US784062A - Enameled sheet-metal building-tile. - Google Patents

Description

PATENTED MAR. 7, 1905.

N. MONSHAUSEN.

ENAMBLED SHEET METAL BUILDING TILE.

APPLIOATION FILED NOV.27,1903.

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jzatenteci Maren 7, 1905.

NICOLAUS MONSHAUSEN, OF MILWAUKEE, W ISGONSTN.

ENAIVIELED SHEET-METAL BUILDiNGI TIILE.

SPECIFICATION forming part of Letters Patent No. "284=,062, tlatci.

Application filed November 2'7, 1903- Serial No. 182,854.

and clay tile used in the construction 01 mantels, wainscoting vestibules, &c.

The construction of my invention explained by reference to the accompanying drawings, in which-- Figure 1 represents a perspective view of one of the tilings. Fig. 2 represents a vertical section of the wall. Fig. 3 represents a vertical section showing a modified form of device for anchoring the tile in place. Fig. at represents a front view of a portion of the wall.

Like parts are identified by the same retorence-letters throughout the several views.

The respective tiles A are formed from a flat piece of sheet metal, preferably rectangular in shape, by bending the respective sides rearwardly, forming supporting-flanges B B B B. The flanges Bare preferably formed with a plurality of apertures U, through which the cement or concrete passes and serves as an anchor to bind the respective tiles together on all four sides. When the sheet metal has been thus formed, the exterior surface is covered with a coating of enamel D, which gives to the wall when completed a glossy appearance resembling that of the ordinary glazed tiling. It will of course be understood that when desired ornamentalligures may be impressed into the tiles when stamping the same.

F represents the building-wall, against which the tilings A are placed in courses one above another, as shown in Figs. 2 and 3. Preparatory to placing the tiles two courses of cement G Gare first placed against the wall, to which they adhere. form ribs along the sides oi the wall, the L tance between the longitudinal center lines of such ribs being substantially equal to the distance between the flanges l3 B of the tile. The lower course of tiling is then laid against the wall, when the lower rctaining-flange lli engages in the lower cou rse of cement, and the upper flange B engages in the upper course, the cement being of such consistency as to flow through the a iertures (l of the respective flanges. The first course of tiles being laid, it is retained in place by a plurality ol nails 01' staples I, which are driven diagonally into the wall 1* through the apertures (J, while the head of said nails engageagainst the sides oi such apertures. it will be uinlerstood that the tile-retaining staples or nails are driven immediately after each successive course is laid and before the next succeeding course is added. The nails or staples thus inserted serve to hold the tiles in place while the cement is setting or. drying. The head ends of the nails are left to protrude through the opening in the tile-flange, thus forming an anchorage for the next succeeding tile above which it is placed on and against it. Thus the tiles are laid the same as bricks in an ordinary brick wall, exec pt that nails are driven through the openings in one course ol the tilings before the next succeeding course is laid. hen the lirst course of tiles have been thus laid, a third series of cement is placed against the wall for the reception ol the upper edge of the next succeeding series of tiles. This being done, the next succeeding series of tiles is laid upon the lirst, as indicated, and the process thus described is continued from the bottom to the top of the wall until the same is completed. The holes through the I flanges B B are much larger than the nails,

leaving room for a considerable body of cement in the holes, whereby the tiles are socured to the suppmting-wall by the cement, which acts as a non-metallic staple. This staple of cement when dry principally relied upon to hold the tiles in position against the supporting-wall, the nails being only necessary to hold the tiles until the cement dries. The central portion of the tile can with this construction be left empty, forming an airspace. The tile is thus secured with much less cement than is ordinarily used, and the weight of the wall is much less than that of walls where the tile-cavities are entirely filled with cement. It is obvious that by this arrangement the tilings are held in place by the joint action of the nails and courses of cement, plaster-of-paris, or mortar, while the horizontal flanges of the tiles perform the twofold function of strengthening and retaining flanges, and the walls thus formed resemble inappearance those formed of ordinary stone or earthen tiling, while owing to the fact that they are made of sheet metal they are much lighter and are adapted to be used in many plarczles where the ordinary tiling could not be use It will be understood thatwhen the staples I are employed for securing the tiles to the wall it is necessary to attach the tiles to the wall as the wall is being built. For example, when the Wall has been built to the height of the first course of tiles the staple I is inserted as shown in Fig. 3, when the wall is built to the height of the upper edge of the next succeeding course another staple I is inserted, and thus in like manner one course after another is attached until the wall is completed.

Having thus described my invention, what I claim as new, and desire to secure by Letters Patent, is

The combination with a supporting-wall, of a plurality of tiles formed of enameled sheet the sides of the respective tiles being provided with retaining-flanges formed at right angles to their faces, and provided with a plurality of apertures arranged to register with similar apertures in the adjacent tile-flanges; and means for securing said tiles to the vertical faces of the wall, comprising a plurality of metallic retaining devices respectively inserted through the apertures, with their outer ends engaging the flanges of two consecutive series of tiles, and their inner ends aflixed to the supporting-wall against which the tile is secured; a plurality of horizontally-arranged ribs of adhesive cement located at the j'unction of the respective series of tiles, said cement being formed around the horizontal contiguous flanges of the tiles of the respective series and extending through the opposing apertures in said flanges, said apertures being much larger than the metallic devices inserted through them, whereby the cement, when hardened, forms a connecting-link through said apertures by which the contiguous tiles of the respective series are secured together and to the supporting-wall independently of the metallic devices.

, In testimony whereof I aflix my signature in the presence of two witnesses.

NICOLAUS MONSHAUSEN.

Witnesses: I

J AS. B. ERWIN, N. Z. TAUGHER.

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