KR20120119341A - A apparatus for manufacturing form-fitting insoles and form-fitting method useing of it - Google Patents

Abstract

PURPOSE: A customized heel insert forming device and a customized insert forming method using the same are provided to form a customized heel insert fit to the foot of a user. CONSTITUTION: A customized heel insert forming device(10) comprises a forming box assembly, a support(20), and an upper restricting member. The forming box assembly opens and closes a lid(12) and supplies or discharges heat. A customized heel insert is mounted on the forming box assembly. The support is installed in the forming box assembly and supports the heel insert. The upper restricting member presses and supports the top portion of a customized heel insert.

Description

Custom Insole Molding Apparatus and Custom Insole Forming Method Using The Same {A APPARATUS FOR MANUFACTURING FORM-FITTING INSOLES AND FORM-FITTING METHOD USEING OF IT}

The present invention relates to a custom insole molding apparatus for directly molding the shoe insole to the foot of the user (user) and a custom insole molding method using the same.

In more detail, it is possible to open and close the lid by using the feeder, and to supply and discharge the heat, and formed in the shape of a rectangular parallelepiped box, and the support base for supporting the insole for molding in the molding box And an upper detaining port for detaining an upper surface (upper side) of the molding insole; The mold is placed inside the molded box and the heat is applied directly to the inside of the molding box while the lid is closed, or the mold is heated while the lid is opened with the customized insole heated by an external heating device. Custom insole molding device and custom insole molding using the same, characterized in that to form a customized insole to fit the user's feet by placing the foot in the heated customized insole placed in the interior of the mold, and maintained for a predetermined time To provide a way.

The foot, called the second heart, consists of the forefoot, centered around the toes, the midfoot, except for the toe and heel, and centered on the heel It is divided into a posterior foot.

The forefoot is composed of one big toe and the other four toes to receive strength during forward movement. The forefoot is composed of metatarsal bones, the anterior part of which is connected to the forefoot, and the rear part of the forefoot, supporting the body. The rear part is composed around the heel bone and absorbs the initial impact of the weight when walking and plays a role in supporting and balancing the weight when standing, thus significantly increasing the importance of the foot (recognition) )

Shoes commonly used (such as shoes and sneakers) include an upper part protecting the power generating body including the instep, an out sole made up of a sole and an outsole which protects the sole and protects the impact, and the outsole. Installed in the inside of the sole (OUT SOL) consists of a large insole (IN SOL) insoles to substantially protect the soles to protect and mitigate the impact.

Shoes (shoes and sneakers, etc.) are made of custom-made shoes that are made to fit their feet and ready-made shoes (made-of-order shoes and ready-made sneakers) made based on standard dimensions, and most of them use ready-made shoes in modern life. I'm doing it.

The ready-made shoes are standardized, in particular the insole is also standardized (formed in the same shape), while each individual has the same shape and shape of the feet (toes, soles, heel), even if the feet are of the same dimensions (three-dimensional) Enemy figure) is completely different.

Nevertheless, each individual must wear standard ready-made shoes, and the insole of standardized ready-made shoes does not fit the individuality of each person's foot, resulting in uncomfortable wearing, unstable posture, and foot fatigue. It is weighted.

In recent years, even if you purchase the ready-made shoes as described above, insoles (IN SOL) are customized to fit their feet (curve shape and three-dimensional shape).

As such, forming the insole (IN SOL) to be customized, domestic patent registration No. 10-470905 (fitting insole and its manufacturing method according to the shape and movement characteristics of each individual), published patent publication number No. 10-2009-67331 (The thermoforming injection molding kit for holding the foot of the foot and the method of manufacturing a custom insole using the same), Patent Publication No. 10-2010-53415 (Insole and mold using a mold Method of preparing the same) is known.

In addition, Japanese Laid-Open Patent Publication No. 2003-304909 (P2003-304909A: Foot sole for insole molding) and US Patent No. 5,593,699 (manufacture device for custom insole) are known.

Korean Patent Registration No. 10-470905 (fitting insole for each individual's foot shape and movement characteristics and manufacturing method thereof) separately manufactures an oven (heat molding machine) equipped with a heating device, the oven (heat molding machine) The insole is put into the preheater, and the insole preheated by the oven (heat molding machine) is put in the shoe, and the shoe is worn to form a customized insole.

Korean Patent Laid-Open Publication No. 10-2009-67331 (a thermoformed injection molding kit for holding a foot foot portion of a foot and a manufacturing method of a custom insole using the same), a foot-shaped molding container filled with a foot mold-forming liquid in a microwave oven or hot Preheat the foot molding liquid by heating it with water, and put the foot on the preheated foot molding liquid to form the sole. Pour the foot sole molding liquid on the molded part of the sole to make the sole foot pattern. Pressed on a thermoformed insole to form an insole.

Korean Patent Laid-Open Publication No. 10-2010-53415 (a method for manufacturing a custom insole using insole and molding die), preheats the custom insole using an electric oven, and puts the preheated custom insole on the molding die. Before the preheated custom insole is hardened, the user stands and puts his foot on the preheated custom insole and waits until it solidifies.

However, when preheating the insole in order to form a customized insole (insole) by the apparatus and method as described above, due to the thickness and the material of the insole, the first half occurs in the rear and the middle portion swells. This deformation results in the inability to easily mold custom insoles (insoles).

In addition, since the preheated insole (insole) is completely exposed to the outside, molding (pressing or dipping the foot) is performed so that the heat of the insole can be easily released, so that the customized insole can be smoothly formed. There is no phenomenon.

In particular, Korean Laid-Open Patent Publication No. 10-2009-67331 (The thermoforming injection molding kit for holding the foot of the foot and the method of manufacturing a custom insole using the same) is complicated and difficult to configure and molding method, it is easy to mold a custom insole It is not usable, and utility falls.

In addition, Japanese Laid-Open Patent Publication No. 2003-304909 (P2003-304909A: Foot insole molding foot) forms a plate member in which a second sponge layer and a first sponge layer are stacked up and down, and the second sponge The layer is formed with grooves (grooves), and the preheated flat insole (insole) is placed in the foot of the second sponge layer to form (upward bending of the edges of the side and rear), but this is the insole Only the edges of the side and rear of the (sole) are bent upwards, so that the customized insole cannot be molded.

US Patent No. 5,593,699 (manufacturer for a custom insole) installs a pair of boxes (cages) on the upper side of the base, fills the tray and reforming reagent inside each box, and deforms sponge water in the center. In this case, the molded sheet is placed on the upper end of the box and supported by a frame, and the foot is moved from the upper side of the molded sheet to the inside of the box so that the molded sheet and the deformable sponge water are molded (shaved off).

However, this does not directly mold the insole (custom insole), it is cumbersome to reshape the insole (insole) by using the shape of the foot formed by the deformable sponge water and the molding sheet, it can be easily performed none.

The present invention is to provide a custom insole molding apparatus and a custom insole molding method using the same to improve the problem and the above-mentioned problems and to close the shoe insole directly to the feet of the user (user).

The present invention can be opened and closed the lid using a feeder, and can be supplied and discharged heat and formed in the shape of a rectangular parallelepiped shape, and the support base and the molding support for supporting the molding insole in the interior of the molding box An object of the present invention is to provide a customized insole molding apparatus having an upper detaining port for detaining an upper surface (upper side) of the insole.

Another object of the present invention, by placing a custom insole in the molded box inside the lid closed state by applying heat to the inside of the molding box to heat directly or to cover the customized insole heated by an external heating device The insole is placed inside the molding frame with the lid open, and the foot is placed on the heated customized insole placed inside the molding mold to maintain the dyed state for a predetermined time to mold the customized insole for the user's foot. It is to provide a custom insole molding method using a device.

Other above and other objects of the present invention, the custom insole molding apparatus by using a hair dryer or a microwave oven used in the general home to mold the custom insole by the general public to easily mold themselves without incurring a separate molding cost The customized insole molding device can be used repeatedly every time the other insole is molded to increase utilization and prevent waste of resources. The purpose of the present invention is to provide a customized insole molding method using a customized insole molding apparatus that can maintain a good indoor atmosphere of a storage place.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

An apparatus for forming a custom insole;

A molded box assembly capable of opening and closing a lid, supplying and discharging heat, and formed into a rectangular parallelepiped shape;

A support for supporting and supporting the customized insole in the molded box assembly;

It is achieved by a custom insole molding apparatus 10 characterized in that it has an upper detention port for detaining the upper surface (upper side) of the customized insole supported by the support in the forming box assembly.

Other above and other objects of the present invention,

A method of preheating a custom insole and molding by stepping on the preheated custom insole;

Inside the molded box forming the custom insole molding device, the custom insole is held by the support base, and the top (top) of the custom insole held by the support base is detained by the upper detention port, and the lid is closed. fair;

A custom insole preheating process for converting a rigid custom insole into soft by preheating the custom insole by applying heat directly to the molding box in which the custom insole is embedded;

After incubating the custom insole softly, open the lid of the molded box, stepping on the preheated insole for a predetermined time by stepping on the insole molding process for molding the shape of the foot; Is achieved by the method.

Another above object of the present invention,

A method of preheating a custom insole and molding the preheated custom insole into a custom insole;

A step for wrapping a custom insole bag for wrapping the custom insole with a custom insole heating bag provided with a curl prevention piece and an inflation prevention piece;

A custom insole preheating process for preheating the custom insole softly by injecting a custom insole heating bag wrapped in the custom insole into a heating device;

Custom insole set-up process to separate the flexible insole preheated insole from the insole for heating the insole to support the support stand in the forming box to form a custom insole molding apparatus;

It is achieved by a custom insole molding method using a custom insole molding apparatus comprising a; insole molding step of stepping on the foot of the custom insole preheated to the flexible and supported by the support for a predetermined time to take a shape of the foot. .

Custom insole molding apparatus according to the present invention, the lid can be opened and closed by using the feeder can supply and discharge the heat and formed into a rectangular parallelepiped shape, and the inside of the molding box is supported by a molding insole It is to be provided with the upper supporter for holding the support base and the upper surface (upper side) of the molding insole.

Custom insole molding apparatus according to the present invention and a custom insole molding method using the same, by placing a custom insole inside the molding box to heat the heat directly inside the molding box in the state of closing the lid or external heating The customized insole heated by the device is placed inside the mold with the lid open, and the foot is placed in the heated customized insole placed inside the mold to maintain the dyed state for a predetermined time to fit the user's foot. Custom insoles can be molded.

The present invention, the custom insole molding apparatus by using a hair dryer or microwave oven used in the general home to mold a custom insole can be easily molded by the general public without incurring a separate molding cost, custom insole The molding device can be repeatedly used every time the other customized insole is molded to increase its utilization and prevent waste of resources.In case of storage, the fragrance can be stored inside to keep the indoor atmosphere of a storage place such as a shoe rack or a warehouse. It can be kept good.

1 is an exploded perspective view of a custom insole molding apparatus according to the present invention.
Figure 2 is a cross-sectional view of a state incorporating a custom insole molding apparatus according to the present invention.
Figure 3a and Figure 3b is a perspective view of a state in which the customized insole heating bag used when performing a custom insole molding method using a custom insole molding apparatus according to the present invention and a perspective view of a folded state.
5 and 6 is a process diagram showing a different process of implementing a custom insole molding method using a custom insole molding apparatus according to the present invention.

These and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1 to 6 show a specific implementation of the custom insole molding apparatus 10 and the custom insole molding method using a custom insole molding apparatus according to the present invention, Figures 1 and 2 are customized according to the present invention Exploded perspective view showing the insole molding apparatus 10 and a cross-sectional view of the combined state, Figures 3a and 3b is a customized insole heating bag used when performing a custom insole molding method using a custom insole molding apparatus according to the present invention ( 40 is an exploded perspective view and a folded state perspective view, and FIGS. 5 and 6 are process diagrams showing different implementation processes of a custom insole molding method using a custom insole molding apparatus according to the present invention.

First, the configuration (structure) of the customized insole molding apparatus 10 according to the present invention will be described with reference to FIGS. 1 and 2.

Custom insole molding apparatus 10 according to the present invention by forming a lid 12 is formed into a rectangular box-shaped forming box 11 integrally formed on the upper end of one side and the accessory parts in the forming box (11) Formed into an assembly.

The molding box 11 may be manufactured using wood and synthetic resin, including paper.

The hot air inlet 13 is formed on any one surface of the front or rear of the molding box 11, the hot air inlet 13 is formed on the opposite side (back or front) is formed with one or more hot exhaust holes 15, The hot air inlet 13 was opened and closed at one end by an opening and closing piece 14 formed integrally with the molding box 11.

Hot air inlet 13 formed on any one surface of the front or rear of the forming box 11 is formed in a "+" shape to allow the injection port of the hair dryer 30 to be coupled horizontally or vertically.

In the inside of the forming box 11, the support base 20 formed of urethane foam was formed to an appropriate height, preferably to the lower end of the hot air inlet 13, and preferably the front end and the rear end of the support base 20; The left and right side edges (ends) were provided with a front end support piece 21, a rear end support piece 23, and side support pieces 22-1 and 22-2 formed of silicon foam, respectively.

The tip support members 21, rear support members 23 and side support members 22-1 and 22-2 do not exceed the middle of the height formed by the hot air inlet 13, and the tip is supported. The supporting member 21 and the side support members 22-1 and 22-2 on both sides may be formed in an integrated "c" shape.

The customized insole 1 is placed on the upper side of the tip support member 21, the rear support member 23, and the side support members 22-1 and 22-2 formed as described above, and the customized insole 1 At the top and center portion of the upper side), the anti-curling detention support piece 25 and the bulging prevention support piece 26 are enclosed, but the anti-detention detention support piece 25 is settled in the width direction of the forming box 11 to prevent bulging. The support piece 26 is preferably settled in the longitudinal direction.

In particular, the front end support piece 21, the rear end support piece 23 and the side support piece 22-1, 22-2, and the anti-rolling detention support piece 25 and the bulging support piece 26 Was formed of a silicone foam to allow the air (hot air) to flow smoothly.

In addition, since the molded box assembly can be repeatedly used every time the other customized insole 1 is molded without being disposed of as a single use, the fragrance bag 100 formed in the molded box 11 is stored in the It was possible to obtain the effect of generating a fragrance without simply storing the molded box assembly.

Custom insole heating bag 40 illustrated in Figures 3a and 3b is formed using a woven paper, on the top and middle of the insole mounting plate 41, the anti-rolling piece 45 and the bulging prevention piece 46 ) Side by side and both sides of the edge is sealed in the insole mounting plate 41, one side of the insole mounting plate 41 was formed integrally with the back plate 43 provided with a backing plate (44).

The custom insole 1 to use the custom insole molding apparatus 10 and the custom insole heating bag 40 formed as described above was formed as illustrated in FIG.

The woven layer 2 is attached to the upper surface of the foam layer 3 in which the first foam layer 3-1 and the second foam layer 3-2 are integrally bonded (formed), and the second foam layer ( At the bottom of 3-2), acupressure pads 7 were attached to the center of the first half of the foot to press the first half of the sole (the forefoot) to obtain a cushioning effect, and at the bottom of the second foam layer 3-2 to the second half ( In the center of the heel part, a hot melt pad 4 and a cushion pad 5 are provided in front and rear to obtain a buffering effect. Both sides of the hot melt pad 4 are provided with side deformation preventing pads 6, respectively, and a foam layer ( When 3) is molded to be customized, it is possible to obtain a cushioning effect while preventing deformation (expansion).

Since the structure of the custom insole 1 as described above is a technical idea commonly known, more detailed description of the structure is omitted.

Hereinafter, a method of custom molding the insole 1 by using the customized insole molding apparatus 10 and the customized insole heating bag 40 formed as described above will be described.

The method of molding the custom insole 1 to be customized may be molded using the hair dryer 30 and the custom insole molding apparatus 10 as illustrated in FIGS. 4 and 5 (FIG. 4), It can be molded using a microwave oven 50 and a custom insole molding apparatus 10 (Fig. 5).

First, as illustrated in FIG. 4, a method of molding the customized insole 1 using the hair dryer 30 and the customized insole molding apparatus 10 will be described.

In the process, the inside of the molding box forming a custom insole molding apparatus is placed in the support insoles supported by the support base, and the upper surface (upper side) of the custom insole held by the support support to the upper detention port, closing the lid Custom insole forming box settlement process;

A custom insole preheating process for converting a rigid custom insole into soft by preheating the built custom insole by directly applying heat to the molding box in which the custom insole is embedded;

After incubating the custom insole softly, the insole molding process of opening the lid of the molding box and stepping on the preheated custom insole for a predetermined time to form the shape of the foot.

Opening the lid 12 in the molding box assembly to open the upper portion of the molding box 11, withdraw the detention support detention support 25 and the bulging prevention support piece 26 in the molding box 11 with the top open The hot air inlet 13 is opened by flipping the opening and closing piece 14.

 In the state where the anti-curling detention support piece 25 and the bulging prevention support piece 26 are removed, the front end support piece 21 and the rear end support piece 23 and the side support pieces 22-1 of both sides ( 22-2) inside the customized insole (1) so that the bottom face downward, and the removal prevention detention support piece 25 and the bulging prevention support piece (26) removed and the front end and the middle portion of the custom insole (1) The upper part of the forming box 11 is closed by placing the lid 12 that is open in the width direction or the length direction.

As described above, the lid 12 is closed and the upper portion of the molding box 11 is closed using the normal hair dryer 30 used in a general home (operating) through the hot air inlet 13 ( The hot air of high temperature (60 ~ 80 ℃) generated in the 30) is injected into the molding box 11, the hot air is supplied for a sufficient time, preferably 1 minute to 3 minutes of the molding box 11 The custom insole 1 placed inside is softened so that it is completely soft. Part of the hot air supplied into the molding box 11 is discharged through the hot air hole 15 so that the molding box 11 does not expand and maintains a predetermined shape (shape shape). fair).

Opening the lid 12 of the molded box 11 in a state where the customized insole 1 is preheated (softened), and removes the detention support detention support 25 and the bulging prevention support 26 (26) Stepping on the preheated custom insole (1) by stepping on the foot for a period of time, preferably 30 seconds to 2 minutes (by applying force), the preheated custom insole (1) is molded into the shape of the foot. fair).

When the custom insole 1 is molded using the hair dryer 30 and the custom insole molding apparatus 10, the custom insole 1 may be completed (molded) by performing the above process.

In addition, as illustrated in FIG. 5, when the custom insole molding apparatus 10, the custom insole heating bag 40, and the microwave oven 50 are to be molded, the custom insole 1 is performed as follows.

The process includes a step of wrapping a custom insole bag for wrapping a custom insole with a custom insole heating bag provided with an anti-rolling piece and an inflation prevention piece;

A custom insole preheating process for preheating the custom insole softly by putting the custom insole heating bag wrapped in the custom insole into a microwave oven;

Separating the insole from the soft preheated custom insole by the custom insole heating bag and placing the support in the support box inside the forming box to form a custom insole molding apparatus;

The insole molding step of preheating the flexible insole and supported by the support base by stepping on the foot of the foot for a predetermined time to shape the shape of the foot by molding.

Roll the custom insole (1) to the custom insole heating bag 40, inserting the custom insole (1) from the tip between the curl prevention piece 45 and the bulging prevention piece 46 formed on the insole mounting plate 41 Detained, and covers the plate 43 over the insole mounting plate 41 into which the custom insole 1 is inserted and wraps the backing plate 44 under the insole mounting plate 41 (custom insole bag wrapping process).

Put the customized insole heating bag 40 wrapped in the customized insole 1 as described above in the microwave oven 50, and operates the microwave oven 50 at 80 ~ 130 ℃ for 30 seconds to 2 minutes (preheating) The insole 1 is softened and completely softened. (Custom insole preheating process).

When the customized insole 1 is sufficiently preheated by carrying out as described above, the customized insole heating bag 40 is withdrawn from the microwave oven 50, and the flexible insole is preheated to the customized insole heating bag 40. Separated from, the preheated custom insole 1 is placed in the interior of the forming box 11 to form a custom insole molding device 10, the detention support holding member 25 and the anti-swelling support piece 26 is In the removed state, the insole 1 is supported on the inner side of the tip support member 21, the rear support member 23, and the side support members 22-1 and 22-2 on both sides, and the bottom face downward. (Set up the customized insole molding box).

Stepping on the preheated custom insole 1 placed in the shaping box 11 and stepping on the foot for a period of time, preferably for 30 seconds to 2 minutes, the preheated custom insole 1 is It is molded into shape (insole molding process).

When the customized insole 1 is molded using the customized insole heating bag 40 and the microwave oven 50, the customized insole 1 may be completed (molded) by performing the above process.

The present invention, the process of forming a custom insole 1 by using a hair dryer 30 and a custom insole molding apparatus 10 (Fig. 4), or a custom insole molding apparatus 10 and a custom insole heating bag 40 ) And the microwave oven 50 may be repeatedly molded to the custom insole 1 while performing the process of forming the custom insole 1 (FIG. 5).

In particular, after using the customized insole molding apparatus 10 can be stored and used again when molding the customized insole (1), when storing the storage place (shoebox or warehouse) by putting the fragrance bag (100) inside And the indoor atmosphere can be maintained satisfactorily.

The present invention described above is not limited to the above description, and various substitutions, modifications, and alterations within the scope not departing from the technical spirit of the present invention are possible to those skilled in the art. It will be obvious.

1: custom insole 2: weaving layer
3: foam layer 10: customized insole molding apparatus
11: Molding box 13: Hot air inlet
15: hot air outlet 20: support base
21: Tip Support 22-1. 22-2: Side Supports
23: rear end support 25: detention support for curl prevention
26: inflated support piece 30: hair dryer
40: Customized insole heating bag 41: Insole mounting plate
45: anti-rolling piece 46: bulging prevention piece
50: microwave

Claims (12)

An apparatus for forming a custom insole;
A molded box assembly capable of opening and closing a lid, supplying and discharging heat, and formed into a rectangular parallelepiped shape to accommodate a customized insole;
A support for supporting and supporting the customized insole in the molded box assembly;
And an upper detaining port for detaining the upper surface (upper side) of the customized insole supported by the supporting support in the inside of the molding box assembly. The method according to claim 1, wherein the molded box assembly in which the customized insole is placed;
A molded box integrally formed on one side thereof, and a hot air inlet formed on one surface of the front side or the back thereof, and one or more hot air discharge holes formed on the opposite side of the hot air inlet;
The hot air inlet is one end to be opened and closed by an opening and closing piece formed integrally with the molded box;
Supporting base formed from the inside of the forming box to the lower end of the hot air inlet;
A front end supporting member, a rear end supporting member, and a side support supporting member installed at the front end, the rear end, and left and right edges (ends) at the upper side of the supporting support so as not to exceed the middle of the hot air inlet;
Custom insole is placed on the upper side of the front end support and the rear end support and the side support;
Custom insole shaping device comprising a; formed in the upper side of the customized insole for preventing the detention support piece and the anti-swelling support piece to be placed in the central portion. The method according to claim 1, wherein the molded box in which the customized insole is placed;
Custom insole molding apparatus, characterized in that formed of any one of paper, wood, synthetic resin. The method of claim 1, wherein the hot air inlet formed on any one surface of the front or rear of the molding box;
It is formed in the form of "+"; Custom insole molding apparatus characterized in that. The support base settled in the inside of a shaping | molding box, a front support stand, a rear support stand, a side support stand, and an anti-rolling detention support piece and an anti-bulking support piece of Claim 1;
The support base is formed of urethane foam;
A front end support piece, a rear end support piece, a side support piece, an anti-curling detention support piece and an anti-bulking support piece formed of silicone foam. The method according to claim 2, The front support portion and the side support portion of both sides;
Custom insole molding apparatus characterized in that formed into a one-piece "c" shape. The insole of claim 2, wherein the inside of the molded box is provided with a fragrance bag. A method of preheating a custom insole and molding the preheated custom insole into a custom insole;
Inside the molded box forming the custom insole molding device, the custom insole is held by the support base, and the upper surface (upper side) of the custom insole held by the support base is detained by the upper detention port, and the lid is closed. Molding box placing process;
A custom insole preheating process for converting a rigid custom insole into soft by preheating the built custom insole by directly applying heat to the molding box in which the custom insole is embedded;
Custom insole molding method using a custom insole molding apparatus comprising a; insole molding step of forming a foot shape by stepping on the preheated custom insole for a predetermined time and then opening the lid of the molded box after preheating the custom insole softly. . A method of preheating a custom insole and molding the preheated custom insole into a custom insole;
A step for wrapping a custom insole bag for wrapping the custom insole with a custom insole heating bag provided with a curl prevention piece and an inflation prevention piece;
A custom insole preheating process for preheating the custom insole softly by putting the custom insole heating bag wrapped in the custom insole into a microwave oven;
Separating the insole from the soft preheated custom insole by the custom insole heating bag and placing the support in the support box inside the forming box to form a custom insole molding apparatus;
Custom insole molding method using a custom insole molding apparatus comprising a; insole molding step of stepping on the foot of the custom insole preheated to the flexible and supported by the support for a predetermined time to take a shape of the foot. The method according to claim 8, wherein the hot air applied to the molded box in the tailoring insole preheating process;
Custom insole molding method using a custom insole molding apparatus, characterized in that for applying a hot air of 60 ~ 80 ℃ for 1 minute to 3 minutes. The method according to claim 9, Custom insole heating bag surrounding the custom insole;
Being textile paper;
A front end and a middle side of the insole mounting plate provided with a curling prevention piece and a bulging prevention piece side by side, and each side edges of the curling prevention piece and the bulging prevention piece are enclosed in the insole mounting plate;
One side of the insole mounting plate formed integrally with the plate is provided with a backing plate; Customized insole molding method using a custom insole molding apparatus, characterized in that. The microwave oven according to claim 9, wherein the microwave oven for preheating the customized insole heating bag wrapped with the customized insole in the customized insole preheating process comprises;
Custom insole molding method using a custom insole molding apparatus, characterized in that carried out for 30 seconds to 2 minutes at a temperature of 80 ~ 130 ℃.

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