US1027577A - Tie-plate and rail-fastening device. - Google Patents

Tie-plate and rail-fastening device. Download PDF

Info

Publication number
US1027577A
US1027577A US68376712A US1912683767A US1027577A US 1027577 A US1027577 A US 1027577A US 68376712 A US68376712 A US 68376712A US 1912683767 A US1912683767 A US 1912683767A US 1027577 A US1027577 A US 1027577A
Authority
US
United States
Prior art keywords
plate
lugs
rail
tie
perforations
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
US68376712A
Inventor
Henry P White
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to US68376712A priority Critical patent/US1027577A/en
Application granted granted Critical
Publication of US1027577A publication Critical patent/US1027577A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • EFIXED CONSTRUCTIONS
    • E01CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01BPERMANENT WAY; PERMANENT-WAY TOOLS; MACHINES FOR MAKING RAILWAYS OF ALL KINDS
    • E01B13/00Arrangements preventing shifting of the track
    • E01B13/02Rail anchors

Definitions

  • This invention relates to improved tie plate and rail fastening devicesfor railroads.
  • Figure I is a detail plan view of the opposite rails of a railroad track, the ties being broken in section and the rails secured in place by my improved tie plate and rail fastening devices.
  • Fig. II is an enlarged detail transverse sectional view on a line corresponding tolines 22 of Fig. I, of my improved tic plate and means.
  • FimIII is a 40 detail perspective view. of one 0 my improved tie plate. and rail fastening devices in circular form, detached from the rail.
  • Fig. IV is a detail perspective view of a similar structure in square form.
  • Fig. Vis a detail perspective view of the structure as it appears when stamped from a sheet ofmetal.
  • Fig. VI is a diagram showing the disposition of the lugs and spikeholes.
  • My'improved tie plates are adapted to receive the railson their upper surfaces, and are perforated at 5- 5 to receive the usual or suitable railway spikes 4.
  • the spikes retain the rails in a locked position because the wedging keys driven into the small slot 7 at the rear sides, force the spikes against the rail base and clamp it against the opposing lug 8 hereafter described.
  • the spikes 4-4 are" disposed diagonally opposite each other on opposite sides of the rail, and right angles triangular shaped lugs 8 with overhanging flanges 9 are disposed in the corners alternating with the spikes and are so spaced as to engage the rails diagonally opposite from each. other.
  • the spike holes 5-5 are each so positioned in their relation to the overhanging lugs 88 as to coact with either of said lugs to 5 secure and retain the rail in position, thus making it possible to dispose these plates symmetrically opposite in the manner indi cated in Fig. I, which secures the rails very firmly in place Without the necessity of 'giv- 0 ing attention to whether the plates are rights or lefts; in other words, the plates are'reversible.
  • Fig. IV I show the structure modified, so that the plate appears as a square plate.
  • This structure consumes less material for a given sizeof rail than the round structure, but it provides a narrower base to prevent therefore the square structure Will be preferred on straighttracks and the round structure Will be-preferred on curves where the anti-tip feature is of special importance.
  • Fig. V I show the structure as it appears when struck up from sheet metal.
  • the lugs 10-10 disposed at right angles to each other take the place of the lugs 8-8 with their overhanging flanges 9.
  • This structure is more expensi e than malleable iron plates; which are stronger for the-same cross sectionof metahand wedge 6 is driven into the notch 7 back of the spike to lock the same securely in position against the rail base and prevent.
  • a symmetrical tie plate with diagonally disposed lugs with flanges disposed at right angles to each other, and perforations opposite the said lugs for receiving railway spikes as speci 3
  • a symmetrical reversible tie plate having diagonally disposed right angle lugs with overhanging flanges and so positioned in relation to the tie plate that a straight line passing over the center of the tie plate would pass .over the right angle of each of the lugs and intersect ,the outside of the .plate atfl point equally distant from the right agfiglesurfaccs of the lugs, and suitoverhanging able perforations for receiving rail spikes equally distant from the right angle of each of the said lugsand directly opposite "thereto, adapted to coact with either of the right angles pointing toward the center ofthe plate, and square perforations opposite saidlugs for receiving railway spikes, said right angle lugs and square perforations being so disposed in relation to each other at right angles will pass over the centers of the lugs and
  • a symmetrical reversible tie plate having diagonally disposed right angle lugs with overhanging flanges and having their right angles ointing toward the center of the plate; and square perforations opposite said lugs for receiving railway spikes, said right angle lugs and square perforations being so disposed in relation to each other that lines crossing the center of the plate at right angles will pass over the centers of the lugs and perforations at an angle of 45 to their respective side surfaces and the right angles of the lugs and the inner .right angle of each of the perforations will Tt-hat-linescrossing the center oftthe plate be intersected bylines equally distant from the center of the plate, coacting as described for the purpose specified.
  • a symmetrical reversible tie plate having diagonally disposed right angle lugs with overhanging flanges and having their right angles pointing toward the center of the plate, and perforations opposite said lugs for receiving railway spikes, said right angle lugs and perforations being so disposed in relation to each other that lines crossing the center of the plate atright angles will pass over the centers of the lugs and perforations and the right angles of the lugs and the inner point of each of the perforations will be intersected by lines equally distant from the center of the plate, coacting as described for the purpose specified.

Description

H. P. WHITE. TIE PLATE AND RAIL FASTENING DEVICE. APPLICATION FILED MAR. 14, 1912.
1,027,577, Patente' May 28, 1912. we
I.]I. I
I age/mo p 15 plate and fastening UNITED STATES PATENT OFFICE.
' HENRY P. WHITE, OF KALAMAZOO, MICHIGAN.
To all whom it may concern: I Be it known, that I, HENRY P. WHITE, a .citizen of the United States, residing at Kalamazoo, Michigan, have invented certain new and useful Improvements in Tie- Plate and Rail-Fastening Devices, of which the following is-a specification.
This invention relates to improved tie plate and rail fastening devicesfor railroads.
It is a main purpose to provide reversible antitip and anti-creeper tie plate. The objectsof this inventionare to provide a simple and efficient reversible tie which shall be effective in use to prevent the rails from tipping, also to. prevent the creeping of the rails and to secure the same with a minimum amount of spiking.- Objects pertaining to mere details will definitely appear from the description to follow.
I accomplish the objects of my invention by the devices and means described in the following specification.
The invention is clearly defined and pointed out in the claims. I
Structures constituting preferred embodiments of my invention are clearly illustrated in the accompanying drawing forming a part of this specification, in which,
Figure I is a detail plan view of the opposite rails of a railroad track, the ties being broken in section and the rails secured in place by my improved tie plate and rail fastening devices. Fig. II is an enlarged detail transverse sectional view on a line corresponding tolines 22 of Fig. I, of my improved tic plate and means. FimIII is a 40 detail perspective view. of one 0 my improved tie plate. and rail fastening devices in circular form, detached from the rail. Fig. IV is a detail perspective view of a similar structure in square form. Fig. Vis a detail perspective view of the structure as it appears when stamped from a sheet ofmetal. Fig. VI is a diagram showing the disposition of the lugs and spikeholes.
In the drawings the sectional views are taken looking in the direction of the little arrows at the ends of the sectionlines, and
similar numerals of reference refer-to similar parts-throughout the several views.
Considering the numbered parts of the drawing, the rails 1 of a railway are supported on the usual ties 2. I i
device for railways the rails tipping;
"TIE-PLATE AND Rain-FASTENING DEVICE.
- Patented May 28,1912.
macaw filed March 14, 1912. Serial no. 683,767.
My'improved tie plates are adapted to receive the railson their upper surfaces, and are perforated at 5- 5 to receive the usual or suitable railway spikes 4. The spikes retain the rails in a locked position because the wedging keys driven into the small slot 7 at the rear sides, force the spikes against the rail base and clamp it against the opposing lug 8 hereafter described. I 5
The spikes 4-4 are" disposed diagonally opposite each other on opposite sides of the rail, and right angles triangular shaped lugs 8 with overhanging flanges 9 are disposed in the corners alternating with the spikes and are so spaced as to engage the rails diagonally opposite from each. other. The spike holes 5-5 are each so positioned in their relation to the overhanging lugs 88 as to coact with either of said lugs to 5 secure and retain the rail in position, thus making it possible to dispose these plates symmetrically opposite in the manner indi cated in Fig. I, which secures the rails very firmly in place Without the necessity of 'giv- 0 ing attention to whether the plates are rights or lefts; in other words, the plates are'reversible. This is of great advantage, in that it produces a rigid noncreeping track and avoids'unnecessary strain upon 5 the spikes. It also anchors the rails in such manner as to prevent them from tipping over under the. side strain and load of a passing train, the result being the same as though the base of the rails were as wide as the tie plates in which they are thus securely locked.
In Fig. IV I show the structure modified, so that the plate appears as a square plate. This structure consumes less material for a given sizeof rail than the round structure, but it provides a narrower base to prevent therefore the square structure Will be preferred on straighttracks and the round structure Will be-preferred on curves where the anti-tip feature is of special importance.
In Fig. V I show the structure as it appears when struck up from sheet metal. The lugs 10-10 ,disposed at right angles to each other take the place of the lugs 8-8 with their overhanging flanges 9. This structure, however, is more expensi e than malleable iron plates; which are stronger for the-same cross sectionof metahand wedge 6 is driven into the notch 7 back of the spike to lock the same securely in position against the rail base and prevent. the
creeping of the rails. This locking wedge, however, may be dispensed with where there .at the center to show the relative disposi tion. I also indicate the spike holes by dotted lines aseither round or square, showing the relation of the inner polnt thereof,
which should be in line wit-h the angular sides of the opposed engaging lugs as indicated.
I have illustrated and described those forms of my invention which I consider most desirable;-but I wish to call'attention to the fact that the details of construction might be varied to quite an extent without departing from my invention. To illustrate this fact, I have shown square perforations 5-5 to receive the spikes 4-4:, provided with small slots 7 to receive the wedging keys 6 for securely locking the rails to the plates. It would be practical to use round perforations, large'enough .to receive the square spikes, and then drive the wedging keys 6 in the circular portion of the perforation back of the spikes. I have not specified lugs on the bottom side of the plates for anchoring the plates to the ties, but such could very readily be supplied. There is objection to them that in the minds of some outweighs their advantages.
Having thus described my invention, what I claim as new and desire to secure by Letters Patent is:
1. In a railway tie plate fastening device, a symmetrical plate with diagonally disposed lugs having right angle faces with overhanging flanges coiiperating with oppo sitely disposed spikes arranged in holes therein and wedges in suitable spaces back of the spikes for retaining the same, coacting for the purpose specified. 2. A symmetrical tie plate with diagonally disposed lugs with flanges disposed at right angles to each other, and perforations opposite the said lugs for receiving railway spikes, as speci 3 A symmetrical reversible tie plate having diagonally disposed right angle lugs with overhanging flanges and so positioned in relation to the tie plate that a straight line passing over the center of the tie plate would pass .over the right angle of each of the lugs and intersect ,the outside of the .plate atfl point equally distant from the right agfiglesurfaccs of the lugs, and suitoverhanging able perforations for receiving rail spikes equally distant from the right angle of each of the said lugsand directly opposite "thereto, adapted to coact with either of the right angles pointing toward the center ofthe plate, and square perforations opposite saidlugs for receiving railway spikes, said right angle lugs and square perforations being so disposed in relation to each other at right angles will pass over the centers of the lugs and perforations at an angle of 45 to their respective side surfaces, and the right angles of the lugs and the inner right angle of each of the perforations will be intersected by lines equally distant from the center of the plate, said perforations being providedwith small slots for wedges on their sides opposite said lugs, coacting as described for the purpose specified.
5. A symmetrical reversible tie plate having diagonally disposed right angle lugs with overhanging flanges and having their right angles ointing toward the center of the plate; and square perforations opposite said lugs for receiving railway spikes, said right angle lugs and square perforations being so disposed in relation to each other that lines crossing the center of the plate at right angles will pass over the centers of the lugs and perforations at an angle of 45 to their respective side surfaces and the right angles of the lugs and the inner .right angle of each of the perforations will Tt-hat-linescrossing the center oftthe plate be intersected bylines equally distant from the center of the plate, coacting as described for the purpose specified.
6.- A symmetrical reversible tie plate having diagonally disposed right angle lugs with overhanging flanges and having their right angles pointing toward the center of the plate, and perforations opposite said lugs for receiving railway spikes, said right angle lugs and perforations being so disposed in relation to each other that lines crossing the center of the plate atright angles will pass over the centers of the lugs and perforations and the right angles of the lugs and the inner point of each of the perforations will be intersected by lines equally distant from the center of the plate, coacting as described for the purpose specified.
In witness whereof, I have hereunto set my hand and seal in the presence of two witnesses.
HENRY P. WHITE. [1 s.] Witnesses: I
v LUELLA GREENFIELD PEARL E. LILLIE.
Copies of this patent may be obtained for five cents each, by addressing the f Commissioner of Patents.
' Washington, D. 0.
US68376712A 1912-03-14 1912-03-14 Tie-plate and rail-fastening device. Expired - Lifetime US1027577A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
US68376712A US1027577A (en) 1912-03-14 1912-03-14 Tie-plate and rail-fastening device.

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
US68376712A US1027577A (en) 1912-03-14 1912-03-14 Tie-plate and rail-fastening device.

Publications (1)

Publication Number Publication Date
US1027577A true US1027577A (en) 1912-05-28

Family

ID=3095871

Family Applications (1)

Application Number Title Priority Date Filing Date
US68376712A Expired - Lifetime US1027577A (en) 1912-03-14 1912-03-14 Tie-plate and rail-fastening device.

Country Status (1)

Country Link
US (1) US1027577A (en)

Similar Documents

Publication Publication Date Title
US1027577A (en) Tie-plate and rail-fastening device.
US1036512A (en) Railway-tie.
US1069756A (en) Railway-rail fastening.
US490586A (en) Railway-tie
US1020096A (en) Railway-road-bed construction.
US1070270A (en) Railway-tie.
US1145780A (en) Rail-fastener.
US562960A (en) Tie-plate and spike-lock
US502464A (en) Metallic railway-tie
US1141444A (en) Cross-tie.
US782588A (en) Rail-brace.
US1093129A (en) Railway-tie.
US843351A (en) Metallic tie and rail-fastener.
US704783A (en) Metallic railroad-tie and fastener.
US467790A (en) Metallic cross-tie and securing-plate for railway-rails
US1206055A (en) Metallic tie and rail-fastener.
US388220A (en) James quinn
US827881A (en) Railway-tie.
US1071867A (en) Tie-plate and rail-fastener for railways.
US1076144A (en) Fastener for railway-rails.
US520276A (en) August l
US580325A (en) Sylvania
US682011A (en) Railroad-tie.
US928791A (en) Railway-tie and rail-fastener.
US1003505A (en) Tie-plate.