US472710A - Disk harrow - Google Patents

Disk harrow Download PDF

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US472710A
US472710A US472710DA US472710A US 472710 A US472710 A US 472710A US 472710D A US472710D A US 472710DA US 472710 A US472710 A US 472710A
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gangs
tubes
ball
inner ends
socket
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    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01BSOIL WORKING IN AGRICULTURE OR FORESTRY; PARTS, DETAILS, OR ACCESSORIES OF AGRICULTURAL MACHINES OR IMPLEMENTS, IN GENERAL
    • A01B23/00Elements, tools, or details of harrows
    • A01B23/04Frames; Drawing-arrangements
    • A01B23/046Specially adapted for harrows with rotating tools

Definitions

  • This invention relates to that class of harrows known as disk harrows, wherein the concave disks are mounted upon a pair of adjustable rotary gangs, one gang being arranged on either side of the'line of draft, as usual.
  • This invention has for its object the production of improved means for loosely connecting the inner ends of the gangs, whereby the end-thrust of the same will be taken up with Vthe least possible friction, and also whereby the gangs will be permitted to freely revolve in unison or independently of each other, as appears hereinafter.
  • a designates the usual disks strung upon the usual long bolts b and properly spaced upon the same by means of the usual sleeves b.
  • the innerL spacing-sleeves b are hollowed out axially from their inner ends outwardly a suitable distance, and in each of these longitudinal recesses is snugly fitted a socket-tube c, whose outer ends are flanged, as at c', in order to clamp the innermost disks of each against the inner ends of the respective inner sleeves or spools b.
  • the inner ends of the inner spools and the inner ends of the socket-tubes are preferably enlarged, as shown, for a purpose which hereinafter is lmade apparent.
  • the socket-tubes are clamped in place by the long axial bolts b, the inner headed ends of which pass through and engage the outer closed ends of the tubes, whereby when the nuts on the outer ends of said bolts are drawn up tight the socket-tubes will be drawn into place and securely held.
  • a hollow ball or sphere f is suspended bctween the inner ends of they gangs and is adapted to receive the inner endthrust of the two gangs, the inner ends of the sockettubes being provided with circulardepressions c for the reception of the ball when the gangs are thrust inwardly.
  • To suspend the ball it is provided at diametrical pointswith circular openings f', whose edges are preferably beveled outwardly, as shown, and into these openings are extended the respective inner ends of a pair of short rods or bolts d,
  • the inner inclosed ends of these rods having secured upon them heads cl', whose outer surfaces are convex,- -soas to lt and work upon the interior surface of the hollow ball.
  • the convexed heads of these bolts work freely within the'interior of the ball, so as to form therewith substantially a swivel universal joint, the openings f being sufliciently large to permit a limited universal movement of the bolts d.
  • the outer ends of the bolts el areralso headed, andbetween these heads and the exterior of the ball are secured the tubes e, whose inner ends are concaved to loosely fit and work against the exterior of the ball.
  • the inner ends of these tubes e are enlarged or headed, so that the suspended ball may have a broader bearing against them, and also whereby the openings in the ball may be covered and protected from wear.
  • the inner ends of the socket-tubes are also enlarged for these purposes.
  • the tubes e are made to [it loosely the axial recesses in the socket-tubes so placed in position between the gangs. These tubes e extend into the sockets in the respective gangs, and thereby serve to suspend the ball in position to work in the sockets in the ends of the socket-tubes when the gangs are forced inwardly.
  • This construction'or its mechanical equivalent possesses important advantages.
  • the ball and tubes connected to it form, practically, a flexible or universal joint IOO between the gangs, whereby they may be readily shifted with respect to each other and may also revolve in unison or independently of each other.
  • the ball is so suspended that it is effectually guided to the sockets in the ends of the gangs every time the gangs are forced together, while the tubes connected to the ball are free tO revolve and slide in the socket-tubes, thus enabling the gangs to readily move in and out, as occasion may require.
  • the ball and connected tubes are free to revolve with or independently of ther gangs, as
  • the ball may be made of two sections brazed or Welded or Otherwise secured together, but

Description

yT.MA.X01\I.
DISK HARROW.
(NoModel.)
Patented Apr'. 12,1892.
wh/Lamas @2513@ @Hom/wtf me mms new co., wwwrun-no., mimmo", n. c.
UNITED STATES PATENT OFFICE.
THOMAS MAXON, OF DAYTON, OHIO.
VDISK HARRow.
SPECIFICATION forming part of Letters Patent No. 472,710, dated Apr112, 1892. Application ned september 14,1891. serai No. 405,646. (No model.)
To all whom it may concern.-
Be itknownthat I, THOMAS MAXON,a citizen of the United States, residing at Dayton, inthe county of Montgomery and State of Ohio, have invented certain new and useful Improvements in Disk Harrows, of which the following is a speciicatiomreference being had therein to the accompanying drawings, in which- Figure l represents a horizontal sectional view through the inner ends of a pair of disk gangs provided with my improvement, and Fig. 2 a detail plan of the device interposed between the gangs to take up the end-thrust of the same.
This invention relates to that class of harrows known as disk harrows, wherein the concave disks are mounted upon a pair of adjustable rotary gangs, one gang being arranged on either side of the'line of draft, as usual.
This invention has for its object the production of improved means for loosely connecting the inner ends of the gangs, whereby the end-thrust of the same will be taken up with Vthe least possible friction, and also whereby the gangs will be permitted to freely revolve in unison or independently of each other, as appears hereinafter.
In the drawings I have not considered it necessary to show the gang-beams and shifting and draft devices, as such devices are well known and my present invention relates only to the devices for taking up or receiving the end-thrust of the gangs.
- In the drawings, a designates the usual disks strung upon the usual long bolts b and properly spaced upon the same by means of the usual sleeves b. The innerL spacing-sleeves b are hollowed out axially from their inner ends outwardly a suitable distance, and in each of these longitudinal recesses is snugly fitted a socket-tube c, whose outer ends are flanged, as at c', in order to clamp the innermost disks of each against the inner ends of the respective inner sleeves or spools b. The inner ends of the inner spools and the inner ends of the socket-tubes are preferably enlarged, as shown, for a purpose which hereinafter is lmade apparent. The socket-tubes are clamped in place by the long axial bolts b, the inner headed ends of which pass through and engage the outer closed ends of the tubes, whereby when the nuts on the outer ends of said bolts are drawn up tight the socket-tubes will be drawn into place and securely held.
A hollow ball or sphere f is suspended bctween the inner ends of they gangs and is adapted to receive the inner endthrust of the two gangs, the inner ends of the sockettubes being provided with circulardepressions c for the reception of the ball when the gangs are thrust inwardly. To suspend the ball, it is provided at diametrical pointswith circular openings f', whose edges are preferably beveled outwardly, as shown, and into these openings are extended the respective inner ends of a pair of short rods or bolts d,
the inner inclosed ends of these rods having secured upon them heads cl', whose outer surfaces are convex,- -soas to lt and work upon the interior surface of the hollow ball. The convexed heads of these bolts work freely within the'interior of the ball, so as to form therewith substantially a swivel universal joint, the openings f being sufliciently large to permit a limited universal movement of the bolts d. The outer ends of the bolts el areralso headed, andbetween these heads and the exterior of the ball are secured the tubes e, whose inner ends are concaved to loosely fit and work against the exterior of the ball. The inner ends of these tubes e are enlarged or headed, so that the suspended ball may have a broader bearing against them, and also whereby the openings in the ball may be covered and protected from wear. The inner ends of the socket-tubes are also enlarged for these purposes.
The tubes e are made to [it loosely the axial recesses in the socket-tubes so placed in position between the gangs. These tubes e extend into the sockets in the respective gangs, and thereby serve to suspend the ball in position to work in the sockets in the ends of the socket-tubes when the gangs are forced inwardly. This construction'or its mechanical equivalent possesses important advantages. The ball and tubes connected to it form, practically, a flexible or universal joint IOO between the gangs, whereby they may be readily shifted with respect to each other and may also revolve in unison or independently of each other. The ball is so suspended that it is effectually guided to the sockets in the ends of the gangs every time the gangs are forced together, while the tubes connected to the ball are free tO revolve and slide in the socket-tubes, thus enabling the gangs to readily move in and out, as occasion may require. The ball and connected tubes are free to revolve with or independently of ther gangs, as
I the exigeneies of the case may require.
The ball may be made of two sections brazed or Welded or Otherwise secured together, but
is preferably cast by means of a core integral around the heads of the bolts.-
Hai-ing tiene fully described, iny inventieni what Ii elniin iS- 1f. Tbeeenibinatien ei @We gangs 0f disks provided with, concave sockets and axial reeeeeesin their inner ends., e bell. suspended between Said sense end. adaptent@ fib'witliin Seid SeeketsL end tubes Swivelly er flexibly eenneetesi t0' Seid bell et dieniefrieelly-nppe'- Site peints. Seid tubes fitting and revolving Within theaxial recesses in thew gangs, sub',- Stentinlly es described.
2,-, Tlieeenibinaiien ef ivre. disk genes pre.- Vijded with @Kiel recesses in their adjacent ends, n revelnble hnliew bell Suspended between the ende, nf the. ganse and adapted i0 receive the inward thrust of the saine, and
tubes swivelly connected to the ball at diaf i* metrically-opposite points, said tubes fitting and working loosely in the axial recesses in the gangs, whereby the gangs will be free to move independently in an endwise direction and also revolve independently of each other, substantially as described.
3.v The combination of the gangs having cylindrical recesses in their inner ends, aball suspended between 'the inner ends of the gangs, and tubes connected to said ball at diametrically-opposite points bya swivel connec-V tion, said tubes sliding and turning in the recesses in the ends of the gangs and having their outer ends concaved to t against the ball, substantially as described.
4. The combination Of the gangs consisting each,l of a series of disks mounted upon abolt and clamped between spacing-sleeves, the inner spacing-sleeves being provided with axial ieeeSlSeS. eXiendingentWerdly, flanged Senkentubes c, fitting in said recesses Vand secured therein by the, gangy bolts, the inner ends of the/se socket-tubes being provided with concave depressions c, and a hollow ballf, sus.-
pended between the gangs and carrying tubes working freely in the socketftubes', substantially as described.
In'testiniony whereof I aflix my Signat urein presence of two witnesses.l
THOMAS MAXON.
Witnesses: e
JOHN L. I-I. FRAN@ J. A. SINNETT.
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