U.S. patent number 3,908,238 [Application Number 05/543,973] was granted by the patent office on 1975-09-30 for shoelace keeper.
This patent grant is currently assigned to Kiddie Products, Inc.. Invention is credited to Richard L. Panicci.
United States Patent |
3,908,238 |
Panicci |
September 30, 1975 |
Shoelace keeper
Abstract
A shoelace keeper for an infant's shoelace comprises an
enclosure having a wall adjacent a shoe, the wall including a first
wall portion having an edge including at least one shoelace passage
having a periphery open at the edge, a second wall portion having
an edge and movable with respect to the first portion to bring the
second wall portion edge adjacent the shoelace passage to close the
shoelace passage periphery, and latch means for releasably securing
the second wall portion to the first wall portion.
Inventors: |
Panicci; Richard L. (Hanover,
MA) |
Assignee: |
Kiddie Products, Inc. (Avon,
MA)
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Family
ID: |
27031232 |
Appl.
No.: |
05/543,973 |
Filed: |
January 24, 1975 |
Related U.S. Patent Documents
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Application
Number |
Filing Date |
Patent Number |
Issue Date |
|
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437222 |
Jan 28, 1974 |
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Current U.S.
Class: |
24/712.3 |
Current CPC
Class: |
A43C
7/04 (20130101); A43C 7/02 (20130101); A43C
7/005 (20130101); Y10T 24/3708 (20150115) |
Current International
Class: |
A43C
7/00 (20060101); A43C 7/04 (20060101); A43C
7/02 (20060101); F16G 011/00 () |
Field of
Search: |
;24/117R,117A,118,119,120,73GC ;36/1 ;220/4R |
References Cited
[Referenced By]
U.S. Patent Documents
Primary Examiner: Larkin; Geo. V.
Attorney, Agent or Firm: Patrick, Esq.; Rowland V.
Parent Case Text
This is a continuation-in-part of application Ser. No. 437,222,
filed Jan. 28, 1974 and now abandoned.
Claims
What is claimed is:
1. A shoelace keeper for an infant's shoelace comprising
an enclosure having a wall adjacent a shoe, said wall including
a first wall portion having an edge including at least one shoelace
passage having a periphery open at said edge,
a second wall portion having an edge and movable with respect to
said first portion to bring said second wall portion edge adjacent
said shoelace passage to close said shoelace passage periphery,
and
latch means for releasably securing said second wall portion to
said first wall portion.
2. A shoelace keeper according to claim 1, further including a
structural rib carried on said first wall portion, said rib
extending outwardly from said section and overlying said second
wall portion when said wall portions are secured together, said rib
cooperating with said first wall portion edge to define two said
shoelace passages.
3. The shoelace keeper of claim 1 wherein said enclosure
comprises
a first enclosure portion providing
said first wall portion,
a first circumferential side wall section connected to said first
wall portion, and
a resiliently flexible rib extending past said first wall portion
edge and cooperating therewith to define two said shoelace
passages, and
a second enclosure portion providing
said second wall portion,
a second circumferential side wall section connected to said second
wall portion, and
hinge means joining said first and second circumferential side wall
sections for motion of said first enclosure portion with respect to
said second enclosure portion to bring said second wall portion
edge adjacent said shoelace passages to close said shoelace passage
peripheries.
4. The shoelace keeper of claim 3, wherein said second enclosure
portion further provides a cover portion spaced from said second
wall portion, said motion of said first enclosure portion with
respect to said second enclosure portion bringing said cover
portion adjacent said first circumferential side wall section to
close said enclosure.
5. A shoelace keeper according to claim 3, said latch means
comprising a flexible, resilient member projecting from said first
circumferential side wall section toward said second
circumferential side wall section, an inward directed boss on said
member, a receiving channel in said second circumferential side
wall section, and a receiving cavity in said second circumferential
side wall section for said boss, said boss being seatable in said
cavity to lock said enclosure in a closed position, and unseatable
therefrom by outward flexing of said flexible resilient member,
thereby enabling said enclosure to be opened by partially rotating
said side wall sections about said hinge means.
6. A shoelace keeper according to claim 3, said hinge means
comprising, in combination, a flexible web connecting said first
and second circumferential side wall sections, and first and second
interlockable members projecting respectively from one and the
other of said side wall sections adjacent to the inward enclosure
side of said web, said members being shaped for mutual interlocking
engagement, when said enclosure is closed, along surface
orientations ranging from an orientation generally transverse to
the plane of the side wall near the hinge, to an orientation
generally parallel to said side wall plane.
7. A shoelace keeper according to claim 3, and further including an
upper wall for said enclosure carried by one of said side wall
sections, said upper wall being generally parallel with said first
and second wall portions, a receiving channel for said upper wall
in the other of said side wall sections, said upper wall mating
with said receiving channel when said side walls are closed about
said hinge means.
8. A shoelace keeper according to claim 3, and further including a
cap for said enclosure, a flexible strap connecting said cap to the
remainder of said enclosure, and means for releasably locking said
cap over said enclosure when said enclosure side walls are closed,
said keeper thereby comprising a one-piece construction.
9. A shoelace keeper according to claim 8, and further including an
outward extending ledge at the lower portions of the enclosure side
wall sections, said strap being formed from a resilient material
and attached to the outer portion of said ledge at an acute angle
to the enclosure side wall sections, said strap being bent away
from said enclosure at a distance from its attachment to the ledge
substantially equal to the width of the ledge, such that the cap is
held clear of the enclosure when the enclosure is opened and the
strap is in a relaxed position, said strap being flexible about its
connection with said ledge to overlie said ledge and extend
upwardly between the cap and the enclosure side wall when the cap
is emplaced over the enclosure.
10. A shoelace keeper according to claim 8, said cap including a
central wall adapted to overlie said enclosure and a
circumferential side wall surrounding the enclosure side wall
sections when the cap is emplaced on the enclosure, said cap
locking means comprising the combination of an inward directed boss
on the side wall of said cap, a pocket in the side wall of said
enclosure for receiving said boss, said keeper being formed from a
resilient material of sufficient flexibility to deform when the cap
is emplaced on the enclosure until the boss is seated in the
pocket, and mutually opposed finger supports extending outwardly
from the lower portions of said cap and enclosure side walls in the
vicinity of said boss and pocket, said finger supports providing a
base for the application of mutually opposed forces to said cap and
enclosure for dislodging said boss from said pocket.
11. A shoelace keeper according to claim 10, said boss and pocket
being located respectively on said cap and enclosure opposite to
said strap, and further including additional inward directed bosses
on the side wall of said cap near and on each side of said strap,
and pockets in the side wall sections of said enclosure for
releasably receiving said additional bosses when said cap is
pressed down over the enclosure.
12. A shoelace keeper for an infant's shoelace, comprising
an enclosure having
a first enclosure portion providing
a first wall portion having an inner edge including an indented
portion defining a passage having a periphery open at said
edge,
a first side wall section connected to said first wall portion and
surrounding a part thereof, said first wall portion inner edge
extending between the ends of said first side wall section, and
a resiliently flexible rib formed integrally with said first wall
portion exterior surface, extending past said first wall portion
edge and cooperating with the indented portion thereof to define
two shoelace passages each having a periphery open at said edge,
said rib having a free end, and
a second enclosure portion providing
a second wall portion having an edge, and movable with respect to
said first portion to bring said second wall portion edge adjacent
said shoelace passages to close said shoelace passage
peripheries,
a second side wall section connected to said second wall portion,
and
a cover portion spaced from said second wall portion and generally
parallel therewith,
hinge means joining said first and second side wall sections for
motion of said first enclosure portion with respect to said second
enclosure portion to bring said second wall portion below said rib
free end and to bring said second wall portion edge adjacent said
shoelace passages to close said shoelace passage peripheries when
said keeper is closed, said first and second wall portions, in the
closed condition of said keeper, together defining a bottom wall
adapted to be placed adjacent the shoe, and
latch means for releasably securing said first enclosure portion to
said second enclosure portion to close said keeper.
Description
This invention relates to shoelace keepers, and more particularly
to shoelace keepers that are specially designed for use with
infants.
Heretofore known shoelace keepers can generally be classified as
being either of the clip variety, in which a shoelace tie is held
in place by a clip and the tie itself is exposed, or of the
enclosure variety, in which a shoelace tie is housed inside an
enclosure with some means of opening the enclosure to admit the tie
and then closing it. While many of these devices are effective in
preventing a shoelace from becoming untied, there are also some
problems that need to be overcome, particularly with respect to
their use on infants' shoes.
For example, the locking mechanisms on clips may be played with and
are subject to being accidentally released by the infant, and the
smaller clips present the danger that the infant may swallow them.
In addition, if the locking mechanism is complicated the clip can
be difficult to operate, particularly if the infant does not keep
still. Enclosure type keepers have the advantage of hiding the
shoelace tie from the infant, but they are often separable into a
number of small pieces that can become swallowed or lost. The
swallowing hazard is so severe that many keepers have been taken
off the market pursuant to safety standards imposed by a regulatory
agency. Some enclosure devices also require a certain amount of
precision in positioning the shoelace tie inside the enclosure and
then affixing a cap; this again is difficult to do if the infant is
squirming.
In view of the above-stated considerations, it is an object of the
present invention to provide a novel and improved shoelace keeper
that effectively encloses an infant's shoelace tie and that is easy
to install.
Another object is the provision of a novel and improved shoelace
keeper that is safe for use with infants, and that cannot be
swallowed when either opened or closed.
Still another object is the provision of a novel and improved
shoelace keeper having no small parts that can be lost.
In the accomplishment of these and other objects, the shoelace
keeper of the present invention comprises an enclosure having a
wall adjacent the shoe, the wall including a first wall portion
having an edge including at least one shoelace passage having a
periphery open at the edge, a second wall portion having an edge
and movable with respect to the first portion to bring the second
wall portion edge adjacent the shoelace passage to close the
shoelace passage periphery, and latch means for releasably securing
the second wall portion to the first wall portion.
In a particular embodiment the enclosure has a circumferential side
surface that is divisible into first and second side sections, each
attached to a wall portion, by means of a hinge about which the
side sections are partially rotatable. A flexible, resilient member
is provided with an inward directed boss and projects from one
towards the other of the side sections. The other side section has
a receiving channel for the member and a receiving cavity for the
boss, the enclosure being releasably locked by sliding the member
in the channel until the boss snaps into the cavity. The keeper is
opened by flexing the member outward to release the boss. The
entire keeper can be constructed from a flexible, resilient
material, with the hinge comprising a flexible web connecting the
side sections, and first and second interlockable members that
project from the side sections adjacent to the inward enclosure
side of the web. The two members interlock, when the enclosure is
closed, along surface orientations ranging from an orientation
generally transverse to the plane of the side surface near the
hinge, to an orientation generally parallel to the side surface
plane.
The enclosure is preferably covered by a removable cap having a
side wall surrounding the enclosure side surface. The cap is
connected in a one-piece construction with the enclosure by means
of a flexible resilient strap attached to a ledge at the lower
portion of the enclosure side surface. A plurality of inward
directed bosses on the cap side wall mate with corresponding
pockets in the enclosure side surface when the cap is pressed down
over the enclosure, a pair of opposed finger supports being
provided on the enclosure and cap to enable the bosses to be
dislodged from their pockets. The strap is attached to the outer
portion of the ledge at an acute angle to the enclosure side
surface, and is bent away from the enclosure so that the cap is
held clear when the enclosure is opened. The upper surface of the
cap may be embellished with a pictorial or molded-in
decoration.
In another embodiment a top for the enclosure is permanently
carried by one of the side sections, and mated with the other side
section when the keeper is closed about a shoelace tie.
In another preferred embodiment, the keeper comprises an enclosure
having first and second enclosure portions. The first enclosure
portion provides a first wall portion having an inner edge
including an indented portion defining a passage having a periphery
open at the edge, a first side wall section connected to the first
wall portion and surrounding a part thereof, the first wall portion
inner edge extending between the ends of the first side wall
section, and a resiliently flexible rib formed integrally with the
first wall portion exterior surface, extending past the first wall
portion edge and cooperating therewith to define two shoelace
passages, and having a free end. The second enclosure portion
provides a second wall portion having an edge, and movable with
respect to the first portion to bring the second wall portion edge
adjacent the shoelace passages to close the shoelace passage
peripheries, a second side wall section connected to the second
wall portion, and a cover portion spaced from the second wall
portion and generally parallel therewith. The keeper further
comprises hinge means joining the first and second side wall
sections for motion of the first enclosure portion with respect to
the second enclosure portion to bring the second wall portion below
the rib free end and to bring the second wall portion edge adjacent
the shoelace passages to close the shoelace passage peripheries
when the keeper is closed. The first and second wall portions, in
the closed condition of the keeper, together define a wall adapted
to be placed adjacent the shoe.
Latch means are provided for releasably securing the second wall
portion to the first wall portion.
Other objects, features, and advantages of the invention will be
seen from the following detailed description of particular
embodiments of the invention, in conjunction with the drawings in
which:
FIG. 1 is a perspective view of a shoelace keeper constructed in
accordance with the invention;
FIG. 2 is a sectional view of the shoelace keeper shown in FIG. 1
enclosing a shoelace tie on an infant's shoe;
FIG. 3 is a fragmentary perspective view of a hinge mechanism for
the keeper;
FIG. 4 is a fragmentary perspective view of the area at which the
cap portion of the keeper is attached to the enclosure portion;
FIG. 5 is a fragmentary perspective view of the mechanism for
releasably snapping the cap portion over the enclosure portion;
FIG. 6 is a perspective view of the shoelace keeper enclosing a
shoelace tie on an infant's shoe;
FIGS. 7 and 8 are perspective views of other embodiments of the
invention;
FIG. 9 is a perspective view, partially broken away, of an
alternative embodiment of the invention; and
FIG. 10 is a fragmentary perspective view of the embodiment of FIG.
9.
Referring to FIG. 1, a shoelace keeper adapted to completely
enclose a shoelace tie is shown. The keeper is mold-formed in a
one-piece construction from a somewhat flexible, resilient material
such as polypropylene, with a thickness of generally about 1/16
inch. First and second wall portions 2 and 4 form a bottom wall
portion that is placed adjacent the shoe. Formed integrally with
each of the wall portions 2 and 4 are circumferential side sections
6 and 8 respectively, the two side sections together forming an
endless side surface when the keeper is closed. The side sections
and bottom wall portions can be partially rotated about a hinge 10
to open and close the keeper.
Wall portion 2 has an edge 16. A pair of shoelace passages 12 and
14 suitable in size for accommodating opposite ends of a shoelace
are formed in wall portion 2, the periphery of each passage being
open at edge 16. A structural rib 18 is molded to the bottom wall
portion 2 between the spaced-apart passages 12 and 14, with one end
20 of the rib overlying the upper surface of wall portion 2 and the
other end 22 extending outward to overlie the upper surface of wall
portion 4 when the keeper is closed.
A locking mechanism is provided that includes a cantilever member
24 that projects, as an extension of side wall section 8, toward
side section 6 from the vertical edge of side section 8 opposite to
hinge 10. An inward directed hook or boss 26 is molded onto member
24 and expands from a very narrow thickness at the far end of the
member to a thickness about three times that of the side wall 8 at
an intermediate portion of the member 24. A receiving channel 28
for member 24 is molded into the adjacent portion of side section
6, the depth of channel 28 being equal to the thickness of member
24 so that the member lies flush with the outer side surface when
the keeper is closed. A cavity 32 is formed at the far end of
channel 28 for receiving boss 26. The sloped inward facing surface
30 of boss 26 is adapted to flex the member 24 outwardly as the
keeper is rotated closed about hinge 10, the boss 26 being seated
in cavity 32 to lock the keeper when its two sections are fully
closed against each other.
The side sections 6 and 8 are girded by a bottom, outward flaring
ledge 34 that provides structural support and also serves as a base
for locking in place a cap described hereinafter. An indentation 36
in side section 6 is also provided for use in conjunction with the
cap. A small button 37 on the inward side of member 24 sits on the
upper surface of bottom wall portion 2, when the enclosure is shut,
next to the side section 6, which is set back slightly from the
edge 16 of bottom wall portion 2.
The keeper is closed by a cap 38 that includes a central wall 40
and a depending wrap-around or circumferential side wall 42. The
cap 38 is attached to the remainder of the keeper by means of a
strap 44 that joins the cap side wall 42 at one end and the ledge
34 at the enclosure side surface indentation 36 at its other end.
On either side of the strap 44 a pair of bosses 46 and 48 project
inwardly from the inside surface of cap side wall 42, and an
additional inward directed boss 50 is provided at the inside cap
wall surface opposite to the strap 44. Aligned with the last
mentioned boss 50 on the outer surface of the cap wall is a flared
member 52 that provides a finger support for uncovering the cap
from the enclosure portion of the keeper. The bosses 46, 48, 50 and
finger support 52 cooperate respectively with pockets 54 and 56 on
the enclosure side section 6 and pocket 58 and finger support
member 60 on the other enclosure side section 8 for positioning the
cap on and off of the enclosure. The cap 38 and strap 44 are formed
in the same mold with the main enclosure portion of the keeper,
thereby forming a unitary one-piece construction and eliminating
the possibility of any small parts being lost or swallowed.
Details of the hinge 10 are shown in FIG. 3. The enclosure side
wall sections 6 and 8 are joined by a flexible, resilient web 62
that extends between the sections on the exterior side of the
enclosure (as viewed when the keeper is closed), web 62 being
formed as a continuation of the side wall sections having an
attenuated thickness. A first member 64 projects from side wall
section 8, adjacent to web 62 on the inward enclosure side thereof,
and has an inward facing side surface 66 formed as a continuation
of the inward surface of wall section 8, and a forward surface 68
transverse to surface 66. A second member 70 projects from side
wall section 6 adjacent to web 62 on the inward enclosure side
thereof, and includes a wall 72 that is opposed to and abuts
surface 68 when the keeper is closed, and an extension 74 at the
inward side of wall 72 with an outward facing surface 76 that
overlies and abuts surface 66 when the keeper is closed. The wall
sections 6 and 8 are pivoted apart, flexing web 62, to open the
enclosure. With the enclosure closed, the members 64 and 70
interlock and form a solid base that prevents the application of
damaging stresses to the relatively thin web 62, their mutually
abutting surfaces being oriented along planes that range from
transverse to parallel to the plane of the enclosure side walls
near the hinge.
Referring now to FIG. 4, the strap is molded to the outer edge of
ledge 34 in alignment with the indentation 36 in side wall section
6, and forms an acute angle with the said side wall section when in
a relaxed position. The strap is bent backwards from the enclosure
at a bend 78 located at a distance from the ledge 34 equal to the
width of the ledge from its outer edge to the rear wall 80 of
indentation 36. The cap is thus held clear of the enclosure portion
of the keeper when not in use, facilitating the emplacement of the
keeper over a shoelace. When the cap is pushed down over the
enclosure the strap 44 lodges in the indentation 36 with the
portion between the ledge and bend 78 overlying the ledge, and the
remainder of the strap extending upward between wall 80 and the
inside surface of the cap side wall 42. The downward closing force
on the cap is partially transmitted by bosses 46 and 48 to the
enclosure side wall around pockets 54 and 60, which may be formed
as simple openings at the junction of the side wall and ledge, and
slightly deforms the wall until the bosses are lodged within their
respective pockets. The resilient wall thereupon resumes its
original shape, with the bosses 46 and 48 holding the cap in
place.
In FIG. 5 the mechanism for snapping the cap on and off the
enclosure is shown, with the cap positioned just above the
enclosure. The finger support members 52 and 62 are mutually
aligned on the cap and enclosure so as to be disposed in the same
plane with ledge 34 when the cap is in place (a gap is provided in
ledge 34 to make room for member 52). Boss 50 cooperates with
pocket 58 to hold the cap in place in a manner similar to that of
bosses 46 and 48 and pockets 54 and 56.
The keeper is shown in place on a shoe 82 in FIGS. 2 and 6, with a
decorative embellishment 84 provided on the upper surface of cap 8
by painting, molding, or the like. One of the advantages of the
device is the ease with which it can be emplaced and removed, even
with a squirming infant. In use, a shoelace 86 is first tied in the
normal manner. With the bottom wall portions 2 and 4 rotated apart
about hinge 10 and the cap 38 held clear of the enclosure portion
by shaped strap 44, the keeper is brought into engagement with the
shoelace, rib 18 guiding under the tie to direct the lace ends
below the tie through apertures 12 and 14 and thence into the
interior of the keeper. The keeper is then closed about hinge 10,
the two bottom wall sections 2 and 4 adjoining to prevent the lace
from escaping out of apertures 12 and 14, and the boss 26 on member
24 sliding against channel 28 until it is lodged in cavity 32,
locking the keeper closed. The cap 34 is then snapped shut over the
enclosure, bosses 46, 48, and 50 lodging respectively in pockets
54, 56, and 58. The shoelace tie is now completely enclosed and
cannot be played with or untied by the infant. While easy for an
adult, opening the keeper requires a minimum of strength and manual
coordination that are normally beyond an infant's capabilities. To
remove the keeper the cap 34 is first lifted off by placing one
finger (or thumb) on the top of member 60 and another finger on the
bottom of member 52, and applying a torque pressure to the two
members to lift the cap upwards and dislodge the various bosses
from their respective pockets. Locking member 24 is then flexed
away from the cavity 32, the keeper sections rotated apart about
hinge 10, and rib 18 slid out from under the shoelace tie.
Another embodiment of the invention, shown in FIG. 7, is
essentially the same as that described above except for the cap 38
and the enclosure features associated with the cap, identical
elements being identified by the same numerals as used in FIGS.
1-6. In this embodiment, a circular disc 88 is carried by the upper
portion of side wall section 8 in a plane generally parallel to the
bottom wall of the keeper. A receiving groove or channel 90 for the
disc 88 is formed on the upper inside portion of the other side
wall section 6, the disc 88 sliding into and out of channel 90 when
the keeper is closed and opened, and serving as an upper wall for
the device.
In FIG. 8 a further embodiment is shown, similar to that of FIG. 1,
with the exception that rib 18 has been removed and a single
opening is provided in bottom wall section 2 in place of
spaced-apart perforations 12 and 14. Both ends of the shoelace are
passed through the opening 92, which is made sufficiently small so
that the shoelace tie cannot be pulled out when the keeper is
closed. While this embodiment eliminates the need for sliding rib
18 of the previously described embodiments under the shoelace tie
and thereby allows the shoelace to be tied slightly tighter,
somewhat more care must be taken in installing the keeper to make
sure that both ends of the shoelace are within the opening 92 and
that the tie is inside the keeper.
In another preferred embodiment, referring now to FIGS. 9 and 10,
the enclosure of the shoelace keeper is formed by two cooperative
enclosure portions 112 and 114. First enclosure portion 114
includes a first bottom wall portion 100 of generally circular
outline, which has an inner edge 102 having an indented portion
forming a shoelace passage. A first circumferential side wall
section 101 extends part way around first wall portion 100 and is
formed integrally therewith. Inner edge 102 of wall portion 10
extends between ends 150 and 152 of side wall section 101. A
resiliently flexible rib 118 is molded integrally with the exterior
surface of first wall portion 100, and extends past edge 102
thereof into the indentation of the shoelace passage. Rib 118
cooperates with the indented portion of edge 102 to define two
shoelace passages 104 and 106. Rib 118 includes a depressed section
120, which is generally below the level of wall portion 100, and a
free end carrying a raised end boss 122. Wall portion 100 is cut
away from side wall section 101 at 119 to permit rib 118 to flex
freely.
The second enclosure portion 112 includes a second bottom wall
portion 108 having generally the outline of a segment of a circle,
and having an inner edge 110 forming the chord of the segment. A
second circumferential side wall section 103 is semi-circular in
outline and is formed integrally with second wall portion 108.
Second enclosure portion 112 provides a cover wall 124 of generally
circular outline (shown partially broken away in FIG. 9) formed
integrally with circumferential side section 103. Lip member 126 is
provided on the upper edge of cover wall 124 at a point on the
circumference removed from second bottom wall portion 108. Side
section 101 of first enclosure portion 114 provides a latch member
128 that cooperates with lip member 126, when the keeper is closed,
to retain the enclosure portions together.
First and second circumferential side wall sections 101 and 103 are
hinged together at 116. The second enclosure portion 112 with its
edge 110 is movable at hinge 116 with respect to the first
enclosure portion 114 with its edge 102, to bring edge 110 adjacent
passages 104 and 106 to close their peripheries, providing a
complete wall portion adapted to be placed adjacent the shoe and
having two relatively small shoelace passages therethrough. End
bosses 122 of rib 118 slides up over edge 110 and rests on the
inner surface of second wall portion 108. Side sections 101 and 103
cooperate to form an endless side surface when the keeper is
closed. Cooperative bosses 130 and 132 on portions 114 and 112
respectively are brought adjacent one another when the keeper is
closed, and are pressed in opposing directions to open the
keeper.
In operation, the keeper of FIGS. 9 and 10 is placed over the shoe,
with wall portion 100 adjacent the shoe, and the two shoelace ends
are drawn through passages 104 and 106. The ends are then tied over
depressed portion 120 of rib 118. Enclosure portion 112 is rotated
at hinge 116 to move second wall portion 108 with respect to first
wall portion 100, bringing edge 110 adjacent passages 104 and 106
to close their peripheries. At the same time, cover wall 124 is
brought adjacent second circumferential side section 101 to close
the keeper. Lip 126 and latch member 128 cooperate to hold
enclosure portions 112 and 114 together. The shoelace tie is
retained within the keeper enclosure formed by members 112 and 114,
and is protected by cover 124 from being untied.
* * * * *