Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberUS2362162 A
Publication typeGrant
Publication dateNov 7, 1944
Filing dateMay 11, 1942
Priority dateMay 11, 1942
Publication numberUS 2362162 A, US 2362162A, US-A-2362162, US2362162 A, US2362162A
InventorsSheldon Ralph O
Original AssigneeEmile S Guignon Jr
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Unit building structure
US 2362162 A
Images(2)
Previous page
Next page
Description  (OCR text may contain errors)

Y NOV. 7, 1944. T Y R, Q SHELDON 2,362,162

UNIT BUILDING STRUCTURE FiledMay 11,1942 2 sheets-sheet 1 45 I r """"N 1% -JJ 5 Z if! E v I l 44 Y l U l www.

` 425 J. mi |I' M l! W 24 l ZZ "5' INVENTOR.

j l @40h 0, be/abn K B l l 47m 5y,

1944. R. o. SHELDON UNIT BUILDING STRUCTURE l Filed May ll, 1942 2 sheets-sheet 2 9450/7 .5kg/dw? Patented Nov. 7, 1944 UNIT BUILDING STRUCTURE Ralph O. Sheldon, Kansas City, Mo., assignerv to Emile S. Guignon, Jr., Kansas City, Mo.

Application May 11, 1942, serial N9. 442,402

` (c1. zoe-2) 3 Claims.

' This invention relates to buildingsof sectional -character constructed from units providedwith unique interlocking means, allowing rerection `without the use of nails, screws V.or analogous articles. v f I The primary 'aim of the instant invention is to provide a building structure having as a component part thereof, a number of units completely formed in the factory and capable of being assembled at the point of erection.

This invention has for a still further object to Y provide in a unit building structure, a group of uniqueparts, all of which inter-lock and that may be disassembled after a period of use without destroying the value ofthe structural elements, so far as re-employment is concerned.

One ofthe most important objects of this invention isY to provide a Wall unit for building structures having a sectional base anchor and,

provided with a locking element movable to and from a position at the abutting edge of the units, vwhereby a continuous vertical wall may be erected upon a horizontal foundation prior to the application of` ceiling structure.

Another object of this inventionis to provide unique ceiling `assembly Vfor buildings having means for removably engaging the upper portion of the aforesaid .wall units, which ceiling may be assembled and mountedon the job without altering the formo! the material from which the celling parts are made. I

Minor objects of the invention include the unique way in which abutting stringers of aceiling structure are keyed together; the novel character of header employed to extend longitudinally along the wall composed of a number of units, whereby the inter-locking splines aremaintained in place; the way in which the panels of the several units are appliedto the frame-work of the unit to protect the edges thereof and the way in which the sectional base anchor functions to draw the building units downwardly thereagainst as through the building wall and a partition illus- Fig. 4 is a fragmentary sectional view taken on line IV-IV of Fig. 3; and y Fig. 5 is a fragmentary horizontal sectional view tratingthe. manner in which the units may be madev to engage a partition.

In erecting unit buildings'having parts made in accordance with this invention, a conventional floor or supporting slab 8 is rst placed to receive sectional base anchor I0. This base anchor Il) is composed of two longitudinal sections 4I2 and I4 respectively, held together by screws or analogous elements I6. '1

When sections I2 and I4 are in the operative position, a groove Iis created between downwardly and outwardly inclined faces and 22 formed on sections I2 and I4 respectively. Section I4 overlaps a longitudinal flange'24 of section `I2 and its lower face slides on the upper face of and-when units 26 are elevated to a vertical position, sections I2 and I4 should be far enough apart to admit bead 28. This bead is dove-tail in cross sectional contour and the downwardly and outwardly longitudinal faces thereof abut faces 20 and 22.

Each unit 26 includes a circumscribing frame comprising upper and lower members 30 and 32 respectively and vertical members 34. Intermediate spacing and strengthening beams 36 joining members 30 and 32 are provided at spaced intervals between members 34.

Members 30, 32 and 34 have laterally extend- Aingfiianges 38, 40 and 42 respectively to completely crcumscribe panels 44 secured to the frame of unit 26. These said flanges protect the edges of panels 44 during shipment and handling. The joint created between panels 44 and the frame of units 26 is also capable of precluding entrance of air into the building.

When units 26 are arranged in edge-to-edge relation, the length thereof should be suilicient to hold the hereinafter described ceiling parts in place a distance above floor 8 to establish the normal vertical dimension ofa room or building.

Upper member 30 has a bead 46 secured thereto and vertical members 34 are milled to provide a groove 48 that is dove-tail in cross sectional form. The vertical inner edges of members 34 forming the sides of groove 48 extend outwardly and inwardly from the base of the groove as illustrated in Fig. 2. A spline 50 is entered between each unit 26. This spline has V-shaped grooves along opposed edges thereof to engage the sides of groove 48 and a wedging action is obtained by longitudinally splitting spline 50 along line 52 of units 26 with its groove 56 receiving bead 46.

Header 54 extends over the joint between units 26 and spline 50 is thereby maintained in position between base anchor I0 and header 54.

The ceiling and roof are constructed of a number of units long enough to bridge the distance between the walls of the building and when these units are in position, they are in abutting relation with stringers 58 thereof in close relation as shown in Fig. l. Stringers 58 of adjoining sections are grooved as at 60 and a spline 62 is introduced to preclude vertical relative displacement.

Stringers 58 have flanges 63 formed thereon -to abut the edges of ceiling panels 64. The edges of said panels close to header 54 contact the inner vertical edge of said header to establish a finish as shown in Fig. 3. The thickness of the vertical edge of header 54 should be substantially the same as the thickness of panel 64 and when such f dimensions are followed,v a smooth corner is established.

Header 54 has a longitudinal bead or strip 66 along the upper face thereof to enter transverse grooves 68 in stringers 58. Rafters 10 secured by bolts or similar elements 'I2 to the ends of stringers 58 should likewise be out to conform tothe contour` of the upper face of header 54 whereby bead 6G will be engaged in the same manner as it is engaged by stringers 58. Rafters Lcarry a plate i4 to receive roofing 18 and' when the ceiling units are assembled, they are mountable upon the unitary wall with ease and dispatch.

In some instances, partitions may be required in a building and if so, the aforesaid units 26 may have a vertical ller 18 extending between upper and lower members and 32 respectively. A dove-tail shaped groove 80 in this ller is opposed to similar groove 82 in member 84 of partition unit 86. A spline made as above specifled, serves as a key to draw together the abutting faces of partition 88 and ller 18.

All. of the parts of the unitary building structure may be formed of wood and glued, screwed, nailed or otherwise assembled at the factory. After the units are produced, shipment to the point of erection may be in a hat, stacked condition.

The` manner of erecting the building has been made clear during the course -of the foregoing detailed description thereof, and while the preferred embodiment of the invention has been illustrated and described, it is desired to be lirnited only by the scope of the appended claims.

Having thus described the invention, what I claim as new and desire to secure by Letters \Patent is: 1. In a building structure of the character described, a plurality of edge-to-edge wall units; a bead along the lower edges of the wall units; and a base anchor gripping said bead to prevent lateral displacement of the said units, said anchor comprising a pair of longitudinal sections for engaging opposite side edges of the bead, said sections having overlapping portions,` and means for drawing said sections toward each other.

2'. In a building structure of the character described, a plurality of edge-to-edge wall units; a bead along the lower edge of each wall unit; a base anchor for gripping said beads to prevent lateral displacement of the said units, said anchcr comprising a pair of longitudinal sections for engaging opposite sides of the bead, one of said sect ons having a longitudinal flange, the other of said sections being undercut for receiving said flange; and means for drawing the sections together to clamp saidV bead therebetween.

3. In a building structure of the character described, a plurality of edge-to-edge wall units; a bead of dovetail cross section along the lower edge of each wall unit; a base anchor for gripping said beads to prevent lateral displacement of the said units, said anchor comprising a pair of longitudinal sections, one of said sections having a downwardly offset area substantially corresponding in width to the widthfof said bead and forming an inclined face for engaging one side of the bead, theother of said sections having an inclined face for engaging the opposite side of the bead and having a longitudinal flange, said first named section being undercut for receiving said flange to create an overlapped relation of the meeting edges of the sections; and means for drawing the sections together to clamp said bead therebetween.

RALPH O. SHELDON.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2423695 *Apr 26, 1944Jul 8, 1947Dextone CompanyBuilding structure
US2440763 *Feb 19, 1945May 4, 1948Arthur TodhunterBuilding construction
US2521381 *Oct 19, 1945Sep 5, 1950Paul A LinckPrefabricated building
US2585051 *Oct 26, 1946Feb 12, 1952Lyle F BoulwareBuilding
US2587804 *Sep 6, 1944Mar 4, 1952August Ajne CarlBuilding structure
US2598867 *Feb 10, 1950Jun 3, 1952Jr Lewis H WeitzBuilding block
US2749873 *Mar 2, 1954Jun 12, 1956Chester A HuffmanJig for use in constructing building units
US2883711 *Aug 31, 1953Apr 28, 1959Kump Ernest JPrefabricated building construction
US2888112 *Apr 13, 1956May 26, 1959Keller Robert RPanel joints and panel joining devices
US2933167 *Oct 4, 1955Apr 19, 1960Keller Robert RPanel joints and panel joining devices
US3603060 *May 20, 1969Sep 7, 1971Raymond Christy Enterprises InStructural building system
US3766696 *Feb 4, 1972Oct 23, 1973Versa Wall IncDemountable wall partition system
US3849960 *May 7, 1973Nov 26, 1974Henry DModular building construction
US4222208 *Oct 7, 1977Sep 16, 1980Ferver George WModular homes
US4281491 *Feb 2, 1979Aug 4, 1981Schonert Ernest AModular wall framing
US4378663 *Oct 27, 1980Apr 5, 1983Audet Gordon AStructural panel
US4409763 *Mar 23, 1981Oct 18, 1983Rydeen Robert JPost and beam building
US4630418 *Sep 13, 1984Dec 23, 1986Societe A. DegutApparatus of construction by means of prefabricated elements, particularly of wood
US4726157 *Jul 23, 1985Feb 23, 1988Magnus HultBuilding
US6195950 *Dec 15, 1998Mar 6, 2001Edwin Randall HarrisEngineered structural modular units
US6226944Apr 5, 1999May 8, 2001Mouchel Consulting LimitedReinforced structural member
US6735916Mar 8, 2001May 18, 2004Mouchel Consulting LimitedReinforced structural member
US7178297 *Jun 18, 2002Feb 20, 2007Richard J SeavyStructures incorporating interlocking wall modules
US7946092Oct 26, 2009May 24, 2011Veerhuis Beheer, B.V.Method of constructing a building, such building, and wall and floor elements for use therein
EP0674059A1 *Mar 21, 1995Sep 27, 1995LG MOUCHEL & PARTNERS LIMITEDReinforced structural member
WO1995002097A1 *Jun 17, 1994Jan 19, 1995Johannes GromatPrefabricated building systems
Classifications
U.S. Classification52/274, 52/481.1, 52/271, 52/698, 52/508, 52/476
International ClassificationE04B1/61
Cooperative ClassificationE04B1/6158
European ClassificationE04B1/61D3C3