JP2002085111A - Shape keeper for boots - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a simple shape keeper for boots, which can keep the whole shapes of boots such as fashion boots, rain boots, etc,, especially shapes of leg parts, in the vertical direction by simple operation. SOLUTION: On facing open end parts of the upper end opening part 2 of a hexagonal cylinder body A comprising mutually facing six side plates on which a suitable number of small ventilation holes 1a are bored, engaging part 3s to close the opening part 2 into a flat chevron shape are equipped by overlapping the open end parts. Respectively to the open end part 2 side on a pair of facing side plates and both side neighboring plates among the side plates, a horizontal crease (b) to fold the flat chevron shape opening end part 2 horizontally flat to close the opening end part 2 into a hexagon and creases (c), (c) extended from both ends of the crease (b) are equipped. On the, opening end part of the lower end opening part 12 of the cylinder body A, a cutout part 13 or a bored part for ventilation is equipped.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a boots shape holder for holding the shape of boots having long legs above the heel, such as fashion boots and rainy weather boots.

[0002]

2. Description of the Related Art Conventionally, shoe shape retainers have been used to maintain the flatness of a toe portion of a shoe, correct its deformation,
Alternatively, there is a shoe-shaped holding tool for keeping the flatness of the shoe sole from the toe to the heel, for example, a hard block-shaped holding tool made of wood or plastic, or soft (cushioning). And a holder using a band steel material having a bending property.

[0003] On the other hand, boots such as fashion boots and rainy boots have long legs extending vertically upward from the heel, so that the legs are easily bent. For example, if the boots are stored in a bent state, The portion is likely to have a folding habit, fold wrinkles, scratches, and the like, and the legs are bent, so that the inside of the shoe is sealed and moisture easily accumulates inside the shoe, which is a factor of accelerating the deterioration of the shoe.

[0004]

Therefore, in order to keep the shape of the entire boot clean and to make the boot last longer,
It is desirable to store the leg with the leg held vertically, but the tool for easily holding the shape of the leg is likely to be large and can be held by a simple operation with a simple mold holder. Tools were desired.

It is an object of the present invention to provide a simple boot shape holder which can hold the overall shape of boots such as fashion boots and rainy weather boots, in particular, the shape of the leg portion in a vertical direction by a simple operation. is there.

[0006]

According to a first aspect of the present invention, an upper end opening of a hexagonal cylindrical body A comprising six opposing side plates provided with an appropriate number of small ventilation holes 1a is provided. Part 2
A pair of opposed side plates of the side plates are provided at the opposed open end portions of the side plates so as to overlap the open ends with each other to engage and close the opening portion 2 in an upwardly sharpened flat shape. And on the upper end opening 2 side of the side plate adjacent to both sides thereof,
A horizontal fold b for bending the flat opening 2 which is pointed upward to a horizontal flat shape and closing it in a hexagonal shape, and inclined folds c and c extending from both ends of the fold b are provided. This is a characteristic shape holder for boots.

Next, the invention according to a second aspect of the present invention is directed to an opposing upper end opening portion 2 of a hexagonal cylindrical body A comprising six opposing side plates provided with an appropriate number of ventilation holes 1a. The opening end is overlapped with the opening end to be
An engaging portion 3 that engages and closes in a flat shape that is pointed upward is provided, and a pair of side plates adjacent to each other and side plates adjacent to both sides of the pair of side plates are each provided with an upwardly sharpened flat portion. A horizontal fold b for folding the opening 2 in a horizontal flat shape and closing it in a hexagonal shape and inclined folds c, c extending from both ends of the fold b are provided, and a lower end of the cylindrical body A is provided. Opening 1
2 is a boot-shaped mold holder characterized in that a cutout portion 13 or a hole portion for ventilation is provided at the open end of 2.

Next, according to a third aspect of the present invention, there is provided the boot-shaped holder according to the first or second aspect, wherein the hexagonal cylindrical body A is flatly foldable. A boot-shaped holder for boots.

Next, according to a fourth aspect of the present invention, there is provided the boot-shaped holder for boots according to any one of the first to third aspects, wherein the hexagonal cylindrical body A is A pair of right and left two (two) is formed as one set for both left and right legs, and one of the two (two) hexagonal cylinders A has a cylinder diameter of one of the hexagonal cylinders A. The diameter of the other hexagonal cylindrical body A is slightly larger than the cylindrical diameter of the other hexagonal cylindrical body A. And a hexagonal cylindrical body A of the present invention.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION The boot-shaped holder according to the present invention will be described below in detail in accordance with embodiments.

FIG. 1 is a developed view (blank sheet) showing an example of an embodiment of a boot-shaped holder according to the present invention.
For example, as shown in the figure, the blank sheet 1 is provided with side plates 21, 22, 23, 24, 25,
26 are continuously provided, and a sticking plate 27 is continuously provided on a side of the side plate 26.

The sheet 1 is formed into a hexagonal cylindrical body by being bent in the same direction through each fold a.
Note that each side plate fold a is a fold parallel to each other or a tapered fold, and a hexagonal cylindrical body formed from the blank sheet 1 has a prismatic or cylindrical shape of the same size at both ends of the cylindrical body. The shape may be any of truncated pyramid shapes of different sizes at both ends of the body.

The blank sheet 1 may be transparent, translucent, or opaque.
Coloring, patterns, patterns, characters, etc., may be appropriately printed, and a plurality of small ventilation holes 1a are provided at appropriate positions on the blank sheet 1, for example, as shown in the drawing. Each of the side plates 21, 23, 23, 26 is provided with a plurality of small holes 1a for ventilation.

The blank sheet 1 is made of a synthetic resin film (sheet) such as polypropylene, polyethylene terephthalate, polyvinyl chloride, polystyrene, etc., a paper sheet,
It can be formed by using a sheet material such as a nonwoven fabric sheet, a woven fabric sheet, an aluminum sheet, or a composite sheet obtained by combining any of these sheets.

One end of the blank sheet 1 protrudes in a protruding manner at portions corresponding to each other at the cylindrical opening at the one end when the sheet 1 is formed into a hexagonal cylindrical body. Two engaging portions 3, 3 are provided, and the other end of the sheet 1 is provided with a ventilation (not shown) cut into an appropriate shape such as an arc (or a curved shape) as shown in the drawing as necessary. Notch 1
3, or an appropriately formed hole (not shown) having a size of about the cutout area of the cutout 13 is provided.

As shown, for example, the two engaging portions 3, 3 are provided at one end of a central side plate 22 of the side plates 21, 22, 23 and at a central side plate of the side plates 24, 25, 26. A cut line 3a is formed in the same direction as the direction perpendicular to the fold a at the protrusion base of each of the engagement portions 3 provided at one end of the engaging portion 3. The outer shape of the engaging portion 3 is not particularly limited, but a rounded outer shape is appropriate as shown in the figure.

Notch 13 (or hole) for ventilation
Are, for example, as shown, the side plates 24, 25, 2
6 is provided in a curved shape over the other end. In addition,
The cutout shape of the cutout portion 13 is not limited to a curved shape, but may be any cutout shape such as an arc shape, a rectangular shape, a triangular shape, or the like. In the case of the ventilation hole 13, the hole shape is not particularly limited, and any hole shape such as a circular shape, an elliptical shape, a long hole shape, a rectangular shape, a triangular shape, or a polygonal shape may be used.

Folds b and b are provided at one end of the side plates 22 and 25 of the blank sheet 1 on which the two engaging portions 3 and 3 are provided, respectively, in a direction orthogonal to the fold a. , The side plates 21, 23 adjacent to the side plate 22, respectively.
The side plates 24 and 26 adjacent to the side plate 25 are provided with inclined folds c and c extending at 45 ° and extending in the edge direction of one end with both ends of the fold b as starting points.
Are provided continuously.

FIG. 2 is an external perspective view showing an example of an embodiment of a boot-shaped mold holder according to the present invention. The blank sheet 1 shown in FIG. After being folded into a hexagonal cylindrical shape, the side plates 21 at both ends of the folded sheet 1 and the sticking plate 27 are overlapped, and the overlapped surface is attached with an adhesive or an adhesive, or made of plastic. It is formed as a hexagonal cylindrical body A having an upper end opening 2 and a lower end opening 12 by joining with a metal stapler, a stop such as an eyelet or the like.

Note that the boot-shaped mold holder of the present invention is a hexagonal cylinder made of synthetic resin (or aluminum) manufactured by extrusion molding using the extrusion molding method without using the blank sheet 1. Using a tube-shaped body
One end opening 2 of the cylindrical body may be cut out to form an engaging portion 3, and the other end opening 12 may be cut out to form a notch 13.

As shown in FIG. 2, projecting engaging portions 3, 3 are provided at opposite ends of the upper end opening 2 of the hexagonal cylindrical body A, respectively. 3,
Cut lines 3a, 3a are formed in the base of the protrusion 3 in a horizontal direction from opposite directions to each other.

A cut-out portion 13 for ventilation is formed at a part of an end portion of the lower end opening portion 12 of the hexagonal cylindrical body A. The notch 13 is provided with a desiccant or a moisture absorbent, or a vaporized gas of a medicinal agent C (or a case containing a medicinal agent) such as a deodorant, a deodorant, or an fragrance, which is loaded in the shoe, particularly on the toe side of the shoe. It is possible to increase the efficacy of the medicinal agent C in the shoe so as to spread throughout the inside of the shoe, or to discharge the moisture and odor in the shoe out of the shoe so as not to stay in the shoe, especially the toe side. it can.

Further, the lower end opening 12 of the hexagonal cylindrical body A is cut out by the height of the heel in the shoe to provide the inside of the notch 13, so that the high heel portion can be avoided.

Side plate 2 of lower end opening 12 of hexagonal cylindrical body A
An arc-shaped notch 13 is formed over the three surface ends of 4, 25, and 26, and from outside the lower end opening 12 of the hexagonal cylindrical body A, through the notch 13, the cylindrical body is formed. A member such as a desiccant, a deodorant, and a fragrance can be fitted over the inside of A.

When using the boot-shaped holder of the present invention, the hexagonal cylindrical body A can be assembled and used as follows.

First, the opposing ends of the upper end opening 2 of the hexagonal cylindrical body A shown in FIG. 2 are overlapped with each other, and projecting engagement portions 3, 3 provided at a pair of opposing ends are provided. The bases on the opposite sides of the engaging portions are respectively inserted into and engaged with cutting lines 3a, 3a which are horizontally cut in opposite directions to the bases, thereby forming a hexagonal shape as shown in FIG. With the lower end opening 12 of the cylindrical body A held in a hexagonal shape, the upper end opening 2
Is closed flat in a state of being pointed upward.

Next, the closed upper end opening 2 shown in FIG.
And horizontal folds b formed on the side plates 22 and 25 facing each other, and side plates 21 and 23 adjacent to the side plates 22.
Respectively, and the inclined folds c, c formed on the side plates 24, 26 adjacent to the side plate 25, respectively.
c in the same direction (mountain fold direction), and each fold a, a, a, a above the fold b in the horizontal direction.
Are folded in the opposite direction (mountain folding direction).

Thus, the upper end opening 2, which is closed in a flat shape as shown in FIG. 3, is inserted into the cut lines 3a, 3a of the engaging portions 3, 3 while the engaging side of the opposite side plate 2 is maintained.
As shown in FIG. 4, the upper end opening 2 to be closed in a sharpened state is folded horizontally into a flat shape and closed in a hexagonal shape so that the upper parts of the folds b of 2, 25 are horizontally abutted. Then, a hexagonal cylindrical body A that is held in a hexagonal shape from the upper end opening 2 to the lower end opening 12 and is closed at the upper end opening 2 is formed.

The hexagonal cylindrical body A forms two pairs of left and right legs for a pair of right and left boots.
Of the two (two) hexagonal cylinders A, the diameter of one of the hexagonal cylinders A is slightly larger than the diameter of the other hexagonal cylinder A ( The width of each of the side plates 21, 22, 23, 24, 25, and 26 of one of the hexagonal cylindrical bodies A is slightly larger than each of the side plates of the other hexagonal cylindrical body A. When the holder is not used or stored, two hexagonal cylindrical bodies A for left and right boots are inserted and fitted together with their lower end openings 12, 12 facing each other, and the two pairs of left and right ( The two hexagonal cylindrical bodies A can be stored in a compact form by combining them into one (one), and the above-mentioned medicinal agent and the like are contained in the two hexagonal cylindrical bodies A fitted to each other. As well as shoe creams, shoe polishing brushes, and the like.

FIG. 5 is a side sectional view of the boots B, B1 is a leg portion of the boots, B2 is a toe portion, B3 is a shoe bottom portion,
The holding tool of the present invention using the hexagonal tubular body A assembled while holding the hexagonal shape in this manner is used by being inserted into the leg portion of boots. There is no particular limitation, and the insertion may be performed in any manner. However, when the cutout 13 is provided in the assembled hexagonal cylindrical body A, the cutout 13 of the cylindrical body A is inserted into the front end side. Therefore, it is desirable to insert the boot B into the leg portion B1.

When inserting the assembled hexagonal cylindrical body A into the leg B1 of the boot, the notch 13 of the cylindrical body A may be inserted in any direction. For example, FIG. As shown in FIG.
Is inserted into the leg B1 of the boot B so that it faces the toe B2. As a result, the hexagonal cylindrical body A is
1 is held in the vertical direction to prevent bending and to prevent deformation of the leg portion B1.

When the notch 13 of the tubular body A is inserted into the leg B1 of the boot, the notch 13 of the tubular body A is, for example, the same as the direction of the toe B2 shown in FIG. May be oriented in the opposite direction of the heel (the direction opposite to the toe B2) and inserted into the leg B1 of the boot B. Thereby, when a raised portion such as a cushioning material or a pad is formed on a heel horizontal surface or a heel vertical surface (heel back surface) in the shoe, it can be avoided.

As shown in the figure, a desiccant C is applied to the inner bottom (for example, toe B2 and heel) of the sole B3 in the boot B.
(Or a deodorant, a deodorant, a fragrance, etc.), the assembled hexagonal cylindrical body A is placed on the tip of the cylindrical body A with the notch 13 on the tip side, and the notch 13 is Part B2
It is inserted into leg B1 of boots B so that it faces the direction. Thereby, a part of the desiccant C can be fitted into the cylindrical body A from the cutout portion 13 for ventilation.

[0034]

According to the present invention, there is provided a boot-shaped holder for boots, wherein the engaging portions provided at a pair of opposite ends at the upper end opening of the hexagonal cylindrical body are inserted into and engaged with each other. After closing the opening in a flat shape with a sharp point upward, the upper end opening that is closed in a sharp state while holding the engagement state of the engagement portion is folded into a horizontal flat shape. By closing the hexagonal shape, a strong hexagonal cylindrical body can be reliably held (shape-preserved) from the upper end opening to the lower end opening.

Then, by inserting the boot shape holder of the present invention into the leg portion of the boot and storing the boot,
To keep the overall shape of boots such as fashion boots and rainy weather boots, especially the shape of the leg part neatly, and to make the shoe last longer, it can be stored with the leg part held vertically, There is an effect that the holding tool having a simple structure can surely hold by a simple operation.

The boot-shaped holder according to the present invention is characterized in that the ventilation holes inside and outside the boots are formed by the small ventilation holes provided in the side plates of the hexagonal cylindrical body and the ventilation notches provided at the lower end openings. Good performance, moisture and odor in boots can be easily vented to the outside of boots, and medicinal agents such as desiccant, moisture absorbent, deodorant, deodorant, and fragrance loaded in boots Has the effect of increasing the efficacy of

[Brief description of the drawings]

FIG. 1 is a blank sheet showing an example of the boot-shaped holder of the present invention.

FIG. 2 is an overall perspective view before assembling a boot-shaped holder of the present invention.

FIG. 3 is an overall perspective view in the middle of assembling the boot-shaped holder of the present invention.

FIG. 4 is an overall perspective view after completion of assembling of the boot-shaped mold holder of the present invention.

FIG. 5 is an overall sectional side view showing a state in which the boot-shaped holder of the present invention is mounted in boots.

[Explanation of symbols]

A: Hexagonal cylindrical body B: Boots C: Medicinal agent a: Side plate fold b: Horizontal fold c: Inclined fold 1: Blank sheet 1a: Small hole for ventilation 2 ... Top opening 3 ... Engaging part 3a ... Scission line 12 ... Lower end opening 13 ... Scissor for ventilation 21,22,23,24,25,26 ... Side plate 27 ... Joint plate

Claims (4)

[Claims] 1. An upper end opening 2 of a hexagonal cylindrical body A made of six opposing side plates provided with an appropriate number of ventilation small holes 1a, the opening ends being opposed to each other. An engaging portion 3 is provided which overlaps with each other and engages and closes the opening 2 in a flat shape sharpened upward. The upper end opening 2 of each of a pair of opposing side plates and side plates adjacent to both sides of the side plates is provided. On the side, there are provided a horizontal fold b for bending the flat opening 2 which is pointed upward into a horizontal flat shape and closing it in a hexagonal shape, and inclined folds c, c extending from both ends of the fold b. A shape-retaining tool for boots, characterized in that: 2. An upper end opening 2 of a hexagonal cylindrical body A made of six opposing side plates provided with an appropriate number of ventilation small holes 1a, the opening ends being opposed to each other. An engaging portion 3 is provided which overlaps with each other and engages and closes the opening 2 in a flat shape sharpened upward. The upper end opening 2 of each of a pair of opposing side plates and side plates adjacent to both sides of the side plates is provided. On the side, there are provided a horizontal fold b for bending the flat opening 2 which is pointed upward into a horizontal flat shape and closing it in a hexagonal shape, and inclined folds c and c extending from both ends of the fold b. The cylindrical body A
A boot-shaped holding tool, characterized in that a notch 13 or a hole for ventilation is provided at the open end of the lower end opening 12 of the boot. 3. The boot-shaped holder according to claim 1, wherein the hexagonal cylindrical body A is foldable flat. 4. The hexagonal cylindrical body A is formed as a set of two pairs (two) on the left and right sides for both right and left legs, and any one of the two (two) hexagonal cylindrical bodies A is used. The diameter of one of the hexagonal cylindrical bodies A is slightly larger than the diameter of the other hexagonal cylindrical body A, and each of the hexagonal cylindrical bodies A
The lower end openings (12) are opposed to each other, are inserted and fitted together, and can be combined as one (one) hexagonal cylindrical body (A). The shape holder for boots described.