KR20210143487A - Lifting band and band manufacturing method - Google Patents

Abstract

The present invention relates to a correction band having lifting and acupressure massage functions and a method for manufacturing the same. The Neoprene band is elastic and excellent in performance for close body contact. In addition, the band is capable of body protection from various external factors. According to the present invention, local acupressure is performed by protrusions of the band, and thus body correction, blood circulation improvement, and skin elasticity improvement can be achieved. In the present invention, a seating portion (10) for close contact with a body part is formed integrally with a pressure portion (20) extending on both sides of the seating portion to contain another body part and restraining the body with fastening means (21) provided on both sides. The seating portion (10) or the pressure portion (20) is provided with at least one protrusion (30) having a set thickness at an unspecified position to perform acupressure or lifting on a body part. The seating portion (10) and the pressure portion (20) are made of a Neoprene material having a set level of elasticity.

Description

A corrective band having both lifting and acupressure massage functions and a manufacturing method thereof

The present invention relates to a local correction band for improving body correction, blood circulation and skin elasticity by applying a predetermined pressure while embracing a specific part of the body, and a method for manufacturing the same, and more specifically, Lifting and acupressure that actively improves blood circulation and skin elasticity as well as body correction as the efficiency of local acupressure is doubled due to the multiple protrusions provided in the set shape as well as excellent adhesion to the body due to elasticity and excellent self-performance It relates to an orthodontic band having a massage function and a manufacturing method thereof.

Usually, compression bands provided in various forms are used to correct imbalances in the body or to improve blood circulation or skin elasticity, and the compression bands are generally used for setting compression while embracing local objects. It combines elasticity so that it can be applied.

The compression band is mainly made of a material having excellent elasticity such as spandex, synthetic rubber, silicone, etc. As an example, Utility Model Registration No. 20-0240804 "Face Compression Band" is published. The technology relates to a face compress that is installed to cover both sides of the face and the lower part of the chin, and the main band is fixed to the crown by tensioning both sides while the center of the compress is in close contact with the chin; Auxiliary band for embracing and fixing and pressing; is integrally constructed, and is made of spandex material, and it has the effect of effectively preventing sagging of the skin by compressing and enveloping the local area of the body with excellent elasticity.

As another example in relation to the compression band, Registered Utility Model Publication No. 20-0397185 "Butt Correction Band" is published, and the technology is a waistband worn on the waist; and the front of the waistband, that is, close to the groin of the body. a left band extending downward in position and including a loop at the end; and a right band; and a pair of hooks extending downward from both sides of the waistband, that is, in a position close to both sides of the body, and adjustable in length at the ends, and after entering the left and right bands into the groin, the buttocks It is a technique that elastically supports the buttocks by binding it to the hook through the lower cheek. The technology is composed of a transparent or translucent silicone material, and proposes excellent adhesion to the body and wearability as the main features.

For example, since the compression band requires a long wearing time in order to obtain the effect, excellent ventilation and durability that can maintain the elasticity of the band for a long time is required to relieve even a little of the suffocation of wearing.

On the other hand, spandex and silicone adopted as materials in the prior art are excellent in elasticity and wearability, but performance such as ventilation, durability, and skin friction caused by sweat are somewhat insufficient, so they are reluctant to use.

As a result, it is urgently needed to develop a band that has excellent performance as a compression band, can be applied to various body parts, not just a specific part, minimizes discomfort or stuffiness even when worn for a long time, and has excellent functions without irritation to the skin. is demanded

Republic of Korea Registered Utility Model Publication No. 20-0240804 "Face Compression Band" Korean Utility Model Publication No. 20-0397185 "Butt Correction Band"

The present invention was created to more actively solve the above problems, and provides a band applicable to various body parts without being limited to any one local area. The main problem is to provide a product that is comfortable to wear.

In addition, another object of the present invention is to shorten the wearing time of the compression band by providing a technique capable of promoting body correction, blood circulation, and skin elasticity improvement by stimulating the compression site more effectively.

In order to achieve the above-mentioned problem, the corrective band having both lifting and acupressure massage functions proposed by the present invention and a manufacturing method thereof are as follows.

First, the orthodontic band of the present invention includes a seating part 10 that is in close contact with a specific part of the body; and extends to both sides of the seating part to embrace another body part, but binds the body to the body by the binding means 21 provided at both ends. It is characterized in that the constraining pressing portion 20; is integrally configured.

In particular, the seating part 10 or the pressing part 20 of the present invention is provided with at least one or more protrusions 30 having a set thickness at an unspecified location to perform acupressure or lifting a part of the body, and the seating part (10) and the pressing part 20 is characterized in that it is made of neoprene material with a set elasticity.

In addition, the protrusion 30 is a magnetic body 31 disposed at a specific position of the pressing part 20; and the front surface of the magnetic body is embraced and sewn by thermal bonding with the pressing part to hold the position of the magnetic body. It is characterized in that it is composed of; the cover body 32 made of TPVR material.

In addition, the compression part 20 is formed to extend in both directions from the lower end of the seating part 10 and includes an auxiliary compression part 40 for restraining another body, thereby improving the binding force with the body.

In addition, the compression unit 20 is characterized in that the slot-shaped cut-out surface 22 is formed at a specific location to expose ventilation or a part of the body to the outside.

In addition, the seating portion 10 further includes an elastic member 50 installed on the inner surface to protect the skin in the area in contact with the body, and the elastic member 50 is on the surface of the carbon fiber impregnated with the epoxy resin. It is characterized in that it is made of a carbon fiber composite coated with Teflon resin.

In addition, the elastic member 50 is made of a mesh of a honeycomb pattern to improve the contact area of the body while improving the wearer's skin, and to impart antibacterial and cooling functions, a mixture of rosin, xylitol, and mint powder is mixed with Teflon resin. It is characterized in that it is applied.

The calibration band manufacturing method of the present invention includes a band forming step (S10) of inserting a fabric made of neoprene material into a forming machine and cutting it into a predetermined shape; and a Velcro attachment step of sewing Velcro at positions corresponding to each other at both ends of the band (S20) ); and at least one magnetic body and a cover body made of a TPVR material in an unspecified position of the band, in order to stack and arrange the acupressure part preparation step (S30); Sewing step (S40); characterized in that it consists of.

In addition, the sealing step (S40) of the acupressure part includes a cover body adhesion step (S41) of pressing the edge of the cover body; and a cover body bonding step (S42) of thermal bonding by supplying heat of a set temperature to the pressing surface; and , a cover body forming step (S43) of forming the cover body into a concave shape by vacuum adsorbing all areas except for the edge of the cover body where thermal bonding is performed.

According to the present invention consisting of the above-described configuration, the excellent bending resistance of the neoprene material has excellent adhesion no matter where it is worn on the body, and in addition, the body is safely protected from various external factors with performance such as oil resistance, weather resistance, ozone resistance, etc. There is an effect that can be done.

In addition, the present invention can effectively stimulate the pressure part of the wearer due to the excellent elasticity of the neoprene material, and in addition, another effect of maximizing the convenience by exposing a specific part such as the ear to the outside by using a separately formed incision on the band is expected. can

In addition, the present invention has another effect that can actively shorten the wearing time of the band by maximizing the stimulation of the skin by the protrusion formed on the band to promote body correction, blood circulation, improvement of skin elasticity, and the like.

1 is a perspective view of a calibration band configured according to a preferred embodiment of the present invention.
Figure 2 is an exploded view of Figure 1;
Figure 3 is a wearing view of Figure 1;
4 is an exploded view of a calibration band configured according to another embodiment of the present invention.
Figure 5 is a wearing view of Figure 4;
6 is an exploded view showing that an elastic member is applied as another embodiment of the present invention.
Figure 7 is a wearing view expressing the stimulation by the lifting and protrusion of the contact area by wearing the corrective band of the present invention.
Figure 8 is a wearing view expressing a state in which the elasticity of the skin is improved by the protrusion proposed in the present invention.
9 is a flowchart sequentially listing the manufacturing process of the band constituted by the preferred embodiment of the present invention.
Figure 10 is a real photograph showing a part of the cutting device applied to manufacture the band of the present invention and the band cut using the same.
11 is a real photograph of the pressing jig applied to create the protrusion proposed in the present invention.
Figure 12 is a real photograph of the protrusion applied to the inner surface of the band proposed in the present invention.
13 is a real photograph of the protrusion applied to the outer surface of the band proposed in the present invention.
14 to 15 are related certificates of the band proposed by the present invention.
16 to 17 are Korean building materials test report of the band proposed in the present invention.

Hereinafter, with reference to the accompanying drawings, it will be collectively described for the configuration of the present invention and the resulting action and effect.

Advantages and features of the present invention, and a method for achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only this embodiment serves to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, like reference numerals refer to like elements throughout the specification.

The present invention relates to a local correction band for improving body correction, blood circulation and skin elasticity by applying a predetermined pressure while embracing a local part of the body, and a method for manufacturing the same.

However, it is a known fact that the present invention has only proposed various embodiments of the band for better understanding, and is not limited thereto, and can be used in various other protectors such as knee protectors and wrist protectors. In addition, the main purpose is to maximize the stimulation efficiency of the corresponding area while attaching and detaching to the body part.

Above all, the present invention not only has excellent adhesion to the body with a predetermined elasticity and excellent self-performance, but also improves the efficiency of local acupressure due to a number of protrusions provided in a set shape as well as body correction, as well as blood circulation and skin Note that it is related to a corrective band having both lifting and acupressure massage functions in which elasticity is actively improved, and a manufacturing method thereof.

Figure 1 is a perspective view of a calibration band configured according to a preferred embodiment of the present invention, Figure 2 is a view of the development of the calibration band.

As shown in the drawings, the band 1 of the present invention is provided in a form having a predetermined length in one direction so that it can be quickly and conveniently worn in various parts of the body without being specific to any one part of the body.

Specifically, the seating portion 10 to be in close contact with a specific part of the body; and a pressing part 20 extending to both sides of the seating part and embracing another body part while maintaining tension, and restraining the body by binding means 21 provided at both ends.

For example, the seating part 10 and the pressing part 20 are divided into regions of the band 1 to help understanding of the description, that is, the seating part and the pressing part are one band integrally formed with each other.

The seating part 10 is a region directly connected to a body part requiring correction, and refers to the middle region of the band 1, and the seating part is configured to further include a receiving space made of a predetermined curved surface on the inner surface. do.

The accommodating space aims to improve the stability of wearing by promoting the adhesion of the body part that requires correction, and in particular, perfect adhesion to the body parts that are curved due to the skeleton such as the chin, shoulder, elbow, knee, heel, etc. Accordingly, it is possible to maintain stable wearing even with a simple operation of the wearer.

The compression part 20 is a region extending long to both sides of the seating part 10, and at the same time induces overall tension of the band, compression wearing is performed by the binding means 21 provided at both ends of the compression part.

The binding means 21 basically pursues a simple fastening method using velcro, and in some cases, a pair of left and right pressing parts 20 such as a snap fastener or a ring belt are fixed. It can be provided by any means possible.

The pressing part 20 includes a slot-shaped cut-out surface 22 formed at a specific position as shown in the drawing. The incision surface 22 is present to induce ventilation to induce a comfortable fit, as well as to expose a portion to be exposed to the outside, ie, a specific area such as the ear, among the areas subjected to pressure.

In particular, the side facing the front of the ear of both sides of the slot is made in a straight shape, and the side facing the back of the ear is formed in a round shape facing outward. The reason that the surface facing the back of the ear is processed in a round shape as described above is that the width of the cut surface 22 is proportional to the tensile length of the compression part when the compression part 20 is pulled to induce tension in the band 1 . As it narrows, the back of the ear comes into contact with the slot, and when such wearing is made continuously or repeatedly, the skin is damaged by friction with each other, so it is desirable to provide a comfortable band to configure the area in a round shape.

The band of the present invention is made of a neoprene material with a set elasticity.

The neoprene material is basically elastic, and especially with its bending resistance, it exhibits excellent adhesion even when worn on any part of the body, and it also absorbs sweat and quickly discharges it to the outside. Due to the performance such as ozone resistance, it is excellent for use as the band (1).

On the other hand, the band 1 of the present invention further includes; at least one or more protrusions 30 having a predetermined thickness, and the protrusions 30 are basically preferably disposed close to the seating portion 10, but if Accordingly, it may be provided in all areas of the band.

The protrusion 30 is composed of a magnetic material 31 emitting a magnetic field and a cover body 32 fixing the magnetic material to the band 1 .

The magnetic body 31 is made in the shape of a coin and is disposed at a specific position of the pressing part 20, the cover body 32 embraces the front surface of the magnetic body, and is sewn by thermal bonding with the pressing part to position the magnetic body. It is made of TPVR material that makes it adhere.

The protrusion 30 maximizes the pressure of the correction site due to the shape more protruding from the band 1, and in particular, promotes stimulation of the correction site with the magnetic force of the magnetic body 31 to actively shorten the wearing time of the band. play a role

The band 1 of the present invention configured as described above can be worn as shown in FIG. 3 .

3, the band 1 of the present invention places the receiving space of the seating part 10 on the chin, and then pulls both pressing parts 20 toward the crown to generate a predetermined tension. And in a state in which the tension is maintained on the band 1, the binding means 21 provided at each end of the pressing unit 20 is coupled to each other to ensure stable wearing.

Although not shown in the drawings, the band 1 of the present invention can be worn for the purpose of correcting the heel.

First, the inner surface of the band (1) is placed on the floor so that it faces upward, and the heel is placed in the receiving space of the seating part 10, and then both compression parts 20 are moved to the instep, but cross each other. And after moving each end of the pressing unit 20 to the sole of the foot again, it is combined with the binding means 21 to finish.

In the above manner, the band 1 of the present invention can be worn on various body parts to correct the body or improve blood circulation and skin elasticity.

4 is an auxiliary compression unit 40 for improving wearability of the band 1 according to another embodiment of the present invention; further is included.

The auxiliary compression unit 40 is formed in a shape extending in both directions from the lower end of the seating unit 10, and has a slightly shorter length compared to the pressing unit 20 as shown in the drawing, but is configured to be slightly shorter than that of the pressing unit 20 in accordance with manufacturing and usability. It may be longer or shorter than that.

The auxiliary compression unit 40 is provided with a binding means 21 at each end similarly to the pressing unit 20 to additionally fix the band 1 to the body.

Basically, when the pressing part 20 is fixed to the crown in a state in which the seating part 10 is in close contact with the chin, the tensile force generated by the band 1 is generated in a diagonal direction from the crown to the chin, and as a result, it is fixed to the crown Unwanted removal may be made as the compressed portion 20 slides toward the face due to the direction of the tensile force and friction between the two feet, and since the compression of the band 1 occurs only from the chin to the crown, precise correction cannot be performed .

Accordingly, the auxiliary compression unit 40 of the present invention balances the tensile force generated in one direction as it binds to the body part symmetrical with the compression unit 20 to induce desirable correction and promote stable wearing.

For example, to explain the auxiliary compression unit 40 based on the wearing case of FIG. 5 , first, the chin is closely positioned in the receiving space of the seating unit 10 and then the left and right pair of compression units 20 are pulled to reduce the tension. In the generated state, it is first constrained by the binding means (21).

Then, the position of the band 1 is stably placed by pulling the seating part 10 downward of the chin, and then a pair of auxiliary compression parts 40 disposed on the lower side of the chin are pulled toward the back of the neck to reduce tension. Secondary restraint by the binding means (21) in the generated state.

The band 1 worn as described above generates a tensile force from the chin to the crown by the combination of the seating part 10 and the compression part 20, and the combination of the seating part and the auxiliary compression part 40 from the chin to the neck direction. As a result, a tensile force is generated to improve the wearing comfort and to exhibit a balanced orthodontic force.

6 illustrates that an elastic member may be interposed in the seating portion as another embodiment of the present invention.

As shown in FIG. 6 , the seating part 10 is provided with an elastic member 50 on the inner surface, that is, the accommodation space.

The elastic member 50 is made of a shape corresponding to the receiving space of the seating part 10 for the purpose of improving the fit of the body part in close contact with the seating part 10, in particular, tensile strength, elastic modulus, lightness, Carbon fiber with excellent chemical resistance, durability, heat resistance, earthquake resistance, and wind resistance is adopted as a material.

However, since the carbon fiber has insufficient insulation, when frequent friction with the skin occurs, static electricity is generated, thereby reducing the wearing comfort and may adversely affect the skin.

Therefore, in the present invention, in order to provide the elastic member 50 that does not generate static electricity, the carbon fiber is impregnated with an epoxy resin to improve physical properties, and the surface is treated by applying a primer with Teflon resin again.

The process of impregnating the carbon fiber with the epoxy resin includes washing the carbon fiber yarn using ethanol or washing water; After removing the resin remaining on the surface and drying step; consists of.

The carbon fiber impregnated with the epoxy resin has improved physical properties to improve insulation, adhesion, and impact resistance.

Here, Teflon resin is applied to remove unnecessary adhesion.

The process of applying the Teflon resin to the carbon fiber includes processing the shape of the epoxy resin-impregnated yarn with a molding device; and sanding the surface after degreasing and dehydrating the molding; and applying the Teflon resin to the surface as a primer It consists of; and integrating the Teflon resin into the molding through repeated heat treatment.

The carbon fiber coated with the Teflon resin has improved physical properties, improved insulation and chemical resistance, and removed adhesion.

In addition, the elastic member 50 is composed of a honeycomb pattern mesh. The honeycomb pattern refers to the shape of a honeycomb by connecting regular hexagons to fill one plane. The honeycomb pattern may secure a maximum space with a minimum number of sides compared to an equilateral triangle or a square.

When tension is generated in the band and a pressure load is generated between the body part and the elastic member, each side constituting the honeycomb can be easily crushed into the empty space of the honeycomb having the maximum space, which is superior to other elastic members. Shock relief can be expected, and a large amount of ventilation is made through the honeycomb spaces, providing a comfortable fit.

On the other hand, the elastic member 50 may be individually coated with rosin, xylitol, and mint powder in each empty space of the honeycomb pattern, or may be surface-treated by mixing with Teflon resin in the process of manufacturing the elastic member 50 . .

As described above, rosin, xylitol, and mint powder stimulate the wearer's body to induce a refreshing feeling and provide a comfortable fit.

As shown in Figure 7, the band 1 of the present invention is subjected to acupressure and lifting in the stretch direction acting on the band to the body parts that the band embraces as well as the body parts close to the band due to the excellent elasticity of the neoprene material. It can have beneficial effects on the body, such as body correction of paraocclusion, improvement of blood circulation, and improvement of skin elasticity.

Furthermore, as shown in FIG. 8, the protrusion 30 of the present invention is a setting means to participate in the compression function of the band 1, and due to the material made of magnetic material, it improves skin irritation and sags in proportion to the thickness of the protrusion. By actively improving the lifting of the skin, the efficiency of use is maximized, and the wearing time of the band is shortened to induce optimal efficacy in a short time.

9 is a flowchart sequentially listing the manufacturing process of the band constituted by the preferred embodiment of the present invention.

As shown in Figure 9, the band of the present invention is manufactured by the following process.

First, a band forming step (S10) of putting a fabric of neoprene material into a molding machine and cutting it into a predetermined shape; and a Velcro attachment step of sewing Velcro at positions corresponding to each other at both ends of the band (S20); Acupressure part preparation step (S30) of sequentially stacking and disposing a cover body made of at least one magnetic body and TPVR material at an unspecified location; And, acupressure part sewing step (S40); is composed of

The sealing step (S40) of the acupressure part consists of a cover body adhesion step (S41) of pressing the edge of the cover body, and a cover body bonding step (S42) of thermal bonding by supplying heat of a set temperature to the pressing surface.

In particular, the cover body forming step of forming the cover body into a concave shape by vacuum adsorbing all areas except for the edge of the cover body where thermal bonding is performed in the cover body bonding step (S42) so that the shape of the protrusion 30 can be specified. (S43) is further included.

The processing and shape of the protrusion 30 will be described in detail with reference to FIGS. 9 to 12 .

As shown in FIG. 10 , the band 1 of the present invention is first cut and molded on one side of the band proposed by the present invention using a cutting device, and the cut molding is symmetrical with respect to the central portion of the seating part 10 . Place and join

11 is a real photo of the pressing jig applied to create the protrusion, FIG. 12 is a real photo of the protrusion applied to the inner surface of the band, and FIG. 13 is a real photo of the protrusion applied to the outer surface of the band.

11 is a pressing jig for attaching the protrusion 30 of the present invention to the band 1, in a state in which the pressing jig is installed in the pressing device, the magnetic body and the cover body disposed at a specific position of the band 1 are uniformly Pressurized with one pressing force. At this time, the magnetic body is fixed to the band by supplying heat of a set temperature to the edge of the cover body and fusing the band and the cover body.

On the other hand, looking at the pressing jig of FIG. 11, it can be seen that a hole is penetrated in the center. As described above, the pressing jig and the pressing jig to form the cover body into a concave shape by vacuum adsorbing all areas except the edge of the cover body. It is a hole for sucking in air between the cover bodies.

12 is a photograph showing the inner shape of the band to which the protrusion 30 is fused by the pressure jig, and FIG. 13 is a photograph showing the outer shape of the band to which the protrusion 30 is fused by the pressure jig, the outer surface of the band As can be seen, the concave shape of the cover body can be confirmed.

The band of the present invention made of the above configuration has excellent adhesion no matter where it is worn on the body due to the excellent bending resistance performance of the neoprene material, and, with performance such as oil resistance, weather resistance, ozone resistance, etc., safely protects the body from various external factors. can protect In addition, the excellent elasticity of the neoprene material can effectively stimulate the wearer's compression area, and in addition, the incision surface formed separately on the band exposes a specific area such as the ear to the outside, thereby maximizing the convenience. In addition, the protrusion formed on the band maximizes the stimulation of the skin to promote body correction, blood circulation, improvement of skin elasticity, and the like, thereby actively shortening the wearing time of the band.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10. Seating part 20. Compression part
30. Protrusion 40. Auxiliary Compression Part
50. Elastic member 1. Band
S10. Band forming step S20. Velcro attachment step
S30. Acupressure part preparation step S40. Acupressure part sewing step

Claims (5)

a seating portion 10 that is in close contact with a specific part of the body;
a pressing part 20 extending to both sides of the seating part and embracing another body part, and restraining the body by binding means 21 provided at both ends;
including,
The seating part 10 or the pressing part 20 is provided with at least one or more protrusions 30 having a set thickness at an unspecified location and performing acupressure or lifting a part of the body,
The seating part 10 and the compression part 20 are orthodontic bands having both lifting and acupressure massage functions, characterized in that they are made of a neoprene material with set elasticity.
According to claim 1,
The protrusion 30 is
a magnetic body 31 disposed at a specific position of the seating part 10 or the pressing part 20;
a cover body 32 made of a TPVR material that embraces the front surface of the magnetic body and is sewn by thermal bonding with the pressing unit to hold the position of the magnetic body;
A corrective band that combines lifting and acupressure massage functions, characterized in that it consists of.
According to claim 1,
Lifting and acupressure massage, characterized in that the compression unit 20 extends from the lower end of the seating unit 10 in both directions and includes an auxiliary compression unit 40 that restrains another body, thereby improving the binding force with the body. A correction band with functions.
Band forming step (S10) of putting the fabric of neoprene material into a molding machine and cutting it into a predetermined shape;
Velcro attachment step (S20) of sewing the Velcro at positions corresponding to each other at both ends of the band;
Acupressure unit preparation step (S30) of sequentially stacking and disposing a cover body made of at least one magnetic body and a TPVR material at an unspecified location of the band;
Acupressure part sewing step (S40) of bonding to the band by thermally pressing the edge of the cover body;
A method of manufacturing an orthodontic band with lifting and acupressure massage functions, characterized in that it consists of.
5. The method of claim 4,
The acupressure part sewing step (S40) is,
a cover body close contact step of pressing the edge of the cover body (S41);
A cover body bonding step of thermal bonding by supplying heat of a set temperature to the pressing surface (S42);
A cover body forming step (S43) of forming the cover body into a concave shape by vacuum adsorbing all areas except the edge of the cover body to which thermal bonding is performed;
A method of manufacturing an orthodontic band with lifting and acupressure massage functions, characterized in that it consists of.

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