KR20220068701A - Massage band - Google Patents

Abstract

A massage band according to one embodiment of the present invention includes: a body pad having a sheet shape; an auxiliary pad having a sheet shape; a pair of connection pads having a sheet shape, and spaced apart from both ends of either the body pad or the auxiliary pad; a control unit which connects either the body pad or the auxiliary pad and the connection pad so as to adjust the gap between either the body pad or the auxiliary pad and the connection pad; a plate-shaped electrode pad which is located on one part of a first surface of the body pad so as to be stimulated by a microcurrent and bendable; an infrared ray generating unit which is located inside the body pad and which can generate near-infrared rays from the first surface of the body pad around the electrode pad; and an infrared control unit including a control switch which is located on a second surface opposite the first surface of the body pad so as to be connected to the connection cable and the infrared ray generating unit, and a flexible plate-shaped infrared power source unit which is located in the body pad in the lengthwise direction of the body pad so as to correspond to the control switch, and which is detachably connected to the connection cable and which stores a current, wherein the control switch supplies current from the infrared power supply unit to the infrared generator to generate near-infrared rays from the infrared generator while the infrared power supply unit is connected to the connection cable or cut off current from the infrared power supply unit. Thus, electrical stimulation and near-infrared rays are stably transmitted to the user's body part.

Description

massage band

The present invention relates to a massage band, and more particularly, to a massage band that is firmly installed on a body part to improve the massage effect on the body part.

A weak electric current called bioelectric current flows through the human body. These biological currents function to maintain health by transferring information between the cerebrum and organs. When health deteriorates, the biocurrent weakens and indicates instability.

On the other hand, a micro-current equivalent to the bio-current can help metabolism and blood circulation, and improve the natural healing power. The micro-current of about 0.06 mA is weak alkalinity of blood, dilation of blood vessels, normalization of blood pressure, promotion of diuresis, normalization of pulse, strengthening of heart, increase of collagen synthesis rate, promotion of white blood cell migration, sterilization effect, inhibition of bacterial growth, inhibition of growth of E. coli , microvascular blood circulation promotion, protein synthesis ability promotion, treatment speed doubling, fatigue recovery promotion, autonomic nerve correction, growth promotion, moisture purification, odor removal, etc. In addition, through research, microcurrent stimulation can activate tissue healing and recovery processes, and it is revealed that ATP resynthesis, protein synthesis, and DNA replication rates in cells can be increased by direct electrical stimulation.

Micro-current stimulation massages muscles and skin to relieve pain and reduce swelling, and the effects can be largely divided into effects of electrical stimulation on muscles, changes in metabolism, and changes in blood vessels. In particular, in the effect of micro-current stimulation on the muscle, the muscle moves with electrical stimulation through nerve cells, and when the electric therapy device supplies a certain amount of electricity while stimulating the muscle surface, the muscle is consumed and the size is reduced. It can delay the progression of muscle atrophy, provide exercise effects through repetition of contraction and relaxation, and activate synergists. In addition, in the change of metabolism, the muscle is stimulated to reduce lactic acid and feel less fatigued, and it is possible to prevent oxidase activity due to the change of the enzyme, and the distribution of capillaries in the muscle is increased in the change of blood vessels. As a result, peripheral blood vessels are dilated, which can help improve blood flow.

As described above, massage devices using stimulation by micro-current have been developed in various forms. Such a massage device may be personally used at home or installed in a fitness center. In particular, the massage device may be formed in the form of a band so as to surround a body part for easy use. These bands need to have different lengths according to the user's body size. In a fitness center, a plurality of bands having various lengths in consideration of various user's body sizes must be prepared, and at home, a user cannot wear the band in close contact with a body part due to a change in body size and thus cannot use it. In addition, only stimulation by electric current provides a massage effect on muscles and skin, and in order to provide a massage effect in various ways, the size and appearance of the massage device are strangely formed.

A technical problem to be achieved by the massage band according to the technical idea of the present invention is to provide a massage band capable of delivering electrical stimulation and near-infrared rays to a body part of a user, thereby improving the massage effect.

In addition, the technical problem to be achieved by the massage band according to the technical idea of the present invention is to provide a massage band that can be operated stably while having a beautiful appearance while transmitting electrical stimulation and near-infrared rays.

The technical problem to be achieved by the massage band according to the technical idea of the present invention is not limited to the above-mentioned problems, and another problem not mentioned will be clearly understood by those skilled in the art from the following description.

A massage band according to an embodiment according to the technical idea of the present invention, a body pad made of a sheet shape; Auxiliary pad made of a sheet shape; a pair of connection pads formed in a sheet shape and spaced apart from both ends of any one of the body pad and the auxiliary pad, respectively; a control unit configured to connect any one of the body pad and the auxiliary pad and the connecting pad to adjust a distance between the body pad and the auxiliary pad and the connecting pad; a plate-shaped electrode pad that is positioned on a part of the first surface of the body pad to generate stimulation by a micro-current and can be bent; an infrared ray generator positioned inside the body pad and capable of generating near-infrared rays from a first surface of the body pad around the electrode pad; and a control switch located on a second surface opposite to the first surface of the body pad and connected to the connecting cable and the infrared generating unit, and an infrared generating unit along the longitudinal direction of the body pad inside the body pad to correspond to the control switch. It is located in, is detachably connected to the connection cable, and includes an infrared control unit including a flexible plate-shaped infrared power supply for storing current, in a state in which the infrared power supply is connected to the connection cable, the control switch is the current of the infrared power supply is supplied to the infrared generator to generate near-infrared rays from the infrared generator, or to cut off the current of the infrared power supply.

In addition, the adjusting unit may include either one of a region on both ends of a second surface opposite to the first surface of any one of the body pad and the auxiliary pad and a region on the first terminal side of the second surface opposite to the first surface of the connection pad. an adjustment body located on the; an adjustment guide positioned in the other one of both end-side areas of the second surface of any one of the body pad and the auxiliary pad and the first end-side area of the second surface of the connection pad; and an adjustment wire having both ends connected to the adjustment body, passing through the adjustment guide so as to be movable along the adjustment guide, and capable of being wound around or unwinding from the adjustment body, wherein the adjustment body comprises a body pad and a body pad and reducing the gap between any one of the auxiliary pads and the connecting pad, the adjusting wire is unwound from the adjusting body to increase the distance between the connecting pad and any of the body pad and the auxiliary pad, the adjusting body pulling the adjusting wire in the locked state The control wire is kept wound so that the gap between the winding body pad and the auxiliary pad and the connection pad is not increased, and the control wire can be released from the control body in the released state.

In addition, the adjustment guide is positioned along both ends of any one of the body pad and the auxiliary pad or along the first end of the connection pad, and the adjustment unit includes a region and a connection at both ends of the second surface of any one of the body pad and the auxiliary pad. Further comprising an auxiliary guide positioned in a number less than the number of adjustment guides in any one of the first terminal-side regions of the second surface of the pad, wherein the adjustment wire passes through the adjustment guide and the auxiliary guide alternately, and both ends are adjustable It can be connected to the body.

In addition, the electrode pads may be formed as a pair, and the first ends may be positioned so as to be close to or connected to each other while gradually moving away from each other along the width direction of the body pad.

In addition, a connection terminal of a metal material connected to the electrode pad is formed on the second surface opposite to the first surface of the body pad, and the massage band is detachably connected to the connection terminal, and a micro-current is passed through the connection terminal to the electrode It supplies to the pad and further includes a chargeable stimulation control unit, wherein the electrode pad may receive a micro current to generate stimulation.

In addition, the infrared generating unit is located inside the body pad, the flexible plate-shaped generating base to which the connecting cable is connected; and a plurality of generating bodies that are spaced apart from each other in the longitudinal and width directions of the body pad without corresponding to the electrode pad on the generating base, and capable of generating near-infrared rays, but on the first surface of the body pad Induction openings are formed to correspond to each of the generating bodies, and near-infrared rays generated from the generating bodies can be emitted through the induction openings.

In addition, the first surface of the body pad, the first surface of the auxiliary pad, and the first surface of the connection pads are positioned to face the body part of the user, and at least a portion of the first surface of each of the connection pads includes the body pad and the auxiliary pad. is coupled to a portion of the second surface opposite to the first surface of the other one, the body part of the user is surrounded by the body pad and the auxiliary pad and faces the electrode pad and the infrared ray generator, and the adjustment unit is the body pad and the auxiliary pad The first surface of the body pad and the first surface of the auxiliary pad may be brought into close contact with the user's body part by reducing the distance between any one of the connection pads and the connection pad.

In addition, a plurality of convex parts spaced apart from each other are formed in the infrared power supply unit, the convex parts are connected to each other through a cable while storing current, and the infrared power supply unit between the convex parts may be deformed.

In addition, the massage band is made of a plurality of doedoe, hinged to each other and located inside the body pad along the longitudinal direction of the body pad on both sides of the infrared power unit, a deformation guide that can be deformed to form a predetermined angle between them. may include

In addition, each of the deformation guides, a bar-shaped guide body; a hinge body formed at a first end of the guide body and hingedly connected to a second end opposite to the first end of the other guide body; and a pair of stoppers protruding from the side of the hinge body so as to be spaced apart from each other to form a rotation range, wherein the other guide body is hinged to the hinge body to be positioned between the stoppers and stops within the rotation range It is rotated to contact any one of them, and may form an angle between the guide body and the guide body.

The massage band according to embodiments according to the technical spirit of the present invention has the following effects.

(1) The massage effect can be improved by allowing electrical stimulation and near-infrared rays to be transmitted to the user's body part.

(2) The band has a beautiful appearance and can be operated stably while transmitting electrical stimulation and near-infrared rays.

However, effects that can be achieved by the massage band according to an embodiment of the present invention are not limited to those mentioned above, and other effects not mentioned may be clearly understood by those skilled in the art from the description below. will be.

In order to more fully understand the drawings cited herein, a brief description of each drawing is provided.
1 is a perspective view showing a separated massage band according to an embodiment of the present invention.
2 is a perspective view illustrating a state in which the massage band according to an embodiment of the present invention is separated and viewed from another direction.
3 is a perspective view illustrating a state in which a massage band according to an embodiment of the present invention is coupled to be worn on a user's stomach.
4 is a perspective view illustrating a state in which the massage band according to an embodiment of the present invention is deformed and coupled to be worn on the user's stomach.

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and will be described in detail through the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood that the present invention includes all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

In describing the present invention, if it is determined that a detailed description of a related known technology may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, numbers (eg, first, second, etc.) used in the description process of the present specification are only identification symbols for distinguishing one component from other components.

In addition, in this specification, when a component is referred to as “connected” or “connected” with another component, the component may be directly connected or directly connected to the other component, but in particular It should be understood that, unless there is a description to the contrary, it may be connected or connected through another element in the middle.

In addition, in the present specification, two or more components may be combined into one component, or one component may be divided into two or more for each more subdivided function. In addition, each of the components to be described below may additionally perform some or all of the functions of other components in addition to the main functions they are responsible for, and some of the main functions that each component is responsible for are different It goes without saying that it may be performed exclusively by the component.

Hereinafter, embodiments according to the technical spirit of the present invention will be described in detail in turn.

1 is a perspective view showing a separated massage band according to an embodiment of the present invention, FIG. 2 is a perspective view showing a state in which the massage band according to an embodiment of the present invention is separated and viewed from another direction, FIG. 3 is a perspective view showing a state in which the massage band according to an embodiment of the present invention is coupled to be worn on the user's stomach.

1 to 3, the massage band 100 according to an embodiment of the present invention includes a body pad 101, an auxiliary pad 102, a connection pad 103, a control unit 104, and an electrode. It includes a pad 105, an infrared generator 106, an infrared control unit 107, and a stimulation control unit 108, and provides stimulation, particularly electrical stimulation and near-infrared rays, to the user's body part in a state surrounding the user's body part. It can provide a massage effect.

In the present embodiment, the massage band 100 is illustrated as being able to surround the user's stomach, but is not limited thereto and may be modified to surround various body parts, such as the thigh.

The body pad 101 may be made of a flexible material and may have a sheet shape extending along the longitudinal direction (A). In addition, a connection terminal 111 made of a metal material may be formed on the upper surface of the body pad 101 . Here, the upper surface of the body pad 101 means a surface that does not face the user when the massage band 100 surrounds the user's body part and does not come into contact with the user.

On the other hand, although it is shown that the region on the side of both ends 101a of the upper surface of the body pad 101 is made in the form of velcro velcro, the upper surface of the body pad 101 may be formed in the form of velcro velcro as a whole.

The auxiliary pad 102 may be formed of a flexible material and may have the same shape or a similar shape as that of the body pad 101 . Also, the auxiliary pad 102 may have a size corresponding to the body pad 101 .

Meanwhile, the upper surface of the auxiliary pad 102 may also be formed in the form of velcro velcro. Here, the upper surface of the auxiliary pad 102 means a surface that does not face the user when the massage band 100 surrounds the user's body part and does not come into contact with the user.

The connection pad 103 is made of a pair, and each is made of a flexible material and may be positioned to be spaced apart from each of both ends 102a of the auxiliary pad 102 . Here, the first end 103a of each of the connection pads 103 may be positioned to correspond to each of the both ends 102a of the auxiliary pad 102 .

In addition, the lower surface of the connection pad 103 may be formed in the form of a Velcro hook at least in the region on the side of the first end 103a. Accordingly, the connection pad 103 may be detachably coupled to the upper surface of the body pad 101 .

The adjustment unit 104 may connect the auxiliary pad 102 and the connection pad 103 to adjust the distance between the auxiliary pad 102 and the connection pad 103 . Here, the adjusting unit 104 may be located on the upper surface of each of the regions on the both ends 102a side of the auxiliary pad 102 and on the upper surface of the region on the first end 103a side of the upper surface of the connection pad 103 . In particular, the adjustment unit 104 can be operated to reduce the gap between the auxiliary pad 102 and the connecting pad 103 and keep the distance between the auxiliary pad 102 and the connecting pad 103 constant. have. Here, the distance between the auxiliary pad 102 and the connection pad 103 may not be increased. In addition, the adjustment unit 104 may include an adjustment body 141 , an adjustment guide 143 , and an adjustment wire 145 .

The adjustment body 141 may be located in a region on the first end 103a side of the upper surface of the connection pad 103 . Here, the adjustment body 141 is made of a dial-like structure that allows winding and unwinding of the adjustment wire 145, and is rotatable in only one direction (eg, clockwise or counterclockwise) in a locked state or in both directions (eg, For example, clockwise and counterclockwise) may be made in a rotatable unlocked state. Also, the adjustment body 141 may be located near the first end 103a of the connection pad 103 .

The adjustment guide 143 may be positioned along each of both ends 102a of the auxiliary pad 102 in each of the regions on both ends 102a side of the upper surface of the auxiliary pad 102 so as to correspond to the adjustment body 141 . have. Here, the adjustment guide 143 may be located near each of both ends 102a of the upper surface of the auxiliary pad 102 , and may have through-holes formed along each of both ends 102a of the auxiliary pad 102 . can

The adjustment wire 145 may be positioned between the auxiliary pad 102 and the connection pad 103 while passing through the adjustment guide 143 . Here, both ends of the control wire 145 may be connected to the control body 141 . The adjustment wire 145 is movable along the adjustment guide 143 , and may be wound around the adjustment body 141 or unwound from the adjustment body 141 .

In the adjustment unit 104 as described above, the adjustment body 141 may be rotated in only one direction in the locked state. Here, when the adjustment body 141 is rotated in one direction, the adjustment wire 145 is wound while being gradually inserted into the adjustment body 141 . The adjustment guide 143 is moved toward the adjustment body 141 by the adjustment wire 145 . Due to this, the auxiliary pad 102 moves toward the connection pad 103 , so that the distance between the auxiliary pad 102 and the connection pad 103 may gradually decrease. In addition, the adjustment wire 145 is kept wound by the adjustment body 141 in a locked state so that the gap between the auxiliary pad 102 and the connection pad 103 is not increased without being unwound from the adjustment body 141 . can

On the other hand, in the adjustment unit 104, the adjustment body 141 can be rotated in both directions in the released state, that is, not only in one direction but also in the opposite direction to one direction. Here, the adjustment wire 145 is not fixed to the adjustment body 141 and may be released from the adjustment body 141 . By moving the auxiliary pad 102 away from the connecting pad 103 or moving the connecting pad 103 away from the auxiliary pad 102 , the adjusting wire 145 can be released from the adjusting body 141 . Here, the distance between the auxiliary pad 102 and the connection pad 103 may gradually increase. Also, when the adjustment body 141 reaches the locked state, the adjustment wire 145 may not be released from the adjustment body 141 .

For example, the adjustment body 141 may move in the vertical direction with respect to the lower member fixed to the upper surface of the connection pad 103 of the upper member. When the adjusting body 141 is in the locked state, the upper member may move upward to bring the adjusting body 141 to the unlocked state. On the other hand, when the adjusting body 141 is in the unlocked state, the upper member may move downward to bring the adjusting body 141 to the locked state.

On the other hand, the adjustment body 141 of this embodiment is located on the connection pad 103, and the adjustment guide 143 is illustrated as being located on the auxiliary pad 102, but is not limited thereto, and the adjustment body 141 is The auxiliary pad 102 may be positioned, and the adjustment guide 143 may be positioned on the connection pad 103 . In addition, although the adjustment part 104 of this embodiment is illustrated as connecting the connection pad 103 and the auxiliary pad 102 , the connection pad 103 is at each of both ends 101a of the body pad 101 . When positioned to correspond, the connection pad 103 and the body pad 101 may be connected.

The electrode pad 105 may be positioned on a portion of the lower surface of the body pad 101 to generate stimulation by a micro-current. Here, the electrode pad 105 is positioned along the longitudinal direction A of the body pad 101 and has a predetermined width. In particular, the electrode pads 105 are made of a pair, and the first ends are positioned so as to be close to or connected to each other, and gradually move away from each other along the width direction orthogonal to the longitudinal direction (A) of the electrode pad 105 . can be located. That is, the electrode pad 105 may be positioned to form a V-shape along the width direction of the body pad 101 .

Also, the electrode pad 105 may include a contact layer, a conductive layer, and a non-contact layer.

The contact layer is formed to a thickness of about 0.5 mm including at least one of medical polyvinyl chloride (PVC) and non-toxic non-conductive rubber, and the conductive layer is formed to perform a multifunctional treatment protection function that adheres to the user's skin. do. In this embodiment, it is preferable to use a medical PVC containing 30 parts by weight to 80 parts by weight of a plasticizer and 1 to 3 parts by weight of stilbene oxide based on 100 parts by weight of vinyl chloride resin. In addition, the non-toxic non-conductive rubber is used as an elastic rubber having a hardness of 60 or less Shore A and an electrical resistance of 1,012 Ω or more, and may be made of any one of synthetic rubber, natural rubber, or silicone rubber.

The conductive layer is positioned between the contact layer and the non-contact layer, and may be formed by including a cloth electrode using a conductive cloth in order to not be damaged even when bending due to an external force and to facilitate fabrication of a patch-type electrode.

The non-contact layer is formed by including at least one of medical PVC and non-toxic non-conductive rubber materials in the same way as the contact layer, and unlike the contact layer, the thickness may be formed without limitation. The non-contact layer may be positioned on the lower surface of the body pad 101 while facing the lower surface of the body pad 101 .

The infrared generating unit 106 is located inside the body pad 101 , and may generate near-infrared rays from the lower surface of the body pad 101 around the electrode pad 105 . Here, the infrared generator 106 may generate near-infrared rays from the lower surface of the body pad 101 that does not correspond to the electrode pad 105 , and may be bent together with the body pad 101 . In addition, the infrared generating unit 106 may include a generating base 161 and a generating body (163).

The generation base 161 is formed in a flexible plate shape, and may be located inside the body pad 101 . Here, the generating base 161 may be formed in the form of a circuit board corresponding to the shape of the body pad 101 , and may be bent to correspond to the body pad 101 .

The generating body 163 is made of a plurality, and is positioned on the generating base 161 so as not to correspond to the electrode pad 105 . Here, the generation body 163 is made of a light emitting diode (LED: light emitting diode), can generate near-infrared rays, and be spaced apart from each other along the longitudinal direction (A) and the width direction of the body pad 101. can

In addition, guide openings 101b may be formed on the lower surface of the body pad 101 to correspond to each of the generating bodies 163 . Due to this, when the generating bodies 163 generate near-infrared rays, the near-infrared rays may be emitted through the induction openings 101b.

Near-infrared rays generated from the infrared generating unit 106 as described above may have a stronger thermal action than visible rays or ultraviolet rays. Such near-infrared rays can penetrate deeply into the skin to discharge body wastes, improve blood circulation, and reduce fat in body parts.

In addition, the infrared generating unit 106 may be combined with the electrode pad 105 to evenly provide near-infrared and electrical stimulation to the body part surrounded by the massage band 100 at the same time. In addition, the user may hardly feel any discomfort even in contact with the electrode pad 105 and the infrared generating unit 106 positioned as described above.

The infrared controller 107 may be located on the body pad 101 and connected to the infrared generator 106 . When a current is supplied from the infrared controller 107 to the infrared generator 106 , the generating bodies 163 of the infrared generator 106 may generate near-infrared rays. Also, the infrared control unit 107 may include a control switch 171 and an infrared power supply unit 173 .

The control switch 171 may be located on the upper surface of the body pad 101 and connected to the infrared generating unit 106 . Here, a connection cable 171a may be connected to the control switch 171 , and the connection cable 171a may be located inside the body pad 101 .

The infrared power supply unit 173 may have a flexible plate shape, and may be located inside the body pad 101 and detachably connected to the connection cable 171a. Here, the infrared power supply unit 173 is located on the generating base 161 of the infrared generating unit 106 along the longitudinal direction (A), and the generating body 163 in the generating base 161 is located on a surface where the generating body 163 is not located. and can be bent together with the generating base 161 . The generation base 161 may also be connected to the connection cable 171a and connected to the control switch 171 through the connection cable 171a.

In particular, the infrared power supply 173 stores current. In a state in which the infrared power supply unit 173 is connected to the connection cable 171a, the control switch 171 is operated to supply the current of the infrared power supply unit 173 to the infrared generation unit 106, and the current of the infrared power supply unit 173 It is also operated so that it is not supplied to the infrared generating unit 106 by blocking it. When a current is supplied to the infrared generating unit 106, the generating bodies 163 of the infrared generating unit 106 may generate near infrared rays, and the near infrared rays may be emitted through the induction opening 101b. The infrared power supply unit 173 may be separated from the connection cable 171a and separated from the inside of the body pad 101 , and may be charged by receiving a current.

In addition, a plurality of convex portions spaced apart from each other may be formed in the infrared power supply unit 173 . The convex portions are connected to each other through a cable (not shown) while storing current, and a portion of the infrared power supply unit 173 between the convex portions may be deformed. Due to this, the infrared power supply unit 173 may be bent.

The stimulation control unit 108 may be detachably connected to the connection terminal 111 and located on the upper surface of the body pad 101 . Here, the stimulation control unit 108 may be charged by receiving a current, and may supply a minute current to the connection terminal 111 . When the microcurrent is supplied to the connection terminal 111 from the stimulation control unit 108, the microcurrent is transmitted to the electrode pad 105 through the connection terminal 111, and the electrode pad 105 is stimulated by the microcurrent can cause In particular, the microcurrent may be supplied to the conductive layer of the electrode pad 105 , and the conductive layer may receive the current to generate a high frequency signal by the microcurrent and radiate it through the contact layer. For this reason, stimulation by a micro-current may be generated in the electrode pad 105 . In addition, the stimulation controller 108 may control the magnitude of the micro-current supplied to the connection terminal 111 .

As shown in Fig. 3, the massage band 100 of this embodiment is coupled, surrounds the user's body part, particularly the stomach, and connects the body pad 101 and the auxiliary pad 102 using the connection pad 103. By doing so, it can be worn by the user. Here, the lower surface of the body pad 101 and the lower surface of the auxiliary pad 102 may face the user's body part, and the electrode pad 105 and the infrared ray generator 106 may also be positioned to face the user's body part, , the infrared control unit 107 and the stimulation control unit 108 may be positioned so as not to face the body part and manipulated. Here, it may be preferable that the adjusting body 141 of the adjusting unit 104 is in a locked state.

In the state as described above, the adjusting body 141 in the locked state is rotated in one direction in the adjusting unit 104 to wind the adjusting wire 145 . Here, the gap between the auxiliary pad 102 and the connection pad 103 may be reduced. Due to this, the user's body part is tightened by being surrounded by the body pad 101 and the auxiliary pad 102 , the electrode pad 105 is in close contact with the user's body part, and the generating body 163 of the infrared generating unit 106 is The induction opening 101b corresponding to may be closed while facing the user's body part. By operating the infrared control unit 107 and the stimulation control unit 108, the electrode pad 105 can generate stimulation by a microcurrent and provide it to the user's body part, and the infrared generation unit 106, particularly the generating body ( 163) can provide near-infrared rays directly to the user's body part. Due to this, the user's body part is massaged, and the user's body part provides various massage effects such as pain relief, fatigue relief, smooth metabolism, etc. can be obtained

In addition, in the massage band 100 of this embodiment, the infrared power supply unit 173 of the infrared control unit 107 is connected to the generating base 161 to supply current to the generating body 163 to emit near-infrared rays from the generating body 163 . As a configuration used to doedoe, made of a flexible plate shape, it may be positioned to correspond to the generating base 161 of the infrared generating unit 106 in the inside of the body pad (101). When the body pad 101 is deformed to correspond to a body part, the infrared power supply unit 173 may be deformed to correspond to the deformation of the body pad 101 together with the generating base 161 . That is, the infrared power supply unit 173 is located inside the body pad 101 and is stably positioned in the massage band 100 without limiting the deformation of the massage band 100 and is not projected or exposed from the massage band 100 . It can provide a beautiful appearance.

In addition, in the massage band 100 of this embodiment, the stimulation control unit 108 may be detachably connected to the body pad 101, so that when you want to use the massage band 100 while carrying or storing it separately, the massage band 100 can be located in In addition, since the stimulation control unit 108 is rechargeable, a separate power supply is not required when operating the massage band 100 . Therefore, the massage band 100 of this embodiment can be used conveniently, and it can be used safely without being tampered with by children.

In particular, the massage band 100 of this embodiment can be adjusted in length by the adjusting unit 104, so that it can be worn on the user's body part according to the user's body size, tighten the user's body part and use the electrode pad ( 105) and the infrared generating unit 106 may be in close contact with the user's body part. Therefore, the massage band 100 of the present embodiment can be worn by a plurality of users having various body sizes with one, and can provide stimulation by a microcurrent and near-infrared rays to the user stably and firmly.

On the other hand, in the massage band 100 of this embodiment, the connection terminal 111 , the infrared control unit 107 and the stimulation control unit 108 are shown to be located on the body pad 101 , but the connection terminal 111 , the infrared control unit 107 and the stimulation control unit 108 may be positioned on the auxiliary pad 102 to generate electrical stimulation and near-infrared rays from the auxiliary pad 102 . For this reason, the massage band 100 can evenly provide electrical stimulation and near-infrared rays to the user's body part as a whole while surrounding the user's body part.

4 is a perspective view illustrating a state in which a massage band according to an embodiment of the present invention is deformed and coupled to be worn on a user's stomach.

As shown in FIG. 4 , the massage band 100 according to an embodiment of the present invention may further include a deformation guide 109 .

The deformation guide 109 is made of a plurality of doedoe, can be hinged to each other, and located inside the body pad 101 along the longitudinal direction (A) of the body pad 101 from both sides of the infrared power supply unit 173. have. Here, the deformation guides 109 are hinge-connected to be deformed to form a predetermined angle between them (eg, 170° to 180°), thereby preventing excessive bending of the infrared power supply unit 173 .

The deformation guide 109 may include a guide body 191 , a hinge body 193 , and a stopper 195 .

The guide body 191 is formed in a bar shape, but may not be deformed.

The hinge body 193 may be formed at a first end of the guide body 191 and may be hingedly connected to a second end opposite to the first end of the other guide body 191 . The guide bodies 191 may be hinged to each other through a hinge body 193 .

The stoppers 195 may be formed as a pair and protrude from the side surface of the hinge body 193 to be spaced apart from each other. Here, the stoppers 195 may be spaced apart from each other to form a rotation range of 10° to 20°. A second end portion of the other guide body 191 hingedly connected to the hinge body 193 may be positioned between the stoppers 195 . For this reason, the other guide body 191 may come into contact with one of the stoppers 195 while rotating within a rotation range in a state of being hinged to the hinge body 193 . That is, the other guide body 191 may be rotated between the stoppers 195 to form a predetermined angle between the guide body 191 on which the hinge body 193 is formed.

The deformation guide 109 may be bent to form a predetermined angle due to the configuration as described above, and the infrared power supply unit 173 may also be bent to correspond to the deformation guide 109 . For this reason, the infrared power supply unit 173 is deformed in a limited range by the deformation guide 109 and is not excessively bent, so that it may not be damaged according to the deformation of the body pad 101 . In addition, as the infrared power supply unit 173 is deformed within a limited range, the generating base 161 may also be deformed within a limited range and may not be damaged according to the deformation of the body pad 101 .

In the above, the technical idea of the present invention has been described in detail with reference to preferred embodiments, but the technical idea of the present invention is not limited to the above embodiments, and those of ordinary skill in the art within the scope of the technical spirit of the present invention Various modifications and changes are possible by the person.

100: massage band
101: body pad
102: auxiliary pad
103: connection pad
104: control unit
105: electrode pad
106: infrared generating unit
107: infrared control unit
108: stimulus control
109: deformation guide

Claims (10)

Body pad made of a sheet shape;
Auxiliary pad made of a sheet shape;
a pair of connection pads formed in a sheet shape and spaced apart from both ends of any one of the body pad and the auxiliary pad, respectively;
a control unit configured to connect any one of the body pad and the auxiliary pad and the connecting pad to adjust a distance between the body pad and the auxiliary pad and the connecting pad;
a plate-shaped electrode pad that is positioned on a part of the first surface of the body pad to generate stimulation by a micro-current and can be bent;
an infrared ray generator positioned inside the body pad and capable of generating near-infrared rays from the first surface of the body pad around the electrode pad; and
Located on the second surface opposite to the first surface of the body pad, the control switch connected to the connecting cable and the infrared generating unit, and the infrared generating unit along the longitudinal direction of the body pad inside the body pad to correspond to the control switch It is located, is detachably connected to the connection cable, including an infrared control unit including a flexible plate-shaped infrared power supply for storing current,
In a state in which the infrared power supply is connected to the connection cable, the control switch supplies the current from the infrared power supply to the infrared generator to generate near-infrared from the infrared generator, or cuts off the current from the infrared power supply.
The method of claim 1, wherein the control unit,
An adjustment body positioned in either one of an area on both ends of a second surface opposite to the first surface of one of the body pad and the auxiliary pad and a first terminal area on the second surface opposite to the first surface of the connecting pad. ;
an adjustment guide positioned in the other one of both end-side areas of the second surface of any one of the body pad and the auxiliary pad and the first end-side area of the second surface of the connection pad; and
and an adjustment wire having both ends connected to the adjustment body, passing through the adjustment guide so as to be movable along the adjustment guide, and capable of being wound around or released from the adjustment body;
the adjustment body winds the adjustment wire to decrease the gap between the connecting pad and any one of the body pad and the auxiliary pad, the adjustment wire is unwound from the adjustment body to increase the distance between the connecting pad and any one of the body pad and the auxiliary pad; ,
The adjustment body winds the adjustment wire in the locked state to keep the adjustment wire wound so that the gap between the connection pad and any one of the body pad and auxiliary pad does not increase, and the adjustment wire is unwound in the adjustment body in the unlocked state. massage band.
3. The method of claim 2,
The adjustment guide is positioned along both ends of any one of the body pad and the auxiliary pad or along the first end of the connection pad,
the control unit,
Auxiliary guides positioned in a smaller number than the number of adjustment guides in any one of both end-side areas of the second surface of any one of the body pad and auxiliary pad and the first terminal-side area of the second surface of the connection pad; ,
Massage band, characterized in that both ends of the adjustment wire are connected to the adjustment body in a state in which the adjustment wire passes through the adjustment guide and the auxiliary guide alternately.
According to claim 1,
The electrode pads are made of a pair, and the first ends are positioned so as to be close to or connected to each other, and are positioned to gradually move away from each other along the width direction of the body pad.
According to claim 1,
A connection terminal made of a metal material connected to the electrode pad is formed on a second surface opposite to the first surface of the body pad,
massage band,
It is detachably connected to the connection terminal, and supplies a fine current to the electrode pad through the connection terminal, further comprising a chargeable stimulation control unit,
A massage band, characterized in that the electrode pad is supplied with a micro-current to generate stimulation.
The method of claim 1, wherein the infrared generating unit,
a flexible plate-shaped generating base positioned inside the body pad and to which a connecting cable is connected; and
Doedoe comprising a plurality of generating bodies that are positioned to be spaced apart along the length and width directions of the body pad without corresponding to the electrode pad on the generating base, and capable of generating near-infrared rays,
Induction openings are formed on the first surface of the body pad to correspond to each of the generating bodies, and near-infrared rays generated from the generating bodies are emitted through the induction openings.
According to claim 1,
The first surface of the body pad, the first surface of the auxiliary pad, and the first surface of the connection pads are positioned to face the body part of the user, and at least a portion of the first surface of each of the connection pads is formed on the other of the body pad and the auxiliary pad. Coupled to a part of the second surface opposite to the first surface, the user's body part is surrounded by the body pad and the auxiliary pad and faces the electrode pad and the infrared ray generator, and the adjustment unit is any one of the body pad and the auxiliary pad A massage band, characterized in that the first surface of the body pad and the first surface of the auxiliary pad are brought into close contact with the user's body part by reducing the gap between the one and the connecting pad.
According to claim 1,
A plurality of convex portions spaced apart from each other are formed in the infrared power supply,
The convex portion is connected to each other through a cable while storing current, and the infrared power source between the convex portions is deformable.
According to claim 1, wherein the massage band,
It is made of a plurality of doedoe, hinged to each other and located inside the body pad along the longitudinal direction of the body pad on both sides of the infrared power unit, characterized in that it further comprises a deformation guide that can be deformed to form a predetermined angle between the massage band.
10. The method of claim 9, wherein each of the deformation guides,
a bar-shaped guide body;
a hinge body formed at a first end of the guide body and hingedly connected to a second end opposite to the first end of the other guide body; and
Containing a pair of stoppers protruding from the side of the hinge body so as to be spaced apart from each other to form a range of rotation,
The other guide body is hingedly connected to the hinge body so as to be positioned between the stoppers and is rotated to contact any one of the stoppers within a rotation range, and a massage band, characterized in that it forms an angle between the guide body and the guide body.

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