US2688165A

US2688165A - Window or other slidable closure

Info

Publication number: US2688165A
Application number: US14897A
Authority: US
Inventors: Arthur R Kinish
Original assignee: AMERICAN SEAL RITE CORP
Current assignee: AMERICAN SEAL RITE CORP; AMERICAN SEAL-RITE Corp
Priority date: 1948-03-15
Filing date: 1948-03-15
Publication date: 1954-09-07
Anticipated expiration: 1971-09-07

Description

Sept. 7, 1954 A. R. KINISH WINDOW OR OTHER SLIDABLE CLOSURE 2 Sheets-Sheetl Filed March 15, 1948 A TTOENE Y.

Sept 7, 1954 A. R. KINlSH wnmow OR OTHER SLIDABLE CLOSURE Filed March 15, 1948 2 Sheets-$heet 2 ATTORNEY- Patented Sept. 7, 1954 2,688,165 'WINnow on OTHER SLIDABLE CLOSURE Arthur R. Kinish, Highland Park, Mich., assignor to American Seal-Rite Corporation, Highland Park, Mich., a corporation of Michigan Application March 15, 1948, Serial No. 14,897

2 Claims.

This invention relates to a construction for use in windows or other slidable closures, and more particularly to a construction wherein the joint between the closure and its frame is weatherproof and which will not rattle.

An object of the invention is to provide a construction of the type indicated, having improved sealing characteristics to eliminate drafts and the entry of dust.

A further object is to provide improved mounting means for windows or other closures, whereby the closure may be easily mounted in or removed from its frame when desired.

A further object is to provide an improved closure construction wherein the frictional resistance to sliding movement is controlled and substantially constant, so that the need for sash cords and weights is eliminated.

A further object is to provide a construction which is substantially noiseless, weatherproof and dustproof, and which may be applied to closures originally constructed on conventional lines.

Further objects and advantages of the invention will be apparent from the following description, taken in connection with the appended drawings, in which:

Fig. 1 is a front elevation of a window sash and frame embodying the present invention.

Fig. 2 is an enlarged fragmentary sectional view taken on the line 2-2 of Fig. 1.

Fig. 3 is a view similar to Figure 2 but showing the sash removed, and with parts broken away to disclose the inner construction.

Fig. 4 is aview in perspective of a sealing strip forming part of the present invention.

Fig. 5 is an enlarged view, partly broken away, taken on the line 5-5 of Figure 1.1

Fig. 6 is a detail of one of the upper corners of the closure.

Fig. 7 is a fragmentary sectional view taken on the line 'l'! of Figure 2.

Figs. 8 is a fragmentary sectional view similar to Figure 5, but showing a'modified form of the invention.

Fig. 9 is a fragmentary sectional view similar 1 I or terminology herein is for the purpose of description and not of limitation.

The construction shown in Figures l-7 comprises a window frame and two sashes of usual construction except as indicated hereinafter, set in place in a wall H] of a building. Viewed from within the building as in Fig. 1, theframe is v provided with the usual upper molding l2 and lateral moldings I4, 15, and with a lower molding A6. The other figures illustrate the elements of the frame, including jambs l8 and I9, crown plate 20, and a conventional sill 22.

The upper sash comprises upper and

lower rails

24, 26 and

stiles

28, 29. The lower sash comprises upper and

lower rails

30, 32, and

stiles

34, 35. The panes of the upper and lower sashes are indicated respectively at 36 and 38.

The casing members I8, [9 and 20 are grooved to receive the usual dividing rail which is indicated at 40 in Figure 2, but which in the jambs l8 and I9 is replaced by

strips

42, 43 of sponge rubber or like material, as indicated in Figures 5, 6 and l. The

strips

42, 43 are secured in place in the grooves by nailing or by any other appropriate means.

Overlying the

sponge rubber strips

42 and 43 are

vertical slide'rails

44 and 45, formed of metal such as copper or aluminum, and of such flexibility that they may bend somewhat to accommodate themselves to slight irregularities in the stiles of the respective sashes. Each of the slide rails is formed with a pair of grooves 46 for each of the sashes, and is formed with interior and

exterior flanges

48, 49 which terminate short of the jambs i8 and [9, to permit the slide rail to move inwardly and outwardly to accommodate itself to irregularities in the lateral dimensions of the sash. At either side of the

rubber strips

42, 43 the slide rails are supported at intervals along their lengths by leaf springs 50, each of which is centrally secured by means such as a nail 52 to the jambs l8 or l9, while the outwardly inclined ends of the spring bear against the slide rail between the adjacent grooves 46. I

As indicated in Figures 3 and 6, the upper dividing rail 44 is cut away at its ends, in order to permit the slide rails to extend upwardly into contact with the crown plate 20, and to permit the

rubber strips

42, 43 to extend into the ends of the groove occupied by rail 40. In order to form a weathertight corner, rectangular blocks 54, of sponge rubber or the like, are secured in the corners at either side of each of the

strips

42 and 43, at top and bottom.

Each of the stiles of the sashes is formed with a pair of tongues or ridges 56, shaped to fit in the grooves 46 0f the slide rail in sliding relation thereto. The tongues 55 may be formed by means of a shaper or other tool, which decreases the overall width of the sashes to the extent indicated particularly in Figure 5, to leave sufficient space for the slide rails.

In Figure 4 is shown a form of Weatherstrip comprising a metal strip 5%, of copper or other suitable material, formed into the trough shape shown and provided with inwardly directed edges '62. A strip of sponge rubber is retained in the trough of the strip 60 by being engaged by the edges 62, with the greater portion of the strip protruding as shown. The strip 60 is held in a channel 65 which has inturned edges 61 designed to retain the strip 60, which may be snapped into place and removed therefrom at will. The base of the strip 85 is flattened to receive securing means such as nails 68, the strip 60 being snapped into place afterwards. The manner of application of this Weatherstrip is indicated in Figure 2, wherein the upper rail 24 of the upper sash is provided with a flared groove in which the weatherstrip is secured, so that when the upper sash is moved to its uppermost position the rubber strip 64 will contact the crown plate and provide a weatherproof and rattleproof contact between the two. A similar strip may be provided in the lower rail 32 of the lower sash to contact the sill 22, and a similar arrangement may be used between the beveled faces of the

rails

38 and 28 to close the crack 68 which may exist between the two.

Where the device of the present invention is used to replace a conventional window construction, the dividing rails in the j ambs l8 and 19 are first removed, and the ends of the dividing rail 48 in the crown plate 20 are cut off as above indicated. The sprong

rubber strips

42, 43 and blocks 54 are then inserted in the grooves from which the dividing rails were removed, the springs 50- are nailed in place, and the slide rails are put into place. In order to limit the inward movement of the slide rails, stop members such as staples 78 may be driven into the sill 22 and crown plate 28, between the planes of the upper and lower sashes.

As used herein, the adjective exterior means situated toward the exterior of the building, relative to an interior element which is disposed nearer to the interior of the building. Thus, the plane of the upper sash is exterior relative to the plane of the lower sash and also relative to a median plane which lies between the two, and which may be said to divide the slide rails into what are hereinafter referred to as exterior and interior portions.

In the operation of the device, it will be seen that the slide rail will yield to accommodate itself to variations in the lateral dimensions of the sashes, such as may arise from swelling or shrinking, and will also accommodate itself to distortion of the frame itself from a truly rectangular shape, such as may arise from settling of the building. It will be noted that the exterior and interior portions of the slide rail need not yield equally, but that the rail may rotate or twist about its longitudinal axis to accommodate itself to varying pressures on its exterior and interior portions as defined above.

The embodiment of the invention shown in Figure 8 differs from that shown in Figures 1-7 in that instead of the leaf springs 50, helical springs 12 are used, each spring having one of its ends extending laterally and formed with a loop, whereby it may be secured by a nail 74 to the jamb [8. In this embodiment, the jamb I8 is formed with sawed slots 78 into which fit slidably the

flanges

48 and 49 of the slide rail 44. Preferably the slide rail is given an initial tension to cause it to be urged against the sides of the slot 16, as indicated in Figure 8, so that air and dirt are excluded from the interior of the slide rail. In place of springs, blocks or strips of sponge rubber may be used if desired.

In Figure 9 is shown an adaptation of the present invention to a window comprising metal sashes. The stiles of the upper and lower sashes are indicated respectively at and 8 2, the slide rail being generally indicated at 84. In this form of the invention, a metallic strip 86 extends along the jamb I8 and is held against lateral displacement by means of molding strips 88, 89 which are secured to the jamb. The strip 86 is provided with a raised central portion 90, and with interior and exterior flanges 92. The slide rail 84 is formed with grooved portions 94 to receive the stiles 80 and 82 in slidable relation, and is formed. with interior and exterior flanges 96, 91 which engage the flanges 92 of the strip 86.

The slide rail 84 is secured to the strip 88 by means of screws 98 which are threaded into the raised portion 98 of strip 86 and are slidably related to the slide rail, to permit the slide rail to move inwardly and outwardly relative to the strip 88. In order to urge the slide rail inwardly into contact with the sashes 88 and 82, pads I88 of sponge rubber or the like are placed at intervals along its length.

An advantage of the present construction lies in the fact that it remains operable even if the closure frame is distorted considerably from rectangular to parallelogram shape, as often happens when a building sett1es."

Although the invention has been described with reference to certain specific embodiments thereof, it may be embodied in other forms within the skill of artisans in this art, and is not limited except in accordance with the terms of the following claims.

I claim:

1. In a window construction comprising a frame having conventional jambs, and sashes slidable in the frame in parallel spaced planes; a flexible one-piece metal slide rail mounted on one of the jambs for movement toward and away from the jamb, said slide rail being formed with exterior and interior convolutions to cooperate with corresponding convolutions on the sashes, a resilient member interposed between the jamb and a portion of the slide rail intermediate said exterior and interior convolutions urging the slide rail inwardly, forming a continuous weather seal between the jamb and the slide rail and forming a fulcrum for rotational and twisting movements of the slide rail about its vertical axis, spring members positioned between the jamb and the slide rail at opposite sides of said resilient member and independently urging such slide rail inwardly relative to the sashes.

2. Window construction as set forth in claim 1 wherein said frame is provided with vertical slots, and said slide rail is formed with longitudinal flanges movable in said slots in telescoping relation thereto.

References Cited in the file of this patent UNITED STATES PATENTS Number Name Date 1,456,097 Dixon et a1 May 22, 1923 1,466,833 Hulse Sept. 4, 1923 1,474,709 Etter Nov. 20, 1923 2,000,564 Howenstein May 7, 1935 2,203,427 Dautrick June 4, 1940 2,267,021 Glass Dec. 23, 1941 2,270,315 Krueger Jan. 20, 1942 2,275,955 Goellner Mar. 10, 1942 2,284,436 Lundgren May 26, 1942 2,288,558 Vose June 30, 1 42 2,303,129 Kurtz Nov. 24 1942