US1748926A

US1748926A - Method of reconstructing locomotive driving journal boxes

Info

Publication number: US1748926A
Application number: US220351A
Authority: US
Inventors: Delbert H French
Original assignee: JULIUS Q GILL
Current assignee: JULIUS Q GILL
Priority date: 1927-09-19
Filing date: 1927-09-19
Publication date: 1930-02-25
Anticipated expiration: 1947-02-25

Description

D. H. FRENCH Feb. 25, 1930.

METHOD OF RECONSTRUCTING LOCOMOTIVE DRIVING JOURNAL BOXES Filed Sept. 19, 1927 2 Sheets-Sheet 1 Feb. 25, I930. FRENCH 1,748,926

METHOD OF RECONSTRUGTING LOCOMOTIVE DRIVING JOURNAL Box s Filed Sept. 19, 1927' 2 sheets-sheet 2 gmmto'o Patented eb 25, 1930 v, UNITED sTTss PATENT oFF-I'c-El DEL-BERT H. rnuivcn, or A PARK, ILLINOIS, Assmnon' T JULIUS Q. GILL, or PEOR-IA, ILLINOIS METHOD or n aco vsrnucrnve' LOCOMOTIVE'DRIV1NG"JQITRNAL BOXES I Application filed September 19, 1927. Serial No.'220,35 1.

This invention pertains toa method of reconstructing worn out discarded railwa'y'locomotive journal boXes, and the method pertains particularly to the procedure of reconstructing locomotive journal arched, type. e An object of the invention'is to'salvage a discarded journal-box that has become so worn as to be. of no further use, by the i process of machining the surfaces thereof to true them as well as to rebore them for new brasses or bearing parts, and to attach per- .manently-to said box a so called. filler-block for supporting said brasses.

Another object oftheinvention is .to machine each inner surface of ajournal-box and weld thereto a filler-block for carry ing new brasses. r

Still another object isthat of machln ng certain surfaces of ajournal-box to create a shoulder on each of two facing surfaces thereof and then weld a filler-block to each said surface supporting the same on the said shoulder. l i T t: 7

In order that mymethod may-be fully understood Iv have providedthe' accompany I ing drawings forming part hereof which.

show one of the types of journal-boX-in general use, the result of its treatmentQand the.

finished article. v V Figure 131$ a front elevationjof'a ournalbox of a well knowntypeh Figure 2 is a similar View showing the box reconstructed as to-outline within the arched opening thereof,i,t0gether with Y parts i added accordingtomy invention. V

' Figure 3 is a transverse sectional elevation, of the journal-box as produced on line Figure 2.

Figured illustrates. in perspective a portion of the journal-box. shown in Figure 2,.

and ,7

; Figure 5 illustrates in perspective a portion of the box and filler-block and the method 'of'securing thelatter to the former.

In my pending patent application for a journal bearing filed in the U. S. Patent Office May 28th, 1926-, under Serial No. 112,221 there: is illustrated and described the article, ajour-nal-boX,togetherwith a filler-block for block by welding;v oXes of the attachment to the same. This present invention relates to the manner of treatment of the box. and the method of securing the filler-' When a journal-box has become so .worn as to be unfit for use I am enabled to recon- .structit so that it is good for many thousands of miles of service while'at the same time providing advantages in the use of certain added parts having no-part-in the present application except to show the use and value of the filler-block and the particular manner of its attachment to the box.

In Figure 1 is illustrated a journal-box 1 as of a form in use on railwaysat the present time wherein it is observed that within the v central arched opening thereof there are. two p'rominences 2, and that thefacing surfaces of the walls within said opening below the prominences are, in this instance, of an irregular formQ g i -In my method of 5 preferablyleaving a shoulder or ledge 6 as indicated in Figure 2 which figure shows "the same box machined as described,"and in which, also, the numeral 7 designates a vertical surface 'at' each side of the 'arched open- 'ing 8 which meets the said ledge or shoulder '6. The shoulders thus formed extend in the direction of each other and parallel surfaces 9' drop therefrom as shown all in agreement with-the said dotted lines of Figure 1. Be- 7 treatment'of the box these said prominences 2 and the said irregular surfaces are removed by machining away the -metal substantially alongthe dotted lines 3,4,

sidesthu's machining these surfaces the metal 1 of the filler-block designated at 12. Thede-- scribed treatment of the journal-box rezmoves metal therefrom within the arched opening so that a better form. of support for the crown brass and. certaln sldebrasses may be provided and by which a wedge may be employed "to adjust the named brasses.

The block 12 as shown in Figure 4f is substantially flat but having on one of its surfaces at What may be termed its top edge an enlargement 18 having a machined under surface 14 to lie upon the machined ledge or shoulder 6 of the box. In addition, the block has a series of holes 15 which in this instance extend'through the said enlargement 13 which preferably taper from what may be termed the outer surface of the block toward the inner surface that is to lie upon the sur face 7 of the box as may be seenin Figure 2. As usually constructed a journal-box has depending cars 16 to accommodate a bolt, not shown, for supporting a grease cellar closure,

not shown, and the filler-block therefore has corresponding ears 17, by choice, although theseiare not necessarily concerned in the present invention.

The block 12 when placed in position as shown in said Figure 2 is below the axial center of the journal box and receives upon its top a wedge 18 for supporting a quarter or side brass 19 opposite the axial center of the'journal box space and upon which brass rests one end of a crown brass 20 previously referred to. That the wedge 18 may function to raise the

brasses

19 and 20 the top edge of the filler block is beveled at 21 throughout its length, as shown best in Figure 3, being also beveled laterally downwardly and inwardly toward the surface 7 of the box as at- 21, Figure 2.

The block is attached or secured to the box preferably by electric or oxy-acetylene welding in substantially the following .manner: The welding-metal is fused upon and atprovide further built-up metal at 24, in ad dition to which spot welding may :be resorted to at 25 where the edges of the box and block adjoin, or the welding-metal may be built up along the entire line of separation. of said box and block in lieu of or in addition to the spotting of the same. 7

Although the shoulder or ledge 6 and the enlargement 13 are shown to rest one on the other, these may not be used although their employment is preferable as an additional support to the welded-in plugs 22 for supporting the brasses resting upon the block.

I claim:

1. In a method of reconstructing a locomotive driving journal box of the arched masses type, the method which includes machining metal from the opposite facing surfaces of motive driving journal box of the arched.

type, the method which includes machining metal from the opposite facing surfaces of said box'within the arched opening thereof, machining the surface of a plate to lie in intimate contact with the machined surface of the box and complementary thereto, creating perforations in said plate to open upon the box, placing said plate upon the box, fusing metal upon the box within the perforations and filling the perforations with the fused metal, and fusing metal upon both the box and the plate at the junctures of the edge of the latter with said box. V 3. In a method of reconstructing a locomotive driving journal box of the arched type, the method which includes machining metal from the opposite facing surfaces of said box within the arched opening thereof,

machining the surface of a plate to lie in intimate contact withthe machined surface of the box and so that the'surfaces are complementary to each other, creating conical perforations in said plate toopen upon the box, placing the plate upon the box, fusing metal upon the box within the perforations and filling the latter with fused metal.

. 4. In a method of reconstructing a locomotive driving journal box of the arched type, the method which includes machining metal fromthe opposite facing surfaces of said box within the arched opening thereof,

machining the surface of a plate to lie in intimate contact with the machine surface of the box so that'the respective surfaces are complementary to each other, creating conical perforations in said plate, placing said plate upon the boxwith the smallest diameter 7 of the perforations adjacent said box, fusing metal upon the latter within theperforations and filling the latter with the metal, and fusing metal at the uncture of and to the marginal edges of the box and plate.

5. In a method of reconstructing a locomotive driving journal box of the arched type, the method which includes machining metal from the opposite facing surfaces of said box within the arched opening thereof,machining the surface of a plate to lie in intimate contact with the machined surface of the box so that the respective surfaces are complementary toeach other, creating conical perforations' in said plate, placing said plate upon, the box withthe smallest diameters of the perforations adjacent .said box, beveling one edge of the plat'elaterally downward toward the box, bevelin'g said plate at said edge lengthwise thereof, fusing metal upon the box within the perforations and filling V the box within the arched opening-thereof,

' creating a shoulder on each said surface to the'latter with metal.

6. Ina method of reconstructing a locomotive driving journal box of the arched type, the method which consists in machining metal from the uprightfacing surfaces of face toward the top of the arch, forming a plate to lie against the machined surface of the box and upon saidshoulder, placing the plate in position on tlie'machined surface and shoulder, and welding the respective plates to their respective upright surfaces.

7. The method of modifying jou'rnal boxes of the arched type having crown bearing elements resting on opposite supporting ledges on the sidewalls thereof which method comprises removing the metal of the ledges and side walls downwardly from the extreme greatest inner dimension of the upper end of the box behind the crown-piece, terminating the cut on each wallat a point above the lower end of the side walls, and thereby pro-' viding a ledge on each side wall, mounting on each side wall a separate filler-block, each having an upper end edge portion of a thick ness greater than the width of said ledge for engagement with upper bearing semen-a .1 wedges therefor and having a lower portion thinner than the width of said ledge and havtive sidewall.

ing a shoulder adapted to fitfon said ledge sub stantially complementary thereto, and rigidly securing each of said blocks to its rcspec- 8. The method of modifying ournal boxes of the arched type having crownbearing elements resting on opposite supporting ledges on the side walls thereof which method coniprises removing themetal of the ledges and f side walls downwardly from the extreme greatest inner dimensionof the upper end of the box behindthecrown-piece, terminating thecut on each wall at a point above the lower "end of the'side walls, and therebyproviding a ledge on each side wall, mounting on each side wall a separate filler-blocl ,'each having the said block on each side of the structure,

and introducing a wedge'element between each quarter element and said block.

' 9. The methodiof reconstructing a 1000- motive'drivi'ng journal box of the arched type 'l i'aving-a crown {bearing element and 2 side bearing eleinents, wh1'ch method includes removingmetal from the oppositefacing surplacinga plate upon each of the two resulting opposite facing surfaces of said box with the arched opening thereof'and so positioned that the upper edge of said plate is below the axial center of said journal box, and attaching each of the plates to its respective opposite facing surface by welding the same thereto.

10. The method of reconstructinga locomotive driving journal box'of the arched type having a crown bearing element and side bearing elements, which method includes'removing metal from the opposite facing surfaces within the arched opening of said box,

- faces within the'arched opening of said box, v

soy

machining the surface of a plate to lie against 7 the resulting surface from which metal has been removed and to have asurface comple- -mentary to the resulting opposite facing surface, placing a plate upon each of the two opposite facing surfaces from which metal has been removed and so positioned that the upper edge of each of the plates is below the axial center of said journal box, and attach.-

ing each of the plates to its respective surface by welding the same thereto, j 11. In a method of reconstructing a locomotive driving box of the. arched type, the method which includes placing a plate'having openings therethrough upon each of the two opposite facing surfaces of said box within the arched opening thereof, attach ing each of theplates to its respective facing surface, fusing metal uponthe box within the openings of the plate, and filling said openings with fused metal.

.212. In a ITIEthOCl'Of reconstructinga locomotive driving box of the arched type, the method which includes machining metalfrom the opposite facing surfaces of said box within the arched opening thereof, machining the surfaceof a plate to lie against the resulting machinedsurface and to have a surface complementary to the resulting machined surface, and also providing openings in the plate the box within the openings of the plate and filling the; said openings with fused metal.

extending therethrough, fusing metal upon 13. In a method of reconstructing a locomotive driving box of the arched type, the

method which includes machining metal from the opposite facing surfaces of the said box within the arched opening thereof, machining the surface of a plate to lie in intimate contact with the machined surface of the box, 7

and so that the machined surfaces are complementary to each other, creating conical perforations in said plate with the smallest diameter of said perforations toward the machined surface of the plate, placing the'plate upon the box With the smallest end of said perforations toward one of said opposite facing surfaces, fusing metal upon the box Within the perforations, and filling the perfora tions with fused metal.

In testimony whereof I affix my signature.

DELBERT H. FRENCH.