WO2020116714A1

WO2020116714A1 - Abdominal belt device having mixed ems and led emission function, and method for manufacturing same

Info

Publication number: WO2020116714A1
Application number: PCT/KR2019/002140
Authority: WO
Inventors: 장대성
Original assignee: 주식회사 스포츠케어
Priority date: 2018-12-04
Filing date: 2019-02-21
Publication date: 2020-06-11
Also published as: KR20200067337A; KR102160299B1

Abstract

The present invention relates to an abdominal belt device which combines various functions such as a low-frequency electric muscle stimulation (EMS) function for stimulating a muscle via an electrical signal, an LED treatment function, and a thermal function. More specifically, the present invention relates to an abdominal belt device which is configured so that an even mixed stimulation of low-frequency and LED, and not a localized stimulation effect caused by low-frequency or LED, is emitted across the entire abdomen, without an unfamiliar feeling in the abdomen due to a low-frequency pad.

Description

Abdominal belt device with mixed injection function of EMS and LED and its manufacturing method

The present invention relates to an abdominal belt device having various functions such as low frequency EMS (Electric Muscle Stimulation) function, LED treatment function, and warming function to stimulate muscles through electrical signals.

More specifically, it relates to an abdominal belt device configured to spray a mixed stimulus of low frequency and LED throughout the abdomen without feeling heterogeneity due to a low frequency pad in the abdomen, rather than each local stimulation effect by low frequency or LED. will be.

In the low-frequency EMS stimulation, the low frequency is a low frequency below a frequency (1,000 Hz) and has electrical stimulation that can give muscle movement with a bio-like current.

When the low frequency harmless to the human body penetrates the fat layer, the pain signal transmitted to the nerve is blocked through electrical stimulation, and the muscle is stimulated to relieve muscle tension and restore muscle function.

Through the low-frequency EMS stimulation, the effect of repetitive contraction and twisting movements of the muscles is exhibited, and the muscles are exercised to relieve pain and improve blood circulation.

In addition, it removes urinary incontinence, edema, muscle pain and arthritis, cosmetic effects, and body waste, thereby increasing immunity, adjusting autonomic nerve function, and activating cell metabolism.

Among the health devices on the market, small stimulators and patch-type stimulators utilizing EMS (Electric Muscle Stimulation) low frequency are sold, and products with tourmaline or ceramic stones attached or LEDs are introduced.

However, the technology of the abdominal belt device that applies both the LED and the heating function to the EMS stimulator is still incomplete.

The technical trend of the conventional abdominal belt device in which both the LED and the heating function are applied to the EMS stimulator is as follows.

1 is a perspective view showing a conventional diet abdominal belt device.

The illustrated bar is a diet abdominal belt device announced in Korean Registered Patent Publication No. 10-1870747 (announcement date: June 26, 2018), and performs a diet function by transmitting a body stimulation signal using vibration and low frequency to the abdomen. It is configured such that the central side of the main body 110 in contact with the abdomen of the body is convex toward the abdominal region.

The LED substrate 520 on which the LED lamp 510 is mounted is configured, and the low-frequency stimulation 220 is configured to be inserted into the main body 110, while the low-frequency stimulation 220 is stimulated in the abdomen through the low-frequency pad 221. It is configured to give.

That is, in this configuration, the stimulation of the abdominal stimulation through the low-frequency stimulation 220 varies depending on the number of the low-frequency stimulation 220, and in the end, a small number of low-frequency stimulation 220 has a limitation inevitably giving local abdominal stimulation. have.

Therefore, in order to give an overall stimulation to the abdomen, the number of low-frequency stimuli 220 needs to be increased, and the structure in which the low-frequency stimulation 220 is mounted on the main body 110 is limited in increasing the number.

In this structure, when the low-frequency pad 221 is increased to increase the number of low-frequency stimuli 220, the number of LED lamps 510 in the cover body 120 decreases, and the effect of the lipolysis effect by the LED is halved. Is done.

After all, there is a limit to evenly distribute the low frequency stimulation 220 to the abdomen, and for this purpose, if the number of low frequency pads 221 is increased to increase the low frequency stimulation 220, the number of LED lamps 510 decreases and the LED It has a correlation with poor stimulation effect.

In addition, since the low frequency pad 221 in direct contact with the abdomen in the main body 110 is generally made of a metallic material, the foreign body sensation felt by the abdomen is also pointed out as a disadvantage, and the low frequency pad 221 It also points out that the overall abdominal belt is less aesthetically pleasing.

2 is a perspective view of a conventional abdominal belt.

The illustrated invention is an invention disclosed in Korean Patent Publication No. 10-2016-0016262 (Publication Date: February 15, 2016), the present invention is a high-frequency current or a high-frequency current in the abdomen of the user through the ceramic section 20 By applying a low-frequency current, a high-frequency current or a low-frequency current can be transmitted deep into the abdominal skin, and further, the abdominal pad 10 is provided in the abdominal pad 10 in a state where the light emitting portion 70 is kept at a predetermined distance from the ceramic part 20. It is configured to irradiate light.

In addition, the number of the ceramic parts 20 is configured in plural to apply various stimuli to the abdominal pad 10 according to specific blood spots of the user's abdomen.

Similarly, in this structure, in order to give low frequency stimulation to the abdomen, the number of the porcelain portions 20 must be increased, and the structure of mounting the porcelain portion 20 on the abdominal pad 10 is limited in increasing the number.

Even in such a structure, when the porcelain portion 20 is increased, the number of light emitting portions 70 in the abdominal pad 10 decreases, and the effects such as the fat decomposition effect by the LED are halved.

After all, there is a limit to evenly distribute low-frequency stimulation to the abdomen as a whole, and for this purpose, if the number of the ceramic parts 20 is increased to increase the low-frequency stimulation, the number of light emitting parts 70 decreases and the LED stimulation effect decreases. You have a relationship.

In addition, the discomfort of the porcelain portion 20 in direct contact with the abdomen in the abdominal pad 10 is also pointed out as one disadvantage, and the disadvantage that the overall abdominal belt also has an aesthetic drop due to the porcelain portion 20 is pointed out. .

Accordingly, in stimulating both the LED and the low-frequency stimulation in the abdomen, the need for an abdominal belt device having a structure that equally and evenly applies the LED and the low-frequency stimulation to the abdomen and also removes foreign body sensation by the low-frequency pad is emerging. .

In addition, when the function by the LED and the function by the low frequency are output at the same time, it is subject to regulation for clinical trials or safety issues according to the relevant laws and regulations, so there is a problem in commercializing the simultaneous output of the LED and the high frequency. .

In view of this, there is a need to develop a device capable of simultaneously realizing treatment by a low frequency stimulus and compressing and treatment by a LED without simultaneously outputting the LED and the low frequency.

In order to achieve the above object, the present invention is to remove the foreign body sensation caused by contact with the low-frequency pad of the abdomen and the abdominal belt device, to provide an abdominal belt device configured to feel the low-frequency stimulation more comfortable from the user's point of view Is done.

In addition, the present invention overcomes the structural disadvantage that the LED stimulation is attenuated when the number of low-frequency pads is increased in order to strengthen the low-frequency stimulation in the case of the abdominal belt device in which a conventional LED and a low-frequency stimulation are simultaneously applied. It is an object of the present invention to provide an abdominal belt device structured so that the LED stimulus is maintained even when the stimulus is strengthened.

In addition, the conventional abdominal belt device in order to overcome the structural limitation of applying the corresponding stimulation only partially to the abdominal region corresponding to the region where the low-frequency pad or LED light-emitting portion is mounted, the present invention relates to low-frequency stimulation and LED stimulation of the abdominal belt apparatus. It is an object of the present invention to provide an effect that a stimulus is simultaneously mixed with LED and low-frequency stimulation in the entire abdomen, rather than each stimulation effect that is localized in the abdomen, by making the configuration all through one pad.

In order to achieve the above object, the present invention, in the abdominal belt device, is formed of a soft material so as to be in close contact with the abdominal part of the human body, is composed of a number of low-frequency stimulation units emit low-frequency, and a number of through holes Cover body configured to be arranged in; An LED pad unit configured to protrude and arrange a plurality of LEDs in correspondence with the arrangement of the plurality of through-holes; And a base battery made of a flexible material configured to be equipped with a power supply battery for supplying power to the low frequency stimulation portion and the LED pad portion of the cover body, respectively, and a PCB substrate for controlling the operation of the low frequency stimulation portion and LED pad portion of the cover body. Presenting the abdominal belt device having a mixed injection function of EMS and LED, characterized in that configured to include.

The low-frequency stimulation portion is formed by embedding a plurality of conductive electrode portions made of silicon containing carbon inside the cover body.

The number of the electrode parts can be multiplexed through a double injection method that distinguishes between the main material of the cover body and a part containing a conductive material containing other carbon inside the cover body when the cover body is injected.

The LED of the LED pad portion which is inserted into the through-hole and is mounted is formed with a protrusion to protrude from the cover body, and the protrusion is protruded in a state without being spaced apart from the through-hole.

The PCB substrate controls a power battery to supply power to the low-frequency stimulation portion and the LED pad portion, respectively, so that the low-frequency stimulation portion supplies power in a periodic pattern, and the LED is a power failure between the pattern and the pattern of the low-frequency stimulation portion. It is configured to control to supply power in the section.

In addition, in order to achieve the above object, the present invention is a method for manufacturing an abdominal belt device consisting of a cover body, an LED pad portion, and a base body, the body of the cover body inside the cover body through a double injection method. Generating a plurality of conductive electrode parts made of a silicon material containing carbon different from the material; Forming through holes arranged in a plurality in the cover body; And in response to the arrangement of the plurality of through-holes, while inserting and fixing a plurality of LEDs arranged in the LED pad portion to the cover body; having a mixed injection function of EMS and LED, characterized in that comprises a A method of manufacturing an abdominal belt device is presented.

The following effects can be achieved through the abdominal belt device having a mixed injection function of the present invention EMS and LED.

First, the present invention is configured by embedding a low-frequency stimulation unit inside the cover body, and applying the low-frequency stimulation to the abdomen through this, thereby removing the foreign body feeling caused by contact between the abdominal belt device of the conventional user and the metallic low-frequency pad of the abdominal belt device. , From the user's point of view, a low frequency stimulation is felt more comfortably, and aesthetically, there is an effect of offsetting the aesthetic dropping caused by the low frequency pad.

Second, according to the present invention, the electrode body for low frequency stimulation is formed on the cover body by impregnating carbon with a plurality of double injection methods, and thus, in the case of the abdominal belt device in which a conventional LED and a low frequency stimulation are simultaneously applied, the low frequency stimulation is performed. When the number of low-frequency pads is increased for strengthening, it is possible to overcome the structural disadvantage that the LED stimulation is attenuated, so that even when the low-frequency stimulation is strengthened, the emissivity of the LED stimulation is maintained.

Thirdly, the present invention can be configured such that the low frequency and the LED stimulus are evenly sprayed on the abdomen at the same time in the cover body itself, and the conventional abdominal belt device is only partially applicable to the directly corresponding abdominal region equipped with a low frequency pad or LED light emitting portion. It is possible to overcome the structural limitations of applying stimulation, and it has the effect of uniformly providing a mixed stimulation of the entire LED and low-frequency stimulation to the entire abdomen.

1 is an exploded perspective view of a conventional northern belt device.

Figure 2 is a perspective view of an abdominal belt device according to another conventional embodiment.

Figure 3 is a cross-sectional view of each of the abdominal belt device according to the present invention.

Figure 4 is an exploded perspective view of the abdominal belt device according to the present invention.

5 is a cross-sectional view of the mounting of the LED of the abdominal belt device according to the present invention.

6 is a configuration diagram of the cover body of the abdominal belt device according to the present invention.

7 is a state diagram of the use of the abdominal belt device according to the present invention.

Hereinafter, an abdominal belt device having a mixed injection function of EMS and LED according to the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to an abdominal belt device, improves blood circulation function effect and fat decomposition effect using a plurality of LEDs, and emits LED radiation for body irritation through a skin insertion structure around the abdomen by using a plurality of LED protrusions. It can be transmitted to the abdomen more strongly, and is configured to adjust the depth of the LED protruding from the cover body so that sweat in the abdomen area or cream applied to the abdomen does not flow into the abdominal belt device 10.

In other words, the present invention performs the function of softening fat cells by strengthening blood circulation around the abdomen using the heat of the LED.

Furthermore, through the LED, fat in the abdomen is reduced by decomposing into fatty acids and glycerol, and the disease treatment efficiency in the abdomen can be further improved.

In addition, the low frequency current is applied to the abdomen of the user through the low frequency stimulation unit to treat diseases, as well as to treat obesity, improve blood circulation, increase immunity, control internal functions, and relieve analgesic effects. It can deliver deep into the abdominal skin in range.

In other words, the muscles around the abdomen are contracted and relaxed to increase energy metabolism and accelerate the abdominal fat management by using the separated fatty acids, thereby enhancing blood circulation and reducing body fat due to metabolic activation.

Figure 3 is a cross-sectional view of each of the abdominal belt device according to the present invention, Figure 4 is an exploded perspective view of the abdominal belt device according to the present invention.

Referring to the illustrated bar, the front and rear parts of the abdominal belt device 10 of the present invention are shown.

The stimulation section that provides LED, warm, and low frequency stimulation to the abdomen of the user wearing the abdominal belt device is configured at the back of the abdominal belt, and the adjustment section for adjusting the low frequency stimulation and LED stimulation is configured at the front section.

Referring to Figure 4, the abdominal belt device of the present invention is formed of a soft material so as to be in close contact with the abdomen of the human body, and can be bent according to the curvature of the human abdomen, so that the function of low frequency can be effectively operated. It is configured so that irritation such as stinging does not occur.

As an electrode portion that emits low frequency to the inner surface of the abdominal belt device 10, the low frequency stimulation portion 110 is built in a number, and the cover body 100 is configured to be arranged with a plurality of through holes 120.

In the low-frequency stimulation unit 110 that is configured to be embedded in the cover body 100, one side of the low-frequency stimulation unit 110 is in contact with the abdomen of the user wearing the abdominal belt device 10 to apply low-frequency stimulation As it is exposed to the outside, it is seen.

In more detail, the material of the cover body 100 may be made of a soft material made of neoprene or silicon, and in the case of the low-frequency stimulation part 110, a plurality of double injection methods are used in manufacturing the cover body 100. By constructing the low-frequency stimulation unit 110 by varying the material of a specific region, it is embedded in the cover body 100.

Hereinafter, a method of manufacturing the cover body 100 related to the detailed double injection method will be described later with reference to FIG. 5.

In the present invention, in response to the arrangement of the plurality of through holes 120, a plurality of LEDs 210 are configured to protrude and are arranged, and the LED pad unit 200 mounted on the cover body 100 is configured.

In addition, a power battery 310 and a low-frequency stimulation portion of the cover body, which are supplied with power to the low-frequency stimulation portion 110 and the LED 210 of the LED portion of the cover body below the LED pad portion 200, respectively. 110) and a base body 300 configured to mount a PCB substrate 320 for controlling the operation of the LED 210 of the LED pad unit is configured.

Accordingly, the base body 300 is provided with an operation switch button 330 for operating the PCB substrate 320 on the outside, and the material of the base body 300 is generally formed of a neoprene material of soft material. , In the case of the operation switch button 330 may be made of silicon material.

The PCB substrate 320 functions to control the operation of the intensity of the low-frequency stimulation portion 110 and the LED pad portion of the LED 210 of the cover body as described, and furthermore, to supply the power battery. It is configured to control the power supply of the low-frequency stimulation unit 110 and the LED 210.

When the LED and the low frequency are output at the same time, the clinical trial or safety is subject to regulation according to the relevant laws and regulations, and thus the simultaneous output of the LED and the low frequency has a problem in commercialization.

In consideration of these points, the low frequency stimulation unit 110 and the LED pad unit LEDs are provided on the PCB substrate 320 so as to simultaneously implement treatment by stimulation and treatment by LEDs without simultaneously outputting the LED and the low frequency. The power battery 310 that is supplied with power to each of 210 is controlled.

Accordingly, the low-frequency stimulation unit 110 supplies power in a periodic pattern, and the LED 210 is controlled to supply power in a power failure section between the pattern and the pattern to which the power of the low-frequency stimulation unit 110 is supplied. do.

Referring to the illustrated bar, the LED 210 of the LED pad part inserted into the through hole 120 is formed with a protrusion 210a so as to protrude from the top of the cover body 100.

The height (h) of the LED 210 protruding from the cover body 100 is to adjust the protruding projections of the LED at a height that prevents play so that it is completely waterproof from moisture such as conductors (water/cream) or sweat for low frequencies. do.

The protrusion 210a is protruded by a height of "h" in a state without being spaced from the through hole 120, and abdominal cream applied to the user's abdomen or sweat discharged is introduced into the body through the cover body 100. Will block things.

In other words, when water, cream, or gels are used for low-frequency stimulation, etc., the clearance between the LED 210 is adjusted to eliminate the clearance so as not to be sucked into the LED pad unit 200, and internal electrons from external moisture. This is to ensure the waterproofness of the parts and to maintain their durability.

As shown, the low-frequency stimulation unit 110 is formed as a plurality of possible maximum effect on the cover body 100 as a means for applying stimulation to the abdomen of the user using the abdominal belt device as an electrode unit. .

To this end, a plurality of conductive electrode parts made of silicon containing carbon are formed inside the cover body 100.

The number of the low-frequency stimulation portion 110, that is, the electrode portion, is a double injection method for distinguishing the main body material of the cover body from the inside of the cover body when the cover body is injected and a portion containing a conductive material containing carbon. Through this, the number is multiplied.

The electrode portion of the silicon material containing the carbon component of the conductive material formed on one cover body 100, that is, the low-frequency stimulation portion 110 is preferably configured to be composed of three pairs of +/- each pair. It will be obvious to those skilled in the art that any number of changes can be made in consideration of strength.

The cover body of the abdominal belt device of the present invention and its manufacturing method will be described in more detail as follows.

The first method of manufacturing the abdominal belt device comprising the cover body 100, the LED pad part 200, and the base body 300 of the present invention is firstly, through the double injection method of the body of the cover body inside the cover body. It will have a step of generating a large number of conductive electrode parts made of silicon containing carbon different from the material.

Second, it consists of a step of forming a plurality of through-holes arranged in the cover body. The first and second steps may be divided into steps, and may be integrated and processed at the same time during mold manufacturing.

Third, in response to the arrangement of the plurality of through-holes, a plurality of LEDs arranged in the LED pad portion are inserted and fixed to be mounted on the cover body.

Finally, while combining the base body 300 having the power battery 310 and the PCB substrate 330 for controlling the operation of the LED 210 of the LED pad portion and the low frequency stimulation portion 110 of the cover body, the cover body Power is supplied to the low-frequency stimulation unit 110 and the LED 210 of the LED pad unit at cross outputs, respectively.

As shown, when the user wears the abdominal belt, once the user is in close contact with the human body due to the abdominal belt device made of a soft material, once the conventional low-frequency stimulation part feels heterogeneity such as coldness and tingling due to the metallic heterogeneity You will have the comfort of a jacket.

In other words, the low-frequency stimulation unit 110 is configured so as not to protrude from the cover body 100 so as to contact the user's abdomen.

When the user wears the abdominal belt device 10, the foreign body feeling of the metal material of the conventional low-frequency stimulation unit 110 disappears, and the abdominal belt device does not have a protruding low-frequency stimulation unit, thereby improving aesthetics in aesthetic aspects.

The low-frequency stimulation unit 110, which is embedded in a plurality of silicon materials containing conductive carbon inside the cover body 100, basically applies low-frequency stimulation within a wide range of the abdomen.

The feature of the present invention is that the function of the low-frequency stimulation unit 110 is maintained even if the number of LEDs is increased to increase the LED stimulation.

As shown, the present invention can be configured such that low frequency stimulation and LED stimulation are simultaneously and evenly sprayed on the abdomen at the entire area of the cover body 100 in contact with the abdomen, so that the conventional abdominal belt device is equipped with a low frequency pad or an LED light emitting unit. It becomes possible to overcome the structural limitation of applying the corresponding stimulation only partially to the directly corresponding abdominal region, and has the effect of uniformly providing the mixed stimulation of the entire LED and low-frequency stimulation to the entire abdomen.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

Claims

In the abdominal belt device,

It is formed of a soft material so as to be in close contact with the abdomen of the human body, the low frequency stimulation portion radiating low frequency is composed of a number of built-in, the cover body is configured to be arranged in a number of through holes;

An LED pad unit configured to protrude and arrange a plurality of LEDs in correspondence with the arrangement of the plurality of through-holes; And

A base body made of a flexible material configured to be equipped with a power battery for supplying power to the low-frequency stimulation portion and the LED pad portion of the cover body, respectively, and a PCB substrate for controlling the operation of the low-frequency stimulation portion and LED pad portion of the cover body; Abdominal belt device having a mixed injection function of EMS and LED, characterized in that comprises a.
According to claim 1, wherein the low-frequency stimulation unit,

Abdominal belt device having a mixed injection function of EMS and LED, characterized in that a plurality of conductive electrode parts made of silicon containing carbon are formed inside the cover body.
According to claim 2,

The number of the electrode parts is multiplexed through a double injection method that distinguishes between the main material of the cover body and a portion containing a conductive material containing other carbon inside the cover body when the cover body is injected. Abdominal belt device with mixed injection function of EMS and LED.
According to claim 1,

The LED of the LED pad portion which is inserted and mounted in the through hole is formed with a protrusion so as to protrude from the cover body, and the protrusion has a mixed injection function of EMS and LED, characterized in that the protrusion is formed protruding without being spaced apart from the through hole. Abdominal belt device.
According to claim 1,

The PCB substrate controls a power battery to supply power to the low-frequency stimulation portion and the LED pad portion, respectively, so that the low-frequency stimulation portion supplies power in a periodic pattern, and the LED is a power failure between the pattern and the pattern of the low-frequency stimulation portion. Abdominal belt device having a mixed injection function of EMS and LED, characterized in that configured to control to supply power in the section.
In the method of manufacturing the abdominal belt device consisting of a cover body, an LED pad portion and a base body,

Generating a plurality of conductive electrode parts made of silicon containing carbon different from the material of the body of the cover body inside the cover body through a double injection method;

Forming through holes arranged in a plurality in the cover body; And

The abdomen having a mixed injection function of EMS and LED, characterized in that it comprises a; while inserting and fixing a plurality of LEDs arranged in the LED pad portion corresponding to the arrangement of the plurality of through-holes to the cover body; Method of manufacturing a belt device.