US1966431A

US1966431A - Ventilator

Info

Publication number: US1966431A
Application number: US721663A
Authority: US
Inventors: Thomas J Devine
Original assignee: VENTILATING PRODUCTS CORP
Current assignee: VENTILATING PRODUCTS Corp
Priority date: 1934-04-21
Filing date: 1934-04-21
Publication date: 1934-07-17
Anticipated expiration: 1951-07-17

Description

July 17, 1934. T. J. DEVINE 1,966,431

' VENTILATOR FiledvApri'l 21, 1934 2 Sheets-Sheet 2 Patented July 17, 1934 UNITED; STATES PATENT oF c tion of New York Application April 21, 1934, Serial No. 721,663

7 10 Claims. (CI. 98-98) Among the principal objects which the present invention has in view are: to provide a ventilator which may be universal to windows of various sizes; to enable the ventilator to be attached with minimum difliculty; to utilize existent hardwareon the window frame for attaching the'ventilator; to enable the ventilator to be readily attached or removed if so desired; to provide for attachment of a shade without obstruction to airflow through the louvres of the ventilator; to protect the shade from rain and other damaging causes while air is admitted through the louvres of the ventilator; to substantially seal the space between the ventilator and the sash; to cause, entering air to be directed upwardly and none permitted to enter in a downward direction; and to secure simplicity of construction and operation.

Drawings Figure 1 is a face view of a window frame and sashes with my improved invention applied thereto; I

Figure 2 is a vertical section thereof shown as taken on theline 2-2 of Figure 1;

Figures 3 and 4 are perspective views of one corner of the ventilator, showing the same about to be applied 'and fully applied respectively in position on a window frame;

Figure 5 is a face view of a window frame and sash similar to Figure 1, with a modified construction of ventilator adapted to be fastened by utilization of nails or screws;

Figures 6 and '7 are sectional views taken on lines 66 and 7-7 of Figure 5;

Figure 8 is a view similar to Figure 3 and showing a modified form of means for attaching the ventilator to a window frame; and

Figure 9 is a sectional view of the means for clamping the ventilator sections, shown as taken on line 9-9 of Figure 8. j

Description v This particular invention is directed to a ventilator comprising a telescopic construction, whereby it may be fitted and be adjusted to windows of various widths. As seen in the drawings, the ventilator is more especially adapted for positioning at the upper part of a window frame 10 in the plane of the inner sash runway molding 11,'so as to be within the building or room. It will be understood that the upper sash 12 of a window is usually-in a plane. outside of the plane for the inner sash, and therefore said upper sash may be completely closed when desired. When it is intended that air shall be admitted through straight edge of the other as shown Suitable the ventilator, the said outer and upper sash is lowered until its top rail is opposite the lower edge of the ventilator. This assumes or allows an even flow of air at all times to enter into a building or room, and provides further for the heated atmosphere in the ceiling area to escape outwardly through the ventilator.

Said ventilator is provided with a bottom or base 13 extending cross-wise of the window frame (longitudinally of the ventilator) which overlies the channel or runway for the lower sash and has an upturned flange 14 substantially at the inside plane of the outer sash so as to meet the said upper rail thereof and form a closure with respect thereto entirely across the window. This base 13 with its flange 14 prevents entry of air below the ventilator and thus avoids any downwardly directed currents of entering air. Also; in the event of bad weather such as rain or snow, said base in this instance serves to prevent water from entering the room.

The ventilator is preferably constructed in

sections

15, 15 longitudinally slidable with respect to each other, one overlapping the other so that the same may be applied to window frames of diiferent widths. Any suitable longitudinal channeling of one section to slidably retain the other may be utilized, such as the reverting of the marginal edges of one section to overlie the air inlet openings or louvres 16 are provided in each section, these openings or louvres being formed by a slitting and deflection of the metal with the slope of the metal at the slits inclining inwardly and upward to correspondingly direct the flow of air in an upwarddirection on entering the room.

Referring now to the specific construction and mode of attachment shown in the preferred embodiment of- Figures 1 to 4-, each section 15 is provided withan outer end flange 17 directed inwardly with respect to the window frame and extending longitudinally of the window frame for the height of the ventilator. Near the upp end of said flange 1'7 and in the plane thereof is provided a tab 18 which also projects inwardly of the window. This tab is, in manufacture, placed at appropriate distance from the upper edge ofv the ventilator and made of correct dimensions to enable it to be inserted behind and through the usual off-setbearing portion 19 of the shade fixture 20. After this tab is inserted, it may be bent to prevent inadvertent removal or displacement of theventilator. The invention accordingly contemplates the utilization of shadefixture hardware to be found in position in most windows.

Preferably, however, the flange 17 of the ven-

r tilator sections

15, 15 has a bearing 22 stamped or otherwise provided near its lower part, thereby enabling the shade 21 to be supported crosswise of the window without obstructing the flow of air through the ventilator and without being subject to the possible damage from rain or other causes which would result from the shade being opposed to the ventilator openings or louvres 16. It also allows for the window to remain open at all times,

especially during the night when the shade is usually drawn, in this instance owing to the location of the shade or shades, rattling or flapping is thereby prevented.

Furthermore, in order to obtain a fixed positioning of the ventilator, if desired, said flange 17 of each section 15 may be provided with a plurality of holes 23 therein enabling the user to drive in a nail or two, or screws if desired. Support and positioning of the ventilator may be entirely by nailing or screwing the same if so desired. A ventilator for attachment by nails only, is shown in Figures 5, 6 and 7, and diflers substantially from the construction above described only in the omission of the tabs 18.

It. is further to be understood that my invention contemplates other modes of window hardware for supporting the ventilator. In Figure 8 there is shown means enabling the ventilator to be hung from. the shade-bracket bearings 20 by insertion of pintles into said bearings corresponding to pintles of a shade. Inj'this view, a hanger bracket 25 is shown attached to the ventilator, spaced slightly inward from the flange 17. The outer end of said bracket 25 carries a pintle 26 directed toward the end of the ventilator. This pintle will enter the bearing portion 19 of the fixture. In this construction, the inclusion of a shade mounted in the ventilator shade-bearings 22, will hold the sections 15 properly slid to outermost position permitted by the window frame, and thus retainthe pintles 26 seated. Other means, such as a set-screw 27 passed through one section 15 and bearing against the other section 15,- may be employed for retaining the sections fully extended and secure the ventilator against falling should a shade accidently become disengaged from its resting place in the shade-bearings 22.

I claim:

1. A ventilator as characterized comprising longitudinally extendable sectional members slidable with respect to each other, each section being provided with a plurality of longitudinal openings, and having end flanges, said flanges providing means for attaching the ventilator to shade fixture members on the sash stop strips of a window frame.

2. A ventilator as characterized comprising longitudinally extendable sectional members slidable with respect to each other, each section being provided with a plurality of longitudnal openings and having end flanges, said flanges providing tabs for attaching the said ventilator to shade fixture members on the sash stop strips normally present on a window frame.

3. In combination with a window frame providing sash stop strips and having shade fixture members with ofiset portions, 2. ventilator comprising longitudnally extendable sectional members slidable with respect to each other, each said section being provided with a plurality of longitudinal openings, and 'said sections having tabs extending inwardly and passing through the said off set portions and between said ofiset portions and said sash stop strips for supporting and positioning the ventilator.

4. A ventilator as characterized comprising longitudinally extendable sectional members slidable with respect to each other and being provided with a plurality of longtudinal openings and adapted to beattached to the sash stop strips of a window frame, said strips having shade fixture members with oifset portions, said sectional'members having inwardly directed end flanges substantially the height of said ventilator, and said flanges adjacent the upper ends having inwardly projecting means whereby said projecting means pass through the offset portions and between said oifset portions and the sash stop strip for attaching said ventilator to the said window frame.

5. A ventilator as characterized comprising longitudinally extending sectional members slidable with respect to each other 'and being pro-= vided with a plurality of longitudinal openings and adated to be attached to the sash stop strips of a window frame, said strips having shade fixture members with offset portions, said sectional members having inwardly directed end flanges substantially the height of said ventilator, and said flanges adjacent the upper ends having inwardly projecting means whereby said projecting means pass through the offset portions and between said offset portions and the sash stop strip for attaching said ventilator to the said window frame, said projecting means being bent for retaining the ventilator in extended condition 6. A ventilator as characterized comprising longitudinally extendable sectional members slidable with respect to each other and being provided with a plurality of longitudinal openings and adapted to be attached to the sash stop strips of a window frame, said strips having shade fixture members with oifset portions, said sectional members having inwardly directed end flanges substantially the height of said ventilator, and said flanges adjacent the upper ends having inwardly projecting tabs whereby said projecting tabs pass through the offset portions and between said offset portions and the sash stop strip for attaching said ventilator to the said window frame.

7. A ventilator as characterized comprising a plurality of longitudinally extendable sectional members slidable with respect to each other and said members having a plurality of longitudinal openings and adapted to be attached to the sash stop strips on a window frame, said sectional members being provided with inwardly directed flexible end flanges to be in engagement with the said sash stop strips when said sectional members are in extended condition, said flanges at their upper part being provided with means forattaching the same to shade fixture members normally present on the sash stop strip, the lower endof said flanges extending inwardly beyond the sash stop strip on said window frame and having means there-' on and below said longitudinal openings adapted to receive a shade, and said inwardly ex tending portions-oi the flanges yielding in a direction of the axis of. said shade thereby retaining the sectional members in extended condition. f

8. A ventilator as characterized comprising longitudinally extendable sectional members slidable with respect to each other and being provided with a plurality of longitudinal openings and being adapted to be attached to the sash stop strips of a window frame, said strips having shade fixture members with offset portions, said sectional members having inwardly directed end flanges substantially the height of said ventilator, said flanges adjacent theirupper ends having pintles adapted to seat within the offset portions oi the shade fixture members and thereby retain the ventilator on said window frame.

9. A ventilator as characterized comprising a plurality of longitudinally extendable sectional members slidable with respect to each other adapted to be attached to sash stop strips on a window frame and having a longitudinal base at its lower end directed transverse to the plane of the, ventilator to substantially engage the sash rail of a window, said sectional members being provided with inwardly directed end flanges to be in engagement with the said sash stop-strips when the sections are in extended condition, said sash stop strips adjacent their upper part being provided with shade fixture members having'oifset portions, and said end flanges adjacent the upper part thereof being provided with inwardly extending means, said means passing through the oflset. portions and between said oflset portions and the sash stop strips whereby the said ventilator is securely attached to the window frame.

10.v A ventilator, as characterized comprising longitudinal sectional members slidable with respect to each other, each section being provided with a plurality of ventilating openings, and having end flanges, said flanges providing means for attaching the said ventilator on the sash stop strips of a window frame, the lower end of said flanges extending inwardly beyond the said sash stop strips on said window frame and having shade brackets thereon below said openings adapted to receive a shade, and said inwardly extending portions of the flanges being capable of yielding in the direction of the axis of said shade.

THOMAS J. DEVINE.

III