots in the upper portion of said wriggle-feet, a shaft provided with a crank for each of said wriggle-feet and having its contiguous cranks oppositely set, connections between said cranks and wriggle-feet, and springs interposed in said connections, one between each wriggle-foot and its crank.

4. In a corn husker and shredder, the combination, substantially as set forth, of a toothed beating-cylinder, a toothed concave, a pair of snapping-rolls in front of the cylinder, a series of husking-rolls with theirheads disposed below said snapping-rolls, and husking-pins projecting from recesses in said husk- IFO IIO

IIS

ing-rolls, said pins being so positioned in the 6. In a corn husker and shredder, the combination, substantially as set forth, of a toothed beating-cylinder, a toothed concave, a pair of snapping-rolls disposed in front of the cylinder, a feed-table disposed in front of saidv snapping-rolls and formed of a series of reciprocating wrggle-bars, and ratchetshaped teeth in the upper surfacesof said wriggle-bars, the upper surfaces of said teeth decliningoutwardly from the transverse center of the series of wriggle-bars.

7. In a corn husker and shredder, the coni; bination, substantially as set forth, of a toothed beating-cylinder, a toothed concave,

a pair of snapping-rolls disposed in front of the cylinder, a feed-table disposed in fr ont of said snapping-rolls and formed of a series of reciprocating wriggle-bars, and ratchetshaped teeth in the upper surface of said wriggl'e-bars, the upper surfaces of said teeth declining outwardly from the transverse center of the series of wriggle-bars and the verangle transverse to the bars so that the faces of the teeth at the inner edges of thebars are closer to said cylinder than 'the faces of the teeth at the outer edges of the bars.

FREEMAN M. TEEGUARDEN. JOSEPH E. HIMEs.

Witnesses:

ROBT. N. CAMPBELL, HARRY H. STRETCH.

.tical faces of said teeth being disposed at an

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