KR20220030711A - he heating massage stick with function for controlling vibration - Google Patents

Abstract

The present invention relates to a vibration heating massage stick. The present invention relates to a vibration heating massage stick configured to provide vibration and heat to the massage part of a human body while a user holds both ends of the stick and rotates a massage part. More specifically, it relates to a vibration heating stick having a vibration control function configured to decrease the effect of vibrations felt in both hands holding the stick while increasing or diversifying the intensity of vibration for a non-massage part.

Description

The heating massage stick with function for controlling vibration

The present invention relates to a vibration thermal massage stick, and to a vibration thermal massage stick configured to provide vibration and heat to a massage part of a human body while rotating a massage part while holding both ends of the stick with both hands.

More particularly, it relates to a thermal massage stick having a vibration control function configured to attenuate the effect of vibrations felt in both hands holding the stick while increasing the intensity of vibration for a part to be massaged on the contrary.

In general, massage is to induce a biological reaction by giving stimulation, such as tapping or kneading a part to be massaged, to relieve muscle and fatigue in the part to be massaged.

As a massage device providing such a massage function, various massage devices using vibration, heat, sound waves, etc. have been developed, and research on a massage device capable of providing a more effective massage effect is being conducted.

On the other hand, in the conventional massage device, the user brings the vibrating part of the massage device generating vibration into contact with the to-be-massed part to provide vibration to the to-be-massed part, and the vibration intensity is increased in order to increase the massage effect by the vibration.

In a conventional massage device, the user brings the vibrating part of the massage device generating vibration into contact with the part to be massaged to provide vibration to the part to be massaged. Massage is performed while moving the body over the area to be massaged.

However, when the vibrating part of the massage device is moved while the vibrating part is in contact with the to-be-massaged part, the vibration of the vibrating part is inconvenient to move due to friction. There is a disadvantage in that the massage effect is reduced.

In particular, in the case of a portable massage device, there is a further limit to the area in which the vibrating unit can come into contact with the part to be massaged, so it is necessary to move the vibrating unit more frequently during massage, and accordingly, the massage effect and usability experienced by the user are inevitably reduced. .

In order to improve this problem, looking at the bar described in Korean Patent Publication No. 10-2019-0103757 (published on September 5, 2019), vibration and heat for massage can be generated, and the massage part that comes into contact with the part to be massaged It includes a massage body having a spherical outer surface and a support handle rotatably provided at at least one of both ends of the massage body, and the massage body rotates about the support handle while the user holds the support handle. It is configured to massage a wide range of parts to be massaged.

In addition, a non-slip film portion made of a silicone material or the like is formed on the outer circumferential surface of the support handle to prevent slipping, and is configured to support the user's hand so that the user's hand does not slip during massage.

However, there are several problems with this configuration.

First, the non-slip coating portion made of a silicone material or the like to prevent slipping on the outer circumferential surface of the support handle decreases the frictional force with the support handle during long-term use and slides along the outer circumferential surface of the support handle.

Second, when vibration occurs due to operation of the massage stick, the generated vibration is transmitted to the support handle, and to the user, shaking due to continuous vibration is applied to the hand, and when massage is performed for a long time, fatigue of the hand and dizziness due to hand tremor Problems with symptoms are emerging.

In addition, when the massage stick operates and vibration is generated in the part to be massaged, the vibration generated by the vibration motor is a general regular vibration, so there is a problem that there is a limitation in providing various types of vibration to the part to be massaged. .

Patent Document 1: Domestic Patent Publication No. 10-2019-0103757 (published on: 2019.09.05) Patent Document 2: Japanese Patent Application Laid-Open No. Hei 07-308360 (December 28, 1995) Patent Document 3: Japanese Patent Laid-Open No. 2008-119181 (2008.05.29.)

In order to solve the above problems, the present invention forms a massage body that generates vibration and heat for massage in a structure type having a spherical surface, and allows the massage body to move continuously without being separated from the user's to-be-massaged part. An object of the present invention is to provide a vibrating thermal massage stick capable of maximizing the massage effect experienced by the user by configuring it, while reducing the fatigue caused by the user's hand shaking, thereby increasing the convenience of use.

Another object of the present invention is to provide a vibrating thermal massage stick formed so that the coating portion mounted on the outer circumferential surface of the handle of the massage stick can be fixed and supported without being pushed even when used for a long time.

Another object of the present invention is to provide a vibrating thermal massage stick configured so that various vibrations can be felt without a monotonous vibration transmitted to a part to be massaged.

In order to achieve the above object, in the present invention, in a massage stick, vibration and heat can be generated, and an outer surface of which is made of a spherical surface is made to come into contact with a part to be massaged and at both ends of the massage part in the longitudinal direction, respectively. a massage body including a rotating stick formed; a support handle mounted on the rotating stick unit and configured to serve as a rotating shaft of the massage body; Including; a non-slip film portion mounted on the outer circumferential surface of the support handle to prevent slipping, the massage body is configured to be able to rotate while in contact with the area to be massaged while generating vibration and heat, and the support handle and the Provided is a massage stick having a vibration control function, characterized in that it further comprises a vibration damping device for damping the vibration transmitted from the support handle to the non-slip coating part between the non-slip coating parts.

A plurality of protrusion lines arranged on the outer surface of the rotating stick unit to be in contact with the support handle are formed to protrude.

The vibration damping device,

a contact cylinder having a stepped portion coupled to the non-slip film portion and having a hollow shape therein; a piston having a contact portion in contact with the support handle and extending from the contact portion and configured as a moving portion movably inserted into the hollow shape of the contact cylinder; and a spring which is built into the hollow shape of the contact cylinder and provides elasticity to the moving part of the piston while in contact with the moving part of the piston.

A support cap mounted on one side of the contact cylinder and having a ring shape to insert the moving part of the piston, and supporting the moving part of the piston so that the moving direction of the piston moving part and the moving direction of the spring are formed on the same straight line ; is further constructed.

In order to absorb the vibration transmitted from the support handle in multiple directions, the surface shape of the contact portion of the piston in contact with the support handle is configured as a curved surface.

A seating portion into which the stepped portion of the contact cylinder is inserted is formed in the non-slip film portion.

The massage part includes a structure in which a pair of spherical parts are arranged in a line, and a vibration motor capable of providing vibration to the massage part when power is applied is located between the pair of spherical parts, and heat is generated in each of the spherical parts. A heating member mounting portion to which the member is mounted is formed.

The inside of the spherical part has a ring shape in order to provide diversification of the vibration intensity of the vibration motor, and a vibration manifold is further configured in which one or more movable spheres are inserted in the ring shape, and is inserted into the vibration manifold. The number and size of the spheres are varied.

The following effects can be achieved through the thermal massage stick having a vibration control function according to the present invention.

First, in the massage stick of the present invention, the massage body that generates vibration and heat for massage is formed in a structure type having a spherical surface, and the massage body is configured to move continuously without being separated from the part to be massaged by the user. This has the effect of maximizing the massage effect that the user feels, while reducing the fatigue caused by the user's hand shake through a number of vibration damping devices installed between the non-slip film part and the support handle, thereby increasing the convenience of use.

Another object of the present invention is to provide a vibrating thermal massage stick formed so that the non-slip coating part mounted on the outer circumferential surface of the handle of the massage stick can be fixed and supported without being pushed even when used for a long time.

Another object of the present invention is to provide a vibrating thermal massage stick configured so that various vibrations can be felt without a monotonous vibration transmitted to a part to be massaged.

1 is a combined perspective view showing a massage stick according to the present invention.
2 is an exploded perspective view showing a massage stick according to the present invention.
3 is a partially cut-away perspective view showing a massage stick according to the present invention.
4 is a state diagram of the vibration damping device installed between the support handle and the non-slip film portion according to the present invention.

Hereinafter, a thermal massage stick having a vibration control function according to the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a vibration thermal massage stick, wherein a massage body capable of generating vibration and heat for massage is formed as a structure having a spherical surface capable of enhancing a massage effect, and the massage body is not separated from a part to be massaged by a user. By being configured to move while rotating, it maximizes the massage effect experienced by the user and increases the convenience of use.

1 to 3, the massage stick 100 of the present invention includes a massage body 110 that can generate vibration and heat for massage, and support handles provided at both ends of the massage body 110. (120) is included.

The massage body 110 has a vibration motor 130 capable of providing massage vibration and a heating member (not shown) capable of providing massage heat, which is used for the operation of the vibration motor 130 and the heating member. Vibration and heat for massage can be generated by this.

In order to increase the massage effect of the vibration motor 130 when the massage body 110 generates vibration in a state in contact with the body part to be massaged, the outer surface that comes into contact with the part to be massaged by the user may be formed in a spherical shape, Specifically, the outer surface may be formed to include a structure in which a pair of spherical portions 112a each having a spherical surface are arranged in a line between the support handles 120 on both sides.

In addition, although not shown in the drawings, the massage body 110 is formed as a structure including one spherical portion 112a between the support handles 120 on both sides, or two or more spheres whose outer surface is made of a spherical surface The portion 112a may be formed to include a structure arranged in a line between the support handles 120 on both sides.

More specifically, the massage body 110 includes a pair of massage parts 112 including a pair of spherical parts 112a having a spherical surface and a pair integrally formed on both sides of the massage part 112 in the axial direction. may be composed of a rotating stick part 114 of can be provided to do so.

The rotating stick unit 114 is provided in a hollow pipe shape at both ends of the massage body 110 and rotates together when the massage body 110 rotates, and at this time, the support handle 120 held by the user is an axis. make a rotation

A plurality of protrusion lines 114a are formed to protrude from the outer surface (outer peripheral surface) of the rotating stick unit 114 that comes into contact with the support handle 120 for smooth and stable rotation of the rotating stick unit 114 .

The plurality of protrusion lines 114a are arranged to be spaced apart from each other on the outer circumferential surface of the rotating stick unit 114, and each protrusion line 114a may extend in the circumferential direction of the rotating stick unit 114 and also support handle 120. The outer surface that comes into contact with the inner circumferential surface of the may be formed as a curved surface.

The rotating stick unit 114 is provided with a plurality of protrusion lines 114a on its outer circumferential surface that come into contact with the inner circumferential surface of the support handle 120 , thereby protruding between the outer circumferential surface of the rotating stick unit 114 and the inner circumferential surface of the support handle 120 . A gap is generated according to the thickness of the line 114a, and as the gap exists, frictional force generated when the rotary stick unit 114 is rotated about the support handle 120 as an axis can be reduced and stable rotation can be achieved. .

In addition, although it is possible to use a bearing or the like instead of the protrusion line 114a, there is an advantage in that cost and weight can be reduced, and the number of parts can be reduced by applying the protrusion line 114a.

The support handle 120 may be formed in a cylindrical shape of a predetermined length, and since the rotary stick part 114 is rotatably assembled, the user holds the support handle 120 and is integrated with the rotary stick part 114 for massage It becomes easy to move the part 112 in the area to be massaged.

In addition, a non-slip film portion 122 made of a silicone material or the like may be formed on the outer circumferential surface of the support handle 120 to prevent slipping.

However, when the massage stick 100 is used for a long time, the non-slip film portion 122 formed on the outer circumferential surface of the support handle 120 is not fixed in close contact with vibration or aging due to use, and a lifting phenomenon occurs while the support handle 120 . There is a problem of moving in the direction of the massage unit 112 along the outer circumferential surface of the .

Accordingly, the present invention is configured to physically block the movement of the non-slip film portion 122 formed on the outer peripheral surface of the support handle 120 in the direction of the massage portion 112 while forming the slip prevention step portion 113 .

In addition, a cap 118 for opening and closing the inner space of the rotating stick unit 114 may be installed at the end of the rotating stick unit 114 .

By assembling the support handle 120 to support rotation at both ends (rotation stick part) of the massage body 110 in this way, the massage body 110 rotates while generating vibration and heat while in contact with the part to be massaged. At this time, when the user holds the support handle 120 and presses the massage body 110 toward the to-be-massaged part, the spherical surface (that is, the surface of the spherical part) of the massage part 112 rotates while pressing the to-be-massed part. .

More specifically, when the massage body 110 has a spherical outer surface of the massage unit 112 that comes into contact with the massaging part, the user holds the support handle 120 and presses the to-be-massed part while massaging. The spherical surface of the massage body 110 can increase the massage effect by pressing the area to be massaged while pressing it in a round shape. Accordingly, the vibration generated from the massage body 110 is transmitted to the area to be massaged and at the same time, the area to be massaged is concave in a spherical shape. It is pressed so that the massage effect of the vibration motor 130 can be maximized.

In other words, the massage body 110 is more effective for massage than a case where the outer surface of the massage unit 112 that comes into contact with the massage target is formed as a spherical surface, and thus is formed of a flat surface or a circumferential surface.

However, in this configuration, the vibration generated from the massage body 110 is transmitted to the massage site and, at the same time, the vibration is directly felt continuously in the user's hand holding the support handle 120 through the non-slip membrane part 122. do.

As the massage body 110 rotates, due to the vibration transmitted to the user's hand holding the support handle 120 through the non-slip membrane part 122, not the part to be massaged, the massage concentration effect is reduced, and the massage time is prolonged. There is a problem that the more dizziness appears.

In the present invention, in order to improve this, in order to cancel the vibration transmitted to the non-slip coating part 122, the non-slip coating part in the support handle 120 is between the support handle 120 and the non-slip coating part 122. A vibration damping device 170 for damping the vibration transmitted to the 122 is further configured. The configuration of the vibration damping device 170 will be described later.

On the other hand, the vibration motor 130 for generating vibration of the massage body 110 is a motor support part 112c formed between a pair of spherical parts 112a when it is built into the massage part 112 of the massage body 110 . It can be installed to be located inside the.

The vibration motor 130 vibrates the massage body 110 when power is applied to provide massage vibration to the massage unit 112 that comes into contact with the part to be massaged, and both sides in the axial direction of the vibration motor 130 . An eccentric shaft is provided in the vibration motor 130 to vibrate the spherical part 112a of the massage part 112 disposed on both sides.

In addition, the vibration motor 130 is installed so as to be electrically connected to the battery 150 inserted and disposed inside the rotating stick unit 114 on both sides, and applies power from the battery 150 during ON operation. received and can work.

The battery 150 may use a rechargeable battery such as a lithium ion battery, and thus a connection port for power connection (connection port for charging) (not shown) for charging the battery is a rotating stick unit in which the battery 150 is embedded. 114 or a cap 118 electrically connectable to the battery may be provided.

The massage stick 100 has a built-in battery 150 to increase portability and ease of use.

However, the vibration by the vibration motor 130 provided with the eccentric shaft configured in the massage unit 112 of the present invention may have a somewhat insufficient effect of massage stimulation due to the somewhat monotonous vibration when stimulation is applied to the massage part.

Accordingly, in the present invention, the vibration manifold 180 is additionally configured, and the inside of the spherical part 112a has a ring shape in order to provide diversification in the vibration intensity of the vibration motor 130, and the inside of the ring shape is movable. The vibration manifold is further configured in which one or more possible spheres 180a are inserted.

In addition, the number and size of the spheres 180a inserted into the vibration manifold 180 may be variously changed and configured.

In other words, when the user holds the support handle 120 of the massage stick 100 with both hands and rotates it to the massage part, the ring-shaped interior of the vibrating toilet 180 built into the spherical part 112a. One or more movable spheres 180a provided in the sphere are rotated.

That is, apart from stimulation by the vibration motor 130 of the massage stick 100 , the user rotates the sphere 180a inserted in the vibrating toilet 180 by rotational force while rotating the massage stick 100 . Another stimulus is delivered to the user's massage part while doing this, and when the number and size of the spheres 180a inserted into the vibrating toilet 180 are changed in various ways, irregular stimulus can be delivered to the user's massage part. there is an effect

In addition, the heating function is to provide massage heat by being heated from the inside of the massage unit 112 when power is applied, and may include a heating member (not shown) such as a heating wire that generates heat when energized.

Specifically, a heating member mounting portion 112d to which a heating member is mounted is formed in each of the spherical portions 112a, and a heating member may be attached or mounted to the heating member mounting portion 112d.

The heating member mounting portion 112d may be formed in a circular shape inside the outer circumferential surface of the spherical portion 112a.

The heating member may be a heating wire or a heating film using a heating wire, and when an ON operation is performed, power is applied from the battery 150 and heat is generated as current flows through the heating wire.

Such a heating member is disposed in the center of each spherical portion 112a of the massage body 110, thereby relatively minimizing the loss of heat and maximizing the heating effect.

In addition, the rotary stick unit 114 provided at one end of the massage body 110 has a button switch unit (not shown) for controlling the vibration intensity and heat intensity of the massage body 110 using the vibration motor 130 and the heating member. city) may be provided.

Although not shown in the drawings, the button switch unit may be provided on one side of the rotary stick unit 114, specifically for controlling the supply of power supplied from the battery 150 to the vibration motor 130 and the heating member. It may be configured to include a power button, a vibration control button for controlling the operating speed of the vibration motor 130, a heating control button for controlling the amount of current supplied to the heating member, and the like.

In addition, the button switch unit is electrically connected to a control unit (not shown) built into the rotary stick unit 114, and the control unit operates at an operating speed of the vibration motor 130 and energizes the heating member according to the operation of the button switch unit. It is configured to be able to control the current.

Accordingly, an electric wire for supplying battery power to the inside of the massage stick 100 may be provided in the rotating stick unit 114 .

In addition, the massage body 110 may form a non-slip film portion 112b for preventing slippage by surface finishing the spherical portion 112a of the massage portion 112 with a silicone material, and of the spherical portion 112a By forming the non-slip film portion 112b on the surface, it can be advantageous to increase the massage effect.

4 is a state diagram of the vibration damping device installed between the support handle and the non-slip film portion according to the present invention.

Looking at the configuration of the vibration damping device 170, it is composed of a contact cylinder 171 having a hollow shape therein, a piston 172 moving through the contact cylinder 171, and a spring 173 inside the contact cylinder.

In more detail, the contact cylinder 171 includes a stepped portion 171a coupled to the non-slip film portion 122 .

To this end, a seating portion 122a into which the stepped portion 171a of the contact cylinder 171 is inserted is formed in the non-slip coating portion 122 .

That is, the stepped portion 171a formed on the contact cylinder 171 of the vibration damping device 170 is fixed while being embedded in the seating portion 122a of the non-slip film portion 122 .

In addition, the vibration damping device 170 includes a piston 172 that comes into contact with the support handle 120 and moves by receiving vibration transmitted from the support handle.

The piston 172 includes a contact portion 172a in contact with the support handle 120 , and a moving portion 172b extending from the contact portion 172a and movably inserted into the hollow shape of the contact cylinder 171 . )) is composed of

In addition, the vibration damping device 170 has a spring 173 that provides elasticity to the moving part 172b of the piston 172 while being built in the hollow shape of the contact cylinder and in contact with the moving part 172b of the piston. Included.

In addition, the vibration damping device 170 is mounted on one side of the contact cylinder 171 and has a ring shape so that the moving part 172b of the piston is inserted, and supports the movement of the moving part 172b of the piston. A support cap 174 is further configured such that the moving direction of the piston moving part 172b and the moving direction of the spring 173 are formed on the same straight line.

In other words, the vibration directly transmitted to the non-slip coating unit 122 through the support handle 120 may continuously stimulate the user's hand holding the non-slip coating unit 122 .

Accordingly, in the present invention, the vibration damping device 170 is placed between the support handle 120 and the non-slip film portion 122, and the vibration transmitted from the support handle 120 is applied to the piston 172 of the vibration damping device 170. is transmitted, and thus, when the moving part 172b of the piston 172 moves the contact cylinder 172, the corresponding vibration can be attenuated through the spring 173 configured inside the contact cylinder 172.

Furthermore, by configuring the movement in the hollow of the contact cylinder 172 of the piston moving part 172b through the support cap 174 to receive a restoring force by the spring 173 while moving only in a straight line, the effect of vibration damping is excellent. can be done

In addition, as shown in FIG. 4 , in order to absorb the vibration transmitted from the support handle 120 in multiple directions, the surface shape of the contact portion 172a of the piston in contact with the support handle 120 is curved. can be composed of

Here, a method of using the vibrating thermal massage stick 100 will be described as an example as follows.

Press the power button among the buttons of the button switch unit to supply power to the vibration motor 130 and the heat generating member, and press the vibration control button and the heat control button to select and adjust the vibration intensity and temperature intensity.

Next, when the user rotates the massage part 112 of the massage body 110 while holding the support handle 120 by hand, applying a force to the to-be-massaged part, the massage part 112 is pressed to the to-be-massaged part. In this state, it rotates while generating vibration and heat.

As described above, the massage stick 100 of the present invention presses the to-be-massage part with the spherical surface of the massage unit 112 and at the same time provides vibration and heat to the to-be-massaged part to maximize the massage effect experienced by the user. By continuously providing a massage function to the massage area, it is possible to improve the massage convenience.

In addition, since the massage stick 100 does not have a separate additional configuration to increase the massage effect, there is an advantage in that cost and weight increase due to the additional configuration can be prevented.

As the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited to the above-described embodiments, and various modifications and Improvements are also included in the scope of the present invention.

100: vibration warm massage stick 110: massage body
112: massage part 112a: sphere part
112b: non-slip coating part 112c: motor support part
112d: heating member mounting part
113: anti-slip step
114: rotating stick part 114a: protrusion line
118: cap
120: support handle
122: non-slip coating part 122a: seating part
130: vibration motor 150: battery
170: vibration damping device
171: contact cylinder 171a: stepped portion
172: piston 172a: contact
172b: moving unit
173: spring 174: support cap
180: vibrating toilet 180a: old

Claims (9)

In the massage stick,
a massage body including a massage unit capable of generating vibration and heat and having an outer surface of a spherical surface to come into contact with a part to be massaged and a rotating stick unit formed at both ends of the massage unit in the longitudinal direction;
a support handle mounted on the rotating stick unit and configured to serve as a rotating shaft of the massage body;
Including; a non-slip film portion mounted on the outer circumferential surface of the support handle to prevent slipping, the massage body is configured to rotate while generating vibration and heat while in contact with the area to be massaged,
The massage stick having a vibration control function, characterized in that it further comprises a vibration damping device for damping the vibration transmitted from the support handle to the non-slip coating part between the support handle and the non-slip coating part. The method of claim 1,
Vibration heat massage stick, characterized in that a plurality of protrusion lines arranged on the outer surface that come into contact with the support handle are protruded from the rotating stick unit. According to claim 1, wherein the vibration damping device,
a contact cylinder having a stepped portion coupled to the non-slip film portion and having a hollow shape therein;
a piston having a contact portion in contact with the support handle and extending from the contact portion and configured as a moving portion movably inserted into the hollow shape of the contact cylinder; and
A massage stick having a vibration control function, characterized in that it includes; a spring that is built into the hollow shape of the contact cylinder and provides elasticity to the moving part of the piston while in contact with the moving part of the piston. 4. The method of claim 3,
A support cap mounted on one side of the contact cylinder, having a ring shape to insert the moving part of the piston, and supporting the moving part of the piston so that the moving direction of the piston moving part and the moving direction of the spring are formed on the same straight line ; A massage stick having a vibration control function, characterized in that it is further configured. 4. The method of claim 3,
A massage stick having a vibration control function, characterized in that the surface shape of the contact portion of the piston in contact with the support handle is curved in order to absorb the vibration transmitted from the support handle in multiple directions. 4. The method of claim 3,
The massage stick having a vibration control function, characterized in that the non-slip film portion has a seating portion into which the stepped portion of the contact cylinder is inserted. The method of claim 1,
The massage part includes a structure in which a pair of spherical parts are arranged in a line, and a vibration motor capable of providing vibration to the massage part when power is applied is located between the pair of spherical parts, and heat is generated in each of the spherical parts. A massage stick having a vibration control function, characterized in that a heating member mounting portion to which the member is mounted is formed. 8. The method of claim 7,
The spherical part has a ring shape in order to provide diversification of the vibration intensity of the vibration motor, and a vibration multiplier having one or more movable spheres inserted therein is further configured. massage stick. 9. The method of claim 8,
A massage stick having a vibration control function, characterized in that the number and size of the spheres inserted into the vibrating toilet are varied.

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