KR20230042939A - Smart clothes for improved wearer comfort - Google Patents

Abstract

The present invention relates to smart clothes with improved wearing convenience that can more easily wear and use a bio-signal measuring device to measure bio-signals wherever on the body part to measure bio-signals, and more particularly, to clothing ( 110), the wearing parts 120 and 130 are provided to correspond to each body part to measure the bio-signal and can selectively wear the bio-signal measuring device 200 to measure the bio-signal at the measuring position. It is configured by dividing into a regular wearing part 120 that is worn according to the fit and a spaced wearing part 130 that can be conveniently worn at a location spaced apart from the measurement position.
Research related to the present invention is a study supported by the Technology Development Program (S3027154) of the Ministry of SMEs and Startups in 2020 (This work was supported by the Technology development Program (S3027154) funded by the Ministry of SMEs and Startups (MSS, Korea)) .

Description

Smart clothes with improved wearing convenience {SMART CLOTHES FOR IMPROVED WEARER COMFORT}

The present invention relates to smart clothes with improved wearing convenience, which can more easily wear and use a bio-signal measuring device to measure a bio-signal anywhere on the body part where the bio-signal is to be measured.

Research related to the present invention is a study supported by the Technology Development Program (S3027154) of the Ministry of SMEs and Startups in 2020 (This work was supported by the Technology development Program (S3027154) funded by the Ministry of SMEs and Startups (MSS, Korea)) .

Since the detection accuracy of electrodes that are brought into contact with the body to detect biosignals depends on their adhesion to the body and position fixity, detachable and attachable electrode patches to body parts have been widely used.

However, the electrode patch is not only not comfortable to wear, but can be lifted and separated from the body by movement or sweat, and the body parts that can be adhered to are limited, and a biosignal measuring device that detects biosignals through the electrode patch. had to be connected with an exposed signal line, so the usable environment was limited.

Regarding a device that integrates an electrode patch and a bio-signal measuring device and is worn only on a body part to measure electromyography, there is Registered Patent No. 10-2193524 of the applicant of the present invention. According to this, a connector for attaching and detaching a metal electrode, such as an electrode patch, includes an electrode pad configured in the form of a fastening groove. Such an electrode pad corresponds to a bio-signal measuring device, and after fixing an electrode patch to a connector, it can be worn to attach the electrode patch to a body part to measure a bio-signal.

However, the bio-signal measuring device included in Patent Registration No. 10-2193524 only addresses some of the disadvantages of the method of separately using the electrode patch and the bio-signal measuring device.

Recently, electrodes and bio-signal measurement devices are installed, but interest in smart clothes that can be worn on the body is increasing like general clothes.

As disclosed in Registered Patent No. 10-0863064 and Publicated Patent No. 10-2020-0011718, smart clothing has a plurality of electrodes fixed to body parts to detect biosignals and minimizes discomfort when worn on the body. A clothing having a bio-signal measuring device fixed at a possible position and a signal line connecting the electrode and the bio-signal measuring device, using a highly elastic fiber material to adhere the electrode to the body. Accordingly, the signal line is configured to have stretchability and elasticity characteristics.

However, in smart clothing, the signal line must be concentrated toward one bio-signal measuring device, so the signal line must be made very long. As a result, noise is generated in the signal line, the signal line is easy to be damaged, and the clothing to have a structure to protect the signal line It is necessary to manufacture the wearer, and even then, it is easy to be damaged when washing as well as in a state worn on the body.

In addition, even though the biosignal measurement device can be used to detect biosignals of each part of the body at the same time, it is difficult to manufacture the signal line as the number of electrodes increases, and the volume and weight of the biosignal measurement device increase, It causes a lot of discomfort when exercising while wearing it. In particular, when detecting EMG, only EMG of muscles determined according to an exercise event may be detected, so there is an irrational aspect of detecting EMG more than necessary.

KR 10-2193524 B1 2020.12.15. KR 10-0863064 B1 2008.10.06. KR 10-2020-0011718 A 2020.02.04.

Therefore, the present invention is to provide a smart clothing with improved wearing convenience that can be worn for each measurement part and allows the wearer to easily wear the bio-signal measuring device alone while minimizing the signal line. set a purpose

In order to achieve the above object, the present invention provides a wearable clothing unit 110 in smart clothing with improved wearing convenience of wearing a biosignal measuring device 200 that receives and measures biosignals through the connector 210 and wearing parts 120 and 130 provided in the clothing part 110 to correspond to each body part where the bio-signal is to be measured, so that the bio-signal measuring device 200 can be selectively worn, The wearable parts 120 and 130 are provided in accordance with positions covering the body part where the bio-signal is to be measured, and through the connector 210 of the bio-signal measuring device 200 worn at the provided position, the body part at the worn position is provided. a fixed-position wearing unit 120 that measures bio-signals; And the electrode 131 provided in accordance with the position covering the body part to measure the biosignal and brought into contact with the body, and the electrode through the signal connection line 133 integrated with the clothing part 110 at a position spaced apart from the electrode 131 ( 131) and including a terminal 132 capable of being coupled to the connector 210 of the bio-signal measuring device 200, the biosignal measuring device 200 is worn and spaced apart from the body part. It is divided into; spaced wearing part 130 to measure the signal.

According to an embodiment of the present invention, the spaced wearing part 130 covers the user's back body part, which is not easy for the user alone to mount the bio-signal measuring device 200 among the clothing part 110. An electrode 131 is provided, and the terminal 132 is provided in accordance with the position of covering the user's side or front body part.

According to an embodiment of the present invention, the wearable part 120 is a biological electrode (including an inner electrode 121a that contacts the body and an outer terminal 121b capable of coupling the biosignal measurement device 200 to each other). 121) is installed on the clothing part 110 to measure a biosignal through the bioelectrode 121, and at least one is included.

According to an embodiment of the present invention, at least among the bioelectrode 121 of the stereotactic wearing unit 120, the electrode 131 of the spaced wearing unit 130, and the terminal 132 of the spaced wearing unit 130. One is formed of an embroidered fabric by embroidering the clothing portion 110 with a conductive fiber.

According to an embodiment of the present invention, the regular position wearing part 120 is formed by forming a pocket 111 in the clothing part 110 to accommodate the biosignal measuring device 200 coupled to the outer terminal 121b. contains at least one

According to one embodiment of the present invention, the regular wearing part 120 forms a pocket 111 in the clothing part 110 and then forms a hole 122 toward the body to form an electrode patch 230. The bio-signal measuring device 200 coupled to the connector 210 is accommodated in the pocket 111 and the electrode patch 230 is attached to the body through the hole 122 to measure the bio-signal. .

According to an embodiment of the present invention, the spaced wearable part 130 has at least one bag 111 for accommodating the bio-signal measuring device 200 formed in accordance with the position provided with the terminal 132. include

According to one embodiment of the present invention, the pocket 111 is formed by attaching a lining to the clothing part 110, and the inlet 111a is formed by cutting the clothing part 110.

According to one embodiment of the present invention, the pocket 111 is formed by adding outer material to the clothing part 110 .

According to the present invention, a bio-signal measuring device for measuring a bio-signal can be selectively worn for each body part to measure a bio-signal, so that it can be measured more robustly and accurately than when using one bio-signal measuring device, and can be measured according to the body part. A fixed-position wearing unit 120 or a spaced wearing unit 130 is provided so that the bio-signal measuring device can be worn by one person, and pockets 121 and 131 are provided to accommodate the bio-signal measuring device so that the bio-signal measuring device can be worn stably. In addition, the measurement accuracy may be increased by varying the measurement method using the bio-signal measurement device according to the body part.

1 is a front view of a smart garment 100 according to an embodiment of the present invention.
Figure 2 is a rear view of the smart clothing 100 according to an embodiment of the present invention.
3 is a perspective view and a cross-sectional view showing an example of a bio-signal measuring device 200 to be worn and used in a smart clothing 100 according to an embodiment of the present invention.
4 is a cross-sectional view of a first properly positioned wearable part 120-1 configured to measure a biosignal through a bio-electrode 121 among the properly positioned wearable parts 120:120-1 and 120-2.
5 is a cross-sectional view of a modified embodiment of the first regular position wearing part 120-1.
6 is a cross-sectional view of a second properly positioned wearing part 120-2 configured to measure a biosignal through a hole 122 among the normally positioned wearing parts 120:120-1 and 120-2.
7 is a cross-sectional view of the spaced wearing part 130;

Hereinafter, specific and various examples will be shown and described so that those skilled in the art can easily practice the embodiments of the present invention with reference to the accompanying drawings. However, since it is clear that the embodiments of the present invention can be implemented through various changes or modifications within the scope of the present invention, it is not limited to the described embodiments. In addition, the embodiments of the present invention will not be described in detail because those of ordinary skill in the art can add and implement well-known parts, functions, methods, and typical details.

The connection between components may be a wired connection or a wireless connection to transfer data, signals, information, and the like, and may include an indirect connection with another component in between.

'Including' a certain component means that other components may be further included, not excluding other components unless otherwise stated.

1 is a front view of smart clothing 100 according to an embodiment of the present invention, and FIG. 2 is a rear view of smart clothing 100 according to an embodiment of the present invention. The clothing part 110 of the smart clothing 100 shown in FIGS. 1 and 2 is separated into a top and a bottom, but may be a garment in which the top and bottom are connected, or only one of the top and bottom. On the other hand, a pocket made of lining in the pocket 111, a hole 122 formed in the pocket 111, an electrode 131 provided inside the clothing part 110, and a terminal inside the pocket 111 ( 132) and the signal connection line 133 integrated with the clothing unit 110 are indicated by dotted lines.

Referring to FIGS. 1 and 2 , the smart clothing 100 according to the embodiment of the present invention selectively includes a clothing part 110 and a biosignal measuring device 200 to measure a biosignal on the clothing part 110. It includes a plurality of wearing parts 120 (120-1, 120-2) and 130 provided in the clothing part 110 to be worn.

The clothing part 110 is clothing that can be worn by a person, and is manufactured to cover a plurality of body parts in the body where bio signals are to be measured, and the wearing part 120 (120-1, 120-2), 130 In order to press the bio-signal measuring device 200 worn on the body toward the body, it is preferable to be made of clothes that can be worn while being in close contact with the body.

The wearing parts 120 (120-1, 120-2) and 130 are for wearing the bio-signal measuring device 200 to measure the bio-signal, and are part of the clothing part 110 where the bio-signal is to be measured. It is provided to correspond to each position covering the bio-signal, so that the bio-signal measuring device 200 can be worn selectively only on the body part where the bio-signal is to be measured.

Here, the types of biosignals that can be measured include electromyography, electrocardiogram, pulse, and the like, and the body parts that can be measured vary according to the types of biosignals. In addition, when the biosignal to be measured is the electromyogram, the position of muscles in each part of the body becomes the body part to measure the biosignal. The wearable parts 120 (120-1, 120-2) and 130 are provided to correspond to each part of the clothing part 110 that covers each part of the body for which the biosignal is to be measured.

An embodiment of the present invention will be described with reference to FIGS. 1 and 2 exemplarily illustrating a smart garment 100 capable of selectively measuring EMG of multiple muscles.

First, the bio-signal measuring device 200 to be worn and used in the smart clothing 100 according to an embodiment of the present invention will be described with reference to the drawings illustrated in FIG. 3 .

The bio-signal measuring device 200 worn on the smart clothing 100 according to an embodiment of the present invention processes bio-potential signals detected in at least two parts of the body to measure bio-signals to obtain bio-signals, At least two connectors 210 spaced apart from each other are provided, and electrode patches 230 may be coupled to each connector 210 to be used. It is preferable to configure a flexible or stretchable area between the connectors 210 to be bent according to the curvature of the body skin, so that all of the plurality of connectors 210 provided are in close contact with the body. The biosignal measuring device 200 may include a detection means for extracting a biosignal from a biopotential signal detected through two connectors 210, a battery for power supply, and a communication module for transmitting the extracted biosignal to the outside. can For example, the communication module may be connected to the smartphone 300 through short-range wireless communication, and an application may be installed in the smartphone 300 to receive a biosignal and output a waveform graph of the biosignal or an analysis result of the biosignal. there is.

The bio-signal measuring device 200 is also disclosed in Registered Patent No. 10-2193524 of the applicant of the present invention, and thus a detailed description thereof will be omitted.

However, in the illustrated drawing, the connector 210 is a snap button by fitting and coupling with the outer terminal 121b of the bioelectrode 121, the terminal 132 of the spaced wearing part 130, and the electrode patch 230, which will be described later. It has a structure that connects in a way. In general, since the electrode patch 230 has a protrusion-shaped coupling structure, the connector 210 may be formed to have a groove-shaped coupling structure. However, it is not limited to a snap button type coupling structure, and may be configured as a Velcro coupling structure or a magnetic coupling structure.

According to an embodiment of the present invention, the plurality of wearing parts 120 (120-1, 120-2) and 130 provided in a distributed manner in the clothing part 110 are positioned to cover body parts for which bio-signals are to be measured. It is fitted and spaced apart from the regular position wearing part 120 (120-1, 120-2) to wear the bio-signal measuring device 200 at the provided position and a position covering the body part to measure the bio-signal. It is divided into spaced wearing parts 130 to wear the bio-signal measuring device 200 at the location.

In addition, the normal position wearing parts 120 (120-1, 120-2) send a biopotential signal to the connector 210 of the biosignal measurement device 200 worn according to the position provided in the clothing part 110. It is divided into a first regular position wearing part 120-1 and a second regular position wearing part 120-2 according to the configuration for inputting.

The first regular position wearing part 120-1, the second regular position wearing part 120-2, and the spaced wearing part 130 will be described in detail with reference to FIGS. 4 to 7.

As shown in the cross-sectional view of FIG. 4 , the first regular position wearing part 120-1 is constructed by installing the bioelectrode 121 on the clothing part 110.

Here, the bioelectrode 121 is exposed on the inner surface of the clothing part 110 so as to face the inner electrode 121a to be brought into contact with the body skin and the inner electrode 121a with the clothing part 110 interposed therebetween. It includes an outer terminal 121b exposed on the outer surface of the clothing part 110 to be coupled to the connector 210 of the bio-signal measuring device 200 and electrically connected to the inner electrode 121a.

Here, the inner electrode 121a may be composed of any one of a conductive metal electrode, a conductive rubber electrode, a conductive fiber electrode, and a conductive silicon electrode, and may be formed to slightly protrude from the inner surface of the clothing part 110, known in the art. Since it can be configured with reference to various structures, detailed descriptions are omitted. The outer terminal 121b may be configured to be detachably coupled to the connector 210 of the bio-signal measuring device 200 so that it cannot be separated unless it is forcibly separated.

The bio-electrodes 121 configured as described above are provided on the clothing part 110 in the same number and arrangement as the connectors 210 provided in the bio-signal measuring device 200 . Accordingly, the bio-signal measuring device 200 couples the connector 210 to the bio-electrode 121 one-to-one and wears it, so that the bio-signal of the body part at the worn position can be measured through the bio-electrode 121. .

In this way, the clothing part 110 may include at least one first properly positioned wearing part 120 - 1 configured by installing the bioelectrode 121 on the clothing part 110 . The first regular position wearing part 120-1 is provided in a part of the body where the bio-signal is to be measured and there is little relative movement with the clothing part 110 because the bending change is not severe when the wearer is exercising. it may be For example, as illustrated in FIGS. 1 and 2 , the bioelectrode 121 is provided according to the brachioradialis muscle of the arm, the quadriceps femoris muscle, the tibialis anterior muscle, the biceps femoris muscle, the semitendinosus muscle, the semimembranosus muscle, and the triceps lower leg of the leg to conduct electromyography. can be used to measure

5 is a cross-sectional view showing various modified embodiments of the first regular position wearing part 120-1.

First, referring to FIG. 5(a), an outer material is applied to the clothing part 110 forming the first regular position wearing part 120-1 so that the bio-signal measuring device 200 can be inserted into or removed from the entrance. It is possible to form a bag 111 provided with (111a).

At this time, since the outer terminal 121b of the bioelectrode 121 is placed inside the pocket 111, the biosignal measuring device 200 can be accommodated in the pocket 111 and then combined.

Although not shown in the drawings, a lining is attached to the clothing part 110 and the clothing part 110 is cut to form a pocket 111 having an inlet 111a through which the biosignal measuring device 200 can be inserted or taken out. In addition, the bioelectrode 121 may be installed on the lining forming the pocket 111.

Referring to FIG. 5( b ), the connector 210 of the bio-signal measuring device 200 and the outer terminal 121b of the bio-electrode 121 are coupled through the auxiliary terminal 220 . At this time, the auxiliary terminal 220 has a structure for coupling with the connector 210 on one side and a structure for coupling with the outer terminal 121b on the other side, so that the connector 210 and the outer terminal 121b are connected. It may be configured to intervene in. By using the auxiliary terminal 200 in this way, as shown in FIG. 5 (b), the outer terminal 121b has a flat structure, and instead the auxiliary terminal 220 and the outer terminal 121b are conductive. They can be held together by velcro or conductive magnets. The conductive magnet may be a magnet formed around a portion for transmitting a detection signal.

5(c) is a cover 112 that can cover the outer terminal 121b in a state in which the auxiliary terminal 220 is separated in the embodiment described in FIG. shows that it can be created. At this time, the cover 112 is preferably configured to be detachably attached to the outer terminal 121b according to the coupling method of the auxiliary terminal 220 and the outer terminal 121b.

Meanwhile, the bioelectrode 121 may be formed as an embroidered fabric electrode by embroidering the clothing portion 110 with a conductive fiber. At this time, the bioelectrode 121 may be embroidered so as to be exposed on the inner and outer surfaces of the clothing part 110, respectively, so that the functions of the inner electrode 121a and the outer terminal 121b may be provided. At least the inner portion of the bioelectrode 121 in contact with the body may be formed to protrude thickly. When combining the outer part of the bio-electrode 121 formed by embroidery with the bio-signal measuring device 200, the electrode patch 230 is coupled to the bio-signal measuring device 200, and then the adhesiveness of the electrode patch 230 It can also be coupled to the bioelectrode 121 in a manner that adheres to it.

As shown in FIG. 6, in the second regular position wearing part 120-2, a lining is added according to the position of the clothing part 110 covering the body part to measure the biosignal, and the biosignal measuring device 200 is inserted or After forming the pocket 111 formed by incising the clothing part 110 for the removable inlet 111a, a hole 122 facing the body part inside the pocket 111 is formed in the lining.

The second regular position wearer 120-2 configured as described above accommodates the bio-signal measuring device 200 in which the electrode patch 300 is coupled to the connector 210 in the pocket 111, and the electrode patch 300 is It is accommodated in the pocket 111 so as to be attached to a body part through the hole 122, so that the biosignal can be measured using the electrode patch 300.

The electrode patch 300 generally forms a through hole in a sheet having an adhesive surface to be attached to the skin, exposes a terminal for detecting a biosignal on the adhesive surface, and connects to the connector 210 on a surface opposite to the adhesive surface. A conductive component configured to expose a possible terminal is inserted and fixed into a through hole. Since these electrode patches 300 can be attached to the skin of the body to bring the electrodes into close contact with the body's skin, there is little fear of detachment from the skin.

The smart clothing 100 according to an embodiment of the present invention may be configured to include at least one of the second regular position wearing parts 120-2. For example, as exemplified in FIG. 1 , it may be provided one by one according to body parts such as the pectoralis major muscle, rectus abdominis muscle, oblique muscle, deltoid muscle, and biceps brachii muscle, which have a lot of movement in body parts measured for biosignals during muscle strength exercise. Of course, at least one of the quadriceps, tibialis anterior, biceps femoris, semitendinosus, semimembranosus, and triceps lower leg muscles of the leg, which is said to be measured by the first regular position wearing unit 120-1 as described above may be measured by the second regular position wearing part 120-2.

The second regular position wearing part 120-2 is lined to form a pocket 111 inside the clothing part 110, so that the bio-signal measuring device 200 accommodated in the pocket 111 is a clothing part. It can be pressed by (110) to reduce movement. On the other hand, the pocket 111 formed on the second regular position wearing part 120-2 is formed by attaching an outer material to the clothing part 110, and the pocket 111 is inside the clothing part 110 facing the body. It may also be configured by forming a hole 122 . This is because the electrode patch 230 is sufficiently adhered to the skin.

As shown in FIG. 2 and shown in cross-sectional view in FIG. 7, the spaced wearing unit 130 is provided on the inside of the clothing unit 110 covering the body part where the biosignal is to be measured. An electrode 131 that makes contact with the body, and a terminal 132 provided on the outside of the part of the clothing part 110 spaced apart from the electrode 131 to be coupled to the connector 210 of the biosignal measuring device 200 And, it consists of a signal connection line 133 connecting between the electrode 131 and the terminal 132.

Here, the signal connection line 133 may be composed of a conductive fiber having an insulating sheath, a conductive elastic band, conductive silicone formed in the form of a thread, etc., but also configured to have elasticity, and may be sewn and integrated with the clothing part 110. Since it is a well-known configuration, description of the detailed structure and configuration will be omitted.

The terminals 132 are provided according to the number and spacing of the connectors 210 provided in the bio-signal measuring device 200. Accordingly, the bio-signal measuring device 200 connects and wears the connector 210 with the terminal 132 one-to-one, and transmits the bio-signal of the body part to which the electrode 131 is in contact with the electrode 131, the signal connection line ( 133) and terminal 132.

According to the embodiment of the present invention, a pocket 111 is formed by attaching an outer material to the portion of the clothing part 110 having the terminal 132, so that the terminal 132 is placed inside the pocket 111. Accordingly, the bio-signal measuring device 200 is accommodated in the pocket 111 and coupled to the terminal 132 so that it is not separated from the terminal 132.

Meanwhile, the pocket 111 formed at the location of the terminal 132 may be formed by adding a lining and cutting the clothing part 110 to form an inlet 111a. Even at this time, since the terminal 132 must be placed inside the pocket 111, the terminal 132 is provided on the inside of the pocket 111 either on the clothing part 111 or on the lining.

The spaced wearing part 130 configured as described above can be provided for a body part where it is difficult to wear the bio-signal measuring device 200 alone when it is configured as a regular wearing part 120 (120-1, 120-2). And, for example, it may be provided to measure bio-signals of the back body part. That is, as illustrated in FIG. 2 , in order to measure the electromyography of the rhomboid muscle, latissimus dorsi muscle, erector spinae muscle, etc., which are the back muscles of the body, the electrode 131 is placed in the clothing part 110 according to the position covering the back body part. The terminal 132 to be installed, combined with and worn by the biosignal measuring device 200 is installed in a position where the wearer can easily wear the biosignal measuring device 200 on the side or front of the body, , The clothing part 110 is equipped with a signal connection line 133 connecting between the electrode 131 and the terminal 132.

As another example, the spaced wearing unit 130 may be provided to measure a biosignal of a body part inconvenient to move when the wearer wears the biosignal measuring device 200 . That is, as illustrated in FIG. 2 , in order to measure the biosignal of the gluteus maximus, the electrode 131 may be installed in accordance with the position of the gluteus maximus, and the terminal 132 may be installed at a position covering the side of the leg.

Meanwhile, at least one of the electrode 131 and the terminal 132 may be formed of an embroidered fabric by embroidering the clothing part 110 with a conductive fiber. When forming the electrode 131 by embroidery, it is preferable to protrude slightly thicker than the inner surface of the clothing part 110 to increase contact with the body. When the terminal 132 is formed by embroidery, the electrode patch 230 is coupled to the bio-signal measuring device 200 and then attached to the terminal 132 by the adhesiveness of the electrode patch 230. It can be combined with the measuring device 200. That is, as is well known, the electrode patch 230 can be attached to the terminal 132 using an adhesive pad since the electrode that can be brought into contact with the terminal 132 can be fixed with an adhesive pad.

Referring to FIGS. 1 and 2 , an identification symbol 113 is displayed on the clothing part 110 according to the position where the bio-signal measuring device 200 is worn. At this time, since the identification symbol 113 is for identifying a body part where the bio-signal is to be measured, misuse of the bio-signal measuring device 200 can be prevented.

Although the above has been shown and described as specific embodiments to illustrate the technical idea of the present invention, the present invention is not limited to the same configuration and operation as the specific embodiments as described above, and various modifications are within the scope of the present invention. can be carried out in Accordingly, such modifications should be regarded as belonging to the scope of the present invention, and the scope of the present invention should be determined by the claims described below.

100: smart clothing
110: clothing department
111: pocket 111a: entrance
112: cover 113: identification symbol
120,120-1,120-2: Wearing part in normal position
121: bioelectrode 121a: inner electrode
121b: outer terminal 122: hole
130: spaced wearing part
131: electrode 132: terminal
133: signal connection line
200: bio-signal measuring device
210: connector
220: auxiliary terminal
230: electrode patch
300: smartphone

Claims (9)

In smart clothing with improved wearing convenience of wearing a biosignal measuring device 200 that receives and measures biosignals through the connector 210,
A wearable clothing part 110 and a wearable part 120 provided so that the bio-signal measuring device 200 can be selectively worn by being provided corresponding to each position of the clothing part 110 covering the body part where the bio-signal is to be measured. , 130),
The wearing parts 120 and 130 are
It is provided according to the position covering the body part to measure the bio-signal, and is worn in the correct position to measure the bio-signal of the body part at the worn position through the connector 210 of the bio-signal measuring device 200 worn in the provided position. section 120; and
The electrode 131 provided in accordance with the position covering the body part for which the biosignal is to be measured is brought into contact with the body, and the electrode 131 through the signal connection line 133 integrated with the clothing part 110 at a position spaced apart from the electrode 131. ) and including a terminal 132 capable of being coupled to the connector 210 of the biosignal measuring device 200, the biosignal of a body part spaced apart from the worn position of the biosignal measuring device 200 Spaced wearing unit 130 to measure the;
separated by
Smart clothes with improved wearing comfort. According to claim 1,
The spaced wearing part 130 is
In the clothing part 110, the electrode 131 is provided to cover the user's back body part where it is not easy for the user to mount the bio-signal measuring device 200 alone, and covers the user's side or front body part Equipped with the terminal 132 in accordance with the position
Smart clothes with improved wearing comfort. According to claim 1,
The regular position wearing part 120
A bioelectrode 121 having an inner electrode 121a that comes in contact with the body and an outer terminal 121b capable of connecting the biosignal measuring device 200 is installed on the clothing part 110 to obtain the bioelectrode 121. including at least one biosignal measured through
Smart clothes with improved wearing comfort. According to claim 3,
At least one of the bioelectrode 121 of the stereotactic wearing unit 120, the electrode 131 of the spaced wearing unit 130, and the terminal 132 of the spaced wearing unit 130
Embroidered on the clothing part 110 with a conductive fiber to form an embroidered fabric
Smart clothes with improved wearing comfort. According to claim 3,
The regular position wearing part 120
Including at least one pocket 111 formed on the clothing part 110 to accommodate the biosignal measuring device 200 coupled to the outer terminal 121b
Smart clothes with improved wearing comfort. According to claim 1,
The regular position wearing part 120
After the pocket 111 is formed in the clothing part 110, a hole 122 is formed toward the body, and the bio-signal measuring device 200 in which the electrode patch 230 is coupled to the connector 210 is placed in the pocket 111. It is accommodated in and includes at least one electrode patch 230 attached to the body through the hole 122 to measure the biosignal
Smart clothes with improved wearing comfort. According to claim 1,
The spaced wearing part 130 is
At least one bag 111 for accommodating the bio-signal measuring device 200 is formed in accordance with the position provided with the terminal 132
Smart clothes with improved wearing comfort. According to any one of claims 5 to 7,
The pocket 111 is
The clothing part 110 is formed by attaching a lining, and the clothing part 110 is cut to form an inlet 111a.
Smart clothes with improved wearing comfort. According to any one of claims 5 to 7,
The pocket 111 is
Formed by adding outer material to the clothing part 110
Smart clothes with improved wearing comfort.

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