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 numberUS2457481 A
Publication typeGrant
Publication dateDec 28, 1948
Filing dateJan 28, 1947
Priority dateJan 28, 1947
Publication numberUS 2457481 A, US 2457481A, US-A-2457481, US2457481 A, US2457481A
InventorsJohn S Macarthur
Original AssigneeJohn S Macarthur
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Arch supporting device
US 2457481 A
Images(1)
Previous page
Next page
Description  (OCR text may contain errors)

Dec, 28, 1948. J. 5. MacARTHUR 2,457,481

ARCH SUPPORTING DEVICE Filed Jan. 28, 1947 IIIIIIIIIIIIIIIIIIIAVIII.

IIIIIIIIIIIIIIIIIIflEP- I Patented Dec. 28, 1948 UNITED STATES PATENT OFFICE. f 7, 2,457,431! 1 I ARCH sorron'rmo imvion John s. MacArthur, Scottsville, N. Y. Application J anuary'28, 1947, Serial No. 724,841

'7 Claims. (Cl. 36-"71) l This invention relates to arch support devices, and more particularly to arch supporting inserts for shoes, slippers or other footwear.

A main object of the invention is to provide a novel and improved arch support device for shoes or other footwear which is very simple in structure, easy to install and adjustable over a wide range of shoe sizes and shapes.

. A further object ofthe invention is to provide an improved arch supporting device which is inexpensive to manufacture,-provides an efficient and comfortable arch supporting action, and which may be installed either during the fabrication of shoes or in completed shoes.

Further objects and advantages of the invention will become apparent from the following description and claims, and from the accompanying drawings, wherein: r

Figure 1 is a topplan view, partly in crosssection, of a shoe provided with an arch supporting device according to the present invention.

Figure 2 is a vertical longitudinal cross-sectional view of the shoe of Figure 1 but showing a modification of the arch supporting structure.

Figure 3 is an enlarged verticaltransverse detail cross-sectional view taken through the sole portion of the shoe of Figure 2.

Figure 4 is a perspective deta'ilview of one of the arch supporting springs employed in the structure of Figure 1.

Figure5 is a perspective detail view of another arch'supporting spring employed in the: structure of Figure 1.

Figure 6 is a perspective detail view of a spring holding bracket employed in the structure of Figure 1.

Figure 7 is other spring holding bracket structure of Figure 2.

Referring to the drawings, H designates a shoe having a bottom sole portion l2 and a superimposed sole portion l3. Secured on bottom sole portion 12 and extending over the shank portion of the shoe are a pair of arched metal springs l4 and I5, each spring being located adjacent a side of the shoe. The forward ends of the springs are received in respective holding brackets l6, l6 fastened to bottom sole portion l2, each bracket [6 comprising a plurality of tabs H for securing it to said bottom sole portion, and a box-like recess portion l8 for receiving the end of an arch spring. One of the brackets I6 is shown in inverted position in Figure 6.

overlying and secured to the rearward ends a perspective detail view of anemployed in the "plate I9. Spring of the arched springs l4 and I5 is a metal heel I4 is formed at its rear end with an inwardly directed portion 20 having an elongated notch 2|. Spring I5 is formed at its rear end with an inwardly directed portion 22 having an elongated notch 23. The rear ends of springs l4 and I5 are secured by respective rivets 24 and 25 joining the respective elements 20 and 22 to the heel plate l9, said rivets passing through the respective notches 2| and 23. The heel plate I9 is secured to bottom sole portion l2 by a rivet 26.

Where the shape of the shoe requires the rear ends of springs l4 and l5 to be closer together than as shown in Figure 1, the rivets 24 and 25 may be omitted and the elements 20 and 22 overlapped with the rivet 26 passing through the aligned notches 2i and 23. The elements 20 and 22 are preferably bevelled so that they may be overlapped and still lie in the same plane.

To reinforce the securement of elements 20 and 22 when theyare overlapped, a bracket 21 is employed having tabs 28, 28 adapted to be se-r cured to heel plate l9, and having a channelshaped intermediate portion 29 adapted to receive the overlapped elements 20 and 22.- The rivet 26 then passes through an opening 30 provided in channel portion 29.

The upper sole portion I3 is superimposed over the springs l4 and I5 and is suitably recessed to accommodate the brackets l6, l6. Said upper sole portion l3 preferably extends rearwardly into overlying relationship with the heel plate l9 so-that the rivet heads 26, 24 and 25 are covered thereby.

In adapting the invention to a completed shoe, the heel of the shoe is removed and an extra bottom sole member is employed, said extra bottom sole corresponding in function to the bottom sole [2. The original bottom sole then corresponds to upper sole member l3 in Figure 2. The extra bottom sole then carries the arched springs and a heel plate such as i9 is secured inside the shoe to the ends 20 and 22 of the springs by rivets, as above described, the rivets passing through the leather at the heel portion of the shoe to engage in the notches 2| and 23 in the alternative manners described above. The extra bottom sole member is then fastened to the original bottom of the shoe by stitching or other suitable means and the heel is replaced.

The arch springs l4 and I5 are fabricated from suitable spring metal such as a bronze alloy containing phosphorus or the like.

While certain specific embodiments of an arch supporting structure for shoes have been disinwardlydirected por-tio rear ends T,Of,.\S@idn1af spring elements to said heel plate.

2. In footwear, an arch qsupportin'gustrncture otw-earin space s, including; longitudinally; extending ole-amisli dahlyr receiving eel plate, and -meansjfor aiddeaf spring-elements said --mean I channels fixed*to saidrs said =forvgard' ends a 'h securing-the rea-r endsiofs tosaiid heel-plate.

3 .;-In--an article -ofi-footwearran arch supporting structure comprising -a, pair fof arehed felongated fiat" leaf --spring means'for securingthe forward'ends'of thejspring -elemen ts'-'to1-the solef-of the article-in,spaceiirrelation-to -each--other ,yeach spring element-haying an -inwardly-directed portionatfitsrear-end, each inwardly; directed-*portion"gbeing 'forr n-ed--:with:. -a notch,--a-iheel -plate-overlying-said *inwar'gilysdiir ted pe t ons "andrmeans pass n thmush'said heel -;plate -and loekingly -engagingfthe notches. 4; "In an--article of" footwear, ;;a bottomysole elementand an 'upper sole element;*andY-anarch supporting-struc-t-ure-disposed hetween said' bottom sole --element-andtrsaid u per sole--=e-lement comprising a-pair of elongated archedleafspring elements, means -for--secu-ring*-the *forw'ar ends of-the spring elements to saidflaottom sole*element in: spaced relation-to each? ment having an inWardly-i directed-end -portion formed with a notch, a heel plate-cverlyingithe n-s,-and a-eommon means engaged "in '-the-- notches 'ofthe qspring 'elements fqrz' securing said saidend portions beingein-overlapping relation. Z 5. 'In; elm-article of footwean an archv supporting -structure gated flat leaf spring elements, independent spring-elements 'to theheel'fimte;

5 whom soles d relation" to :ea'chfiother, v

9. clu-ding iongitudinally n40 and}. ascommcmm eanszcngaged in other; each springeele -v @4- comprising a pair of -arched' 1'elonl0 massing? throughesaid heel selements,

2O element .havin lying said inwardly directediportions; and means plate: and-lockmgly engaging-the notches.

1 6. In an article of foo ment comprising I .rmeansiafm: securing the forward ends of.;.t1ietspring elements to s ment'in spaced relationito each other, each spring 7, g an inwardly directed end portion formed withtanotchwa heel pl'ate"overlyingithe rinwa-rdlydireetedz portions, r-and'a common means engaged in rthe noiichesof the spring elements for saidspring-elements to -the -=heel 25 platel said endiportrcns being' oppositely bevelled "element s, independent s5 itOmWSOIG- "andtoverlapped.

ZP InQan articIe of' footwear,abottom sole element and an upperesole eiement, -arid -an arch supporting structure dispesed between said bots-element and sa/idwpperesole element comprising-a pairtot elongatedarchedieafrspring eelementswmeans for securing theiforward ends'of the spring elementsttmsaid bottom sole 'zelement in spacedarelationto eaeh othen safd meanspinsextending channels -fixed *toes'aidw sole and slfdably reeeivin =-said forward endseeachs springs element whavingean inwardly directed end portion formed-mitlr-amotch;a heel plate overiying: the' inwarfily 'direot'ed portions,

thesspring aelements vforesecurin-gsaid spring elements to the heel plate, said end portions being ineoverlapp ingmelation.

Iv JDHNQSmMAUA-RIHUR.

Thefiollowmg referencesnanegof recordf'tintthe ,file; .of this natent: I

aid bottom sole ele-

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1399447 *Mar 8, 1920Dec 6, 1921George F SpiegelArch-support
US2034243 *Feb 10, 1934Mar 17, 1936Bert C MaxwellShoe
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2817166 *Jan 9, 1956Dec 24, 1957Riggs Florida LShankpiece
US5025573 *Jun 4, 1986Jun 25, 1991Comfort Products, Inc.Multi-density shoe sole
US5572805 *Nov 1, 1994Nov 12, 1996Comfort Products, Inc.Multi-density shoe sole
WO1987007481A1 *Jun 2, 1987Dec 17, 1987Comfort Prod IncMulti-density shoe sole
Classifications
U.S. Classification36/161, 36/76.00R, 410/80
International ClassificationA43B7/22
Cooperative ClassificationA43B7/144, A43B7/223, A43B7/22
European ClassificationA43B7/14A20H, A43B7/22, A43B7/22C