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Publication numberUS633252 A
Publication typeGrant
Publication dateSep 19, 1899
Filing dateOct 19, 1898
Priority dateOct 19, 1898
Publication numberUS 633252 A, US 633252A, US-A-633252, US633252 A, US633252A
InventorsVincenzo Venezia
Original AssigneeVincenzo Venezia
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Floor and ceiling for buildings.
US 633252 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

. No. 633,252. Patented Sept. I9, i899.

V. VENEZIA.

FLOOR AND CEILINGFOR BUILDINGS.

(Application med Oct. 19, 1898.\

2 Sheets-Sheet (No Model.)

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N0. 633,252. Patented Sept. I9, |899.

V. VENEZIA. FLOOR AND CEILING FOR BUILDINGS.

(Application filed Oct. 19, 1898.)

2 Sheets-Sheet 2,

(No Model.)

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'UNITED STATES PATENT OFFICE.

vVINCENZO VENEZIA, OF BOSTON, MASSACHUSETTS.

FLOOR AND CEILING FOR BUILDINGS.

SPECIFICATION forming part of Letters Patent No. 683,252, dated September 19, 1899. Applioationiiled October 19, 1898. Serial No.693,959. (No model.)

To all whom it may concern.-

Be it known that I, VINCENZO VENEZIA, a citizen of the United States, residing at East Boston, county of Suffolk, State of Massachusetts, have invented cert-ain new ,and useful Improvements in Floors and Ceilings for Buildings, of which the following is a full, clear, and exact description.

The object of my invention is the effecting of means whereby a tire and rat proof tloor and also a perfectly-plastered ceiling can be made at the lowest possible cost. I do this by the arrangement of parts and a method of application hereinafter set forth and as illustrated in the drawings, in which-- Figure l is a perspective sectional view of my floor-timbers and the apparatus used in connection therewith. Fig. v2 is a vertical section of the same parts on a plane at right angles to that of Fig. l. Fig. 3 is a vertical section on same plane -as that of' Fig. 2, but showingthecompletedloorandceiling. Fig. 4 is a perspective sectional view of my floor, showing perforated metal ribbon substituted for the wires previously shown. Fig. 5 illustrates such ribbon stretched between vertical posts to form a partition-wall. Fig. 6 shows such ribbon stretched between horizontal beams for the same purpose. Fig. 7

shows the manner of applying the plaster in constructing such partitions.

The floor-timbers comprise the metal tubes 3, terminally supported in the walls or partitions 4, as in Fig. 2, and the wooden scantlings 5, rest-ing upon said tubes and notched, as at 6, to iit down thereon. VHeavy wires 7 are coiled from scantling to scantling and allowed to drop slightly below the under level of said tubes. These constitute the essential parts of my floor. Ithen secure a mold l beneath the floor elements, nearly touching the wires 7. This mold may be perfectly plain or more or less congured, as in Fig. 2, and is supported by any suit-able scaolding or posts, as 2. I now begin the first step in my process by pouring liquid plaster-of-paris or other thin plaster upon the mold l to a thickness of from an inch to half an inch-enough to envelop much of the hanging portion of the wires 7. This plaster being allowed to set until nearly hard, but still in a somewhat plastic and moist condition, I then shovel upon the same a sufficientl quantity of cement, mixed, if desired, with more or less broken stone or brick, to reach above the scantlings 5. If a board flooring 10, as in Fig. 3, is to ,be laid, this cement is scraped oft to alevel with the upper edges of said scantlings in order that the boards vcan be nailed to the same; but if the Hoor is to be laid with tiles or mosaic the cement should extend over the scantlings. After the plaster and cement have become hard, capable of sustaining any required weight, the mold 1 is taken down and carried to the next room to be similarly iinished. It is clear that a ceiling thus plastered is'done in a way which far excels the old hand method both in quickness of work and smoothness and finish of surface. So, also, the floor thus constructed is cheap, easily and rapidly made, wholly ireproof and ratproof, strong, and durable. The wires serve to more securely hold the cement and plaster at the points midway between the timbers.

Although I have shown but a single strand of wire between each pair of tubes 3, I may employ several.

By applying the cement while the plaster is still slightlyplastic and moist the two layers are made to be one coherent integral mass.

Among the advantages obtained from the use of the metal tubes 3 are, in addition to the strength and lightness, the spaces which they give from end to end through them for the passage of gas-pipes, speaking-tubes, water-pipes, electric wires, &c.

In the case of iioors beneath which there is no desire for a plastered surface the cement can of course be laid directly upon the mold without the previous applicationv of the plaster-of-paris.

In the more perfected form of my invention I substitute sheet-metal ribbon 7a for the wires 7, perforating the same for the better adhesion of the plaster and cement.' This ribbon I wrap about the tubular beams 3 in order to insure against any weakening of their support from fire, for should a re occur in the room above and the scantlings 5 became burned the ribbon might be badly weakened by the heat, and thus let down the cement iioor held by it, or if it did not actually break, it might settle as far as the wood would be charred and the floor and ceiling be IOO permitted to crack and yield enough to lose its ireproof quality. This construction is illustrated in Fig. 4.

I also apply my construction and process to partition-walls as well as to ceilings and floors. I do this in two ways: in that of Fig. 5 I extend the metal ribbon 7 horizontally from one to another of the tubular posts 3, While in Fig. 6 I have two horizontal tubular beams 8b, one at the level of the ceiling and the other at the floor of the room. Then I pass the ribbon 7b up and down about the same, stretching it very tightly. I then pour liquid plaster-of-paris upon a mold l, laid iat upon the iloor, letting it remain undisturbed until somewhat hard, although still moist. I then raise this mold with its layer of plaster up against the wall-ribbons 7b, as shown in Fig. 7, and fasten it in this position, doing the same thingat each side of the partition Wall. While both molds are thus firmly held, I shovel into the spaces between the saine and the ribbon a sufficient amount of cement and broken stone to completely lill such spaces. After this has hardened and the cement and plaster become solidly united the molds are removed, the partition found to be perfect and complete.

Vhat I claim as my invention is as follows:

l. The combination in wall or ceiling, of the metal tubes terminally supported, the perforated metal ribbon held by said tubes, and the cement and plaster hardened about the same and supported thereby, wherebya light, strong and ireproof partition is formed and at the saine time furnishes uninterrupted spaces for the passage of gas, water, steam or other pipes, substantially as set forth.

2. The combination in a floor, of the metal tubes, the notched scantlings supported thereby, the perforated metal ribbon held by said tubes, and the cement and plaster hardcned about the same and supported thereby.

In testimony whereof I have hereunto set my hand this 26th day of September, 1898.

VINCENZO VENEZIA.

XVitnesses:

EDWARD DE FEO, WILLIAM E. GARcELoN.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US4313383 *Oct 23, 1979Feb 2, 1982Stephen ParazaderGuideway units for elevated guideways
US6800508 *Apr 18, 2001Oct 5, 2004Torex Semiconductor LtdSemiconductor device, its manufacturing method and electrodeposition frame
Classifications
Cooperative ClassificationE04B5/32