US1136008A

US1136008A - Draft-rigging for railway-cars.

Info

Publication number: US1136008A
Application number: US85648514A
Authority: US
Inventors: Stacy B Haseltine
Original assignee: Individual
Current assignee: Individual
Priority date: 1914-08-12
Filing date: 1914-08-12
Publication date: 1915-04-20
Anticipated expiration: 1932-04-20

Description

DRAFT RIGGING FOR RAILWAQ APPLICATION {m0 JUNE 12, 1913. RENEWED A S. B. HASELTINE mama Patented Apr. 20; 1915.

3 SHEETS'SHBET 1.

1N VENTOR.

-timia S. B. HASELTINE.

' DRAFT RIGGING FOR RAILWAY CARS.

5 1 9 1 0 2 r p A d .w n m a 2P cw U A D E W E N E H mm W 2 E N f D E L H N w T A c U P P A 6 l 9 1 3 SHEETS-SHEET 2.

IN V EN TOR f). Hme/fme Jfac BY WITNESSES HI ATTORNb s. B. HASELTINE. DRAFT RIGGING FOR RAILWAY CARS.

APPLLC'ATION FILED WM: 1?. I913- HENEWED AUG. 12.19M-

Patented Apr. 20, 1915.

3 SKEETS-8HEET 3.

WITNESSES W z [7 full, clear, concise, and exact descrip sraer n. HasnL'rmn, or enrcaeornmnors, ,assaonon T0 WILLIAM E remain,- or enroaso, ILLINors.

nnarrr-areemo son RAILWAY-C.

1,13fi,(l8.

Application filed June 12, 1913, Serial No.

T all who-m itmay concern:

Be it known that I, STACY B. Ii-Insan- TINE, a citizen of the United States, residlng at Chicago, in the county of Cook and State of Illinois, have invented a certain new and useful Improvement in 'Draft-Rigg1ng for Railway-Cars, of which the following 1s a time, reference being had to the accompanying draw forming a part of this SPGCIfiCatIOIL y invention relates to improvements in draft ri ging for railway cars.

The oliject of m invention is to provide a draft rigging of igh cushioning capacity.

In the'drawings orming a part of this ..specification-Figure 1 is a side elevation partly in longitudinal section on line 1-1 of Fig. 2 of adraft rigging embodymg my invention; Fig. 2 is a plan view partly 1n horizontal section on line 2 -2 of Fig. 1, and showing the normal position of the parts; Fig. 3isa plan view partly in horizontal section showing the position of. the parts when fully verse section on line side of the same, however, showing the compressed; Fig. 4 is a-transspring cap removed; Fig. 5 ma plan view partly in horizontal section showing the position of the parts when fully compressed in draft.

Referring to the

drawings

6, 6 represent draft sills or parts of the car frame to which the draft rigging is applied, the same being provided with rear stop shoulders 7, 7

intermediate stop shoulders

8, 8 and front stop shoulders'9, 9.

'10 represents the end sill, 11 the draw bar carry iron, 13 the tie plate suitably secured to the draft sills, 14, 14, 15 the draw bar, 16 the draft yoke secured thereto, 17 the draft gear mounted within the yoke.

The inner shell 18 of the draft gear is preferably cylindrical in shape or circular in cross section, open atits forward end and v closed at its rear end by the preferably in tegral plate 19. Laterally extended from the rear end of said shell are

plates

20, 20, the same being preferably continuations of the plate 19 and integral therewith, the same serving as a rear follower andadapted to engage the rear stop members 7',

Within the inner shell isdisposed friction mechanism 21, the

friction shoes

22, 22

thereof being preferably three in number Specification of Letters Patent.

44 of Fig. 1,. one

preferably by the bolts Patented am; so, me.

773,?33. Renewed August 12, 1914, Serial at. 856,455;

and annularly arranged, each having an outer friction face 23 to engage the internal friction face 24 of the inner shell. 'A wedge 25 is mounted within the adapted to spread the same, the said wedge bein provided with wedging faces 26, 26

friction shoes "and; 7,;

equa ing in number the -friction shoes. Be- 1" tween each wedging face 26 of thejwed g 25 and each ofthe friction shoes there is vided an a-ntifriction roller 27. The Wedge 25 is forwardly provided with receive the head 29 of the 30 which passes through the perforation31 in said Wedge, in the internal follower 33, the said follower being receive the nut 35 of said connecting rod."

The internal follower 33 is a block like internal pro- 6 a recess 28 to "1 connecting rod and through a perforation 32 J0 provided with a reoss34to member forwardly provided with a .fOi aJ-IQ wardly extending flange or collar 36 within which is mounted a preliminary spring'BT of low. capacity in comparison wlth springs of the draft gear hereinafter de scribed. The internal follower 33 is vided with a transverse slot 38 to receive the other the key 39, which extends through the elon' gated slots40 provided in either side'of the" inner shell 18. An the inner shell 18, the said outer shell being provided at either side with the slots 42:

key 39 therein.

The outer shell 41 is forwardly provided with the lateral wings 43, the same being outer shell 41 surrounds I at registering with the slots40 of the inner shell, and adapted to receive the ends of the.

preferably integral with the said shell,-be-

tween' which wings and the

plates

20, 20 of the inner shell are seated wlthout the shell and at either side thereof the main springs 44. The main springs 44 each preferably consists of an outer spring 45 and an inner spring 46 nested therein. The wings 43 of l the outer shell are in normal position of the gear slightly removed from the

intermediate stop shoulders

8, 8 the space between them in such normal posi the numerals 47 47 ings. The slots 40 reciprocatingmovement o the key 39 thereion being indicated by iniFig. 2 of th'e'drawprovided in the inner shell are of suilicientwlen h to permit the m. 48represents, the front ifollower adapt" ed to engage the. front stop shoulders 9', 9,

and

wedge 25 of the friction mechanism.

On rearward movement of the draw bar the in engagement at its rear face with the inner shell stopped 'agaihst rearward movement through the engagement of the plates 20 against the rear stop shoulders 7, 7.

The -rearwardtravel of .the front follower 48 forces the wedge 25fan'jd the friction shoes rea'rwardly, compressing the preliminary spring against the internal follower 233 until the collarBG of the internal'follower 33 engages the friction shoes-thus limiting the compression of the .lower33 moves rearw'ardly within the inner shell 18, the key 39 therein sliding rearwardly' in the

lateral slots

40, 40 of the inner shell, and drawing the outer shell rearf wardly, thuscompressing the main springs between the wings 43 of the outer shell and theplate ZO ofthe inner shell. Meanwhile the spreading action of the wedge within the 20 friction shoes forces the friction shoes into ,frictiona'l engagement with the innervshell.

On full compression of the parts the front follower 48 engages the forward end of the innershell, as illustrated in. Fig. 3 of the drawings, and the key 39 clears the rear ends of the slots 40 in the inner shell.

forward movement of the draw bar the draft yoke draws the inner shell for- 7 wardly, the pressure of the main springs between the wings 43 of the outer shell the, internal follower remaining stationary, i

the slots 40 in'the inner shell moving forwardly without strain upon the said .key

' 39. The inner shell by reason of the slight pressure exerted against the rear ends of the'friction sho'e's travels forwardly about said.- shoes without the same being brought into compression resisting action on said for ward movement of the draw bar. Thus on forward movement of the draw bar the springs alone are in compression resisting action, while'in rearward movement'of the draw bar the springs and friction mecha- 'nism' are both-in action. "Iclaim:-.,

1. In a draft gear, an'inner shell, friction mech'anism in said shell, an-outer shell inclosing the inner shell,.front and rear followers, a key ancl 'inain springs, the outer shell bcingprovided with laterally extended wings, the main springs being seated between said wingsand-the'rear follower,and...

preliminary spring-. Upon further compression the internal fol;v

mechanism in the inner shell. v

2. In a draft gear, outer and innerdrecip- ,roc'ating shells, wings laterally extended from each of said shells,- main springs seated between the wings ofthe outer shell and the wings of the'inn'ers'hell, friction inechin the innershell.

3.-In;a draft gear, in coiribinationrouter and inner reciprocating ,shells,. win'gs laterathereih, each of said shelves being provide with laterally extended wings, main springs seated'between the wingsfof the outer shell and the wings of. the inner shell, awed e, friction shoes and an internal-follower wit in the inner shell a preliminary spring seated between the internal follower and the friction shoes, and a key engaging the internal follower to the outer shell. I I

5. In a draft gear, in combination, an outer shell provided with lateral wings, an inner shell reciprocating therein provided with lateral wings, main springs at either side of the outer shell seated between the wings of the outer shell and the wings of the inner shell, friction shoes, a wedge and an internal follower within the inner shelha key engaging the internal follower to the outer she I, the inner shell being provided with slots for the passage of said key.

6. In a draft gear, outer and inner reciprocating shells, wings extended from each of said shells, main springs seated between the wings of the outer shell and the wings of the inner shell, friction mechanismlwithin the inner shell, and means connecting the friction mechanism to the outer shell.

7. In a draft gear, in combination, outer and inner reciprocatin shells, win laterally extended from eac of said-she ls, main springs seated between the wings of the outer shell and the wings of the inner shell,

within the inner shell, registering slots in the inne and outer shell, anda key passing through-said slots and; engaging the outer shell to the internal follower.

, 8. In a draft gear,'. in combination, an outer shell and an inner shell reciprocating therein, each of said shells being provided with laterally extended wings, main springs seated between the wings of the outer shell and the wings 'ofthe inner shell, a wedge, friction shoes andaninternal follower with- .in; .thefinne'r shell, a preliminary spring the key connecting the outer shell tothe i anism within the inner shell, and a key connecting the outer shell to, the mechanism" friction mechanism and an internal follower seated between the internal follower and the friction shoes, a key engaging the internal follower to the outer shell, the internal follower being provided with means to limit the'eompression of the preliminary spring.

9. In a draft gear, in combination, an

outer shell and an inner shell reciprocating therein, each of said shells being provided with laterally extended wings, main springs seated between the wings of the outer shell and the wings of the inner shell, a wedge,

of the key; said slots being rearwardly ex tended to permit the relative movement of the inner and outer shells after the compression of the preliminary spring.

10. In a draft gear, in combination, an

outer shell, an inner shell reciprocating therein, each of said shells being provided with laterally extended wings, main springs seated between the Wings of the outer shell and the wings ofthe inner shell, a Wedge, friction shoes and an internal follower within the inner shell, means rigidly engaging the outer shell to the internal follower, the inner shell being provided with longitudinally extended slots to permit the wings of tlie qhter shell and the wings of the inner.

shell to approach each other and compress the main springs between them.

11. In a draft gear, an inner shell, an outer shell surrounding thesame, friction mechanism in the inner shelhwings laterally extended from each of smihlfiyslnllls, main springs seated between said wings, and means connecting the friction mechanism to the outer shell.

STACY B. imsmnmn.

Witnesses:

JonN A. MARTINKUS, ELEANOR L. Nasn.