US2175861A

US2175861A - Window construction

Info

Publication number: US2175861A
Application number: US127259A
Authority: US
Inventors: Frank E Wall
Original assignee: GABRIEL STEEL Co
Current assignee: GABRIEL STEEL Co
Priority date: 1937-02-23
Filing date: 1937-02-23
Publication date: 1939-10-10
Anticipated expiration: 1956-10-10

Description

Oct. 10, 1939; F. E. WALL WINDOW CONSTRUCTION Filed Feb. 23, 1957 IN VENTOR FRANK E.WALL

A TTORNE S Patented Oct. 10, 1939 UNITED STATES PATENT OFFICE WINDOW CONSTRUCTION Michigan Application February 23, 1937, Serial No. 127,259

11 Claims.

This invention relates generally to window constructions and refers more particularly to improvements in windows of the type having a swinging ventilator.

5 It is one of the principal objects of the present invention to simplify, render more efficient and improve generally window constructions embodying a swinging ventilator by incorporating latch mechanism having the dual function of 10 securing the ventilator in its closed position and of supporting the ventilator on the frame for swinging movement relative to the latter.

Another advantageous feature of the present invention resides in the provision of latch mechanism having latching means associated with opposite ends of the ventilator and operable to clamp the latter ends at spaced points to the adjacent abutment flange of the window frame. This construction insures effectively securing the 20 ventilator in its closed position in the frame and serves to seal the contact between the ventilator and window frame.

A further advantageous feature of the present invention consists in the provision of a window construction equipped with latch mechanism of the above type wherein no part of this mechanism interferes with the application of screens or storm windows to the side of the frame opposite the side of the latter from which the ventilator swings. This feature is advantageous in that it eliminates the necessity of especially constructing the screens or storm windows to accommodate any part of the latch mechanism and, as a consequence, offers the possibility of appreciably reducing the cost of manufacture and installation of screens and storm windows.

In addition to the foregoing, the present invention contemplates latch mechanism of the character previously set forth capable of being 40 inexpensively manufactured, assembled, and installed. This feature, as well as the foregoing and other objects, will be made more apparent as this description proceeds, especially when considered in connection with the accompanying drawing, wherein:

Figure 1 is a perspective view of a window construction embodying latch mechanism constructed in accordance with this invention and 50 showing the ventilator in its open position;

v Figure 2 is a fragmentary elevational View of the inner side of the window;

Figure 3 is a sectional view taken substantially on the plane indicated by the line 3--3 of Figure 2; and

Figure 4 is a view similar to Figure 3, showing the parts in several different positions.

Referring now to the drawing, it will be noted that the window construction featured in the several views comprises a frame I and a Ven- 5 tilator II supported in the frame for swinging movement relative to the frame in an inward direction. The frame I0 is composed of vertical end bars I2 connected at the upper ends by means of a top bar I3 and at the lower ends by a sill bar I4. The ventilator I I is also provided with vertical end bars I5 connected together at the opposite ends by means of the top and bottom bars I6 and I 1, respectively. The top and end bars of the frame are provided with abutment flanges I8 extending into the window opening from the outer edges of the bars and adapted to be engaged by corresponding flanges I9 extending inwardly from the top and end ventilator bars, when the ventilator is in its 2 closed position. Upon reference to Figure 3, it will be noted that the sill bar I4 of the frame Ill is provided with a flange depending from the outer edge thereof and is offset inwardly from the cooperating bars to provide a space ZI between the flanges l8 on the end bars I2 of the frame and the opposite ends of the depending flange 20 on the sill bar I4 of the frame. This space is of sufflcient width to receive the flange 22 extending downwardly from the outer edge of the bottom bar of the ventilator and to prowide for the angular movement of the ventilator required to swing the same from the full line position shown in Figure 3 to the broken line position illustrated in Figure 4. It will be observed from Figure 3 that the bottom bar ll of the ventilator rests on the sill bar It of the frame and fulcrums about the latter when swung to its open position. The opposite end portions of the depending flange 22 cooperate with the abut- 4O ment flanges I8 on the end bars I2 of the frame Ill and with the adjacent portions of the de pending flange 20 to guide the ventilator as it is swung to its closed and open positions relative to the frame Ill.

With the foregoing construction, the usual hinge for the ventilator is eliminated and the ventilator is supported in its open position by means of the latch mechanism employed to secure the ventilator in the frame with the several vertical flanges aforesaid on the latter and ventilator in abutting relationship. The latch mechanism provided for the dual function briefly outlined above is designated in the several figures of the drawing by the reference character 23 and is duplicated at opposite ends of the ventilator. In this connection, attention is called to Figures 1 and 2 wherein the latch mechanism is shown as housed in the window frame between the opposite end bars l5 of the ventilator and the adjacent end bars I2 of the frame. Inasmuch as the latch mechanisms at both sides of the window are identical in construction and purpose, only one will be described in detail herein.

The latch mechanism 23 is provided with a supporting link 24 having an elongated slot 25 in the upper end for receiving a pivot pin extending laterally from the end bar l2 toward the ventilator I! and having a second elongated slot 21 adjacent the lower end for receiving a pivot pin 23 extending laterally from the end bar l5 of the ventilator toward the end bar l2 aforesaid of the frame. Both slots are elongated in the direction of length of the link E iand the slot 21 in the lower end of the link is formed with an enlargement 29 of sufficient dimension to freely receive a head 38 on the outer end of the pin 28. The diameter of the shank of the pin 28 is, of course, less than the narrow portion of the slot to afford the necessary sliding move ment, and the head is of greater diameter than the latter portion of the slot to maintain the link in assembled relation with the ventilator.

It will be observed from Figure 3 that the pin 28 is positioned on the end bar H) of the ventilator intermediate the ends of this bar and assumes a position at the upper end of the slot 2? in the closed position of the ventilator. The arrangement is such as to permit the ventilator to fulcrum about the inner edge of the bottom bar of the ventilator in a direction inwardly of the frame H1, and to permit the link 2-1 to swing inwardly about the pivot pin 25 at the upper end thereof. When the pin 28 on the side bar l5 of the ventilator abuts the lower extremity of the slot '2? in the link 24, further movement of the ventilator in an inward direction is prevented and the latter is supported by the link 2-! in its open position. The ventilator may be closed by merely swinging the upper end thereof back into the frame and, owing to the pin and slot connection with the link 24, the latter is automatically returned to its position in the frame where it is concealed from view.

It has previously been stated that the link also functions to latch the ventilator in its closed position and this is accomplished by merely shifting the link in a downward direction when returned to its inoperative position in the window frame llil. As shown in Figures 3 and 4, the outer edge of the lower end of the link 26 is inclined upwardly and outwardly, as at 32, and the opposite edge is inclined upwardly and inwardly to provide the cam surface 33. Upon reference to Figure 4, it will be noted that as the ventilator approaches its closed position in the frame ii], the inclined edge 32 of the link 24 cooperates with a projection 34, struck laterally outwardly from the lower end of the side bar E5 of the ventilator H, to raise the link relative to the side bar IS a sufficient distance to permit the lower end of the link to assume a position above and at the outer side of the projection when the ventilator is fully closed. The lower end of the ventilator may then be latched in place by merely forcibly moving the link 24 downwardly to wedge the cam surface 33 against the outer edge of the projection 34 and thereby effectively clamp the outer side of the ventilator to the abutment flanges IS on the frame.

In accordance with this invention, provision is also made for clamping the top portions of the ventilator to the window frame. This is accomplished by forming a recess M3 in the inner edge of the link 24 adjacent the upper end of the latter for receiving a pin M projecting laterally from the end bar E5 of the ventilator toward the adjacent end bar E2 of the window frame. The entrant end of the recess it] is so located with respect to the pin ll as to register with the latter when the link 24 is in its unlatched position or, in other Words, the entrant end of the recess is predeterminedly located to receive the pin 4| when the ventilator is swung from its open to its closed position in the frame. It will be observed from Figures 3 and l that the recess 18 is provided with an upwardly projecting extension 42 for receiving the pin 4i when the link 24 is moved downwardly to engage the came surface 33 at the lower end of the link with the projection 34, and the outer wall 33 of the extension 42 is inclined in a direction to wedge against the inner side of the pin M, as the link 26 is moved downwardly to its latched position. Inasmuch as the pin 4! is on the ventilator and the upper end of the link is supported on the frame, it follows that the upper portions of the ventilator are clamped to the frame at the same time that the lower portions of the ventilator are secured in place. It will also be apparent from the above that this simultaneous latching of the top and bottom portions of the ventilator to the frame, is effected by merely moving the link 24 downwardly after the ventilator has been moved to its closed position in the frame. Attention is directed at this time to the fact that the inner edge of the link 24 is inclined, as at 44, just above the entrant end of the recess 48 to engage the pin 4! during the final closing movement of the ventilator and insure registration of the recesses with the pin.

When it is desired to unlatch the ventilator from the frame, the link M is merely raised to the extent provided by the slot 25 at the upper end of the link and, in this uppermost position of the link, the lower end of the latter assumes a position above the projection 34 and the entrant end of the recess 50 registers with the pin ll. As shown in the several figures, manipulation of the link E to effect both the latching and unlatching functions is accomplished from the inner side of the window by a projection 45 extending inwardly from the link between the adjacent end bars of the frame and ventilator. In the present instance, the projection 25 is associated with the lower end of the link 2 5 just above the cam surface 33 where it may be conveniently reached by the operator for manipulaion.

Thus, from the foregoing, it will be noted that I have provided a relatively simple, inexpensive window construction having a swinging ventilator and having latch mechanism effective to hingedly support the ventilator on the window frame. It will also be noted that the latch mechanism is extremely simple in construction and operation, and acts on each end of the ventilator at spaced points to effectively clamp the top and bottom portions of the ventilator to the frame.

What I claim as my invention is:

1. In a window construction, a frame having an end bar, a ventilator supported in the frame for swinging movement about one edge and having a side bar extending from the swinging edge adapted to abut the end bar of the frame, a link having one end connected to the end bar of the frame opposite the swinging edge of the ventilator for both swinging and shifting movement in the direction of length of said bar, a slot and pin connection between the opposite end portion of the link and the side of the ventilator adjacent the bar aforesaid of the frame, a projection extending laterally from the side bar of the ventilator and effective upon swinging the ventilator to its closed position in the frame to engage the edge of the last named end of the link facing the side of the window opposite the direction of swinging movement of the ventilator and to shift the link toward the swinging edge of the ventilator a sufficient distance to position said last named end of the link at one side of the projection, and means for shifting the link in a direction opposite the direction aforesaid to engage the last mentioned end thereof with the side of the projection opposite the direction of swinging movement of the ventilator.

2. In a window construction, a frame having an end bar, a ventilator supported in the frame for swinging movement about one edge and having a side bar extending from the swinging edge adapted to abut the end bar of the frame, a link having one end connected to the end bar of the frame opposite the swinging edge of the ventilator for both pivotal and shifting movements relative to the frame, a slot and pin connection between the opposite end portion of the link and the side of the ventilator adjacent the end bar aforesaid of the frame, a projection extending laterally from the side of the ventilator toward the adjacent end bar of the frame in a position to engage the edge of the last named end of the link opposite the direction of swinging movement of the ventilator, said edge being inclined and effective upon swinging movement of the ventilator to its closed position to shift the link in a direction toward the swinging edge of the ventilator and to position the opposite edge of the link for engagement with the side of the projection opposite the direction of swinging movement of the ventilator, and means for shifting the link in a direction away from the swinging edge of the ventilator to engage the free end of the link with the last named side of the projection.

3. In a Window construction, a frame having an end bar, a ventilator supported in the frame for inward swinging movement about one edge and having a side bar adapted to abut the side bar of the frame, a link having the upper end pivoted to the end bar of the frame opposite the swinging edge of the ventilator and having an elongated slot in said end for receiving the pivot, a slot and pin connection between the lower end portion of the link and the side of the ventilator adjacent the bar aforesaid of the frame, a projection extending laterally from the side bar of the ventilator adjacent the lower edge thereof, the lower end of the link having an outwardly inclined surface at the outer edge thereof engageable with the projection to raise the link a sulficient distance upon swinging movement of the ventilator to its closed position in the frame to locate the inner edge of the lower end of the link at the outer side of the projection, and means for shifting the link downwardly to engage the inner side of the lower end of the link with the outer side of the projection.

4. In a window construction, a frame having an end bar, a ventilator supported in the frame for swinging movement in an inward direction relative to the frame and having a side bar adapted to abut said end bar, a link having the upper end connected to the end bar of the frame for both pivotal and shifting movements relative to said end bar, a slot and pin connection between the opposite end portion of the link and the side bar of the ventilator, a projection extending laterally from the side bar of the ventilator adjacent the lower end thereof, the outer edge of the lower end of the link being inclined upwardly to engage the projection upon movement of the ventilator to its closed position and shift the link in an upward direction to locate the inner side of the lower end of the link at the outer side of the projection, a second projection extending laterally from the side bar of the ventilator adjacent the swinging edge thereof in a position to be received in a slot formed in the inner edge of the link when the latter has been raised by the first named projection, means for shifting the link downwardly in the closed position of the ventilator to locate the inner side of the lower end of the link opposite the outer side of the first named projection and to locate the second mentioned projection in an extension of the last named slot in the link.

5. In a window construction, a supporting frame having a sill, upright side bars, and a top bar, a ventilator fulcrumed on said sill to swing toward and away from the top bar of said frame, means for holding the ventilator in open position relative to the frame including a link provided at one end with a pin and slot connection with one of the side bars of the frame adjacent said top bar and provided at its other end with a pin and slot connection with the ventilator substantially midway the upper and lower edges thereof, said link being adapted to swing about the first mentioned connection when the ventilator is moved to and from open position and being movable longitudinally of the adjacent side bar of the frame when the ventilator is closed, said link having a substantially L-shaped recess adjacent its upper end and having a cam portion at its lower end, and means projecting laterally from the ventilator adjacent its upper and lower edges and operable when the link is moved longitudinally of the adjacent side bar of the frame to engage said recess and cam portion aforesaid and hold the ventilator in closed position relative to said frame.

6. In a window construction, a stationary frame having spaced uprights and an intermediate sill, a window having a sill free of and fulcrumed upon the sill of the frame and having uprights, and links having pin and slot connections with the uprights of said window and the uprights of said frame and operable to hold the window in open position on said fulcrum, each of said links having a recess with an upwardly extending portion for receiving a pin on each upright of said window, each upright of the window having a projection, the lower end of each link engaging a projection upon one of said uprights of the window, whereby a double locking relation is formed between said links and uprights when the window is in a closed position.

'7. In a window assembly, a swinging window, a supporting frame having a fulcrum for said window and provided at the rear of said fulcrum with abutments for the upper and lower ends of said window, said window being free of said fulcrum, and cooperating means carried by said frame and window operable when the window is closed to engage simultaneously upper and lower projections on each side of said window to lock the window against the abutments of said frame.

8. In a window assembly, a swinging window, a supporting frame having a fulcrum for said window and provided at the rear of said fulcrum with abutments for the upper and lower ends of said window, said Window being free of said ful crum, upper and lower projections on said window at each side thereof, and cooperating means carried by said frame and window operable when the window is closed to engage substantially simultaneously the upper and lower projections aforesaid on said window to lock the window against the abutments of said frame.

9. In a window assembly, a swinging window, a supporting frame having a fulcrum for said window, said window being free of said fulcrum, upper and lower projections on said window at each side thereof, and cooperating means carried by said frame and window operable when the window is closed to engage substantially simultaneously the upper and lower projections on said window to lock the window to said frame.

10. In a window construction, a stationary frame having spaced uprights and an intermediate sill, a window having a sill fulcrumed upon and free of the sill of the frame and having spaced uprights, a pin on each upright of the window adjacent the upper end thereof, a projection on each upright of the window adjacent the lower end thereof, and links having pin and slot connections with the uprights of the window and the uprights of the frame and operable to hold the window in open position on said fulcrum, each of said links having a recess with an upwardly extending portion for receiving a pin aforesaid on an upright of the window, the lower end of each link being engageable with a projection aforesaid upon an upright of the window, the engagement just mentioned between the links and pins and projections being substantially simultaneous whereby a double locking relation is formed substantially simultaneously between the links and uprights of the window at the upper and lower ends thereof when the window is in closed position.

11, In a window assembly, a swinging window, a supporting frame having a fulcrum for said window, said window being free of said fulcrum,

links connected to the frame and window at each to engage substantially simultaneously upper and lower portions of said links to lock the window to said frame.

FRANK E. WALL.