KR200298810Y1 - Clothing with low-frequency generation apparatus - Google Patents

Abstract

The present invention relates to a garment having a low frequency generating device, and in particular, the positive and negative terminals (120a, 120b) fixed to penetrate the thickness of the garment waist end 100, respectively positioned at one side of the garment waist end (100) And the positive and negative electrode conductive pads 150a which are positioned at the front left and right sides of the garment waist end 100 and are in contact with the abdomen of the human body, and are respectively connected in the same polarity as the positive and negative terminals 120a and 120b so that current is conducted. , 150b) and the low frequency oscillator 160 detachably coupled to the positive and negative terminals 120a and 120b to generate a low frequency current, thereby simplifying the use while providing a sense of unity and simplifying the structure. Reduce, low frequency treatment for a long time regardless of location.

Description

CLOTHING WITH LOW-FREQUENCY GENERATION APPARATUS}

The present invention relates to a garment having a low frequency generating device, and more particularly, by installing a low frequency generating device directly in contact with the abdomen of a human body at the waist of a garment such as a pants or a skirt, the skin surface is stimulated by frequency and a cycle to abdominal obesity. The present invention relates to a garment having a low frequency generator capable of treating low frequency such as reducing subcutaneous fat acting as a factor.

Conventional bags are bands that compress the abdomen to correct posture, generate magnetic lines or generate far infrared rays to promote blood circulation, apply low frequency vibration to reduce subcutaneous fat, or install heat rays to generate the poultice effect. Or by attaching a vibrating capsule to apply massage vibrations or other health promoting elements to the abdomen and wear it on the abdomen as a wearing band to compress the abdomen.

However, such bags are manufactured in a state in which the health elements as described above in the band wearing band is inseparable and closely adhered to the abdomen, there is a problem that the after-sales service of the product is difficult and part replacement of the product is impossible.

Therefore, conventionally, as a solution for these problems, a domestic abdominal massage device has been proposed as a Korean Utility Model Publication No. 217861 (Registration Date: 2001.1.11). The abdominal massager of the publication constitutes a close band 1 to be worn on the abdomen as a magic tape 1a as shown in Figs. 1 to 4, and the close band 1 has a vibrating capsule, a heating sheet, and far infrared rays. In mounting the discharge sheet, a pocket 12 for opening and closing with a zipper 11 is provided in the close band 1, and a foam vibration pad 5 is installed in the pocket 12 with a cloth 51. In addition, the vibration pad 5, the vibration capsule (2), the heating sheet (3) and the far infrared ray emitting sheet (4) was mounted, and the vibration mode of the vibration capsule was configured to select from the remote control (7).

The vibration capsule 2 is configured by attaching the vibration eccentric weight 22 to the drive shaft 24 of the vibration motor 21 and the ultra-wave generating magnet 23 to the eccentric weight 22, the vibration capsule (2) ) Is inserted into and mounted in the plurality of vibration grooves 52 formed in the foam vibration pad 5.

The heat generating sheet 3 is composed of a non-flammable nonwoven fabric, an electric heater, a fiberglass structure, and a silver foil laminated from the bottom, and is connected to the DC12v power plug 32 of the DC power supply 33 to the power supply jack 31 at the same time. The electric current is supplied to the electric heat heater in the heat generating layer 3 connected to the power supply jack 31 so as to generate heat.

The far-infrared emission sheet 4 is composed of a composite having a thickness of 1.5-2.5 mm, and the lamination of the composite is composed of a nonwoven fabric, a biozine and a surface layer sheet containing jade, elvan, germanium, and charcoal powder from below. .

The vibration mode selection remote controller 7 is a microcomputer 71 and vibration motor 42 a so as to individually control each motor by the remote control keys 72, e, f, g, h, i, j, k. , b, c, and d are connected via the multi drive driver 73 in the remote controller 7, and at the same time, the microcomputer 71 is configured to monitor the remote control keys.

However, the conventional abdominal massager configured as described above constitutes a close band 1 to be worn as a magic tape 1a, and the heating band 3, the vibrating capsule 2 and the far infrared ray emitting sheet are attached to the close band 1. Including (4), but the pocket 12 is opened and closed with a zipper 11 in the close band (1), the heating sheet (3), vibration capsule (2), far infrared sheet (4) multi-functional foam vibration It is designed to be inserted into the pocket 12 while focusing on the pad 5, but such a structure has a problem that not only the manufacturing cost is excessive because of the large number of parts and the structure, but also the failure rate is high.

In addition, since the abdominal massager is bulky and adopts a vibration method, the abdominal massager can be used only at a designated place (for example, indoors), and a burden of fatigue and pressure on the body due to the weight and vibration of the abdominal massager when worn for a long time. There was also a problem.

Therefore, the present invention was devised to solve the above problems, and the object of the present invention is to sew a portion of the device for treating the abdomen at the lower end of the garment to the inner surface, and a part of the device to be detachable for washing the garment. The present invention provides a garment having a low frequency generating device that is simple to use, provides a sense of unity, and simplifies a structure, reduces volume, and enables low frequency treatment for a long time regardless of a place.

Clothing having a low frequency generating device according to the present invention made to achieve the above object is positioned at one side of the clothing waist end with a positive and negative terminals fixed to penetrate the thickness of the clothing waist end, respectively, the front of the garment waist end It is located on the left and right respectively and in contact with the abdomen of the human body and connected to the same polarity as the positive and negative terminals, respectively, the positive and negative conductive pads conducting current, and detachably coupled to the positive and negative terminals to generate a low frequency current It is characterized by consisting of a low frequency oscillator.

In addition, the positive electrode conductive pad and the negative electrode conductive pad are sewn so that predetermined areas of one side end thereof protrude to the front left and right inner sides of the waist of the garment, respectively, so as to contact the two abdomen of the human body, and the remaining areas of the anode conductive pad are the circumference of the waist of the garment. It is characterized in that the other end is connected to each other so that the current is conducted to the positive electrode terminal and the negative electrode terminal in the state inserted into the sewing along the thickness.

The positive electrode and the negative electrode conductive pad is characterized by consisting of any one of a flexible wire form or film form.

The positive electrode conductive pad and the negative electrode conductive pad are connected to each other such that current is conducted to the positive electrode terminal and the negative electrode terminal through the first and second wires inserted and sewn into the clothing waist end circumferential thickness.

Both ends of the first conductor are fixed by a right female snap and a cathode terminal respectively supported by a predetermined distance spaced apart from the thickness of the waist of the garment, and both ends of the second conductor are supported by a distance separated by the thickness of the waist of the garment respectively. It is characterized in that it is configured to be fixed by the left female snap and the positive terminal.

The first and second conductive wires are characterized by being made of any one of a flexible wire form or a film form.

The positive electrode conductive pad and the negative electrode conductive pad have a plurality of left male snaps and a plurality of right male snaps respectively distributed and fixed, and the plurality of left male snaps and a plurality of right male snaps are fixed to one side of the waist of the garment. It is characterized in that it is configured to detach each of the female snap and a plurality of right female snap.

1 is a perspective view showing a conventional wear band,

2 is a partially exploded perspective view showing a conventional vibration pad,

Figure 3 is an overall configuration diagram showing a conventional abdominal massager,

4 is a remote control control block diagram of a conventional abdominal massager,

5 to 8 is a view showing a garment having a low frequency generating device according to a first embodiment of the present invention,

5 is a perspective view showing a garment having a low frequency generator,

6 is a combined plan view showing a garment having a low frequency generator;

7 is a sectional view showing the main parts of a state in which the low frequency generator and the clothing are coupled;

8 is a sectional view showing the main parts of a state in which the low frequency generator and the clothes are separated;

9 to 12 is a view showing a garment having a low frequency generating device according to a second embodiment of the present invention,

9 is a perspective view showing a garment having a low frequency generator,

10 is a combined plan view showing a garment having a low frequency generator,

11 is a sectional view showing the main parts of a state in which the low frequency generator and the garment are coupled;

12 is a sectional view showing the main parts of a state in which the low frequency generator and the clothes are separated.

Explanation of symbols on the main parts of the drawings

100: garment waist 110a, 110b: left and right female snap

120a and 120b: positive and negative terminals 130a and 130b: first and second lead wires

140a, 140b: left and right male snap

150a, 150b: left and right conductive pads 160: low frequency oscillator

(First embodiment)

Hereinafter, a first embodiment of the present invention will be described in detail with reference to FIGS. 5 to 8.

Clothing having a low frequency generator according to the first embodiment of the present invention is fixed so as to protrude from the inner side of the thickness of the garment waist end 100 while being positioned with a predetermined interval on the front side of the garment waist end 100, respectively The positive and negative terminals 120a and 120b and the clothing waist end 100 are positioned on the front left and right, respectively, and are in contact with the abdomen of the human body, and are connected in the same polarity as the positive and negative terminals 120a and 120b, respectively. Conductive positive and negative conductive pads (150a, 150b) and the low frequency oscillator (160) that is detachably coupled to the positive and negative terminals (120a, 120b) outside the garment waist end 100 to generate a low frequency current have.

That is, the positive and negative terminals 120a and 120b penetrate through the thickness of the garment waist end 1 such that both ends thereof are riveted to protrude to the inner side and the outer side of the garment waist end 100, and one side end thereof. Is protruded to the outside of the garment waist end 100 is formed in a circular shape to be easily coupled or separated with one side of the low frequency oscillator 160.

The positive electrode conductive pad 150a is sewn such that a predetermined area of one end thereof protrudes into the front left end inner surface of the garment waist end 100 to be in contact with one side (left side) of the human body, and the remaining area is the garment waist end 100 The other end is fixed so that a current flows with the positive electrode terminal 120a in the state of being inserted in the thickness and sewing along the circumference.

The negative electrode conductive pad 150b is sewn so that a predetermined area of one end thereof protrudes to the inner side of the front right end of the garment waist end 100 to be in contact with the other side (right side) of the human body, and the predetermined area of the other end thereof is the garment waist end. The current is fixed to the negative electrode terminal 120b while being inserted into the circumferential thickness of the 100 and being sewn.

The positive and negative electrode conductive pads 150a and 150b are made of any one of a wire form and a film form so that current is conducted while being flexible so as not to be damaged when washing clothes.

The low frequency oscillator 160 has a form in which a small battery and a printed circuit board (not shown) are built in the inside thereof, and an on / up operation and an on / up operation can be controlled at one side of an outer surface thereof. Button 162 and the off / down button 164 are provided, and on the other side of the outer surface thereof, a female positive and negative electrode is easily coupled or separated from the positive and negative terminals 120a and 120b. Terminals 166a and 166b are provided.

Next, the operation and effect according to the first embodiment of the present invention configured as described above will be described.

When the clothing is worn in the form as shown in FIG. 5, the cathode waist 100 is sewn on the left and right sides of the inner side of the garment waist end 100 so that the garment waist end 100 directly contacts the skin surface of the user's waist while being in contact with the abdomen of the human body. The pads 150a and 150b are in contact with the abdomen of the user.

At this time, the on / up button 162 of the low frequency oscillator 160 attached to the outer side of the garment waist 100 is pressed for a long time, for example, and then is turned on, the on / up button 162 and the up / down button. For example, briefly press (164) to select the desired vibration mode.

In this case, the vibration mode is for example configured to be converted into at least five or more steps, so that the user wants to press the on / up button 162 and the up / down button 164 every time the desired vibration The mode is selected and adjusted.

Therefore, when low frequency is generated by the operation of the low frequency oscillator 160, the low frequency positive and negative currents are respectively connected to the positive and negative terminals 166a and 166b formed on the rear surface of the low frequency oscillator 160. The positive and negative terminals 120a and 120b on the waist 100 side flow to the positive electrode terminal 120a, and the positive current flowing to the positive electrode terminal 120a flows to the positive electrode conductive pad 150a electrically connected to the positive electrode terminal 120a. The negative electrode current flowing to the terminal 120b flows to the negative electrode conductive pad 150b electrically connected to the negative electrode terminal 120b.

Accordingly, the low frequency anode current and cathode current flowing through the positive and negative electrode conductive pads 150a and 150b sewn on the inner surface of the garment waist end 100 so as to be in contact with the abdomen of the human body are connected to each other. The conduction of low-frequency pharmacological action is activated, and by stimulating the abdomen to break down the fat cells of the subcutaneous tissue causing obesity.

This low frequency therapy aims to destroy and remove fat cells and lipids by using low frequency currents that act directly on fat cells and lipids in fat cells. That is, physiological to the body of the local range (abdomen) through the electric field formed between the positive and negative electrode conductive pads 150a and 150b sewn on the left and right sides of the inner side of the garment waist end 100 so as to be in contact with the abdomen of the human body. Will cause a change.

At this time, the effect of breaking down fat by electrical stimulation is accompanied by anti-inflammatory effect, Joule effect, electrolyte and energy effect, and neuro-hormonal effect. Done.

Therefore, the low frequency generator of the present invention is sewn in the thickness along the circumference of the garment waist end 100, as shown in Figure 6 while some areas protrude out of the garment waist end 100 can be in contact with the abdomen of the human body Positive and negative electrode conductive pads 150a and 150b are provided so that the positive and negative electrode conductive pads 150a and 150b are detachable from the low frequency oscillator 160 via the positive and negative electrode terminals 120a and 120b. Due to the fact that the number of parts and volume is significantly reduced compared to the conventional method, it is very easy to use and enhances the sense of unity, and the low frequency treatment when the user walks or walks as usual in wearing a skirt or pants. As it is possible to continuously and freely treat abdominal obesity, it also protrudes externally when the low frequency generator is worn on the human body. It can eliminate the burden to focus others' attention.

In addition, since the low frequency oscillator 160 can be separated from the garment waist 100, it is possible to freely wash the clothes. That is, since the positive and negative electrode conductive pads 150a and 150b sewn on the garment waist 100 are made of a flexible wire or film, they are not damaged even when moisture is infiltrated during washing, and they are not damaged even when subjected to torsion stress and impact. Will not.

On the contrary, the low frequency oscillator 160 is configured to be separated from each other by the positive and negative terminals 120a and 120b because the shape of the low frequency oscillator 160 may be damaged or short when washing.

Second Embodiment

A second embodiment of the present invention will be described in detail with reference to FIGS. 6 to 12.

For reference, the same configuration as the first embodiment of the present invention is given the same name and code, and duplicate description thereof will be omitted.

Clothing having a low frequency generating device according to a second embodiment of the present invention, a plurality of left and right female snaps (110a, 110b) fixed at regular intervals along the circumferential direction on the front left and right of the garment waist end 100 and And positive and negative terminals 120a and 120b fixed at positions spaced apart from the plurality of right female snaps 110b with respect to the front of the garment waist 100, respectively, and within the thickness of the garment waist 100 The first wire 130a connected to one side of the plurality of right female snaps 110b and the cathode terminal 120b so as to be electrically connected while being sewn, and the inside of the garment waist end 100 Positive and negative electrode conductive pads 150a and 150b contacted to the abdomen, respectively, fixed through a plurality of left and right male snaps 140a and 140b that are detachably coupled to the plurality of left and right female snaps 110a and 110b, respectively. Wow, the clothing huh A second lead 130b sewn within the thickness along the periphery of the reed end 100 and both ends thereof connected to one of the plurality of left female snaps 110a and the positive electrode terminal 120a so as to conduct current respectively; The low frequency oscillator 160 is detachably coupled to the positive and negative terminals 120a and 120b outside the garment waist 100 to generate a low frequency current.

That is, the plurality of left and right female snaps (110a, 110b) is a pair of male and female coupled to each other through the thickness inside and outside of the garment waist end 100 with the thickness of the garment waist end 100 therebetween. These are fixed to each other by the concave-convex shape through the thickness of the garment waist end 100 by a known riveting operation, the plurality of left and right female snaps (110a, 110b) located in the inner side of the plurality of Grooves 110c are formed such that the left and right male snaps 140a and 140b are coupled or separated in an uneven shape.

The plurality of left and right male snaps 140a and 140b are riveted to the thickness of the conductive pads 150a and 150b at a predetermined distance along the length direction of the positive and negative electrode conductive pads 150a and 150b, and one side thereof. The ends are formed in a circular shape so as to protrude out of the conductive pads 150a and 150b to be easily coupled or separated from the grooves 110c formed in the plurality of left and right female snaps 110a and 110b, respectively.

The positive and negative electrode conductive pads 150a and 150b are combined with the plurality of left and right male snaps 140a and 140b to be detachable from the left and right female snaps 110a and 110b when washing clothes.

In this case, the left and right male snaps 140a and 140b, the positive and negative conductive pads 150a and 150b, and the low frequency oscillator 160 are configured to be separated from the garment waist end 100 when washing clothes, and the remaining left and right females. The snaps 110a and 110b, the positive and negative terminals 120a and 120b, and the first and second conductive wires 130a and 130b are configured not to be separated from the garment waist end 100 when washing clothes.

The first and second conductive wires 130a and 130b may be made of any one of a wire form or a film form so that current is conducted while being flexible so as not to be damaged when washing clothes.

Next, the operation and effect according to the second embodiment of the present invention configured as described above will be described.

When the clothing is worn in the form as shown in FIG. 9, the positive and negative electrode conductive pads 150a and 150b are positioned at the front left and right sides of the inner surface of the garment waist end 100 while the garment waist end 100 directly contacts the skin surface of the user's waist. Touch the abdomen of the user.

At this time, when the low frequency oscillator 160 attached to the outer side of the garment waist 100 is turned on as in the first embodiment of the present invention to generate a low frequency, the low frequency anode current and the cathode current are the low frequency oscillator 160. The positive and negative terminals 120a and 120b of the garment waist end 100 connected to the positive and negative terminals 166a and 166b respectively formed on the rear surface of the fabric flow to the positive and negative terminals 120a and 120b. The second conductive wire 130b electrically connected to the terminal 120a flows to the positive electrode conductive pad 150a, and the negative current flowing to the negative terminal 120b is electrically connected to the negative terminal 120b. It flows through the 130a to the negative electrode conductive pad 150b.

Meanwhile, since the positive and negative electrode conductive pads 150a and 150b and the low frequency oscillator 160 may be separated from the garment waist end 100 as shown in FIG. I can do it freely.

That is, since the first and second conductive wires 130a and 130b sewn in the thickness of the garment waist end 100 are made of a flexible wire or film, they are not damaged during washing, and a plurality of left and right female snaps 110a are provided. Since 110b and the positive and negative terminals 120a and 120b are permanently fixed to the garment waist 100 by the riveting operation, they are not damaged when washing like general metallic snap buttons.

On the contrary, since the positive and negative electrode conductive pads 150a and 150b and the low frequency oscillator 160 may be damaged or shorted during washing, the electrical circuits may be damaged, and thus the left and right female snaps 110a and 110b may be damaged. It is configured to be separated from each other by a plurality of left and right male snaps (140a, 140b), positive and negative terminals (120a, 120b).

As described above, the clothing having the low frequency generating device according to the present invention is in contact with the abdomen when wearing clothing such as a skirt or pants to sew the anode and cathode conductive pads at the waist thickness of the garment so that low frequency treatment is possible, Since the negative electrode conductive pad and the low frequency oscillator are detachably connected by the positive and negative terminals, they are easy to use, provide a sense of unity, simplify the structure, reduce the volume, and treat low frequency for a long time regardless of place. Has the possible effect.

Claims (7)

Positive and negative terminals 120a and 120b fixed to penetrate the thickness of the garment waist end 100 while being positioned at a predetermined interval on one side of the garment waist end 100, Positive and negative electrode conductive pads 150a and 150b which are positioned at the front left and right sides of the garment waist end 100 and are in contact with the abdomen of the human body, and are electrically connected with the same polarity as the positive and negative terminals 120a and 120b, respectively, to conduct current. )Wow, Clothing having a low frequency generator, characterized in that consisting of a low frequency oscillator 160 detachably coupled to the positive and negative terminals (120a, 120b) to generate a low frequency current. The method of claim 1, The positive electrode conductive pad 150a and the negative electrode conductive pad 150b are sewn such that predetermined areas of one side end thereof protrude to the front left and right inner sides of the garment waist end 100, respectively, so as to contact the two abdomen parts of the human body, and The remaining area is inserted into the thickness along the circumference of the garment waist end 100, the other end of the low frequency generation, characterized in that the other end is connected so that the current is conducted to the positive terminal 120a and the negative terminal 120b, respectively. Clothing having a device. The method of claim 1, The positive and negative electrode conductive pads (150a, 150b) is a clothing having a low frequency generator, characterized in that made of any one of a flexible wire form or film form. The method of claim 1, The positive electrode conductive pad 150a and the negative electrode conductive pad 150b are inserted into the garment waist end 100 through the thickness of the first conductive wire 130a and the second conductive wire 130b to be sewn into the positive electrode terminal 120a. And a low frequency generator, characterized in that connected to each other so that current is conducted to the cathode terminal (120b). The method of claim 4, wherein Both ends of the first conductive wire 130a are fixed by the right female snap 110b and the negative electrode terminal 120b which are respectively spaced apart from the thickness of the garment waist end 100 by the right female snap 110b and the second conductive wire 130b. Both ends are clothing having a low frequency generator, characterized in that configured to be fixed by the left female snap (110a) and the positive electrode terminal (120a) which are respectively spaced apart a certain distance to the thickness of the garment waist end (100). The method according to claim 4 or 5, The first and second conductive wires (130a, 130b) is a clothing having a low frequency generator, characterized in that made of any one of a flexible wire form or film form. The method of claim 1, The positive electrode conductive pad 150a and the negative electrode conductive pad 150b each have a plurality of left male snaps 140a and a plurality of right male snaps 140b distributed and fixed, and a plurality of left male snaps 140a and a plurality of left male snaps 140a, respectively. The right male snap 140b is a garment having a low frequency generator, characterized in that it is configured to be attached to and detached from each of a plurality of left female snaps 110a and a plurality of right female snaps 110b fixed to one side of the garment waist end 100. .