JPH11178602A - Paper-made slippers - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide paper-made slippers which are comfortable with a stable wearing touch along with a better appearance, and contribute to health by punching a single-faced corrugated board to integrally form heaped parts fitting arches of the soles, and raising bottom parts of the heels. SOLUTION: These paper slippers are arranged in a symmetrical pair by punching and integral forming. A single-faced corrugated board 1 is worked to make wearing side bottom parts 2 as base with exposed corrugated sides 1a on the surface, and. The wearing side bottom parts is turned round to form a slipper bottom part 3 which is stuck on the rear of the wearing side bottom 2 to be arranged successively with a foot holding bridge 4 interposing a trough fold line 5 therebetween, while a heaped part 6 is arranged successively to fit the arch folded in half with a crest fold line 7 positioned intermediately in the middle 2a of the outer periphery of the wearing side bottom part 2. Further, a raised bottom part 9 of the heel is arranged successively through a crest fold line 10 and is turned by a half to be stuck on the heel part on the rear of the slipper bottom part 9 previously stuck on the periphery of a heel seat part 2b of the wearing side bottom part 2.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper slipper which is easily used in a sightseeing bus, a gathering hall, a banquet hall, etc., but retains some strength and appearance unlike conventional paper slippers. We propose a takeaway-oriented slipper.

[0002]

2. Description of the Related Art There have been proposed paper slippers which are integrally formed by die-cutting and bonding. However, most are substitute or disposable slippers, so-called ad hoc.

[0003] For example, Japanese Utility Model No. 3018997 is a disposable paper slipper having a simple structure in which a shoe body and a shoe sole connected by an upper part are bonded in a quarter turn. Since it is disposable, no further structure is required, but the wearing condition is flat and easy to slip off, and no consideration has been made to contribute to health.

[0004] One type of single-sided stepped ball using a single-sided stepped ball, which is not a die-cut integral molding but is slightly considered in appearance and in consideration of health, is a slipper of Japanese Utility Model Laid-Open No. 2-13402. An uneven surface is formed on the foot seat side, and FIG. 3 shows an aspect in which the heel seat is raised. However, since it is not an integrated die-cut molding, production is troublesome, and the acupressure effect due to the uneven surface is not as good as the arch. Since the heel seat portion is raised on the foot seat portion side, the heel seat portion comes into flat contact with the floor surface and receives stress from the floor surface when walking. In addition, there is trouble that we cannot wear if we do not raise footrest part.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned circumstances, and has a raised portion which is formed integrally with a single-sided corrugated paper by die-cutting so as to fit the arch of the sole. The present invention provides a paper slipper that is comfortable, has a good appearance, and contributes to good health.

[0006]

SUMMARY OF THE INVENTION In order to achieve the above object, the present invention relates to a single-faced corrugated ball paper 1 with a sole 2 having a wave-exposed side 1a as a base and a single turn with the sole 2. Then, the slipper bottom portion 3 to be bonded to the back surface of the sole portion 2 is continuously connected to each boundary by a foot bridge 4 via a valley fold line 5, and a mountain fold is formed in the middle of the outer peripheral edge 2 a of the sole portion 2. A ridged portion 6 which fits into a two-fold arch having a line 7 is continuously provided via a valley fold line 8 and is further attached to the edge of the heel seat portion 2b of the sole portion 2 at the slipper bottom portion 3 on the back heel portion. This is a pair of symmetrical paper slippers formed by stamping and integrally forming and bonding together so that the bottom raised portion 9 of the heel to be bonded by half-turn is connected via the mountain fold line 10.

[0007]

[Procedure of bonding] In FIG. 2, first, as shown in FIG. 3, the raised portion 6 which fits into the arch which is folded in half at the intermediate mountain fold line 7 is bonded to the sole portion 2 with the adhesive at the valley fold line 8. . Next, as shown in FIG. 4, the slipper bottom 3 is rotated by 360 ° with the sole 2 as a base, and the slipper bottom 3 is bonded to the back of the sole 2 with an adhesive (this forms the footrest bridge 4), as shown in FIG. Heel raised part 9
Is rotated 180 ° to the heel part on the back surface of the slipper bottom 3 with the mountain fold line 10 as a boundary, and bonded with an adhesive. The slipper completed by the above procedure is shown in a perspective view in FIG. 1 and a schematic front view in FIG.

[0008]

Since the present invention is constructed as described above, the appearance is not inferior to that of ordinary slippers, and in particular, the footrest bridge 4 has a natural rising appearance like ordinary slippers, so it is worn. The wave exposure side 1a is easy and the instep side of the foot corresponds, so that it is comfortable with the effect of acupressure and has a function of preventing slipping out.

Since the wave-exposed side 1a is used as the surface of the sole portion 2 and the swelling portion 6 which fits on the arch is formed, the entire sole of the foot is accompanied by an acupressure effect, which contributes to comfort and health.

Further, since the sole raised portion 9 is formed on the heel portion of the back surface of the slipper bottom portion 3, the stress received by the sole from the floor surface during walking is reduced to reduce fatigue. Since the exposed side 1a appears, the anti-slip function is performed.

The single-sided corrugated ball paper 1 is formed by die-cutting and integral molding, and the labor for laminating is extremely easy as described above, thus providing economical efficiency.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIG. 2, a single sided corrugated ball paper 1 is rotated by 360.degree. With respect to a sole 2 having a wave exposed side 1a as a base. The slipper bottom 3 to be bonded to the back of the sole 2 is stamped with a punched pattern 4a.
Are connected to each other via a valley fold line 5 with a foot bridge 4 provided with a fold line, and fit into a two-fold arch having a mountain fold line 7 in the middle of the outer periphery middle 2a of the sole part 2. The swelling portion 6 is continuously provided via the valley fold line 8, and the slipper bottom portion 3 is bonded to the inner edge of the heel seat portion 2b of the sole portion 2 first. The bottom raising portion 9 is die-cut and integrally molded so as to be continuously provided via the mountain fold line 10.

Then, as shown in FIG.
The ridged portion 6 which fits into the arch which has been folded in two is glued to the sole 2 with the valley fold line 8 as a boundary, and the slipper bottom 3 is formed on the sole 2 as a base as shown in FIG.
゜ Rotate and glue to the back of the sole 2 with adhesive, and rotate the heel bottom raising part 9 180 ° to the heel of the slipper bottom 3 with the mountain fold line 10 as shown in FIG. FIG. 2 is a paper slipper shown in FIG.

[Brief description of the drawings]

FIG. 1 is a perspective view

FIG. 2 is a developed plan view of the front side.

FIG. 3 is a perspective view showing a bonding procedure (lamination of a raised portion).

FIG. 4 is a perspective view showing a bonding procedure (lamination of a sole portion and a slipper bottom portion and a slipper bottom portion and a bottom raising portion).

FIG. 5 is a schematic front view.

FIG. 6 is a schematic longitudinal side view when worn.

[Explanation of symbols]

 DESCRIPTION OF REFERENCE NUMERALS 1 Single-sided corrugated ball paper 1a Wave exposed side 2 Sole sole 2a Middle of outer edge 2b Heel seat 3 Slipper bottom 4 Footrest bridge 5 Valley fold line 6 Ridge section that fits on arch 7 Mountain fold line 8 Valley fold line 9 Heel Raised part of the mountain 10 Yamaori Line

Claims (1)

[Claims] 1. A wave-exposed side (1) of a single-sided corrugated ball (1)
With the sole (2) having the surface (a) as a base, the sole (2) and the slipper bottom (3) which is rotated once and adheres to the back of the sole (2) are connected to a footrest bridge (4). Ridges (5) connected to the respective borders, and having a mountain fold line (7) in the middle of the outer periphery middle (2a) of the sole part (2), and a protruding portion fitted to the arch. Slippers bottom (3), which is connected to (6) via a valley fold line (8) and is attached to the edge of the heel seat (2b) of the sole (2) first
A pair of symmetrical paper slippers formed by die-molding and integrally forming a heel bottom raising portion (9) to be bonded to the back heel portion by a half turn so as to be connected via a mountain fold line (10).