JP2005111210A - Shoe shaping/drying promotor with fitting and supporting rod - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a usable shoe shaping/drying promotor always keeping hygienics and comfortableness inside a shoe regardless of the kind of shoe, keeping the shape of a shoe, and facilitating the storage thereof when not used. <P>SOLUTION: The shoe shaping/drying promotor has: a hollow body formed of an air permeable material, such as mesh, allowing ventilation between the inside and outside, and having a shape resembling a part from the toe to the instep of a shoe; a first supporting rod having a short length corresponding to a shoe having a depth of the heel; and a second support rod having a high length corresponding to a boot. Either of the support rods is also used as a fitting implement, selected as needed, and used in combination with the hollow body. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a shoe composed of a hollow body formed of a material suitable for drying and deodorization, which can be ventilated inside and outside, formed into a shape from the toe of the shoe to the back of the shoe, and a support bag that also serves as a detachable wearing device. The present invention relates to a mold-holding drying accelerator.

Conventionally, as a short shoe mold retainer having a hollow body in which a medicine for removing moisture and odor inside a shoe can be incorporated, vents are provided in the top plate and the bottom plate shown in Patent Document 2, and the rear end of the top plate There are ones that are provided with a flexible supporting rod, and ones that are provided with a knob on the rear end of a similar hollow body, as shown in Patent Document 3, on which a finger can be placed. In addition, as a shape-holding tool that can contain a medicine or the like not only for holding the shape but also for maintaining hygiene, a deodorizing cloth is used at the tip of a balloon portion that can be inflated by air sealing as shown in Patent Document 1. There are a shape-keeping tool provided with an agent storage portion and a foot-shaped shape-keeping tool from the knee-to-toe toe which is filled with a desiccant as disclosed in Patent Document 4.
JP 9-224715 A Utility model registration No. 2603502 Utility model registration No. 3027100 Utility model registration No. 3035841

However, all of the above conventional shoe holders for short shoes are provided with ventilation holes on a flat surface, and the area close to the shoes is large, so it is difficult to ventilate the entire surface of the shoes, and the effects of the built-in drugs etc. I could not expect enough. In addition, they could only handle shoes with a height below the heel. For boots, the shape retainer having a balloon portion is inflated when in use and takes time and effort to evacuate air when not in use. The foot mold from the knee to the toes filled with the desiccant was bulky, inconvenient to store when not in use, and difficult to insert and remove from the boot. Moreover, these were able to correspond only to boots and boots.
The present invention has been made to solve the above-described problems.

  In the present invention, in order to sufficiently ventilate the entire interior of the shoe, the hollow body is formed of a material capable of ventilating the inside and outside, such as a mesh, as described in claim 1. In addition, since an insertion port for a medicine or the like is provided in the upper part, it is difficult for a built-in object to pop out after wearing. As described in claim 14, since the short first support bar corresponding to a shoe having a height equal to or less than that of the bag and the long second support bar corresponding to the boot can be freely attached and detached, the type of shoe can be changed. You can use them as needed without choosing them. The support rod is thinner and thinner than conventional ones, so it is not bulky and convenient for storage and storage. Moreover, since each support rod also plays the role of a mounting device for shoes, mounting on shoes is very simple. In the boot, as described in claim 7, after the hollow body is pushed down by the support heel and attached to the toe portion, the support heel supports the shin portion of the boot. By holding together with the support rod, the shape can be maintained while the inside is ventilated and dried. According to the ninth aspect of the present invention, when the fastener that holds the upper end of the boot together with the support rod slides on the support rod, the types of boots that can be dealt with further increase. As described in claim 11, the support rod may expand and contract in accordance with the length of the shin portion of the boot. When a ring with a fastener for preventing loosening or bending of the shin portion of the boot is attached on the fastener or the support rod as in claims 10, 12, 13, the soft material is easy to loosen. However, it can ventilate, dry, and keep the shape better. In addition, the shoes in this specification shall include both shoes and boots having a height equal to or less than the heel.

  By attaching and detaching and exchanging one hollow body and the support rods 2 and 3, it is possible to cope with all shoes. The removed support rods can be stored in layers, which is convenient for storage. In addition, by molding the hollow body 1 with a material such as a mesh that can ventilate the inside and outside, the entire interior of the shoe can be ventilated, and the effects of the internal medicine can be sufficiently obtained. Can always be kept hygienic and comfortable. The structure is extremely simple, and the hollow body 1 and the support rods 2 and 3 can be easily attached / detached, attached / detached to / from the shoe, and stored and stored when not in use.

Hereinafter, embodiments of the present invention will be specifically described with reference to the accompanying drawings.
The present invention provides a hollow body 1 made of a material that can be ventilated inside and outside, such as a mesh, formed into a shape from the toe of the shoe to the instep, and a first support bag corresponding to a shoe having a height equal to or less than the heel. 2. It is comprised by the combination with the 2nd support rod 3 corresponding to a boot.

  As shown in FIGS. 1, 2, and 3, the hollow body 1 is a material that can be ventilated inside and outside, such as a mesh, and is molded into a shape from the toe of the shoe to the instep. The surface on the heel side of the hollow body 1 is molded perpendicular to the bottom surface. An insertion port A for a medicine or the like having a width from the middle of the upper part of the hollow body 1 to about 2 cm below the side of the heel and allowing the support ledge 3 to pass therethrough is provided. At the lowest part of the side surface of the hollow body 1, the entrance / exit B of the support rods 2 and 3 is provided.

  It is desirable that the support rods have a flat thin plate shape for both two and three. The support heel 2 corresponds to a shoe having a height equal to or less than the heel. As shown in FIG. 4, the toe portion C that supports the toe portion of the shoe from the inside of the hollow body and also serves as a locking portion that prevents the hollow body 1 and the support rod 2 from being separated, the turn-up D, and the length of the bottom surface of the hollow body 1 Folding F perpendicular to the bottom of the bottom E1 according to the height, pillar G supporting the hollow body 1 side from outside, folding H matching the upper end of the hollow body 1 side, flexing according to the size of the shoe A handle I for turning, a turn J, and a surface K for supporting the heel of the shoe. K may not be a folded surface, but may be a brace. The portions corresponding to the base E, the turn-up F, and the pillar G may be increased in strength by making a double or the like so that a right angle can be maintained even if a force is applied.

  As shown in FIG. 6, the support rod 2 is inserted into the support rod inlet / outlet B of the hollow body 1 with the toe portion C as the head, and then the desiccant, deodorant, fragrance and the like are inserted into the insertion port. Insert it from A, hold the handle I in your hand, and insert it into the shoe. After the hollow body 1 arrives at the toe portion of the shoe, as shown in FIG. 7, the handle portion I is bent, and the K that supports the heel portion is applied to the inside of the heel portion of the shoe and fixed.

  The support rod 3 corresponds to a boot. As shown in FIG. 5, from a pillar part P that supports the shin part of the boot, a folding O perpendicular to the pillar part P, a support rod inlet / outlet B provided on the side surface of the hollow body 1 to a rear end of the insertion port A for the medicine, etc. The bottom part N according to the length of the head, the turn M, the locking part L for preventing the hollow body 1 and the support rod 3 from separating, and the fastener Q for fastening the upper end of the boot and the pillar part P together. As in the case of the support rod 2, the portions corresponding to the pillar portion P, the folded back O, and the bottom side portion N may be increased in strength by being devised so as to maintain a right angle even if a force is applied.

  As shown in FIG. 8, after inserting the support rod 3 into the support rod inlet / outlet B of the hollow body 1 with the locking portion L as the head, the desiccant, deodorant, fragrance and the like are inserted into the insertion port. Insert from A, hold the column part P in your hand, press the bottom side N against the inner side of the hollow body 1 and push it down to the bottom of the boot. When the toe portion of the hollow body 1 arrives at the bottom surface of the boot, as shown in FIG. 9, the inner side surface of the hollow body 1 leaves the bottom side N of the support rod 3, and the outer side surface of the hollow body 1 faces the pillar portion P. Abut. In this state, the hollow body 1 is inserted into the toe portion of the boot by pushing the pillar portion P in the direction of the shin of the boot, and the upper end of the boot and the support rod 3 are combined with the fastener Q as shown in FIG. Fix it.

  The column portion P of the support rod 3 is more preferably expanded and contracted. The fastener Q may slide up and down on the pillar portion P. A spring-type fastener or a zemclip-type fastener may be used, but the upper end of the boot may be made of an adhesive material. Further, when a ring having a large inner circumference of the boot is attached on the fastener Q or the support rod, the portion of the boot beyond the heel is not loosened and bent, and can be further ventilated, dried and retained. In that case, it is good to attach another point fastener etc. to the ring.

  For a shoe without a heel part such as a backstrap type shoe or a mule, which is widely available recently, only the hollow body 1 may be inserted without using a support heel as an application. At that time, a finger is put on the rear end of the insertion opening A for the medicine or the like of the hollow body 1 to attach or remove it to the shoe.

  There are no limitations on the type or shape of the drug or the like contained in the hollow body 1.

  Perspective view of hollow body 1   Rear view of hollow body 1   Side view of hollow body 1   Perspective view of support rod 2   Perspective view of support rod 3   Side view at the time of insertion into shoes by the combination of the hollow body 1 and the support rod 2   Side view after mounting on a shoe using a combination of the hollow body 1 and the support rod 2   Side view at the time of insertion into shoes by the combination of the hollow body 1 and the support rod 3   Side view at the time of insertion into shoes by the combination of the hollow body 1 and the support rod 3   Side view after mounting on shoes by a combination of the hollow body 1 and the support rod 3

Explanation of symbols

A A insertion port for a medicine or the like in the hollow body 1 An entrance / exit of the support rods 2 and 3 in the hollow body 1 A toe portion D in the support rod 2 Folding back in the support rod 2 A bottom portion F in the support rod 2 With respect to a bottom surface in the support rod 2 Folding G at right angle G Column H supporting the heel side of the hollow body 1 from the outside in the support heel 2 Folding back at the support heel 2 Handle portion J bent according to the size of the shoe at the support heel 2 Folding at the support heel 2 K The surface L which supports the heel part of the shoe in the support heel 2 The latching part M which prevents the hollow body 1 and the support heel 3 in the support heel 3 from leaving | separating N in the support heel 3 The bottom part O in the support heel 3 The support heel 3 Folding P perpendicular to the bottom surface in the column P supporting the shin portion of the boot in the support rod 3 A fastener R for fixing the upper end of the boot and the column portion P in the support rod 3 together. Agent S ankle following the height of the shoes T boots

Claims (14)

A shoe-keeping drying promotion tool composed of a hollow body formed of a material that can be ventilated inside and outside into a shape from the toe of the shoe to the back of the shoe and a support rod that also serves as a detachable wearing device, The hollow body includes a hollow portion for storing a medicine such as a desiccant or a deodorizing agent, a first opening for storing and taking out the medicine in the hollow portion, and insertion and withdrawal of a support rod that also serves as a mounting device. A shoe-shaped drying accelerator for shoes, characterized in that it has a second opening that can be used. The shoe-holding drying accelerator according to claim 1, further comprising a first support heel corresponding to a shoe having a height equal to or less than a heel. 3. The shoe-holding drying accelerator according to claim 2, wherein the first support rod is about 90 with respect to the toe part that supports the toe part from the inside of the hollow body, the bottom part that supports the bottom surface, and the part that supports the bottom surface. A shoe having a pillar portion that supports the hollow body from outside, a handle portion that bends in accordance with the size of the shoe, and a locking portion that contacts the heel portion of the shoe. Mold drying aids. 4. The shoe holding / drying promotion tool according to claim 3, wherein the first support rod is inserted into the hollow body from the second opening of the hollow body into the hollow body, and the handle is attached to the shoe. By pushing in the toe direction, the pillar part pushes the hollow body to the toe part of the shoe, then the handle part is bent, the locking part is applied to the heel part, and at the same time the hollow body is fixed at the desired position. A shoe-type drying support tool for shoes, wherein one supporting heel supports the toe portion to the heel portion of the shoe, maintains the shape of the shoe and promotes drying of the inside of the shoe. The shoe-holding drying accelerator for shoes according to claim 1, further comprising a second support rod corresponding to the boot. 6. The shoe holding / drying promoting tool for shoes according to claim 5, wherein the second support heel supports a portion of the boot that is higher than the heel and serves as a handle portion, a bottom portion extending from the column portion to about 90 degrees. Also, a shoe-molding drying promoting tool for shoes having a locking portion for preventing the hollow body and the second support rod from separating. The shoe holding and drying accelerator according to claim 6, wherein the second support rod is inserted into the hollow body from the second opening of the hollow body, and the bottom part is inserted into the hollow body. When the hollow body is inserted into the shoe, it contacts and holds the inside of the side surface of the hollow body heel, and when the hollow body arrives at the bottom of the shoe, the side surface of the hollow body heel leaves the bottom and the column part is hollow. By abutting the outside of the side of the body and pushing the pillar part toward the toe of the shoe, the hollow body is pushed into the toe part of the shoe, fixing the hollow body to a desired position, and at the same time, the pillar part of the second support shoe A shoe-shaped drying accelerator for shoes, which supports the shin portion of the boot, maintains the shape of the shoe, and promotes drying of the inside of the shoe. 8. The shoe-holding drying promoting tool for shoes according to claim 7, further comprising a fastener that fastens the upper end of the boot and the support heel together on the pillar portion of the second support heel. Drying aid. The shoe-holding drying accelerator for shoes according to claim 8, wherein the fastener is slidable on a support rod. The shoe holding and drying promoting tool for shoes according to claim 9, wherein the fastener has a ring having a large inner circumference for preventing a slack or bending of a shin portion of the boot. Mold drying aid. The shoe-holding drying accelerator for shoes according to claim 8, wherein the pillar portion of the second support rod expands and contracts according to the length of the shin portion of the boot. . The shoe-type drying accelerator for shoes according to claim 8, wherein the shoe has a ring with a large inner circumference for preventing loosening or bending of the shin portion of the boot on the second support rod. Mold drying aids. The shoe-holding drying accelerator for shoes according to claim 12, wherein the ring is slidable on a support rod. The shoe-type drying accelerator for shoes according to claim 1, comprising a plurality of support rods including a first support rod corresponding to a shoe having a height equal to or lower than the bag and a second support rod corresponding to the boot. And a shoe-type drying accelerator for shoes whose support heel can be replaced as needed.

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