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Publication numberUS2104585 A
Publication typeGrant
Publication dateJan 4, 1938
Filing dateNov 21, 1935
Priority dateNov 21, 1935
Publication numberUS 2104585 A, US 2104585A, US-A-2104585, US2104585 A, US2104585A
InventorsDow Alden B, Robert Goodall
Original AssigneeDow
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Construction block
US 2104585 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

Jan. 4, 1938. A. B. Dow HA1. 10 ,5815

, C O N S T R U C T I O N B L O CK Patented Jan. 4, 1938 I UNITED STATES ATE T. OFFICE Alden B. Dow and 'Robert Goodall, Midland, Mich; said Goodall assignor to said Dow lApplication November 21, 1935, Serial No. 50,8517

4 Claims.

This invention relates to improvements in construction blocks, and particularly to blocks adapted to be used in the construction of the walls of buildings. It has for its general object the provision of a pre-cast masonry block wherewith walls presenting the-appearanceof having unbroken vertical joints can be constructed in which the vertical joints between successive horizontalcourses are broken.

Another object of the invention is-to'provide a standardblocl; wherewith single thickness walls having a very high resistance to lateral pressure can be constructed.

A further object of the invention is to provide a block wherewith either straight or zigzag walls, and geometrically patterned walls, can be constructed. 7

To the accomplishment of the foregoing and related ends the invention,' then, consists of the means hereinafter fully described and particularly pointed out in the claims, the annexed drawing and following description setting forth in detail the block embodying the invention, such constituting, however, but several of description various forms in which the principle of the invention may be utilized.

In said annexed drawing: Figure 1 is a plan view of two of our blocks showing them in the position which they occupy as normally used in a wall construction. Figures 2 and 3 are, respectively, aside elevation and an end elevation of one of the blocks shown in Figure 1. I a Figure 4 is 'a plan view of our corner block. Figures 5 and 6 are, respectively, a side elevation and a joint-face elevation of the corner block shown in Figure 4. f

Figures 7 and 8 are isometric views of partially constructed walls showing the relationship after assembly, between the straight block shown in Figures 1, 2, and 3, and the corner block shown in Figures 4, 5, and 6. l

Our blocks are'substantially hexahedral prisms which areadapted to be embossed on the exposed faces thereof; In the drawing we have illustrated the exposed faces of .all of our related blocks as provided with protuberant portions presenting a plane surface, said protuberances being beveled on all their edges at an angle of approximately 45 particular form of embossing, since any-desired ornamentation may be employed without disv to the plane of the exposed side faces of the block; but we do not limit ourselves to thisvertical alignment when the blocks are laid in the horizontalcourses, thereby to permit dowel:- ling and successive horizontal courses together if desired; a

Our blocks are. cast in permanentmolds, and may be made of concrete, cinder-base, clay, or other suitable materials. It is possible to incorporate pigments with the material from which the block is made, at the time of casting, to-pro, duce blocks colored in any desired manner. The molds can be recessed to provide suitable ema bossing on the exposed faces of the blocks. The blocks can be laid .;up, in successive horizontal hydraulic mortaryetc. I a V The straight block illustrated specifically in Figures 1, 2, and 3 is in the, shape of a right parallellpiped, whereof the perimeters of the bases are congruent oblique parallelograms' which have supplementary anglesof substantially 45 and 135, and the ratio of the altitude of either base to the length of the longer side thereof is approximately 1 to 2 Thus, in'Figure l, the acute angles 4t and :42 of the parallelogram constitutingthe perimeter of onebase of our straight block are angles of approximately- 45. We have, howevenfoundit advantageous in practice to modify the shape in plan section of the straightblock slightly from that of a true parallelogram.- Thus; as seen in clevationfromthe line 46 on the jointface 45of the block, the face is-struck' off-toward the side face of the block at a very slight angle from the true diagonal. The opposite end face is also struck off at acorresponding angle toward the opposite side face. This provides a tapering crevice 47 between adjacent blocks in a bed or horizontal course for holding the bonding agent. The width of the block between side faces d l is proportioned to the length of the block between the oblique end faces in the ratio of 1 to 2, i. e.- in a block six inchesin width the length of the block courses with any suitable bonding agent, such as is approximately 12 inches.

As illustrated in plan,..the straight block is made with triangular shaped voids as, which construction, althoughlpreferablais' not essential,

since the blocks may be made solid or have void's' of other shapes. It will be noted that the voids; in the straight blocks, and as well in all other blocks employed in our constructions, line up be-, tween successive beds, permitting the dowelling of blocks together with concrete and reinforcing bars to form lintels, columns, etc., where it is' necessary to' resist'heavy strains. permits great flexibility such as fireplaces, etc., mental grilles.

We preferably provide the respective side faces 44 of the straight block with raised portions beveled on all edges, e. g. 48 and 49, at an angle of about 45. This gives a decorative appearance in spanning openings .and constructing; orna-- Tms feature 50 anu tms includes the two blocksin the lower mental effects may be employed on the side surfaces 4l such as geometric pattern designs,

imitationstonefinislies, .etc.. a V

Thestraight block illustrated in Figures 1, 2,

and 3 is used as a field block in straight wallsrj The straight blocks mitre to form the corners thefacesllofthe 's'tralljghtiblock. The

in alternate horizontal courses; in the other courses two straight blockscombirie with a corner block to form a corner. Thehetraight bloclgamay. also be used to obtain certain orn eme lt l. eifects, such as pierced masonry grilles, niches, etc. The corner block illustrated in-Figures. 4;. 5;

and 6 is a substantially righttriangular prism,

whereof the perimeters of the bases are substantially right isosceles triangles. The edges 50 and 5Ia of the faces 50 and 5| of said triangles,

hi'ch include the right angle, correspond-in length to th length 01 the sids N of the oblique pairallelogr ari1'sv which form the bases of our straight block. The e gposed faces and 5} or dexaqtlyin size to v diagonal rage 52 0i thecdrfner block is struck oil-towardacii face-5o a d if at every 'slightangle, beginningat'the li'ries ig and Sfiresriectiteli, as were the end rates of the straight block, to provide a more suitable crevice forthbdiidihg agent beour"corne'r block correspon tween the-adjacent blocks i a bed.

' The corner 'blocl'g'is used. in alterhatecourses to bond miners; Itis in pairsto' form square piers a'nd"1intelsfs clijlihtl's Dreierably bein reinforced! It is also used'i'naltrnate courses" ma zigzag Wall. 7 4

Figures '7" and 8 show is" formedfi'eading ffom left} toiig'ht} of two are; "t'fbloclis'l a earlier block; we] st ght blocli'sfa' cornerbldcklnot:shown} ,"anda strai ght block: "secjcjmtl horizontal course directly there'aboveis mmanent-flew of straight bloclcs, couise'oi fg 1 e7. 'The'third s'uccessive hori- -j zoii tfal' cEiur's'eIis, again sinnle'r' to fthatof the ma; anathema. t mmate .1311?! pasm: mgfirerz; 'r'ejaging from: leftto of two str i b k er'lle r mea s. ti e. s rai h users; a corner block, an dastraight block.

t. w l e .Qte tha l iv l al ioi is an neho on a course r m perallelto each other, i d that alljjointain thehorizontal courseimm ately above. anibeli wthe first course run all.v tle lath int l l ..1.-fl urse apd parallel msacaon to -form a brokenver tical. joint; the .wall 1 structure to feifefcta bond I 911 aessq app yin thefprincipleiof. our. n en lmm ysb empleyedinstead-of those .ex-

following. claimslbe used.

n w the; straight block;

' a l d es;

We'distinctly point out and claim as our invention:

1. A wall structure having broken vertical joints comprising successive horizontal courses of; blocks; the bases. of said blgclgsbeing congruent, oblique parallelograms which havevsup'plementary angles of substantially and 135 and a ratio between the altitude of either of said parallelo- 1 grams tg the length of the longer side thereof of" approximately 1 to 2,- said blocks being ari l iin:

ac}; course so that the. acute angles of; tnev bases oi a.;bl.ock lie adjacent the obtuse in the same horizontal course, said acute angles being,.;als o in superimposed relationship to the obtuse angles of the bases 0; bloclgs inthe course immediately therebelow, whereby thewal l structure presents on each side the appearance or havl l' b l sli al i l i s a I A W 3"'$ r PP'Y PS bro sell .vert ca joints comprising successive horizontal coul'SQS. ir l e l th we 5P iP1QQkP IBS con ruen b que. b lellel s a zlsiwlilsh haveisl p lem m tary angles of subst'antially 4 5" and 135 and a r i w e h altitud 9 .e henh se'. Q; sa emll osrl myt he. eesil i; he. q ser'. si e them erl .lll aie y..li e ien tlle i diaees are struck oil. ata relatiyely small angles of the bases of each of the adjacent blocks of said blocks allel r mi ls approxima e. er ical 1 c t sr i: tewerd lle we .ens eso said. b iq e le e l ma, sai lasts. b in ar anged each course so that the acute angle of' the bases of a block lie adjacentthe gbtuseang les'of the" ases. 'ae l. llee i leb ohks lathe amei fleq liel. we aid; lit? ellslesibelne also lj la r lllpes dre ei. nam the obtuse. n e f he a ses; ,b s ss la. the. l r e m esl a ely. hele lewi wlle sp the. .well. inlelllre r s nt eaellsi l t aeeeare lce eI-havlasfunh 'ok verticaljoints;

"a. A building block substantially nju shape.

. a lerepttlie-pilniet rs 1in" lateral sections parallel to thebasesthereotform p ....l8, l l' ll which h tantially 135, and the ratio aillateral ections parallel tothe bases thereof form congruent oblique parallelograms which. have btuse angles 1 slllzs alll e ly. 3 n t ratiooi the altitude of said .parallelograms to'the ell illo h .Q eer.. l,de h ell1.l$ brexl' at ly 9. 9.. ate l .890.5 4. ide. ac s of the a e 19ers e rlsledn h enlle l t l la he el sl aces he o ke 0. 1.: slel vellis lle l lle e omapproximetal! hewexti al entel. her ol ldwardsthe a ut a e e of. sa d l ll l .e. ara lel a n having, a'diagonal brace member extendi ng. sub-..

angles.

' lli lie en' he ep les f saldlobtlllle a. now... 393%?

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3389523 *Dec 14, 1964Jun 25, 1968Ubaldo BerteleShell structure for stairsteps
US5384997 *May 18, 1992Jan 31, 1995The Burns & Russell CompanyColumn and corner composite, mold and method for producing glazed unit for such
US5398474 *Dec 6, 1993Mar 21, 1995The Burns & Russell CompanyWall corner composite, mold and method for producing glazed unit for such
US5548936 *Feb 27, 1995Aug 27, 1996The Burns & Russell Company Of Baltimore CityComposite for turning a corner or forming a column, mold and method for producing glazed unit for such
US6735916 *Mar 8, 2001May 18, 2004Mouchel Consulting LimitedReinforced structural member
US6782673 *Jul 18, 2002Aug 31, 2004Tony J. AzarConcrete block for use in fence or building construction
Classifications
U.S. Classification52/609, D25/115, 52/604
International ClassificationE04B2/22, E04B2/14
Cooperative ClassificationE04B2/22
European ClassificationE04B2/22