US2160794A - Building construction - Google Patents

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US2160794A
US2160794A US203046A US20304638A US2160794A US 2160794 A US2160794 A US 2160794A US 203046 A US203046 A US 203046A US 20304638 A US20304638 A US 20304638A US 2160794 A US2160794 A US 2160794A
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rod
strip
channel
rods
trough
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US203046A
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Manley R Price
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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F13/00—Coverings or linings, e.g. for walls or ceilings
    • E04F13/07—Coverings or linings, e.g. for walls or ceilings composed of covering or lining elements; Sub-structures therefor; Fastening means therefor
    • E04F13/08—Coverings or linings, e.g. for walls or ceilings composed of covering or lining elements; Sub-structures therefor; Fastening means therefor composed of a plurality of similar covering or lining elements
    • E04F13/0801—Separate fastening elements
    • E04F13/0803—Separate fastening elements with load-supporting elongated furring elements between wall and covering elements

Definitions

  • the rods may be secured in the channels or.A
  • annularange ef ⁇ fects Il see Fig. 4, can'be formed on or attached to the rods, (as by upsetting, or separate washers strung on) which flange effects can readily be welded in vplace in the troughs.
  • Thetroughs f maybe periodically embossed as at i8Figs. 7
  • the supports canl also be punched lout of the channel bottoms (as straps) so as to overhang the rods ⁇ to retain and/or center them assuggested in Fig. 15 atV iBa; ⁇ in which event the rods could straps, or, as suggested in Fig. 15a, bottompor- ⁇ tions lab of. the channel at each side of the hole fromwhich the strap eiect ida is punched can be bent toward thestrap to support theA rod thereagainst.
  • the rods could be bound in place, as by staples or Wire strands i9, see Fig. 16, rpassing through the holes in the base Aportions of the y channels. i l .1
  • the preferred fastening membersdfor the panel--M ling are horse-shoe type nails, 20, Fig-5, with special heads 2i, of suiicient widthso lthatthey will-not be likely to puncture or pull tl'irough4 the panelling which may be of relatively friablev nature.
  • vThe nails areof nattended, rectangular crossesection, as shown in Fig. v (cf; 2li in Fig., 2), and witha very gradual taper Ato the point, for easy piercing of thepanelling and for easy bending of the points by the channels and/or rod i5 or itin.
  • the thin ⁇ point enables relatively thin" stock to be used for the chvannels'without danger of puncturing theirwalls.
  • thel nail 2E is shown with its point entering a trough at one side of a rod i5, and .at the left the nail 2U is shown in clinched positionvhaving encountered the curved wall of the trough for deflection thereby around the rod I5 as at 2i.
  • Such clinching is eiected irrespective oi' the region in which the nail encounters the ground strip (providing this is between the two edges 9a). andl practically irrespective of the angle at which ⁇ driven through the panelling. In'being clinched, the point of the nail continues to hug the peripheral4 surface of the rod, so that a very firm anchorage is eiected between the panelling and ground strip, when the nail is completely seated.
  • the nail should be of such proportions and length that when fully seated, it fills the space radially between the rods and channel bottoms (see Fig. 6), so that the secured panelling cannot sag or rattle.
  • the dividing ribs I terminate in a plane below (inwardly from) the surfaces 9a of the outer walls of the strip, so that if a nail point encounters the top of the rib '1,v it will have a short portion projecting free from the panelling, and 'be more certain vto be deflected one way or the other, and finally curled around a rod.
  • the rods are spaced Vfrom the panelling for the same reason.
  • ground strip is made of sheet-metal, this should be hard enough to prevent penetration by the nail point, lbut can be ⁇ oi' any thickness.
  • Iii-gauge coldrolled stock is a satisfactorymaterial, as to stiiness and hardness for use asl ceiling ⁇ treatment support, as suggested inFig.1g. 7
  • the strip can be embedded flush with the face of concrete, plaster or' the like, indicated at ⁇ 25.
  • the flanges 8 may be extended as at 26', ⁇ and, with? one or morelbends, or with ,the protuberances or 'through holes to provide ⁇ the necessary keying of the' material 25 thereto.
  • FIG. 17 illustrates the embodiment of the es- ⁇ l sential principles of the ground strip into ⁇ a hollow stud. 4Asshown, the stud is'made from a single piece ot sheet-metal l29, with oppositely disposed trough effects ⁇ 6, and rodsv i5so that Apanelling can be anchored to both sides of the stud', asin erecting partitions.
  • the seam at30 can be closed, as by welding, or the formation of an interlocking bead,if desired, or thetwov edges can simply abut eachother.
  • this for supporting acoustical tile preferably is madeV with standardplasterboard orlath, so that paperfof the usual envelope for the' plaster core comes between adjacent plaster sheets and. assists in providing an anchorage forfastening elements, such as nails or screws.
  • the sheets Il and l2 of the panelling slabs ⁇ are laminated in relatively offset relationship to provide ship-lap joint eiects where two slabs abut, as shown.
  • anel-part's is .necessary.becausegthe nails lil;etie ⁇ .,f.- ⁇ are 4adequate to hold-theipartsf tOCtherj once the 'movement tran plain sheet-metal '(to jbe, punctured f bythe iat; 4s in' Figs; 1o aman,k can be used.c The cere fas tomaintain said rod' spaced afpredetermined' f nel atleast vat two/points spacedfcircumferenf 4 ⁇ tially ofthe rod. l f ⁇ Celotex type,"the"nai1s ⁇ or fasteners,- e.
  • afscrew-driver 53 oranaii-set in locating the j ⁇ fasteners centrallyoi thefholesv 52 whichaare in- ⁇ termediatie rthose n engaged e by the vpins 5 I;
  • vthefaster ling member e tapersvgradually substantiallyztoapoint, and is" .nat enh-opposite maior'side surfaces, wmcnwfaces, in the clinched position 'ofthei'astenera lie betweertthe rod,y and channelfsurfaces in cont-aintwith both. 'p
  • a groundstdrip comprising' ⁇ two channels with generallyjounded troughsdisposed side?l by-sidaand having an interconnecting wall with a relatively .thin Youtward k extremity, rods Vsup ⁇ V fr ported in respectivechannels in spaced'relationj y n f trough withoppositely sloping bottom surfaces, said trough havingprojectionsstruck inwardly shipA to they inner surfaces thereof, said inter# ⁇ connecting wall terminating in'a' plane below the plane of the outward .extremities oftheA otherY channel walls.
  • TQAn attaching member for 'wall treatment comprising a sheetenietal strip, in the form of a channel with oppositely. sloping bottom surfaces, the strip having reversely'bentflange extensions to .form base supportsat opposite,4 sides ⁇ of ther, channel, and a rod secured in the channel in ⁇ spacedrelationto all wallportions of the channel rfor the' greater portion of theextent .ofY the rod toms and thetwo having aconmon rib-like wall, i rods secured in each channel, extending lengthwise thereof asa clinch'hold for nails, and ref vesei'y beat flanges on the two sides of the strip,
  • Afnailin'g ground comprising a sheet-metal strip inthe form of af channel having oppositely slopi'ngA bottoni surfaces "adapted to ⁇ deflect nails,
  • Av nailing ground ycomprising'a sheet-metal 12 V -A nailingground, comprising a strip having' a trough with oppositely slopingjbottom surfaces,
  • a nailing ground comprising a trough, with a wide open face andioppositely sloping bottom surfaces, a rod in the trough ⁇ extending longitudinally thereof,'means for ⁇ securing the rodin centered relationship'to ⁇ the side walls-of4 the trough, Vouter side portions of the trough Y beingdiverted ina manner'to provide keying' is embedded incon-f surfaces when :the ground crete, -plaster, or thel like.

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Joining Of Building Structures In Genera (AREA)

Description

May 3o, 1939.? f @LRQ PRICE" I f 2,160,794
`umvnNG'ICNSTRUGTIIION i Filed April zo,` 195s y 2 'sheets-sheet 2 v v n I 'INVENTOR Mmmm/f? D2/c5 n be yleft loose in the channels or welded, as to .the
The rods may be secured in the channels or.A
troughs in a variety of other ways, not necessarily rigidly. For instance, annularange ef` fects Il, see Fig. 4, can'be formed on or attached to the rods, (as by upsetting, or separate washers strung on) which flange effects can readily be welded in vplace in the troughs. Thetroughs f maybe periodically embossed as at i8Figs. 7
and 8, formingcradle-like supports for the rods,
onto which thev latter can be welded. -The supports canl also be punched lout of the channel bottoms (as straps) so as to overhang the rods` to retain and/or center them assuggested in Fig. 15 atV iBa; `in which event the rods could straps, or, as suggested in Fig. 15a, bottompor-` tions lab of. the channel at each side of the hole fromwhich the strap eiect ida is punched can be bent toward thestrap to support theA rod thereagainst. The rods could be bound in place, as by staples or Wire strands i9, see Fig. 16, rpassing through the holes in the base Aportions of the y channels. i l .1
The spacing supports for the rods, such as H3,` ii, i8, etc., of the two channels Aare offset from each other so that in applying the securing meinbers inv pairs opposite each other, one or the other of such pair willwbe certain to clinchas will now be described.
The preferred fastening membersdfor the panel--M ling are horse-shoe type nails, 20, Fig-5, with special heads 2i, of suiicient widthso lthatthey will-not be likely to puncture or pull tl'irough4 the panelling which may be of relatively friablev nature. vThe nails areof nattended, rectangular crossesection, as shown in Fig. v (cf; 2li in Fig., 2), and witha very gradual taper Ato the point, for easy piercing of thepanelling and for easy bending of the points by the channels and/or rod i5 or itin. The thin `point enables relatively thin" stock to be used for the chvannels'without danger of puncturing theirwalls. The nails do not have to be flat on both sides, although this I believe is the most satisfactoryl shape. 'I'hey can beV D- shaped as shown at 202:, Fig; 2. JThe essential characteristic isV thinness invonedirection only, whereby the nails uponjencounterlng the4 deilect# ing surfaces of the ground strip, will not 'be bent in a direction longitudinally of the strip.
At the right in Fig. 3, thel nail 2E is shown with its point entering a trough at one side of a rod i5, and .at the left the nail 2U is shown in clinched positionvhaving encountered the curved wall of the trough for deflection thereby around the rod I5 as at 2i. Such clinching is eiected irrespective oi' the region in which the nail encounters the ground strip (providing this is between the two edges 9a). andl practically irrespective of the angle at which `driven through the panelling. In'being clinched, the point of the nail continues to hug the peripheral4 surface of the rod, so that a very firm anchorage is eiected between the panelling and ground strip, when the nail is completely seated. The nail should be of such proportions and length that when fully seated, it fills the space radially between the rods and channel bottoms (see Fig. 6), so that the secured panelling cannot sag or rattle. The dividing ribs I terminate in a plane below (inwardly from) the surfaces 9a of the outer walls of the strip, so that if a nail point encounters the top of the rib '1,v it will have a short portion projecting free from the panelling, and 'be more certain vto be deflected one way or the other, and finally curled around a rod. The rods are spaced Vfrom the panelling for the same reason.
If the ground strip is made of sheet-metal, this should be hard enough to prevent penetration by the nail point, lbut can be `oi' any thickness. Iii-gauge coldrolled stock is a satisfactorymaterial, as to stiiness and hardness for use asl ceiling` treatment support, as suggested inFig.1g. 7
'I'hespacing of the ground strips on the skeleton structure, such as I, is determined partly inv accordance with panel widths, so that joints ooour approximately over the dividing members 'I of the strips 5' as suggested in Fig. 3, enabling both margins.of such adjacent panels to b e rmly supported. VThe nailing can be donefromA opposite angles toward the ground strip centers in a lmapner tov d raw the adjacent edges ofthe panels, together without .affecting V`the clinching operation described.v i
Referring to the modified` ground strip shown in Fig'fl'i this illustratesthat the strip can be embedded flush with the face of concrete, plaster or' the like, indicated at`25. To holdfthe strip in place, the flanges 8 may be extended as at 26', `and, with? one or morelbends, or with ,the protuberances or 'through holes to provide` the necessary keying of the' material 25 thereto. In
use on brick or tile (see Fig. 15) the ribs 1 mayV have'throughopenings therein to receive Shanks such asi-2* of anchoring devices.' which ,may carry expanding members, suchi for example.'- .as the Vtoggle head 29 illustrated.` To receive vFig. 17 illustrates the embodiment of the es-` l sential principles of the ground strip into `a hollow stud. 4Asshown, the stud is'made from a single piece ot sheet-metal l29, with oppositely disposed trough effects `6, and rodsv i5so that Apanelling can be anchored to both sides of the stud', asin erecting partitions. The seam at30 can be closed, as by welding, or the formation of an interlocking bead,if desired, or thetwov edges can simply abut eachother.
Referring further to the panelling construction, this for supporting acoustical tile, such as shown partially at T, preferably is madeV with standardplasterboard orlath, so that paperfof the usual envelope for the' plaster core comes between adjacent plaster sheets and. assists in providing an anchorage forfastening elements, such as nails or screws. Preferably the sheets Il and l2 of the panelling slabs `are laminated in relatively offset relationship to provide ship-lap joint eiects where two slabs abut, as shown.
" jslaband, assist inferectionof islgabsjas w ,I fknown,
in smrizlapionstructigns; s 'vlielelong vthe ground y 6r m9rrw$2 w11pa ofabothfadiacent slabsiif drY 15, the overlappedlportions'g, Figi;
#"'be effective in penetrating',bothslabsand int A thelfsround Strip-:siffle-@remate anywhere across ulustratesnnpw i shown' 1 -Such nails,whenmiventhroughthe Lcore ,I4` and, intofthe innerfpl'aster; l uoax;cl or` latholayer, I i, .apfy E, proximately :12H1 apart; ,are more than; radequate i "tosupport 'theheaviest acoustical? tileinjuse'y at l fthe;V presentftime; Crdinaryilsscrewsg; will[ of l -'co1 irse,ahold even! better. i Barbed ,I flails,l such `as barbs.` interlocking @with the; strands of?v the corel g herbxnaterlal, canf'be j, cemented in -placeivforr .theV41 artsaoixthe Apanel can held bymire staplesV 43,1; f
,verlening-lis Seuredztohe ground strips:r c ,Y v :Instead of wire 1nesh,'ffor,` the 'core M', I mayA members n III, 42, etc.) or@ apertured sheetfmetal, .sayfoi the expanded-metal type vsuch "as, Ishown o Aattaching acoustical 'cue `of vthe neonati#y through the usualfopeningsn of ysuch tile.. vwhich arejnear 'the corners. rFiga- 12 and `13 engagement with `two` of the Vopenings 52 of the? tool'mayhold the-fastenersrmagnetically to assist: in rapid setting'loftheti1e.This toolj is wired onto the skeleton members, such as; .1I,. or
lathes-Usual ce with thisv modiflcationfr'a" bond' In f accord wide;` apart the;fasteners:2v .maygbegplacedtand f abourneaesbrthe' thfhck* new; aifeit tufee in engagement with f the illustrated Vat:,42-inJigq,lean alsofbe aused; theV Figs. 6 Land-1 9. f- Nc firm;bondingfbetween the q. anel-part's is .necessary.becausegthe nails lil;etie`.,f.-` are 4adequate to hold-theipartsf tOCtherj once the 'movement tran plain sheet-metal '(to jbe, punctured f bythe iat; 4s in' Figs; 1o aman,k can be used.c The cere fas tomaintain said rod' spaced afpredetermined' f nel atleast vat two/points spacedfcircumferenf 4 {tially ofthe rod. l f `Celotex type,"the"nai1s`or fasteners,- e. g;, llzsor 42# v v #surfaces eof 4whiehslope in` .opposite directions, .a ".show a tool guide 50,'fhaving locating pins BLYIorA tile.y can'be used ltoguidei'tl`1e.`tool,isucl:x as
afscrew-driver 53 oranaii-set, in locating the j `fasteners centrallyoi thefholesv 52 whichaare in- `termediatie rthose n engaged e by the vpins 5 I; The
shown and claimed .only in my ycopendingappli-1 g 1 cation seria1 No; asoma-.nwo `January\12',#19,39.- l Reiferring to Fig. 18,the; character 60 ydenotes 'any suitable ground for plaster; such'` Afor exam-V '1 ple, as expanded'sheetmetaLlath. "Thiskcanbe I fstudsiin the case of averticalvwall (or'nailed ont,` 'if iithe' studs or'skeleton structurearewood). I'he plaster is keyed through the openings the-metal .Y
before the bond castinghas set,`
diverted. peruana, ss aeted ,nes vof, the exp'andfej metalflath atloneed eoivth opening through which'insertedg'j" 1fr.
I The flabncicore'matenr I assists j a I am bonding 'between th `finish .wat 'nv of;
inV
helical nail y r being;` illustrated n a ,lrod' disbosed' "init-'h "channel lepsthwis f it meansjr. periodically preventing* the rod iro 'Svexiselyfl "ltelff du# Ofthe ,chen
g nel,A while ,gfeneraHvlexnosing' the rodiat4 the chan-1` :nel face,V whereby. elongated fastening members Y can be driven into contact 'with thesloping surfaces between aboutv the' rod.
2. A construction,
" according to. clem; 1f when;l 45
f anche effecuvebottom portmn'ofthecnannel v semi-cylindrical in lshape and said means iixecily l securesthe rod in the channel'in such position minimum distance from thelwalls of said chan- '3. Inv building construction, amember having@` an outwardly facingvchann'ehthe `effective bottom dnvemfsndfast mngxmembiris anche. cuncnmg -1 l yfportionsj"being .offjgenerallyflattened section n wher-emr: they are self'gu'i'din v*contact y with vthe rod'` and channel surfacesVlr io ,verselylo!theelongated Iiiember.: Y, '4f.lAgfQnStliCQftdik t0ilk-11393,where'k inthe? elinehing` portion oi! vthefaster ling member e tapersvgradually substantiallyztoapoint, and is" .nat enh-opposite maior'side surfaces, wmcnwfaces, in the clinched position 'ofthei'astenera lie betweertthe rod,y and channelfsurfaces in cont-aintwith both. 'p
1 aground strip, the'fontraced wmcn'has the rod and channel and clinched;` i K avel trans-jf` x 1 f' 'two channen, eachnvwitn opposily sloping 1m- .toms',jfsaid ehannelsbeingdisposedsidejbyside" 'lo and separated by almtemediate wail'ofdmiini" tending longitudinally in the channels, thema-1` vjor `exposedsurfaces of which rods slope 'in opposi-te. directions, and means connectingthe rods and ystrip vto' maintainrthe rods against'movel mentout ofthe channels, whereby bendable'j'nails irrespective ofthe position in which'the nails enl counter said 'face ofthe strip.
6. A groundstdrip comprising' `two channels with generallyjounded troughsdisposed side?l by-sidaand having an interconnecting wall with a relatively .thin Youtward k extremity, rods Vsup`V fr ported in respectivechannels in spaced'relationj y n f trough withoppositely sloping bottom surfaces, said trough havingprojectionsstruck inwardly shipA to they inner surfaces thereof, said inter#` connecting wall terminating in'a' plane below the plane of the outward .extremities oftheA otherY channel walls.A Q
TQAn attaching member :for 'wall treatment comprising a sheetenietal strip, in the form of a channel with oppositely. sloping bottom surfaces, the strip having reversely'bentflange extensions to .form base supportsat opposite,4 sides` of ther, channel, and a rod secured in the channel in` spacedrelationto all wallportions of the channel rfor the' greater portion of theextent .ofY the rod toms and thetwo having aconmon rib-like wall, i rods secured in each channel, extending lengthwise thereof asa clinch'hold for nails, and ref vesei'y beat flanges on the two sides of the strip,
to form supporting base'membersf- 9. Afnailin'g ground, comprising a sheet-metal strip inthe form of af channel having oppositely slopi'ngA bottoni surfaces "adapted to `deflect nails,
spacedmeans struck v inwardly from a wall of the channel, and a rod secured to'sald means and v about; the entire "periphery'wluch nails deected by" said surfaces can extend for clinching.l
10. 4A'nailing ground strip, adapted to be secured in xedrelationto a wall, said strip comprising -a' troughshaped sheet-metal strip with inwardly bent apertured ears at spaced intervals 1 partially severed 'from the wallk of the strlp,=and
a rod extending through theapertu'res andheld thereby against movement out of the trough.
. 11. Av nailing ground, ycomprising'a sheet-metal 12 V -A nailingground, comprising a strip having' a trough with oppositely slopingjbottom surfaces,
a rod having projections on it,'atl longitudinally spaced intervals, projections -which'are secured to wall portons'of the trough, asby welding to space the rod' generally from all surfaces ofthe trough.`
13.v A nailing ground, comprising a trough, with a wide open face andioppositely sloping bottom surfaces, a rod in the trough `extending longitudinally thereof,'means for `securing the rodin centered relationship'to `the side walls-of4 the trough, Vouter side portions of the trough Y beingdiverted ina manner'to provide keying' is embedded incon-f surfaces when :the ground crete, -plaster, or thel like. A*
l f MANLEY-R. PRICE. i
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Cited By (16)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2419420A (en) * 1945-01-20 1947-04-22 Manley R Price Self-clinching nailing ground
US2448109A (en) * 1946-01-18 1948-08-31 Michael Jack Furring strips and channels and connecting structure
US2539038A (en) * 1946-10-25 1951-01-23 Grover M Shumaker Nail tie
US2553363A (en) * 1945-11-09 1951-05-15 Carl C Droeger Building construction
US2553679A (en) * 1946-09-23 1951-05-22 Cecil F Schaaf Building construction
US2565505A (en) * 1945-04-02 1951-08-28 Armstrong Cork Co Screw driver aligning tool
US2573345A (en) * 1948-04-26 1951-10-30 Walter L Leedy Nailer section
US2587884A (en) * 1945-10-30 1952-03-04 Palmer Per Anders Sound insulation board
US2633945A (en) * 1949-01-19 1953-04-07 Cresswell Roll Forming Company Structural member
US2706315A (en) * 1949-06-11 1955-04-19 Manley R Price Wall or ceiling treatment
US2710679A (en) * 1950-10-24 1955-06-14 John T Bibb Suspended ceiling construction
US2735520A (en) * 1956-02-21 Collins
US2802359A (en) * 1955-02-17 1957-08-13 Harry W Hollister Stop beads in suspended ceilings
US3327435A (en) * 1965-10-24 1967-06-27 Anderson Lloyd Robert Non-loosening hinge and mold
US3726056A (en) * 1971-05-12 1973-04-10 Johns Manville Textural panel
US4287656A (en) * 1978-11-13 1981-09-08 Hilti Aktiengesellschaft Method of setting fastening elements in a hard receiving material

Cited By (16)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2735520A (en) * 1956-02-21 Collins
US2419420A (en) * 1945-01-20 1947-04-22 Manley R Price Self-clinching nailing ground
US2565505A (en) * 1945-04-02 1951-08-28 Armstrong Cork Co Screw driver aligning tool
US2587884A (en) * 1945-10-30 1952-03-04 Palmer Per Anders Sound insulation board
US2553363A (en) * 1945-11-09 1951-05-15 Carl C Droeger Building construction
US2448109A (en) * 1946-01-18 1948-08-31 Michael Jack Furring strips and channels and connecting structure
US2553679A (en) * 1946-09-23 1951-05-22 Cecil F Schaaf Building construction
US2539038A (en) * 1946-10-25 1951-01-23 Grover M Shumaker Nail tie
US2573345A (en) * 1948-04-26 1951-10-30 Walter L Leedy Nailer section
US2633945A (en) * 1949-01-19 1953-04-07 Cresswell Roll Forming Company Structural member
US2706315A (en) * 1949-06-11 1955-04-19 Manley R Price Wall or ceiling treatment
US2710679A (en) * 1950-10-24 1955-06-14 John T Bibb Suspended ceiling construction
US2802359A (en) * 1955-02-17 1957-08-13 Harry W Hollister Stop beads in suspended ceilings
US3327435A (en) * 1965-10-24 1967-06-27 Anderson Lloyd Robert Non-loosening hinge and mold
US3726056A (en) * 1971-05-12 1973-04-10 Johns Manville Textural panel
US4287656A (en) * 1978-11-13 1981-09-08 Hilti Aktiengesellschaft Method of setting fastening elements in a hard receiving material

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