US2925859A

US2925859A - Window frame

Info

Publication number: US2925859A
Application number: US664944A
Authority: US
Inventors: Jr Horace G Baker
Original assignee: Individual
Current assignee: Individual
Priority date: 1957-06-11
Filing date: 1957-06-11
Publication date: 1960-02-23
Anticipated expiration: 1977-02-23

Description

L in?) -a Feb. 23, 196@ H G, BAKER, JR 2,925,859

WINDOW FRAME Filed June 1l, 1957 5 Sheets-Sheet 1 lMz W Q .N V LL( T 2T-fl Eil] Feb. 23, 1960 H. G. BAKER, JR 2,925,859

y WINDOW FRAME Filed June l1. 1957 5 Sheets-Sheet 2 r S5 l E* SL15 A @5m h@ E* N uw? 0 Kortom.

#3v 22W d\ loi* INVE TOR X A Home@ Ba ezzJr,

LM l ATTORNEK Figa.

Feb. 23, 1960 H G, BAKER, JR 2,925,859

WINDOW FRAME Filed June 1l, 1957 5 Sheets-Sheet 3 16o sg 4,2

IN VENTOR.

9 v Ifomce @Baken/r.,

m ATTORNEY United States Patent iz,9zs,ss9 rWINDOW FRAME y Horace G. Baker, Jr.,`Hamburg,.N.Y, Y y `ApplicationJune 11, 1951, seal No. 6645944 l '9 claims. (ci. 16o- 37j t My invention relates to improvementsin window frames and moreparticularly to -Window frames *in which fglass sections` and a rscreen 'are `mounted ttor` `lateral sliding movement in the-frame and are selectively :movable-from apositionfclosing y.the window frameopening to a position laterally adjacent the window 4frame opening and within afvvalhf- GCC j 2,925,859 .z Patented Feb. 23, 1960 Figure -6 is a horizontal sectional view of the glass locking means taken onthe line 6-6 ofFigure 5. Figure 7 `fis a horizontal 'sectional view showing the means forymoving they glass and screen sections to 'selected VPrior ywindow,ifrz-u'n'es of lthisftype have Vheerncostly -to manufacture, have been4 diicult to operate and lock and have not :adequately ysealed the window frame vopening against lair leakage and the-r elements, or'the sealing means have been complicated and costly, have not` provided space to allow installation offheatand cold resisting in sulation to `thatjpor-ftionfof the window frame within the wall, `and -have not beendesigned .nor adapted` to use framelessyglasswindows thereby to provide the frame with amaximum size @f 'usableopening l T heobjects Dfmy Yinvent-ion vare fto overcome-the objecpositions.

Figure Sis `a horizontal sectionalview similar to Figure 4 Abut `showing the, screen section positioned to close the window Opening `and the yglass sections slid into th storage `opening -at the far end of theframe.

Figure 9 is a fragmentary horizontal sectional view indicating how my Window frame may be formed with Ya. vertical central member and duplicate pairs of glass sections -and apair of duplicate screen sections to provide a paircfwindowopening-s located in contiguous sideby-side relations@ Figure Y10 is a @fragmentary vertical sectional lview indieating how my ywindow frame may be `formed with .a horizontal central member and superposed duplicate glass andfscreensectionstoprovidesingle or double superposed window openings. y l l In order to lsimplify the drawings `a window frame20 having Va single Window opening 21 closable by either or both yof-lilre linner

andouter spacedglass sections

2,2 and 23 lor :a screen section `24 locatedtherebetween 'has been 4illustrated but it will be apparent, `to those skilled in the l, art, that my construction is also adaptable to ,provide tions '-to prior Windows tot" Athe type described; -to yprovide` y SH01; .a window with component parts which are adapted' tolse produced yand kassembled by mass production methods at a low cost perunit; to provide such a window with-tracks for ,guiding and removably retaining a :like

pair of glass sections andazscreen section in selected positions and'for'sealing rthewindow opening against entrance of air-and the aelements when the glass `sections are positionedto Vclose the `window opening; to provide simple vand `effective lock ymeans for locking 4the `glass `sections in therposition-in which they.close\and tseal ,the window opening, Ythereby `preventing ,adventitious or surreptitious open-',-

ing movement of the glass, sections; sto provide. glass. sections which `dognot require trames; to providevthe glass sections and the screen with means for moving them vfrom orto.,se1ected positions; and ,to Iprovide a window frame of the characterdescribed witha ,single window opening, double pwindow openings in Aside-by-side relation and superposed @pluralities of single .or `double window openand a screen section 4.sli'clah'lymounted..therein `for mowement vfrom a ,position closing the window opening to a positionswithin and concealed bythe adjacent wally yReferring .to .the drawings: t I F'gure f1 is fan `elevational View of the inner ,sideof my: windowlframe showing its 4glass sections locked in their window opening sealing position and its screen sec-V tion slid'into a storage 4opening vat the `far end of the fram@ t y V Figure I2 is an elevational view showing the outside ofthe windowffr'ameldepi'cted inFigure l. v Figure 3 is a :vertical"sectionall view taken on the line 3-3 of 'Figure "1 and shows how my frame is installed in` a wall.v

"Figure is a horizontal sectional viewtaken on the line' 4-4`of'- Figure -1 and also "shows how `my frame is installed infawalL f -fFi'gure 5 is =an enlarged `lfragmentary sectional view double window lfr'arneshaving arpairV of window openings in fside-by-side relation and that either of the y'single or doublefrarrres` may :be formed with a number of superposed-window openings `in a manner to bedescribed.`l t

As shown in Figures l and 2 the rectangularframel is yformed with spaced and parallel upright end members 25 and 26secured to the `ends of horizontally `disposed spaced parallel top, 4intermediate and sill members 27,28l and 229 -respectively. The members 27 and 28 are suitably notched to receive `a pair Vofgvertically disposed `spaced inner and 4outer members'l and 32 which vertically divide the frame 20` to `provide it with the desired window opening 21 and a glass and `screiengsec- `tion vstorage .opening 21a adjacent to thel opening A21;.

V'The membersl anlv32, dueto theirspacing, provide .a

' space 2lb (Figure 4) 'through which theglassand screen sectionsmay pass. The'fsill 29, as lis usual -in window frames, Vis nf greater breadth `than Vthe

members

25, 26, 27,31 and S2 -which,

to Y,provide the frame '20 `lwith the `desired `structural with strip or track .sections 35,3f61and37, the -traclts 1f strength land-:to save the icost .of abricating.,ispecially dimensioned rinembers, are Y.preferably formed of sections of `standard,.members known -as 2 :X i4s. The member 2`may .also be ,frormedof a sect-ion of 2 Xflr'but is :preff erably formedtof ta .piece Vof :less :thick-ness wand as shown ings, ;each,provided with afframeless pair of glass sections i inFigures l`and`3f-.is rabbeted between athe end member 25 ,and themember 3,1, thatis to-say ,tor fthewidth'of the inafter described. i e r.;

As shown in the drawings the frame 20 :issprov'ided and A`36 being .,ofa length -to extend between :the tend' i the upper side/of -the sill 29 about midway between their,

members 2S and and being of a width to ,it between the members 31 ,-32, are alined insuperposedfrelatfionand secured to the lower side of the `memberxZS .and.-,to,

, side edges by suitable screws. The strip `3f] `extends t vertically between the tracks `35 and 36 and being-,eo-y

planar therewith'is secured to` the endfmember 25,1by.W several of the lscrews 3,8.v The Vtrack ,36 throughout-its,

length is .formed with spaced parallel inner `and [outer grooves l41 and 42 to 'slidably receive the Alower .edge p ortion of the

glass sections

22 and 23 and `midway -be tween the Vgrooves 41 and 42 is formed with asimilar.

butV wider grooveV 43 ,toslidably receive the lloyver edge,`

portionio'f thescreen'-section24. YTo provide drainage Yfor opening `21 to provide'a.recessforapurposegtolrsehere` stops is entirely free.

the

grooves

41, 42 and 43 the track 36 is provided with r a plurality of drainage holes 44 which communicate with the several grooves (Figures 2, 3 and 10). The strip 37 is formed with grooves 41a and 42a similar to yand alined with the grooves 41 and 42'to sealingly receive the vertical edge portion of the glass sections 22 -and 23 and with a groove 43a alined with the groove 43 to receive the vertical edge portion of the screen 24.

In order to provide a maximum of usable glass area i" against the outer edge of the frame and whose legs are slidably mounted in the screen frame and have their inner ends formed to limit its outward movement to the distance required to providenger space for the user.

A pair of locking means 60 each operable to lock one of the glass sections in its window opening sealing position andto unlock its glass section for movement to its v other position is best seen in Figures 5 and 6. These the Aassociated glass to sealingly seat therea'gainst and the interior side surfaces of the inverted channel-shaped track- 35 are iiat and coplanar with the flat sides of the

grooves

41, 41a, 42 and 42a to allow the upper edge portions of the glass section to sealingly 'engage' lthereagainst. The opposite sides of the

grooves

41, 41a, 42

and 42a are inclined in a mannerftending to force each 'glass into sealing engagement with the at side of its groove and the -coplanar hat surface of the track 35. 'Ihe track 35 is provided with a resilient.channel-shapedy strip l45 formed and arranged as shown in Figure 3 to "iii -resiliently engage and hold the glass sections'in their seal-v ing engagement. Still referring to Figure 3 it will be seen that the track 35 is also provided with another channel-shaped resilient strip 45 formed and arranged to resiliently engage the upper edge portion of the screen duplicates of and alined with the

stops

46 and 47 in which case the inner edge of each stop would be slightly spaced from the surface of the adjacent glass section and could be provided with a suitable strip to seal the space, however it is presently preferred that the

stops

51 and 52 be locking means are made the same to ysave the cost of providing diiierentlocks and each include a manually operable Z-shaped locking4 member'lll having a straight body portion 62 terminating in inner'and

outer legs

63 and 64 bent to extend at 90 degrees to the axis vof the portion 62 and at an included angle of 13 5 degrees from each other. The4 body portion "62 is snugly journaled in a central loop portion 66 of a mounting bracket 65 to slightly resist rotation therein.

`Still referringlto Figures 5 and 6 the inner edge of the stop 51 midway between its-ends is formed to receive one of the locking members 61 and its bracket 65 which is secured thereto by wood screws 67. The other locking means .61 has its bracket reversed and secured upon the outer surfaceof the` outer edge of the screen frame by metal screws 68. With the bracket thus arranged -and the legs 63 in their unlockedaposition the lockingv `means do notinterfere with free movement of the glass and screen sections. Assuming that the glass and screen sections are positioned as shown in Figure 6 and the

legs

63 and 64 of the locking `means are in their unlocked position, indicated by dot and dash line's in Figure 5, a 90 degree swinging movement of the outer legs 64`causes a like swinging movement of the inner legs 63 to their glass locking position across the rear edge of the glass so-that the glass sections are locked against'adventitious or surreptitious movement. The inner leg 63 is formed Awith a cam surface 69 formed and arranged'to gradually engage the inner edge of `the-associated glass in a manner to cause its outer edge to move into sealing engagement with the walls of the associated groove in the strip 38 by and during the locking movement.` A stop pin 63 is provided for each locking means'and is arranged to limit the locking movementof the outer leg to that l required. No 'stop is required for the unlocking'moveformed so that their inner edges sealingly engage the adjacent glass thereby preventing air and the elements glass sections are in their closed position (Figure 4).

from entering the space 21a or the building when the v50 in the event it becomes necessary to remove the glass I or screen sections, the stop 51is removed and the the opening 21. To replace, a section the foregoing procedure is reversed.

' As shown in Figure 8 the outer edgeof the glass sections are ush with the

stops

51 and 52 when `not in use and the outer edge of the screen section' 24 is also ush with the

stops

51 and 52 when not in use (Figure 7) so' that the window opening defined by the tracks Vand the In order to withdraw the Hush glass sections and move them to the position in which they close the opening 21, they are each provided with a clear plastic block 55 cemented to their inner lsurface adjacent their outer edge and each block is provided with` a nger piece 56 preferably in the form of a ringk pivotally anchored to its block. v l f l The outer edge vof the frame of thev screen section is then may be tilted and withdrawn from the track 35 and ment of the-lockingmeans since duringA this movement the leg 63 of the outer means swings against and is stoppedby theffs'creeniframe 24 andthe leg 63 of the inner means swings against and is stopped by the stop 51. The frictionaly engagement of the loop 66--with the portion 62 is such that the locking means is frictionally vheld in place. j 1

The frame 20 is adaptable to other wall constructions but has been shown as formed for installation'in building walls formed of 2 X 4 studs, to the outer side of which Sheathingsiding, shingles or similar materials and tothe inner side of which plastered or otherwise finished inner Walls are secured in the usual manner.

l Referring to Figures 4 and`8 it will 'be noted' that the overall dimension of the spaced members 31k and 32 is greater than the dimension of the

end members

25 and 26 and that to provide nailing space for the sheathing .to the frame the member 32 has its outer surface adjacentto the opening 21arabbeted as shown in Figures 4 and 8, and

` to' allow the sheathing to extend over and close the space also provided with a linger piece 57 preferably in the Y between the members 27 and 28 has its top end formed as shown in Figure 2. The frame opening 21a, having its outer side covered by the sheathing and siding, does not show and since the opening 21 is trimmed by outer trim members in the usual manner the exterior appearance of my window simulates the appearance of conventional windows with the exception that the-opening of my window is not reduced in usable area by the unframed glass sections when they ,are closed. Theframe opening 21a also has its inner side vcovered by the inner Wall finishing material and my frame' is constructed to :allow assenso El this opening to be insulated in the same manner as the adjacent wall, if desired (Figures 4 and 8).

The inner side of the opening 21 is also trimmed by the usual trim members to simulate the appearance of a conventional window, however when it is desired to provide the window opening with a roller shade the top trim member is hinged as shown in Figure 3 to allow access to the recess 33 in which a roller shade 70 may be mounted in the usual manner. To guidingly receive and retain the sides of the shade and its free end reinforcing member 71, each side of the opening 21 is slotted as at 72 (Figures 3, 4 and 8).

When it is desired to provide double windows in sideby-side relation a vertical member 25 (Figure 9) replaces the member 25 and the structure above described is duplicated at the other side of member 25 and when a plurality of superposed single or double windows are desired a horizontal member 73 (Figure l0) is secured between each vertically adjacent duplicate pair of the

openings

21 and 21a.

It should be understood that the herein shown and described forms of my window are intended to exemplify the principles of my invention and that various modications and rearrangements of its component parts may be made within the scope of the appended claims.

I claim:

1. An improved window of the character described comprising a rectangular window frame formed of horizontally disposed, spaced and parallel top and bottom members, having their end portions connected together by vertically disposed spaced and parallel end members and connected intermediate their end portions by a pair of spaced parallel vertical members dividing the frame into communicating Window and storage openings, said pair of vertical frame dividing members having their adjacent surfaces spaced to snugly receive a pair of track members therebetween and their remote surfaces arranged and formed to allow securing the inner and outer walls of a building thereto in a manner enclosing and concealing the storage opening, a lower track secured upon the bottom member and extending between the frame dividing members and from one end member to the other end member, said lower track being formed lengthwise with a pair of spaced narrow inner and outer glass section receiving grooves and a wider screen section receiving groove therebetween, an unframed glass section slidably mounted directly in the inner groove, a similar unframed glass section slidably mounted directly in the outer groove, a lightly framed screen section slidably mounted in the wider groove, said glass and screen sections each being independently slidable to and from a position closing the window opening and to and from a position within the storage opening, an inverted rigid channel shaped track secured to the lower side of the top member in coplanar coextensive relation to the lower track, and a pair of nested inner and outer inverted resilient channel shaped elements coextensive with the rigid channel track and secured thereto intermediate its side walls, the depending side Walls of said outer resilient channel each acting to resiliently maintain the upper edge portion of one glass section in slidable sealing engagement with the adjacent side Wall of the rigid channel, and the depending side walls of said inner resilient channel each acting to resiliently maintain the upper edge portion of the screen frame in slidable sealing engagement therewith and alined with the screen groove in the bottom track.

2. An improved window frame as set forth in claim 1 I wherein the innermost and outermost walls of the glass receiving grooves of the lower track are each vertical and coplanar with one inner vertical wall of the rigid channel and the opposite walls of said grooves are upwardly and inwardly inclined thereby to supplement the action of the depending legs of the outer resilient channel element in resiliently maintaining the upper and lower edge portions of each glass' section in slidable sealing engagement with the coplanar surfaces of the upper and lower tracks.

3. An improved window frame as set forth in claim l wherein a vertically disposed grooved strip member is secured to the end member of the window opening, said strip member being alined with and extending between the bottom and top track members and being formed with grooves formed like and alined with the grooves of the bottom track, thereby to receive and force the outer side edge portions of the screen and glass sections into sealing engagement with the strip when said sections are positioned to close the window opening.

4. An improved window as set forth in claim 3 wherein one of a pair of inner and outer stop means is secured to one of the spaced vertical frame dividing members to engage the adjacent surface of one of the glass sections, thereby to seal a space between the frame dividing members and the glass sections, and the inner of said stops is detachably secured and removable to allow removal and replacement of the glass and screen sections.

5. An improved window as set forth in claim 1 wherein the exposed outer end of the glass and screen sections each carry means formed and arranged to allow free movement of said sections independently of each other, said means including a finger-piece usable for sliding said sections through the window opening from and to their different positions.

6. An improved window as set forth in claim 1 wherein a manually operable lock is carried by the screen section and is operable to engage and lock the outer glass section in its window closing position and a manually operable lock carried by a stop secured to the inner of the vertical frame dividing members is operable to engage and lock the inner glass section in its window closing position.

7. An improved window as set forth in claim 6 wherein each lock includes a Z-shaped locking element having operating and locking arms angularly related to each other and to their body portion, and the body portion is pivotally mounted to a bracket formed, arranged and secured, whereby swinging movement of the operating arm causes the locking arm to move from an unlocked position to a locked position across the inner edge of its glass section.

8. An improved Window as set forth in claim 7 wherein the locking arm is formed with a cam-shaped surface operable by and during locking movement of said arm to engage and move its glass section, thereby to force its outer edge portion into sealing engagement with a sealing strip.

9. An improved window as set forth in claim l wherein the storage space of the frame is formed to provide space for the application of insulating material thereto adjacent the inner storage space closing wall, and an insulating material secured in said space.

References Cited in the le of this patent UNITED STATES PATENTS 1,220,073 Cooper Mar. 20, 1917 1,325,089 Hankammer Dec. 16, 1919 1,398,017 Hewitt Nov. 22, 1921 2,355,803 Hopewell Aug. 15, 1944 2,495,877 Theilman Jan. 31, 1950 2,619,205 Best etal Nov. 25, 1952 2,705,062 Bongiovanni Mar. 29, 1955 2,792,246 Sisson May 14, 1957 FOREIGN PATENTS 34,835 Switzerland Dec. 20, 1905