KR20220126849A - Sonic mat with enhanced functionality - Google Patents

Abstract

The present invention relates to a sound wave mat with enhanced functionality which comprises: a vibrator installation panel made of a hard material; a vibrator built into the vibrator installation panel to generate vibration; a first cushion panel installed on a lower surface of the vibrator installation panel and having elasticity to absorb vibrations to the floor; a second cushion panel installed on an upper surface of the vibrator installation panel and having elasticity to support a user's body; a controlling unit controlling the operation of the vibrator; and a remote controller wirelessly or wiredly connected to a controlling unit to control the driving of the vibrator. According to an embodiment, a user can receive a massage in a comfortable lying state, as well as enjoy music, heat, and a light source selectively or simultaneously, thereby helping sleep and health.

Description

Sonic mat with enhanced functionality}

The present invention relates to a sonic mat with enhanced functionality, and more specifically, the present invention allows a user to receive a massage while comfortably lying down, as well as receive music, heat and light selectively or at the same time, so that the user can sleep It relates to a sound wave mat with enhanced functionality that can help and health.

Modern society suffers from various diseases such as muscle stiffness, chronic fatigue, and muscle cramps due to various stresses in work and daily life.

In order to relieve the stiffness of these muscles and nerve fatigue, the number of people receiving massages is increasing recently.

Conventional massage was performed in a way that a person directly presses a part of the body using a hand or a tool.

As the population receiving massage gradually increases, various massage machines capable of performing massage using machines other than humans have been developed.

Examples of the massage machine may include a massage chair, a calf massager, a foot massager, and the like.

These massage machines generally use a vibration method by a motor or an actuator.

Conventionally, a motor or an actuator has been applied only to a massage machine, but in recent years, a massage device is also installed in the matrix of a bed.

However, conventional motors and actuators have a problem in that they are difficult to be inserted into the matrix because they are manufactured to have a certain size or more in order to apply sufficient pressure or vibration to the human body.

In addition, in the case of the conventional vibrating mat device, a small motor or actuator is inserted into the matrix, but there is a problem in that the magnitude of the vibration generated by the small motor is very small.

In the case of vibration generated by a small motor, there is a problem in that the magnitude of the vibration is not strong and is not transmitted to the user lying on the matrix due to the elasticity of the matrix.

1. Republic of Korea Patent No. 10-2179265

An object of the present invention is to provide a sound wave mat with enhanced functionality that can help a user sleep and health by not only receiving a massage while lying down comfortably, but also receiving music, heat and light selectively or at the same time. There is a purpose.

Another object of the present invention is that the vibrator can be manufactured in a smaller size compared to the prior art, and the power consumption can be significantly lowered, and a large electromagnetic force can be realized, so that the vibration efficiency according to the increase in the displacement of the vibrating part can be greatly improved. It is intended to provide a sonic mat.

The present invention for achieving the above object,

Hard material vibrator installation panel;

a vibrator built into the vibrator installation panel to generate vibration;

a first cushion panel installed on the lower surface of the vibrator installation panel and having elasticity to buffer vibrations to the floor;

a second cushion panel installed on the upper surface of the vibrator installation panel and having elasticity to support the user's body;

a control unit for controlling the operation of the vibrator;

and a remote controller wirelessly or wiredly connected to the control unit to control the driving of the vibrator.

In addition, the present invention,

a heating wire installed on the upper surface of the second cushion panel to generate heat; further reinforcement is provided;

The control unit is driven by the operation of the remote controller to adjust the temperature of the heating wire; characterized in that.

In addition, the present invention,

LED installed on the upper surface of the second cushion panel to emit a light source toward the user; is provided with further reinforcement;

The control unit is driven by the operation of the remote controller to control the operation of the LED; characterized in that.

In addition, the present invention,

A speaker that is installed on the upper surface of the second cushion panel and emits sound toward the user is further provided with reinforcement;

The control unit is driven by the operation of the remote controller to control the operation of the speaker; characterized in that.

Here, the vibrator,

an electromagnet consisting of a bobbin fixed to the receiving space of the housing and a coil wound in one direction on the bobbin to create a magnetic field through the supplied current;

A guide part inserted into the hollow of the bobbin so as to protrude from the upper and lower surfaces of the housing, a connector composed of an annular core protruding orthogonally to the longitudinal direction of the guide, and a guide part with the same polarity facing each other with the annular core interposed therebetween a vibrating unit composed of a pair of permanent magnets that are respectively inserted into the and reciprocating up and down by the magnetic field of the electromagnet;

a spacer disposed on the upper and lower edges of the housing to be positioned on the same plane as the protruding end of the guide part;

It is disposed on the spacer so as to face the upper and lower surfaces of the vibrating unit and is fixed to the vibrating unit and the housing through a fastening means, a plurality of spokes are arranged in a tornado shape, and a tornado-type plate spring protruding up and down by the vibrating unit; characterized in that it is composed.

Here, the bobbin is disposed between the boundary at the first and second poles of the first permanent magnet and the boundary at the first and second poles of the second permanent magnet.

Here, the tornado-type leaf springs are manufactured in different sizes; characterized in that.

Here, the tornado-type leaf spring is

a rim fixed to the spacer;

a center ring disposed on the central side of the tornado-type leaf spring and fixed to the guide;

It is characterized in that it is composed of a plurality of spokes that connect the rim and the center ring in a bow shape and are arranged in a tornado shape between the rim and the center ring.

According to this embodiment, the user can receive a massage while comfortably lying down, as well as receive music, heat, and light source selectively or simultaneously, thereby helping sleep and health.

According to the present invention, since the overall length of the electromagnet is formed relatively short compared to the prior art, it can be manufactured in a smaller size compared to the prior art, and the power consumption can be significantly lowered while realizing a large electromagnetic force, thereby improving the vibration efficiency according to the increase in the displacement of the vibrating part. It has the potential to be greatly improved.

1 is a perspective view of a sound wave mat with enhanced functionality according to the present invention.
Figure 2 is an exploded perspective view of a sound wave mat with enhanced functionality according to the present invention.
3 is a plan view of a sound wave mat with enhanced functionality according to the present invention.
Figure 4 is a cross-sectional view AA of the sound wave mat with enhanced functionality according to the present invention.
5 is an enlarged view showing a part of the sonic mat with enhanced functionality according to the present invention.
6 is a perspective view showing the vibrator separately extracted from the sound wave mat with enhanced functionality according to the present invention.
7 is an exploded perspective view showing the vibrator separately extracted from the sound wave mat with enhanced functionality according to the present invention.
8 is a plan view and a bottom view showing a vibrator separately extracted from a sound wave mat with enhanced functionality according to the present invention.
9 is a cross-sectional view showing the vibrator separately extracted from the sound wave mat with enhanced functionality according to the present invention.
10a to 10c are views for explaining the action of the vibrator in the sound wave mat with enhanced functionality according to the present invention.

Hereinafter, it will be described in detail based on the accompanying drawings.

1 is a perspective view of a sound wave mat with enhanced functionality according to the present invention, FIG. 2 is an exploded perspective view of a sound wave mat with enhanced functionality according to the present invention, and FIG. 3 is a plan view of a sound wave mat with enhanced functionality according to the present invention 4 is a cross-sectional view A-A of the sound wave mat with enhanced functionality according to the present invention, and FIG. 5 is an enlarged view showing a part of the sound wave mat with enhanced functionality according to the present invention.

1 to 5 , the sound wave mat with enhanced functionality according to an embodiment includes a vibrator installation panel 100 and a plurality of vibrators 200 , a first cushion panel 300 , and a second cushion panel 400 . , the control unit 900 and the remote controller 1000 are covered by the cover 1100, where the heating wire 500, LED 600, speaker 700 and the third cushion panel 800 are further reinforced According to this, the user can receive a massage while comfortably lying down, as well as receive music, heat, and light selectively or at the same time, which has a technical feature that can help sleep and health. .

The vibrator installation panel 100 is a plate made of a predetermined thickness, and consists of a fixing part 110, a cushion part 120, and a receiving part 130. In this embodiment, the vibrator 200 is fixed, It wraps around the fixed vibrator 200 and serves to protect it from external force.

A plurality of holes penetrating up and down are integrally formed in the fixing part 110 , the cushion part 120 , and the accommodating part 130 , and the vibrator 200 is respectively inserted into these holes to be protected.

The fixing unit 110 is a hard board made of cotton and fibrous, and while supporting and supporting the vibrator 200, the vibrator 200 and the fixing means (bolts and nuts) are mutually fixed to each other so that the vibration of the vibrator 200 is diffused. role in making it possible.

The cushion part 120 is disposed between the fixing part 110 and the receiving part 130 to absorb vibration transmitted through the fixing part 110 to reduce noise.

The accommodating part 130 is a high-hardness urethane foam, and serves to maintain a gap so that the vibrator 200 does not touch the first cushion panel 300 while supporting the cushion part 120 .

Meanwhile, a control unit 900 and a power connection unit P1 are installed on one side of the vibrator installation panel 100, and a power cord is detachably electrically connected to the power connection unit P1 to receive power.

On the other hand, if necessary, the cushion part 120 may be omitted, and the fixing part 110 and the accommodating part 130 may be integrally manufactured without being divided.

The vibrator 200 is built into the vibrator installation panel 100 to generate vibration, and various known vibrators 200 may be applied, but in this embodiment, a sound wave vibrator is applied.

6 is a perspective view showing the vibrator separately extracted from the sound wave mat with enhanced functionality according to the present invention, and FIG. 7 is an exploded perspective view showing the vibrator separately extracted from the sound wave mat with enhanced functionality according to the present invention, and FIG. It is a plan view and a bottom view showing the vibrator separately extracted from the sonic mat with enhanced functionality according to the present invention, and FIG. Figure 10c is a view for explaining the action of the vibrator in the sound wave mat with enhanced functionality according to the present invention.

The vibrator 200 includes a housing 210 , an electromagnet 220 , a vibrating unit 230 , a spacer 240 , and a tornado-type leaf spring 250 .

The vibrator 200 can be manufactured in a smaller size compared to the prior art, and power consumption can be significantly reduced while realizing a large electromagnetic force, thereby greatly improving the vibration efficiency according to an increase in the displacement of the vibrating part.

The housing 210 is a magnetic material composed of a bracket 211 and a cover 222 , and in this embodiment, serves to fix the electromagnet 220 accommodated inside.

The bracket 211 is a member formed by bending both ends of the plate upward, and a through hole 211a is integrally formed in the center so that the vibrating part 230 fitted therethrough can move up and down, and the through hole ( A communication hole 211b that communicates with the spacer 240 facing the lower surface is integrally formed on the edge around 211a), and the fitting protrusions 221c of the electromagnet 220 are formed on both sides with the through hole 211a interposed therebetween. ) is integrally formed with the protrusion coupling hole 211c to which the insertion and removal is inserted and fixed, and the electromagnet 220 is accommodated inside the bracket 211 having this structure.

The cover 222 is a plate placed on the bent portion to cover the upper portion of the bracket 211, and a through hole 212a is integrally formed in the center so that the vibrating part 230 fitted therethrough can move up and down. , at the edge of the through hole 212a as a center, a communication hole 212b that communicates with the spacer 240 facing upward is integrally formed, and both sides of the electromagnet 220 with the through hole 212a interposed therebetween. A protrusion coupling hole 212c into which the fitting protrusion 221c is detachably fitted and fixed is integrally formed, and the cover 222 having this structure is placed on the bracket 211 and the electromagnet 220 accommodated inside the bracket 211 . ) to cover the top surface of

On the other hand, the through-holes 211a and 212a, the trunk line prevention part 221b of the electromagnet 220 is detachably fitted to limit the movement in the housing 210 together with the fitting protrusion 221c, while the vibrating part 230 ) helps to move up and down without interfering with the housing 210 .

The electromagnet 220 is composed of a bobbin 221 and a coil 222. In this embodiment, a vibrating part ( 230) in the vertical direction.

The bobbin 221 is a member made of a non-magnetic material, and has a vibrating unit accommodating hole 221a penetrating up and down so that the vibrating unit 230 can be inserted up and down in the center, and a vibrating unit accommodating hole 221a. ), a tubular interference prevention part 221b that extends vertically and is detachably fitted into the through-holes 211a and 212a of the housing 210 is integrally formed, and based on the interference prevention part 221b Fitting protrusions 221c extending vertically and removably fitted to the protrusion coupling portions 211c and 212c of the housing 210 are integrally formed on both sides, and the coil 222 is inserted into the outer circumferential surface of the winding groove to be wound ( 221d) is provided.

The coil 222 is a thin copper metal wire through which a current flows, and is inserted into the winding groove 221d of the bobbin 221 and wound around the outer peripheral surface of the bobbin 221 .

Here, the coil 222 receives a current to generate a magnetic field, and a driving force for vibrating the vibrating unit 230 by electrical interaction with the first and second permanent magnets 232 and 233 of the vibrating unit 230 . causes

For example, when a current flows in the coil 222, a magnetic field is generated, and the magnetic field formed by the coil 222 is first and second permanent magnets ( 232 and 233 ), and the vibrating unit 230 affected by the magnetic field moves up and down along the bobbin 221 .

In addition, the vertical movement of the vibrating unit 230 is transmitted to the tornado-type plate spring 250 fixed to the upper and lower surfaces of the vibrating unit 230, respectively, and accordingly, the central side of the tornado-type plate spring 250 This will move up and down.

The vibrating unit 230 includes a connector 231 and first and second permanent magnets 232 and 233 .

The vibrating unit 230 is vertically inserted into the vibrating unit accommodating hole 221a of the bobbin 221 so that the upper end and the lower end protrude toward the upper and lower surfaces of the housing 210 .

The vibrating unit 230 installed in this way moves in the vertical direction by electrical interaction with the electromagnet 220 .

The connector 231 is made of a non-magnetic material composed of a guide portion 231a and an annular core 231b.

The guide part 231a is a circular tube, and is inserted into the hollow of the bobbin 221 , that is, the vibration part accommodating hole 221a so that the upper end and the lower end protrude to the upper and lower surfaces of the housing 210 , respectively.

A pair of nut tubes 231a-1 are integrally formed inside the guide portion 231a along the longitudinal direction of the inner circumferential surface, and a second screw bolt 263 is detachably attached to the nut tube 231a-1. possible to be tied

The annular core 231b is a member protruding orthogonally to the longitudinal direction of the guide portion 231a, and is formed in the middle of the guide portion 231a to space the first and second permanent magnets 232 and 233 apart from each other by a thickness. play a role

The first and second permanent magnets 232 and 233 are arranged symmetrically with respect to the annular core 231b, and the first permanent magnet 232 has two different poles, a first pole (S pole) and a second pole ( N), and the second permanent magnet 233 also has two different poles, a first pole (S pole) and a second pole (N pole), in this embodiment, the first and second permanent magnets 232 and 233. was seated on the annular core 231b with the same polarity facing each other, thereby maximizing magnetic efficiency.

10A to 10C, when a current is applied to the coil 222 of the electromagnet 220, the direction orthogonal to the direction of the magnetic field and the direction of the current according to Fleming's left hand rule, That is, a Lorentz force that drives the vibrating unit 230 upward or downward is generated. In addition, if the direction of the current applied to the coil 222 is continuously changed, the vibrating unit 230 is continuously operated. vibrates up and down.

In particular, as the first and second permanent magnets 232 and 233 of the same polarity are arranged to face each other inside the electromagnet 220, the direction of the force driving the vibrating unit 230 at the time of initial startup is upward or downward. It can be driven biased.

That is, the coil 222 is wound unidirectionally around the outer circumferential surface of the first and second permanent magnets 232 and 233 arranged in parallel along the longitudinal direction of the bobbin 221, thereby improving the electromagnetic force of the vibrating unit 230. It is possible to provide a quick response speed while increasing the vibration width.

In addition, in the present invention, the first and second permanent magnets 232 and 233 are arranged to face each other in order to increase the amount of magnetic force lines penetrating in the direction perpendicular to the coil 222, and the magnetic flux is concentrated at the linkage. Therefore, if the same consumption current is consumed in the same volume, a larger electromagnetic force can be realized, which increases the displacement of the vibrating unit 230 to realize a large amount of vibration.

To this end, the height of the coil 222 should be smaller than the height of the first and second permanent magnets 232 and 233, and preferably, the first pole (S pole) and the second pole (N) of the first permanent magnet 232 border And it is preferable to manufacture the second permanent magnet 233 of a size that can be positioned between the boundary between the first pole (S pole) and the second pole (N pole).

The spacer 240 is interposed between the housing 210 and the tornado type plate spring 250 to support the tornado type plate spring 250 when the pin nut 261 and the first screw bolt 262 are coupled to each other. do

The spacer 240 is a tube, and in the present embodiment, one end is disposed to communicate with the communication holes 211b and 212b of the housing 210 , and the other end is disposed in the tornado-type leaf spring 250 .

In the state arranged as described above, by inserting the pin nut 261 into the hole of the tornado-type plate spring 250 disposed below, the communication holes 211b and 212b between the spacer 240 and the housing 210 disposed below. ) through to the spacer 240 disposed on the upper part, and then the first screw bolt 262 passing through the tornado-type plate spring 250 disposed on the upper part is fastened to the pin nut 261 to the housing 210 ) and the tornado-type leaf spring 250 may be mutually coupled, and at this time, the spacer 240 stably supports the tornado-type leaf spring 250, thereby preventing the tornado-type leaf spring 250 from sagging.

The tornado-type leaf spring 250 is composed of a rim 251 , a center ring 252 , and a spoke 253 , and is an elastic body made of synthetic resin/urethane/rubber or the like.

As an example, the tornado-type plate spring 250 disposed on the upper part of the tornado-type plate spring 250 is placed on the upper surface of the vibrator installation panel 100 and fixed to each other through fixing means (bolts and nuts), and the lower part The arranged tornado-type leaf spring 250 is accommodated on the inside through the hole of the vibrator installation panel 100 .

The rim 251 is positioned on the outside of the tornado-type leaf spring 250, and is fixed to the spacer 240 via a pin nut 261 and a first screw bolt 262, and thus the vibrating part 230 ), even if it moves up and down, the rim 251 does not move.

The center ring 252 is located on the central side of the tornado-type leaf spring 250, and is fixed to the nut tube 231a-1 of the vibrating unit 230 via the second screw bolt 263 to the vibrating unit ( The rim 251 of the tornado-type leaf spring 250 does not move when the vibrating unit 230 moves up and down, but the center ring 252 is formed together with the vibrating unit 230. move up and down

The plurality of spokes 253 are curved in a bow shape, and are arranged in a tornado shape based on the center of the tornado-type leaf spring 250 to connect the rim 251 and the center ring 252, the center ring 252. When moving up and down by the vibrating part 230, a plurality of spokes 253 connecting the rim 251 and the center ring 252 are arranged in a tornado shape, so that from the outside of each spoke 253 to the center side The width of the vertical movement of the tornado-type leaf spring 250 increases, and accordingly, the tornado-type leaf spring 250 moves up and down the most from the center side.

In particular, the spokes 253 of the tornado-type leaf spring 250 according to the embodiment of the present invention are longer than the spokes of the leaf spring of the prior art (Korean Patent Publication No. 10-2017-0113912). According to the tornado type leaf spring 250 of the present invention, a plurality of spokes 253 connecting the rim 251 and the center ring 252 are arranged in a tornado form, whereas the conventional leaf spring is radially arranged and straight. Since the center ring 252 of the tornado-type leaf spring 250 according to the embodiment of the present invention is formed of do.

In addition, each spoke 253 of the tornado-type leaf spring 250 according to the embodiment of the present invention is formed in a curved arch shape, and as the length of the spoke 253 increases, the durability is excellent compared to the spokes of the conventional leaf spring. .

On the other hand, it is preferable that any one of the tornado-type plate springs 250 disposed on the upper and lower portions of the vibrating unit 230 be formed to have a relatively small size, which is a tornado-type at the bottom when installed on the vibrator installation panel 100 . The plate spring 250 is naturally inserted into the hole of the vibrator installation panel 100, while the upper tornado-type plate spring 250 is caught on the upper surface of the vibrator installation panel 100, and with this, a tornado with a large size Since the pressing area of the tornado type plate spring 250, which is smaller in size compared to the type plate spring 250, is relatively small, the pressing force per unit area can be increased. have.

In addition, the overall length of the electromagnet 220 according to the embodiment of the present invention is compared to the length of an assembly (hereinafter referred to as an electromagnet) consisting of a bobbin and a pair of voice coils of the prior art (Korean Patent No. 10-2179266). As it is formed relatively short, it can be manufactured in a smaller size compared to the prior art, and power consumption can be significantly lowered while realizing a large electromagnetic force. have.

Subsequently, the first cushion panel 300 is a highly elastic memory polyurethane foam, and in this embodiment, it is installed on the lower surface of the vibrator installation panel 100 and serves to buffer the vibration so as not to transmit to the floor.

The second cushion panel 400 is a highly elastic memory polyurethane foam, and in this embodiment, it is installed on the upper surface of the vibrator installation panel 100 to support the user's body.

As mentioned above, the control unit 900 and the power connection unit C1 are installed on one side of the vibrator installation panel 100 .

The control unit 900 is driven by the operation of the remote controller 1000 to individually or simultaneously control the operation of the vibrator 200 , the heating wire 500 , the LED 600 , and the speaker 700 .

The remote controller 1000 is wirelessly or wiredly connected to the controller 900 to control the driving of the vibrator 200 , the heating wire 500 , the LED 600 , and the speaker 700 , but in this embodiment, it is exposed to the outside. It is electrically connected to the remote controller connection part (C2) with a jack as a medium, and the remote controller connection part (C2) is equipped with a switch that can control the power ON/OFF, so collective control is possible.

The remote controller 1000 is provided with an input means for selecting and operating a sound source, a wave, a light source, automatic, time, and heat according to a user's preference, and a display for visually displaying such a setting state.

The heating wire 500 is a heating device that receives power and generates heat, and is installed on the upper surface of the second cushion panel 400 in the present embodiment.

The heating wire 500 installed in this way is operated and controlled by the controller 900 , and the controller 900 is driven by the operation of the remote controller 1000 to adjust the temperature of the heating wire 500 .

For example, when the heat by the heating wire 500 is transferred to the user's body, it gives effects such as activating organs inside the abdomen, promoting blood circulation, and improving digestive function.

And a third cushion panel 800 is installed on the upper surface of the heating wire 500 .

The LED 600 is a lighting device that receives power and emits a light source toward the user, and is installed on the upper surface of the second cushion panel 400 in this embodiment.

However, when the heating wire 500 is installed on the upper surface of the second cushion panel 400, the third cushion panel 800 is installed on the upper surface of the second cushion panel 400 to cover the heating wire 500, and this The LED 600 is installed on the upper surface of the third cushion panel 800 .

The LED 600 is operated and controlled by the control unit 900 , and the control unit 900 is driven by the operation of the remote controller 1000 to adjust the brightness and color change of the LED 600 .

As an example, a red (R) LED having a wavelength of about 660 nm has effects such as skin elasticity, blood circulation, and promotion of metabolism of subcutaneous tissue and fat, and a blue (B) LED having a wavelength of about 445 nm is effective for acne and acne. It is effective for dry skin, and the green (G) LED with a wavelength of about 530 nm strengthens the function of the cell layer and is effective in preventing aging.

Therefore, if the LED 600 is used together with the vibrator 200 and the heating wire 500 as described above, the effect can be further maximized.

The speaker 700 receives the sound source supplied from the remote controller 1000 through the control unit 900 and emits sound toward the user, and is installed on the upper surface of the second cushion panel 400 in this embodiment.

If the third cushion panel 800 is installed on the upper surface of the second cushion panel 400 , the speaker 700 is exposed to the upper surface of the third cushion panel 800 .

The speaker 700 is operated and controlled by the controller 900 , and the controller 900 is driven by the operation of the remote controller 1000 to provide various sound sources stored therein and to adjust the volume.

For example, the remote controller 1000 may store various types of audio information such as a binaural beat, a musical instrument performance sound source, a natural sound, and classical music.

As described above, through the sound emitted from the speaker 700, the user can expect effects such as healing, sleep, and health healing.

On the other hand, the sound wave mat with enhanced functionality according to the present invention is protected by being wrapped by the cover (1100).

The cover 1100 may be made of artificial leather, natural leather, fabric, or the like, and in addition, it may be made of various known materials.

According to this embodiment, the user can receive a massage while comfortably lying down, as well as receive music, heat, and light source selectively or simultaneously, thereby helping sleep and health.

Although the present invention has been described in detail only with respect to the specific embodiments described, it is natural for those skilled in the art that various changes and modifications can be made within the technical spirit of the present invention, and it is natural that such variations and modifications belong to the appended claims.

100: vibrator installation panel 110: fixed part 120: cushion part
130: receiving unit 200: vibrator 210: housing
211: bracket 222: cover 220: electromagnet
221: bobbin 222: coil 230: vibrating unit
231: connector 232: first permanent magnet 233: second permanent magnet
240: spacer 250: tornado-type leaf spring
300: first cushion panel 400: second cushion panel 500: heated wire
600: LED 700: speaker 800: third cushion panel
900: control unit 1000: remote controller
1100: cover

Claims (8)

Hard material vibrator installation panel;
a vibrator built into the vibrator installation panel to generate vibration;
a first cushion panel installed on the lower surface of the vibrator installation panel and having elasticity to buffer vibrations to the floor;
a second cushion panel installed on the upper surface of the vibrator installation panel and having elasticity to support the user's body;
a control unit for controlling the operation of the vibrator;
A sound wave mat with enhanced functionality, characterized in that it comprises; a remote controller connected to the control unit wirelessly or by wire to control the driving of the vibrator.
According to claim 1,
a heating wire installed on the upper surface of the second cushion panel to generate heat; further reinforcement is provided;
The control unit is driven by the operation of the remote controller to adjust the temperature of the heating wire; Functionalized sound wave mat with enhanced functionality.
According to claim 1,
LED installed on the upper surface of the second cushion panel to emit a light source toward the user; is provided with further reinforcement;
The control unit is driven by the operation of the remote controller to control the operation of the LED; Sound wave mat with enhanced functionality, characterized in that.
According to claim 1,
A speaker that is installed on the upper surface of the second cushion panel and emits sound toward the user is further provided with reinforcement;
The control unit is driven by the operation of the remote controller to control the operation of the speaker; Sound wave mat with enhanced functionality.
5. The method according to any one of claims 1 to 4,
The vibrator,
an electromagnet consisting of a bobbin fixed to the receiving space of the housing and a coil wound in one direction on the bobbin to create a magnetic field through the supplied current;
A guide part inserted into the hollow of the bobbin so as to protrude from the upper and lower surfaces of the housing, a connector composed of an annular core protruding orthogonally to the longitudinal direction of the guide, and a guide part with the same polarity facing each other with the annular core interposed therebetween a vibrating unit composed of a pair of permanent magnets that are respectively inserted into the and reciprocating up and down by the magnetic field of the electromagnet;
a spacer disposed on the upper and lower edges of the housing to be positioned on the same plane as the protruding end of the guide part;
It is disposed on the spacer so as to face the upper and lower surfaces of the vibrating unit and is fixed to the vibrating unit and the housing through a fastening means, a plurality of spokes are arranged in a tornado shape, and a tornado-type plate spring protruding up and down by the vibrating unit; A sound wave mat with enhanced functionality, characterized in that it is configured.
6. The method of claim 5,
The bobbin is disposed between the boundary at the first and second poles of the first permanent magnet and the boundary at the first and second poles of the second permanent magnet.
6. The method of claim 5,
The tornado-type leaf springs are manufactured in different sizes; a sound wave mat with enhanced functionality.
6. The method of claim 5,
The tornado-type leaf spring is
a rim fixed to the spacer;
a center ring disposed on the central side of the tornado-type leaf spring and fixed to the guide;
A sonic mat with enhanced functionality, characterized in that it connects the rim and the center ring in a bow shape and consists of a plurality of spokes arranged in a tornado shape between the rim and the center ring.

Images