US1045482A

US1045482A - Wheel-making machine.

Info

Publication number: US1045482A
Application number: US57278310A
Authority: US
Inventors: Frank D Ward
Original assignee: American Car and Foundry Co
Current assignee: ACF Industries Inc
Priority date: 1910-07-19
Filing date: 1910-07-19
Publication date: 1912-11-26
Anticipated expiration: 1929-11-26

Description

F. D. WARD. WHEEL MAKING MACHINE. APPLIOATION FILED JULY 19, 1910.

Patented NOVL26, 1912.

5 SHEETS-SHEET 1.

P. D WARD. I WHEEL MAKING MACHINE. APPLICATION FILED JULY 19, 1910.

Patented Nov. 26, 1912 6 SHEETS-SHEET 2.

F. D. WARD. WHEEL MAKINGIMAGHINE. APPLICATION FILED JULY 19, 1910.

LQ5AS& Patented Nov.26,1912.

5 SHEETS-$11331 3.

lNl/EN TOR ak/m P, D. WARD. WHEEL MAKING- MACHINE. APPLICATION FILED JULY 19, 1910.

Patien'ml 26, 912.

" F. D. WARD.

WHEEL MAKING MACHINE. APPLIOATION FILED JULY 19, 1910.

5 SHEETS-SHEET 5.

WlTN Ess s I INVENT R ATTORNEY Patented Nov. 26, 1912.

derstood that the invention is not limited to plane indicated by line 3-3 of Fig. 1 and ,wnnnnrranrne fipecillcatirm of Application filed. July 19,

Letters intent.

1910. Serial 1%. 572,783.

To all whom it may concern:

Be it known that I, FRANK Drn'rnron WARD, residing at New York city, New York, and being a citizen of the United States, have invented certain new and useful improvements in lVheel-Making lilachines, of which the following is a ull, clear, and exact description, such aswill enable others skilled in the art to which it appertains to make and to use the same, reference being had to the accompanying drawin s, which illustrate the preferred form 0? the invention, though it is to be unthe exact details of construction shown and described, as it is obvious that various modification's thereof Within the'scope of the ap pended claims will occur to persons skilled in the art.

In said drawings: Figure 1 is a view partly in side elevation and partly in longitudinal, vertical section of an embodiment of the present invent-ion. Fig. 2 is a view partly in top plan and artly in longitudinal, horizontal section t ereof. Fig. 3 is a transverse, vertical section taken on the looking inthe direction of the arrow. Fig. i is a rear end elevation thereof, the drive shaft being seen in section. Fig. is a transverse vertical section taken on the plane indicated by line 55 of Fig. l and. looking in the direction indicated by the arrow. Fig. 6 is a front end elevation. Fig. 7 is a transverse vertical section takenon the planes indicated by line 7-7 of Fig. 1 and looking in the direction of the arrow. Fig. 8 is a fragmentary, detail, top plan view of the rear portion of the structure, parts being broken away.

The object of this invention is the production of a mill or machine intended to be used in the manufacture of car wheels, though it is obvious that other shapes and articles may be manufactured in a machine constructed in accordance with the invention, and it is intended that the metal blank or billet to be worked in the machine shall he first subjected to oressnre after which it is preferably rolled in such manner that a portion of the metal near the middle of the blank shall be forced outwardly radially during the lcondensation formation of the blank into the finished product.

- Refe ring to the drawings by numerals,

1 indicates a bed plate or base, from the 1 front end of which rises a frame and from I the rear end of which rises frame 3. Fixed to and rising from bed plate 1, at each side and intermediate the length thereoi, are pedestals ll, each terminating at its upper end in a sleeve l for receiving: and sup portin the respective guiding and connecting rot or bar 5, one of the rods 5 being arranged at each side and connecting the rout frame 2 to the rear frame 3, each of said frames being tormed with elongated sleeves 6 for receiving the given ends of the re spective rods Each rod 5 is threaded at each end and engaged at the opposite ends of the respective sleeve 6 by jam nuts 8, rigidly retaining the bar in position.

Fixed to bed plate 1 transversely thereof and intermediate its length, is an inverted. channel or other suitably shaped stop nierm her 9, having its front edge formed relatively smooth and vertical, and having its rear edge formed into a reel: 16. A guide late 11 is mounted upon and tired to inemher 10 and to the bed plate in any suitable manner by through bolts, the plate ll having forwardly extending guiding arms 12-l2 extending along the bed plat-e near the opposite edges thereof and lined thereto. Each arm 12 has its upper directed inwardly and spaced above the bed plate for accommodating and guiding a slide hloch' 13, which is slidingly mounted on the bed plate and has its edges overhung by the upper flanges of the respective arms 12. The rear end of slide 13 is adapted at times to pass beneath plate 11. and to be limited in its rearward movement by member 9. Mounted upon and fixed to slide18 is a die sustaining carriage i l, having a central, horizontal, longitudinal bore ll} accoxmno dating the die carrier shaft 16, the rear end of which shaft terminates in an annular plate or die carrier 13' which disposed at the rear end of carriage ll. Said rear end of carriage 1a is formed with a flattened annular surface surrounding the rear shaft 16 and abut-ting flat against the front exposed surfaces of die carrier 1?, Car

end or riage 14 is formed with

journal bearings

16 and 16 receiving the journal portions of shaft 16, and the forward end of the shaft.

is formed with an annular groove receiving a split collar 16 for retaining the shaft against longitudinal shifting. Lateral arms 18-18 pro ect from carriage 14 and terminate at their outer ends in guiding sleeves 19-19 surrounding the bars 5, and limited in their rear-ward travel by nuts 2020 threaded on to the respective rods 5 and re tained against accidental displacement by jam nuts 21 also threaded on to the bars 5. For effecting travel of carriage 14 and the parts connected thereto, the arms 18 are engaged by pistons 2222, extending from cylinders 23-23, each provided witha fluid supply pipe 24, and adapted to receive fluid under pressure through said supply pipe for imparting the requisite rearward thrust to the pistons 22. Each piston 22 is guided by extension or sleeve 23 projecting from the v rear end of the respective cylinder 23. The

rear end of each piston 22 extends into a socket 18 opening forwardly from the re spective arm 18.

For effecting the forward or return travel of the carriage and parts carried thereby, the slide 13 is engaged by a pair of rods 25, which rods extend forwardly and engage the opposite ends of a cross block 26 fixed to a piston 27, which piston is mounted in cylinder 28. A fluid supply pipe 29 is provided for the cylinder 28 and adapted to deliver fluid under suilicient pressure for returning the carriage 14. The cylinder 28 is mounted upon and fixed to stands 303O fixed to bed plate 1, and each of the cylinders 23 is fixed to and carried by frame 2.

Mountedupon carriage 14 is a longitudinall disposed sleeve 31 through which exten s a drive shaft 32, the sleeve being formed with a journal bearing 33 at each end in which the shaft is journaled. front end of shaft 32 is formed with a squared portion 32 extending into and being slidingly engaged by a socket 32", projecting rearwardly from a stub shaft 32, journaled in bearing sleeve 32, and driven from-any suitable source of power, preferabl through a gear 32 fixed to the front end of the stub shaft. To the rear end of shaft 32 is detachably fixed a pinioni34 meshing with an annular gear forming a part of an annulus 35, surrounding and detachably fixed to die carrier 17. Detachably engaging the annulus 35 is a die 36. which is shaped, of course, in accordance with the finished product desired.

Fixed toand formed integral with the rear frame 3 is a transversely disposed guide plate 37, having a vertical face exposed forwardly, and its upper edge engaged by a plate 38 having a depending flange along its front edge to serve as a re- The r i'ainer for a slide plate 39, which slidingly engages plate 37 I and has an upstanding flange lapping the depending flange of plate 38. The plate 37 is preferably formed with a forwardly offset portion intermediate its width, and the slide plate 39 is correspondingly offset for providing a guide and support for the slide.

A transversely disposed cylinder 40 is fixed to frame 3 at one end thereof and extends toward the opposite end of the frame, and a piston 41 extends from the cylinder 40 and has its free end extending into a socket in slide plate 39. communicates with the cylinder 40 for supplying fluid under pressure for actuating the piston and shifting the slide and with it the rear end of die carrier 49 hereinafter de-.

A fluid supply pipe 42' notch 43 adapted to accommodate the respective sleeve 6 for allowing irequisite shifting of the slide plate. For effecting a return movement of the slide plate, a cylinder 44 is fixed to a portion of frame 3, and a piston 45 extends from said cylinder and engages a pocket in a lug 46 depending from slide 39. A fluid supply pipe 47 communicates with cylinder 44 for supplying fluid under pressure for actuating the piston 45 and returning the slide after a thrust imparted thereto by piston 41. Projecting forwardly from and preferably formed integral with plate 39 is an eye 48 which is disposed vertically intermediate the length of the slide plate. When the slide plate is in its initial position, the eye is disposed for havin its axis in the longitudinal median line 0 the machine A hollow frame 49 has its rear end provided with eyes 50-5O lap-ping the eye 48 above and below the same, and all said eyes are connected together by a pintle 51. The frame 49 flares from the eye 48 to its front end, which is preferably shaped to conform to the shape of the rear face of a die carrier 52, supported in frame 49 so that the frame 49 serves as a thrust bearing therefor, taking compression stresses therefrom,-said carrier being formed integral with or suitably connected to a rearwardly extending shaft 53. The frame 49 is provided with bearings 54 and 55 for shaft 53. in which said shaft is journaled. Shaft 53 is provided with an annular groove 56 just in the rear of bearing 54,'and a split collar 57 is mounted in the groove and engages the rear end of bearing 54 for limiting play of the shaft and connected parts.

Surrounding and suitably detachably fixed to the die carrier 52 is a gear annulus 58 havin gear teeth 59 meshing with the teeth of t 1e pinion 60. Pinion 60 is carried by shaft 61 extending through and journaled 5. In a device of the class described, the combination of axially alined dies, and means for sustaining and rotating one of the dies and shiftably mounted means for rocking the other die relative to the first mention ed die.

6. In a device of the class described, the combination ot a die, a support therefor, a cotiperating die in axial alinelnent with the first mentioned die, means rotatably and shiftably carrying the second mentioned die and adapted to rock the second mentioned die laterally with respect to the first mentioned die, the second mentioned die being distorted.

7. In a device of the class described,-the combination of axially alined dies, means for supporting the same, one of said supporting means with its supported die being rotatable and shiftable laterally for rocking its die relative to the other die, said other die being adapted to sustain a blank being formed between the dies, and the first mentioned die beioig distorted proportionately to the degree of its lateral rocking.

8. In a device of the class described, the combination of relatively alined dies, means for supporting the same, one of said supporting means being movable relative to the other for rocking its die relative to the other die, one of said dies being adapted to sustain a blank and the other die being distorted proportionately to the degree of rocking of the roclrable die, and means for rotating the dies.

9. In a device of the class described, the combination of means for holding a blank, a die adapted to act on the blank, and means for moving the die for acting on the blank in a continuous spiral line from the initial point of contact of the die with the blank throughout the remaining area of the blank.

10. In a device of the class described, the combination of means for holding blank, a die for acting on the blank, and means for causing the die to act on the blank along a spiral line.

11-. In a device of the class described, the

combination of rotary die carriers, one of the carriers being shiftable longitudinally relative to the other, and the second die car: rier being shiftable laterally relative to the longitudinally movable die carrier.

12. In a device of the class described, the combination of axially ahned the carriers disposed for sustaining concentric dies, one

of the die carriers being shit'table for rocklaterally While substanthe cooperative relatlon rotating the rocking the die carried tially maintaining of the dies, and means for able die carrier.

'13. In a device of the class described, the.

combination of axially alined die carriers and d es, means for rotatably carrying the same, means for rocking one of the dies .thereby,

of the masses laterally with respect to the other and means for preventing edgewise shifting of the rockable die.

14. In a device of the class described, the combination of axially alined diecarriers, cooperating dies carried thereby, oneof said die carriers being iixed against lateral move ment and a laterally shift-able connection for p the other of the die carriers engaging the same in substantially the axial line thereof.

15. In a device of the class described, the combination of die carriers, dies carried thereby, and means engaging one of the carriers in substantially the axial line of the die carried by the engaged carrier for shifting the engaged part of the carrier laterally away from the axial line of the other die, said other die, being fixed against, lateral movement. 4

16. In a device of the class described, the combination of die carriers, dies carried and means engaging one oi: the car riers in substantially the axial line of the die carried by the engaged carrier for shifting the engaged part of the carrier laterally go away from the axial line of the other die, and means fixing the die sustained by the laterally shiftable carrier against edgewise shifting.

17.111 a device of the class described, the combination of axially alined die carriers, dies carried thereby, a frame sustaining one of said carriers, and a transversely shittable slide pivotally connected to said frame.

18. In a device of the class described, the combination of die carriers, dies carried thereby, a frame sustainingone of said car'- riers, and a transversely shiftable slide pivotally connected to said frame in substantially the axial line of the frame.

19. In a device of the class described, the combination of die carriers, dies carried thereby, a frame sustaining one of said die carriers, means for shifting laterally the end. frame farthest from the die, and means for guiding the frame in its lateral shitting movement.

20. In a device of the class described, the combination of die carriers, dies sustained thereby, a frame supporting one of the die carriers, means for shifting laterally the-end of the frame farthest from the die, and means for preventing bodily edgewise shirt ing of the die sustained by the frame,

. 21.111 a device of the class described, the. combinationof die carriers, cotipera'ting dies carried thereby," aframe sustaining one of the carriers, segmental and straight racks, one fixed to the frame and the other independent thereot, and means forshifting the frame for Walking one of the racks upon the other.

22. In a device of the class described, the combination of die carriers, dies carried thereby, a frame sustaining one of the carfer reciting the other the carrier While iii-g the the sustained therehy, a segmental 'raclcfisetlyto the frame, ankle guiding rack meshing with the segmental rack.

23. In a '(lQ'i-lCB of the class described, the combination of the carriers, clies carried tlierehy, one of said carriers being longitudinail shiftalole, and the other carrier being rotatably mounted and retained against longitudinal movement, and being mounted to rock laterally.

lit a device of the class described, the

combination of rotary the carriers, dies tain'ei'l thereby, one of,saiol carriers being hngitntlinally movable, and the other qi'eing laterally lockable-anti retained against lonritotlinel mm'ement, means for rocking the rockable carrier, and means for reciprocatthe other carrier. Lo In a tlevice of the class described, the combination of die carriers, rotary (lies carrietl thereby, a frame sustaining one of said carriers, and a transversely reciprocating slide pivotally connected to the frame and spaced from the (lie and mounted to resist lon itmlinal stresses on the frame.

hi). in a device of the class described, the romliiination of normally alined (lie carriers, rotary tlies carried thereby, means for shifting one the carrier toward the other for compressing a blank between. the (lies, and inc-ans resisting longitudinal stresses thereof.

:2 ii a tlevice of the class described, the cmnhination of normally alinetl (lie carriers, til-(Fl arried thereby, means for shifting ne (lie carrier toward the other for con'ipressing the blank between the (lies, and means for rotation; and rocking one of the dies while compression.

ln a device of the class described, the coin notion of ch a frame sustaining one of said carn transversely shiftable slide pivotelly connected to the entl of the frame opposite the (lie, anrl enginery for shifting said slide.

21), lo. a (lei-ice of the class described, the ('UllllJllliiilUIl of the carriers, thereby, means for rotating one of the (lies, a frame sustaining one of the the carriers. a transversely reci{hrocating slitle, means for reciprocating the slide, n'ieans pivotall y connecting the slide to the frame for rocking the frame WJEH the slide is reciprocetetl, anti means for guiding the frame in its rocknnweinenl.

in a tlcvice of the cl .35 described, the oinatitm. of the carriers, dies carried eby, meansfor rotating one of the (lies, a fram so, aiming one of the the carriers, In; the frame at the end oppofor reciting he one, and is engaging the frame for nitling the (lie engagthe carriers, (lies Ct'il'l'lfid' lies sustained,

' noes-see 31. in. a. device of the class described,the chmhination of-die' carriers, a ro'tatinggeer enshrined by one of said carriers, a pinion meshing with said gear, means for rocking the gear engaged guide carrier laterally with respect to the other the carrier, and means for rotating saidpinion.

32. In a device of the class described, the combination of the carriers, a rotating gear sustained by anti movable with one of the carriers, means for rocking the gear susteining carrier laterally with respect to the other carrier, a pinion meshing with saitl gear, a drive shaft, and universal joint con nections between the drive shaft and pinion.

33. In a device of the class described, the combination of normally alinetl (lie carriers,- aframe sustaining one of said carriers and.- having a thrust hearing therefor, and means for rocking the frame for laterally rocking the carrier relative to the other carrier.

3%. ln s device of the class described, the combination of normally alined the carriers, a frame rotatably supporting one of said (lie carriers and having a thrust bearing engaging the the carrier, and means engaging the frame for shifting one end thereof for rocking the thrust bearing and (lie carrier engaging the some laterally relative to the otl or die carrier. I

35.. In a device of the class described, the combination of'normally alinctl the carriers, a frame, a shaft extending from one of said the carriers journaletl in said frame, the frame heing formetlwvith a thrust bearing for the the carrier surrounding said shaft, antl means for sl'iifting the frame for rocking therclie carrier sustained thereby relative to the other (liecarrier.

36. In a device of the class described, the combination of normally alinetl rota ry (lie carriers untl supports therefor, each of the supports having a journal hearing and a thrust hearing, each of said (lie carriers being formed with a shaft journalecl in the respective journal bearing and disposed for having the respective the carrier engage the thrust bearing. ancl means for rocking one of the supports relative to the other.

37. In a device of the class described, the

combination of normally alinccl (lie carriers In a tlevice of the class described, the

combination normally alinecl clie carriers and supports therefor, each having journal bearing aenrl a thrust bearing, each of saitl lie carriers being formed with a shaft jonrnaletl in the respective journal hearing and disposed for having the respective die carrier engage the thrust; bearing, means for rocking one of the supports relative to the other, and means for reciprocating said other support.

39. In a device of the class described, the combination of die carriers, a reciprocating carriage sustaining one of said carriers, lateral arms extending from said carriage, guiding rods engaged by said arms, pistons engaging said arms for shifting the carriage, cylinders for the pistons, and pres.- sure supplying means for the cylinders.

40. In a device of the class described, the combination of die carriers,-a reciprocating carriage sustaining one of said carriers, pistons engaging the carriage for advancing the same, cylinders for said pistons, pressure supplying means for the cylinders, rods connected with the carriage for retracting the same, a piston connected with said rods, and a cylinder and pressure supplying means for the last mentioned pistoin 41. In a device of the class described, the combination of. die-carriers, dies sustained thereby, a rota ting gear engaging one of the dies and sustained by the die carrier, means for reciprocating the gear sustaining die carrier, a pinion meshing with said gear, a journal. bearing carried by said die carrier sustaining means, a shaft fixed to the pinion and journaled in said journal bearing and having a polysidcd free end, and an actuat ing shaft having an elongated polysided socket receiving the polysided end of the first mentioned shaft.

42. In a device of the class described, the combination of normally alined die carriers, a support for one of said carriers having spaced bearings, a shaft projebting from said last mentioned die carrier which is journaled in said bearings, a collar engaging said shaft for maintaining the relative position of the parts, and means for shifting one of the die carriers relatively to the other.

4.3. In a device of the class described, a bed plate, frames upstanding therefrom at the ends thereof, guiding rods extending longitudinally of the bed plate and connecting the frames to resist bursting stresses, die

carriers disposed between the irames, one of said die carriers being reciprocally mounted and having guiding means engaging the rods, and means for moving said die carrier toward andaway from the other die carrier. 44. In a device for forming circular bodies, the combination of a rotary and a rockable die, and instrumentalities for rotating and rocking the rockable die for causing the same to act on a blank in a spiral line.

45. In combination, dies adapted to have a blank to be formed and disposed therebetween, means for rocking one of the dies relative to the other to positions With successive outwardly radial ortions only of said die engaging the blan and means for rotating the roekable die while being rocked.

46. In combination, normally alined cooperating dies, supports therefor, and means engaging one of the supports-in the axial line of the die carried thereby for shifting said support laterally for rocking the die relative to the other die.

47. In combination, normally alined co:

operating dies, supports therefor, means engaging one of the supports in the axial line of the die carried thereby for shifting said support laterally for rocking the die relative to the other die, and means for rotating the rockable die.

48. In combination, cooperating dies, supports therefor, means for reciprocating one of the dies, and means engaging the supportfor the other die in the axial line of the die for shifting said support laterally for.

FRANK D. WARD.

Witnesses: I

EDGAR M. KITGHIN, F. H. GIBBS.