JPS587202A - Clamp metal fitting for shoes - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a fastener for shoes, and in a preferred embodiment, it relates to a fastener for shoes that can be closed for 5 km so that the shoe can be inserted and removed from the foot without using one's hands. .

For people who are unable to use one or both hands, tightening the shoe around the foot is one of the reasons they cannot tie shoelaces or tighten a traditional buckle.
It has become extremely difficult.

The present invention provides a fastener for shoes, and in one embodiment, provides a fastener that allows a user to tighten the shoe once without using his or her hands.

The term "shoes" or "shoes, etc." as used herein is understood to mean any form of footwear.

A feature of the present invention is that the shoe has a lever means that connects to the first part of the shoe, and a fixing means that connects the second part of the shoe to the first position where the fixing means can insert and remove the shoe from the first position. , said lever means being pivotally coupled to said first portion of the shoe by pivot means, and said securing means being coupled to said lever means to a second position in which said securing means secures the shoe to the foot in use. The locking means is also connected to the lever hand so that the lever means is movable, so that the pivot means is connected to the position where the locking means is connected to the lever hand and the locking means is connected to other parts of the shoe. 5. From the first position, the first and second portions are disposed between a first position and a second position in which the first and second portions of the shoe are substantially supported relative to each other. In the position i of IK2 which can be moved relative to each other, one means exists in a fastener for shoes which can be pivoted.

Yet another feature of the invention includes a tightening means, the tightening means being connected to the collar of the shoe.
The fixing means connects the I2 part with a force 1, and the fixing means also moves the JII1 part κ of the shoe from the pivot means κ from the position where the shoe can be inserted and removed from the foot κ.
JI pivotally connected, said securing means being connected to said lever means, in use certain means securing the shoe to the foot;
The above-mentioned fixing means can also be moved to position 2.
Since the pivot means is connected to the lever means, the pivot means is arranged in a relationship between the position where the fixing means is connected to the lever means and the position where the constant means is connected to that part of the shoe. The lever means may also be pivoted from the position of IIj41 where the portions and lE211 are substantially κ-opposed to each other [supporting each other] to a second position in which said portions jI1 and 1112 can be moved κ-opposite to each other. Exists.

Therefore, to tighten the shoe onto the foot without using the hands, the lever means must be large enough for the user's foot to engage the lever and move the lever from the IK1 position to the jI2 position. It needs to be. Moreover, even in the reverse case, the shoe can be inserted into and removed from the foot κ and fixed onto the foot.

Preferably, the constant means comprises a generally rectangular wire member having a curved profile that matches the curved profile of the upper of a typical K shoe.

Below, Iris 1511, II2 figure is used as a staff member, and the clamp ^a
We will describe shoes α● that have the following characteristics. Clamp odor I has III plate α◆ and two plates σQv. Plate a◆
and H is a rivet} (11 is tightened by the shoe κ, and the rivet is passed through the usual dovetail of the shoe part. However, the said plate may be fixed to the shoe by another suitable means or method κ. In the illustrated embodiment κ, the plate is attached to the vamp portion of the shoe.
Since they are attached facing each other, the clamp A
A3 usually extends over the tongue part of the shoe bone.

Plate α fathom has a curved part (self). The rigid member (to) is supported through this. The fixing member (self) has the shape of a rectangular layer member and is curved to match the curvature of the shoe and the curvature of the foot.

The fixing member (self) is also connected to the lever (7) κ by passing through the opposed hole @ of 2II in the lever (IK). A pivot pin C34 is pivotally supported on plate a.
It is pivotally connected to #. Pivot Bin (Foundation)
passes through two opposed holes in the lever, and also through a longitudinal opening in the curved part, so that the lever (7) has a relative K11 with respect to the shoe part.
rotatably supported.

Now referring to Figure 5, the clasp secures the shoe to the user's foot (not shown) when the clasp is in the position shown at 811. It should be noted that since the pivot bin is located on the fixed member, the lever is supported in the position shown in Figure 3. To loosen the clamp A, move the lever upwards. The fixing part #■ is pulled up beyond the pivot bin position (as shown in figure -4), so that the lever moves to the 5th v
IIJK Move freely to the indicated position. In addition, the right side / ) 1 leather part (to) in Figure 95 is a tongue part @ due to the shift of the lever (to) in order to allow the user's foot to approach or leave the shoe in or out of the shoe. , it is moved slightly upwards. To close the clamp, place the lever in the position shown in 3-. Bin (2) and fixed *W (to) are biased in that position to avoid apparent opening.

The lever ■ is on the opposite foot where the shoe fits,
Align the lower side of the lever action, and the irises 2 and j15
By moving the lever to the position shown,
The irises are sized so that they can be moved from the positions shown in Figures 1 and 11113. To determine the foot kwA of shoes,
Move the lever 00t- to the position shown in Figures 1 and 3.
To return it, press the lever with your opposite foot.

A preferred embodiment of the present invention allows K11i to be comfortable and secure on the user's feet without the need for hands. @ can be provided.

In the embodiment, the lever is placed so that the lever is located 1 meter outside one side of the shoe, on the left side when the user is at the office, and on the right side when the user is at the head office.

In another embodiment (not shown), the lever is provided with a pair of opposing holes of the same size (2) as the doves (2) and adjacent to the fixing member (to). The shoes engage with the same size as the pair of shoes, and the fastener αa is adjusted, so the shoes are 70S.
t' can be varied to comfortably fit the foot. Both ends of the wire member forming the fixing part *tga are engaged with the dot 1 hole, and in order to prevent both ends of this wire member from apparently coming loose from the lever 4, the wire members are adjacent to the side edge of the lever ■. It can be folded and stretched.

This clamp may be of suitable metal, but plastic materials may also be used.

The present invention provides a shoe clasp for use by persons who do not have the use of their hands.

According to a preferred embodiment of the invention, the shoe securely fastens to the foot and also provides a modification that can also be applied to slip-on deaf shoes.
Of course, both eliminate the need to manually tie shoelaces or buckles. According to an embodiment of the present invention, an alternative shoe can be provided for people who have the use of their hands, but are unable to bend down to tighten shoelaces or buckles.

[Brief explanation of the drawing]

Figure 181 is a perspective view of the shoe when there is a clamp at the position when fixing the shoe to the foot, and Figure II2 is,
When removing the shoe from the foot or inserting the foot into the shoe. Figure 3 is a side view of the clasp odor at the position shown in Figure II1, Figure 4 is a side view of the clasp in the intermediate position, Figure II5 FIG. 2 is a side view of the fastener in the position shown in FIG. II2; -, (II is shoes, α is fasteners, A4 is part 1
Plate, (IQ is the second plate, α barrel beam vent, (
To) is the vamp part, 4 is the tongue skin part, (to) is the bay part,
(2) is the fixed member, (2) is the lever, (2) is the opposing hole in the lever, (2) is the pivot bin, and (2) is the curved part of the grate. 1st FM Figure 2 Figure 3 Figure 4 Figure 1.

Claims (1)

[Claims] 1. Lever means connected to the iris 1 portion of the shoe and the iris 8 of the shoe
said lever means being pivotally connected to said first part of the shoe by pivot means, from a position in which said fastening means can insert and remove the shoe from the foot;
The fixing means is connected to the lever means, so that in use the lever means is in a transitional capacity up to the position of the iris 2 which fixes the shoe on the foot Km.5 The fixing means is also connected to the lever means so that the pivot means is located between the position where it is connected to the locking means or the lever means and the position where the locking means is connected to other parts of the shoe, and the pivot means is arranged between the position where the locking means is connected to the other part of the shoe,
A lever means may be pivoted from a position 5111 in which the first and second parts are supported substantially opposite each other to a position 1s2 in which the first and second parts can be moved relative to each other. Fasteners. "λ" has a tightening means, and the wrinkle tightening means consists of a lever means connected to the s1 part of the shoe and a fixing means connected to the iris part 2 of the shoe, and the fixing means also allows the shoe to be inserted into and removed from the foot. From the position of the irises 1 to be obtained, the lever means is pivotally connected to the first part of the shoe by pivot means, and the locking means are connected to the lever means, using KIIL locking means to secure the shoe to the foot K.
The locking means is also connected to the lever means so that the pivot means is in a position where the locking means is connected to the lever means and the locking means is in the position of the shoe. from a position where the upper part of the shoe and the second part of the shoe are substantially supported opposite each other;
and a shoe in which a lever means can be pivotally mounted to a position in which the two heel portions are moved relative to each other. 3. The clasp can be tightened without using hands, and the clasp is connected to the JI11 part of the shoe and has a lever means and a lever of sufficient size to be engaged by the user's foot and the 112 part of the shoe. It has a fixing means connected to the shoe and can be inserted into and removed from the shoe.
Use KW!, from position l, said lever means is pivotally connected to the first part of the shoe by pivot means, and said fastening means are connected to said lever means! Said fastening means are also connected to said lever means so that the fastening means can be moved to the position of the iris 2 where the fastening means fastens the shoe to the foot, so that the pivot means is in a position where the fastening means are connected to the lever means. and a position where the fixing means is connected to the other parts of the shoe, and from a position jll1 in which said J111 part and calf 2 part of the shoe substantially support opposite each other, said first and A shoe clasp in which a lever means can be pivoted to a second position in which the two irises can be moved relative to each other. 4. The clasp can be tightened without using one's hands, and the clasp is connected to the 1111 part of the shoe and has a lever means of sufficient size to be engaged by the user's foot and the jI2 of the shoe. A JIl that has a fixing means for partially tying and allows the shoe to be inserted and removed from the foot.
From the l position, said lever means is pivotally connected to the lsl part of the shoe by pivot means, and said locking means -
Said locking means are also connected to said lever means such that in use the locking means is movable to a second position for fixing the shoe on the foot so that the pivot means locks. The means is arranged between the position where the means is connected to the lever means and the position where the fixing means is connected to the other part of the shoe, and the said 1s1 part and the foot 2 part of the shoe are substantially 1:1 to each other. 5 From the first position,
A shoe in which a lever means can be pivoted to a second position in which the first and second portions are moved in transition relative to each other. 5. The fixing means comprises a generally rectangular wire member having a curved profile that approximately conforms to the curved profile of the upper part of the shoe. The conclusion of recruitment for any one of the items is Toshin. 6. The fixing means and the lever means are connected to each vamp of the shoe through support plates connected to the t-leather by rivet means passing through the grate and eyelet holes of the shoe, respectively. The shoe clasp odor according to any one of Claims 1, 1s3, and #15, characterized in that: 7. For shoes according to any one of the above claims F8g11, 3, 5 or recommendation 6, wherein the lever means is a lever having a curved cross section and disposed on the outside of the shoe. Clamp smell. 8. The pivot means is disposed above the fixing means when the lever is in the second position, and is located below the fixing means when the lever is in the jll11 position κ, and from the iris 1 position to the yen 2 position. When the transition movement from the second position to the 1111 position is such that the shoe is on the user's foot, either the first position or the second position is maintained by means of the 10,000 lever. , ζ and V, characterized in that the fixing means passes through the pivoting means κ, including a pinching action, and s! I. Clasp for shoes of any one of items 1, 3, 5, 6 or s7. 9. The above-mentioned claim FMJI wherein the fixing means is a generally rectangular wire member having a curved contour that approximately matches the curved contour of the upper part of the shoe.
Shoes that are either I2 or JLL4. 10. The fixing means and the lever means are respectively connected to each vamp part κ of the shoe through a support plate which is connected to each upper part Km of the rivet means κ passing through the grate and dovebone of the shoe. Shoes according to any one of the above claims II2, 4 or jI9, characterized in that ζ. 11. The lever means has a curved cross section, and the lever means has a curved cross section, and
Shoe according to any one of the above claims jI2, 4, 9 or @10gIL, characterized in that it is a lever arranged. 12. The lever of the pivot means is in the irises 2 position κ@
is located above the fixing means, and the lever is located in the jll position κ *< is located below the fixing means, and the transition from the irises 1 position to the jll 2 position or from the irises 2 position to the first position 111 when the action is on the shoe or the user's foot κ
The patent, characterized in that it includes a pinching action as the fixing means passes through the pivot means, maintaining the lever means in either the 10,000 position or the second position, is patent at 9 no. Any one of these shoes.