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US413304A - Shafts for road-carts - Google Patents

Shafts for road-carts Download PDF

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US413304A
US413304A US413304DA US413304A US 413304 A US413304 A US 413304A US 413304D A US413304D A US 413304DA US 413304 A US413304 A US 413304A
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section
shaft
bracket
road
shafts
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B62LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
    • B62CVEHICLES DRAWN BY ANIMALS
    • B62C5/00Draught assemblies

Definitions

  • Figure l is a broken longitudinal section of a pole or shaft of a road-cart with our improved coupling attached.
  • Fig. 2 is a side elevation of the same.
  • Fig. 3 is a section on line 00 as.
  • Fig. at is a side view of a modification.
  • Fig. 5 is aside View of a cart, showing, generally, the location of thecoupling.
  • A indicates the rear portion of a pole or shaft, which is attached to the cart in any known or suitable manner.
  • B is the front portion of the shaft, to which the horse is attached.
  • a bracket 0 is bolted or otherwise secured to the rear section A of the shaft, and extends across the break, rising a little above
  • the front end of this bracket 0, over the shaft-section B, is slotted to receive the .tongueE of aleaf F, which is fastened to the front section of the shaft.
  • a pin G passes through the bracket and tongue, forming a hinge, of which the pin G is the pintle.
  • a bracket I attached to the lower rear sec-.
  • tion of the shaft extends forward and has a curved slot L near its front end.
  • the front end oftongue-bracket I rests between lugs M M of 'a leaf N, attached to the front shaftsection.
  • the lugs M M are perforated, and a pin 0 passes through these lugs and the slot a hole in the top of bracket 1.
  • the slot L is curved about the pin G as a center, so
  • pin 0 can play in said slot, and the shaft.
  • the bracket 0 has a well P just over the end of section B, and this well receives a short stiff spring R, which spring bears on the bracket and on the shaft-section B.
  • the depression of the front end of section B will compress this spring (see dotted lines, Fig. 1) without moving the rear section until the limit of compression of the spring has been reached.
  • the position of the knuckles or tongues and lugs forming the hinge-joint may be reversed, and the position of the entire device on the shaft maybe reversed without changing the principle of operation.
  • bracket 0 is placed at the bottom of the thill-section, and is hinged to the leaf F, forward of the joint.
  • a link S is'pivoted to the front end of bracket 1', and the upper end of this link is pivoted to the arch T, which is fastened to the front section of the thill and springs over the link S.
  • the end of arch T nearest the joint passes through A spring R is interposed between shaft B and bracket 1.
  • the outer section of the shaft lies between two brackets attached to the inner end, and is pivoted to one of said brackets and rocks against the other, the movement being retarded by an interposed spring, and that the movable shaft-section is connected by a movable coupling to the bracket opposite the one to which it is hinged.
  • What I claim is- 1.
  • the combination with two sections of a vehicle pole or shaft arranged end to end, of a bracket attached to one section extending past the proximate ends and hinged to the other section, and a spring bearing on one shaft-section and on the bracket, substantially as described.

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  • Engineering & Computer Science (AREA)
  • Transportation (AREA)
  • Mechanical Engineering (AREA)
  • Springs (AREA)
  • Vehicle Body Suspensions (AREA)

Description

(No Model.) Y
N. W. PARKER 81; P. WILGOX.
SHAFTS FOB. ROAD GARTS.
No. 413,304. Patnted oat. 22,1889.
lU bbwmgear' r. $0. aww
, the face of the shaft.
UNITED STATES P T NT OF I NATHANIEL WILSON PARKER AND FRANKLIN wILcoX, or HAMILTON,
.NEW Y0RK.
SHAFTS FOR ROAD-CARTS.
SPECIFICATION forming part of Letters Patent No. 413,304, dated October 22, 1889.
Application filed August 3, 1889- $erial1l'o. 319,636. (No model.)
To all whom itmay concern.-
Be it known that we, NATHANIEL WILsoN PARKER and FRANKLIN WILCOX, residing at Hamilton, in the county of Madison and State of New York, have invented certain new and Figure l is a broken longitudinal section of a pole or shaft of a road-cart with our improved coupling attached. Fig. 2 is a side elevation of the same. Fig. 3 is a section on line 00 as. Fig. at is a side view of a modification. Fig. 5 is aside View of a cart, showing, generally, the location of thecoupling.
A indicates the rear portion of a pole or shaft, which is attached to the cart in any known or suitable manner.
B is the front portion of the shaft, to which the horse is attached.
A bracket 0 is bolted or otherwise secured to the rear section A of the shaft, and extends across the break, rising a little above The front end of this bracket 0, over the shaft-section B, is slotted to receive the .tongueE of aleaf F, which is fastened to the front section of the shaft. A pin G passes through the bracket and tongue, forming a hinge, of which the pin G is the pintle.
A bracket I, attached to the lower rear sec-.
tion of the shaft, extends forward and has a curved slot L near its front end. The front end oftongue-bracket I rests between lugs M M of 'a leaf N, attached to the front shaftsection. The lugs M M are perforated, and a pin 0 passes through these lugs and the slot a hole in the top of bracket 1.
L of the front end of bracket I. The slot L is curved about the pin G as a center, so
that pin 0 can play in said slot, and the shaft.
ment being determined by slot L as well as by the distance of the brackets O and I from the faces of said shaft-section. The bracket 0 has a well P just over the end of section B, and this well receives a short stiff spring R, which spring bears on the bracket and on the shaft-section B. The depression of the front end of section B will compress this spring (see dotted lines, Fig. 1) without moving the rear section until the limit of compression of the spring has been reached.
Of course the position of the knuckles or tongues and lugs forming the hinge-joint may be reversed, and the position of the entire device on the shaft maybe reversed without changing the principle of operation.
In the modification shown in Fig. 4 the bracket 0 is placed at the bottom of the thill-section, and is hinged to the leaf F, forward of the joint. A link S is'pivoted to the front end of bracket 1', and the upper end of this link is pivoted to the arch T, which is fastened to the front section of the thill and springs over the link S. The end of arch T nearest the joint passes through A spring R is interposed between shaft B and bracket 1.
It will be seen that the outer section of the shaft lies between two brackets attached to the inner end, and is pivoted to one of said brackets and rocks against the other, the movement being retarded by an interposed spring, and that the movable shaft-section is connected by a movable coupling to the bracket opposite the one to which it is hinged.
What I claim is- 1. The combination, with two sections of a vehicle pole or shaft arranged end to end, of a bracket attached to one section extending past the proximate ends and hinged to the other section, and a spring bearing on one shaft-section and on the bracket, substantially as described.
2. The combination, with the divided section of a vehicle-shaft), of a pair of brackets secured to one section and extending across the break, a leaf on one shaft-section pivoted 5 to one bracket, and a leaf on the other section loosely connected to its bracket, substantially as described.
In testimony whereof We affix our signatures in presence of two Witnesses.
N. WILSON PARKER. FRANKLIN VVILCOX. \Vi tn esses: O. M. IOKWIRE, E. L. KINGSBURY.
US413304D Shafts for road-carts Expired - Lifetime US413304A (en)

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