US1014416A

US1014416A - Building structure.

Info

Publication number: US1014416A
Application number: US49267809A
Authority: US
Inventors: William Schweikert
Original assignee: Individual
Current assignee: Individual
Priority date: 1909-04-28
Filing date: 1909-04-28
Publication date: 1912-01-09
Anticipated expiration: 1929-01-09

Description

W. SGHWEIKERT.

BUILDING STRUOTURE.

APPLICATION FILED APR. 2a, 1909.

Patented 1311.9, 1912.

2 SHEETS-SHEET l.

IIVVENTOR WITNESSES W. SOHWEIKERT. BUILDING STRUCTURE. APPLICATION FILED umzs, 1909 Patented J an. 9,1912.

2 SHBETSSHEET 2.

l/VVE/VTUR ATTO Iy'EYS WITNESSES UNITED srATEs I WILLIAM SCHWEIKERT, OF BROOKLYN, NEW YORK.

To all whom it may concern:

Be it known that I, WILLIAM 'SoHwEI- KERT, a citizen of the United States, and a resident of Brooklyn, Kings county, New York, have invented certain Improvements in Building Structures, of which the following is a specification. This invention relates to certain improvements in building structures, and'more par- 10 ticularly inthat class of structures wherein the walls, partitions, etc., are provided with attached facings formed from molded cement, concrete or other plastic substance,

andthe object of the invention is, in part, to provide a facing slab or block of novel and geous employment in such structures, and in part, to provide means of a simplified and improved character for holding'such slabs or blocks in position upon the frame work of the structure, whereby the said slabs or blocks may be conveniently and quickly applied'in position for use, and are supported with greater security when so applied.

The invention, consists in certain novel features of the construction, and combinations and arrangements of the several parts of the facing slabs or blocks and of such attaching means therefor, whereby certain important advantages are attained and the structureis rendered simpler, less expensive, and otherwise better adapted and more convenient of erection and use, all as will be hereinafter fully set forth. Y i

be carefully defined in the claims.-

In order that my invention maybe the better understood, I will now proceed to de scribe the same with reference to the accom-- the joints between the slabs or sections of panying drawings, whereinv p 0 Figure 1 is a partial side elevation showing the wall of a structure embodying my improvements; Fig. 2 is .a horizontal sectional view taken transversely throughthe wall sliown in Fig. 1, the plane of the section being indicated by the line (ti-a, in Fig. 1; Fig. 3 is a perspective view showing the outer part of a slab or block embodying my improvements; Fig. 4 is'a perspective view similar to Fig. 3, but showing the rear part of the facing slab or block; Fig. 5 is an enlarged fragmentary section taken through an'edge portion of one of the slabs or blocks; Fig. 6 is an enlarged fragmentary section taken through the edge portion of one of the slabs or blocks in the plane indi I Specification of Letters Patent. Application filed April 28, 1909. Serial No. 492,678.

improved construction capable of advanta The novel features of the invention will.

PATENT OFFICE.

Bummer srnuc'runn.

- Patented Jan. 9,1912.

cated by the line 5-1), in Fi 5; Fig. 7 is a detail View drawn to-an enlarged scale and showing a bonding or anchoring device for holding the slabs or blocks in relation, and

Fig. 8 is a vertical section taken through the wall of a structure and, showing certain features of construction to be hereinafter referred to.

Referring first to Figs. 1 and '2, the wall of the structure is formed from two

series

1, and 2, of their slabs or sections which are molded from cement, concrete, or other suit able plastic material in sizes and contours such as are desirable to adapt the slabs or sections of therespective series for use as facings for-the inner and outer surfaces of the walls of the structure. For this purpose, the exposed surfaces of said slabs'or sections may be ornamented or molded in any appropriate design or may be made plain or smooth, as maybe desired. The slabs 'or

sections

3, 3 of the respective series comprised in the facings l and 2 are adapted to be rested one upon another and edge to edge in'a well known way, so as to produce such facings for the wall of the structure, and to facilitate their setting, each slab or section will, by preference, be provided with

tongues

4, 4 extended along one vertical and one horizontal edge, theother vertical and horizontal edges of such slab or section having grooves 5, 5 wherein are adapted to be accurately received the tongues 4-, 4 at the contracting edges of adjacent slabs or sections. In setting the slabs or sections 3, 3' to form the facings 1v and 2 for the outer and inner surfaces of the wall of the structure, the said slabs or sections are arranged in horizontal courses in a well known way, and

each course are midway between those of the subjacent and superjacent courses so as to be overlapped thereby.

As shown in the drawings, the several slabs or sect-

ions

3, 3 are provided witl1.'at taching -means, which are herein shown as made in the form of metallic plates or.

members

6, 6 embedded within the plastic substance during the manufacture of the slabs or .sections and having

parts

7, 7 exposed at. the surfaces of said slabs or sections in po- .sition for convenient engagement with securing or anchoring devices whereby the slabs orsections may be conveniently held in relation during their application to the structure. In certain cases it will also. be

- 'ments formed from .wire netting, although simple wires or metal strips may also be used with good results, and I have shown the attaching means as formed of metallic plates each of which has one end provided with

divergent arms

9, 9 which are interlocked in the mesh of the wire netting 8, and have serrations 10,10 capable-of engagement with the netting, the extremities of the arms being herein shown as bent to produce hooks or loops '11 which are engaged with the netting to afford a secure connection of the parts prior to molding of the slabs or sections. v

The

reinforcements

8, 8 are usually embedded in the slabs or sections-at points central of their thickness, and in the drawings '1 have shown the attaching

plates

6, 6 so positioned that their parts7, 7 are exposed at the edges of the slabs or sections whereat 'the

tongues

4, 4 are produced, the propor-' tions being such that the

parts

7, 7 of the attaching plates do not project beyond the outer surfaces of the

tongues

4, 4, in order to lessen the liability of bending or loosening of the attaching of the slabs or sections and during, transportation, and said exposed

parts

7,, 7 of theattaching plates are vbent over laterally as shown at 12'on the drawings, so as to stand out of line with the

tongues

4,4, and in substantial alinement with the inner surfaces ofithe slabs or sections so as tobeadapted to; fit accurately against the studding or framing of the structure, as shown in 8 when? the slabs .or sections are to be attached? eto.

The projecting

exposedparts

7,7 of'theg several slabs or

sections

3, 3 are apertured,

as shown at 14 for the passage of nails,

. screws or other'suitable fastenings by means of which the said slabs or sections may be securely held in relation when applied to n the walls, partitions, etc., of the structure,

. cut away upon the inner surface'of such slab or sectlon, as clearlyshown at 16 upon and the

tongues

4, 4 are recessed or cut away opposite to each such projecting exposed part v7 so as to afford convenient access thereto for the application of such fastenings. gThe grooved edge portions5, .5 of each of the several slabs or sectlons are also recessed or the drawings, so as to permit of receivingthe 531d pro ecting exposed parts 7, of'adacent slabs or sections whenapplied in position over the tongues 4 of such adjacent slabs or sections, as shown in Fig. 8.

plates after molding In the practical employment. of I ny improvements, the slabs or sections constructed as above described may-be applied to the walls, partitions, etc., of the structure 1n variousways. For example, when the structure has a wooden frame, theslabs may beapplied at opposite sides of the studding and held thereto by means of nails, screws or the like, driven through the perforations 14; of

each attaching plate into such studding, the arrangement of the parts being such thatthe projecting parts 7 of said attaching plates are adapted to fitflush-against the studding and the grooved edge portions 5 of the slabs interlocking with the

tongues

4, 4 of adja-- cent slabs so. as to produce tight joints within which theparts'7 are concealed, and affording a secure connection of the grooved edgesof the slabs to the studding." Where desired the slabs -or sections may also be employed in that class of structures the walls of which are molded homogeneously from concrete or the like, the a ertured parts 7 serving to receive the en s of tie rods orbonds 17 whichare screw-threaded to receive

nuts

18, 18 at their opposite ends between which the said projecting parts 7] are securely held, the said rods or bonds 17 being of such length as to hold the slabsv or 1 sections in spaced relation,'as shown in Fig.

2 so as to produce a mold which may be filled with concrete or a similar plastic filling 19 adapted upon hardening, to unite the

facings

1 and 2 in such a manner as to produce a substantially homogeneous wall of great strength. This use of my improvementsis particularly advantageous, since it permits of erecting the walls without the loo employment of costly scafiolding or' mold I sections, the nuts 18 being capable of ad- Zjustment to regulate the spacing of the facings as may be desiredfor plumbing the walls or giving batter thereto, and the iinolded nature of the slabs affording any de sired treatment or ornamentation at a minimum of expense andlabor.

: "For thin. partitions, and especially where larl'y well adapted for use. Insuch circumstances channel irons 20, are usually erected asshown in vFi 8 in lieu of studding, an

the opposite sides of said channel lrons .to

produce the

facings

1 and 2, and are held in relation vby means of bolts or screws 21,

21 applied through the apertures 14 of the, Y Y

attaching plates and engaged with the flanges of said. channel irons.

.From the above description'of my invention 1t w1ll beseen that the building strucsuch'partitions are employed in fireproof 7 construction, my improvements are particu-.

the slabs or

sect ons

3, 3, which may for such use, be made extremely thin, are applied to tures embodying my improvements are of an extremely simple and comparatively inexpenswe nature and are particularly'desirable by reason of the convenience and speed with which they may be erected, and it will also be obvious from the above description that the structure is susceptible of some modification without material departure from the rinciples and spirit of the invention, and or this reason I do not desire to be understood as limiting myself to the precise formation and arrangement of the several parts herein set forth in carrying out my invention in practice.

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

1. facing slab formed from molded plastic material, having a reinforcement embedded in it and provided'with a projecting tongue extended along one edge portion and an attaching device having longitudinally divergent arms embedded in said slab and connected by means of the arms with the'reinforcement within the same and provided with a part projecting from the edge of the slab and adapted for engagement wit-h a fastening device. A

2. A facing slab formed from molded plastic material having a reinforcement embedded in it, and provided with a projecting tongue extended along its edge portion and having recesses at intervals, and an attaching device having longitudinally. divergent arms embedded in said slab and connected with the reinforcement within the same, and provided with a art projecting from the edge of the slab 1n alinement with recesses in the tongue thereof, and adapted for engagement with a fastening evice.

3. A facing slab formed from molded plastic material having a reinforcement embedded in it, and an attaching device having serrations engaged with the reinforcement within the slab and having a part projecting from the slab for engagement with a fastening device.

4. A facing slab formed from molded plastic material, havinga reinforcement em-- device having longitudinally divergent arms embedded in said slab and connected with the reinforcement within the same, and provided with a part projecting from the edge of the'slab in alinement with the recess'm the tongue thereof and adapted for engagement w1t-h a fastening device, said projecting part being disposed out of almement with the longitudinally. divergent arms.

In witness whereof I have hereunto si ed my name, in the presence of two su scribing witnesses.

-' WILLIAM SCHWEIKERT.

Witnesses:

i J. D. CAPLINGER, H.-Y. HUNNEKE-