US749108A - shepard - Google Patents

shepard Download PDF

Info

Publication number
US749108A
US749108A US749108DA US749108A US 749108 A US749108 A US 749108A US 749108D A US749108D A US 749108DA US 749108 A US749108 A US 749108A
Authority
US
United States
Prior art keywords
toggle
members
doors
shepard
arms
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
Publication date
Application granted granted Critical
Publication of US749108A publication Critical patent/US749108A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B61RAILWAYS
    • B61DBODY DETAILS OR KINDS OF RAILWAY VEHICLES
    • B61D7/00Hopper cars
    • B61D7/14Adaptations of hopper elements to railways
    • B61D7/16Closure elements for discharge openings
    • B61D7/24Opening or closing means
    • B61D7/26Opening or closing means mechanical

Definitions

  • My invention has for its object the provision of an improved door-operating mechanism for railway-cars which is characterized by lightness and ease of operation and at the same time by the great strength and power with which it holds the doors in a closed position. It furthermore provides an improved fulcrum by which the toggle arm or link may be united to the operating-beam of the doors, which fulcrum is capable of being readilyremoved or detached from the said beam.
  • FIG. 1 Figure'l is a broken plan View illustrating my invention, together with a portion of a car-frame and the doors to which it is applied-
  • Fig.2 is a section on line 2 2 of Fig. 1, showing in addition certain adjacent parts of the car which are omitted from Fig.
  • Fig. 3 is a. transverse vertical section taken through the axis of the toggle-joint.
  • Fig. 4 is a detailview showing a bottom plan of the toggle-joint;
  • Fig. 5 is a detail plan view showing the fulcrumpreferably used by me, together with portions of the door-operating beam. and toggle-arm.
  • Figs. 6, 7, and 9 are enlarged top,side,and end views, respectively, of the fulcrum of Fig. 5.
  • Fig. 8 is a sec tional view of a modified form of fulcrum, and
  • Fig. 10 is an end view of one of the members of the said modification.
  • the door-operating mechanism is preferably to be used in the operation of the doors used in railway-cars for the carriage of coal and other materials which are self-discharging.
  • Such doors are often arranged in pairs 1 1 and may be operated by a single beam 3, as shown in Fig. 3.
  • opposing pairsof doors may be operated by a single mechanism, as the doors 1 and 2r (Shown in Figs. 1 and 2.)
  • the said means may be of any approved construction, such as a link 7, connected at its lower end to the pin 8, forming the axis of the togglejoint, andat its upper end'connected to an arm 9, fixed upon thehorizontal shaft 10.
  • the said shaft is preferably jou-rnaled in bearings 11 and;l2, supported by the center sill l3 and side wall 14 of the car, as shown in Fig. 1.
  • One end of the said shaft carries a notched plate 15, adapted to be engaged by the'locking-dog 16, and thereby firmly held.
  • each of .thetoggle-arms with a laterally-extending lug or projection 18, which is situatedat some dis- Ve rtical guides are provided for the said lugs and may consist of angle-beams 19, as shown.
  • said beams, however,I may substitute therefor channels, or instead of using a single angle, as shown, a pair ofangles may be used, between which the lugs 'may operate. It is obvious that any other form oi vertical guide may be used, however.
  • the fulcrum illustrated in Figs. 5, 6, 7, and 9 is composed of two similar complementary pieces or members 21 22, each of which carries a jaw 23, which together form the fork to which the toggle-arm is to, be. secured.
  • the ends of the pieces 21 22 opposite the jaws 23 terminate in the flattened end portions 24, which are perforatedand adapted to be clamped by a rivet or other suitable means against opposite'faces of the web of the.
  • intermediate or body portions'oft-he members 21 and 22 are so shaped as to-providedeep grooves or recesses 26, which receive the flanges of the I-beam3, These portions are also provided with sloping'shouldersior angular projections 27.27, which abut"and interlock when'the members 21"and 22 are brought' together.
  • Each of the'j-aws 23 is provided with a perforated" boss 28. These bosses occupy similar relative positions with respect to thejaws, andwhen the members 21and 22 are brought together the bosses 28 abut. against eachother and may be secured in this position by a rive't or bolt29 passing through their centers, as best seen. in'Fig. 6.
  • the jaws 23' are also bored with pin-holes ,30 for the purpose of securing the toggle-arm'theretm By this con struct-ionwhen the mem'bers'2l and 22 are fitted togetheraround the flanges of the beam 3 and the rivetsinsertedaveryfirm and rigid union of parts is secured.
  • Afulcrum fo rfla'nged beams comprising;- two members recessedjtoreceive between and interlock on the opposite side of said re- 'cesses, in combination with means for clamping said members together on both sides of said recesses, substantially as described.
  • a fulcrum for flanged beams comprising two members having flat end portions for en-,
  • gagement wit'h the opposite faces ofthe'web I 7 of theibeam,immediate recessed portions to receive the flanges of the beam,and end portions or jaws to form afork, one of which end other of which is'provided with a rivet or post adapted to pass through said aperture said 95' portions is' provided with an aperture and the w I rivet-having a shoulder to abut against-the part surrounding said aperture, snbstantia.l1y
  • the fulcrum illustrated in Figs. 5, 6, 7, and 9 is composed of two similar complementary pieces or members 21 22, each of which carries a jaw 23, which together form the fork to which the toggle-arm is to, be. secured.
  • the ends of the pieces 21 22 opposite the jaws 23 terminate in the flattened end portions 24, which are perforatedand adapted to be clamped by a rivet or other suitable means against opposite'faces of the web of the.
  • intermediate or body portions'oft-he members 21 and 22 are so shaped as to-providedeep grooves or recesses 26, which receive the flanges of the I-beam3, These portions are also provided with sloping'shouldersior angular projections 27.27, which abut"and interlock when'the members 21"and 22 are brought' together.
  • Each of the'j-aws 23 is provided with a perforated" boss 28. These bosses occupy similar relative positions with respect to thejaws, andwhen the members 21and 22 are brought together the bosses 28 abut. against eachother and may be secured in this position by a rive't or bolt29 passing through their centers, as best seen. in'Fig. 6.
  • the jaws 23' are also bored with pin-holes ,30 for the purpose of securing the toggle-arm'theretm By this con struct-ionwhen the mem'bers'2l and 22 are fitted togetheraround the flanges of the beam 3 and the rivetsinsertedaveryfirm and rigid union of parts is secured.
  • Afulcrum fo rfla'nged beams comprising;- two members recessedjtoreceive between and interlock on the opposite side of said re- 'cesses, in combination with means for clamping said members together on both sides of said recesses, substantially as described.
  • a fulcrum for flanged beams comprising two members having flat end portions for en-,
  • gagement wit'h the opposite faces ofthe'web I 7 of theibeam,immediate recessed portions to receive the flanges of the beam,and end portions or jaws to form afork, one of which end other of which is'provided with a rivet or post adapted to pass through said aperture said 95' portions is' provided with an aperture and the w I rivet-having a shoulder to abut against-the part surrounding said aperture, snbstantia.l1y

Landscapes

  • Engineering & Computer Science (AREA)
  • Transportation (AREA)
  • Mechanical Engineering (AREA)
  • Automobile Manufacture Line, Endless Track Vehicle, Trailer (AREA)

Description

514 van/{lot 5- Lows A. SHEPARD PATENTED JAN. )5, 1904.
4 SEEETS SHEI'JT I.
=sz-zl i L. A. SHEPARD. v DOOR OPERATING MECHANISM.
APPLICATION FILED MAR, 11, 1903.
no mojmnw 11:1 wooeo l 765/06 A sradeuf No. 749,108. A PATENTED JAN. 5, 1904. L. A. SHEPARD. I DOOR OPERATING MECHANISM.
' APPLICATION FILED MAR. 11. 1903.
4 slums-slum 2.
I0 MODEL.
hH-Ll P ibncoooo PATENVTED JAN. 5, 1904.
L. A. SHEPARD. DOOR OPERATING MECHANISM.
4 SHEETS-SHEET 3.
APPLICATION FILED MAB. 11.:1903.
. N0 MODEL.
5% A m v W Wm 000 0 M We: MW
PATENTED JAN. 5 1904.
' L. A. SHEPARD.
DOOR OPERATING MECHANISM.
1 APPLICATION nLnnNAnl 11. 1003. I
4 sums-sum 4.
-ifmw AZ wn A H Uu O,
UNITED STATES Patented January 5, 1904;
PATENT OF ICE- .IJOUIS A. SHEPARD, OF NEW YORK, N. Y., ASSIGNQR TO CORNELIUS V-ANDERBILT, NEW YORK, N. Y.
DOOR-OPERATING MECHANISM.
SPECIFICATION forming part of Letters Patent No. 749,108, dated. January 5, 1904.
l pplication filed March 11, 1903.
To all whom, it 1nay concern.-
Be-it known that I, LOUIS A. SHEPARD, a citizen of the United States and a resident of the borough of Brooklyn, city of New York,
State of New York, haveinvented certain new and useful Improvements in Door-Operating Mechanism, of which thefollowing is a specification. 7
My invention has for its object the provision of an improved door-operating mechanism for railway-cars which is characterized by lightness and ease of operation and at the same time by the great strength and power with which it holds the doors in a closed position. It furthermore provides an improved fulcrum by which the toggle arm or link may be united to the operating-beam of the doors, which fulcrum is capable of being readilyremoved or detached from the said beam.
The scope of the invention is defined by the appended claims.
In the drawings .which accompany this specification, Figure'l is a broken plan View illustrating my invention, together with a portion of a car-frame and the doors to which it is applied- Fig.2 is a section on line 2 2 of Fig. 1, showing in addition certain adjacent parts of the car which are omitted from Fig.
:1; Fig. 3 is a. transverse vertical section taken through the axis of the toggle-joint. Fig. 4 is a detailview showing a bottom plan of the toggle-joint; Fig. 5 is a detail plan view showing the fulcrumpreferably used by me, together with portions of the door-operating beam. and toggle-arm. Figs. 6, 7, and 9 are enlarged top,side,and end views, respectively, of the fulcrum of Fig. 5. Fig. 8 is a sec tional view of a modified form of fulcrum, and Fig. 10 is an end view of one of the members of the said modification. I
The door-operating mechanism is preferably to be used in the operation of the doors used in railway-cars for the carriage of coal and other materials which are self-discharging.- Such doors are often arranged in pairs 1 1 and may be operated by a single beam 3, as shown in Fig. 3. Furthermore, opposing pairsof doors may be operated by a single mechanism, as the doors 1 and 2r (Shown in Figs. 1 and 2.) v
'Myinvention when the doors are arranged in pairs comprises the operatingbeams? 3,
.tance from the said axis or pin 8.
slum No. 147,207. (No model.)
which are rigidly securedat each end to the as shown in Figs. 1 and 2,-or it may be com-- posed oftwo or more parts secured together and to the beam 3, as the fulcrums of Figs.
5 to 9 or as the fulcrum shown and claimed thereby drawing .the beams 3 toward each other and opening the doors. The said means may be of any approved construction, such as a link 7, connected at its lower end to the pin 8, forming the axis of the togglejoint, andat its upper end'connected to an arm 9, fixed upon thehorizontal shaft 10.
'The said shaft is preferably jou-rnaled in bearings 11 and;l2, supported by the center sill l3 and side wall 14 of the car, as shown in Fig. 1. One end of the said shaft carries a notched plate 15, adapted to be engaged by the'locking-dog 16, and thereby firmly held.
In order to keepmhe axis 8 of the togglejoint in a vertical path when raised by the arm 9 and link 7, I provide each of .thetoggle-arms with a laterally-extending lug or projection 18, which is situatedat some dis- Ve rtical guides are provided for the said lugs and may consist of angle-beams 19, as shown. In
place of the. said beams, however,I may substitute therefor channels, or instead of using a single angle, as shown, a pair ofangles may be used, between which the lugs 'may operate. It is obvious that any other form oi vertical guide may be used, however.
It is evident that in case single doors'l and Correction in Letters Patent No. 749,108-
i lever to a. brake-beam.
What I claim,an'd'desire to secure by 2 are arranged opposite each oth'er the beams 3 may be dispensed with and ihe toggle-arms 6 applied directly to the doors.
The fulcrum illustrated in Figs. 5, 6, 7, and 9 is composed of two similar complementary pieces or members 21 22, each of which carries a jaw 23, which together form the fork to which the toggle-arm is to, be. secured. The ends of the pieces 21 22 opposite the jaws 23 terminate in the flattened end portions 24, which are perforatedand adapted to be clamped by a rivet or other suitable means against opposite'faces of the web of the. flanged bea|n3.; The intermedi ate or body portions'oft-he members 21 and 22 are so shaped as to-providedeep grooves or recesses 26, which receive the flanges of the I-beam3, These portions are also provided with sloping'shouldersior angular projections 27.27, which abut"and interlock when'the members 21"and 22 are brought' together.
Each of the'j-aws 23 is provided with a perforated" boss 28. These bosses occupy similar relative positions with respect to thejaws, andwhen the members 21and 22 are brought together the bosses 28 abut. against eachother and may be secured in this position by a rive't or bolt29 passing through their centers, as best seen. in'Fig. 6. The jaws 23'are also bored with pin-holes ,30 for the purpose of securing the toggle-arm'theretm By this con struct-ionwhen the mem'bers'2l and 22 are fitted togetheraround the flanges of the beam 3 and the rivetsinsertedaveryfirm and rigid union of parts is secured.
p In place offthe bosses 2S and rivets 29 Imay; use ashouidered rivetj3l Figs. 8 and 10,; rigid with one of the jaws 23 and provided with a shoulder 32 and a shank- 33. When 'the members 21 and 22 are brought together,
the shoulder 32 bears against the opposite jaw 23', while the shank'33 passes through an aperturein the latter jaw and may be riveted, as shown in'Fig -S; L I
It will be obvious that the improved fulcrums which I have described as connecting the beam 3 and -toggle-arm ,6 maybe used for uniting any operating-lever to adlanged beam-as, for example, for uniting a braketers Patent, is' 1 1. In a car, apair of hinged discharge-doors,
It f y f fied tliat in Letters Pateut iio. 74 9, l08, granted danuarybi, 1 upon the application of Louis 'A. Shepard,of"New-York, N. Y iffor an' improvement 'i in Door Cperalting Mechanismsfl an error appears in the. printed. .specificttionrz requiring correction, as follows: In line 37", page'2, 'th eword rivets should read rivet; a d that the s gs l i the same-may conformto the record of the case in the;Ba.tent Ofiic. -v i" Signed andjsealed this,IQth dayof Jannary,A. .1190 I R i I I I v [sash] Letters Patent shoguldbe read 'with this ,correctionitherein; a
a flanged-beam rigidly united thereto at each end, a fulcrum comprising a plurality of sep arable parts, removably secured to the mid nected thereto, said, toggle-arms being connected together by a knuckle joint, lugs or projections on said toggle-arms removed from :their axis, and-vertical guides for said lugs,
substantially as described.
3. In a car, hinged doors, toggle-arms connected thereto, in gs orprojections on said toggle-arms removed from their axis, vertical.
nected thereto,]lugs or projections on said toggle-arms removed from their a'xis,'vertical guides for said lugs; alink connected to the axis of said toggle-arms, a rock-shafthaving an arm eonnectedrto said link, and means for holding said rock-shaft, substantially as dey scribed.
' ,5. Afulcrum fo rfla'nged beams, comprising;- two members recessedjtoreceive between and interlock on the opposite side of said re- 'cesses, in combination with means for clamping said members together on both sides of said recesses, substantially as described.
4 A 6. I A fulcrum for flanged beams, comprising two members having flat end portions for en-,
gagement wit'h the opposite faces ofthe'web I 7 of theibeam,immediate recessed portions to receive the flanges of the beam,and end portions or jaws to form afork, one of which end other of which is'provided with a rivet or post adapted to pass through said aperture said 95' portions is' provided with an aperture and the w I rivet-having a shoulder to abut against-the part surrounding said aperture, snbstantia.l1y
Correction in Letters Patent No. 749,108-
i lever to a. brake-beam.
What I claim,an'd'desire to secure by 2 are arranged opposite each oth'er the beams 3 may be dispensed with and ihe toggle-arms 6 applied directly to the doors.
The fulcrum illustrated in Figs. 5, 6, 7, and 9 is composed of two similar complementary pieces or members 21 22, each of which carries a jaw 23, which together form the fork to which the toggle-arm is to, be. secured. The ends of the pieces 21 22 opposite the jaws 23 terminate in the flattened end portions 24, which are perforatedand adapted to be clamped by a rivet or other suitable means against opposite'faces of the web of the. flanged bea|n3.; The intermedi ate or body portions'oft-he members 21 and 22 are so shaped as to-providedeep grooves or recesses 26, which receive the flanges of the I-beam3, These portions are also provided with sloping'shouldersior angular projections 27.27, which abut"and interlock when'the members 21"and 22 are brought' together.
Each of the'j-aws 23 is provided with a perforated" boss 28. These bosses occupy similar relative positions with respect to thejaws, andwhen the members 21and 22 are brought together the bosses 28 abut. against eachother and may be secured in this position by a rive't or bolt29 passing through their centers, as best seen. in'Fig. 6. The jaws 23'are also bored with pin-holes ,30 for the purpose of securing the toggle-arm'theretm By this con struct-ionwhen the mem'bers'2l and 22 are fitted togetheraround the flanges of the beam 3 and the rivetsinsertedaveryfirm and rigid union of parts is secured.
p In place offthe bosses 2S and rivets 29 Imay; use ashouidered rivetj3l Figs. 8 and 10,; rigid with one of the jaws 23 and provided with a shoulder 32 and a shank- 33. When 'the members 21 and 22 are brought together,
the shoulder 32 bears against the opposite jaw 23', while the shank'33 passes through an aperturein the latter jaw and may be riveted, as shown in'Fig -S; L I
It will be obvious that the improved fulcrums which I have described as connecting the beam 3 and -toggle-arm ,6 maybe used for uniting any operating-lever to adlanged beam-as, for example, for uniting a braketers Patent, is' 1 1. In a car, apair of hinged discharge-doors,
It f y f fied tliat in Letters Pateut iio. 74 9, l08, granted danuarybi, 1 upon the application of Louis 'A. Shepard,of"New-York, N. Y iffor an' improvement 'i in Door Cperalting Mechanismsfl an error appears in the. printed. .specificttionrz requiring correction, as follows: In line 37", page'2, 'th eword rivets should read rivet; a d that the s gs l i the same-may conformto the record of the case in the;Ba.tent Ofiic. -v i" Signed andjsealed this,IQth dayof Jannary,A. .1190 I R i I I I v [sash] Letters Patent shoguldbe read 'with this ,correctionitherein; a
a flanged-beam rigidly united thereto at each end, a fulcrum comprising a plurality of sep arable parts, removably secured to the mid nected thereto, said, toggle-arms being connected together by a knuckle joint, lugs or projections on said toggle-arms removed from :their axis, and-vertical guides for said lugs,
substantially as described.
3. In a car, hinged doors, toggle-arms connected thereto, in gs orprojections on said toggle-arms removed from their axis, vertical.
nected thereto,]lugs or projections on said toggle-arms removed from their a'xis,'vertical guides for said lugs; alink connected to the axis of said toggle-arms, a rock-shafthaving an arm eonnectedrto said link, and means for holding said rock-shaft, substantially as dey scribed.
' ,5. Afulcrum fo rfla'nged beams, comprising;- two members recessedjtoreceive between and interlock on the opposite side of said re- 'cesses, in combination with means for clamping said members together on both sides of said recesses, substantially as described.
4 A 6. I A fulcrum for flanged beams, comprising two members having flat end portions for en-,
gagement wit'h the opposite faces ofthe'web I 7 of theibeam,immediate recessed portions to receive the flanges of the beam,and end portions or jaws to form afork, one of which end other of which is'provided with a rivet or post adapted to pass through said aperture said 95' portions is' provided with an aperture and the w I rivet-having a shoulder to abut against-the part surrounding said aperture, snbstantia.l1y
It is hereby certified that in Letters Patent No. 749,108, granted January 5, 1904,- upon the application of Louis A. Shepard, of New York, N. Y., for an improvement in Door-Operating Mechanisms, an error appears in the printed specification requiring correction, as follows: In line 37, page 2, the word rivetssh0uld read rivet; and that the said Letters Patent should be read with this correction therein that I the same may conform to the record of the case in the-Patent Office Signed and seaied this 19th day of January, A. D., i904 F, I. ALLEN,
of Patents.
[SEAL]
US749108D shepard Expired - Lifetime US749108A (en)

Publications (1)

Publication Number Publication Date
US749108A true US749108A (en) 1904-01-05

Family

ID=2817603

Family Applications (1)

Application Number Title Priority Date Filing Date
US749108D Expired - Lifetime US749108A (en) shepard

Country Status (1)

Country Link
US (1) US749108A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3316857A (en) * 1964-04-21 1967-05-02 Unitcast Corp Motor actuated closure mechanism for railway hopper cars
US3364876A (en) * 1965-05-18 1968-01-23 Eduardo M. Damy Hopper car door actuating mechanism
US3469539A (en) * 1967-10-30 1969-09-30 Eduardo M Damy Railway hopper car door actuating and locking mechanism

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3316857A (en) * 1964-04-21 1967-05-02 Unitcast Corp Motor actuated closure mechanism for railway hopper cars
US3364876A (en) * 1965-05-18 1968-01-23 Eduardo M. Damy Hopper car door actuating mechanism
US3469539A (en) * 1967-10-30 1969-09-30 Eduardo M Damy Railway hopper car door actuating and locking mechanism

Similar Documents

Publication Publication Date Title
US749108A (en) shepard
US722299A (en) Hopper-bottom car.
US1174134A (en) Hopper-car.
US732425A (en) Car construction.
US1268118A (en) Hopper-car.
US923852A (en) Riveting-machine.
US727587A (en) Door-operating device for hopper-cars.
US934860A (en) Hopper-car.
US1066728A (en) Dumping-car.
US1022516A (en) Drop-door mechanism for cars.
US1055423A (en) Dump-car.
US1040618A (en) Dump or drop-bottom car.
US366990A (en) woodward
US1024893A (en) Flush car-door.
US1100578A (en) Door-operating mechanism.
US806763A (en) Transportation-car and the like.
US1083705A (en) Door-operating mechanism for railway-cars.
US1267364A (en) Bracing and door-stop for cars.
US110741A (en) Improvement in automatic car-couplings
US485237A (en) Cable-railway grip
US758456A (en) Car-door mechanism.
US489906A (en) Island
US280254A (en) David e
US1060698A (en) Friction draft-rigging for railway-cars.
US734010A (en) Rocker side bearing.