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Publication numberUS619423 A
Publication typeGrant
Publication dateFeb 14, 1899
Filing dateApr 22, 1898
Publication numberUS 619423 A, US 619423A, US-A-619423, US619423 A, US619423A
InventorsWilliam G. Kruse
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Stacker
US 619423 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

Patented Feb. l4, I899.

No. s|9,423.

W. G. KRUSE. STACKER.

(Application filed Apr. 22, 1898.1

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Patented Feb. l4, I899. W. G. KRUSE.

STACKER.

(Applicativn filed Apr. 22, 189B.)

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UNITED STATES PATENT Force.

NVILLIAM G. KRUSE, OF BUFFALO CENTER, IOl/VA.

STACKER.

SPECIFICATION forming part of Letters Patent No. 619,423, dated February 14, 1899.

Application filed April 22, 1898. Serial No. 678,4:95. (N model.)

To aZZ whom it may concern.-

Be it known that I, WILLIAM G. KRUSE, a citizen of the United States,residing at Buifalo Center, in the county of Winnebago and State of Iowa, have invented a new and useful Stacker, of which the following is a specifica= tion.

My invention relates to stackers, and has for its object to provide a simple, compact, and efficient construction of stacking mechanism adapted to be applied to and used with facility in connection with separating or threshing machines of the ordinary or any preferred construction, to provide simple means for automatically reversing the motion of the turn-table and for varying the extent of swinging movement thereof, and also to provide eificient means for supporting and bracing the carrier-frame, for supporting the adjusting devices of said frame, and for guiding the lower end of and communicating motion to the carrier-apron.

Further objects and advantages of this invention will appear in the following description, and the novel features thereof will be particularly pointed out in the appended claims.

In the drawings, Figure 1 is a side view of a stacker constructed in accordance with my invention, the contiguous portion of the frame of a separator or thresher being indicated to illustrate the connection therewith. Fig. 2 is a plan view of the carrier-frame supporting and operating devices. Fig. 3 is a longitudinal section of the same, taken in the plane of the axis of the turn-table. Fig. 4 is a transverse section taken in the plane of the driving-shaft. Fig. 5 is a transverse section taken parallel with and contiguous to the plane of the clutch-shaft.

Similar numerals of reference indicate corresponding parts in all the figures of the drawings.

Supported by a suitable framework, consisting, in the construction illustrated, of side sills 1 and front and rear cross-bars 2 and 3, the former being in duplicate, is an annular bearing-seat 4, at the inner periphery of which is a depending flange 5, and mounted upon this bearing-seat is an annular turn-table 6, having an upstanding rim 7, forming a sprocketchain bearing.

Mounted in transversely-alined bearings in the supporting-frame, preferably contiguous to the front ends of the sills 1, is a drivingshaft 8, having a terminal sprocket-Wheel 9, connected bya chain with a sprocket-wheel 11 on a clutch-shaft 12, which is mounted in suitable transversely-alined bearings in a bracket 13, supported by the rear cross-bar 3. Said bearing-bracket is also provided with a central vertical bearing 14: for the spindle 15 of a reversible driving-gear 16, preferably of the beveled type, and permanently mesh ing with the driving-gear 16 are pinions 17 and 18, which are loosely mounted upon the clutch shaft 12. Interposed between the loose pinions 17 and 18 is an axially-movable clutch member 19, mounted upon the shaft 12 and provided with terminal clutch-faces to interlock, respectively, with the clutch-faces 20 and 21, formed, respectively, on the hubs of the pinions 17 and 18, according to the position of the clutch member 19. The reversible gear 16 carries a sprocket-pinion 22, traversed by a chain 23, which finds a bearing upon the rim 7 and is preferably terminally attached to the turn-table at convenient points, such as at the attached lower extremities of guide-standards 24, which rise from the turntable.

The clutch member 19 is provided with an annular groove or channel 25, with which is engaged a band or yoke 26, carried by a pivotal shifting lever 27, the fulcrum 28 of which consists of abolt on the cross-bar 3. The free end of this shifting lever forms a trip-arm 29, arranged contiguous to the plane of the under surface of the turn-table, and carried by the turn-table is a plurality of depending trippins 30 for alternate engagement with the trip-arm to throw the shifting lever from one position to another and thus reverse the position of the clutch member 19, whereby with a continuously-operating shaft 12 operating in a uniform direction the gear 16 may be reversed at intervals to communicate motion in opposite directions to the turn-table. In order that the shifting lever may be yieldingly held in either of its adjusted positions and thrown fully to the extremity of its stroke at each contact of the trip-pin therewith, I employ a swinging guide-pin 31, fulcrumed, as at 32, and carrying an actuating-spring 33,

which bears terminally against a pivotal guide-ear 34 near the extremity of the triparm, said car being adapted to swing to accommodate the relative positionsof the guidepin and shifting lever. When the trip-arm is engaged by one of the trip-pins depending from the turn-table, the shifting lever is swung toward the opposite limit of its movement until said lever and the guide-pin are carried beyond a position of alinement, after which the tension of the actuatin g-sprin g continues the motion of the shifting lever and carries it positively to the limit of its stroke, thereby insuring the positive engagement of one of the clutch-faces of the member 19 with the clutch-face of the contiguous loose pinion.

Carried by the turn-table is a frame consisting in the construction illustrated of approximately parallel bars 35 and a cross-bar 36, and from the extremities of the latter rise bearing-brackets 37, having axially-elongated bearings 38, which constitute axially-alined journals, upon which are mounted bearingforks 39 at the lower end of the carrier-frame 40, said bearing-forks being formed at the lower extremities of plates 4l,whieh are suitably secured to the sides of the carrier-frame. The width of the carrier-frame is equal approximately to the interval between the guiding uprights or standards 24, whereby said frame is braced against lateral vibration in all positions of the turn-table by which it is supported, and said guiding uprights or standards are extended to form approximately horizontal rearwardly-convergent arms 24, which are terminally pivoted at the intersection of the brace-arms 42,which extend in forwardlyconvergent directions from a contiguous fixed portion of the separator or other supportingframe, the pivot 43 for the extremities of the upright or standard arms 24 being vertically alined with the axis of the turn-table.

The uprights or standards,with their extensions or arms, constitute, with the turn-table, a swinging frame by which the carrier-frame is supported and guided in vertical swinging movement, and this swinging frame also forms a support for the various bracing and operating devices which may be used in connection with the carrier frame and apron. For instance, in the construction illustrated the carrier-frame is of the sectional type, having a main or body portion and an auxiliary or folding section 40 joined at their contiguous extremities to form when in operation a continuous frame and adapted to fold about hinge-pins 44. Attached to these hinge-pins are pulleys 45, traversed by operating-cables 46, (only one pulley 45 and one cable 46 being with chain-wheels 48, traversed by short chains 49, (only one chain-wheel 48 and one chain 49 being shown,) which are let into and complete the endless cable 46 to traverse the chain-wheels 4S. Said spindle 47 is also provided with a crank 50 or other operating device, whereby the ehain-wheels may be turned to operate the cable 46, and thereby either fold or extend the auxiliary section 40 of the carrier-frame. Also I employ bracing or supporting cables 51, only one of which is shown, but each of which is of double or continuous construction,with its extremities permanently attached to one side of the carrier-frame, as to the main and auxiliary sections thereof, and which at its looped or intermediate point traverses a movable pulley 52, mounted in a yoke 53, which is connected by a cable 54 or its equivalent with a drum or Windlass 55. The sides of the bracing or supporting cable 5ltraverse direction-pulleys 56, mounted upon the standards or uprights 24 near their upper ends, and the drum or Windlass 55 is mounted upon said standards or uprights near their lower ends or contiguous to the plane of the turn-table. Obviously by means of the Windlass 55 the bracing .or supporting cable 51 may be adjusted to swing the carrier-frame in a vertical plane in order that its upper or discharge end may occupy the desired position.

The carrier-apron 57, which I prefer to employ in connection with the above-described apparatus, is of double or sectional construction, the same comprising duplicate parallel endless members 57 57 each having side straps 58, connected by slats 0f the ordinary or any preferred construction, said straps being arranged to traverse pulleys 59, carried by a common apron-driving shaft 60, which is mounted in the bearings 38, abovedescribed. Thus one of the carrier-pulleys 59 is arranged contiguous to each end of the shaft 60, while the inner pulleys 5.) are arranged adjacent to the center of said shaft, and between the planes thereof is arranged a sprocket-pulley 61, traversed by a chain 62,

extending from a chain-wheel 63, of which the spindle 64 is mounted in suitable bearings upon the approximately parallel bars 35. Said sprocket-wheel spindle 64 also carries a bevel-gear 65, meshing with a double bevelgear 66, mounted concentric with the axis of the turn-table and in turn meshing with a driving-gear 67 on the driving-shaft 8.

An important advantage of the above-described construction and arrangement of carrier-apron resides in the fact that it is provided at its center with two su pporting-straps instead of one, as in the ordinary practice, each apron-section being carried by a suitable number of pulleys, all of which receive their motion from the common shaft 60,which is driven at its center. Thisinsures aproper cooperative movement of the apron-sections, and hence avoids the twisting or unequal straining of the apron, and therefore of the carrier-frame.

In order that the extent of throw of the carrier may be varied to suit the conditions under which the apparatus is used, the turntable is provided with a plurality of sockets or openings 68 for the reception of the depending trip-pins 30, and hence said trip-pins may be arranged in different relative positions to cause the reversal of the motion of the turn-table at the desired points.

A further advantage of the construction above disclosed resides in the fact that it may be applied to and used in connection with any ordinary separator or thresher, the drivingshaft 8 receiving motion by means of a beltpulley 69 and a suitable belt extending from any convenient rotary member of such separating or threshing machine. Furthermore, the supporting-frame as above described may be readily attached to the frame of the machine in connection with which the stacker is used without material alteration of either.

Numerous other advantages of the construction disclosed will be apparent to those skilled in the art, and it will be understood that various changes in the form, proportion, and the minor details of construction may be resorted to without departing from the spirit or sacrificing any of the advantages of this invention.

Having described my invention, claim is 1. In a stacker, the combination of a supporting-frame having a turn-table, and standards or uprights rising from the turn-table, a carrier-frame mounted for swinging movement between and guided by said standards or uprights, a doubled or looped bracing-cable extending rearwardly from spaced points on the carrier-frame over spaced guides supported by one of said standards or uprights contiguous to its upper end, an adjusting device having the loop of the cable engaged therewith for varying the position of the carrier-frame about its fulcrum as a center, and operating devices for the turn-table, including reversing mechanism, for changing the direction of motion thereof, substantially as specified.

2. In a stacker, the combination of a supporting-frame havingaturn-table, and standards or uprights rising from the turn-table, a carrier-frame mounted for swinging movement between the standards or uprights, a bracing or supporting cable of looped construction, having its extremities secured at spaced points to one side of the carrier-frame,

what I at different distances from its fulcrum, an adsecured at spaced points to one side of the carrier-frame at different distances from its fulcrum, a movable guide-pulley with which the loop of said cable is engaged, the sides of said cable respectively traversing spaced direction pulleys mounted upon one of the standards or uprights near its upper end, ad-

justing devices for varying the positions of the adjustable pulley, and operating devices for the turn-table, including reversing mechanism, for changing the direction'of motion thereof, substantially as specified.

4. In a stacker, the combination of a supporting-frame having side beams and connecting cross-bars, an annular bearing-seat supported by said frame, acontinuous annular turn-table mounted upon said bearingseat and having cross-bars pivotally mounted concentric with the turn-table, stationary forwardly-convergent braces arranged above the plane of the turn-table, spaced standards rising from the turn-table in front of the center thereof and having rearwardly extending brace-arms pivotally mounted at the point of intersection of said stationary braces, a carrier-frame pivotally mounted upon the turntable in rear of its center, and extending between said standards, the width of the carrier-frame being equal with the interval between the standards, and means for holding the carrier-frame at the desired adjustment, substantially as specified.

5. In a stacker, the combination of a supporting-frame, a bearing-ring mounted upon the supporting-frame, a turn-table pivoted at its center to the supporting-frame and having a peripheral ring arranged to traverse said bearing-ring, and provided with an upstanding fiange, standards secured at their lower ends to said upstanding flange of the turn-table, and having rearwardlyconvergent brace-arms pivoted to a fixed object in vertical alinement with the axis of the turntable, a carrier-frame pivoted upon the turntable in rear of its center and extending forwardly through and corresponding in width with the interval between the standards for guidance against lateral displacement thereby, and means for holding the carrier-frame at the desired adjustment, substantially as specified.

6. In a stacker, the combination of .a turntable and operating devices therefor, a carrier-frame pivotally mounted upon a turntable and having a hinged extension, a pulley attached to the hinge-pin, an endless cable traversing the pulley, operating devices mounted upon the body portion of the carrier-frame for communicating motion to the cable to turn said pulley, a bracing or supporting cable of looped construction having its extremities secured respectively to the body portion and the hinged extension of the carrier-frame remote from said hinge and traversing direction-pulleys upon an upright rising from the turn-table, and adjusting devices for said bracing or supporting cable, in-

eluding an adjustable pulley traversed by the loop of the cable, to provide for relative adjustment of the sides of the loop, substantially as specified.

7. In a stacker, the combination with a turntable, and a carrier-frame and operating devices carried thereby, said turn-table being provided with an upstanding annular rim forming a sprocket-chain bearing, of a clutchshaft and means for communicating continuous rotary motion thereto in a uniform direction, bevelgears loosely mounted upon said shaft and having spaced oppositely-disposed clutch-faces, a reversible driving-gear meshing with said bevel-gears, a sprocketpinion carried by said driving-gear, a drivechain traversing said sprocket-pinion and the sprocket-rim of the turn-table, a shifting clutch member for alternate engagement with the clu tch-faces of said bevelgears, and means controlled by the turn-table for shifting said clutch member to alternately look the bevel-gears to the clutch-shaft, substantially as specified.

In testimony that I claim the foregoing as my own I have hereto affixed my signature in the presence of two witnesses.

WILLIAM G. KRUSE.

Witnesses:

G. W. PANGBURN, W. H. MoRK.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3108571 *Jan 4, 1963Oct 29, 1963Paul PatzArcuate bunk feeder with automatic reversible feed conveyor mechanism
US7181821Jul 17, 2003Feb 27, 2007Shell Oil CompanyJoining expandable tubulars
US7774917Nov 7, 2006Aug 17, 2010Tubefuse Applications B.V.Forge welding tubulars
Classifications
Cooperative ClassificationB65G41/002