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Publication numberUS3742625 A
Publication typeGrant
Publication dateJul 3, 1973
Filing dateJul 3, 1972
Priority dateJul 3, 1972
Publication numberUS 3742625 A, US 3742625A, US-A-3742625, US3742625 A, US3742625A
InventorsFamolare J
Original AssigneeFamolare Inc
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Articulated clog
US 3742625 A
Abstract
A new and improved, articulated clog construction which may be assembled by an unskilled person using only a simple tool, such as a hammer, is disclosed herein. The new clog is comprised of three injection molded, hollow, rib reinforced plastic body elements which are articulated to one another by means of elastomeric loops or bands. A one-piece, contoured, flexible insole is attached by pins, rivets, nails or the like, to the body elements. Three separate sole elements of molded neoprene or similar durable material are attached to the lower surfaces of the body elements. Advantageously, each of the sole elements has pin-like projections formed integrally therewith for locking insertion into mating sockets formed in each of the body elements. A vamp is secured to the insole of the new clog by the pins, rivets, nails or the like used in the attachment of the insole to the upper surfaces of the articulated body elements.
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United States Patent [191 Famolare, Jr.

[ ARTICULATED CLOG [75] Inventor: Joseph l Famolare, In, Florence,

Italy [73] Assignee: rmaurarnansew York, [22] Filed: July 3, 1972 [21] Appl. No.: 268,728

2,889,639 6/1959 Rudine 36/1 1.5

Primary Examiner-Patrick D. Lawson Attorney- Hubert T. Mandeville, Fritz L. Schweitzer,

Michael A. Cornman et a].

[451 July 3, 1973 57] ABSTRACT A new and improved, articulated clog construction which may be assembled by an unskilled person using only a simpletool, such as a hammer, is disclosed herein. The new clog is comprised of three injection molded, hollow, rib reinforced plastic body elements which are articulated to one another by means of elastomeric loops or bands. A one-piece. contoured, flexible insole is attached by pins, rivets, nails or the like. to the body elements. Three separate sole elements of molded neoprene or similar durable material are attached to the lower surfaces of the body elements. Advantageously, each of the sole elements has pin-like projections formed integrally therewith for locking insertion into mating sockets formed in each of the body elements. A vamp is secured to the insole of the new clog by the pins, rivets, nails or the like used in the attachment of the insole to the upper surfaces of the articulated body elements.

10 Claims, 3 Drawing Figures ARTICULATED CLOG SUMMARY AND BACKGROUND OF THE INVENTION Plastic shoes in general and hollow plastic clogs in particular are well known to the shoemaking art. Moreover, articulated sandals and articulated clogs are also known to the shoemaking art. However, an articulated plastic clog which is suitable for manufacture by mass production techniques and which may be marketed and distributed in kit form for subsequent assembly by unskilled persons has not been known to the art.

Specifically, the present invention is directed to a new and improved articulated plastic clog construction, which construction is especially well suited for assembly by unskilled labor or by do-it-yourself shoemakers. The new clog comprises essentially a threepiece, reinforced hollow body, including a ball of the foot support, an arch support, and a heel support, interconnected by a pair of elastomeric loops to which reinforced hollow body portion are attached a one-piece plastic insole and a multi-piece plastic sole, A vamp of any desired conventional construction is secured to the insole through appropriate fasteners, advantageously of the type used in the attachment of the insole to the upper surfaces of the body elements.

The new clog construction may be produced in any color plastic or in a combination of different colors. One or more of its components may be transparent. Indeed, a transparent insole will display the aesthetic nature of the reinforcing ribs of the hollow body portion. It will be appreciated that the new clog is water resistant and impervious to attack or deterioration by dampness, since all of its essential parts are of plastic construction.

For a more complete understanding and a better appreciation of the design and construction of the new clog and its attendant advantages, reference should be i made to the following detailed description taken in conjunction with the accompanying drawings.

DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded, perspective view showing the various components of the new clog and the manner in which they are assembled in accordance with the principles of the invention;

FIG. 2 is a bottom plan view of the clog of the present invention; and

FIG. 3 is a side, elevational view of the clog of the present invention with parts broken away to show details of construction.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENT Referring now to FIG. 1, the new and improved articulated clog body 9 of the present invention generally comprises a one-piece hollow heel body element 10 and a one-piece toe body element 11, which are articulated to a hollow one-piece body element 12 by means of rectangular elastomeric loops 13 and 14. More specifically, each of the body elements 10-12 includes upper surfaces 15 which are contoured to the general shape of the foot portions which are supported thereon. That is to say, the heel body 10 has upper surfaces 15 which generally conform to the shape of the heel of the foot; the arch body 12 has upper surface 15 which generally confonn to the shape of the arch portions of the foot; and the toe body 11 has upper surfaces 15 which generally conform to the contours of the ball of the foot. In addition, each of the body portions 10-12 have a plurality of ribs 16 radiating from a central hub 17, which ribs 16 serve to reinforce and strengthen each of the body portions and to bear the load of a foot when it is placed upon the upper surfaces 15.

Adjacent the upper edges of the elements 10-12, a pluralityv of peg receiving holes 19 are disposed in predetermined spacing. As will be understood, the holes 19 extend about the periphery of the articulated body portions 10-12. They are spaced and located in a manner which will be in predetermined registry with corresponding holes 20 preformed in a one-piece insole 21 when the insole 21 is superimposed on the surfaces 15 of the elements 10-12. In addition and as will be further understood, the contour of the insole 21 conforms precisely to the upper contours of the body elements 10-12, and the edges of the insole are flush with the upper edges of the elements 10-12.

In accordance with the invention, each of the body portions 10, 11 and 12 at the lower surfaces thereof have integrally formed bosses 23 in which are formed sockets 24. Advantageously, most of the ribs 16 terminate at the bosses 23. In addition, at the lower surfaces of each of the hubs 17 a socket 24 is formed.

More specifically and as shown best in FIG. 2, each of the three clog body elements 10, 11, 12 includes a pair of side walls and front and rear walls which are definitive of a unitary hollow structure which is reinforced by the ribs 16 radiating from the hub 17. Thus, the body element 10 includes side walls 30, 31, a rear wall 32, and a front wall 33; the body element 11 includes side walls 34, 35, a front wall 36 and a rear wall 37; and the body element 12 includes side walls 38, 39, a frontwall 40 and a rear wall 41. As a very important aspect of the invention, the pairs of abutting walls 33, 41 and 37, 40 are each oppositely canted and are interrupted by slots 50, 51 to define pairs of oppositely directed posts 52, 53. In accordance with the principles of the invention, the divergent pairs of posts 52, 53 are each adapted to receive thereover one of the closed, elastomeric loops 13, 14, advantageously a rectangular, heavy rubber band 13, 14, or the like. The closed elastomeric loops, when placed over the pairs of posts 52, 53 serve to articulate the heel and toe body elements 10, 11 to the arch body element in the manner shown in the drawings. Moreover, since the elements 13, 14 are elastomeric, they function as biasing springs to urge the body elements 10-12 into their positions shown in FIG. 2, while accomodating pivoting or hinging of elements 10, 11 with respect to element 12.

In addition and as a further specific feature of the invention, the proper alignment of the body elements 10, 11 and 12 with one another in assembly and the subsequent maintenance of that alignment in use is assured by the provision of projecting tongues on each of the toe and heel body'elements 10, 11, which tongues are received in corresponding slots or grooves in the arch body element 12. More specifically and as shown best in FIG. 3, the toe body 11 includes rearwardly directed tongue portions 60 which are generally upwardly curved and which tongue portions cooperate with elongated curved slots 61 formed in the front wall 40 of the arch body element 12. As will be appreciated, the elongated groove 61 accommodates flexion or pivoting of the toe body 11 relative to the arch body 12 during use gated slots or grooves 63 to assure the proper alignment of the heel body with the arch body 12 and to accommodate controlled pivotal movement therebetween in use.

The articulated clog of the present invention includes wear sole elements 70, 71 and 72 which are connected to the sockets 24 at the lower surfaces of each of the body elements 10, 11, 12 by means of integral wear sole pins 73 which are arrayed for predetermined registry with the pattern of sockets 24. Thus, it will be appreciated that the wear sole elements, advantageously made of neoprene or similar hardwearing or durable material, may be affixed to the body elements 10, 11, 12 merely by light hammering. Similarly, the insole 21 may be affixed to the upper contoured surfaces 15 of the body elements 10-12 by the light hammering of rivets, pins, nails 80 or like fasteners through the holes which are adapted to register with the holes 19 formed at the upper surfaces of the body elements 10-12.

As indicated in FIG. 1, any suitable vamp 90 may be assembled to the insole of the new clog during the attachment of the insole to the upper surfaces 15 merely by passing the rivets 80 through appropriately arrayed holes 91 in the vamp 90, which holes are spaced to register with the holes 20 in the insole (which holes 20, of course, are arrayed to register with the holes 19 in the upper surfaces 15 of the body elements 10-12).

It will be appreciated that the various components of the present invention provide a simple to assemble, du-

rable construction of an articulated clog which may be readily assembled from a kit by an unskilled person using only a hammer. The preregistration and the preformation of holes on the various prefabricated elements makes the task especially simple and virtually foolproof.

It should be understood that the articulated clog invention herein illustrated and described is intended to be representative only, as certain changes may be made therein without departing from the clear teachings of the disclosure. Accordingly, reference should be made to the following appended claims in determining the full scope of the invention.

I claim:

1. An articulated clog construction comprising a. a hollow clog body comprised of a heel body element, an arch body element and a toe body element;

b. first and second elastomeric loop means;

c. post means formed on each of said clog body elements;

(1. said elastomeric loop means cooperating with said post means to connect said toe and heel body elements to said arch body element for limited pivotal movement therebetween;

e. one-piece insole means secured to the upper surfaces of the clog body elements;

f. separate wear sole elements attached to the lower surfaces of each of the clog body elements; and g. a vamp means secured to said hollow clog body. 2. The articulated clog construction of claim 1, in

which a. peglike means secure said insole and said vamp means to the upper surfaces of said clog body elements.

3. A clog construction in accordance with claim 1, in

which a. said wear sole elements include integral upwardly projecting pin-like elements;

b. said clog body elements include integral socket means adapted to cooperate with said pin-like elements to retain said wear sole elements on said clog body elements.

4. The clog construction of claim 1, in which a. said toe body element and said heel body element have projecting tongue portions;

b. said arch body element has slot portions formed in the front and rear walls thereof to receive said tongue elements; and

c. said tongue portions and slot portions cooperating to maintain said clog body elements in predetermined alignment.

5. An improved clog body element comprising a. four walls definitive of a hollow foot supporting member;

b. a hub disposed centrally of said four walls;

c. slat-like reinforcing ribs extending between said four walls and said hub;

d. a plurality of peg receiving openings formed on the upper surface of said clog body elements;

e. a plurality of socket means formed at the lower portion of said clog element;

f. said upper surface portions of said clog element being specifically contoured to support a portion of a human foot.

6. The clog body element of claim 5, which includes a. means formed at a wall thereof to align said clog body with another clog body element.

7. The clog body element of claim 5, which includes a. post means formed therein to anchor a closed loop spring means for flexibly connecting said clog body element to another clog body element.

8. The clog body element of claim 5, which includes a. wear sole means secured through said sockets; and

b. insole means secured through said peg receiving holes.

9. The clog body element of claim 8, which includes a. a vamp means;

b. peg means securing said vamp means and said insole means to the upper surfaces of said clog body element.

10. A first clog body element of claim 7, a second clog body element of claim 7, and a third clog body element of claim 7, together with an insole, three wear sole elements, a vamp, two elastomeric loops, and a plurality of peg means to form a clog kit.

l i i i i

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US2590648 *Jan 12, 1949Mar 25, 1952A L Langenfeld IncSlotted sole sandal
US2669036 *Aug 7, 1951Feb 16, 1954Sidney IsraelFlexible footwear
US2889639 *Sep 10, 1957Jun 9, 1959Ruth L RudinePlastic hollow clog
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3810319 *Apr 30, 1973May 14, 1974Famolare IncClog construction
US3890725 *Sep 14, 1973Jun 24, 1975Lea Darrel BernardShoe construction
US4222185 *Apr 4, 1979Sep 16, 1980Nello GiaccagliaPlastic shoe sole for sandals and the like
US5689901 *Feb 15, 1996Nov 25, 1997Michael BellFootwear with two-piece sole
US6092308 *Nov 23, 1998Jul 25, 2000Reflections Shoe Corp.Unitary shoe bottom
US6442870 *Sep 27, 2001Sep 3, 2002Mao-Cheng TsaiShoe with replaceable vamp and insole
US7143529 *Mar 12, 2004Dec 5, 2006Acushnet CompanyTorsion management outsoles and shoes including such outsoles
US7290356Jun 8, 2005Nov 6, 2007Keen, Inc.Footwear with multi-piece midsole
US7513064Jul 22, 2004Apr 7, 2009Keen, Inc.Footwear having an enclosed and articulated toe
US7762011Jan 29, 2007Jul 27, 2010Keen, Inc.Toe protection sandal
US7762012Sep 27, 2007Jul 27, 2010Keen, Inc.Footwear with multi-piece midsole
US7987617Nov 13, 2007Aug 2, 2011Nike, Inc.Self assembled article of footwear with customized designs
US7997009Apr 1, 2009Aug 16, 2011Keen, Inc.Footwear having an enclosed and articulated toe
US8533976Aug 15, 2011Sep 17, 2013Keen, Inc.Footwear having an enclosed toe
EP0089930A1 *Mar 15, 1983Sep 28, 1983Valentino Giuliano BalducciSole for sandal clog and similar footwear with transverse strips linked to each other
WO2014200376A1 *Jun 11, 2014Dec 18, 2014You Can Chance It Internacional, Lda.Method for producing a fastening system for interchangeable sandal straps
Classifications
U.S. Classification36/11.5
International ClassificationA43B3/10
Cooperative ClassificationA43B3/10
European ClassificationA43B3/10