US506691A - Leveler for road-engine boilers - Google Patents

Leveler for road-engine boilers Download PDF

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US506691A
US506691A US506691DA US506691A US 506691 A US506691 A US 506691A US 506691D A US506691D A US 506691DA US 506691 A US506691 A US 506691A
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boiler
block
shaft
engine
axle
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B60VEHICLES IN GENERAL
    • B60GVEHICLE SUSPENSION ARRANGEMENTS
    • B60G17/00Resilient suspensions having means for adjusting the spring or vibration-damper characteristics, for regulating the distance between a supporting surface and a sprung part of vehicle or for locking suspension during use to meet varying vehicular or surface conditions, e.g. due to speed or load
    • B60G17/015Resilient suspensions having means for adjusting the spring or vibration-damper characteristics, for regulating the distance between a supporting surface and a sprung part of vehicle or for locking suspension during use to meet varying vehicular or surface conditions, e.g. due to speed or load the regulating means comprising electric or electronic elements
    • B60G17/016Resilient suspensions having means for adjusting the spring or vibration-damper characteristics, for regulating the distance between a supporting surface and a sprung part of vehicle or for locking suspension during use to meet varying vehicular or surface conditions, e.g. due to speed or load the regulating means comprising electric or electronic elements characterised by their responsiveness, when the vehicle is travelling, to specific motion, a specific condition, or driver input

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  • This invention pertains to improvements in apparatus for supporting and leveling the boilers of traction engines, and the improvements consist in novel structural features and combinations of devices, the operation of which devices separately and in combination are hereinafter fully described, and the novel combinations of which devices are expressed in the claims hereto appended.
  • FIG. 1 is a side elevation of an ordinary traction engine, with the near front wheel and part of the near hind wheel broken away, to better show the side elevation of my improvements which are incorporated therewith;
  • Fig. 2 a side elevation of part of the boiler and part of the leveling and support- ⁇ ing mechanism, and sectional elevation of other parts of said mechanism, and sectional elevation of the axle;
  • Fig. 3 a front elevation of part of the leveling and supporting mechanism partly in section, and front elevation of adjacent parts.
  • the traction engine shown is of an ordinary well known type, and need not be further herein described than merely to desig, nate its main parts by reference letters; A designating the horizontal boiler; B the fire box; C the drivers standgD the rear wheels, and D the forward wheels, journaled on the axle d.
  • the jaws e of a block E are pivoted midlength of and astride the axle d lby a bolt e in such manner that the axle may be tilted or either wheel D raised in passing over anobupwardly from it to the boiler.
  • a hollow standard F is journaled in the upper part of the block E, see Fig. 2, and its upper square portion f is seated to slide lengthwise of itself, in a passage way g through a frame block G, one side g of which block G is extended and tixed to a plate h' which is bolted to a similarly curved plate h that is seated upon and is ixedto the lower side of the boiler.
  • the frame block G is braced laterally of the boiler by rods g2 which extend
  • the hollow standard F is screw threaded to receive a Vscrew threaded shaft I, which is journaled at has a head i on its upper end which rests above the plate h and in an aperture in the plate h.
  • a pinion 2 is fixed to the shaft Ia short distance below the plate h, and within the recess g3, formed by the cut away portion of the block G, as shown best at Fig. 3.
  • the shaft K is a shaft which is journaled at its forward end in bearings lo fixed to the plate h and is journaled at its rear end in bearings la fixed to a similar plate h2, which is bolted to the boiler near the front side of the iire box B.
  • the shaft K has a worm gear k2 on its forward end, which gears with the pinion 2, and has a pinion k3 on its rear end, which gears with a pinion Z on the front end of a shaftL, which has journal bearings Z on the side of the fire box, andthe rear end of which carries a hand crankA Wheel Z2, located within easy reach ot' the engine driver from his stand C.
  • the block G, and standard F in fact the en-tire support between the boiler and axle d, and the operating mechanism which it carries is braced lengthwise of the boilers as follows:
  • a curved bracket m journaled on the standard F to swing thereon with the block E, extends rearwardly and has a hole through which a pendant n passes that is fixed at its upper end to the boiler, andis braced by a rod or bar n that is fixed to the pendant nat its lower end, and to the boiler at its upper end.
  • Rotation of the shaft I in one direction will screw Ait downwardly into the standard F, and thereby carry the block G downwardly, and lower the forward end of the boiler A,while rotation IOC of the shaft I in an opposite direction will raise or elevate the forward end of the boiler in an evident manner, and it will also be evident that the engine driver in his stand C can by taking hold of the crank wheel Z2, rotate the shaft L, and thereby the shaft K, and through the worm gear k2 and pinion i2 in gear therewith rotate the shaft I to raise and lower the forward end of the boiler as may be found necessary to maintain the boiler in a horizontal position, and thereby maintain a uniform depth of water at both ends of the boiler when the engine is passing over obstacles or uneven surfaces of any kind that will elevate it at one end.
  • the same means can also be, used to level the boiler properly when the engine is located to be used in a.
  • bracket m In raising and lowering the forward end of the boiler the bracket m will slide freely on the pendant n, so that the. brace formed by said bracket and pendant, and the rod n will be effective inall adjustments ot' the leveling mechanism, and the pins n2 at the lower end of the pendant n, will limit the movement upwardly of the block G and shaft I.
  • the bracket m not being fixed to the block E will permit the block E and axle dto swing or turn onv the standard F in turning the engine or for any other purposes.
  • the block or clip E hinged at e to the axle will permit either wheel to raise or lower as shown by dotted lines at Fig. 3, without disturbing the vertical position of the sup-port connecting said block with the boiler, and without move,- ment of the boiler.
  • a traction engine the combination with an axle and boiler, of a hollow standard mountedon the axle having a threaded inte,- rior, athreaded shaft secured to the boiler and working in the standard, a wheel on the shaft, means for actuating the wheel anda block fixed to the boiler and having a vertical opening therein through which thestandard works, substantially as described.
  • a traction engine boiler level and support and in combination substantially as hereinbefore described, with an axle and the boiler, a block E, hinged to the axle, a hollow screwy threaded standard F journaled at its lower end in the block E, a block G fixed to the boiler, and having a passage way g for the standard F, and a screw threaded shaft I secured to the boiler substantially as described, and screwing into the standard F, for the purpose of ⁇ raising and lowering the forward end of the boiler.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Soil Working Implements (AREA)

Description

(Np Model.) u W. R; HITCHCOCK.
L-EVELBR FUR ROADBNGINBBOILERS.
10.506,691. A Patented'oot. 17, 189m.
@WMI
UNITED ST TES PATENT OFFICE.
WILLIAM R. HITCHCOCK, OF DOUGLAS, ILLINOIS.
LEVELER FOR ROAD-ENGINE BOILERS. v
SPECIFICATION forming part of Letters Patent No. 506,691, dated October 17, 1893.
Application filed January 6 1893.
To all whom it may concern:
Beit known thatI, WILLIAM R. HITCHCOCK, a citizen of the United States, residing at Douglas, in the county of Knox and State of Illinois, have invented certain new and useful Improvements in Supports and Levelers for Traction-Engine Boilers, ot' which the following is -a specification.
This invention pertains to improvements in apparatus for supporting and leveling the boilers of traction engines, and the improvements consist in novel structural features and combinations of devices, the operation of which devices separately and in combination are hereinafter fully described, and the novel combinations of which devices are expressed in the claims hereto appended.
Mechanism showing the construction, arrangement, connection and mutual relation- .ship of the'garts of my improvement, and the Figure 1 is a side elevation of an ordinary traction engine, with the near front wheel and part of the near hind wheel broken away, to better show the side elevation of my improvements which are incorporated therewith; Fig. 2, a side elevation of part of the boiler and part of the leveling and support-` ing mechanism, and sectional elevation of other parts of said mechanism, and sectional elevation of the axle; Fig. 3, a front elevation of part of the leveling and supporting mechanism partly in section, and front elevation of adjacent parts. f
The same reference letter is used to designatethe same part in the different figures of the drawings.
The traction engine shown is of an ordinary well known type, and need not be further herein described than merely to desig, nate its main parts by reference letters; A designating the horizontal boiler; B the fire box; C the drivers standgD the rear wheels, and D the forward wheels, journaled on the axle d.
The jaws e of a block E are pivoted midlength of and astride the axle d lby a bolt e in such manner that the axle may be tilted or either wheel D raised in passing over anobupwardly from it to the boiler.
Serial No. 457,447. (No model.)
stacle or an uneven surface, while the block E remains in its horizontal position, as shown by dotted lines at Fig. 3. The lower end of a hollow standard F is journaled in the upper part of the block E, see Fig. 2, and its upper square portion f is seated to slide lengthwise of itself, in a passage way g through a frame block G, one side g of which block G is extended and tixed to a plate h' which is bolted to a similarly curved plate h that is seated upon and is ixedto the lower side of the boiler. The frame block G is braced laterally of the boiler by rods g2 which extend The hollow standard F is screw threaded to receive a Vscrew threaded shaft I, which is journaled at has a head i on its upper end which rests above the plate h and in an aperture in the plate h. A pinion 2 is fixed to the shaft Ia short distance below the plate h, and within the recess g3, formed by the cut away portion of the block G, as shown best at Fig. 3.
K is a shaft which is journaled at its forward end in bearings lo fixed to the plate h and is journaled at its rear end in bearings la fixed to a similar plate h2, which is bolted to the boiler near the front side of the iire box B. The shaft K has a worm gear k2 on its forward end, which gears with the pinion 2, and has a pinion k3 on its rear end, which gears with a pinion Z on the front end of a shaftL, which has journal bearings Z on the side of the fire box, andthe rear end of which carries a hand crankA Wheel Z2, located within easy reach ot' the engine driver from his stand C. Y
The block G, and standard F, in fact the en-tire support between the boiler and axle d, and the operating mechanism which it carries is braced lengthwise of the boilers as follows: A curved bracket m, journaled on the standard F to swing thereon with the block E, extends rearwardly and has a hole through which a pendant n passes that is fixed at its upper end to the boiler, andis braced bya rod or bar n that is fixed to the pendant nat its lower end, and to the boiler at its upper end. Rotation of the shaft I in one direction will screw Ait downwardly into the standard F, and thereby carry the block G downwardly, and lower the forward end of the boiler A,while rotation IOC of the shaft I in an opposite direction will raise or elevate the forward end of the boiler in an evident manner, and it will also be evident that the engine driver in his stand C can by taking hold of the crank wheel Z2, rotate the shaft L, and thereby the shaft K, and through the worm gear k2 and pinion i2 in gear therewith rotate the shaft I to raise and lower the forward end of the boiler as may be found necessary to maintain the boiler in a horizontal position, and thereby maintain a uniform depth of water at both ends of the boiler when the engine is passing over obstacles or uneven surfaces of any kind that will elevate it at one end. The same means can also be, used to level the boiler properly when the engine is located to be used in a.
stationary position. l
In raising and lowering the forward end of the boiler the bracket m will slide freely on the pendant n, so that the. brace formed by said bracket and pendant, and the rod n will be effective inall adjustments ot' the leveling mechanism, and the pins n2 at the lower end of the pendant n, will limit the movement upwardly of the block G and shaft I. The bracket m not being fixed to the block E will permit the block E and axle dto swing or turn onv the standard F in turning the engine or for any other purposes. The block or clip E hinged at e to the axle, will permit either wheel to raise or lower as shown by dotted lines at Fig. 3, without disturbing the vertical position of the sup-port connecting said block with the boiler, and without move,- ment of the boiler.
Hav-ing thus described my invention, what I claim as new, and desire to secure by Letters Patent, is-
1. In a traction engine, the combination with an axle and boiler, of a hollow standard mountedon the axle having a threaded inte,- rior, athreaded shaft secured to the boiler and working in the standard, a wheel on the shaft, means for actuating the wheel anda block fixed to the boiler and having a vertical opening therein through which thestandard works, substantially as described.
2. In a traction engine boiler level and support, and in combination substantially as hereinbefore described, with an axle and the boiler, a block E, hinged to the axle, a hollow screwy threaded standard F journaled at its lower end in the block E, a block G fixed to the boiler, and having a passage way g for the standard F, and a screw threaded shaft I secured to the boiler substantially as described, and screwing into the standard F, for the purpose of` raising and lowering the forward end of the boiler.
3. In a traction engine boiler and support, and in combination substantially as described, with the axle and the boiler, a block E hinged to the axle, hollow standard F, block G, screw threaded shaft I, bracket m, pendant n, and brace fn', all operating as and for the purpose described. v
4'. In a tractiontengine boiler and support, and in combination substantiallyasdescribed,
4with the axle and they boiler,` the blocksv E.
and G,l the hollow standard F journaled in the block E,'and arranged to slide in a passage way in the block G, the screwy threaded shaft I secured to the boiler substantially as shown, screwed into the hollow standard F, and having a pinion i2 which gears with a `worm gear k2, carried on a shaft K the rear end of which has a pinion k3 fixed thereon, .and means for rotating said shaft in either direction,which extend to the engine drivers stand.
5. In a traction engine boiler and support, and in combination su bstantially asdescribed, with the axle and the boiler,y the blocks E worm gear 192,. carried on a shaft K the rear -end of which has a pinion k3 fixed thereon, means for rotating said shaft in either direction, which extend to the engine d-rivers stand, and a brace consisting of the bracket m, pendant n, and rod fn;
In testimony whereof Iaftix my signature in presence of twowitnesses.
l WILLIAM R. HITCHCOCK. Witnesses:
ROBERT KELLY, ZELoTEs CooLEY.
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