US664705A - Wall-tile for heating and ventilating. - Google Patents

Description

No. 664,705. Patented Dec. 25,1900.

n.y w. Annensuu.

WALL TILE FOR HEATING AND- VENTILATING.

(Lppliemtiun led In. 17. 1900.)

(No Model.)

UNITED STATES DAVID WILEY ANDERSON,

PATENT OFFICE.

OF RICHMOND, VIRGINIA.

WALL-TILE FOR HEATING AND VENTILATING.

SPECIFICATION formingpart of Letters Patent N0. 664,705, dated December 25, 1900- Application filed January 17, 1900. Serial No. 1,787. (No model.)

To all zt'wm t may concern:

Be it known that I, DAVID WILEY ANDER- SON, a citizen of the United States, residing at Richmond, in the county of Henrico and State of Virginia, have invented certain new and useful Improvements in Wall-Tiles for Heating and Ventilating; and I do declare the following to. be a full, clear, and exact description of the invention, suoli as will enable others skilled in the art to which it appertains to make and use the saine.

My invention relates to heating and ventilating tiles for buildings, the primary object being to provide a wall-facing composed of tiles so constructed as to be adapted to be secured to a wall at arsufcient distance therefrom to form conduits between the facing and wall for the passage of either hot orl cold air for heating or Ventilating a building or for preventing damage by dampness.

A further object of the invention is to provide a facing consisting of tiles having projecting securirig-iianges.

Further. objects are to provide facing-tiles with means forsecuring them to either a brick or frame wall and to permit the adjustment of the tiles vertically to facilitate their application to a wall.

The characteristic features of the invention and its details of construction will be fully described hereinafter and defined in the appended claims, in connection with the accompanying drawings, which form 'a part of this specification, and in which- Figure lis a View in perspective ofa portion of a brick wall with sections of two rows of tiles embodying the invention secured thereto. Fig. 2 is a similar view showing a slightlyinodified construction of the tiles. Fig. 3 is a similar view showing an embodiment of the invention adapted to be applied to the sheathing ofaframe structure; and Fig. LLis an edge view of a further modification, illustrating the vertical adjustability of the tiles. Y

Referring to Fig. l, the reference-numeral l designates the body ofA the tile, having its lower edge curved inwardly to form a transverse tongue 2. I

A3 designates a horizontal flange projecting from the inner side of the tile, near the upper edge thereof, and having its outer side 4, which connects with the body of the tile,

curved downward to form, in connection with the upper edge 5 of the tile, a U-shaped horizontal groove 6 to receive the tongue 2 of the neXt adjacent tile.

The flange 3 of each of the tiles is formed with an opening 7 to provide for the circulation of air between the wall S and the tile facing.

The inner sides 9 of the flanges 3 are secured by inserting them between adjacent layers of bricks or other masonry, as clearly shown in Fig. l, a suiiicient distance to firmly hold them in place and at the same time to leave an air-space 10 between each of the tiles and the surface of the wall. Thus I provide for a free circulation of air both vertically and horizontally and effectually protect the wall from dampness.

The construction shown in Fig. 2 differs from that of Fig. l only in the form of the flanges. jects horizontally below the horizontal plane of the upper edge of the tile and is provided with a vertical ange 3b, which forms one side of the horizontalgroove 6u.

In Fig. 3 the inner edge of the flange 3 in stead of being secured between the layers of bricks, as in Figs. l and 2, is turned upward to form a vertical cleat l1, formed with nailholes l2 and adapted to be secured against the sheathing 13 of a frame building, the securing-nails 14 being preferably clenched over the upper edges of the cleats 11, as clearly illustrated in Fig. 3.

In Fig. l the tongue 2 is wider than that shown in Fig. l and the groove 6 is correspondingly deeper to permit of the vertical adjustment of the tiles to compensate for variations in the thickness of the layers of bricks between which the flanges 3are secured. It will be obvious thatit is only necessary for the tongues 2 to project into the grooves 6 a sufficient distance to insure a firm interlocking engagement, and the relative adjustability of the tiles is a matter of importance in fitting them upon a wall. The spaces between the contiguous edges of the tiles formed by the adjustment of the tiles away fromeach other may be pointed up or filled in, as shown at l5 in Fig. 4, to represent stonework or block-tilework without plastering.

In Fig. 4 I have also shown the outer sur- Iu this instance the iange 3 pro- IOO face 16 of the tile facing roughened to receive plaster, and the spaces between the edges of the tiles cooperate with such roughened surface to aid in supporting and anchoring the plaster, as shown at the lower portion of Fig. 4.

The construction of the tiles as above described is such that they may be reversed or turned, so that the tongues will be uppermost and the grooves will be at the lower edge of the tile.

The construction of my improved tile facing and its position with relation to the wall to which attached are such that the air-spaces 10 may be readily utilized as conduits for either hot or cold air, the openings 7 in the tile-flanges permitting of the free circulation of hot or cold air, as indicated by arrows in the drawings, from any suitable source of supply located in the building or adjacent thereto, and it will be apparent that by means of suitable registers located in the tile facing the hot or cold air can be supplied to rooms or apartments of the building.

By connecting a supply-pipe from a furnace or other heater to the space 10 of the tile facing in one of the lower compartments of a building hot air can be readily conveyed to all parts of the building, the circulation through the spaces 10 and the openings 7 serving not only to heat the facing and walls, but to conduct the heat through registers to the rooms.

A further important advantage of the construction of the tile facing is that it provides a convenient space between the Wall and tiles for the location of gas and water pipes, and the pipes are thus thoroughly protected from freezing when heat is applied to the wall.

I would have it understood that I reserve the right to make such further modifications in the details of the invention as may properly fall within the scope of the following claims.

I claiml. A facing for walls, comprising tiles each formed at one edge with an inwardly-extending tongue, and at its opposite edge with a horizontal groove, and asecnring-iange prj ecting from the inner wall of said groove and adapted to be projected between adjacent layers of masonry to support the tile independ-V ently of supplemental fastening means.

2. A facing for walls comprising tiles each formed at one edge with an inwardly-extending tongue, and at its opposite edge with a horizontal groove and a horizontal securingflange formed with an opening for the circulation of air.

3. The combination with a Wall, of a til'eV groove, and 'secured between the layers of masonry.

5. A wall-facing comprising vertically-adj ustable interlocking tiles, each having on its Y inner face la horizontally-projecting securingflange adapted to be projected and secured between layers of masonry.

6. A wall-facing comprising interlocking vertically-adjustable tiles, each having an inwardly-extending tongue at one edge, a groove at its opposite edge, and a securingange projecting from the inner wall lof'said groove, and adapted to be secured between layers of masonry.

7. A wall-facing comprising interlocking tiles formed with horizontal .securing-anges formed with air-openings, and secured to the wall at a distance therefrom to leave a space for the circulation of air.

In testimony whereof I ax my signature in presence of two witnesses.

DAVID WILEY ANDERSON.

Witnesses:

D. EARLE ALLEN, C. L. DENooN.

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