JP3200664U - Foot wear - Google Patents

Abstract

[PROBLEMS] To improve the heat retention and obtain a footbath effect, to obtain a posture correction effect during indoor activities, and to obtain a massage effect to eliminate foot edema, fatigue, dullness, etc. Provided foot attachments. SOLUTION: A sole 1 that supports a sole, and an upper portion 2 that rises from the periphery of the sole 1 and covers at least a toe portion, an upper portion, and a heel portion of the foot, and forms a mouth 4 that is open upward. The upper part 2 of the main body 3 is formed in a double wall structure and has a first space. One space is filled with extremely small beads having heat retaining properties. [Selection] Figure 1

Description

  The present invention relates to a footwear device that can be used as indoor footwear, at bedtime, or when traveling for a long time by a vehicle such as an airplane or a bus. At the time of bedtime or bedtime, it is worn from the ankle to the lower leg of the foot to increase the heat retention and provide a footbath effect.At the same time, it provides a posture correction effect during indoor activities, and has a massage effect. The present invention relates to a foot wearing device that can be obtained to eliminate foot edema, fatigue, dullness, and the like.

  Conventionally, slippers and sandals that can be easily taken off and put on are commonly used as indoor wear (see, for example, Patent Document 1 and Patent Document 2).

  However, slippers and sandals must be walked in such a way that they cannot be taken off when walking, and they will walk unconsciously with a force on their feet. There was a problem. In particular, it is difficult to walk on stairs and is dangerous. In addition, slippers and sandals have low heat retention and cold protection, and when worn in winter, there is a problem that the feet get cold and the physical condition is lost.

  In addition to slippers and sandals, indoor footwear that wraps under the ankle is also known (for example, see Patent Document 3).

  The footwear includes a sole portion that supports the sole, and an upper portion that stands up from the periphery of the sole portion and covers the toe portion, the upper portion, the inner side surface, the outer side surface, and the heel portion of the foot portion. It is designed to wrap up the bottom. As a result, it is easier to walk than slippers and sandals, and it has excellent heat retention and cold resistance.

  However, since the upper part is formed of a flexible thick fabric such as a cloth material, the heat retaining property and the cold protection are not perfect. There was a problem to say.

Utility Model Registration No. 3001462 Utility Model Registration No. 3015466 Utility Model Registration No. 3157264

  The present invention was devised in view of such problems, and its purpose is to increase the heat retention and obtain a footbath effect, and to obtain a posture correction effect during indoor activities, An object of the present invention is to provide a foot mounting device that can provide a massage effect and can eliminate foot edema, fatigue, dullness, and the like.

  In order to achieve the above-mentioned object, a foot wear device according to the present invention includes a sole that supports a sole, a foot that stands from the periphery of the sole, covers at least the toe, the upper and the heel of the foot, and And a foot mounting device to be mounted below the ankle, wherein the upper portion of the main body is formed in a double wall structure as a whole. The first space is characterized in that the first space is filled with extremely small beads having heat retaining properties.

  It is preferable that the first space of the upper is divided into a plurality of pieces by stitches provided in the upper portion, and the divided spaces communicate with each other.

  A string member is disposed on both side surface portions of the upper portion from the heel side to the toe side, and the string member is positioned on the heel side while the tip portion located on the toe side of the upper portion is fixed to the upper portion. It is preferable that the base end portion to be pulled can be pulled, and the upper end portion and the toe portion of the sole portion are lifted from the floor surface by pulling the base end portion of the string member.

  It is preferable that stitches are applied in parallel from both the heel side to the toe side on both side surfaces of the upper part to form a cylindrical space, and a string member is passed through the cylindrical space.

  It is preferable that the said string member is formed from the rubber string, and the stopper member which adjusts the fastening condition of a string member is attached to the base end part of the string member.

  The extremely small beads are preferably made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm.

  The upper part is preferably formed of stretchable fabric.

  The upper part is preferably formed from a stretch knit fabric made of polyurethane fiber and polyester fiber.

  It is preferable that a tightening string member for changing the diameter of the wearing mouth is disposed on the peripheral edge of the wearing mouth of the upper portion.

  It is preferable that stitches are formed in parallel on the peripheral edge of the upper portion of the wearer to form a cylindrical space, and a string member for tightening is passed through the cylindrical space.

  It is preferable that the tightening string member is formed of a rubber string, and a stopper member for adjusting the tightening condition of the tightening string member is attached to the proximal end portion of the tightening string member.

  It is preferable that a fastener that can be opened and closed from the toe portion of the upper portion to the wearer is provided, and that the upper portion can be opened and closed from the wearer to the toe.

  It is preferable to attach an anti-slip member to the bottom surface of the sole.

  The foot mounting device further includes a replaceable insole laid on the upper surface of the sole, and the insole has a second space formed by sewing the outer peripheral edge portions of the front fabric and the back fabric, It is preferable that the second space is filled with at least ultra-small beads having heat retaining properties.

  The second space of the insole is filled with a cushion material made of a low resilience material in addition to the ultra-small beads having heat retaining properties, the ultra-small beads are filled in the portion of the second space where the foot of the sole touches the arch, It is preferable to fill the other part of the two spaces with a cushion material made of a low resilience material.

  It is preferable that the very small beads filled in the arch of the sole in the second space of the insole are filled in the sachet, and the sachet is accommodated in the portion of the foot in the second space that contacts the arch.

  It is preferable that the second space of the insole is divided into a plurality of pieces by stitches provided on the insole, and the divided spaces communicate with each other.

  Of each space divided into the insole, change the filling amount of the tiny beads filled in the space corresponding to the arch of the sole and the filling amount of the tiny beads filled in the other space, and hit the arch of the sole It is preferable that the space is filled with a very small number of beads as compared with other spaces to change the volume of the beads.

  The extremely small beads are preferably made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm.

  The insole front fabric is preferably formed from a stretch knit fabric having elasticity, and the insole back fabric is preferably formed from a three-dimensional knitted mesh fabric.

  The foot mounting device is further provided with a bag body that is mounted in a wound state on the lower leg portion of the foot, and is filled with a very small bead having a heat retaining property on the inner side. It is preferable that connecting means for connecting both side edges of the body is provided.

  It is preferable that the third space of the bag body is divided into a plurality along the lower leg by stitches applied to the bag body, and the divided spaces communicate with each other.

  Among the divided spaces of the bag body, the filling amount of the minimal beads filled in the space located on the center side of the bag body and the filling amount of the minimal beads filled in the space on both sides of the bag body In other words, it is preferable that the space located on the center side of the bag body is filled with more beads than the spaces located on both sides of the bag body to change the volume of the beads.

  The ultra-small beads are preferably made of expanded polystyrene having a diameter of 0.5 mm to 1.5 mm.

  The bag body is preferably formed of stretchable fabric.

  The bag is preferably formed from a stretch knit fabric made of polyurethane fiber and polyester fiber.

  The connecting means is formed by a plug-in type buckle provided with a female member provided at one side edge of the bag body and a male member provided at the other side edge and detachably connected to the female member. It is preferable that a plurality of both side edge portions of the bag body are provided.

  The female member and male member of the plug-in type buckle are attached to both side edges of the bag body via bands, respectively, and either one or both of the female member and male member are attached to the band so as to be movable and adjustable. Preferably it is.

  The foot mounting device according to the present invention has a double wall structure with a stretch knit fabric in which the upper portion of the main body is stretchable, has a first space, and the first space of the upper portion has a diameter of 0.5 mm to Since it is filled with ultra-small beads made of 1.0 mm expanded polystyrene, it provides a comfortable feeling of tightening and excellent heat retention when worn under the ankle during sleeping or indoor activities, and has a footbath effect. can get.

  In the foot mounting device according to the present invention, a string member is disposed on both side surfaces of the upper part from the heel side to the toe side, and a distal end portion located on the toe side of the string member is fixed to the upper part. Since the base end portion located on the heel side can be pulled and a stopper member for adjusting the tightening condition of the string member is attached to the base end portion of the string member, the toe portion is pulled by pulling the string member. Can be lifted from the floor surface, and can be prevented from falling when walking when an elderly person wears it.

  In the foot mounting device according to the present invention, a fastening string member that changes the diameter of the wearing mouth is disposed at the peripheral portion of the wearing mouth of the upper portion, and the tightening degree of the fastening string member is adjusted to the fastening string member Since the stopper member is attached, the ankle can be comfortably tightened by the effect of the stretch knit fabric forming the upper part and the tiny beads by tightening the upper mouth, and as a result, the ankle is warmed By tightening moderately, a great effect can be obtained in improving blood flow. Moreover, it is possible to prevent the foot wearing tool from being removed from the foot.

  The foot wearing device according to the present invention divides the first space of the upper part into a plurality of parts and communicates the divided spaces, so when filling the first space of the upper part with a small bead, It is possible to fill the tiny beads from one space, and to prevent the tiny beads filled in the first space from being largely displaced.

  The foot wearing device according to the present invention is provided with a fastener that can be opened and closed from the toe portion to the wearing mouth in the upper portion, so that it can be easily worn not only by a healthy person but also by a person requiring care.

  Since the foot wearing device according to the present invention has the anti-slip member attached to the bottom surface of the sole, it is possible to prevent the foot from falling due to slip.

  The foot mounting device according to the present invention further includes an insole having a second space laid on the sole of the main body, and a very small bead made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm in the second space of the insole. As the user steps on the insole during indoor activities, the soles are stimulated by the very small beads, the massage effect is obtained, and the fatigue of the soles can be healed, and the minimal beads Moves in the second space to correct the deviation of the center of gravity of the user, thereby correcting the distortion and deviation of the body and obtaining the posture correction effect. In addition, both the posture correction effect and the footbath effect can be obtained to promote blood circulation.

  In the foot mounting device according to the present invention, a portion of the sole of the insole that touches the arch of the foot of the insole is filled with a very small bead, and the other portion of the second space is filled with a cushion material made of a low-repulsion material. Therefore, when the user steps on the insole, comfortable comfort is obtained by the cushioning material, and the extremely small beads hitting the arch are less likely to receive a load by the cushioning material, and the durability of the insole is improved.

  The foot wearing device according to the present invention divides the second space of the insole into a plurality of parts and communicates the divided spaces with each other, so when filling the second space of the insole with a small bead, one place It is possible to fill the minimal beads from the space, and to prevent the minimal beads filled in the second space from being largely offset.

  The foot mounting device according to the present invention uses a stretch knit fabric for the insole front fabric, and uses a three-dimensional knitted mesh fabric for the insole back fabric, so it softens by changing the front and back, Can be worn with a different sense of hardness.

  The foot mounting device according to the present invention divides the second space of the insole into a plurality of spaces, and fills the space corresponding to the arch of the sole of the insole with more beads than the other spaces, Because the bead volume is changed in the room, if you lay it on the sole of the main body with the side with the large volume of beads inside during indoor activities, the arch is stimulated and feels comfortable, and the side with the large volume of beads When placed outside and on the bottom of the foot, the adductor muscles are more likely to be loaded, and can be effective in improving exercise performance and posture correction.

The foot mounting device according to the present invention changes the cloth on the front and back of the insole and also changes the volume of the beads of the insole between the inner side and the outer side. Four types of wear are possible.
(1) Soft / arch stimulation type (2) Hard / arch stimulation type (3) Soft / adductor load type (4) Hard / adductor load type

  The foot mounting device according to the present invention uses the insole for a long period of time, and when the small beads filled in the insole are crushed and the volume is reduced, the insole is replaced to continuously increase the massage effect and posture correction. An effect is obtained.

  The foot mounting device according to the present invention is further provided with a bag body that is mounted in a wound state on the lower leg of the foot and is filled with ultra-small beads made of expanded polystyrene having a diameter of 0.5 mm to 1.5 mm inside. Since it is provided, by using the main body and the bag together, it is possible to cover from the calves to the toes with almost no gap, exhibiting excellent heat retention and further enhancing the footbath effect.

  Since the foot wear device according to the present invention is mounted with a bag filled with extremely small beads wrapped around the lower leg of the foot, the calf is massaged by walking or moving, and blood circulation is good This can eliminate foot edema and dullness. In particular, since the center side of the bag body is filled with a large amount of beads and the center side of the bag body has a pillar structure, attaching the center side of the pillar structure to the calf will provide a more effective massage effect. It is done.

  In the foot mounting device according to the present invention, since the plug-in type buckle provided on both side edges of the bag body has a dimension adjusting function, it is surely good on the lower leg regardless of the size of the user's foot. Will fit.

  The foot mounting device according to the present invention can sleep with the legs raised when sleeping with the bag wrapped around the lower leg at bedtime, improve blood circulation of the legs, and promote recovery from fatigue. You can not only get out of your feet even if you roll over while sleeping.

It is the perspective view of the state which looked at the mounting tool for feet concerning one embodiment of the present invention from the toe side. It is the perspective view of the state which looked at the mounting tool for legs from the heel side. It is a side view of a foot mounting tool. It is a bottom view of the foot mounting tool. It is a side view of the state where the toe side was lifted by pulling the string member of the foot wearing device. It is a perspective view in the state where the upper part of the foot wearing tool was opened to the toe. It is a vertical end view of the mouth part of the foot wearing tool. It is a perspective view of the state which showed the wearing equipment for legs provided with the insole, and divided the main part and the insole. FIG. 3 is a perspective view of a foot wearing device in a state where an insole is laid in the body and an upper part is opened to a toe. It is a perspective view of the state which looked at the insole from the back side. It is the perspective view of the state which looked at the insole from the front side. It is a vertical end view of the mouth part of the foot wearing tool in which an insole is laid in the body. It is a perspective view of the mounting device for legs provided with the insole and the bag. It is the perspective view of the state which looked at the bag body from the front side. It is the perspective view of the state which looked at the bag body from the back side. It is a perspective view of the state which connected the both-sides edge part of the bag body with the insertion type buckle. It is a vertical end view of a bag. It is a side view of the state which mounted | wore the leg leg part with the bag body. It is the perspective view which showed the other example of the insole and looked at the insole from the front side. It is the perspective view which showed the other example of the insole and looked at the insole from the back side.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.
FIGS. 1-7 shows an example of the foot mounting device which concerns on embodiment of this invention, and the said foot mounting device rises from the foot sole part 1 which supports a sole, and the periphery of the said foot bottom part 1, It has a footwear-shaped main body 3 that covers at least the toe portion, the upper portion and the heel portion of the foot, and the upper portion 2 that forms the mouth opening 4 that is open upward, and is mounted below the user's ankle. The footbath effect can be obtained by increasing the heat retention.

In this embodiment, the foot refers to the foot including all parts from the ankle, the lower leg and the upper leg.
In addition, since the foot wearing tool is worn on both feet of the user and has a bilaterally symmetric shape and is configured in the same structure, only one foot wearing device will be described below.

  The sole 1 of the main body 3 is formed in the same shape as the shape of the sole by a thick fabric made of natural fibers or chemical fibers. It is reinforced. That is, the sole 1 is made of a double thick fabric except for the portion where the toe of the foot hits.

  Further, as shown in FIGS. 4 and 7, a rubber or leather non-slip member 5 is attached to the bottom surface of the sole 1. The anti-slip member 5 is formed in a rectangular shape, and is attached to the bottom surface of the sole 1 by sewing.

  On the other hand, the upper part 2 of the main body 3 is formed of a stretchable cloth, is attached to the periphery of the sole 1 in a state of rising upward, and covers the toe part, the upper part and the buttocks part of the foot. The mouth 4 is open at the top.

  Specifically, the upper part 2 is formed of stretch knit fabric, which is made of polyurethane fiber of around 10% and the remainder made of polyester fiber, and the outer peripheral edge part of the sole part 1 and the lower peripheral edge part of the upper part 2 are overlapped. At the same time, the overlapping portion is covered with a strip-shaped reinforcing piece 6 made of cloth, and the overlapping portion and the reinforcing piece 6 are sewn together and attached to the periphery of the sole 1 (see FIG. 7).

  Further, as shown in FIG. 7, the upper portion 2 is formed in a double wall structure with stretch knit fabric, has a first space 7, and has a minimal heat resistance in the first space 7. Beads 8 are filled. The extremely small beads 8 are made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm.

  Further, the first space 7 of the upper portion 2 is divided into a plurality of pieces by stitches 9 applied to the upper portion 2, and the divided spaces are in communication with each other. In this embodiment, a plurality of stitches 9 are applied to both side surfaces of the upper portion 2 from the heel side to the toe side, and the first space 7 of the upper portion 2 is divided into a plurality of portions in the vertical direction, and each divided space is the upper portion 2. It communicates with the heel side and the toe side.

  As described above, when the first space 7 of the upper portion 2 is divided into a plurality of spaces and the divided spaces are in communication with each other, a single bead 8 is filled in the first space 7 of the upper portion 2. It is possible to fill the tiny beads 8 from the space and to prevent the tiny beads 8 filled in the first space 7 from being largely displaced.

  A string member 10 is disposed on both side surfaces of the upper part 2 from the heel side to the toe side. By pulling the string member 10, the upper part 2 and the toe part of the sole 1 are placed on the floor. It can be lifted from the surface.

  The string member 10 is inserted into a cylindrical space 7a (see FIG. 7) formed by applying stitches 9 in parallel on both side surfaces of the upper portion 2 from the heel side to the toe side, and the toe side of the upper portion 2 And the base end of the string member 10 located on the heel side protrudes outward from the cylindrical space 7a of the upper part 2, and the string member 10 located on the upper side 2 is sewn to the upper part 2. Ten base ends can be pulled. As a result, the string member 10 can lift the toe portion of the upper portion 2 and the bottom portion 1 from the floor surface by pulling the base end portion thereof.

  The string member 10 is formed from a rubber string having a circular cross-sectional shape, and a stopper member 11 that adjusts the tightening degree of the string member 10 and a string member 10 are easily pulled at the proximal end portion of the string member 10. A pulling tool 12 is attached to each of them.

  Further, a fastening string member 13 for changing the diameter of the shoe mouth 4 is disposed at the peripheral edge portion of the shoe mouth 4 of the upper portion 2. This tightening string member 13 is inserted into a cylindrical space 7b (see FIG. 7) formed by applying stitches 9 in parallel to the peripheral edge of the mouth 4 of the upper portion 2, and the upper side of the upper portion 2 The distal end portion of the tightening cord member 13 located at the upper side is sewn to the upper portion 2, and the proximal end portion of the tightening cord member 13 located on the heel side is outward from the cylindrical space 7 b of the upper portion 2. It protrudes and the string member 13 for fastening can be pulled. As a result, the fastening string member 13 can change the diameter of the wear opening 4 of the upper portion 2 by pulling the base end portion thereof.

  The tightening string member 13 is formed of a rubber string having a circular cross-sectional shape, and a stopper member 11 for adjusting the tightening degree of the tightening string member 13 and a tightening member are provided at a proximal end portion of the tightening string member 13. A pulling tool 12 for facilitating pulling the cord member 13 is attached thereto.

  Further, the upper part 2 is provided with a fastener 14 that can be opened and closed from the toe part to the wearer 4 so that the upper part 2 can be opened and closed from the wearer 4 to the toe.

  In FIGS. 1 and 2, 15 is sewn to the upper portion 2 to reinforce so that the tip portions of the string member 10 and the tightening string member 13 do not come off the upper portion 2, and to improve the design. A decorative member 16 is a reinforcing member that is sewn to the heel portion of the upper portion 2 and is made of the same material as the sole portion 1 that reinforces the outer surface of the heel portion.

  Thus, the above-described foot wearing device is worn on the part from the ankle (downward from the ankle) during use, and is used as indoor wear or at bedtime.

  This foot attachment has a first space 7 in which the upper part 2 of the main body 3 is formed in a double wall structure by stretch knit fabric having elasticity, and the diameter of the first space 7 is 0.5 mm to Filled with tiny beads 8 made of 1.0 mm foamed polystyrene, it provides a comfortable feeling of tightening and excellent heat retention when worn under the ankle at bedtime or indoor activities. can get.

  In addition, the foot mounting device has a string member 10 disposed on both side surfaces of the upper portion 2 from the heel side to the toe side, and a tip portion located on the toe side of the string member 10 is fixed to the upper portion 2 and Since the base end portion located on the heel side of the member 10 can be pulled, and the stopper member 11 for adjusting the tightening degree of the cord member 10 is attached to the base end portion of the cord member 10, the cord member 10 By pulling on the toe, the toe portion can be lifted from the floor surface, and when the elderly wears it, it is possible to prevent falls during walking.

  Further, the foot wearing tool is provided with a fastening string member 13 for changing the diameter of the wearing mouth 4 at the peripheral portion of the wearing mouth 4 of the upper portion 2, and the fastening cord member 13 is provided with the fastening cord member 13. Since the stopper member 11 for adjusting the tightening condition is attached, the ankle can be comfortably tightened by the effect of the stretch knit fabric forming the upper portion 2 and the extremely small beads 8 by tightening the mouth 4 of the upper portion 2. As a result, a great effect can be obtained in improving blood flow by warming the ankle and tightening it appropriately. Moreover, it is possible to prevent the foot wearing tool from being removed from the foot.

  Further, since the foot mounting device is provided with a fastener 14 that can be opened and closed from the toe portion to the wearing mouth 4 in the upper portion 2, it can be easily worn not only by a healthy person but also by a person requiring care.

  Further, since the foot mounting device has the anti-slip member 5 attached to the bottom surface of the sole 1, it is possible to prevent a fall due to slip.

  8 to 12 show an example of a foot mounting device according to another embodiment of the present invention. The foot mounting device includes a sole 1 that supports a sole and a periphery of the sole 1. Stands on the upper surface of the foot-shaped part 3 of the footwear 1 and the foot-shaped part 3 of the foot-shaped part 3 which comprises at least the toe part of the foot, the upper part and the heel part, and the upper part 2 which forms the mouth 4 with the upper part opened. It is equipped with a replaceable insole 17 that is laid down from the user's ankle to enhance the heat retention so that a footbath effect can be obtained. In addition, a posture correction effect is obtained during indoor activities. And a massage effect.

  The foot mounting device is obtained by adding an insole 17 to the main body 3, and the main body 3 including the sole 1 and the upper portion 2 includes the main body 3 including the sole 1 and the upper portion 2 shown in FIGS. 1 to 7. Since they have the same shape and the same structure, detailed description thereof is omitted here. In addition, the same reference number is attached | subjected to the same site | part and member as the foot mounting tool shown in FIGS. 1-7, and the detailed description is abbreviate | omitted.

  As shown in FIG. 12, the insole 17 is formed by sewing the outer peripheral edge portions of the front fabric and the back fabric formed in the same shape as the shape of the sole. A second space 18 is formed between them, and the second space 18 is filled with tiny beads 8 having heat retention. The extremely small beads 8 are made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm.

  As shown in FIG. 11, the front fabric of the insole 17 is formed of a stretch knit fabric having approximately 10% polyurethane fiber and the rest made of polyester fiber, and the back fabric of the insole 17 is shown in FIG. As shown, it is formed from a three-dimensional knitted mesh fabric made of natural or chemical fibers.

  Further, the second space 18 of the insole 17 is divided into a plurality of parts by stitches 9 ′ provided on the insole 17, and the divided spaces communicate with each other. In this embodiment, a plurality of stitches 9 ′ are provided along the width direction at the front end portion of the insole 17, the second space 18 on the front end portion side of the insole 17 is divided into a plurality of portions in the front-rear direction, and the center of the insole 17 A stitch 9 'is applied along the longitudinal direction of the insole 17 from the center portion to the base end portion, the second space 18 at the base end portion is divided from the center portion of the insole 17 in the width direction, and each divided space is the outer periphery of the insole 17 It is designed to communicate with each other.

  As described above, when the second space 18 of the insole 17 is divided into a plurality of spaces and the divided spaces are in communication with each other, when filling the second space 18 of the insole 17 with the small beads 8, The very small beads 8 can be filled, and the very small beads 8 filled in the second space 18 can be prevented from being displaced.

  Furthermore, among the divided spaces of the insole 17, the filling amount of the minimal beads 8 filled in the space corresponding to the arch of the sole and the filling amount of the minimal beads 8 filled in the other spaces are changed, and the feet are changed. The space that hits the back arch is filled with more beads 8 than the other spaces, changing the volume.

  The above-described foot wearing device shown in FIGS. 8 to 12 can achieve the same effects as the foot wearing device shown in FIGS.

  In particular, this foot mounting device is provided with an insole 17 filled with tiny beads 8, so that when the user steps on the insole 17 during indoor activities, the soles are stimulated by the tiny beads 8 and massage is performed. The effect can be obtained and the fatigue of the sole can be healed, and the displacement of the center of gravity of the user is corrected by the movement of the tiny beads 8 in the second space 18, thereby correcting the distortion and displacement of the body. And posture correction effect. In addition, both the posture correction effect and the footbath effect can be obtained to promote blood circulation.

  In addition, this foot attachment uses a stretch knit fabric for the front fabric of the insole 17 and a three-dimensional mesh fabric for the back fabric of the insole 17, so it can be softened by changing the front and back. Can be worn with a different sense of hardness.

  Furthermore, this foot mounting device fills the second space 18 that hits the arch of the sole with more beads 8 than the other second spaces 18, and the volume of the beads 8 is increased between the inside and the outside of the insole 17. Because it changes, if you place it on the sole 1 with the volume side of the beads 8 facing inward, you will feel comfortable by stimulating the arch, and if you lay it on the sole 1 with the volume side of the beads 8 facing outside , It becomes easier to apply a load to the adductor muscle, and can be effective in improving exercise performance and posture correction.

Furthermore, since this foot wearing device changes the cloth on the front and back of the insole 17 and changes the volume of the bead 8 between the inside and the outside, the front and back of the insole 17 can be used repeatedly to use the following. Four types of wear are possible.
(1) Soft / arch stimulation type (2) Hard / arch stimulation type (3) Soft / adductor load type (4) Hard / adductor load type

  Furthermore, this foot wearing device uses the insole 17 for a long period of time, and when the small bead 8 filled in the insole 17 is crushed and the volume is reduced, the insole 17 is replaced to continue to provide a high massage effect. And posture correction effect.

  FIGS. 13 to 18 show an example of a foot mounting device according to still another embodiment of the present invention. The foot mounting device includes a sole portion 1 for supporting a sole and a periphery of the sole portion 1. A footwear-shaped main body 3 composed of an upper portion 2 that forms at least a toe portion, an instep portion, and a heel portion of the foot, and that has an open upper mouth 4 and an upper surface of the sole portion 1 of the main body 3 And an insole 17 that can be exchanged on the leg, and a bag 19 that is mounted in a wound state on the lower leg part of the foot and is filled with a tiny bead 8 that has heat-retaining properties on the inside. It is attached to the lower and lower leg parts to increase heat retention so that a large footbath effect can be obtained. In addition, a posture correction effect can be obtained during indoor activities and a large massage effect can be obtained. It is a thing.

  The foot mounting tool is obtained by adding a bag 19 to the main body 3 and the insole 17, and the main body 3 and the insole 17 including the sole portion 1 and the upper portion 2 are the main body 3 and the insole shown in FIGS. Since it has the same shape and the same structure as 17, detailed description thereof is omitted here. In addition, the same reference number is attached | subjected to the site | part and member same as the foot mounting tool shown in FIGS. 1-12, and the detailed description is abbreviate | omitted.

  The bag body 19 is filled with a very small bead 8 having heat retaining properties on the inside, and is wound around the lower leg portion of the foot. The side edge portions of the bag body 19 are provided on both side edge portions of the bag body 19. Connecting means (in this embodiment, a plug-in type buckle 21) is provided.

  Specifically, the bag body 19 is formed into a vertically long substantially fan-shaped and bag-like shape by a stretch knit fabric having a stretchability of about 10% polyurethane fiber and the remaining polyester fiber. The three spaces 20 are divided into a plurality along the crus by stitches 9 ″ applied to the bag body 19, and the divided spaces communicate with each other.

  As described above, when the third space 20 of the bag body 19 is divided into a plurality of parts and each of the divided third spaces 20 is in a communicating state, when filling the third beads 20 into the third space 20 of the bag body 19, The small beads 8 can be filled from one space, and the small beads 8 filled in the third space 20 can be prevented from being displaced.

  Further, among the divided spaces of the bag body 19, the filling amount of the minimal beads 8 filled in the space located on the center side of the bag body 19 and the minimal beads filled in the spaces on both sides of the bag body 19. 8, the space located on the center side of the bag body 19 is filled with a smaller amount of beads 8 than the space located on both sides of the bag body 19 to change the volume of the beads 8. The extremely small beads 8 are made of expanded polystyrene having a diameter of 0.5 mm to 1.5 mm.

  The connecting means includes a plurality of female members 21a attached to one side edge portion of the bag body 19 via a band 22, and the female member 21a attached to the other side edge portion of the bag body 19 via a band 22. Are formed by a plug-in type buckle 21 provided with a male member 21 b that is detachably connected to the bag body 19.

  The male member 21b of the plug-in buckle 21 is attached to the band 22 so as to be movable and adjustable, and the tightening degree of the bag body 19 can be adjusted by moving and adjusting the male member 21b. In this embodiment, the male member 21b is attached to the band 22 so that the movement can be adjusted. In other embodiments, the female member 21a can be attached to the band 22 so that the movement can be adjusted. You may attach both the male members 21b to the band 22 so that a movement adjustment is possible.

  In FIG. 13, reference numeral 15 ′ denotes a decorative member that is sewn to the bag 19 to reinforce the band 22 so that it does not come off the bag body 19 and to enhance the design.

  Thus, the foot mounting device winds the bag 19 around the lower leg of the foot, and connects the female member 21a and the male member 21b of each plug-in type buckle 21 to wrap around the lower leg of the foot. It can be mounted in a state (see FIG. 18).

  The above-described foot wearing device shown in FIGS. 13 to 18 can achieve the same effects as the foot wearing device shown in FIGS.

  In particular, since this foot wearing device is mounted with the bag 19 filled with the tiny beads 8 wrapped around the lower leg of the user's foot, it can cover from the calf to the toe with almost no gap, Demonstrate outstanding heat retention, can further enhance the footbath effect.

  In addition, since this foot mounting device is mounted with a bag body 19 filled with tiny beads 8 wrapped around the lower leg of the foot, the calf is massaged by walking and moving, and blood circulation is prevented. It becomes better and can eliminate foot edema and dullness. In particular, since a large amount of beads 8 are filled in the center side of the bag body 19 and the center side of the bag body 19 has a pillar structure, if the center side of the pillar structure is attached to the calf, it is more massaged. An effect is obtained.

  Furthermore, since the insertion type buckle 21 provided on both side edges of the bag body 19 has a dimensional adjustment function, this foot wearing device can be securely attached to the lower leg regardless of the size of the user's foot. It will fit well.

  In addition, when the bag body 19 is wrapped around the lower leg of the foot at bedtime, this foot wearing device can sleep with the foot raised, improve blood circulation of the foot, and promote recovery from fatigue. You can not only get out of your feet even if you roll over while sleeping.

  FIG.19 and FIG.20 shows the modification of the insole 17, and the said insole 17 is formed by sewing the outer-periphery edge part of the surface fabric and back fabric formed in the same shape as the shape of a sole. A second space 18 is formed between the front fabric and the back fabric, and the second space 18 is filled with a very small bead 8 having heat retaining properties and a cushion material (not shown) made of a low repulsion material. .

  The extremely small beads 8 are made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm, filled in a sachet (not shown) made of cloth or a synthetic resin sheet, and arched on the sole of the second space 18 of the insole 17. It is housed in the part that hits

The very small beads 8 may be directly filled in the second space 18 of the insole 17 without being filled in the pouch. In this case, a stitch 9 'is applied to the insole 17 to divide a part of the second space 18, and the tiny beads 8 are filled in the divided space. In this way, it is possible to prevent the extremely small beads 8 and the cushion material from being mixed.
Also, the tiny beads 8 may be filled only on one side (front side or back side) of the part of the insole 17 that touches the arch, or all the part of the insole 17 that touches the arch. You may do it.

  On the other hand, the cushion material (not shown) is made of a small piece made of a low-repulsion material such as Tempur (registered trademark) and is filled in the second space 18 of the insole 17.

  The front fabric of the insole 17 is formed of a stretch knit fabric having a stretchability of about 10% polyurethane fiber and the remaining polyester fiber, and the back fabric of the insole 17 is a three-dimensional knitting made of natural or chemical fibers. Is formed from a mesh fabric.

  In the foot mounting device including the insole 17, a small bead 8 is filled in a portion of the insole 17 that touches the arch of the sole of the second space 18, and the other portion of the second space 17 is made of a low-resilience material cushion. Since the material is filled, the user can get comfortable comfort by the cushion material by stepping on the insole 17, and the extremely small beads 8 hitting the arch are difficult to receive the load by the cushion material, and the durability of the insole 17 is improved. Will improve.

  In each of the above-described embodiments, the first space 7 formed in the upper portion 2 of the main body 3 is filled with tiny beads 8. However, in other embodiments, the first space 7 of the main body 3 is not illustrated. The tiny beads 8 in one space 7 may be omitted.

  That is, although not shown, the main body 3 rises from the sole 1 supporting the sole and the periphery of the sole 1, covers at least the toe part, the upper part and the buttocks part of the foot, and is opened upward. The upper part 2 is formed in a footwear shape, and a string member 10 is disposed on both side surfaces of the upper part 2 from the heel side to the toe side, and the string member 10 is pulled. By operating, the upper part 2 and the toe part of the sole 1 can be lifted from the floor surface.

The main body 3 is provided with a fastening string member 13 for changing the diameter of the footwear 4 and a fastener 14 for opening and closing the upper portion 2 from the toe portion to the footwear 4.
In addition, the said main body 3 is comprised by the same structure as the main body 3 shown in FIGS. 1-7 except having omitted the very small bead 8.

  1 is a sole part, 2 is an upper part, 3 is a main body, 4 is a slipper, 5 is an anti-slip member, 6 is a strip-shaped reinforcing piece, 7 is a first space, 7a is a cylindrical space for a string member, and 7b is tightened The cylindrical space of the string member, 8 is a bead, 9 is an upper stitch, 9 'is an insole stitch, 9 "is a bag stitch, 10 is a string member, 11 is a stopper member, 12 is a tensioner, 13 Is a fastening string member, 14 is a fastener, 15 is a decorative member of the main body, 15 'is a decorative member of the bag, 16 is a reinforcing member, 17 is an insole, 18 is a second space, 19 is a bag, and 20 is a third Space, 21 is a plug-in type buckle, 21a is a female member, 21b is a male member, and 22 is a band.

Claims (28)

  A main body comprising a sole portion that supports the sole, and an upper portion that rises from the periphery of the sole portion, covers at least the toe portion, the upper portion and the heel portion of the foot, and forms a mouth that is open at the top, A foot mounting device mounted below an ankle, wherein the upper portion of the main body is formed in a double wall structure as a whole and has a first space, and the first space has a heat retention property. A foot wearing device filled with beads.   The foot mounting device according to claim 1, wherein the first space of the upper portion is divided into a plurality of pieces by stitches provided on the upper portion, and the divided spaces communicate with each other.   A string member is disposed on both side surface portions of the upper portion from the heel side to the toe side, and the string member is positioned on the heel side while the tip portion located on the toe side of the upper portion is fixed to the upper portion. The upper end portion and the toe portion of the sole portion are lifted from the floor surface by pulling the proximal end portion of the string member. The foot wearing tool according to 2.   The leg according to claim 3, wherein stitches are formed in parallel on both side surfaces of the upper portion from the heel side to the toe side to form a cylindrical space, and a string member is passed through the cylindrical space. Wearing equipment.   The said string member is formed from the rubber string, The stopper member which adjusts the clamp | tightening condition of a string member is attached to the base end part of the string member, The Claim 3 or Claim 4 characterized by the above-mentioned. The described foot mounting device.   The foot wearing device according to claim 1, wherein the very small beads are made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm.   The foot mounting device according to claim 1, 2, 3, or 4, wherein the upper portion is formed of a stretchable fabric.   The foot wear device according to claim 7, wherein the upper portion is formed of a stretch knit fabric made of polyurethane fiber and polyester fiber.   The foot wearing device according to claim 1, wherein a fastening string member for changing a diameter of the wearing mouth is disposed at a peripheral portion of the wearing mouth of the upper portion.   10. The footwear according to claim 9, wherein a cylindrical space is formed by applying stitches in parallel to a peripheral edge portion of a mouth of the upper portion, and a tightening string member is passed through the cylindrical space. Wearing equipment.   The fastening string member is formed of a rubber string, and a stopper member for adjusting a tightening condition of the tightening string member is attached to a proximal end portion of the tightening string member. The foot mounting tool according to claim 9 or claim 10.   A fastener that can be opened and closed from the toe portion to the mouth of the upper portion is provided, and the upper portion can be freely opened and closed from the mouth to the toe. Claim 7, Claim 8, Claim 9 or Claim 10.   The foot wearing device according to claim 1, wherein an anti-slip member is attached to a bottom surface of the sole.   The foot mounting device further includes a replaceable insole laid on the upper surface of the sole, and the insole has a second space formed by sewing the outer peripheral edge portions of the front fabric and the back fabric, The foot wearing device according to claim 1, wherein the second space is filled with at least a very small bead having a heat retaining property.   The second space of the insole is filled with a cushion material made of a low resilience material in addition to the ultra-small beads having heat retaining properties, the ultra-small beads are filled in the portion of the second space where the foot of the sole touches the arch, The foot wearing device according to claim 14, wherein a cushion material made of a low-repulsion material is filled in the other part of the two spaces.   The ultra-small beads filled in the arch of the sole of the second space of the insole are filled in the sachet, and the sachet is accommodated in the portion of the sole of the second space that contacts the arch The foot wearing device according to claim 15.   The foot mounting device according to claim 14, wherein the second space of the insole is divided into a plurality of pieces by stitches provided on the insole, and the divided spaces communicate with each other.   Of each space divided into the insole, change the filling amount of the tiny beads filled in the space corresponding to the arch of the sole and the filling amount of the tiny beads filled in the other space, and hit the arch of the sole 18. The foot mounting device according to claim 17, wherein the space is filled with extra small beads than other spaces to change the volume of the beads.   The foot wearing device according to claim 14, 15, 16, or 18, wherein the very small beads are made of expanded polystyrene having a diameter of 0.5 mm to 1.0 mm.   16. The insole front fabric is formed from stretch knit fabric having elasticity, and the insole back fabric is formed from three-dimensional knitted mesh fabric. Foot fittings.   The foot mounting device is further provided with a bag body that is mounted in a wound state on the lower leg portion of the foot, and is filled with a very small bead having a heat retaining property on the inner side. The foot mounting device according to claim 1, further comprising connecting means for connecting both side edges of the body.   The third space of the bag body is divided into a plurality along the lower leg by stitches applied to the bag body, and the divided spaces communicate with each other. Foot fittings.   Among the divided spaces of the bag body, the filling amount of the minimal beads filled in the space located on the center side of the bag body and the filling amount of the minimal beads filled in the space on both sides of the bag body The space located on the center side of the bag body is filled with more beads than the spaces located on both sides of the bag body to change the volume of the beads. Foot attachment.   The foot wearing device according to claim 21 or 23, wherein the extremely small beads are made of expanded polystyrene having a diameter of 0.5 mm to 1.5 mm.   The foot bag according to claim 21, 22 or 23, wherein the bag is made of stretchable fabric.   The foot bag according to claim 25, wherein the bag is made of stretch knit fabric made of polyurethane fiber and polyester fiber.   The connecting means is formed by a plug-in type buckle provided with a female member provided at one side edge of the bag body and a male member provided at the other side edge and detachably connected to the female member. The foot wearing device according to claim 21, wherein a plurality of the two side edge portions of the bag body are provided.   The female member and male member of the plug-in type buckle are attached to both side edges of the bag body via bands, respectively, and either one or both of the female member and male member are attached to the band so as to be movable and adjustable. The foot wearing device according to claim 27, wherein: