KR200491702Y1 - Functional indoor shoes - Google Patents

Abstract

The present invention relates to a functional indoor shoes, and more specifically, the body portion 10 made of a structure surrounding the instep and the heel of the instep, and is coupled to the lower portion of the body portion 10 so as to come in contact with the bottom surface and absorb shock. In the shoe with a sole 20 made of a thickness, in the rear upper surface of the sole 20 located inside of the shoe, the arch support protruding convexly in a round shape at a position corresponding to the sole arch of the wearer (40) is provided, the rear rim portion of the inner sole 20 of the slipper is provided with a heel support 50 of a certain height to cover the heel rim portion of the slipper wearer, in particular the sole 20 In each of the plantar pressure sensor boards (70) equipped with a plurality of plantar pressure detection sensors (72) for sensing the plantar pressure of the foot of the wearer on the sensor board installation portion (30) formed inside a certain depth is built in each of the plantar pressure The plantar pressure signal sensed by the detection sensor 72 is transmitted to the user's portable terminal, and the plantar pressure distribution status is displayed through a dedicated app installed on the portable terminal. Make it a habit to maintain walking and posture, so you can maintain a healthy body.

Description

Functional indoor shoes

The present invention relates to a functional indoor shoe, and more specifically, to form an arch support and a heel support at the rear end of the upper surface of the sole of the indoor shoe, so that the even distribution of body pressure and the foot can be wrapped warmly, and the plantar pressure inside the sole. It is a functional indoor shoe that installs a sensing sensor to grasp the real-time plantar pressure distribution through a portable terminal and maintains a proper gait and a correct posture to maintain a healthy foot and body.

It is the spine that forms the backbone of the body, and the foot that supports the spine at the base of the body.

The fact that 1/4 of the body's bones (approximately 25%, 52 bones), 8 joints, 214 ligaments, and 38 muscles are gathered in two small feet suggests that the foot is just as important.

Many nerves distributed in the sole of the foot affect the upper musculoskeletal system as well as the balance of the whole body through sympathy with the ground, which is known to affect other nervous and circulatory systems.

In other words, the foot is known as a miniature of the human body to the extent that it is called the second heart, but it is a very important place, but it is said that modern people's feet are gradually losing function due to fashion-oriented shoes, paved roads, and lack of exercise.

Most of the body's exercise is done through the feet, and if a person weighing 65 kg walks a day, the feet are subjected to a load of 650 tons per day.

Since these feet can be easily damaged by external forces and may have fatal results when injured, shoes worn to protect these feet will also be very important.

For example, it is known that the feet have a significant effect on the superstructure of the body, and people with high insteps (grass feet) are known to have stiff shoulders, sore throat, and headaches. It is known that various pains appear in the ankle, knee, and lower back due to reduced function.

Therefore, when selecting shoes, it is important to select and wear them according to the shape and walking habits of their feet, and for example, a flat-footed person supplements the role of the plantar fascia by inserting an arch support insole that raises the arch. For these high feet, it is desirable to use cushions or insoles that can absorb and disperse the pressure driven by the front and rear heels.

In the case of shoes, technological development has been made in a fashion-oriented form so far, but recently, as the importance of foot health has been recognized, various functional health shoes have been developed.

The present invention relates to indoor shoes worn by teenagers living in the middle of the growing season.

House slippers are shoes that are worn only in limited rooms, not for outing, and are placed in a very poor condition in terms of design and functionality compared to other footwear.

That is, as described above, in the case of shoes for outing, technology development is being made by adding a wide variety of fashions and functionalities according to its use, whereas indoor shoes are manufactured and sold to have only a uniform pattern and simple functionality, so the body growth period When adolescents enter adolescence, they often suffer from a variety of diseases due to incorrect postures or gait as they form postures that lead to physical growth imbalance or poor growth due to the lack of functionality of indoor shoes worn most of the day. That is true.

Therefore, the present inventor can reinforce the lack of functionality for indoor shoes worn by adolescents who spend most of their time in school life, and form the right posture and gait, which can be the cornerstone to lead a healthy life after growth. The present invention was devised to provide slippers to help maintain healthy feet.

Of course, various functional indoor shoes have been devised in the past.

However, the functional interior shoes that have been devised in the prior art are mainly focused on appearance, or technical development has been made with emphasis on material or structural changes for shock absorption, thermal insulation and breathability of the foot, and mobility, but care and consideration for the foot of the underlying shoe wearer There was a lacking part.

-Korean Patent Publication No. 10-2018-8948 (published on: January 25, 2018, title of invention: functional indoor shoes) -Korean Registered Utility Model No. 20-0271372 (Registration Date: March 28, 2002, Name of Design: Functional Indoor Shoes with Cleaner Function) -Korea Patent Publication No. 10-2011-0029953 (Publication date: 2011.03.23, title of the invention: detachable functional wellness cushion sole)

It was devised to solve the shortcomings of the conventional slippers of the present invention, and it improves the fit of shoes and allows the arch to be supported while enclosing the heel comfortably so that the distribution of body pressure acting on the plantar surface is smooth. It aims to provide functional slippers that can help prevent injury and improve mobility.

In addition, the present invention installs a body pressure sensor that detects body pressure acting on the insole inside the outsole of the indoor shoe, so that the user can grasp the body pressure distribution that acts on the indoor shoe insole through his smartphone to maintain correct walking or posture. Another purpose is to provide a functional indoor shoe that enables the user to do so.

In order to achieve the above object, the functional indoor shoes according to the present invention comprises a body portion formed of a structure surrounding the instep and the heel of the foot, and a bottom window formed of a predetermined thickness to absorb shock while being coupled to the bottom surface of the body portion. , An arch support convexly protruding in a round shape on the rear upper surface of the sole corresponding to the sole arch, and a heel formed at a certain height while being integrally formed with the arch support in the rear edge of the sole so as to surround the heel edge Support, a plantar pressure sensor board provided with a plurality of plantar pressure sensing sensors provided at a sensor board installation portion formed at a certain depth in the sole, and a plantar pressure sensor board installed to sense the plantar pressure, and the plantar pressure sensor sensed by the plantar pressure sensor. The wireless communication module provided on the plantar pressure sensor board and the planter pressure sensor board and the wireless communication module so as to be displayed on a dedicated app mounted on the user's portable terminal. Includes a battery that is integrally formed on the plantar pressure sensor board, but the plurality of plantar pressure sensors include sensor 1 (S1) on the 1st (thumb) toe site, sensor 2 (S2) on the 1st toe metatarsal area, 2 ~ Sensor 3 (S3) at the 3rd toe metatarsal area, Sensor 4 (S4) at the 4 to 5 toe metatarsal area, Sensor 5 (S5) at the inner part of the arch support, Sensor 6 at the outer part of the arch support , It is made of a structure that can detect the plantar pressure condition of the entire sole by installing 7 sensors on the heel.

delete

delete

The functional slippers according to the present invention as described above consist of a structure in which an arch support and a rim support are respectively provided on the rear part of the floor to improve the shock absorption performance by dispersing the shock applied to the plantar to the entire sole, and to wrap the heel of the foot warmly. By providing a comfortable fit to prevent injury to the foot and reduce fatigue.

In addition, by forming an arch support on the inner surface of the floor, it is possible to prevent various diseases occurring on the sole and provide indoor shoes capable of doubling exercise function.

In particular, the present design adds the functionality to detect the plantar pressure on the sole of the floor underneath the slipper, which receives the most body pressure compared to the functional shoes focused on simple material changes, so that the plantar pressure distribution state through the plantar pressure sensor It is possible to check in real time through the app installed on the smartphone, so that it is possible to walk and maintain the posture of the correct posture, thereby maintaining and improving physical health.

In addition, by forming a round-shaped rim support around the heel where the heel, which receives the most impact on the foot when wearing slippers, is located, encloses the heel, prevents the heel from being pushed to one side and effectively absorbs external shock. To provide a useful effect to prevent injury to the feet.

1 is an external perspective view of functional indoor shoes according to the present invention,
Figure 2 is a side view of a functional slippers according to the present invention,
Figure 3 is a main component separation state diagram of the functional slippers according to the present invention,
4 is an embodiment in which the arch support and the heel support are integrally formed on the floor window,
Figure 5 is a vertical cross-sectional view taken along line AA of Figure 4,
Figure 6 is a distribution of body pressure distribution and plantar pressure detection sensor acting on the sole,
FIG. 7 is a state diagram in which the plantar pressure distribution state sensed by the plantar pressure sensor provided in the functional indoor shoe according to the present invention is displayed through a portable terminal equipped with a dedicated app.

Functional indoor shoes according to the present invention are made of a structure in which a U-shaped heel support is protruding so that the arch support protrudes roundly at the rear of the upper surface of the floor window to cover the user's sole arch, and the U-shaped heel support protrudes to cover the edge of the heel of the foot. It is configured to stably support the heel while distributing the external shock evenly over the entire sole, preventing the concentration of body pressure in a specific area and providing a functional slipper that can prevent toe injury and prevent plantar disease.

In addition, the functional indoor shoes according to the present invention are mainly worn by teenagers in the growing season, and can grasp the plantar pressure distribution on the soles of themselves to induce correct posture and correct walking, thereby helping the body grow. It is made of a structure with a plantar pressure sensor board equipped with a plurality of plantar pressure detection sensors for detecting plantar pressure inside the sole so as not to cause excessive force on the upper body structure associated with the sole.

Hereinafter, the functional indoor shoes according to the present invention will be described in detail with reference to the accompanying drawings.

1 shows the external appearance of the functional slipper 100 according to the present invention, and FIG. 2 shows a side view of the functional slipper 100 according to the present invention, respectively.

Functional interior shoes 100 according to the present invention, as shown in Figures 1 and 2, the body portion 10 and the bottom portion of the body portion 10 so as to wrap the wearer's instep and heel To reduce the impact transmitted to the bottom window 20 is made of a cushion material of a certain thickness.

In addition, a plurality of air communication holes 15 are penetrated to the upper surface of the body portion 10 to a certain size so that air can be communicated between the inside and outside of the body portion 10. The support 40 and the heel support 50 are made of a structure formed to a certain height, and a sensor board insert 30 of a certain depth is cut into the inside of the sole 20 on one side of the sole 20. It consists of a structure that can be inserted into the plantar pressure sensor board to be described later.

Figure 3 shows the separation state of the main feature components to explain in more detail the features of the functional slippers 100 according to the present invention.

That is, as shown in FIG. 3, when the upper surface of the sole or the sole is composed of an insole and an outsole, the upper surface of the insole has a convex rounded shape to support the arch formed on the sole of the wearer's foot to support the sole arch. So that the arch support 40 is formed to a certain height, U-shaped belt-shaped heel support 50 is provided to surround the heel rim of the user's foot is configured to be seated inside the rear rim of the shoe.

The arch support 40 and the heel support 50 may be configured in separate forms, and may be coupled to the upper surface of the insole or the floor window, and the arch support 40 and the heel support 50 as shown in FIG. 3. It may be integrally configured to be coupled to the upper surface of the insole or sole window, it is preferable that the arch support 40 and the heel support 50 are integrally configured as shown in FIG. 3 for manufacturing convenience.

In addition, when the floor of the slipper is composed of only one sole window, the arch support 40 and the heel support 50 may be formed in a structure integrally molded to the sole.

In addition, the planter pressure sensor board 70 is configured to be embedded in the sensor board insert 30 which is formed to a certain depth inside the sole 20, and the sole planter pressure sensor board 70 is equipped with a wearer's sole, that is, power. It consists of a configuration in which a plurality of plantar pressure detection sensors 72 are installed in the toe position or the midfoot bone between the toes, the medial arch, the lateral arch, and the heel to detect the plantar pressure.

In addition, the footpad pressure sensor board 70 is provided with a wireless communication module 74 to collect the signals detected by each footpad pressure sensor 72 and transmit them to the user's portable terminal side, the plurality of footpad pressure A small battery 76 is integrally mounted to supply power to the sensor 72 and the wireless communication module 74.

Although not shown in the drawing, after the plantar pressure sensor board 70 is inserted into the sensor board insert 30 formed in the bottom window 20, the opening of the sensor board insert 30 is provided with a separate sealing member. It is sealed so that moisture penetration and penetration of various foreign substances into the interior is blocked.

In addition, the plantar pressure sensor board 70 is made of a soft synthetic resin material that is not easily damaged by bending or impact, and is configured to maintain its durability.

Meanwhile, FIG. 4 shows an excerpt of a state in which the arch support 40 and the heel support 50 are seated on the upper surface of the sole.

As shown in Figure 4, the arch support 40 and the heel support 50 may be molded integrally with the sole when manufacturing the sole, and are manufactured separately due to the characteristics of the material and attached to the top of the sole. It can be done.

In the case of slippers, insoles (insoles) and outsoles (outsoles or soles) are often not configured separately. When manufacturing outsoles, the arch support 40 and the heel support 50 are integrally molded on the top surface for convenience in manufacturing slippers. It can be made of a structure that can be improved.

In addition, FIG. 5 shows a cross-sectional shape of the arch support 40 and the heel support 50 formed integrally with the sole 20, as shown in FIG.

As shown in Fig. 5, the arch support 40 is formed to have a curved shape in the form of a rounded rod shape and has a curved surface that appears to flow slightly from the outside to support the arch formed on the bottom of the user's sole. It is made of a structure, and the heel support 50 is formed to have a slope in a downwardly inclined form from the top to the bottom of the inside, so that it can be collected inward while enclosing the edge of the heel of the foot.

On the other hand, Fig. 6 schematically shows a state in which the plantar pressure detection sensor is located at a site where the plantar pressure mainly acts while wearing the functional indoor shoes 100 according to the present invention to detect the plantar pressure.

The area where the plantar pressure is applied to the floor surface of the shoe is distributed in color, the red area is the area that receives a lot of body pressure, the blue area indicates the area where the body pressure is relatively low, and the white area has almost no body pressure. This is a non-working site.

Thus, according to the wearer's body pressure distribution state acting on the floor, the body pressure sensor is installed on a plurality of areas where body pressure is applied to grasp the plantar pressure distribution state.

That is, the first sensor (S1) is the first (thumb) toe site, the second sensor (S2) is the first toe metatarsal site, the third sensor (S3) is the second to third toe metatarsal site, and the fourth The sensor S4 is a 4-5 toe metatarsal region, the 5th sensor S5 is the inner part of the arch support 40, the 6th sensor S6 is the outer part of the arch support, and the 7th sensor S7 ) Indicates the heel part.

Therefore, sensors 1 (S1) to sensors 7 (S7) detect the plantar pressure of the wearer of the slipper acting on each corresponding site, and the signal detected by each planter pressure sensor detects the portableness of the wearer of the slipper through the wireless communication module. The body pressure of the wearer acting on the floor of the indoor shoes, that is, the plantar pressure distribution state is shown through the dedicated app installed on the portable terminal and transmitted to the terminal, so the wearer of the indoor shoes sees his body pressure distribution and sees if his steps or postures are correct Make sure to keep the correct posture by grasping it from time to time.

Meanwhile, FIG. 7 schematically shows a state in which the signal is transmitted from the plantar pressure sensor installed in the above-described indoor shoe sole window to the portable terminal M of the indoor shoe wearer to show the plantar pressure distribution state.

As shown in the figure, the position of each sensor in the shape of both feet and the sensor of the area where the plantar pressure is applied are different colors as shown in the figure showing the condition of the plantar pressure distribution of the sole through the dedicated app transmitted to the portable terminal of the indoor wearer. It can be configured to be displayed or the graph shows the plantar pressure acting between each sensor so that the user can conveniently grasp the plantar pressure distribution status, and the plantar pressure status display provided in such a portable terminal is composed of a dedicated app. And may be provided in various patterns depending on the structure.

On the other hand, the plantar pressure sensor board installed in the bottom window may be provided with a control unit that collects and transmits signals detected by a plurality of plantar pressure sensing sensors or controls an electrical signal transmitted to each sensor. The technical configuration of the sensor detection system can be easily implemented by those skilled in the art through conventionally known techniques, and thus detailed description thereof will be omitted in the detailed description of the present invention.

10: body portion 15: air communication hole
20: bottom window (OUT SOLE) 30: sensor board insert
40: arch support 50: heel support
60: INSOLE
70: plantar pressure sensor board 72: plantar pressure sensor
74: wireless communication module 76: battery
100: indoor shoes M: portable terminal
S1: Sensor 1 S2: Sensor 2
S3: Sensor 3 S4: Sensor 4
S5: Sensor 5 S6: Sensor 6
S7: Sensor 7

Claims (4)

delete delete delete The body portion 10 is made of a structure surrounding the instep and the heel of the foot, and is coupled to the lower portion of the body portion 10, the bottom window 20 made of a certain thickness so as to absorb shock while contacting the bottom surface, and the sole of the foot The arch support 40 protruding convexly in a round shape on the rear upper surface of the corresponding sole window 20, and the arch support 40 in the rear edge portion of the sole 20 to surround the heel edge ) Is formed integrally with a heel support 50 formed at a certain height, and a plurality of plantar pressure detection sensors 72 are provided on the sensor board installation portion 30 formed at a certain depth in the sole 20, the plantar plantar pressure. The plantar pressure sensor board (70) installed to sense the plantar pressure sensor board (70) and the planter pressure sensor (72) so that the state of the plantar pressure sensed by the planter pressure sensor (72) is displayed on a dedicated app (App) mounted on the user's portable terminal. 70) provided in the wireless communication module 74, and the planter pressure sensor board 70 and the wireless communication module 74 to supply power to the sensor board installation unit 30 inside or planter pressure sensor board (70) Including a battery 76 integrally configured,
The plurality of plantar pressure sensors 72 include the first sensor (S1) on the toe site of the 1st (thumb), the second sensor on the toe metatarsal site (S2), and the third sensor on the 2 to 3 toe metatarsal site ( S3), 4 to 5 sensor 4 in the metatarsal region (S4), sensor 5 in the inner part of the arch support 40 (S5), sensor 6 in the outer part of the arch support 40, S6, Functional indoor shoes, characterized in that each of the seven sensors (S7) is installed on the heel part to have a structure that can detect the plantar pressure condition of the entire sole.

Images