US1784502A - Building construction - Google Patents
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- US1784502A US1784502A US350507A US35050729A US1784502A US 1784502 A US1784502 A US 1784502A US 350507 A US350507 A US 350507A US 35050729 A US35050729 A US 35050729A US 1784502 A US1784502 A US 1784502A
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- blocks
- wall
- beams
- wall material
- vertically extending
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/56—Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members
- E04B2/58—Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members with elongated members of metal
Definitions
- This invention relates to buildin tion.l
- My invention is particularly directed to the combined use with structural steel elements of blocks of suitable wall material, such as so-called corkboard or other blocks of cork, and/or of -molded compressed wood pulp, blocks of gypsum, cement blocks, and the like.
- blocks of suitable wall material such as so-called corkboard or other blocks of cork, and/or of -molded compressed wood pulp, blocks of gypsum, cement blocks, and the like.
- Such materials usually and preferably possess heat insulating qualities.
- a salient feature of my invention is the use of steel members, preferably of present day' standard shapes, and particularly of steel I-beams, serving as the vertical members, the lower ends of the I-beam members being anchored in or bolted to concrete or similar foundation, the I-beamsbeing spaced at determined distances from one another, the wall blocks mechanically spanning between the 29 I-beams and interlocked therewith by providing slots at the opposite vertically disposed edges of the blocks embracl 0f the opposite iiange portions of the steel embers, the resulting ljoints being suitably bonded and sealed.
- Corkboard of present day standard dimensions is most conveniently employed by locating the vertical steel members at correspond. ling horizontal spacings, -the vertically dis- 33 posed edges of the individual corkboards being slotted in correspondence to the flanges of the ⁇ vertical I-beams, each individual cork board being assembled to position by passing it at the tops of the two I-beams of its span over the opposing flanges, and allowing the blocks to drop seriatim ⁇ to their assembled positions.
- Grout or other cementitious material is then poured between the slot faces andthe flange faces to permanently position the boards and seal the joints.
- suitable straps of steel or like mechanical means may be employed to reinforce the me- -chanical interlocking between the vertical steel members and the thus formed wall portions.
- g construc- My invention is advantageous in locating the corkboard or other blocks of wall material at the exteriorof the building wall
- the interior wall may be formed as desired.
- My construction lends itself admirably to the use 'of suitable supporting material, such asso-called ribbedmetal lath which is mechanically secured -to the inwardly disposed flanges of the I-beams or other vertical shapes,
- My invention is also applicable for employing the corkboard or other wall blockY material as the inner wall, the plaster being secured thereto by expanded metal or the like interposed between the corkboard and the plaster.
- the outer wall material may be formed of stucco secured in position to a suitable supporting material such as-expanded metal, in turn mechanically secured to the outer iiange of the vertical steel shapes.
- the exterior finish ' may be of the clapboard type, or of the shingle type, by employing vertical wooden strips secured tothe outer flanges of the steel I-beams, the boards or other sheathing being nailed to the vertical strips, and the outer finish secured to the sheathing, as is understood by those skilled in the art.
- a particular feature of my invention is the provision of dead air spaces between the outer and inner walls of the respective spans between the vertical steel members.
- Fig. l is a detail side elevation of a portion ofa wall and-corner of a building construction embodying my invention, the respective constituentmaterials being exposed to view;
- Fig. 2 is a sectional elevation on line 2-2 of Fig. l;
- Fig. 3 is a sectional elevation on line 3 3 of Fig'. 1;
- Fig. 4 is a sectional elevation similar to that of Fig. 3, but showing a corner assembly with f a side wall and a ceiling and an intermediate floor-
- Fig. 5 is -a detail vertical sectional elevation'of a corner assembly withthe vertical vwall of the uppermost ceiling and roof;
- Fig. 6 is a detail horizontal view illustrating one method of supplemental mechanical reinforcement
- a Fig. 7 is a detail sectional elevation similar to F-ig. 2, but showing a modification.
- the foundation 10 is usually of concrete but may be of any desired 'foundation material.
- the vertical steel members 11, preferably I-shapes, are 'anchored at their bottom ends within the foundationy material 10 or suitably bolted thereto in position.
- the blocks of Wall material such as corkboard, blocks of gypsum, compressed wood pulp, lumber,
- Such individual blocks 14, see Fig. 1, are of adimension to span from andbetween the vertical steel members 11,
- the slots 15 are preferably over-dimensioned to freely receive the flange ortions 16, the individual wall blocks 14 being assembled in interlocking relation with the steel members by passing said blocks individually at the upper termini of the flange edges of thef vertical steel members 11, and allowed to drop down to the required position fr up the respective wall portions by interlocking between and with the vertical steel members.
- the desired finish material is applied tothe outer ⁇ face of the corkboard or other wall block material.
- expanded metal lathing 17 may be nailed or otherwise l securedvto thewall blocks and "stucco 18 is l applied to the metal lathing.
- plaster 19 For the inner wall finish, usually plaster 19, a suit-able support for ⁇ the same is mechanically secured to span fromand between the inner flanges 20, 20, adjacent 4l-beams 11, as by the use of ribbed wire mesh 22 or the like which is bolted or otherwise suitably attached.
- the plaster 19 is suitably applied to the wire mesh jor such other support 21.
- the mechanical interlocking between the wall blocksl andthe I-beams may be reenforced by mechanical'straps', see Fig.
- FIG. 3 illustrates a typical assembly for the first floor, the concrete or other foundation being indicated at 10, the floor beams 24 in this instance being illustrated as Wooden beams each lodged at its ends upon the foundation 10 and secured toa horizontal' L member 24 which may be bolted to the inner flanges of the respective vertical I-beams 11.
- FIG. 4 A typical ceiling and intermediate floor assembly is illustrated in Fig. 4, the floor beams being indicated at 26 which may be Wooden beams, each supported at its' ends upon horizontal L members 27, bolted to the I-beams 11.
- the ceiling may be of .plaster 28 secured by expanded metal lathing 29 or the like.
- a typical roof assembly is indicated in Fig. 5, the upper horizontal edges of the I-beams 11v being indicated atlla, adjacent lateral i which the horizontal steel beams 31 or other desired shapes are bolted in position to horizontal members 32 interspanning the vertical I-beams 11.
- the roof is formed and supported upon the horizontal beams 31 pursuant to present practice or other desired assembly, as by bolting thereto the struts 33, to which are bolted or otherwise secured the nailer strips 34, to which are then nailed the installation of electrical wiring, plumbing,
- My lnvention is also applicable for eini loov ploying corkboard or other blocks of wall material as the inner Wall, as is illustrated in Fig. 7, the I-beams -11 being secured in position upon thefoundation similarly as above stated.
- the wall blocks 14 are sim-'- ilarlyV provided with slots 15, as above described, for receiving and embracing in this embodiment, the' inner flanges 20 of the I-beams 11 in lieu rof the outer flanges 16.
- the inner wa11 such as plaster 37
- l is applied to the 'exp- ⁇ panded ⁇ 1netal lathing 38, by nailing or otherwise securing the same to the other face of the wall blocks.
- An outer finish such as stucco is applied and supported similarly as above set fort-h.
- Fig. 7 also illustrates the application of clapboard, shingles and the like, as the outer wall finish, which may be effected by bolting vertical strips 39 to the outer faces of the Outer flanges 16 of the Isbeams 11, nailing a suitable sheating 40 to such vertical strips I6 and applying the clapboard 41, shingles or the like. Dead air spaces 36 are similarly provided in this embodiment of my invention.
- AI claimxl In a building construction, the combination of vertically extending structural elements of rigid material, said structural elements individually having outwardly and inwardly disposed vertically extending flanges, blocks of wall material having vertically extending slots ⁇ at their vertically disposed sides receiving and vembracing portions of said outwardly disposed flanges, said blocks serving as the outer wall material, layers of plaster serving as the inner wall material and means for mechanically supporting the plaster from said inwardly disposed flanges of said structural elements.
- abuilding construction the combination of a foundation, steel structural elements having their lower ends secured to said foundation, said structural elements havingl individually outwardly andA inwardly disposed vertically extendingl flanges spaced from one another, blocks of wall material having vertically extending slots at their vertically disposed sides, said blocks of wall material serving as outer wall material, receiving and embracingvportions of said vertically extending flanges, plaster serving as the finish of the inner wall material, and means for supporting said plaster from said inwardly disposed vertically extending flanges of said structural elements, said construction providing for an air space between the outer and inner wall materials.
- said I-beams having individually outwardlyv and inwardly disposed vertically extending flanges spaced from one another, blocks of wall material having vertically extending slots at their vertically disposed sides, said f, blocks of wall material individually spanning from'and between adjacent said I-beams, receiving and embracing portions of said vertically extending flanges, plaster serving as the finish of the inner wall material, and means for supporting said plaster from said inwardly disposed vertically extending flanges of said I-beams, said construction providing for an airspace between the-outer and inner wall materials.v
- blocks of wall material having verticallyV extending slots at their vertically disposed sides, said blocks of wall material serving as outer wall material, receiving and embracing portions of said vertically extending anges, plaster'seiving asthe finish of the inner wall material, and means for support'- ,i ing said plaster' from said inward-ly disposed vertically extending iianges of said materials.
- blocks of wall material'having vertically extending slots at their verticallyY disposed sides said blocks of vWall materialL serving as the outer wall material, 'said blocks of Wallrmaterial spanning from Aand 'between adjacent said I-beams, receiving and embracn ort-ions of said vertically extending ⁇ y 1 g p the nish of the inner wall material, and means for supportflanges, 'plaster serving as ing said plaster 'from said inwardly disposed vertically extending anges of sald-'I- .f beams, said construction providing Vfor -an
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Finishing Walls (AREA)
Description
J. H. STONE BUILDING CONSTRUCTION Filed March 28. 1929 2 Sheets-Sheet l 5/9 `INVENTOR,
xjurlmxs` H. Sfone Dec. 9, 1930.
I J. H. lSTONE BUILDING coNsTRUCTIoN :Filed March 28. 1929 2 Sheets-Sheet 2 INVENTOR, Jumus HSTOne v ,Lg/ H1 TCJRNEY Patented Dec. 9, 1930 J'UNIUS H. STONE, 0F PORT WASHINGTON, NEW YORK BU'ILDINGCONSTRUCTION Application led March 28,
This invention relates to buildin tion.l
My invention is particularly directed to the combined use with structural steel elements of blocks of suitable wall material, such as so-called corkboard or other blocks of cork, and/or of -molded compressed wood pulp, blocks of gypsum, cement blocks, and the like. Such materials usually and preferably possess heat insulating qualities. v l
A salient feature of my invention is the use of steel members, preferably of present day' standard shapes, and particularly of steel I-beams, serving as the vertical members, the lower ends of the I-beam members being anchored in or bolted to concrete or similar foundation, the I-beamsbeing spaced at determined distances from one another, the wall blocks mechanically spanning between the 29 I-beams and interlocked therewith by providing slots at the opposite vertically disposed edges of the blocks embracl 0f the opposite iiange portions of the steel embers, the resulting ljoints being suitably bonded and sealed.
Corkboard of present day standard dimensions is most conveniently employed by locating the vertical steel members at correspond. ling horizontal spacings, -the vertically dis- 33 posed edges of the individual corkboards being slotted in correspondence to the flanges of the` vertical I-beams, each individual cork board being assembled to position by passing it at the tops of the two I-beams of its span over the opposing flanges, and allowing the blocks to drop seriatim `to their assembled positions. Grout or other cementitious material is then poured between the slot faces andthe flange faces to permanently position the boards and seal the joints.- At desired intervals, suitable straps of steel or like mechanical means may be employed to reinforce the me- -chanical interlocking between the vertical steel members and the thus formed wall portions.
g construc- My invention is advantageous in locating the corkboard or other blocks of wall material at the exteriorof the building wall,
which serve as the support for any` desired 1929. Serial N0,'350,507.
finish, as by the use of expanded metal secured by nails, wires or the like to the blocks, and stucco applied to the expanded metal.
The interior wall may be formed as desired. My construction lends itself admirably to the use 'of suitable supporting material, such asso-called ribbedmetal lath which is mechanically secured -to the inwardly disposed flanges of the I-beams or other vertical shapes,
and plaster or other desired iinish wall material secured to such support.
My invention is also applicable for employing the corkboard or other wall blockY material as the inner wall, the plaster being secured thereto by expanded metal or the like interposed between the corkboard and the plaster. In the latter form of my invention, the outer wall material may be formed of stucco secured in position to a suitable supporting material such as-expanded metal, in turn mechanically secured to the outer iiange of the vertical steel shapes.
In the form of my invention in which the wall blocks form a part of the inner wall, the exterior finish 'may be of the clapboard type, or of the shingle type, by employing vertical wooden strips secured tothe outer flanges of the steel I-beams, the boards or other sheathing being nailed to the vertical strips, and the outer finish secured to the sheathing, as is understood by those skilled in the art.
A particular feature of my invention is the provision of dead air spaces between the outer and inner walls of the respective spans between the vertical steel members.
Further features and objects of the invention will be more fully understood from the following detail description and the accompanying drawings, in which Fig. l is a detail side elevation of a portion ofa wall and-corner of a building construction embodying my invention, the respective constituentmaterials being exposed to view;
Fig. 2 is a sectional elevation on line 2-2 of Fig. l;
Fig. 3 is a sectional elevation on line 3 3 of Fig'. 1;
Fig. 4 is a sectional elevation similar to that of Fig. 3, but showing a corner assembly with f a side wall and a ceiling and an intermediate floor- Fig. 5 is -a detail vertical sectional elevation'of a corner assembly withthe vertical vwall of the uppermost ceiling and roof;
Fig. 6 is a detail horizontal view illustrating one method of supplemental mechanical reinforcement; and A Fig. 7 is a detail sectional elevation similar to F-ig. 2, but showing a modification.
Referring to the embodimentof my invention illustrated in Figs. 1 to 5 inclusive, the foundation 10 is usually of concrete but may be of any desired 'foundation material. The vertical steel members 11, preferably I-shapes, are 'anchored at their bottom ends within the foundationy material 10 or suitably bolted thereto in position.
In this form of 'my'invention the blocks of Wall material, such as corkboard, blocks of gypsum, compressed wood pulp, lumber,
tile, concrete or the like form the outer walls or wallsections. Such individual blocks 14, see Fig. 1, are of adimension to span from andbetween the vertical steel members 11,
the vertical lateral faces of the individual blocks 14, see Fig. 2, being slotted as is indicated at 15,v to receive and embrace the outer' ange 16 of the respective pairs of vertical seriatim, thus gradually buildin Isteel members 11. The slots 15 are preferably over-dimensioned to freely receive the flange ortions 16, the individual wall blocks 14 being assembled in interlocking relation with the steel members by passing said blocks individually at the upper termini of the flange edges of thef vertical steel members 11, and allowed to drop down to the required position fr up the respective wall portions by interlocking between and with the vertical steel members.
Upon assembling the individual wall blocks 14 to position, grout or other cementitious Y or hardening plastic material is applied within the Ajoints between the faces of the slotsv l5 and the faces of the flange portions 16, thus permanently securing the wall blocks in posi-` i tion and sealing the joints, as indicated at 30, see Fig. 6. y
The desired finish material is applied tothe outer` face of the corkboard or other wall block material. 'For a stucco finish, expanded metal lathing 17 may be nailed or otherwise l securedvto thewall blocks and "stucco 18 is l applied to the metal lathing.
For the inner wall finish, usually plaster 19, a suit-able support for`the same is mechanically secured to span fromand between the inner flanges 20, 20, adjacent 4l-beams 11, as by the use of ribbed wire mesh 22 or the like which is bolted or otherwise suitably attached. The plaster 19 is suitably applied to the wire mesh jor such other support 21. j
If desired, the mechanical interlocking between the wall blocksl andthe I-beams may be reenforced by mechanical'straps', see Fig.
flange faces and between abutting 16 of the I-beams 11, thence about the outer faces of adjacent wall blocks, the ree ends 23 being twisted with one another or passed through meshes of the metal lathing 17 or equivalent support forjthe outer finish material. l
My construction lends itself admirably for securing" suitable metal shapes and/or wood 'beams for supporting the respective floors, ceilings and the roof. Fig. 3 illustrates a typical assembly for the first floor, the concrete or other foundation being indicated at 10, the floor beams 24 in this instance being illustrated as Wooden beams each lodged at its ends upon the foundation 10 and secured toa horizontal' L member 24 which may be bolted to the inner flanges of the respective vertical I-beams 11.
A typical ceiling and intermediate floor assembly is illustrated in Fig. 4, the floor beams being indicated at 26 which may be Wooden beams, each supported at its' ends upon horizontal L members 27, bolted to the I-beams 11. The ceiling may be of .plaster 28 secured by expanded metal lathing 29 or the like.
A typical roof assembly is indicated in Fig. 5, the upper horizontal edges of the I-beams 11v being indicated atlla, adjacent lateral i which the horizontal steel beams 31 or other desired shapes are bolted in position to horizontal members 32 interspanning the vertical I-beams 11. The roof is formed and supported upon the horizontal beams 31 pursuant to present practice or other desired assembly, as by bolting thereto the struts 33, to which are bolted or otherwise secured the nailer strips 34, to which are then nailed the installation of electrical wiring, plumbing,
Api-pingand the like.
My lnvention is also applicable for eini loov ploying corkboard or other blocks of wall material as the inner Wall, as is illustrated in Fig. 7, the I-beams -11 being secured in position upon thefoundation similarly as above stated. The wall blocks 14 are sim-'- ilarlyV provided with slots 15, as above described, for receiving and embracing in this embodiment, the' inner flanges 20 of the I-beams 11 in lieu rof the outer flanges 16. The joints between the wall blocks and lthe I-beams `ar'e sealed similarly as above set forth. The finish Vmaterial for. the inner wa11,such as plaster 37, lis applied to the 'exp-` panded \1netal lathing 38, by nailing or otherwise securing the same to the other face of the wall blocks. Y An outer finish such as stucco is applied and supported similarly as above set fort-h. v
Fig. 7 also illustrates the application of clapboard, shingles and the like, as the outer wall finish, which may be effected by bolting vertical strips 39 to the outer faces of the Outer flanges 16 of the Isbeams 11, nailing a suitable sheating 40 to such vertical strips I6 and applying the clapboard 41, shingles or the like. Dead air spaces 36 are similarly provided in this embodiment of my invention.
Whereas, I have described my invention `by reference to specific forms thereof, it will be understood that many changes and modifications may be made without departing from the spirit of the invention.
AI claimxl. In a building construction, the combination of vertically extending structural elements of rigid material, said structural elements individually having outwardly and inwardly disposed vertically extending flanges, blocks of wall material having vertically extending slots `at their vertically disposed sides receiving and vembracing portions of said outwardly disposed flanges, said blocks serving as the outer wall material, layers of plaster serving as the inner wall material and means for mechanically supporting the plaster from said inwardly disposed flanges of said structural elements.
2. In a building construction, the combination of vertically extending struct-ural elements of ri id material, said structural elements individually having outwardly and inwardly disposed vertically extending flanges, blocks of wall material having vertically extending slots at .their vertically disposed sides receiving `and embracing portions of said outwardly `disposed flanges, said blocks serving as the outer wall material, said blocks of wall material individually spanning from and between adjacent structural elements, layers of plaster serving as the inner wall material and means for mechanically supporting thevplaster from said inwardly disposed flanges ovf said structural elements.
3. In a building construction, the comb-ination of a foundation, steel struct-ural elements having their lower ends securedA to said foundation, said structural'elements having individually outwardly and inwardly disposed vertically extending` flanges spaced from one another, blocks of wall material having vertically extending slots at their verQ tically disposed sides, receiving and 'embracing portions lof said vertically `extending flanges, plaster serving as the finish of the inner wall material, and mea-ns for supporting said plaster from said inwardly disposed vertically extending flanges of saidfstructural elements, said construction providing for an air space between the outer and inner wall materials.
4. In a building construction, the combination of a.` foundation, steel structural elements having their lower ends secured to said foundation, said structural elements having individually outwardly and inwardly7 disposed vertically extending flanges spaced from one another, blocks of wall material having' vertically extending slots at their vertically disposed sides, said blocks of wall material individually spanning from. and between adjacent struct-ural elements, receiving and embracing portions .of said vertically extending flanges, plaster serving as the finmish of the inner wall material, and means for supporting said plaster from said inwardly disposed vertically extending flanges of said `structural elements, said construction providmg for an an' space between the outer and inner wall materials.
` 5. In abuilding construction, the combination of a foundation, steel structural elements having their lower ends secured to said foundation, said structural elements havingl individually outwardly andA inwardly disposed vertically extendingl flanges spaced from one another, blocks of wall material having vertically extending slots at their vertically disposed sides, said blocks of wall material serving as outer wall material, receiving and embracingvportions of said vertically extending flanges, plaster serving as the finish of the inner wall material, and means for supporting said plaster from said inwardly disposed vertically extending flanges of said structural elements, said construction providing for an air space between the outer and inner wall materials. l
6. In a building construction, the combination of a foundation, steel structural elements having their lower ends secured to said foundation,said structural elements having individually outwardly and inwardly disposed vertically extending flanges spaced from one another, blocks of wall material having vertically extending slots at their vertically disposed sides, said blocks of wall material serving as the outer wall material, said blocks of wall material spanning from and'be-tween adjacent structural elements, re- 'ceiving and embracing portions of said vcr.
tically extending flanges, plaster serving as the nish of the inner wall material, and vmeans for supporting said plaster from said inwardly disposed vertically extending flanges of said structural elements, said construction providing for an air space between t-he outer and inner wall materials.
7. In a building construction, the combination of a; foundation, steel I-beams having their lower ends secured te saidl foundation, said I-beams having individually outwardly and inwardly disposed vertically extending a inwardly disposed I-beams, said construction providing air space between the'outer and inner wall their lower ends secured to said foundation,
said I-beams having individually outwardlyv and inwardly disposed vertically extending flanges spaced from one another, blocks of wall material having vertically extending slots at their vertically disposed sides, said f, blocks of wall material individually spanning from'and between adjacent said I-beams, receiving and embracing portions of said vertically extending flanges, plaster serving as the finish of the inner wall material, and means for supporting said plaster from said inwardly disposed vertically extending flanges of said I-beams, said construction providing for an airspace between the-outer and inner wall materials.v
9. In a building' construction, the co1i1,
bination of a foundation, steel I-beams having their lower ends secured toisaid foundation, said I-beams having individually outwardly and inwardly disposed vertically, ex-
f tending flanges spaced from one another,
blocks of wall material having verticallyV extending slots at their vertically disposed sides, said blocks of wall material serving as outer wall material, receiving and embracing portions of said vertically extending anges, plaster'seiving asthe finish of the inner wall material, and means for support'- ,i ing said plaster' from said inward-ly disposed vertically extending iianges of said materials.
10. In a building construction, .ithe comi for an e air space between the outer and inner wall materials.
11. In a'building construction, Ythe combination of vertically extending structural elements of rigid material, said structural elements individually havingvertic'ally exl tending flanges, blocks of wall material having vertically extending slots at their vertically disposed sides adapted to receive and embrace portions of said flanges, said blocks serving as wall material, layers of covering material serving as covering for the wall material and means for mechanicallyJ supporting the covering material from sald structural elements. s
12. In a building construction, the/combination of 'vertically extending structural elements of rigid material, said structural elements individually having outwardly and j inwardly` disposed vertically extending flanges, blocks of wall material having vertically extending slots at their vertically disposed sides adapted to vreceive and embraceJ portions of said langes, said blocks serving as Wall material, layers of 'coveringfor the wall materal'and means for mechanically supporting the covering material from the flanges of said structural elements.
13. In a building construction, the com- 4bination of vertically extending structural elements of rigld material, said-structural elel ments individually havingvertically extending slotsV at their vertically disposed sides adapted't'o receive and embrace portions of said flanges, said blocks serving as wall material, layers of covering material serving as covering for the wall material and means for mechanically supporting 4the lcovering maiuo terial from the lianges of said structural elements. y v l In testimony whereof I have signed this speciication this 19th day of March, 1929.
y JUNiUs n, STONE.
bination of a foundation, steel I-beains having their lower ends secured 'to said oundation, said I-beams having indivi/dually outwardly and inwardly disposed vertically extending flanges spaced from one another,
blocks of wall material'having vertically extending slots at their verticallyY disposed sides, said blocks of vWall materialL serving as the outer wall material, 'said blocks of Wallrmaterial spanning from Aand 'between adjacent said I-beams, receiving and embracn ort-ions of said vertically extending` y 1 g p the nish of the inner wall material, and means for supportflanges, 'plaster serving as ing said plaster 'from said inwardly disposed vertically extending anges of sald-'I- .f beams, said construction providing Vfor -an
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US350507A US1784502A (en) | 1929-03-28 | 1929-03-28 | Building construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US350507A US1784502A (en) | 1929-03-28 | 1929-03-28 | Building construction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| US1784502A true US1784502A (en) | 1930-12-09 |
Family
ID=23377028
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| US350507A Expired - Lifetime US1784502A (en) | 1929-03-28 | 1929-03-28 | Building construction |
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| US (1) | US1784502A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2526116A (en) * | 1947-10-11 | 1950-10-17 | Chesapeake & Ohio Railway | Boxcar lining |
| US2683980A (en) * | 1945-12-21 | 1954-07-20 | Owens Corning Fiberglass Corp | Insulated building structure |
-
1929
- 1929-03-28 US US350507A patent/US1784502A/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2683980A (en) * | 1945-12-21 | 1954-07-20 | Owens Corning Fiberglass Corp | Insulated building structure |
| US2526116A (en) * | 1947-10-11 | 1950-10-17 | Chesapeake & Ohio Railway | Boxcar lining |
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