US2333574A

US2333574A - Locomotive window

Info

Publication number: US2333574A
Application number: US469406A
Authority: US
Inventors: John B Kauffman
Original assignee: Individual
Current assignee: Individual
Priority date: 1942-12-18
Filing date: 1942-12-18
Publication date: 1943-11-02
Anticipated expiration: 1960-11-02

Description

Nov. 2, 1943. l, B, KAUFFMAN 2,333,574

" LoCoMoTIvE wINnow I- l Filed Deo. 18, 1942 3 Sheets-Sheet 1 FIG. 3

15 .16 u. 12 c."-J-E: .31 2:5 INVENTOR ZZ ze JOHN B. KAUFFMAN ATTORNEY Je z5 zz FIG. 1

. a7 4Z .58 41 /26 9 f Z1 4g ZO INVENTOR 8 JOHN B. KAUFFMAN Ll 40 g l 37 E 15 5V Nav. 2, 1943. J E, KAUFFMAN 2,333,574

LOCOMOTIVE WINDOW Filed Dec. 18, 1942 3 Sheets-Sheet 2 2856155 A *3227 45 i J8 Ele-L4 m v? i353 242.52 Z019 ATTORNEY J. B. KAUFFMAN LoooMoTIvE wINDow Nov'. 2, 1943.

Filed Dec. 18, 1942 3 Sheets-Sheet 5 ATTORNEY Patented Nov. 2, 1943 PACEENT' OFFICE 2,353,574. LocoMofrIvn WINDOW .lohn B; Kauiinan, Janesville; Wis;

ApplicatiomDecemben 18, 1942; Serialf-No; 469,406

13 Claims.

'The'.t present invention relates: to' windowsA ad'aptedifor. use' on locomotive cabs' and the" like,- and. moreV particularlyl toi w-indowsf oik the laterallyfextensible type:

An: objectf of the. invention". is. to: provide an.. improved folding windowI of simple and rugged construction: adapted` to' .bemounted on a loco@ motive?. canl andi readily' adjustable to" form. atithe side: ofitheI` cab a; projectingshield or enclosure forfprotectingz: the: engineer. when he' leans cutwa'rdxt'oobtainhisfview.-

Another object of the; inventioniis4 to provide 'a' locomotive cab=windowf of: this character'whiohfis easily'r and quicklymovable out'. of the way to avoi'dobstructionsne'ar: the trackway' andato-permit-the treeruse oftlieswindowopening-ofthe cabf as=an1em`ergency exitforthe engineer.

l\..1*'u'rtlnerfv object is@r tof provide a.r folding win` dow? Whichrcan be readily appliedi to ai locomotive camini place of one; of:v thef-conventional.` slidingl sashes; and:- wliicl'riwhen ini folded condition; is freely slid'abl'e along the sashzguideways.v

A1 stillfl further object: isf to provide aicab'f winr-r dovwifwliich ist compactly foldabl'e andrwhich can be*n expeditiously" manipulated tof its:l folded and extended positions Withouti danger' ofi` jamming orliindin'g;v i

'Eheiinvenftionffurther consists in the:several'V featuressr. hereinafter described` and: claimed.

Ini thef accompanying drawings, illustrating certain" embodiments of ther invention-1;.

Fig. 1 is a side elevation of a window' of'. the.` V invention; asn-.itu appears applied toalocomotive cab.; the window beingfsh'ownA inf its outwardly projecting positions.'

Fig-.-v 2 is: assectional'tvi'ewtaken generallyl along theline` 2--211 of l Fig.` `1';

Eiga-.3 isfasectionali view similar'toFig. 2,` but showing'e the.window in its foldedf or retractedfposition; y

'liig'v dfisa-seotional view-.taken generally along. the line: 44- @Eig- 1', but showing the window innan interinadiafte;'passingy position;t Y .I

Fig...5 is a.- sectional elevation taken: generally` along the line. 5-,-5- of Fig-. 1',.the` window being.. inits outwardly projectedposition;

Eig: 6 isafsectionali elevation similarto Fig.. 5, hut/ showing-thewindow inthe folded or.y retracted.positionindicatedin-1i.g.3;.` y 4 A Eig... 7 is a. detail sectional elevation of the upper.portion-..ot thewindow inits projected posit/ion;A Y l Y 8v isfasectional View` similar to. Fig. 2;.,but showing a modified form of window; 4

Eig. .9.fis vasecti'onatviewoi the window ofY Fig.

Sfin: its -fold'edor retracted condition and; moved alongi its` trackways toa positionv exposing. the window opening of the cab;

Eig; 10 is-'asectional elevation similar tofFig. 61 51andrshowingfthe.Window of Fig. 8 in: itsV closed or; retractedlposition, an extended position'of the windows-being shown in lbroken lines;

Fig. l11-l is: a detail' sectional elevation of .the lower'portionof Fig. l0; V 4 Fig;122isa1'view'similar toFigl 1l, but showing amcdiedhformi of retaining means for holding the :window in its-folded position, and

Fig. 13A- is.- a detail lperspective view of aslidable Windowfframe.- y y Y In the form of the invention shown insFigs; 1. tot-7 of.- theY drawings; thenumeralE l5 designates. a locomotive cabhaving the usual window opening. I Elin yitsside-Wall'. closed--by one or: more slidable windows, two be- 20. ingggshown inthe present instanceand being designatedlgenerallyby thev numerals I-'l and i8. TheUw-indow' ll-isof.conventional type, While the window l8r-is: constructedin accordance with the presen-tdnvention; asherenafter more. fully de. 2m scribedf The Windows I1 and I8 are slidably mountedlinthe. usual horizontal outer and inner channel guideways.v I9. and. 20; respectively, arranged... at' (the. inner side of thev cab side Wall,. these. guideways.. extending in parallel relation Bilsf'adjacent to. the. upper and lower edges of thev window. opening.` Inithe closedposition of the windows,.the.rear edgeof .the front window over;- lapsthe. front .edgeof the rear` window, as seen. in Figs.. 2`and 3. The windowsl are movable for.- 35a wardly along their guideways to. expose the Window opening. so that the .engineer may lean out of the opening to View the, track and to observe signals. The cab is provided with the usual outwardly projecting padded arm. rest 2| extending 40m along. the bottomedgeof the window opening. i f

AThe cab window opening I6 is made rather large;y not only to provide good visibility but also to form an emergency exit for the engine crea/so that' they may quickly escape from the 4,5l cabin case of necessity. For example, the cab of'. a4 steam locomotive vmay become .lled with live.l steam, as by. the breaking' of a gage glass.

If the windowslfland |.8 happen,v to be in closed' position.duringsuch accident they can be slid 50.. quickly to their open position. Y y

In aY cab window .structure of conventional type the inner slidaole window is like the Outer' window ll'. These windows are. closed in severe weathen. but beoauseot poor visibility it is usuoo. ally necessary t0. open them at intervals to per- Theopening is adapted to loey mit the engineer to project his head outwardly through the window opening and thus improve his View. Such exposure, however, may cause considerable physical discomfort and pain.

In accordance with the present invention, the conventional plain inner window is replaced by the window I8, which is extensible from the side of the cab and which will permit the engineer to project his head outwardly beyond the plane of the cab wall so as to have an unobstructed view, the window forming a shield or protector for the engineer. This window is further arranged to permit quick and easy retraction for avoiding damage by obstacles near the track and for allowing the window to be slid quickly to open position, so as not to interfere with theuse of the Window opening as an emergency exit.

The window I8 of the present invention includes a rectangular frame which is slidable in the guideways 20 and is here shown to consist of an outer frame member 22 and an inner frame member 23 detachably secured together, the inner frame member denning an opening`24 between its -side uprights or stiles. The frame may be constructed of wood or metal, or both of these materials, and in many instances the outer frame member may be of wood so as to permit easy trim# ming `to fit the cab guideways 2l), especially in cases where it is desired to apply the window to an existing locomotive. As shown in detail in Fig. 13, the outer frame member 22` of the rectangular frame has side rails or uprights 22a and top and bottom rails 22h, and the inner frame member 23 has side rails or uprights 23a and top and bottom rails 2317.

An articulated multipleV section sash assembly, comprising a series of pivotally connected glazed sash members or

panels

25, 26, 21 and 28, is arranged to close the opening 24 in the frame member 23. The end sash member 25 is secured at its front edge to the front upright of the inner frame member 23 by a vertical hinge 29, andat its rear edge is secured to the front edge of the intermediate or side sash member 26 by a vertical hinge 30. The rear edge of the intermediate sash member 26 is secured to the adjacent edge of the rear sash member 21 by a vertical hinge 3|, and the two rear sash members 21y and 28 are connected by a vertical hinge 32. The rear edge of the end sash member 28 is connected to the rear upright of the frame member 23 by a vertical Y hinge 33 which is preferably a double hinge having an intermediate leaf 34. The intermediate or side sash member `26 is here shown to be considerably wider than the front sash member 25, and the two connected

rear sash members

21 and 28, which are relatively narrow, have a cornbined width'about equal to the width of thejfront sashmember. Suitable handles 35 are secured to the inner side of some yof the sash members to facilitate the folding and Yunfolding of these members. These handles are here shown to be secured to the front uprights of the

sash members

26 and 28. The combined width of the

sash members

25 and 26 is about equal to the Width of the frame opening 24, and in the closed position of the' foldable-window, shown in Figs. 3 and 6, the

connected sash members

25 and 26 are in alignment in the plane of the

frame

22, 23, and close the frame opening`24, permitting the frame to slide along the guideways 20 in the manner of a conventional plain window, so as to expose the window opening I6 in the cab side Wall. In the foldedposition of the articulated sash assembly, the narrow rear'

sash members

21 and 28 lie at Y of the sash assembly the sash member 26 extends approximately parallel to the plane of the cab wall and is spaced outwardly beyond the arm .rest 2l, and the front sash member 25 and the lportion of the outwardly projected sash assembly, as seen in Figs. 2 and v5. The inner panel section 31 is pivotally secured to the horizontal bottom-rail of the windowframe member 23 by a hinge 39 having an L-shaped hinge leaf attached to this frame member, the` hinge axis extending parallel to this rail andV being spaced inwardly from the inner face of the frame member. The two sections of the bottom -panel vare connected by a hinge 40 extending parallel to the mounting hinge 39. In itsshelf-forming position the articulated bottom panel is suitably supported by the lower edge portions of one or more of the

sash members

25, 26, and 28, 'as by inner ledgeforming ribs 4I on thesev sash members. When the bottom panel is in its shelf-forming position,

the articulated sash assembly is held in its extended position, forming a bay window, as seen in Fig. 2, land cannot collapse. In the retracted position of Athebottom panel, seen in Fig. 6, the panel sectionv 31 hangs below the hinge 38 and the panel section 38 is folded upwardly adjacent to its companionsection and is suitably held in place as by a friction catch 42. If desired, the panel section 38 may merely hang below the section 31', as shown by dotted lines in Fig. 6. A suitable handle 43 is secured .to the panel section 38 tof facilitate themanipulation of the bottom panel. f

An articulated top`

panel

44, 45, generally similar to the bottom paneLforms a coveror roof for v the outwardly projected sash assembly, the inner panel section 44 being pivotally secured to the horizontal top rail of the window frame member 23 by a mounting hinge 46" similar to the bottom panel mounting hinge 39, and the two

Vpanel sections

44 and 45 being connected by a hinge 41. The front, outer and rear edges"v of the top panel are provided withsealing strips 48 of rubber or other suitable resilient material having a frictional sealing engagement with the inner side walls of the severalsash members. These Sealing strips serve to exclude the weather-and also hold the top panel in its extended position. Preferably, spaced ribs or beads 49'are secured along the inner walls of one'ormore of the sash mem-- bers near their upper edges to form a shallow channel or seat for receiving the sealing strips. In some instances, the sealing strips may be secured to the sash members instead of to the top panel.

In the retracted position of the top panel, seen members in their closed or retracted position. The, mounting hinge 239 for the bottom panel is suitably recessed to admit the bolt of the latch.

The latch |53 may be used on either form of window.

,Certain speciiic embodiments of the invention have been shown and described, but it will be understood that changes and modifications may be made therein within the spirit of the invention.

What I claim as new and desire to secure by Letters YPatent is:

l. In combination, a window frame having an opening, a sash assembly for said opening -comprising a plurality of sections pivotally connected together in serial relation and having parallel pivotal axes, the opposite end portions of said sash assembly being pivotally connectedvto said frame on axes substantially parallel to said firstnamed -axes,vsaid sash assembly being projectable outwardly` from said frame to a bay-window formation, and means for releasably retaining said sash assembly in its projected position, said sash assembly when retracted having a portion of its. length closing said opening and the rest of said sash assembly being folded at the inner side of said first-named portion in substantially parallel relation to said frame. i 2. For mounting on a wall having a window opening therein and guideways adjacent to the upper end lower edges of said opening, the combination of a frame adapted for movement along said guideways and having an opening, a sash assembly for said frame opening comprising a plurality of sections pivotally connected together in serial relation and having parallel pivotal axes, the opposite end portions ofsaid sash assembly being pivotally connected to said frame on axes substantially parallel to said first-named axes, said -sash assembly being projectable outwardly from said frame to a bay-window formation, and means for releasably retaining said sash assembly in its projected position, said sash assembly when retracted having a portion of its length closing said frame opening and the rest of said sash assembly being folded at the inner side of said first-named portion in substantially parallel relation to said frame, said frame being movable along said guideways to close and expose said wall opening.

3. In combination, a frame having an opening, a multiple section sash movably mounted on said frame and extending across said opening, said sash being extensible outwardly from said frame to a bay-window formation, and means for releasably retaining said sash in its extended position, said sash when retracted having some of its sections in alignment for closing said opening and the rest of the sash being folded at the inner side of said aligned sections in substantially parallel relation to said frame.

4. In combination, a frame having an opening, a sash assembly for said opening comprising four sections pivotally connected together in serial relation and having parallel pivotal axes, the terminal sections being pivotally connected to the opposite side portions ofsaid frame on axes substantially parallel to said first-named pivotal axes, said sash assembly being projectable outwardly from said frame to a bay-window formation, and means for releasably retaining said sash assembly in its projected position, said sash assembly when in retracted position having one of the end sections and the adjacent intermediate section substantially in alignment to `close said opening, and the other two sections being movable to a folded position at the inner side of said intermediate section.

5. In combination, a frame having an opening, a sash assembly for said opening comprising a plurality of sections pivotally connected together in serial relation and having parallel pivotal axes, one terminal section being pivotally connected to one side of said frame, and the other terminal section having a pivotal and slidable connection with said frame and movable along said frame, said sash assembly being projectable outwardly from said frameV to bay-window formation, and means for releasably retaining said sash assembly in its projected position, said sash assembly when in retracted position having said first-named end section and the adjacent intermediate section substantially in alignment to close said opening, and the other terminal section being at the inner side of and substantially parallel to said intermediate section.

6. In combination, a frame having an opening, a sash assembly for said opening comprising three sections pivotally connected together in serial relation and having parallel pivotal axes, one terminal section being pivotally connected to said frame on a substantially vertical axis parallel to said first-named pivotal axes, said frame having a substantially horizontal guideway extending therealong and the other terminal sash section being pivotally mounted on said frame and slidable along said guideway, said sash assembly being projectable outwardly from said frame to form a bay window, and means for releasably retaining said sash assembly in its projected position, said first-named terminal sash section and the intermediate section adjacent thereto having a combined widthapproximately equal to the width of said frame opening and being movable inwardly from their projected position substantially into the plane of said frame to close said opening, and the slidably mounted terminal sash section being movable to a folded position at the inner side of said intermediate sash member.

7. For mounting on a wall having a window opening and having substantially horizontal sash guideways at the inner side of said wall, the combination of a frame adapted to slide along said guideways and having an opening, a multiple section sash pivotally connected to Vsaid slidable frame and extensible outwardly through said wall opening to a bay-window formation, and means for releasably retaining said sash in its extended position, said sash being foldable to a retracted position with some of the sections thereof closing said frame opening and the rest'of the sections at the inner side of said last-named sections.

8. In combination, a frame having an opening, a sash assembly for said opening comprising four sections pivotally connected together in serial relation and having parallel pivotal axes, the terminal sections being pivotally connected to said frame and having pivotal axes parallel to said first-named axes, one of said terminal sections and the adjacent intermediate section being movable into alignment to close said opening and having a combined width substantially equal to the width of said opening, the other terminal section and the section adjacent thereto having a combined width approximately equal to the 4width of said rst-named terminal section and being foldable on themselves at the inner side of said intermediate section, said sash assembly being extensible outwardly from said yframe to a bay-Window formation, and means for releasably holding said frame assembly in its extended position.

9. In combination, a frame having a Window opening, a multiple-section sash for said opening comprising a plurality of pivotally connected sections, one terminal sash section being pivotally connected to one side portion of the frame and the other terminal section having a double hinge connection with the other side portion of the frame, said sash .being extensible outwardly to a bay-window formation, and means for releasably retaining said sash in its extended position, said sash when retracted having said first-named terminal sash section and the adjacent intermediate section in alignment to close said opening, and the other terminal section and the section adjacent thereto being folded on themselves at the inner side of said intermediate section in substantially parallel relation to said frame and with said adjacent section interposed between said intermediate section and said last-named terminal section.

10. In combination, a frame having an opening, an articulated multiple section sash for said opening having its opposite end portions pivotally connected to said frame, said sash being extensible outwardly to a bay-Window formation, and means for releasably retaining said sash in its extended position, said sash when in retracted position closing said opening and having a portion'folded at the inner side of said opening in substantially parallel relation to said frame.

11. In combination, a frame having an opening, a folding multiple-section sash assembly for said opening movably connected to said frame and extensible outwardly from said frame to baywindow formation, a top panel pivo-tally supported a1; the inner side of said frame and swingable outwardly through said opening into the extended sash assembly, and means for frictionally retaining said panel in its extended position.

12. In combination, a frame having an openm ing, a folding multiple-section sash assembly for said opening movably connected to said frame and extensible outwardly from said frame to baywindow formation, a top panel pivotally supported at the inner side of said frame and swingable outwardly through said opening into the extended sash assembly, and resilient sealing means for frictionally retaining said panel in its extended position.

13. For mounting on a Wall having a Window opening and guideways at the inner side of said wall, the combination of a frame adapted to slide along said guideways and having an opening, an articulated foldable sash assembly movably mounted on said frame and extensible outwardly to a bay-window formation, and a bottom panel for releasably holding said sash assembly in its extended position and having a pivotal connection with the lower portion of said frame, said lbottom panel being swingable through said frame opening and when in its inner position being pivotally suspended at the inner side of said frame.

JOHN B. KAUFFMAN.