KR102506577B1 - Thermal sonic massager - Google Patents

Abstract

The present invention generates sound wave vibration of a specific frequency by magnetic force generated using the principle of electromagnetic induction, so as to massage muscles, recover from fatigue and improve blood flow with sound wave energy, as well as deliver thermal energy by heat deep into the skin to achieve a steaming effect It is to provide a thermal sonic massager that can improve immunity by self-diagnosing and treating inflammation and increasing body temperature while maximizing

Description

Thermal sonic massager {Thermal sonic massager}

The present invention relates to a massager, and more particularly, to a thermal sonic massager capable of self-diagnosing and treating inflammation while maximizing a steaming effect by delivering heat deep into the skin as well as muscle massaging and fatigue recovery with sonic energy by sonic vibration. it's about

In recent years, as interest in health has increased, not only exercise equipment but also various types of physical therapy devices have appeared. is widely used and widely used. In the case of a thermal therapy device, heat is locally applied to the affected area to vibrate the molecules and atoms of human cells to treat the affected area of the body. has been

In Korea, thermal therapy began to be used for the purpose of tumor treatment in the late 1980s, but with the technical level at the time, it was difficult to effectively transfer heat to tumors located deep in the body, so there were only a few cases where it could be effective. However, with the recent development of a thermotherapy device that can deliver heat to the deepest part of the body, it is being applied to many patients in Europe. When conducted together, the results of a study that showed fewer side effects and a reduced recurrence rate were published in the Journal of the American Society of Radiation Oncology. Such thermal therapy uses heat to facilitate blood circulation and metabolism, relieve nerve and muscle fatigue, kill only cancer cells, relieve pain, and have an immune-enhancing effect, helping to treat various symptoms. method is widely used.

On the other hand, it is known that when the body temperature rises by 1 ° C, the immunity increases 5 times, and when the body temperature decreases by 1 ° C, the immunity decreases by 30%, and cancer cells are weaker to heat than normal cells and die at 43 ° C. Therefore, recently, clinical trials that combine chemotherapy and heat therapy in patients who cannot operate are being conducted in various places.

Looking at the technologies for thermal therapy devices, technologies such as Patent Registration No. 1391496 "Portable Thermal Therapy Device", Patent Registration No. 1499142 "Folding Type Thermal Therapy Device", and Patent Publication No. 2003-97209 "Portable Thermal Therapy Device" have emerged. These simply generate heat by providing a heating pad of a certain shape, and are a technology of simply applying heat to a region in contact with the heating pad.

On the other hand, looking at the technology related to the vibration massager, Patent Registration No. 1073001 "Portable Vibration Massager and Control Method thereof" supplies power to a vibration generating unit composed of an eccentric motor or a linear motor to generate vibration by driving the motor, It is a portable vibration massager that can adjust the vibration pattern and ionization pattern according to the body part to be massaged. Because it simply generates vibration by driving the motor, not only does it generate a lot of noise when it vibrates, but the vibration is soft and non-continuous. There is a problem with thumping and intermittent strikes.

In addition, there is a problem in that there is no product that simultaneously realizes thermal energy for thermal treatment and sound wave energy generated from a vibration massager.

The present invention has been devised to solve the above problems, and an object of the present invention is to generate sound wave vibration of a specific frequency by magnetic force generated using the principle of electromagnetic induction, so as to massage muscles and fatigue with sound wave energy. It is an object of the present invention to provide a thermal sound wave massager capable of improving immunity by self-diagnosing and treating inflammation and increasing body temperature while maximizing the steaming effect by delivering heat energy deep into the skin as well as improving recovery and blood flow.

The thermal sonic massager according to the present invention includes a handle to be gripped and used, a vibration generating unit that generates vibration by the principle of electromagnetic induction and is coupled to the lower part of the handle, and a vibration generating unit that generates heat by an applied power source and generates vibration. A housing comprising a thermal treatment unit coupled to a lower portion, wherein the vibration generating unit has a cylindrical shape with a lower surface open and an upper surface closed, with a through hole formed in a central portion, and an outward flange formed along the circumference forming the lower surface; a bobbin disposed inside the housing, having a cylindrical shape open in the vertical direction, and having a coil wound around an outer circumferential surface of the cylindrical shape; a magnet having a cylindrical shape having an outer diameter smaller than the cylindrical inner diameter of the bobbin, having a through hole formed in a vertical direction in a central portion, and having an upper surface attached to the inner side of the upper surface of the housing by magnetic force; A plate-shaped plate-shaped portion (板狀部) is installed in the lower portion of the bobbin, a through hole is formed in the center of the plate-shaped portion, and protrudes along the edge of the plate-shaped portion at equal intervals to form bolt fastening holes; A fixing bracket installed in the lower part of the leaf spring, having a lower surface open and an upper surface closed, and having a through hole formed in a central portion and formed in a cylindrical shape; a vibrating body having a tubular shape with a lower surface open and an upper surface closed, and a through hole formed in a central portion, in which the housing, the bobbin, the magnet, and the leaf spring are accommodated in the tubular inner space; A cover plate having a disk shape closing the opened lower portion of the vibrating part body, having a through hole formed in the central portion, and configured to move the fixing bracket through the through hole; and a bolt formed at an edge of the leaf spring. As the fastening bolt is fastened to the outer flange of the housing through the fastening hole, the fastening bolt is fastened to the body of the vibrating part, and the upper part of the thermal treatment part is coupled to the fixing bracket of the vibration generating part, so that the vertical vibration of the plate spring As the housing, the plate spring, the bobbin, the magnet, the fixing bracket, and the thermal treatment unit vibrate up and down together, the wave energy generated from the vibration generating unit and the thermal energy generated from the thermal treatment unit are dissipated.

Preferably, the thermal treatment unit includes a heating wire array plate having a disk shape, and a groove having a predetermined shape is formed on the lower surface of the disk shape to accommodate the heating wire; a PCB board disposed above the hot wire array plate and having sensors and electronic components for control mounted thereon; In the barrel shape, the lower surface is open, the upper surface is closed, and the central part protrudes upward, and the protruding part is coupled while being fitted into the fixing bracket of the vibration generating unit, and the protruding part from the upper surface is open in the vertical direction. a heating unit body in which the hot wire array plate and the PCB board are accommodated in a tubular inner space; In the shape of a disk that closes the open lower part of the heating unit body, it is configured to include a massage plate disposed so that the lower surface of the heating wire array plate is in contact with the upper surface, and there is a certain distance between the upper surface of the heating unit body and the cover plate of the vibration generating unit. It is assembled, and the lower surface of the massage plate is used by contacting the user's skin.

Preferably, the upper surface and the outer surface of the housing are covered with silicon covers to reduce noise generated when the upper surface of the housing and the vibrating unit body collide when the vibration generating unit vibrates.

Preferably, a concave portion having a certain depth is formed inside the upper surface of the housing to which the magnet is attached in the vibration generating unit, so that the magnet and the housing are attached by magnetic force while the upper surface of the magnet is inserted into the concave portion. and fixedly installed.

Preferably, the intensity of the vibration of the vibration generating unit and the temperature of the thermal treatment unit are configured so that the user can adjust and set them through the control unit.

In the sonic massager according to the present invention, when power is applied to the coil wound around the outer circumferential surface of the bobbin, an induced electromagnetic force is generated to move the bobbin, and the integrally connected bobbin, diaphragm, and plate spring vibrate at a specific frequency to generate sound wave energy, thereby generating muscle It can massage, relieve fatigue and improve blood flow, and because it uses the principle of electromagnetic induction, there is almost no noise when vibrating, and it vibrates softly and continuously. In addition, it is possible to improve immunity by self-diagnosing and treating inflammation and increasing body temperature while maximizing the effect of steaming by delivering thermal energy deep into the skin. The effect of a massager is doubled because thermal energy and sound wave energy are simultaneously transmitted to the body. .

1 is a view showing a case including a thermal sonic massager and a control unit according to the present invention.
2 is a cross-sectional view of a thermal sonic massager.
FIG. 3 is an enlarged view of the vibration generating unit and the thermal treatment unit in FIG. 2 .
FIG. 4 is a view showing a vibration generating unit, a thermal treatment unit, and a handle separately.
5 is an exploded view illustrating components constituting a vibration generating unit and a thermal treatment unit.

Technical features of the thermal sonic massager according to the present invention are that it massages with sonic energy generated from a vibration generator to help recover from fatigue and improve blood flow, and deliver thermal energy from the heat deep into the skin to provide steaming as well as improve immunity and relieve inflammation. that enable diagnosis and treatment.

According to research results recently published in foreign countries, it has been announced that the sonic energy of sonic vibration increases the activity of the cells that make up the body, facilitating the delivery of various nutrients and energy to the cells. On the other hand, as body temperature rises by heat energy, not only immunity improves remarkably, but also promotes blood circulation and when heat energy is applied to the body, the inflamed part is much hotter than the non-inflamed part, so the inflamed part can be self-diagnosed, and you can feel the heat. It was investigated that when heat energy along with wave energy was applied to the part for a certain period of time, the inflammation was burned away and the inflammation was treated, and not only did the heat feel disappear, but even cancer cells died.

The thermal sonic massager 10 of the present invention emits sound wave energy and thermal energy at the same time and penetrates deep into the body, thereby doubling the efficacy of fatigue recovery, immunity enhancement, and self-diagnosis and treatment of inflammation by sonic energy and thermal energy. The sonic massager 10 includes a handle 11 that is gripped and used by hand, a vibration generating unit 20 that generates vibration by the principle of electromagnetic induction and is coupled to the lower part of the handle 11, and applied power It is composed of a thermal treatment unit 30 that generates heat by and is coupled to the lower part of the vibration generating unit 20, and has a hole formed in the center along the longitudinal direction of the handle 11 and the vibration generating unit 20. A cable is connected to the heat wire 321 of the thermal treatment unit 30 through a through hole passing through the center to supply power. The cable fixing bracket 12 is coupled to the upper end of the handle 11, and the closing ring 13 is coupled to the lower end of the handle 11 to be coupled with the vibration generating unit 20. Non-explanatory numeral 40 is a control unit for controlling the operation of the thermal sonic massager 10. The intensity of vibration of the vibration generator 20 and the temperature and operating time of the thermal treatment unit 30 can be directly adjusted and set by the user. It is equipped with an on/off switch and the like.

The vibration generating unit 20 includes a housing 22 that contains components and serves as a case, a bobbin 24 on which a coil is wound, a magnet 23, and a leaf spring ( 26) and a fixing bracket 28 disposed under the leaf spring 24 to generate sound wave vibration.

The housing 22 has a cylindrical shape in which the lower surface is open and the upper surface is closed, and a through hole through which a cable passes is formed in the central portion.

The bobbin 24 is disposed inside the housing 22, has a cylindrical shape that is open in the vertical direction, and is configured by winding a coil 25 on an outer circumferential surface of the cylindrical shape. The magnet 23 has a cylindrical shape with an outer circumferential diameter slightly smaller than the inner circumferential diameter of the cylindrical shape of the bobbin 24, and a through hole is formed in the central portion in the vertical direction so that the cable passes through, and the upper surface of the cylindrical shape is the housing 22 ) is attached to the inside of the upper surface by magnetic force. When power is applied to the coil 25 wound around the bobbin 24, an induced current is induced and a repulsive force with the magnet 23 acts, pushing the bobbin 24 and starting to vibrate, electromagnetic induction Vibration continues according to the principle.

Since the magnet 23 and the housing 22 are attached only by magnetic force, the position of the magnet 23 may change as it continues to vibrate, and when the position of the magnet 23 changes, an induced current of a certain intensity is not induced. Since the vibration may become irregular or may not occur, the magnet 23 should be located in the center of the bobbin 24 and move vertically in order to induce an induced current of constant intensity. Therefore, it is preferable to form a concave portion of a certain depth inside the upper surface of the housing 22 to which the magnet 23 is attached. In this state, when the magnet 23 and the housing 22 are attached by magnetic force, even if the vibration continues, the attached position of the magnet 23 does not change.

In the plate spring 26, a disk-shaped plate-shaped portion is installed at the bottom of the bobbin 24, and a through hole is formed in the center of the plate-top portion so that the cable passes through, and along the edge of the plate-top portion, etc. It protrudes at intervals and is configured by forming bolt fastening holes. In addition, as shown in FIG. 5, the plate spring 26 is arranged at equal intervals by protruding supports (reference numerals not specified) at a certain length from the circumference of the edge of the disk-shaped plate top, and each protruding support supports the circumferential direction. It is preferable to arrange them along and form bolt fastening holes at the ends of each support rod. It is preferable to arrange 3 to 5 supports, and if the supports are protruded and arranged along the circumferential direction in this way, the vibration of the plate top portion can be made stronger and softer.

As the fastening bolt is fastened to the outer flange of the housing 22 through the bolt fastening hole formed at the edge of the plate top of the plate spring 26 or at the end of the support protruding from the edge of the plate top along the circumferential direction, the fastening bolt is attached to the vibrating part body. (21) to be coupled (see Fig. 3).

The fixing bracket 28 is installed in the lower part of the plate spring 26, and in a cylindrical shape, the lower surface is open and the upper surface is closed, and a through hole is formed in the center so that the cable passes through.

The vibrating part body 21 has a tubular shape, the lower surface is open and the upper surface is closed, and a through hole is formed in the center so that the cable passes through, and the housing 22, the bobbin 24, The magnet 23 and the plate spring 26 are accommodated, and the fastening bolt is fastened from the inside of the upper surface to be combined with the handle 11 and the closing ring 13. The cover plate 27 has a disk shape that closes the open lower part of the vibrating part body 21, and has a through hole formed in the center thereof, and includes a fixing bracket 28 and a plate spring 26 integrally coupled through the through hole. , the bobbin 24, the magnet 23 and the housing 22 move up and down.

If a cover made of an elastic material such as a silicone cover 29 is covered on the upper and outer surfaces of the housing 22, when the vibration generating unit 20 vibrates, the upper surface of the housing 22 and the upper surface of the vibrating unit body 21 It reduces the noise generated when the inner side collides.

The upper end of the thermal treatment unit 30 is coupled to the fixing bracket 28 of the vibration generating unit, and when power is applied to the coil 25, an induced current is induced and an induced electromagnetic force is generated, thereby generating a repulsive force with the magnet 23 ( As the force acts to push and move the bobbin 24, the housing 22, the leaf spring 24, the bobbin 24, the magnet 23, the fixing bracket 28, and the thermal treatment unit ( 30) vibrates while reciprocating a certain distance up and down together, and the wave energy generated from the vibration generating unit 20 and the thermal energy generated from the thermal treatment unit 30 are dissipated and penetrate deeply into the body.

The thermal treatment unit 30 generates heat by applied power and dissipates thermal energy. The massage plate 34 disposed inside the body 31 and brought into contact with the body is coupled to the lower part of the heating unit body 31 to be configured.

The hot wire array plate 32 has a disk shape, and a groove having a certain shape is formed on the lower surface of the disk shape to accommodate the hot wire 321, so that heat is generated in the hot wire 321 according to the applied power and dissipates thermal energy. do. In addition, the PCB board 33 is disposed above the hot wire array plate 32, various sensors and electronic components for control are mounted, and when the set temperature is reached, a bimetal that cuts off power so that the temperature does not rise any further is installed. it is desirable

The heating part body 31 has a cylindrical shape, the lower surface is open, the upper surface is closed, and the central part protrudes upward, and the protruding part is combined while being inserted into the fixing bracket 28 of the vibration generating unit, and the protruding from the upper surface The portion has a shape that is open in the vertical direction, and the hot wire array plate 32 and the PCB substrate 33 are accommodated in the tubular inner space. The massage plate 34 has a disk shape that closes the open lower part of the heating unit body 31, and is disposed so that the lower surface of the heating wire array plate 32 is in contact with the upper surface, and the lower surface of the massage plate 34 is placed on the user's skin. Use by contacting Non-explained numeral 35 is an O-ring, which is inserted and installed between the upper surface of the PCB substrate 33 and the upper surface of the heating unit body 31, and when the thermal sonic massager 10 vibrates, the PCB substrate 33 ) prevents a short circuit or the like from occurring due to friction with the upper surface of the heating unit body 31.

The method of coupling the fixing bracket 28 of the vibration generating unit and the heating unit body 31 of the thermal treatment unit can be performed in various ways. For example, grooves are formed at regular intervals along the circumferential direction on the cylindrical side surface of the fixing bracket 28 of the vibration generating unit, and the part protruding upward from the upper surface of the heating unit body 31 is the part of the fixing bracket 28. By inserting into the inner surface of the cylindrical shape and fastening with a fastening means such as a head bolt through a groove formed in the cylindrical shape of the fixing bracket 28, the fixing bracket 28 of the vibration generating unit and the heating unit body 31 of the thermal treatment unit are connected. can be combined into one. At this time, it is preferable to assemble so that the upper surface of the heating unit body 31 and the cover plate 27 of the vibration generating unit are separated by a predetermined distance.

The above description is illustrative of the present invention, and the embodiments disclosed in the specification are not intended to limit the technical idea of the present invention, but are for explanation. Various modifications and variations will be possible without departing from the technical idea of Therefore, the protection scope of the present invention should be construed by the matters described in the claims, and technical matters within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10: thermal sound wave massager 11: handle
12: cable fixing bracket 13: closing ring
20: vibration generating unit 21: vibration unit body
22: housing 23: magnet
24: bobbin 25: coil
26: plate spring 27: cover plate
28: fixing bracket 29: silicone cover
30: thermal treatment unit 31: thermal unit body
32: hot wire array plate 321: hot wire
33: PCB substrate 331: PCB tightening bolt
34: massage plate 35: O-ring
40: control unit

Claims (5)

A handle that is gripped and used, a vibration generating unit that generates vibrations by the principle of electromagnetic induction and is coupled to the lower part of the handle, and a heat treatment unit that generates heat by applied power and is coupled to the lower part of the vibration generating unit. constituted,
The vibration generating unit,
A housing having a cylindrical shape with a through hole formed in a central portion and an outward flange formed along the circumference constituting the lower surface while the lower surface is open and the upper surface is closed;
a bobbin disposed inside the housing, having a cylindrical shape open in the vertical direction, and having a coil wound around an outer circumferential surface of the cylindrical shape;
a magnet having a cylindrical shape having an outer diameter smaller than the cylindrical inner diameter of the bobbin, having a through hole formed in a vertical direction in a central portion, and having an upper surface attached to the inner side of the upper surface of the housing by magnetic force;
A disk-shaped plate-shaped portion is installed at the bottom of the bobbin, a through hole is formed in the center of the plate-shaped portion, and 3 to 5 supports protrude at a certain length from the circumference of the edge of the plate top portion at equal intervals. Plate springs are disposed, each protruding support is disposed along the circumferential direction, and a bolt fastening hole is formed at an end of each protruding support;
A fixing bracket installed in the lower part of the leaf spring, having a lower surface open and an upper surface closed, and having a through hole formed in a central portion and formed in a cylindrical shape;
a vibrating body having a tubular shape with a lower surface open and an upper surface closed, and a through hole formed in a central portion, in which the housing, the bobbin, the magnet, and the leaf spring are accommodated in the tubular inner space;
a cover plate having a disk shape closing the opened lower portion of the body of the vibrator and having a through hole formed in a central portion so that the fixing bracket moves through the through hole;
It is configured to include, and while the fastening bolt is fastened to the outer flange of the housing through the bolt fastening hole formed at the end of the support of the leaf spring, the fastening bolt is fastened to the vibrating unit body and coupled,
In the vibration generating part, a concave portion having a certain depth is formed inside the upper surface of the housing to which the magnet is attached, and the magnet and the housing are attached by magnetic force with the upper surface of the magnet inserted into the concave portion for fixed installation. becomes,
The upper end of the thermal treatment unit is coupled to the fixing bracket of the vibration generating unit, so that the housing, the plate spring, the bobbin, the magnet, the fixing bracket, and the thermal treatment unit vibrate up and down together according to the up and down vibration of the plate spring. A thermal sound wave massager characterized in that it dissipates the generated wave energy and the thermal energy generated in the thermal treatment unit.
The method of claim 1, wherein the thermal treatment unit,
a heating wire array plate having a disk shape and having a groove of a predetermined shape formed on the lower surface of the disk shape to receive hot wires;
a PCB board disposed above the hot wire array plate and having a sensor and an electronic component for control mounted thereon;
In the barrel shape, the lower surface is open, the upper surface is closed, and the central part protrudes upward, and the protruding part is coupled while being fitted into the fixing bracket of the vibration generating unit, and the protruding part from the upper surface is open in the vertical direction. a heating unit body in which the hot wire array plate and the PCB board are accommodated in a tubular inner space;
a massage plate having a disc shape closing the opened lower portion of the body of the heating unit and disposed such that the lower surface of the heating wire array plate is in contact with the upper surface;
The thermal sound wave massager, characterized in that the upper surface of the heating unit body and the cover plate of the vibration generating unit are assembled with a predetermined distance apart, and the lower surface of the massage plate is brought into contact with the user's skin.
According to claim 1,
The thermal sonic massager, characterized in that the silicon cover is covered on the upper surface and the outer surface of the housing to reduce noise generated when the upper surface of the housing and the vibrating unit body collide when the vibration generating unit vibrates.
delete According to claim 1,
The thermal sound wave massager according to claim 1 , wherein the vibration intensity of the vibration generating unit and the temperature of the thermal treatment unit can be adjusted and set by a user through a control unit.

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