US827013A - Double-interlocking concrete slab-crib. - Google Patents

Description

PATENTED JULY 24, 1906.

J. HANEY. DOUBLE INTBRLOGKING CONCRETE SLAB CRIB.

APPLIUATION FILED AUG-28. 1906.

UNITED STATES MICHAEL JOHN HANEY,

OF TORONTO, CANADA.

DOUBLE-INTERLOCKING CONCRETE SLAB-CRIB."

Specification of Letters Patent.

' Patented July 24, 1906.

Application filed August 28, 1906. Serial No. 276,128.

To all whom it may concern:

Be it known that I, MICHAEL J OHN HANEY,

. civil engineer, of the cit of Toronto, in the count of York, in the rovince of Ontario, Cana a, have invented certain new and useful Improvements in Double- Interlocking Concrete Slab-Cribs, of which the following is a specification.

y invention relates to improvements in double-interlockingmoncrete slab-cribs; and

the object of the invention is to devise a uickly-assembled, inexpensive, strong, and

urable form of cribwork in which the. coricrete portions forming parts thereof may be simply and securely adjusted; and it consists, essentially, of face=slabs with suitable projecting portions at the ends thereof, crosstie slabs with'sup lementary projecting ortions extending 'tlierefrom and desi e to receive the extending portions from t e faceslabs, and cross-ties extending from face-slab, to face-slab, suitably and movably attached thereto, and designed .to take tensile strain, all arranged and constructed as hereinafter more particularly explained.

Figure 1 is a plerspective view of my cribwork, showing t e continuous method of interlockin adjoinin slabs. Fig. 2 is an enlarged si e view 0 my double-interlocking 'oint, showing the method of securing the iace-slabs and cross-ties together. Fig. 3 is an enlarged perspective view of m doubleinterlocklng joint with one of the ace-slabs removed. Fig. 4 is a plan detail of the nlielthod of fastening the cross-ties to the faces a In the drawings like letters of reference indioate correspondin parts in each figure.

A A are the two ace-slabs of a single crib with substantial projecting ortions A extending from the ends thereo the upper face of said portions being fiat and the lower of a V-shaped cross-section sloping inwardly from the outer to the inner face of said slabs,

as shown clearly in Fig. 3.

B B are the end cross-tie slabs of the cribbing with substantial projecting portions B extending therefrom, having a V-shaped groove upon the up or face thereof, the contour of said groove eing designed to fit the V-shaped face of the extending portions A as shown in Figs. 2 and- 3.

C Care reinforced concrete cross-ties having angle-irons D and D extending therein, symmetrically designed and placed, the flanged portionsD or arms of said angles sax-- tendin away from each other and slightly beyon the end of said cross-tie, as shown in Fig. 4. A tubing or the like D is provided between the angle-irons, through which a bolt D extends and holds the aforesaid irons relatively rigid when the concrete is green.

E E are channel bars symmetricall placed, extendin into and running the widt of the face-slab, aving the flan ed portions E E extending toward each ot er and beyond' the face-slab, forming, with the faceslab, a channel or groove in which the flanged portions D are designed to be securely and movably held, as shown in Figs. 1 and 4.

F is a lattice-work bolted to the flanges F of the channel-bars and designed to hold them in place when the concrete. is green. I-I re resents the face-slabs of the adjoining cri which are rovided with portions H, extending from t e ends thereof and of a form identical with that of the projections from the aforesaid face-slabs.

l? I are suitable piles upon which the said cribwork rests.

The V-shaped grooves and the su plementary portions extending therein are aced with a suitable plating R, bolted or otherwise secured to the concrete backing of the slabs, as shown in Figs. 2 and 3.

In forming a continuous cribbing the crosstie slabs B are placed upright on suitable pile foundation having the V-shaped faces of the projecting portions facing upwardly. The ace-slabs A A are then lowered, and when the V-sha ed face of the extending portion becomes a jaoentto the projecting portion of the cross-tie slabs the face-slabs are given a lateral motion and, coming in contact with the cro'sstie slabs, slide into position, as most clearly shown in Fig. 3. Theface-slabs H of thee joining crib are laced in position in an identical manner on t e cross-tie slabs, v

forming when in position a doubly-interlockingjoint. The interlocking ortions follow consecutively, the portions om the crosstie slabs extendin between the extending ortions from the ace-slabs. When no adoinin forme b doubling the number of extending V-forme rojecting portions on the faceslab, thus ing the position theretofore occupied by the exempted extending portions of the adjoining face-slab, as shown in Fig. 1, and stren themng the joint at the same time. It will be noticed that no other clamping or fastening means is required when once the cribs are to be added, the joint is plates or face-slabs are in place, since their tendency is to slide alwa s inwardly and downwardly and according y, owi n totheir extreme heaviness, are not easily There is a clearance-space allowed between the rojecting ortions of the cross-tieslabs to a low for su cient downward inclination of the V-shaped faces of the face-slabs. This clearance-space is afterward filled with com- 10 position. I

It will be seen that with such an invention as I have described a complete, cheap, and substantial cribbing is provided and should proge itself capable of'withstanding the ex- I 5 posiure and usage for which it is devised.

'- What I claim as my invention is 1. In a cribbing of the class described, the combination with the supporting material, of opposing face-slabs, cross-tie slabs, and projections on the adjacent edges thereof, the rojections on one part havin two inclined aces contacting with two inc ined faces on the projections of the other part for fastenin the cross-tie and face slabs together, as an 2 5 for the purpose specified.

2. In a reinforced concrete cribbing, the combination with the supporting material, of oppglsiing face-slabs, cross-tie slabs and inter loc g rojections on the adjacent edges thereo ,tlieprojectionsononeparthavin two inclined faces contacting with two inc 'ned faces on the projections of the other part for fastening the cross-tie and face slabs together, as and for the purpose specified.

5 5 3. In a reinforced concrete cribbing, the combination with the supporting material, of face-slabs, cross-tie slabs, concrete cross-ties extending from face-slab to face-slab and means carried by said cross-ties for securing 40 the same to said face-slabs, and means for fastening the face-slabs and cross-tie slabs together, as and for the purpose'specified.

4. In a reinforced concrete cribbing, the

combination with the supporting material, of

5 two opposing face-slabs having pro'ecting portions therefrom, such portions aving their lower surfaces each formed of two in clined faces, and cross-tie slabs extending between the ends of said face-slabs and having supplemental projecting portions extendin from the ends thereof with a surface designe to receive the aforesaid face-slab-projecting portions, as and for the purpose specified.

5. In a reinforced concrete cribbing, the

5 5 combination with the supporting material, of two opposing face-slabs having pro'ecting portions therefrom, such portions aving their lower faces of a V-shapcd cross-section in the plane of the slab and inclined downwardly toward the inner surface of the said slab, cross-tie slabs extending between the ends of said face-slabs and having supple mental projecting portions extending from the ends thereof with a surface designed to 6: rece1ve the aforesaid face-slab, and cross-ties igsplaced.

extending from face-slab to face-slab, and having projectin portions thereondesigned to engage with t e projections on the aceslab, as and for the purpose specif ed.

6. In a reinforced concrete cribbing, the

combination with the supporting material, of two opposing face-slabs having\pro'ecting portions therefrom, such portions aving their lower faces of a V-sha ed'cross-section in the plane of the slab an inclined down wardly toward the inner surface of the said slab, cross-tie slabs extending between the ends of said face-slabs and havindg supplemental projecting portions exten mg from the ends thereof with a surface, designed to receive the aforesaid face-slab, andcross-ties having oppositely-placed an le-bars embedded in the ends thereof, the anged ortions extending outwardly beyond the en of the cross-ties and oppositelylaced angle-bars extending from and secure to the face-slabs and designed to'form with the face-slabs, channels to receive the projecting portions from the cross-ties, as and for the purpose specified.

7. In a reinforced concrete cribbing, the combination with the supporting material, of two opposing face-slabs having projlecting portions therefrom; such portions aving their lower faces of'a V-shaped cross-section 5 in the plane of the slab an inclined downe; wardly toward the inner surface-of the, said slab, cross-tie slabs extendin between the ends of said face-slabs and aving su plemental projecting portions extending cm the ends thereof with a surface designed to receive the aforesaid face-slab and cross-ties having oppositely-placed angle-bars embedded in the ends thereof, the anged portions extending outwardly beyond the end of the cross-ties, oppositely-placed angle-bars extending from and secured to the face-slabs and designed to form with the face-slabs, channels to receive the projecting portions from the cross-ties, and means for holding the said angle-bars rigidly at a predetermined distance apart, as and for the purpose specified. I

' a 8. Ina reinforced concrete cribbing, the combination with the supporting material,

I I 5 of two opposing face-slabs aving pro'ectin'g portions therefrom, such portion s aving their lower faces of a V-sha ed cross-section in the plane of the slab an inclined downwardly toward the inner surface of the said slab, cross-tie slabs extendin between the ends of. said face-slabs and aving supple= mental projecting portions extending from the ends thereof with a surface designed to receive the aforesaid face slab, and cross-ties having angle-bars symmetricall laced, extending from the face-slabs an clhsigned to form with the face-slabs, channels to receive the projectin portions from the cross-ties nd means or holding said channel-bars 1 from the ends thereof with a surface designed to receive the aforesaid face-slab-projecting ortions, and metallic facings for the said inc ined faces of the projecting portions, secured thereto and designed to give a smooth and hard surface, as and for the purpose specified.

10. In a continuous reinforced concrete cribbing, the combination with the supporting material, of opposing face-slabs, having projecting portions from the several ends thereof, such ortions. having their lower surfaces each ormedofi two inclined faces, the upper faces flat, and crosstie slabs extending between the ends of the said faceslabs, and having supplemental (projectin portions extending from the en s theme with the contour of the upper surface designed to receive the alt'ernatel girojecting portions of the adjoining face-s a s, as an or the urpose specified.

11. 151 a continuous reinforced concrete cribbing, the combination with the supporting material, of opposing face-slabs" having projecting portions from the several ends thereof, such portions having their lower faces of a V -sha ed cross-section in the plane of the slab, an inclined downwardly to the I inner face of each respective slab,- and the upper faces flat, crosstie slabs extending between the ends of the said face-slabs, an

having supplemental projecting portions exthe alternate tendin from the ends thereof with the contour 0 the up er surface designed to receive the alternate y- 'rojecting portions of the adjoining face-s abs, and cross-ties'extending from face-slab to face-slab, and fastened thereto and designed to take tensile strain as and for the purpose specified. I

12. In a continuous reinforced concrete cribbing, the combination with the supporting material, of opposing face-slabs having projecting Iportions from the several ends thereof, suc portions having their lower faces of a V-shaped cross-section in the plane of the slab, and inclined downwardly to the inner face of each respective slab, and the up-' per faces flat, cross-tie slabs extending between the ends of the said face-slabs, and having supplemental projecting portions extendin from the ends thereof with the contour 0 the upper surface designed to receive y-projecting portions of the adjoining face-slabs, cross-ties extending from face-slab to faceslab, having symmetrically-placed angle-bars embedded in the ends thereof, the flanged portions extending outwardly beyond the end of the cross-ties, and symmetrically-placed angle-bars extending from and secured to the inner face of the said face-slab and designed to form with the face-slabs, channels to receive the projecting ortions from the' cross-tie slabs,

as and for t e purpose specified.

13. The combinatiouwith the face-slabs 'and cross-tie slabs suitably connected togather, of the reinforced concrete tie memers located intermediate of the length of the face members and serving to reinforce them as and for the u ose s ecified.

'Ll Hll LAE JOHN HANEY. Witnessesr B. BOYD,

E. MOEAOHERN.

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