JP3026127U - Sandals stand - Google Patents

Abstract

(57) [Abstract] [Purpose] The sandal stand has an apparent cushioning property to absorb the impact that acts on the sole of the foot when the person is wearing sandals, protects the ankle, and further protects the sole of the foot. Provided is a sandal stand having a function of applying an appropriate pressing force to each place. [Structure] The sandal base is made of a material having an appropriate rubber elasticity, such as polyurethane resin, and each part of the foot contact surface is made thinner than the height dimension of that part of the sandal base so that this surface is the ground. It was formed in a more raised state, and when a weight acts on this surface, the portion is curved downward.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a sandal stand configured so that an appropriate pressing force acts on each part of the sole when wearing sandals.

[0002]

[Prior art]

 Generally, a sandal stand is similar to that of a leather shoe, and is formed so that the heel part is high and the toe side is low, so that it is easy to walk.

[0003]

[Problems to be solved by the device]

 In recent years, the sandals stand has an instep that has a shape that matches the shape of a person's sole, that is, a female-shaped irregularity on the bottom of a person's foot, or the sandal stand itself has been made as soft as EVA resin foam. When you wear sandals, for example, by using a material with high cushioning properties, the entire bottom of your foot is in contact with the upper surface of the sandal stand, so that the pressing force is almost uniform over the entire bottom of your foot. An attempt was made to get it to work. However, the shape and dimensions of the sole of the foot differ depending on the person wearing the sandal, so in a sandal with unevenness on the instep, the unevenness does not match the uneven shape of the sole of the person wearing the sandal. There is a problem in that a portion that strongly presses the sole of the foot and a portion that hardly contacts the sole of the foot are formed, and the pressing force is rather uneven. In addition, since the cushion material has a deformation amount (concave amount) proportional to its thickness with respect to the pressing force, sandals made of a material with a high cushioning property such as foam should be used when the upper surface of the sandal stand is the sole of the foot. Since it deforms in accordance with the shape of "," the heel part is thick, so the amount of deformation of this part is large, making it difficult to walk, and there is a problem that the foot gets tired. According to the present invention, the sandal stand has an apparent cushioning property, absorbs the impact acting on the sole of the foot when the user wears sandals, protects the ankle, and further presses the sole of the foot appropriately. It is intended to provide a sandal stand having a function of exerting pressure.

[0004]

[Means for Solving the Problems]

 In the present invention, the sandal base is made of a material having an appropriate rubber elasticity such as polyurethane resin, and each part of the contact surface of the foot is made thinner than the height dimension of the part of the sandal base, and this surface is The above-mentioned purpose is achieved by a means which is formed so that it is lifted above the ground, and when a weight acts on this surface, the portion is curved downward. By appropriately adjusting the thickness of the support surface, the apparent cushioning property can be made to have a predetermined size, and by appropriately adjusting the thickness of each part, the desired part of the sole can be It can also be configured so that a desired pressing force acts on.

[0005]

[Action]

 According to the present invention, the support surface of the sandal stand is molded using a synthetic resin having appropriate elasticity such as polyurethane, and in particular, when the desired portion is formed to have an appropriate thickness, when the sandal is worn, Each part of the supporting surface bends downward due to the pressing force applied from the sole of the foot, absorbs the impact on the sole of the foot, and disperses the resistance force from the supporting surface to the sole of the foot.

[0006]

First Embodiment Hereinafter, a sandal stand according to the present invention will be specifically described based on the illustrated embodiment. FIG. 1 shows an example of a sandal stand having a low heel. The sandal stand includes a support leg 1 and a support surface 2, and both are integrally molded. The support surface 2 constitutes the upper surface of the sandal stand, which is adapted to receive the sole of a person's foot, while the support leg 1 constitutes the outer peripheral surface of the sandal stand. The height of each part of the support surface 2 is regulated, and the support surface 2 is held. This sandal stand is molded using a synthetic resin having appropriate elasticity such as polyurethane. When the sandal is put on, each part of the support surface 2 is curved downward due to the pressing force applied from the sole of the foot. In particular, the support surface 2 has an appropriate thickness such as thickening a portion that is strongly pressed by a specific portion of the sole such as the center of the heel and thinning a portion where the pressing force is weak. By making it so that the surface thereof is curved according to the uneven shape of the bottom surface of the sole, the pressing force strongly acting on a specific part of the sole on the support surface 2 is dispersed and received. In other words, the pressing force (anti-proof force) acting on the sole from the support surface 2 is dispersed so that the pressing force does not strongly act only on a specific part of the sole, and By adjusting the thickness of the place and controlling the amount of sinking at that place, an appropriate pressing force acts on the desired place on the sole of the foot. Further, the support surface 2 has an uneven pattern formed on the lower surface in consideration of the fact that the lower surface comes into contact with the ground surface or the floor surface during walking to absorb impact and prevent slippage. In this embodiment, the portion 21 corresponding to the "arch" of the sandal stand has a thickness such that the lower surface of the support surface 2 is in contact with the ground or floor surface, and has a structure integrally formed with the support leg 1 This prevents the sandal stand from bending upward during use. In addition, by constructing the sandal stand in this way, since the depression 3 is formed on the lower surface of the sandal stand, the drainage grooves 4 are formed at several places on the support leg 1 to remove the wet road surface. When walking, the water that is about to be held in the recess 3 is discharged from here, and the sandals are slippery during walking.

[0007]

[Embodiment 2] FIG. 4 shows an example in which an acupressure projection 5 is formed by elevating a place where the arch of the foot is located on the support surface 2 of the sandal stand configured as described above. When the shoes are worn, the front and rear of the acupressure protrusion 5 sink, so that the acupressure protrusion 5 is in a relatively protruding state. Therefore, this sandal not only enhances the acupressure effect of the acupressure protrusions 5 but also allows the acupressure protrusions 5 to be formed lower than the conventional acupressure sandals, which does not hinder this and has an excellent appearance. It becomes.

[0008]

[Effect of device]

 As described above in detail, the sandal stand according to the present invention has the outer peripheral surface composed of the supporting legs and the upper surface composed of the supporting surface. In particular, this is made of a synthetic material such as polyurethane having an appropriate elasticity. It is made of resin, and when you wear sandals, each part of the supporting surface bends downward due to the pressing force applied from the sole of the foot to absorb the impact that acts on the supporting surface from the sole of the foot. , Effective in protecting the ankle. In particular, by making each part of the support surface to have an appropriate thickness, the surface is curved in conformity with the uneven shape of the bottom surface of the sole, and it is made stronger at a specific part of the sole than the support surface. Since the pressing force to be used is dispersed, the pressing force (resistive force) does not act strongly on the specific part of the sole from the supporting surface, and the appropriate pressing force acts on the desired range of the sole. Therefore, the sandals are easy to wear and less tired.

[Brief description of drawings]

FIG. 1 is a bottom view showing an example of a sandal stand according to the present invention.

FIG. 2 is a vertical sectional side view of the same.

FIG. 3 is a side view taken along line AA of the above.

FIG. 4 is a vertical sectional front view showing another example of the sandal stand according to the present invention.

[Explanation of symbols]

 1 Support leg 2 Support surface 3 Recess 4 Drain groove 5 Shiatsu

Claims (2)

[Scope of utility model registration request] 1. A support leg that forms an outer peripheral surface and a support surface that forms an upper surface are integrally molded using a synthetic resin having appropriate elasticity such as polyurethane. When sandals are worn, the support surface is formed. Each of the parts is curved downwardly by the pressing force applied from the sole of the foot, absorbs the impact acting on the supporting surface from the sole of the foot, and disperses the pressing force. 2. The sandal stand according to claim 1, wherein drainage grooves are formed at several points on the support leg.