JP3131498U - Boots keeper - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent the boot itself from being bent even if it is a boot made of a relatively soft material or a tall boot, and to prevent the boot from being overturned. Provided is a boot keeper having a good design property capable of exhibiting a deodorizing and dehumidifying effect.
A pair of boot keeper main bodies are inserted into the barrel cylinder portions of a pair of left and right boots to hold the barrel cylinder portions in an upright shape, and the boot keeper main body is a hard core formed in a columnar shape or a cylindrical shape. And a cushion material that surrounds the outer periphery of the core material, and an exterior cover body that covers the outer surface of the cushion material, and the pair of boot keeper main bodies are connected to each other and held close to a certain distance It has a string-like coupling body whose length is adjustable.
[Selection] Figure 2

Description

  The present invention relates to a boot keeper that prevents the boot from being deformed and prevents the boot from falling over during storage.

  Conventionally, tall boots, so-called long boots, have been made of a relatively hard material, so it is sufficient for the boot keeper to be able to hold the boot barrel in a cylindrical shape. It was a substantially cylindrical shape in which batting was enclosed inside a long and thin cloth bag that could be inserted into the bag. However, in recent years, boots made of relatively soft materials and thin fabrics are increasing. Among boots made of such a relatively soft material, especially in the case of long boots, when the boots are taken off, the barrel part of the boots easily bends, and wrinkles and wrinkles occur in the bent parts. The collapse has been invited. As shown in FIG. 5, the conventional boot keeper has a structure in which the pair of boot keepers (101) in which the batting is enclosed in the slender cloth bag inserted into the barrel part (T) of the pair of left and right boots (B) is easily bent. For this reason, the performance of holding the boot in an unfolded state is insufficient, and the boot portion is bent at the center portion of the barrel tube portion T, so that a sufficient deformation preventing effect cannot be obtained.

  Further, in the conventional boot keeper (101), not only can the boot bend not be folded, but also has no function of preventing the boot from falling down. There is a risk of falling due to its own weight or some impact. In particular, tall boots are extremely unstable and easily fall over. However, there has been no device that effectively prevents such boots from falling over.

  The present invention has been made in view of the above-described problems, and even a boot made of a relatively soft material or a tall boot can prevent the boot itself from being bent and can prevent the boot from falling. It is an object of the present invention to provide a boot keeper that can be suppressed and has a good design property capable of exhibiting the effects of insect repellent, fungicide, deodorization and dehumidification.

  Means taken by the present invention to solve the above problems comprises a pair of boot keeper bodies that are inserted into the barrel sections of a pair of left and right boots and hold the barrel sections in an upright shape, the boot keeper bodies having a columnar shape. It is characterized by comprising a hard core material formed in a cylindrical shape, a cushion material surrounding the outer periphery of the core material, and an exterior cover body covering the outer surface of the cushion material.

  The pair of boot keeper main bodies have a string-like connecting body that is connected to each other and held close to a certain distance, and the length of the connecting body can be adjusted by the proximity state holding means. It is characterized by.

  The boot keeper main body is provided with a head having design properties, and is formed, for example, by imitating the head or face of a person, animal, character, or the like.

  In the lower part of the boot keeper main body, a container containing a deodorizing agent and / or a water absorbing agent is disposed so as to be replaceable.

  According to the present invention, a boot made of a relatively soft material, in particular, a long boot, is provided by disposing a core material made of a hard material having a length corresponding to the barrel portion of the boot inside the boot keeper body. However, when the boot is not used, the boot itself can be prevented from bending. This eliminates the possibility of wrinkling at the bent part of the boot. In addition, when the boot keeper is in use, the boot keeper is provided with a proximity state holding device composed of a string-like connecting body that can adjust the length, and holds the boot keeper main body close to each other. They can be connected to each other to stand upright, and a stable upright state can be maintained.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. FIG. 1 is an external view of a boot keeper (1) to which the present invention is applied. As shown in FIG. 1, the boot keeper (1) of the present embodiment is disposed on two boot keeper main bodies (2) (2) extending in the height direction and on the upper part of each boot keeper main body (2). A head member (4), and a foot-like lower end member (3) disposed under the boot keeper (1). One head member (4) is attached with one end of a string-like connecting body (5), and the other head member (4) is attached with the other end of the connecting body (5). The pair of boot keepers are connected to each other. The connecting body (5) includes a proximity state holding tool (8) whose length is adjustable.

  The head member (4) disposed on the upper part of each of the two boot keeper bodies (2) and (2) is formed by imitating the upper part from the neck of the puppy, that is, the head and the sleeping face. Is given. At the lower end of the head member (4), front leg-like members (6a) and (6b) simulating both front legs of the dog are arranged, respectively, and rounded disk-like pillow-like members are provided below the front leg-like members. (7) is provided, but here it is referred to as the head member (4) including the front leg-like members (6a) (6b) and the pillow-like member (7).

  The string-like coupling body (5) fixed to the back head position of the two head members (4) and (4) is substantially non-stretchable and is made of a string material having a predetermined length. A retaining member (9) is inserted through (5) to prevent the proximity state retainer (8), which is movably disposed along the connector (5), from being detached.

  FIG. 2 is a longitudinal sectional view of the boot (B) and the boot keeper (1) when the boot keeper (1) is in use. As shown in FIG. 2, the head member (4) of the boot keeper (1) is formed by forming a flexible fabric into a bag shape so that the outer shape is a predetermined three-dimensional design. The inside of the head exterior body (10) is filled with batting (11). A boot keeper main body (2) attached to the lower end of the head member (4) is arranged in a cylindrical core material (12) made of a hard material extending in the height direction and a lower portion of the core material (12). The water-absorbing agent (14) enclosed in the water-permeable container (13) to be installed, and the entire periphery of the core material (12) and the water-absorbing agent (14), the core material (12) and the water-absorbing agent ( 14) a cushioning material (15) having a cushioning property covering substantially the outer shape of 14), and a flexible fabric in which these core material (12), water-absorbing agent (14), and cushioning material (15) are enclosed. And an exterior body (16) having a substantially cylindrical bag shape. As the water absorbing agent, for example, silica gel can be used.

  The boot keeper main body (2) in the present embodiment has a height substantially equal to the height of the barrel portion (T) of the boot (B). Accordingly, the lower end portion of the boot keeper body (2) is located near the inner bottom surface of the boot (B) at the lower end portion of the body tube portion (T) of the boot (B), and the water absorption disposed inside the lower end portion. The agent (14) is located, and it is configured to absorb moisture present in the boot (B), particularly in the space from the toe to the heel, and to dehumidify the space.

  The lower end member (3) disposed at the lower end portion of the boot keeper body (2) includes a deodorant (18) enclosed in a breathable container (17) and the deodorant (18) substantially in its outer shape. A cushion material (19) having a cushioning property to cover along with the deodorizer (18) and the cushioning material (19). A lower exterior body (20) having a body-like bag shape. The lower end member (3) is located at an almost intermediate position between the toe portion and the heel portion in the boot (B), adsorbs odors and the like existing in the space extending from the toe portion to the heel portion, and passes through the space. Configure to deodorize. As the deodorizer (18), for example, activated carbon can be used. Further, if the deodorant (18) and the water absorbing agent (14) are configured to be replaceable, it is possible to replace the deodorant (18) and the water absorbing agent (14) whose functions have deteriorated.

  When the boot keeper (1) constructed as described above is used, as shown in FIG. 3, an opening at the upper end of the boot (B) is formed in each of the left and right boots (B) and (B) forming one long boot. Then, the boot keeper (1) of this embodiment is inserted with the lower end side down, and the boot keeper main body (2) is positioned on the trunk cylinder (T) of the boot (B). The head member (4) of the boot keeper (1) protrudes from the opening at the upper end of the boot (B) so as to protrude from the opening. In this state, the right and left boots are brought close to each other so that the proximity state holding tool (8) attached to the string-like coupling body (5) faces the base end of the coupling body (5). And are fixed to the connector (5) at an appropriate position. By doing so, the boot (B) is prevented from being bent, and the left and right boots are connected to each other in close proximity to each other, so that a higher degree of stability can be obtained and a fall-suppressing effect can be obtained. .

  The proximity state holder (8) can be configured, for example, as shown in FIG. The proximity state holder (8) shown in FIG. 4 includes a hollow main body (21) having a substantially spherical shape, and a button member (22) disposed inside the main body (21) so as to be movable up and down. Yes. The main body (21) has a through hole (23) penetrating the main body (21) in the horizontal direction and a mounting opening (24) penetrating in the upper surface portion in the direction perpendicular to the direction of the through hole (23). . The button member (22) has a substantially cylindrical shape whose cross-sectional shape is substantially the same as the outer shape of the mounting opening (24), and has a through hole (25) penetrating in the diameter direction of the cylindrical portion on the side surface. A coil spring (26) is disposed at the lower end of the button member (22), and the upper mounting port (21) of the main body (21) is positioned so that the coil spring (26) is located on the inner bottom surface of the main body (21). 24) is inserted together with the button member (22).

  In this state, when the button member (22) is pushed into the main body (21), the upper part of the button member (22) protrudes upward from the upper end of the main body (21). Set the size. In a state where the button member (22) is pushed into the main body (21), the through holes (25) and the through holes (23) that penetrate each of the button members are adjusted so as to be aligned in a straight line. The cord-like coupling body (5) bundled in two is inserted, and the push-in of the button member (22) is released. FIG. 4 shows this state. In the state in which the button member (22) is released, the button member (22) is urged upward by the coil spring (26) to penetrate the through hole (23) of the main body (21) and the button member (22). The position with respect to the hole (25) is shifted, whereby the connecting body (5) inserted through the hole is tightened and fixed to that portion on the connecting body (5).

  Of course, if the button member (22) is pushed into the main body (21), the through hole (25) and the through hole (23) are aligned in a straight line, and the state where the coupling body (5) is tightened is released. Then, the proximity state holder can be moved along the connector (5). The boot keeper (1) of the present invention is configured as described above, but can be implemented in various forms without departing from the gist thereof.

External view of a boot keeper to which the present invention is applied The longitudinal cross-sectional view of the boot and the boot keeper in the use state of the boot keeper of this embodiment The perspective view in the use condition of the boot keeper of this embodiment Cross-sectional view of a single proximity holder The perspective view which shows the state in which the bending has arisen in the use condition of the conventional boot keeper The perspective view which shows the state which has fallen in the use condition of the conventional boot keeper

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Boot keeper 2 Boot keeper main body 3 Lower end member 4 Head member 5 Connection body 6a, b Front leg-like member 7 Pillow-like member 8 Proximity holding tool 9 Stopper 10 Head exterior body 11 Filling 12 Core material 13 Container 14 Water absorbing agent 15 Cushion Material 16 Exterior body 17 Container 18 Deodorant 19 Cushion material 20 Lower exterior body 21 Main body 22 Button member 23 Through hole 24 Mounting port 25 Through hole 26 Coil spring 101 Conventional boot keeper 104 Conventional boot keeper head member 105 Conventional boot keeper Connected body B Boots T

Claims (6)

  A pair of boot keeper bodies that are inserted into the barrel sections of the pair of left and right boots and hold the barrel sections in an upright shape, the boot keeper bodies comprising a hard core formed in a columnar or cylindrical shape, and the core A boot keeper comprising a cushion material surrounding an outer periphery of a material and an exterior cover body covering an outer surface of the cushion material.   2. The boot keeper according to claim 1, wherein the pair of boot keeper main bodies includes a string-like coupling body that couples each other and can be held close to a certain distance.   The boot keeper according to claim 2, wherein the length of the string-like coupling body is adjustable by the proximity state holding means.   The boot keeper according to any one of claims 1 to 3, further comprising a head having a design property on an upper portion of the boot keeper main body.   5. The boot keeper according to claim 4, wherein the head is formed by imitating a head or a face of a person, animal, character or the like. The boot keeper according to any one of claims 1 to 5, wherein a container containing a deodorizing agent and / or a water absorbing agent is exchangeably disposed at a lower portion of the boot keeper main body.

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