KR20170059432A - Building inter-noise,vibration,wireless exhaust system - Google Patents

Abstract

The present invention relates to a wireless emission system of noise and vibration between floors in a building. According to an embodiment of the present invention, a wireless emission system of noise and vibration between floors in a building comprises: wireless sound absorption transmitting devices (100, 200, 300); magnet plates (140, 240, 340); vibration plates (110, 210, 310); carbon particles (130, 230, 330); currents (120, 220, 320); electronic signal modulation units (160, 260, 360); frequency amplification units (170, 270, 370); wireless antennae (180, 280, 380); a wireless repeater (400); a wireless repeater antenna (410); a receiving unit (420); a transmission unit (430); an outside wireless silence receiver (500); a noise vibration detection control unit (720); a wireless control panel (700); batteries (190, 290, 390); coils (150, 250, 350); and a wireless noise vibration detector (600).

Description

{Building inter-noise, vibration, wireless exhaust system}

       The present invention relates to a method of manufacturing a multi-

       When noise and vibration are generated, each structure (40,50,60

       (100, 200, 300) installed on the surface of the wireless sound-

       (10), transmission (20), conduction (30) Noise.

       Vibration of the noise, vibration to the magnet plates (140, 240, 340) of the sounding apparatuses (100, 200, 300)

       The magnetic plates 140, 240 and 340 are transmitted to the wireless sound-absorbing and transmitting devices 100, 200,

       (140, 240, 340) opposite to the magnetic pole

       For resonance occurring while pushing the poles apart, the sound-absorbing and transmitting apparatus 100

       , 200,300 vibrations of the diaphragms 110, 210, and 310 sound, and the diaphragms 110, 210,

       310), the carbon particles (130, 230, 330)

       A collision occurs and is converted into a current (120, 220, 320)

       The signal modulators 160, 260, and 360, and the electric signal modulators 160,

       (AM: AMPLITUDE), which is an analog frequency modulation scheme,

       MODULATION) to the electric signals, and the frequency amplifiers 170,

       270, and 270, the frequency is amplified to facilitate transmission,

       200-1, 300-1 through the antennas 180, 280, and 380,

       The wireless repeater 400 receives the radio wave 420 and transmits the A / D of the transmitting unit 430

       CONVERTER (Analog-to-Digital Converter)

       And sends the radio wave 400-1 to the external wireless silent receiver 500,

       All the noise that is generated, the vibration is emitted, the wireless noise in the building, the vibration

       Noise due to impact exceeding a predetermined standard through the paper jig 600

       The noise is detected in the wireless repeater 400. The vibration is detected.

       And transmits the call 600-1 to the operation panel 720. Then,

       700 to transmit the noise, vibration, and operation signal 400-2 to the wireless operation panel 700

       ) To display the size value of the warning sound, the noise, and the vibration,

       The adjustment signal 700-1 is sent through the adjustment switch to generate noise due to shock

       (40,50,60) surface of the source where the vibration occurred.

       (100, 200, 300) as a reference, the wireless sound-absorbing and /

       The magnetic plates 140, 240, and 340 coils 150, 250, and 350

       To increase the magnetic force of the magnet plates 140, 240, and 340,

       (40,50,60), the vibration of the noise

       The magnetic plates 140, 240, and 340 through which the current flows in the sound-

       The magnet plates 140, 240, and 340 are connected to the wireless sound-absorbing and transmitting devices 100 and 200

       , 300), and a pole like the magnet plate (140, 240, 340) opposite to the pole

       For setting resonance by pushing the poles apart,

       The vibrations of the diaphragms 110, 210 and 310 in the apparatuses 100, 200, and 300 sound,

       110, 210, 310), the carbon particles (130, 230, 330)

       A collision due to the change occurs and the current is converted into currents 120, 220, and 330,

       And to simplify the exhaust system of existing building floor noise and vibration.

       (100, 200, 300) of the respective structures (40, 50, 60)

       The noise and vibration detection unit 600A and the operation unit 700A are installed,

       Noise due to vibration or noise

       Due to the shock in the wireless sound-absorbing transmitter 100, 200, 300 close to the paper

       The generated noise is detected in the wireless sound-absorbing and transmitting devices (100, 200, 300)

       610) to the coils (150, 250, 350) wound on the magnet plates (140, 240, 340)

       (190, 290, and 390) to generate noise and vibration due to impact.

       (700A) so as to be converted into an electric signal, and the converted electric signal

       100-1, 200-1, 300-1) to the wireless repeater 400 and transmits the same to the wireless repeater 400

       In the A / D converter (analog-to-digital converter) of the sending unit 430,

       And transmits the noise and vibration through the external wireless silent receiver 500

       And the noise and vibration of the residential space are separated by the structures (40, 50, 60)

       It is always checked that the resident is active in noise

       , The interlayer noise and vibration discharge system is wirelessized,

       The noise and vibration detector 600 and the radio control panel 700 are separately installed

       And the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

       If you are a resident,

       It is important to consider the efficiency and cost of the

       Interstep noise, which is becoming a serious problem.

       I want to reduce it.

Modern society is a high-rise residential building due to the increasing population and convenience of living.

New environmental pollution is increasing, on the other hand,

There is a situation in which a book becomes a demand.

Even among the high-rise residential buildings,

Soviet society is recognized as a serious problem in society,

At the end of the dispute caused by the noise and vibration of the floor,

Even if there are regulations, the size of noise and vibration, and the entry into other generations

I can not do it without the regulation that can not be done.

The solution to the problem is a lively situation.

The new building is designed to provide floor noise, vibration reduction,

Even if there is no solution in the existing building,

There is also a device that makes a noise attack on a generation generation within a household,

This is a bloody situation.

In addition, it is inevitable that a new building will have interlayer noise, vibration reduction, and prevention facilities.

As the construction cost rises, it is the factor that will act as the increase of the whole sale price.

Costs are incurred when a resident receives a sale, and a uniform performance interlayer

It is difficult to expect the efficiency of noise and vibration reduction.

If you are building a floor-to-floor noise / vibration-proof facility in an existing building,

And install it without dismantling the internal facilities.

If the wire is exposed, it should be done inside decoration etc.

Secondary cost is expected.

Therefore, when installing an inter-floor noise and vibration prevention facility in an existing building,

To avoid costs and reduce costs, installation requires location and need

The interlayer noise that the resident can choose the quantity.

do.

KRKR1020130146780 KR KRKR1020140155777

The present invention relates to an interlayer noise generated in an existing building other than a new building,

Etc., and it has been devised to improve the existing residents'

When noise occurs in everyday life, vibration occurs.

The wireless sound-absorbing and transmitting apparatuses provided on the surfaces of the respective structures (40, 50, 60)

(100, 200, 300) based on the noise source.

Noise in the magnet plates (140, 240, 340) of the sound-absorbing and transmitting devices (100, 200, 300)

The magnetic plates 140, 240, and 340 are transmitted to the wireless sound-absorbing and transmitting devices 100 and 200

, 300), and a pole like the magnet plate (140, 240, 340) opposite to the pole

For the resonance that occurs by pushing the poles apart by setting,

Vibrations of the diaphragms 110, 210, and 310 of the apparatuses 100, 200, and 300 sound,

, 210, 310), the carbon particles (130, 230, 330)

(120, 220, 320), and the converted current is converted into current

      And then transmitted to the electric signal modulators 150, 260 and 360,

      AMPLITUDE MODULATION (AM) is applied to convert to electrical signal

      In order to facilitate transmission in the frequency amplifying units 170, 270 and 370

      After the frequency amplification, the radio repeater (180, 280,

      400-1, 200-1, and 300-1, and then transmits them to the wireless repeater 400

      A / D converter (analog-to-digital converter) of the sending unit 430,

      Signal 400-1 and transmits the signal 400-1 through the external wireless silent receiver 500

      It is a method of discharging interlayer noise and vibration.

In addition, residents in the building may be shocked through the wireless noise and vibration detector 600

Noise exceeding a predetermined reference level. When the vibration is detected, the detection signal 600-1

The noise and vibration detection in the wireless repeater 400 is sent to the operation unit 720,

Vibration and noise detection. In the operation unit 720, the control signal 400-2 is transmitted to the wireless operation panel

(700) to adjust the control switch of the wireless operation panel (700)

(40, 50, 60) adjacent to the source of noise and vibration caused by the vibration,

(100, 200, 300) based on the wireless sound-absorbing and transmitting apparatus

In the case where the batteries 190, 190, and 290 in the sounding apparatuses 100, 200,

The magnetic flux is transmitted to the coils 150, 250, 350 of the magnet plates 140, 240,

Noise caused by impacts on the magnetic plates (140, 240, 340) through which current flows.

The magnetic plates 140, 240, and 340,

For the resonance that occurs by pushing the poles apart by setting the pole, wireless sound absorption

The vibrations of the diaphragms 110, 210 and 310 of the transmitter apparatuses 100, 200 and 300 sound,

Due to the vibration of the copper plates 110, 210, and 310, the carbon particles 130, 230,

(120, 220, 320), and the electric current

The signal modulators 160, 260 and 360, the frequency amplifiers 170, 270 and 370,

180, 280, and 380 to the wireless repeater 400,

300-1), converts it into a silent signal 400-1 in the wireless repeater 400,

A room for discharging noise and vibration between buildings through a wireless silent receiver 500

It is law.

In addition, the noise and vibration detector 600 and the control panel 700 may be connected to a wireless sound-

(100, 200, 300) so as to operate integrally,

Noise due to shocks caused by vibration.

The integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

The noise and vibration detection unit 600A detects noise and vibration,

The initial value is set to the internal operation unit 700A.

And transmits it to the operating unit 700A through the integrated wireless sound-absorbing and signal transmitting apparatuses 100A,

The currents charged in the batteries 190A, 290A, and 390A in the batteries 200A and 300A

And is sent to the coils 150A, 250A and 350A of the slabs 140A, 240A and 340A,

(140A, 240A, 340A), and the magnet plates (140A, 240A,

340A) is the noise caused by the impact.

The magnetic poles 140A, 240A, and 340A, which are opposed to each other,

For the resonance occurring while pushing, the integrated wireless sound-absorbing and transmitting devices 100A,

210A, and 310A of the diaphragms 110A, 200A, and 300A,

210A, and 310A, the carbon particles 130A, 230A,

Collision occurs between the carbon particles 130A, 230A and 330A due to the change,

Transforms 120A, 220A, and 320A, and includes electric signal modulators 160A, 260A, and 360A,

The water-wise portions 170A, 280A, and 380A, and the wireless antennas 180A, 280A, and 380A

(100A-1,200A-1,300A-1) to the wireless repeater 400,

After converting from the meter 400 to the silence signal 400-1, the external wireless silence receiver 500

) Is a method of discharging noise and vibration between buildings through the building.

In order to solve the interlayer and noise vibration problems occurring in existing buildings,

According to one embodiment of the invention,

Noise generated in the building. Convert the vibration into current and silence signals and

In the method of the present invention, without damaging the interior of the building,

To reduce the inconvenience caused by the value

And the noise and vibration in the existing building

(40,50,60) face of the structure near the noise source.

(10), permeation (20), and conduction

(30) of the wireless sound-absorbing and / or transmitting apparatuses (100, 200, 300)

The vibration waves of noise and vibration are transmitted to the magnetic plates 140, 240 and 340,

Are pushed into the inside of the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

The magnetic poles (140, 240, and 340) are set to the same polarity,

100, 200, 300 of the wireless sound-absorbing and /

210, and 310 are vibrated, and vibrations of the diaphragms 110, 210,

Since the carbon particles 130, 230, 330 are changed in the carbon particles 130, 230

, 330) to convert into a current (120, 220, 320)

      The current is converted into an analog frequency modulation scheme (AM: AMPLITUDE

       And an electric signal modulator 160,

      And the electric signal modulated by the electric signal modulator 160 are transmitted smoothly

      A frequency amplifying unit 170 for performing frequency amplification to amplify

      A wireless antenna 180 for wirelessly transmitting a signal,

      The radio waves 100-1, 200-1, and 300-1 transmitted from the transmitter devices 100, 200,

      And outputs the received signal to an A / D converter (analog-to-digital converter

      To a silent signal and transmits the silent signal to the wireless repeater (400-1)

      400) and a silent signal (400-1) transmitted from the wireless repeater (400)

      Due to the external radio silent receiver stage (500) and the impact inside the building

      Wireless noise. Noise more than a predetermined level in the vibration sensor 600. When vibration is detected

      The noise, the vibration detection signal 600-1, the noise in the wireless repeater 400, the vibration detection

      To the operation unit 720, and the noise, vibration, and operation of the wireless repeater 400

      720 to send an adjustment signal 400-2 to the wireless operation panel 700,

      The noise level caused by the warning sound and the impact on the panel 700. The magnitude value of the vibration

      Check and adjust the switch to make a noise

      The wireless sound-absorbing and transmitting devices (100, 200, 300) of the respective structures (40, 50, 60)

      As a standard, the batteries (190, 290, 390) of the wireless sound-

       (140, 240, and 340) coils (150, 250, and 350)

      Noise generated by magnetic force of the magnetic plates (140, 240, 340) and shocks.

      The vibration waves are transmitted to the wireless sound-absorbing transmitters 100, 200

      , 300 are transmitted to the magnet plates 140, 240, 340 through which the current flows, the magnet plates 140,

      240, 340 are pushed into the wireless sound-absorbing and transmitting apparatuses 100, 200, 300,

      By setting the same pole as the opposite magnet plates 140, 240, and 340 and pushing the poles apart

      For resonance to occur, the diaphragm (100, 200, 300) in the wireless sound-

      110, 210, and 310 are vibrated, and vibrations of the diaphragms 110, 210,

      Because the carbon particles 130, 230, and 330 change the negative pressure, the carbon particles 130, 230,

      330) to convert into a current (120, 220, 320)

      Modulating units 160, 260, and 360, amplifying units 170, 270 and 370, wireless antennas 180,

       (100-1, 200-1, 300-1) to the wireless repeater (400)

      The wireless repeater 400 converts the signal into a silent signal 400-1,

      The step of wirelessly discharging the building floor-to-floor noise and vibration through the receiver 500

      In addition, noise emissions from buildings and radio emissions

      The wireless noise and vibration sensor 600 and the wireless operation panel 700

      (100, 200, 300) and operate in an integrated fashion.

      If the noise is above a certain level due to the impact and vibration occurs,

      In the noise and vibration detection unit 600A in the wireless sound absorption and transmission devices 100A, 200A, and 300A,

      Noise due to impact. Detect vibration and send a detection signal to operation unit 700A

      The amount of the warning sound and the amount of vibration of the built-in wireless sound-absorbing transmitter 100A

      , 200A and 300A, and the operation unit 700A displays the integrated wireless sound absorption

      Is charged in the batteries 190A, 290A, and 390A in the communication apparatuses 100A, 200A, and 300A

      The currents are sent to the coils 150A, 250A and 350A of the magnet plates 140A, 240A and 340A

      So that the magnetic forces of the magnetic plates 140A, 240A, and 340A are increased,

      Noise due to the impact of the magnetic plates 140A, 240A, 340A.

      And the poles such as the opposite magnet plates 140A, 240A, and 340A

      All-in-one wireless sound absorption

      Vibrations of the diaphragms 110A, 210A, and 310A of the sounding apparatuses 100A, 200A, and 300A sound,

      Owing to the vibration of the diaphragms 110A, 210A and 310A, the carbon particles 130A, 230A, 330A

       ) Collide with the carbon particles (130A, 230A, 330A) due to the change in sound pressure

      Converted into currents 120A, 220A, and 320A, and electric signal modulation units 160A and 260A

      , 360A, frequency amplifiers 170A, 270A, 370A, wireless antennas 180A, 280A, 380A

      (100A-1,200A-1,300A-1) to the wireless repeater 400

      And the wireless repeater 400 converts the signal into a silent signal 400-1,

      The noise and vibration are discharged through the silent receiver (500)

      The necessary positions and the required quantity of the wireless sound-absorbing and transmitting devices 100A, 200A and 300A are

      By choosing the right way, you can actively cope with the noise

      And the step

The details of other embodiments will be apparent from the following detailed description and drawings,

.

According to an embodiment of the present invention,

The wireless repeater 400, the external repeater 300,

A wireless mute receiver 500, a wireless noise / vibration detector 600, a wireless operation panel

700, an integrated wireless sound-absorbing and transmitting device (100A, 200A, 300A)

When the noise is generated and the vibration is radiated wirelessly,

The resident does not apply the prize, and he / she selects the installation location and the required quantity.

It reduces the burden on the passive part and discomforts the noise and vibration.

The living in the living space becomes pleasant, and the noise and vibration

And the stress-induced diseases caused by the disease can be reduced.

According to an embodiment of the present invention,

According to the location of the residents in the existing building

There are fewer disputes arising from noise and vibration

Allows various powerful events to be reduced.

According to an embodiment of the present invention,

According to the results of the noise,

Wireless noise The noise level detected through the vibration sensor 600. The magnitude value of the vibration (

600-1 in the wireless repeater 400 to the noise and vibration detection operating unit 720

600-1 to the vibration and noise sensing unit 720 to the operation panel 700,

(400-2) to adjust the control switch so that the wireless sound-absorbing and transmitting devices (100,200,

300, 150), the coils 150, 250

, 350) to increase the magnetic force, resulting in shock noise and vibration

And then converted into a current (120, 220, 320)

), An analog frequency modulation method (AM: AMPLITUDE

MODULATION) is applied to convert the signal into an electric signal, and the amplification unit 170, 270,

In order to facilitate transmission, frequency amplification is performed and the radio antennas 180 and 280

, 380 to the wireless repeater 400 (100-1, 200-1, 300-1)

Through the A / D converter (analog-to-digital converter) of the wireless repeater 400

It is converted into a silent signal 400-1 so that the comfort of the resident's neighbor and neighboring household space

Can be adjusted by the residents themselves to actively cope with noise and vibration.

have.

According to an embodiment of the present invention,

The wireless noise and vibration detector 600 and the control panel 700 are connected to the wireless sound-

(100, 200, 300), so that a predetermined standard or more

When the noise / vibration is generated, the noise / vibration detection unit 600A

By detecting the generated noise and vibration, the magnitude value of the noise and vibration is outputted to the operation unit 700A

Integrated wireless sound transmission and reception devices 100A, 200A, and 300A in the operation unit 700A,

The magnetic plates 140A, 240A and 340A in the batteries 190A, 290A and 390A coils 150A,

250A, 350A) to increase the magnetic force, resulting in shock noise.

And then converted into currents 120A, 220A, and 320A,

260A, and 360A, amplitude modulation (AM: AMPLITUDE

MODULATION) to the electric signals and supplies them to the frequency amplifying units 170A and 270A

, 370A) in order to facilitate transmission,

(100A-1,200A-1) to the wireless repeater 400 through the tena 180A, 280A,

, 300A-1) of the wireless repeater 400 and an A / DCONVERTER (analog-digital

Converter) to the silent signal 400-1 and transmits the silent signal 400-1 to the resident &

The residents can arbitrarily adjust the comfort of the generation space,

You can actively cope.

According to an embodiment of the present invention,

According to the present invention, the wireless sound-absorbing and transmitting devices (100, 200, 300)

The resident can first ascertain the location of the occurrence,

Install as many as necessary and actively cope with noise and vibration.

have.

According to an embodiment of the present invention,

, The wireless noise and vibration detector 600 and the control panel 700 are wirelessized

The sound field that existed only as a professional area can be easily

Which can lead to mass production.

According to an embodiment of the present invention,

The wireless noise and vibration detector 600 and the wireless operation panel 700 are connected to a wireless sound-

200, 300, so that the wireless noise and vibration detector 700

It is not only a measure of noise and vibration but also a device to reduce noise and vibration.

Transformation can lead to a new business transformation.

According to an embodiment of the present invention,

According to the present invention, for the installation of the floor-to-floor noise and vibration radio emission system,

Not only can the installation be done without damaging the finish of the building,

It is easy to install the new building as the last step of the construction process.

According to an embodiment of the present invention,

As a result, the noise and vibrations between buildings can be transmitted wirelessly without using wires.

Transmitting and discharging creates new areas of existing telecommunications business

Therefore, various applications of communication business will be possible.

According to an embodiment of the present invention,

As a result, the residents of the existing building avoided the noise and vibration

Minimizing the migration of new buildings to minimize the devaluation of existing buildings

.

According to an embodiment of the present invention,

As a result of the application of the system,

In order to solve the dispute,

It is possible to reduce manpower and time waste by proceeding,

Guidelines can be set for.

The effects of the present invention are not limited to the effects mentioned above,

Other effects which may be obvious to one of ordinary skill in the art of < RTI ID = 0.0 >

will be.

1 is a perspective view of a residential building of a resident in a building according to an embodiment of the present invention;
This is a schematic representation of the interlayer noise and vibration radio emission system.
FIG. 2 is a block diagram showing the configuration of an integrated type
This is a schematic representation of the floor-to-floor noise and vibration radio emission system.
FIG. 3 is a graph showing the relationship between the building floor-to-
Fig. 8 is a block diagram showing the configuration of the system.
FIG. 4 is a view showing an example of a structure-
Fig. 2 is a block diagram showing the configuration of the discharge system.
5 shows a case in which the noise and vibration in the building are generated,
Sound transmitting and receiving apparatus 100 of FIG.
.
6 shows that noise and vibration are generated in the building,
(10), transmission noise (20), conduction sound
(30) to be transmitted to the wireless sound-absorbing /
It is an expression.
7 shows that noise and vibration are generated in a building,
, And the situation that is transmitted to the wireless sound-absorbing and transmitting apparatus (200, 300) of the floor surface
FIG.
8 shows a case in which the noise and vibration in the building are generated,
, Direct sound 10 is transmitted to the wireless sound-absorbing and transmitting devices 200 and 300 of the floor 50,
Noise (20), and conduction noise (30).
9 shows a case where the fluctuations of the noise and vibration generated in the building are transmitted to the wireless sound-
And is transmitted to the diaphragm 110 in the wireless sound-absorbing and transmitting device 100, the current conversion plate 120
), The carbon particles (130), and the magnetic plate (140). The direct noise (10), the transmission noise
20, a conduction noise 30, and the like are converted into currents, and then the electric signal modulator 160,
Amplified by the amplification unit 170 and the wireless antenna 180,
(100-1). ≪ / RTI >
9 is a graph showing the relationship between the noise and vibration of the building,
When the magnetic plate 140 is transmitted to the sounding apparatus 100,
And the same pole as the magnet plate opposite to the pole is set,
Resonance occurs, vibration occurs in the diaphragm 110, and carbon particles (
130 collide with each other due to the change in the sound pressure of the carbon particles 130,
Current transformer 120, and the converted current is supplied to the electric signal modulator 160
The analog frequency modulation scheme, AM: AMPLITUDE
And converts it into an electrical signal. The frequency amplifying unit 170 amplifies the electrical signal,
And amplifies the frequency of the signal to facilitate transmission in the wireless antenna 180
(100-1) through a transmission path (100-1).
The principle of the wireless sound-absorbing and transmitting device 100 shown in FIG. 9 is that the ceiling surface 60,
The wireless sound-absorbing and -transmitting devices 200 and 300 of the finishing line 50 are also applied.
In Figure 9, noise due to internal shocks
When the vibrations of the sound are transmitted to the wireless sound-absorbing and transmitting device 100,
The coil 150 wound on the magnet plate 140 from the battery 190 in the apparatus 100
The magnet plate (140) through which electric current flows and the electric current flows is a noise.
And is pushed into the inside of the wireless sound-absorbing and transmitting device 100,
The magnetic pole plate 140 having the current flowing therethrough is set,
(120), and the converted current (120) is converted into an electric signal
And transmits the radio wave through the trough 160, the frequency amplifying unit 170,
(100-1). ≪ / RTI >
In the battery 190 in the wireless sound-absorbing and transmitting device 100 shown in Fig. 9,
140) An electric current is supplied to the coil 150 so that the magnetic poles (140)
The principle that the resonance occurs while pushing and dropping is the front face 60, the bottom face 50
It is applied to the wireless sound-absorbing and transmitting devices 200 and 300 installed on the deadline.
10 shows a wireless noise and vibration sensor (100A) connected to the integrated wireless sound-
600 and the wireless operation panel 700 are integrated to generate noise and vibration in the building
The vibration of the noise and vibration is transmitted to the integrated wireless sound absorption and transmission device 100A
The diaphragm 110A, the current converting plate 120A in the integrated wireless sound-absorbing and transmitting device 100A,
The carbon particles 130A, the magnet plate 140A, the sensing portion 600A, and the operating portion 700A
Direct noise (10), transmission noise (20), conduction noise (30)
A baseband signal modulator 160A, a frequency amplifier 170A, and a wireless antenna 180A
A diagram expressing the principle of being converted and amplified into an electric signal to be wireless transmission (100A-1)
to be.
Fig. 10 is a graph showing the relationship between noise and vibration in a building,
Noise when transmitted to the sound-absorbing / transmitting unit 100A. Noise from the vibration-sensing unit 600A.
The magnitude value of the vibration is sent to the operation portion 700A so that the magnet plate 140A is pushed inward
And sets the same pole as the magnet plate 140A on the opposite side to push the poles apart
Resonance occurs, and vibration occurs in the diaphragm 110A, and the vibration of the carbon particles 130A
A collision occurs between the carbon particles 130A due to a change in the sound pressure,
Becomes the ring 120A, and the converted current is converted from the electric signal modulation section 160A to the analog
AMPLITUDE MODULATION (AM), which is a frequency modulation scheme, is applied
Converts it into an electric signal, and smooths the transmission in the frequency amplifying section 170A
And then transmits the amplified signal through the wireless antenna 180A.
(100A-1). ≪ / RTI >
The principle of the integrated wireless sound-absorbing and signaling device 100A represented in Fig.
60, the integrated wireless sound-absorbing and transmitting apparatuses 200A, 300A of the floor surface 50 finish line,
The same applies.
In Fig. 10, noise due to an impact in a building.
When the vibration of the noise / vibration is transmitted to the integrated wireless sound-absorbing /
The noise and vibration detection unit 600A detects the noise and vibration magnitude value
Unit 700A, and is transmitted from the operating unit 700A to the integrated wireless sound-absorbing /
100A from the battery 190A to the coil 150A wound on the magnet plate 140A
And the magnet plate 140A through which the current flows is a noise.
So that it is pushed into the integrated wireless sound-absorbing and transmitting device 100A,
The same pole as the magnet plate 140A through which the opposite current flows is set,
Resonance occurs to be converted into a current 120A, and the converted current 120A is converted into a current 120A,
An electric signal modulating section 160A, a frequency amplifying section 170A, and a wireless antenna 180A
(100A-1).
The battery 190A in the integrated wireless sound-absorbing messenger 100A represented in Fig.
A current is caused to flow through the coil 150A of the magnet plate 140A,
The principle of generating resonance while pushing the same pole is the ceiling face 60,
The integrated wireless sound-absorbing and transmitting apparatuses 200A and 300A provided on the floor surface 50
.
In Fig. 11, the sound absorber < RTI ID = 0.0 > 100 &
When a wave of noise or vibration occurs, the magnetic plate (140) of the wireless sound-absorbing /
) Is a diagram showing the principle that is transmitted to.
In FIG. 11, a piercing hole 101 is provided on the enclosure of the wireless sound-absorbing /
The principle in which the motion waves are transmitted is that the ceiling surface 60, the floor surface 50,
The present invention can be applied not only to the sound-absorbing and transmitting devices 200 and 300 but also to the outside.
In FIG. 11, a piercing hole 101 is provided on the enclosure of the wireless sound-absorbing /
The principle that the wave of motion is transmitted is that the integrated wireless sound-absorbing and / or transmitting apparatuses 100A, 200A,
300A) of the present invention.
Figure 12 shows a wireless sound-absorbing transmitter 100, 200, 300 of a structure 40, 50,
The converted electrical signals 100-1, 200-1, and 300-1 are transmitted to the receiver of the wireless repeater 400
420, respectively.
FIG. 13 is a block diagram of a wireless sound-absorbing transmitter 100, 200, 300 of a structure surface 40,
And transmits the converted electrical signals 100-1, 200-1, and 300-1 to the receiver
(420) and transmits the internal structure of the wireless repeater (400) to the receiver (420)
And a sending unit 430 for dividing a receiving step and a sending step.
14 shows an A / D converter (analog-to-digital converter) of the transmitting unit 430 in the wireless repeater 400,
Digital converter) is subjected to silent processing to generate an external wireless silence
And a radio wave transmission (400-1) to the receiver (500).
15 shows an A / D converter (analog-to-digital converter) of the transmitting unit 430 in the wireless repeater 400,
Digital converter converts the silent signal into a radio wave transmission (400-1)
The structure of the external wireless silent receiver 500 receiving the signal 400-1 is referred to as a vibration plate 510
) And a steel plate (520).
16 is a schematic diagram of a wireless noise and vibration detector 600 installed in a building,
If the noise is above a certain level and the vibration occurs, the wireless noise and vibration detector 600
And transmits the detection signal 600-1 to the wireless repeater 400 through the noise, vibration,
Noise to the operation unit 720, vibration detection and control
The radio wave signal 400-2 is sent to the radio control panel 700 to generate a warning sound,
The resident person can adjust the size of the wireless operation panel 700
The battery 190 in the wireless sound-absorbing /
140) Noises due to shock due to electric current flowing through the coil (150).
(120) by taking the vibration of the vibration into a current
.
17 is a schematic diagram of a wireless noise and vibration sensor 600,
Noise and vibration by adjusting the control switch of the wireless operation panel 700,
A current is supplied from the battery 190 in the transmission apparatus 100 to the coil 150 of the magnet plate 140
Flowing through the magnetic force of the shock caused by the vibration.
And the receiving unit 420 and the transmitting unit 430 in the wireless repeater 400
Noise and Vibration Detection The control unit (720) is placed so that the occupant is active in noise and vibration
It is an expression of the principle that can cope with enemy.
The wireless noise and vibration sensor 600 illustrated in FIG.
By adjusting the control switch of the wireless operation panel 700
The electromagnetic wave is transmitted from the battery 190 in the wireless absorptive tumbler 100 to the coil 150 of the magnet plate 140
The noise caused by the shock by flowing the electric current to increase the magnetic force.
The principle is provided on the finish line of the ceiling surface 60 and the bottom surface 50. The wireless sound-
(200, 300).
FIG. 18 is a graph showing the relationship between noise and vibration in the integrated wireless sound-
When the noise is above a certain level due to the impact at the branch portion 600A,
The magnitude value of the warning sound, noise, and vibration in the operation unit 700A,
700A) to the battery 190A in the integrated wireless sound-absorbing /
A current is supplied to the coil 150A of the slab (140A) to increase the magnetic force,
(120A) by receiving the vibration of the noise due to vibration
FIG.
FIG. 19 is a block diagram of the noise and vibration sensing unit 600A in the integrated wireless sound-
The noise level due to the impact detected through the operation unit 700A
, And the operation unit 700A transmits the signal to the integrated wireless sound-absorbing /
A current is supplied from the battery 190A to the coil 150A of the magnet plate 140A,
Expressing the steps to deal with the noise caused by the shock caused by the shock,
I am shocked by the noise, vibration and frequent locations where the required quantity
It is possible to cope with noise and vibration more easily and actively
It is an expression of principle.
In the integrated wireless sound-absorbing and signaling device 100A represented in Fig. 19,
The magnitude of the noise and vibration due to the impact sensed through the paper support part 600A
And sends it to the maneuvering unit 700A. In the operating unit 700A,
100A from the battery 190A to the magnetic plate 140A coil 150A
The principle of handling the vibration is the front face 60 of the ceiling,
, The integrated wireless sound-absorbing and transmitting devices (200A, 300A) provided on the finish line of the floor surface
).
FIG. 20 is a block diagram of a building-to-building noise and vibration wireless system according to an embodiment of the present invention,
Figure 2 is a flow chart of the entire process of the exhaust system.
FIG. 21 is a view showing an example of the noise generated in the integrated building according to the embodiment of FIG. 2; FIG.
Fig. 4 is a flowchart of the whole process of the vibration radio emission system.

Hereinafter, a person skilled in the art to which the present invention belongs

It is to be understood that the preferred embodiments of the present invention are not limited thereto

The present invention will be described in detail with reference to the accompanying drawings.

In describing the embodiments, it is well known in the art to which the present invention belongs

The description of the technology which is not directly related to the present invention

It is omitted.

By omitting the unnecessary explanation,

It is for clarification.

For the same reason, some of the elements in the accompanying drawings may be exaggerated,

Omitted, or schematically shown. Also, the size of each component is

It is not a reflection of the actual size.

Hereinafter, for the embodiments of the present invention,

The present invention will be described with reference to the drawings for explaining the system

do.

FIG. 1 is a block diagram of an embodiment of the present invention.

Fig. 2 is a schematic view of an integrated building-to-building floor-to-

Figs. 3 and 4 are schematic diagrams of the building-to-building noise, vibration,

The integrated building's interstory noise and vibration components

Figures 5 to 19 show the interstory noise, vibration, radio emission system

And the integral building floor-to-floor noise. Part of each component of the vibration radio emission system

Figures 20 to 21 show the building floor interannual noise and vibration radio emission system and integrated type

This is a flowchart of the inter-building noise and vibration radio emission system.

As shown in FIGS. 1 and 3, in accordance with an embodiment of the present invention,

The interlayer noise and vibration radio emission system includes a wireless sound absorbing structure 40, 50,

The diaphragms 110, 210, and 310 in the sounding apparatuses 100, 200, and 300, the current conversion plates 120,

220,320), carbon particles 130,230,330, magnet plates 140,240,340, coils 150,

250, and 350, electric signal modulators 160, 260, and 360, frequency amplifiers 170,

Wireless antennas 180, 280, and 380, batteries 190, 190, and 390, a wireless repeater 400,

A wireless repeater antenna 410, a receiving unit 420, a sending unit 430,

The sensing and operating unit 720 and the diaphragm 510 in the external wireless silent receiver 500,

The steel plate 520 and the wireless noise, vibration sensor 600, the wireless operation panel 700,

Consists of. That is, the noise and vibration generated in the building are transmitted to the wireless sound-

After conversion from the apparatuses 100, 200, 300 to the electrical signals 100-1, 200-1, 300-1

(100-1, 200-1, 300-1) to the wireless repeater (400)

(Analog-to-digital converter) of the transmitting unit 430 in the transmitting unit 400

Converts it into a silent electrical signal 400-1 and outputs it to an external wireless silent receiver 500

The radio wave transmission (400-1) is performed by externally discharging to make it noise

Thereby achieving a greater effect in response cost and efficiency.

In addition, the wireless noise and vibration detector 600 and the wireless operation panel 700,

The magnetic plates 140, 240 and 340 coils 150, 250 and 350 in the transmitter devices 100,

Optionally, the resident himself or herself considers the visual part and interior finishing

We can actively cope with the dimension.

As shown in FIGS. 2 and 4, the integrated type

The building floor-to-floor noise and vibration radio emission system consists of the integrated (40, 50, 60)

The noise and vibration detection unit 600A and the sound and vibration detection unit 600A are provided in the wireless sound absorption and transmission devices 100A, 200A,

The operating portion 700A is integrated to form the diaphragms 110A, 210A, and 310A,

120A, 220A and 320A, carbon particles 130A, 230A and 330A, magnet plates 140A, 240A and 340A,

The coils 150A, 250A, and 350A, the electric signal modulators 160A, 260A, and 360A,

The widths 170A, 270A and 370A, the wireless antennas 180A, 280A and 380A, the batteries 190A and 290A

, 390A, a noise / vibration detecting unit 600A,

The antenna unit 410 in the wireless repeater 400, the receiving unit 420,

The diaphragm 510 in the external wireless silent receiver 500, the iron plate 520 and the like

.

That is, the noise and vibration generated in the building are transmitted to the integrated wireless sound-

100A, 200A, and 300A. The vibration is detected by the vibration detecting unit 600A,

Signal to the operation unit 700A and transmits the electric signal 100A-1 through the operation unit 700A

, 200A-1,300A-1), and transmits the radio wave transmission (100A-1,

200A-1,300A-1) of the transmitting unit 430 in the wireless repeater 400,

To a silent electrical signal 400-1 through a converter (analog-to-digital converter)

And transmits the radio wave to the external wireless silent receiver 500 (400-1)

By exhausting, the integration of the device for noise and vibration,

It can be more effective in convenience.

In addition, when noise or vibration occurs due to the impact within the building, separate noise and vibration

Detectors and control panels are integrated into the unit without the need for a shock

When the noise and vibration are generated, the noise and vibration due to the shock in the vibration /

. The vibration detecting unit 700A detects the vibration and sends the detected signal to the operating unit 700A

), The value of the magnitude of the warning sound and the noise and vibration is displayed on the operation unit 700A

The batteries 190A, 290A (200A, 300A) in the integrated wireless sound-

The coils 150A, 250A, and 350A wound on the magnet plates 140A, 240A, and 340A,

So that a predetermined reference level or higher caused by the impact

The vibration of the vibration of the integrated type magnet plates 140A, 240A,

Are pushed into the wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

By setting the same poles as the magnetic plates 140A, 240A, and 340A and pushing the poles together

The vibrations of the diaphragms 110A, 210A, and 310A resonate for resonance to occur,

The sound pressure of the carbon particles 130A, 230A, and 330A due to the vibration of the copper plates 110A, 210A,

Collision occurs between the carbon particles 130A, 230A and 330A due to the change,

And converted into electric signal modulation sections 160A, 260A, 360A, amplification sections 170A, 270A,

370A through the radio antennas 180A, 280A, and 380A,

, 200A-1,300A-1), and is transmitted via the wireless repeater 400 to the external wireless silent receiver

It is possible to discharge it to the outside through the opening 500.

In Figure 1, a resident in the building senses that the wireless noise &

Noise and vibration generated by the structures (40, 50, 60) in the wireless operation panel (700)

Determine the magnitude of the noise and vibration,

Wireless sound absorption installed on the structure (40,50,60) side by actively coping with phosphorus

Check whether there is any abnormality in the transmitter (100, 200, 300) to reduce noise and vibration

.

In Figure 1, a resident in the building senses that the wireless noise &

Noise and vibration generated by the structures (40, 50, 60) in the wireless operation panel (700)

Check the magnitude value of the noise and vibration,

The wireless sound-absorbing and transmitting apparatuses 100, 200,

300) to focus more effectively and actively on noise and vibration.

Noise and vibration can be reduced.

In FIG. 1, the wireless sound-absorbing and transmitting devices 100, 200,

It is easy to install according to the location you want with the quantity you want

It is possible to reduce the burden on the part that is costly.

1, in addition to the wireless sound-absorbing and transmitting devices 100, 200, and 300, the wireless repeater 400,

An external wireless silent receiver 500, a wireless noise and vibration detector 600,

The panel 700 is detachable so that the occupant can move furniture in the living space

And to maximize the efficiency of the device.

It is easy to install according to the location of residents.

2, a resident in the building is an integrated wireless sound-absorbing and transmitting device 100A, 200A

, 300A), and the noise and vibration detected by the vibration detecting unit (600A)

(700A) and confirms the magnitude value of the vibration

(40,50,60) face by actively coping with the cause of noise and vibration.

It is possible to determine whether or not the installed integrated wireless sound-absorbing and transmitting devices 100A, 200A,

Noise and vibration can be reduced by checking at all times.

2, a resident in the building is an integrated wireless sound-absorbing and transmitting device 100A, 200A, 300A

The noise and vibration detected by the vibration detecting unit 600A is transmitted to the operating unit 700A

The magnitude of the noise and vibration generated for each of the structures 40, 50, and 60 is checked,

There is a lot of noise and vibration in the living space,

, The integrated wireless sound-absorbing and / orural devices (100A, 200A, 300A) are concentratedly disposed

To cope with noise and vibration more effectively and actively to reduce noise and vibration

.

In FIG. 2, the integrated wireless sound-absorbing and transmitting devices 100A, 200A,

So that the resident can have the quantity of his /

It is possible to reduce the burden on the cost portion.

In FIG. 2, the integrated wireless sound-absorbing and transmitting devices 100A, 200A, and 300A,

The repeater 400 and the external wireless silent receiver 500 are detachable,

If there is a movement of furniture in the living space,

In order to maximize the efficiency,

Make installation easy.

In FIG. 5, the wireless sound-absorbing and transmitting device 100 of the wall surface 40 generates noise

The direct rays 10, transmission 20, and conduction 30 of Fig. 6 are noises.

And transmitted to the wireless sound-absorbing and transmitting device 100 close to the originating source,

The magnet plate 140 in the transmitting device 100 is inserted into the wireless sound-absorbing transmitting device 100

And the same pole as that of the magnet plate 140 is set to push the poles together

The vibrating plate 110 is caused to vibrate,

Due to the vibration of the copper plate 110,

Collision occurs between the currents 130 and becomes current conversion 120, and the converted current (

120 modulates the amplitude of the analog frequency modulation

(AMPLITUDE MODULATION) to convert it into an electric signal

, The frequency amplifying unit 170 amplifies the frequency to smooth the transmission

The radio wave is transmitted through the radio antenna 180 to the radio wave transmission 100-1,

Wireless noise. Through the vibration detector 600 and the radio control panel 700,

Noise due to vibration. Noise above a certain standard due to vibration.

By operating the control switch of the panel 700,

A current is supplied from the battery 190 to the coil 150 of the magnetic plate 140,

At this time, the magnetic plate 140 is subjected to a shock due to a noise,

And is pushed into the inside of the wireless sound-absorbing and transmitting device 140, and the magnet plate 140

The same polarity is set and the poles are pushed together to generate resonance inside the diaphragm (

110 of the carbon particles 130, and vibrations of the carbon particles 130 due to the vibration of the vibration plate 110

A collision occurs between the carbon particles 130 due to a change in the pressure,

And the converted current 120 is converted into an electric signal by the electric signal modulator 160,

The number-of-amplifying unit 170, and the wireless antenna 180 to perform radio wave transmission 100-1.

In FIG. 5, the integrated wireless sound-absorbing and transmitting device 100A of the wall surface 40 has noise

When a direct wave (10), a transmission (20), a conduction (30) noise, a vibration,

The integrated wireless sound-absorbing and transmitting device 100A

) Is transmitted to the operation unit 700A in the integrated wireless sound-absorbing /

An operation signal is sent to the magnet plate 140A so that the magnet plate 140A is integrated with the radio-

It is pushed into the transmission apparatus 100A, and the same as the magnet plate 140A

By setting the poles and pushing them together,

The diaphragm 110A rings and the vibration of the diaphragm 110A causes the carbon particles

130A are caused to collide with carbon particles 130A due to a change in sound pressure,

Conversion 120A, and the converted current 120A is converted into electric signal by the electric signal modulation unit 160A

), The frequency amplifying section 170A, and the radio antenna 180A,

And the noise and vibration detection unit 600A and the operation unit 700A

) Noise caused by impacts Noise above a certain level due to vibration.

Noise at the time of vibration generation. Noise from the vibration detection unit 600A.

Unit 700A, sends an operation signal from the operation unit 700A,

In the battery 190A in the sound-absorbing and transmitting device 100A, the magnet plate 140A is wound on the coil 150A

The magnet plate 140A is driven to flow the current,

Due to the influence of noise and vibration of vibration, the integrated wireless sound-

(100A) and sets the same pole as the magnet plate (140A) on the opposite side

Resonance occurs inside the diaphragm 110A while pushing the poles apart,

And changes the sound pressure of the carbon particles 130A due to the vibration of the vibration plate 110A,

A collision occurs between the small particles 130A and the current is converted from the current conversion plate 120A into a current

And the converted current 120A is converted into an electric signal by the electric signal modulator 160A,

(100A-1) through the wireless antenna (170A) and the wireless antenna (180A).

In FIG. 6, the wireless sound-absorbing and transmitting device 100 of the wall surface 40 generates noise,

The sound absorption part is made double-sided structure so that it can receive it.

The vibration of the direct (10) noise and vibration is transmitted to the sound absorption portion of the sound transmission apparatus 100,

The noise of the direct (10) noise transmitted through the vibration (20)

Is transmitted to the rear surface of the wireless sound-absorbing and transmitting device (100), and the direct rays (10), transmission

20), noises and vibrations other than noise and vibration (30) are caused by the vibration of the structure (40)

To be transmitted to the wireless sound-absorbing and transmitting device 100, reflected in the building

Noise that is refracted. Structure that can sufficiently deal with vibration of vibration.

Noise, and vibrations are frequently generated and the maximum peak value

To maximize the efficiency of the installation by installing the wireless sound absorption transmitter (

100) can be removed and attached.

In FIG. 6, the integrated wireless sound-absorbing and transmitting device 100A of the wall surface 40 has a noise-

Sound absorbing part is made double-sided structure so that it can receive waves.

(10) Noise in the sound absorption portion of the integrated wireless sound-absorbing /

Noise transmitted through waves, direct (10), and noise transmitted through (20)

The electromagnetic waves are transmitted to the rear surface of the integrated wireless sound absorbing and transmitting device 100A,

(10), Transmission (20) Noise, Noise other than vibration (30)

. The vibration of the vibration is transmitted to the integral type wireless sound-absorbing and /

And the noise reflected and refracted in the building.

And it is a structure that can be processed sufficiently,

Noise within the apparatus 100A. Noise and vibration detected through the vibration detection unit 600A

Noise as a size value. Check for large, frequent location of vibration, noise.

Installations should be made where frequent vibration of vibration occurs and maximum peak value occurs.

So as to maximize the efficiency, the integrated wireless sound-absorbing and transmitting device 100A

It shall be constructed so that it can be removed and attached.

5 to 6, the wireless sound-absorbing /

Due to the possible attachment of debris that can be placed, the wireless sound-absorbing transmitter (

100) interferences may occur.

Avoid interference.

In FIGS. 5 to 6, the integrated wireless sound-absorbing and transmitting device 100A is designed to meet the needs of residents

Because of the possibility of attaching a deck which can be concentrated,

The radio wave interference between the sound-absorbing and transmitting devices 100A occurs,

Noise within the apparatus 100A The vibration detection unit 600A and the malfunctioning foot of the operation unit 700A

Because there is the possibility of interference with the generation of radio waves,

So that malfunction of the sound-absorbing and transmitting device 100A does not occur.

5 to 6, the operation of the wireless sound-absorbing and /

Using the battery 190 in the telephone set 100 as a main power source,

The battery should be charged as much as possible,

So that the battery capacity is displayed so that it can be checked and

Noise due to shock, noise exceeding a certain standard, vibration due to radio absorption

A magnet plate 140 in the transmission apparatus 100, and a coil 150,

Sufficient battery capacity should be ensured. In addition, when the device malfunctions

The wireless sound-absorbing and transmitting device 100 may be detached and attached so as to be easy to repair,

And the outer cover can be detached, and the wireless sound-absorbing and transmitting device 100

) Of the enclosure is made of noise,

Do not block the perforation hole due to foreign substances such as dust.

The operation of the integrated wireless sound-absorbing messenger 100A of the wall 40 in Figures 5-6

The battery 190A in the integrated wireless sound-absorbing and transmitting device 100A is used as a main power source

, Sufficient charge must be made to operate for 24 hours,

To ensure that the occupant is constantly checking the charge status,

And the noise / vibration detection unit 600A and the operation unit 700A are operated at all times

It is in operation, noise above a certain level due to impact, vibration

The magnetic plate 140A in the integrated wireless sound-absorbing and transmitting device 100A,

Ensure sufficient battery capacity to allow flow of current. Also,

Integrated wireless sound-absorbing and transmitting device for easy maintenance during abnormal operation of equipment

100A) is detachable, and the casing cover is detachable

And the sound absorbing portion of the enclosure of the integrated wireless sound-absorbing < RTI ID = 0.0 > sounding < / RTI &

The perforation is made so that the copper can be absorbed sufficiently,

Do not block because of the quality.

5 to 6, the wireless sound-absorbing and transmitting device 100 of the wall surface 40 has a structure

It is easy to install in the new building finishing process.

As a result of the selection process,

This makes it possible to reduce the cost of individual installations.

In FIGS. 5 to 6, the integrated wireless sound-absorbing and transmitting device 100A of the wall surface 40 has a structure

It is easy to install in new building finishing process other than water, and new building finishing

The person who receives the sale as a selection process in the process is active

This makes it possible to reduce the cost of installation.

In FIG. 7, the wireless sound-absorbing and transmitting devices 200 and 300 of the floor 50 and the ceiling 60 have noises.

The principle of making the noise and vibration into the propagation signals (200-1, 300-1) due to the vibration is

5 is applied to the wireless sound-absorbing and transmitting device 100 of the wall surface 40 of FIG. 5,

Wireless noise from 16 to 17. Vibration detector 600 and wireless operation panel 700

Noise caused by impacts. Noise above a certain standard due to vibration. Vibration

Noise due to impact at the time of occurrence. Making the vibration into the propagation signals (200-1, 300-1)

The principle is applied in the same way as the wireless sound-absorbing and transmitting apparatus 100 of the wall surface 40.

In FIG. 7, the integrated wireless sound-absorbing and transmitting devices 200A, 200B on the floor 50,

300A) is generated by noise and vibration, and the principle of generating the radio wave signal is the wall surface of 5

40 and the integrated wireless sound-absorbing and transmitting device 100A of FIG. 18,

19, the noise is detected through the vibration detecting unit 600A and the operating unit 700A,

Noise and noise due to vibration.

The principle of making the noise and vibration into the propagation signals 200A- and 300A-1 is that of the wall 40

It is applied in the same manner as the integral type wireless sound-absorbing and / or sounding apparatus 100A.

In FIG. 8, the wireless sound-absorbing and transmitting devices 200 and 300 on the floor 50 and the ceiling 60 have noise

To be able to receive the vibration of vibration, the sound absorption part is made in double sided structure.

The principle of making the structure as possible is the same as that of the wall-mounted wireless sound absorber /

Apply.

8, the integrated wireless sound-absorbing communication devices 200A, 200B on the floor 50,

300A) has a double-sided structure so that the sound-absorbing portion can receive the vibration of the noise and vibration,

The principle of making it possible to attach and detach is the integrated wireless sound-

Apply it as with the burner.

In FIGS. 7 to 8, the radio wave interference apparatus 200,

The principle of the separation distance is the same as that of the wireless sound-absorbing transmitter of the wall 40

.

In Figs. 7 to 8, it is assumed that the radio wave interference of the integrated wireless sound-absorbing and transmitting devices 200A,

The principle of putting the separation distance in order to carry out is that the integrated wireless sound absorption

Apply it as with the transmitter.

In FIGS. 7 to 8, in the wireless sound-absorbing transmission apparatuses 200 and 300 of the floor 50 and the ceiling 60,

The charging and operation of the batteries 290 and 390, the principle of the check,

It is applied in the same manner as the sounding apparatus 100,

Structure, perforation, and the like are the same as those of the wireless sound-absorbing and transmitting apparatus 100 of the wall surface 40

Apply.

In FIGS. 7 to 8, the wireless sound-absorbing and transmitting device 300 on the ceiling (60)

It is attached to the ceiling (60) surface and the noise coming down from the top.

So that noise can not be released due to impact due to vibration.

It shall have a rigid deck attachment structure.

In FIGS. 7 to 8, the integrated wireless sound-absorbing communication devices 200A, 200B of the floor 50,

300A, the charging and operation of the batteries 290A, 390A, and the principle of the check,

The present invention is applied to an integrated wireless sound-absorbing and / or sounding apparatus 100A,

The principle of removing, attaching and separating structure, perforation, etc. is based on the integrated wireless sound absorption

It is applied in the same manner as the sounding apparatus 100A.

In FIGS. 7 to 8, the integrated wireless sound-absorbing and transmitting device 300A of the ceiling (60)

The mounting position is attached to the ceiling (60) surface and the noise coming down from the top.

Because it receives and processes it, it does not come off because of impact due to noise and vibration.

It should have a rigid deck attachment structure.

In FIGS. 7-8, the wireless sound-absorbing transmitters 200, 200 of the floor 50, ceiling 60 finish line,

300) is easy to install in new building finishing processes other than existing buildings,

A person who receives a sale as a selection process in a new building finishing process.

By actively selecting the vibration, you can save more

I will.

In Figs. 7 to 8, the integrated wireless sound absorption transmission of the finish line of the floor 50,

The devices 200A and 300A are installed in a new building finishing process other than the existing building

It is easy, and the new building finishing

Self-noise and vibration are selected actively,

Thereby reducing costs.

9, the wireless sound-absorbing and transmitting devices 100, 200,

The copper plates 110, 210, 310 and the current conversion plates 120, 220, 320, carbon particles 130, 230

330, magnetic plates 140, 240, 340, electric signal modulators 160, 260, 360,

Amplifiers 170, 270 and 370, wireless antennas 180, 280 and 380, batteries 190,

) Noise due to vibration of noise and vibration when vibration occurs Magnet plate (

240, 340) are pushed into the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

And sets the same pole as the magnet plates 140, 240, and 340 opposite to each other,

Due to the vibration of the vibration plate 110, 210,

Collision occurs due to a change in sound pressure between the carbon particles (130, 230, 330)

220, and 220, and the converted current is supplied to the electric signal modulation unit

(AM, < / RTI > < RTI ID = 0.0 >

AMPLITUDE MODULATION) is applied to convert the electric signal into frequency

In order to facilitate the transmission in the amplifying units 170, 270 and 370,

And transmits radio waves (100-1, 200-1, 300-1) through radio antennas (180, 280,

). 16-17, the wireless noise /

If noise is detected above a certain level caused by vibration,

A warning sound is sounded on the operation panel 700, and the magnitude value of the noise and vibration is visually

After confirming, by operating the control switch of the wireless operation panel 700,

The magnetic plates 140, 240 and 340 coils 150,

250,350), the noise generated due to the impact

Amplifies the magnetic force so that the current can be converted into a current,

Modulating units 160, 260 and 360, frequency amplifying units 170, 270 and 370, wireless antennas 190,

290, and 290, respectively.

9, the form of the wireless sound-absorbing and transmitting devices 100, 200,

Converted into an electric signal, amplified and transmitted by radio waves 100-1,

200-1, 300-1), which is a sequence in which the steps of the wireless sound absorption

The shape of the sounding apparatuses (100, 200, 300) is not fixed,

We make it according to circumstances.

The principle of the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

, And the wireless sound-absorbing and transmitting devices (100, 200, 300) provided on the finish line of the ceiling (60)

.

In FIG. 9, the magnetic plates 140, 240, and 340 in the wireless sound-absorbing /

The number of coiled coils (150, 250, 350)

Install it under the hood. Further, when the magnetic plates 140, 240,

In order to be pushed into the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

Install it.

9, the magnetic plates 140, 240, and 340 in the wireless sound-

Arrangement is made by arranging the same poles with the opposite magnet plates (140, 240, 340).

When the vibration is transmitted, the magnet plates (140, 240, 340) push each other and resonance occurs

Thereby causing the diaphragms 110, 210, and 310 to sound.

9, the batteries 190, 290, and 390 in the wireless sound-absorbing and transmitting apparatuses 100, 200,

Currents are supplied to the magnetic plates 140, 240, and 340 coils 150,

In case of making magnets, noise caused by impacts.

So that it can be absorbed. However, due to the magnetic force of the electromagnet,

Electric signal modulating units 160, 260 and 360 in the sound-absorbing transmitting devices 100, 200 and 300,

The number amplification units 170, 270 and 370, the wireless antennas 180, 280 and 380,

(100, 200, 300) so as not to affect the electronic product

Take measures to prevent electromagnetic interference on the inner surface of the device enclosure including the sound-absorbing part.

Take it.

In FIG. 9, the electric signal modulation unit (100, 200, 300)

160, 260, and 360 are controlled by the current transformers 120, 220,

The process of converting the current for the wave into the electric signal.

Although both logarithmic and digital modulation schemes can be selected,

Because it deals with noise that causes pollution such as noise, vibration, etc.,

We recommend a logarithmic modulation method. Application in a limited space and

In terms of cost reduction, among the analog modulation schemes, amplitude modulation (AM:

AMPLITUDE MODULATION) and frequency modulation (FM: FREQUENCY MODULATION)

PHASE MODULATION (PM) is also considered.

Apply. Considering the cost reduction of residents as a top priority

The modulation method is the modulation method (AM: AMPLITUDE MODULATION)

The reason for recommendation is to explain again,

Since this is a system for processing harmful noise, the circuit is simple,

The cost is low, and the wavelength is long, so the interiors of interior space walls are blocked.

Amplitude Modulation (AM: AMPLITUDE

MODULATION is recommended. Of course, depending on the resident's preference,

(FM: FREQUENCY MODULATION) and phase modulation (PM: PHASE

MODULATION can also be selected. Building floor-to-floor noise

In the system, the floor noise and vibration are maximized efficiently and the cost is reduced.

(AM: AMPLITUDE MODULATION).

do.

9, the frequency-amplifying units 170 and 270 in the wireless sound-

, 370) transmits the converted electrical signal from the electrical signal modulating units (160, 260, 360)

And the necessary shaping such as elimination of a noise signal is applied, and

And amplifies it to the size necessary for modulating the radio wave. Conventional

In wireless communication, modulation is performed after the frequency amplification is first performed. However,

In building floor-to-floor noise and vibration radio emission system,

Factors that cause pollution such as noise, vibration, etc.

And it is a system for processing noise.

Since the types of vibrations are various and the sizes are not constant,

The amplification method was selected for the posterior frequency. The wireless sound-absorbing and transmitting device (100, 200

300, and the electric signal modulators 160, 260,

In order to apply the principle of communication, the order of the units 170, 270,

The order may be changed.

9, the wireless antennas 180, 280 in the wireless sound-

, 380) is the noise that is converted from building floor to floor noise.

This is an essential part of sending out the

Since it is the part that transmits pollution occurrence element to the wireless repeater,

And not to cause confusion about calls of other communication systems, including,

The antenna 410 of the wireless repeater 400 in the residence space can transmit and receive

Sufficient performance shall be ensured.

9, the batteries 190, 290 and 390 in the wireless sound-absorbing and transmitting apparatuses 100, 200,

Lithium-ion battery cells are recommended, and the wireless sound-absorbing and / or transmitting devices (100, 200, 300)

The operation is carried out on a 24 hour basis,

190, 290, 390), current is applied to the magnetic plates 140, 240, 340 coils 150, 250,

I need to make an electromagnet to flow, so a 6-cell battery for about 15600ma

The battery is discharged and the noise and vibration caused by

So that the occupant can visually confirm the battery capacity.

And display the battery capacity of the wireless sound-absorbing and transmitting devices (100, 200, 300).

In addition, the capacity of the battery is not limited to 15600ma 6-cell battery, is required

A battery capacity of 16000 mA or more may be ensured.

In FIG. 10, the integrated wireless sound-absorbing and transmitting devices 100A, 200A,

The diaphragms 110A, 210A, and 310A and the current conversion plates 120A, 220A, and 320A,

Particles 130A, 230A and 330A, magnet plates 140A, 240A and 340A, electric signal modulation section 160A

260A and 360A, the frequency amplifying units 170A, 270A and 370A, the wireless antennas 180A and 280A,

380A, batteries 190A, 290A, 390A, a noise / vibration detection unit 600A, an operation unit 700A

The noise and vibration detection unit 600 detects the noise

The detected signal is sent to the operation unit 700A and the operation signal is sent from the operation unit 700A

The magnet plates 140A, 240A, and 340A are integrally formed by the vibration of the noise and vibration,

Are pushed into the wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

The magnetic poles 140A, 240A, and 340A are set to the same polarity,

The vibrations of the diaphragms 110A, 210A, and 310A due to the resonance of the carbon particles

130A, 230A, and 330A due to a change in sound pressure, the current conversion plates 120A

, 220A, and 320A, and the converted current is converted into an electric signal by the electric signal modulator

160A, 260A, and 360A, amplitude modulation (AM:

AMPLITUDE MODULATION) is applied to convert the electric signal into frequency

In order to facilitate the transmission in the amplification units 170A, 270A, and 370A,

And transmits the radio waves 100A-1, 100A-1 and 100A-2 through the radio antennas 180A, 280A and 380A,

200A-1,300A-1). 18 to 19, the noise and vibration sensing unit 600A

), Noise exceeding a certain level caused by the impact. When the vibration is detected

A warning sound is sounded at the operation unit 700A, the magnitude value of the noise / vibration is displayed,

In the operation unit 700A, the batteries 190A and 290A in the integrated wireless sound-

The currents are supplied to the coils 150A, 250A, and 350A of the magnet plates 140A, 240A, and 340A

So that the noise generated by the impact can be converted into a current

Amplifies the magnetic force so as to convert the converted electric current into electric signal modulation 160A

260A and 360A and the frequency amplifying units 170A, 270A and 370A and the wireless antennas 180A and 280A

, 100A-1,200A-1,300A-1) through the base station

do.

In FIG. 10, the forms of the integrated wireless sound-absorbing and transmitting devices 100A, 200A and 300A are noise

. It is converted into electric current by vibration and converted into electric signal.

The process of transmitting (100A-1,200A-1,300A-1)

, And the shape of the integrated wireless sound-absorbing and / orural devices (100A, 200A, 300A) is fixed

Do not make it according to the conditions and production conditions.

10A, 10B, 10C, 10D, 10A, 10B, 10A, 10B, 10A,

(50), a ceiling (60), and the integrated wireless sound absorption transmission

The same applies to the devices 100A, 200A, and 300A.

In FIG. 10, the magnetic plate 140A (100A, 200A, 300A) in the integrated wireless sound-

The number of coils 150A, 250A, and 350A wound on the windings 240A and 340A,

The same principles as those of the line sound-absorbing and transmitting devices 100, 200, and 300 are applied.

In FIG. 10, the magnetic plate 140A (100A, 200A, 300A) in the integrated wireless sound-

, 240A, 340A) have the same principle as the wireless sound-absorbing and transmitting devices (100, 200, 300)

To be applied.

10, the battery 190A (100A, 200A, 300A) in the integrated wireless sound-

The magnet plates 140A, 240A and 340A are wound on the coils 150A, 250A and 350A,

Noise caused by shocks when flowing electromagnets by flowing currents

To ensure that the vibrations are sufficiently absorbed,

Measures to prevent blocking are the same as those of the wireless sound-absorbing and transmitting device (100, 200, 300)

And apply it.

In Fig. 10, the electric signals in the integrated wireless sound wave transmission / reception devices 100A, 200A and 300A

The modulation sections 160A, 260A, and 360A are switched by the current conversion plates 120A, 220A, and 320A,

It is a process of converting electric current for vibration of noise, vibration, etc. into electric signal,

The modulation scheme applies the same principle as the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

do.

10, the frequency bands in the integrated wireless sound-absorbing and transmitting devices 100A, 200A,

The principle of the widths 170A, 270A, and 370A is that the wireless sound-absorbing and transmitting devices 100, 200,

The same principle applies.

In FIG. 10, the wireless an- tenna (100A, 200A, 300A)

The principles of the wireless devices (180A, 280A, 380A) are the same as those of the wireless sound-

.

10, the battery 190A (100A, 200A, 300A) in the integrated wireless sound-

, 290A, 390A are applied as the wireless sound-absorbing and transmitting devices (100, 200, 300)

do. However, the integrated wireless sound-absorbing and transmitting devices 100A, 200A,

The sensing unit 600A and the operating unit 700A are integrated to provide 24 hours of noise and vibration.

(100A, 200A, 300A) of the integrated wireless sound-

Since the radio wave is transmitted, the remaining capacity of the battery 190A, 290A, 390A

Care should be taken.

11, noise in the sound-absorbing portion of the wireless sound-absorbing and transmitting devices (100, 200, 300)

Fig. 2 is a view showing an example of a perforation 101 to be conveyed,

The number is based on the requirements of the residents, suppliers and experts.

It can be modularized so that it can be mass produced and supplied.

In the sound-absorbing portion of the wireless communication apparatuses 100, 200, 300 shown in Fig. 11,

101 and the noise and vibration are transmitted to the floor 50 and the ceiling 60

It is also applied to the sound absorption portion of the wireless sound transmission /

The holes should be free from clogging due to foreign matter such as dust.

In Fig. 11, in the sound absorbing portion of the integrated wireless sound-absorbing and transmitting devices 100A, 200A and 300A

The shape of the perforation (101A) to transmit noise and vibration is a wireless sound-

As shown in Fig.

As shown in Fig. 11, the integrated wireless remote control apparatuses 100A, 200A and 300A

The principle of noise and vibration transmitted through the perforation (101A)

(100, 200, 300).

In FIGS. 5 to 11, the wireless sound-absorbing and transmitting devices (100, 200, 300)

The principle of transmitting radio waves with noise and vibration is due to

Generating noise. A wireless sound-absorbing transmitter 100 near the source of vibration

, 200,300), and noise and vibration caused by impact

And the battery (190, 290, 390) in the wireless sound-absorbing and transmitting apparatus (100, 200, 300)

The slabs (140, 240, 340) and the coil (150, 250, 350)

The magnetic forces of the magnet plates 140, 240, and 340 in the transmission apparatuses 100, 200,

200, 300, and the opposite magnet plate 140

, 240, 340), and resonance occurs while pushing the poles apart

The vibrations of the diaphragms 140, 240, and 340 resonate so that the carbon particles 130, 230,

The carbon particles 130, 230, and 330 collide with each other,

220,320), and the converted current is supplied to the electric signal modulators 160, 260, and 360

The analog frequency modulation scheme, AM: AMPLITUDE

MODULATION) is applied to convert the signal into an electric signal, and the frequency amplification units 170,

270,370) to amplify the signal to facilitate transmission,

(100-1, 200-1) to the wireless repeater (400) through the base stations (180, 280,

, 300-1).

In FIGS. 5 to 11, the wireless sound-absorbing and transmitting devices 100, 200

The magnet plates 140, 240, and 340 in the inner and outer plates 300,

The magnetic force of the magnetic plates 110, 210, and 310 causes the diaphragm 110

210, 310, current conversion plates 120, 220, 320, carbon particles 130, 230, 330,

The signal modulators 160, 260 and 360, the frequency amplifiers 170, 270 and 370,

180, 280, and 380), and the distances do not affect the batteries 190,

Should be.

In FIGS. 5 to 11, the wireless sound-absorbing and transmitting devices 100, 200

, 300) are made of materials that are not damaged by impact,

So that the detachment of the wireless sound-absorbing and transmitting devices (100, 200, 300)

It can be screwed or glued to the enclosure to prevent breakage.

Install the material. In addition, the wireless sound-absorbing and transmitting device 300 (see FIG.

) Is attached to the ceiling (60) by attaching it to the ceiling (60)

There is a risk of breakage due to separation due to occurrence of shock, etc.,

The sound-absorbing and transmitting device 300 is firmly installed so as not to be detached,

Installed with rigid material to prevent breakage even in case of deviation.

do.

In FIGS. 5 to 11, through the integrated wireless sound absorption and transmission devices 100A, 200A and 300A

Noise in the building. The principle of transmitting vibration by vibration

Noise generated due to the vibration.

Operate on the basis of the sounding apparatuses 100A, 200A and 300A,

When noise and vibration are generated, the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

The noise and vibration detection unit 600A detects noise and vibration and operates the detection signal

Unit 700A, and is transmitted from the operation unit 700A to the integrated wireless sound-absorbing /

And the magnet plates 140A and 240A (not shown) in the batteries 190A, 290A, and 390A in the battery modules 100A, 200A,

, 340A) to pass current to the coils 150A, 250A, 350A,

The magnetic forces of the magnet plates 140A, 240A, and 340A in the sound-absorbing and transmitting devices 100A, 200A,

(100A, 200A, 300A).

And by setting the same poles as the magnet plates 140A, 240A, and 340A opposite to each other,

Resonance occurs and resonates the vibrations of the diaphragms 140A, 240A and 340A,

The carbon particles 130A, 230A, and 330A are separated from each other by the change in sound pressure applied to the particles 130A, 230A,

A collision occurs to be converted into currents 120A, 220A, and 320A, and the converted current becomes

In the electric signal modulating sections 160A, 260A and 360A,

AMPLITUDE MODULATION (AM) is applied to convert to electrical signal

In order to facilitate transmission in the main amplifier amplifiers 170A, 270A and 370A,

Amplifies the frequency, and transmits it to the wireless repeater (180A, 280A, 380A)

(100A-1,200A-1,300A-1) to the base station (400).

In FIGS. 5 to 11, the integrated wireless sound-absorbing and transmitting apparatus (40, 50, 60)

The magnetic plates 140A, 240A, and 340A in the magnetic poles 100A, 200A, and 300A are noisy.

The magnetic force of the magnet plates 140A, 240A and 340A

The principle of keeping the separation distance without affecting it is the wireless sound absorption transmission line

(100, 200, 300).

In Figures 5-11, an integrated wireless sound-absorbing transmission of each structure (40,50,60)

The devices 100A, 200A, and 300A are made of materials that are not damaged by impact or the like,

The principle of the integrated wireless sound-absorbing device 300A on the ceiling (60) surface is that the wireless sound-

The device 300 is applied.

12 to 13, the radio wave absorbing and transmitting apparatuses 100, 200,

(100-1, 200-1, 300-1) are wirelessly transmitted to the wireless repeater (400), and the wireless repeater

(100-1, 200-1) to the radio transmitting apparatuses (100, 200, 300)

, A wireless antenna 410 for wirelessly receiving the wireless sound transmission apparatuses 100, 300-1,

200-1, 200-300) to the structures 40, 50, 60

) Received by the receiving unit 420 and the receiving unit 420 by A / D

CONVERTER (analog-to-digital converter)

And a sending unit 430.

In the wireless repeater 400 of FIGS. 16 to 17, the detection / operation unit 720 is also arranged in parallel

Based on the signal detected through the vibration noise detector 600

And transmits the operation radio wave signal 400-2 from the detection / operation unit 720,

Adjusting the adjustment switch on the panel (700)

300, 340) coils (150, 250) in the batteries (190,

, 350) to increase the magnetic force so that the noise can be processed.

do.

The wireless repeater 400 of FIGS. 12 through 13 is connected to the wireless repeater antenna 410

The radio waves of the wireless sound-absorbing and transmitting devices (100, 200, 300) of the respective structures (40, 50, 60)

And receives signals 100-1, 200-1, and 300-1 and transmits the signals to the receiver 410 in the wireless repeater 400

(100-1, 200-1, 300-1) of the respective structures (40, 50, 60)

(430) and the sending unit (430) sends the received signal to the A / D converter

Log-to-digital converter) into a single silent signal,

It is structured to be capable of performing radio wave transmission (400-1) to the handset 500. Also,

The outflow 430 withstands the load of multiple received signals,

Do not occur.

12 through 13, the wireless repeater 400 wireless repeater antenna 410 may be a wireless repeater

The wireless antennas 180, 280, and 280 of the transmitter devices 100, 200,

The wireless repeater antenna 410 of the wireless repeater 400 may be a wireless

It is necessary to receive radio waves of a plurality of frequencies close to the repeater 400

Noise generated in a residential area. An antenna that can receive radio waves that have processed vibration

And the antenna 410 of the wireless repeater is used

It is possible to supply a current enough to receive radio waves of a plurality of frequencies

.

12 to 13, the radio wave signal received by the receiving unit 420 of the radio repeater 400 is

It is not sent to the sending unit 430 and converted into a silent signal,

Self-selection, and integrated floor-to-floor noise and vibration radio emission

Apply to the system as well.

12 to 13, the enclosure of the wireless repeater 400 may be damaged due to interference

It is made of material and structure that does not cause crosstalk.

The same applies to radio emissions systems.

In Figs. 12 to 13, the integrated wireless sound absorption and transmission devices 100A, 200A,

The radio wave signals 100A-1,200A-1,300A-1 are wirelessly transmitted to the radio repeater 400

The principle of converting to silence is the same as that of the wireless sound-absorbing and transmitting apparatuses 100, 200,

I will drink. However, noise applied to the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

Detection and manipulation unit 720 are separate.

The wireless repeater 400 of FIGS. 12 through 13 is connected to the wireless repeater antenna 410

The integrated wireless sound-absorbing communication apparatuses (100A, 200A, 300A) of the respective structures (40, 50, 60)

(100A-1,200A-1,300A-1) of the radio wave receiving apparatus

It is applied in the same manner as the transmitting apparatuses 100, 200, 300.

12 through 13, the wireless repeater 400 wireless repeater antenna 410 includes an integrated

The wireless antennas 180A, 280A, and 380A of the wireless sound transmission / reception devices 100A, 200A,

Radio waves of frequencies (100A-1,200A-1,300A-1) are copied to a wireless sound-absorbing transmitter

100, 200, 300).

14-15, the external wireless silent receiver 500 includes a transmitter (not shown)

Converted by the A / D converter (analog-to-digital converter) of the output 430,

Receives the silence propagation signal 400-1, discharges the signal to the outside,

When the firearm 500 is installed on the outer wall surface, the A / D of the wireless repeater 400 transmitting unit 430

Noise signal due to abnormal operation of CONVERTER (analog-digital converter)

A silencer is installed to prevent the occurrence of discharge.

In addition, since the external wireless silent receiver 500 is installed on the outer wall surface,

, Snow, etc., and to prevent the invasion of birds, insects, etc.

It is possible to structure. Further, the antenna of the external wireless silent receiver 500

The wireless repeater 400 receives the radio wave 400-1 converted into silence and transmits it to the outside

Because it discharges, it can supply enough current to receive it

. From the wireless repeater 400 to the external wireless silent receiver 500

Transmits the radio wave 400-1 and exits the radio wave 400-1 to the outside,

When supplying sufficient current to the antenna and installing it on the outer wall surface, it will cause strong wind, rain,

A structure that can prevent intrusion of birds, insects, etc. without being affected

Building floor-to-floor noise, vibration radio emission system, and integrated building floor Noise and vibration

The same applies to the radio emission system.

The wireless noise and vibration sensor of FIGS. 16-17 and the wireless control panel 700 of (600)

This is a part of the residents' choices that can be heard by residents themselves.

The noise detected by the vibration detector 600 causes noise exceeding a predetermined reference level

. When vibration occurs, noise and vibration in the wireless repeater 400 are detected.

The control signal 400-2 is transmitted to the radio control panel 700,

The panel 700 indicates the magnitude value of the warning sound and the noise and vibration,

By adjusting the control switch of the panel 700, the control signal 700-1 is transmitted to the structure 40

, 50,60) surface finish line to the wireless sound-absorbing and transmitting devices (100, 200, 300)

In the batteries 190, 190, and 290 in the sound-absorbing and transmitting devices 100, 200, and 300,

, 240, 340) Currents are supplied to the coil (150, 250, 350)

(40,50,60) surface finishing line, and the sound absorption transmission

It is necessary to check the presence or absence of abnormality in the apparatuses 100, 200, 300,

If you want to cope with it, install it.

The wireless noise, vibration sensor 600 and wireless operation panel 700 of FIGS.

All noise generated in the building. If the vibration is above a certain level,

Noise and Vibration Detector 600 detects the size of the beep and noise and vibration

Value is displayed on the wireless operation panel 700, and at this time,

The noise generated by sensing the vibration is detected by the occupant's mental health

Be alert at the harmless level. Also,

(100, 200, 300), wireless < RTI ID = 0.0 >

A repeater 400, an external wireless silent receiver 500, a wireless noise,

600), the wireless operation panel 700 is used to communicate with residents,

To the extent that it does not affect the property, residents and contractors,

Set it under the reference so that it is installed. Building floor-to-floor noise and vibration wireless

The venting system may be operated on each structure 40,50,60,

I am able to actively cope with noise and vibration.

The wireless noise, vibration sensor 600 and wireless operation panel 700 of FIGS.

The power source is a lithium ion battery cell, and the wireless noise and vibration sensor (600

) And the operation of the radio control panel are subject to the principle of 24 hours,

(100, 200, 300) and the magnet plate

140,240,340) to make an electromagnet by flowing electric current to the coil (150, 250, 350)

Since the operation radio wave 700-1 has to be transmitted, a 6-cell battery has a capacity of about 15600 mA

Noise caused by battery discharge and minimizes damage caused by vibration

And the battery capacity is checked by the resident himself.

The battery capacity of the noise, vibration detector 600 and the wireless operation panel 700 is displayed

In addition, the capacity of the battery is not limited to 15600MA 6-cell battery

If necessary, a battery capacity of 16000 mA or more may be secured.

The wireless noise, vibration sensor 600 and wireless operation panel 700 of FIGS.

The wireless antenna detects the noise and vibration generated in the building,

And transmits a warning sound and a warning signal to the wireless operation panel 700

) To manipulate pollution-causing elements such as noise and vibration.

The wireless noise and vibration detector 600 and the wireless operation

Due to the radio waves 600-1 and 700-1 transmitted from the wireless antenna of the panel 700,

The building including the wireless sound-absorbing and transmitting devices 100, 200, 300 of the structure (40, 50, 60)

Interlayer noise, vibration Vibration of radio emission system and other communication including mobile communication

It does not cause confusion about the communication of the communication system,

The wireless repeater 400 is connected to the wireless repeater 400 via the wireless antenna 410,

Noise and Vibration Detection The operation of the control unit 720 and each structure 40, 50,

Sufficient performance for transmission and reception with sound-absorbing transmitters (100, 200, 300)

Should be secured.

In Figures 16 to 17, the value of the inter-floor noise and vibration in the building is lower than a certain level

In the case of normal noise and vibration, the receiving unit 420 in the wireless repeater 400 receives,

(40, 50, 60) near the source of noise and vibration.

(100, 200, 300) on the basis of the surface finish line wireless

The magnet plates (140, 240, 340) in the sound-absorbing and transmitting devices (100, 200, 300)

Due to the wave, it is pushed into the wireless sound-absorbing and transmitting apparatuses (100, 200, 300)

And sets the same pole as the magnet plates 140, 240, and 340 opposite to each other,

The vibration of the diaphragms 110, 210, and 310 sounds for resonance to occur,

Due to the vibration of the diaphragms 110, 210 and 310, the sound of the carbon particles 130, 230,

The collision between the carbon particles (130, 230, 330)

220, and 320, and the converted currents 120, 220,

In the juxtaposition (160, 260, 360), amplitude modulation (AM:

AMPLITUDE MODULATION) is applied to convert the electrical signal and frequency

To facilitate transmission in the widths 170, 270, and 370,

And transmits the radio wave through the radio antennas 180, 280 and 380 (100-1, 200-1, 300-1

) To deal with noise and vibration,

When noise or vibration is generated, noise or vibration in the wireless repeater 400 is detected.

(720) becomes the main system, and the noise is caused by the impact.

(100, 200, 300) proximate to the base station

Noise and Vibration Detecting the Noise and Vibration from the Vibration Detector (600)

The noise is detected in the wireless repeater 400. Vibration detection.

And the noise / vibration detection / operation unit 720 controls the operation of the wireless operation panel 700

Transmits the regulated radio wave signal 400-2 to the radio control panel 700,

By manipulating the control switch of the panel 700, the wireless sound-absorbing and transmitting devices 100, 200, 300

And transmits the operation signal 700-1 to the wireless sound-absorbing and transmitting apparatuses 100, 200,

The magnetic plates (140, 240, 340) in the coils (150, 250, 350)

And the magnetic plates 140, 240, and 340 through which the current flows,

200, 300, and the opposite magnet plate 140

, 240, 340), and the resonance is generated by pushing the poles apart

The vibrations of the diaphragms 110, 210, and 310 are sounded and the vibrations of the diaphragms 110, 210,

Due to the change in the sound pressure of the carbon particles 130, 230 and 330, the carbon particles 130, 230,

330) are converted into currents (120, 220, 320) while collision occurs, and the converted

The currents 120, 220, and 320 are input to the electric signal modulators 160, 260, and 360,

170, 270, 370), and radio waves (100-1,

200-1, 300-1) to treat noise and vibration. In addition,

The electric signals in the wireless sound-absorbing and transmitting apparatuses (100, 200, 300) on the ropes (40, 50, 60)

Modulating units 160, 260 and 360, a frequency amplifying unit 170, 270 and 370, a wireless antenna 180,

280, and 380 are mutually interfered due to the operation of the magnet plates 140, 240, and 340

Do not malfunction.

The wireless noise, vibration sensor 600, and wireless operating panel 700 of Figures 16-17,

It is made of material which is not damaged by impact etc.

Due to shocks and the like, the wireless noise, vibration sensor 600 and the wireless operation panel 700

) Is released, so that it is not damaged.

And the like. Also, the wireless noise of the ceiling (60) face finish line.

The vibration sensor 600 is mounted on the ceiling 60 to detect the vibration of the occupant

There is a fear that it will be detached due to the occurrence of impact due to movement,

So that the wireless noise and vibration detector 600 is not disturbed.

It is recommended to install rigidly so that the

Install it with the material that it has.

Noise in the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A) shown in Figs. 18 to 19.

The vibration detection unit 600A and the operation unit 700A can be a selection item of a resident

(100A, 200A, 300A), the resident person himself /

Because of the impact detected by the noise-and-vibration detecting unit 600A,

When vibration occurs, a detection signal is sent to the operation unit 700A,

(700A) represents the magnitude value of the warning sound and the noise and vibration, and the integrated wireless

In the batteries 190A, 290A, and 390A in the sound-absorbing and transmitting devices 100A, 200A, and 300A,

(140A, 240A, and 340A), current is supplied to the coils 150A, 250A, and 350A

It manages the noise and vibration by increasing the magnetic force, and integrates each structure (40, 50, 60)

Check whether there is any abnormality in the wireless sound-absorbing / transmitting devices (100A, 200A, 300A), and make noise.

If you want to actively cope with vibration, install it.

Considering the structure and function of the sound-absorbing and transmitting devices 100A, 200A and 300A

The noise, vibration detection unit 600A and the operation unit 700A are not limited to the above-mentioned noise due to impact, and all kinds of noise, vibration,

And can be processed by an operation from an internal device,

Noise · Noise more than a certain level due to vibration and shock.

It can handle all noise and vibration including the case of vibration.

Noise in the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A) shown in Figs. 18 to 19.

The vibration detecting unit 600A and the operating unit 700A are used to detect all the noise

When the size of the motion exceeds a predetermined standard, the noise and vibration detection unit 600A detects

The magnitude value of the warning sound and the noise vibration is transmitted to the liquid crystal through the operation unit 700A

In this case, noise or vibration above a certain standard is detected,

The beeping sounds are not harmful to the residents' mental health.

Let it ring. In addition, the integrated building-floor noise

Integrated wireless sound transmission and reception devices 100A, 200A and 300A, a wireless repeater 400,

The wireless silence receiver 500 is connected to the occupants of the building and to household appliances and building structures

Under the influence of residents, contractors, and specialists.

Set it to install. Integrated building floor noise

The exhaust system is operated on each surface of each structure 40A, 50A, 60A,

Allows the runner to actively cope with noise and vibration.

Noise in the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A) shown in Figs. 18 to 19.

The vibration sensing unit 600A and the operating unit 700A are connected to the integrated wireless sound-

, 200A, 300A), which is one component for processing vibration,

Since the power source detects the vibration and operates it,

And the magnetic plates 140A, 140B in the integrated wireless sound absorption and transmission devices 100A, 200A,

240A, and 340A), currents are supplied to the coils 150A, 250A, and 350A to generate electromagnets

6-cell battery has a capacity of about 15600 mA.

Noise caused by battery discharge and minimizes damage caused by vibration

, So that the occupant can visually confirm the battery capacity.

The use of the batteries 190A, 290A, and 390A of the wireless sound-absorption and sounding apparatuses 100A, 200A,

. In addition, the capacity of the battery is 6,600mAh battery

If necessary, even if a battery capacity of 16000 mA or more is secured

do.

Noise of the integrated wireless sound-absorbing and transmitting devices 100A, 200A, and 300A of FIGS. 18 to 19. Vibration

An integrated wireless absorty / ducting apparatus (including a sensing unit 600A and an operating unit 700A

100A, 200A, and 300A includes a noise / vibration detection unit 600A and an operation unit

700A) detects the noise and vibration generated in the building, and generates noise and vibration.

Handle pollution factors such as beeps, noise, and vibration for radial and magnitude values

It is a part where information is collected and processed so that an integrated wireless sound-

And transmitted from the wireless antennas 180A, 280A, and 300A of the apparatuses 100A, 200A,

(100A-1,200A-1,300A-1)), the integrated structure of each structure (40, 50, 60)

Integrated building-floor noise including wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

Vibration radio emission system malfunction and other communication system including mobile communication system

And not to cause confusion about the calls of the system,

(40, 50, 60) face of the structure (40, 50, 60) through the wireless antenna (410)

(100A, 200A, 300A) to be able to transmit / receive to / from the integrated wireless sound-absorbing /

Sufficient performance should be ensured.

In Figures 18 to 19, the magnitude of the interstory noise and vibration in a building is lower than a certain level

In the case of normal noise and vibration, the receiving unit 420 in the wireless repeater 400 receives,

(40, 50, 60) near the source of noise and vibration.

(100A, 200A, 300A) of the integrated wireless sound-absorbing and /

The magnetic plates 140A, 240A, and 240B in the integrated wireless sound-absorbing and transmitting devices 100A, 200A,

340A) due to the noise and vibration of the vibration,

100A, 200A, and 300A, and the opposite magnet plates 140A, 240A, 340A

) To set the poles to push the poles apart, for resonance to occur

The vibrations of the diaphragms 110A, 210A, and 310A are vibrated, and the vibrations of the diaphragms 110A, 210A,

Due to the vibration, the carbon particles (130A, 230A, 330A)

(120A, 220A, and 230A) while collision occurs between the currents (130A, 230A, and 330A)

320A), and the converted currents 120A, 220A, and 320A become electric signal modulators 160A,

260A, and 360A, amplitude modulation (AM: AMPLITUDE

MODULATION) is applied to convert the signal into an electric signal and the frequency amplification unit 170A

, 270A, and 370A, frequency amplification is performed in order to facilitate transmission

The radio wave transmission (100A-1,200A-1,

300A-1) to process noise and vibration,

When vibration occurs, the noise and vibration in the integrated wireless sound-

The sensing unit 600A and the operating unit 700A become the main system,

(100A, 200A < / RTI > < RTI ID = 0.0 >

, 300A), the noise and vibration detection unit (600A)

And transmits the magnitude value of the noise and vibration to the operation unit 700A to generate a warning sound and noise.

The magnitude value of the vibration is displayed on the liquid crystal, and the battery 190A, 290A

, 390A, and the magnetic plates 140A, 240A, 340A coils 150A, 250A

And 350A, and the magnet plates 140A and 240A through which the current flows

340A are pushed into the integrated wireless sound-absorbing and transmitting devices 100A, 200A, 300A

And sets the same pole as that of the opposite magnetic plates 140A, 240A, and 340A,

The vibrations of the diaphragms 110A, 210A, and 310A are vibrated while resonance occurs,

Owing to the vibration of the diaphragms 110A, 210A and 310A, the carbon particles 130A, 230A, 330A

) Collides with the carbon particles (130A, 230A, 330A) due to the change in the sound pressure of the carbon particles

Current transformers 120A, 220A, and 330A, and the converted currents 120A, 220A, and 320A become

Electric signal modulators 160A, 260A and 360A, frequency amplifiers 170A, 270A and 370A,

(100-1A, 200-1A, and 300-1A) through the line antennas (180A, 280A, and 380A)

) To deal with noise and vibration. Further, the structures 40, 50,

60A) integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

Modulation sections 160A, 260A and 360A, frequency amplifying sections 170A, 270A and 370A,

180A, 280A, and 380A, the noise and vibration sensing unit 600A, and the operation unit 700A are mounted on the magnet plate

140A, 240A, and 340A are operated by mutual interference to prevent malfunction

do.

Noise in the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A) shown in Figs. 18 to 19.

The vibration detecting unit 600A and the operating unit 700A detect noise and vibration,

Noise of the wireless sound-absorbing and / or sounding devices (100A, 200A, 300A)

It is made of a material that is not damaged by impact,

So that the integrated wireless sound-absorbing and transmitting devices 100A, 200A,

300A) is released so that it is not damaged.

Adhere materials such as adhesive. Further, the integrated structure of the ceiling (60)

The wireless sound-absorbing and transmitting device 300A is mounted on the ceiling (60)

The damage caused by the movement due to the movement of furniture, etc.

There is a possibility that the integrated wireless sound-absorbing and transmitting apparatus of the ceiling (60)

(300A) is prevented from being released,

Install it with a rigid material so that it does not break even if it becomes a life.

According to one embodiment of the present invention,

On the industrial applicability of the integrated floor-to-floor noise and vibration radio emission system

As for the opinions of the inventors, as shown in FIGS. 1 and 2,

The dispute is reduced, and the supplier, the resident,

It is possible to use it in many ways.

The wireless sound-absorbing and transmitting devices (100, 200, 300) of FIGS. 5 to 11 and the integrated wireless sound-

The external wireless silent receiver of Figs.

It will bring new changes in the road phone business and wireless communication.

And the wireless repeater 400 of Figures 12-13 may be used for both wireless and mobile communications.

It is expected that the communication industry will be changed by reducing the repeater band,

The wireless noise, vibration sensor 600, wireless operation panel 700,

The noise in the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A)

(600A) and the operating section (700A) can be regarded as a universal field

It can lead to mass production of related devices

Acidity can be increased.

The wireless sound-absorbing and transmitting devices (100, 200, 300) of FIGS. 5 to 11 and the integrated wireless sound-

The apparatuses 100A, 200A, and 300A may also be installed in existing buildings other than the new buildings

Since the user can mount and mount it by himself, noise and vibration reduction

Everyone can easily purchase low-cost products and make a transition to new industries.

I think.

The wireless sound-absorbing and transmitting devices (100, 200, 300) of FIGS. 5 to 11 and the integrated wireless sound-

The radio wave transmission method of the communication devices 100A, 200A, and 300A is simplified,

We believe that a new transition can be made.

In addition, as shown in FIGS. 1 and 2,

Vibration Isolation System is the noise of the construction market.

And can provide a new paradigm for materials and construction costs,

Reduction of short-term shortage, etc.

And so on.

10: Direct Noise
20: Transmission noise
30: Conductive noise
40: Wall
50: bottom surface
60: Ceiling front
100: Wall-mounted wireless sound-absorbing transmitter
100A: Wall-mounted wireless sound-absorbing transmitter
100-1: Wall-mounted wireless sound-absorbing transmitter Noise and vibration Electrical signal
100A-1: Wall-mounted wireless sound-absorbing transmitter Noise and vibration Electrical signal
101: Wall-mounted wireless sound-absorbing transmitter
101A: Peripheral wall-mounted wireless sound-absorbing transmitter
110: Wall wireless sound absorption transmitter Diaphragm
110A: Wall-mounted wireless sound-absorbing transmitter Diaphragm
120: Wall-mounted wireless sound-absorbing transmitter current transformer
120A: Wall-mounted wireless sound-absorbing transmitter Diaphragm
130: Wall-mounted wireless sound absorption transmitter carbon particles
130A: Wall-mounted wireless sound absorption transmitter carbon particles
140: wall wireless sound absorption transmitter magnet plate
140A: Wall-mounted wireless sound-absorbing transmitter Magnet plate
150: Wall wireless sound absorption transmitter magnet plate coil
150A: Wall-mounted wireless sound-absorbing transmitter Magnet plate coil
160: Wall-mounted wireless sound-absorbing and transmitting apparatus electric signal modulation section
160A: wall-integrated radio-acoustic-wave transmission apparatus electric signal modulation section
170: wall wireless sound absorption transmission apparatus frequency amplifying unit
170A: wall-integrated radio-acoustic-wave transmission apparatus frequency amplifying unit
180: Wall-mounted wireless sound-absorbing transmitter Wireless antenna
180A: Wall-mounted wireless sound-absorbing transmitter Wireless antenna
190: Wall Wireless Sound Transmitting Battery
190A: Wall-mounted wireless sound-absorbing transmitter battery
200: Floor-side wireless sound-absorbing transmitter
200A: Wireless Sound Absorption Transmitter with Integrated Floor Surface
200-1: Bottom Surface Wireless Sound Transmitter Noise / Vibration Electrical Signal
200A-1: Integrated floor-mounted wireless sound-absorbing transmitter Noise and vibration Electrical signal
201: Surface acoustic wave transmission device
201A: Floor-surface integrated wireless sound absorption transmission device
210: Floor-mounted wireless sound-absorbing transmitter Diaphragm
210A: Floor-surface integrated wireless sound-absorbing transmitter Diaphragm
220: Floor-side wireless sound-absorbing transmitter current transformer
220A: Floor-surface integrated wireless sound-absorbing transmitter current transformer
230: Floor-standing wireless sound-absorbing transmitter carbon particles
230A: Floor-surface integrated wireless sound-absorbing transmitter carbon particles
240: Floor-side wireless sound-absorbing transmitter Magnet plate
240A: Floor-surface integrated wireless sound-absorbing transmitter Magnet plate
250: Bottom radio absorber transmitter magnet plate coil
250A: Floor-surface type wireless sound-absorbing transmitter Magnet plate coil
260: bottom surface wireless sound transmission &
260A: Floor-surface integrated wireless sound-absorbing /
270: bottom surface wireless sound transmission &
270A: Floor-surface integrated wireless sound-absorbing /
280: Floor-side wireless sound-absorbing transmitter Wireless antenna
280A: Floor-surface integrated wireless sound-absorbing transmitter Wireless antenna
290: Floor-to-floor sound-absorbing transmitter battery
290A: Floor-surface integrated wireless sound-absorbing transmitter battery
300: Ceiling front wireless sound transmission device
300A: All-in-one wireless sound-absorbing transmitter
300-1: Front-side wireless sound-absorbing transmitter Noise and vibration Electrical signal
300A-1: Radio-noise-absorbing transmitter with integrated ceiling face
301: Transmission of ceiling front wireless sound absorption transmitter
301A: Thoroughly integrated wireless sound absorption transmission device
310: Ceiling front wireless sound-absorbing transmitter Diaphragm
310A: Transmissible sound-absorbing transmitter with diaphragm integrated type diaphragm
320: Ceiling Front Radio Sound Transmitter Current Conversion Plate
320A: Thin-wall integrated wireless sound-absorbing transmitter Current transformer
330: Ceiling Front Radio Absorption Transmitter Carbon Particle
330A: Front-surface integrated wireless sound-absorbing transmitter carbon particles
340: ceiling front wireless sound transmission device magnetic plate
340A: Thin-wall integrated radio sound absorption transmitter Magnet plate
350: Ceiling Front Wireless Sound Transmitting Device Magnet Coil
350A: All-in-one radio-absorptive transmission device
360: ceiling front wireless sound transmission apparatus electric signal modulation section
360A: a ceiling front integrated radio-acoustic sounding apparatus electric signal modulation section
370: Front-side wireless sound-absorbing /
370A: a radio front end integrated type wireless sound transmission apparatus frequency amplifying unit
380: Ceiling front wireless sound transmission device Wireless antenna
380A: Front-surface integrated wireless sound-absorbing transmitter Wireless antenna
390: Ceiling Front Wireless Sound Transmitting Battery
390A: Thin-face integrated wireless sound transmission transmitter battery
400: Wireless repeater
400-1: converted silent signal
400-2: Wireless operation panel control signal (noise, vibration detection, operation signal)
410: Wireless repeater antenna
420: Radio repeater receiver
430: Transmitting part of wireless repeater (including A / D CONVERTER)
500: External wireless silent receiver
510: External wireless silent receiver diaphragm
520: External radio emission silent receiver iron plate
600: Wireless Noise & Vibration Detector
600-1: Wireless noise, vibration detection signal
600A: Noise in the integrated wireless sound-absorbing and transmitting apparatus.
700: Wireless operation panel
700-1: Wireless sound-absorbing transmitter control signal
700A: Control unit in the integrated wireless sound-absorbing and transmitting apparatus
720: Noise and vibration detection in wireless repeater.

Claims (13)

Noise in the building. Noise when vibration occurs. Angle close to the origin of vibration.
(100, 200, 300) of the structure (40, 50, 60)
The electromagnetic waves are transmitted to the magnetic plate 140 (140, 200, 300) in the wireless sound-
, 240, 340) are pushed into the wireless sound-absorbing and transmitting devices (100, 200, 300)
By setting the same pole as the coarse magnet plates 140, 240, and 340,
The generated resonance sounds the vibration of the diaphragms 110, 210, and 310,
210, and 310 are generated to convert the sound pressure to the carbon particles 130, 230,
Due to the collision between the carbon particles 130, 230, 330,
220, 320), and the converted currents 120, 220, 320 become the electric signal modulation unit 160
, 260,360), an analog frequency modulation method (AM: AMPLITUDE
MODULATION) to the electric signal, and the frequency amplification unit 170
, 270,370), the frequency is amplified in order to smooth the transmission,
The wireless repeater 400 transmits the radio waves 100-1,
200-1, 300-1), and the wireless repeater 400 transmits the wireless repeater antenna 410
Receives the radio wave signals 100-1, 200-1, and 300-1 to the receiving unit 420,
A / D converter (analog-to-digital converter) of the sending unit 430,
Signal to send the radio wave 400-1 to the external wireless silent receiver 500
All the noise, vibration, and radio in the building
The noise caused by the shock exceeding a predetermined standard through the vibration detector 600
When vibration occurs, the noise and vibration in the wireless repeater 400. The operation unit 720
And transmits the detection signal 600-1 to the control unit 720,
Vibration control signal 400-2 is sent to the operation panel 700 so that the wireless operation
The panel 700 displays the warning sound, the noise, and the magnitude of the vibration,
(700) by operating the adjustment switch to adjust the adjustment signal (700-1)
200, and 300 to be subjected to impact noise or vibration
The wireless sound-absorbing and transmitting devices (100, 200, 300) of the respective structures (40, 50, 60)
) Of the wireless sound-absorbing and transmitting devices (100, 200, 300)
190, 290, 390), current is applied to the magnetic plates 140, 240, 340 coils 150, 250,
The magnetic force of the magnetic plates 140, 240, and 340 is increased,
The sound waves generated by the vibration of the structure (40, 50, 60)
The magnet plates 140, 240, and 340 through which current flows in the transmitter devices 100, 200,
When the magnetic plates 140, 240, and 340 are transmitted to the wireless sound-absorbing and transmitting devices 100, 200,
And the opposite magnet plates 140, 240, and 340 are pushed to the same pole
And the generated resonance is generated by pushing the poles together. The vibrations of the diaphragms 110, 210,
Vibrates and vibrates the carbon particles 130,
230,330), the collision between the human carbon particles (130, 230, 330)
(120, 220, 320), and the converted current is converted into an electric signal
Modulating units 160, 260, and 360, frequency amplifying units 170, 270 and 370, wireless antennas 180 and 280
, 380) for the noise and vibration, the propagation signals (100-1, 200-1, 300-1)
And the occupant himself / herself is discharged to the outside of the structure (40, 50, 60)
Noise, Vibration Detection in Paging Devices (100, 200, 300) and Wireless Relay (400)
(720) and the wireless noise / vibration detector (600)
Sound interlayer noise that actively responds to vibrations. Vibration Wireless
In the exhaust system, when noises or vibrations are generated in a building, direct (10), permeable (20
), Conduction (30) Noise. The vibration of vibration is noise.
Based on the wireless sound-absorbing and transmitting devices (100, 200, 300) of the structures (40, 50, 60)
And arranging the wireless sound-absorbing and transmitting devices (100, 200, 300)
The magnetic flux is transmitted to the magnet plates 140, 240, and 340 in the apparatuses 100, 200,
240, 340 are pushed into the wireless sound-absorbing and transmitting apparatus 140, 240, 340,
By setting the same pole as the opposite magnet plates 140, 240, and 340 and pushing the poles apart
Resonance is generated and vibrations of the diaphragms 110, 240, and 310 cause the carbon particles 130,
230, 330), collision between carbon particles (130, 230, 330) occurs due to a change in sound pressure
Transforming into a current (120, 220, 320);
Noise, vibration, etc. are converted into current (120, 220, 320)
(160, 260, 360) is converted into an electric signal through frequency modulation
step ;
The electric signal modulated by the electric signal modulating units (160, 260, 360)
Amplifying the signals to smooth transmission in the units (170, 270, 370);
The radio waves 100-1, 200-1, and 300-1 amplified by the frequency amplifying units 170, 270,
Transmitting to the wireless repeater 400 through the antennas 180, 280, and 380;
The radio waves 100-1, 200-1, and 300-1 transmitted from the wireless sound-
To the receiver 420 through the wireless repeater antenna 410 of the wireless repeater 400
And then transmitted from the receiving unit 420 to the transmitting unit 430 to receive the A / D CONVERTER
(Analog-to-digital converter) into a silent signal;
A / D converter (analog-digital) of the transmitting unit 430 in the wireless repeater 400
Converter) to receive the converted silence signal (400-1)
External noise wireless silence receiver stage that emits noise and vibration to the outside;
Noise more than a certain level caused by the impact inside the building.
Noise and vibration sensor 600 and detects the magnitude of the detected noise and vibration
The value is transmitted to the operation unit 720 by radio wave transmission
600-1) and detects the noise and vibration and outputs the adjusted radio wave signal 400-2 to the operation unit 720
And sends it to the wireless operation panel 700 to display a warning value and a noise value
To operate the control switch of the wireless operation panel 700 to output the adjusted radio wave signal (
700-1) are connected to the wireless sound-absorbing transmitter 100, 200, 300
);
The wireless operation panel 700 receives the adjusted radio wave signal 700-1,
In the batteries (190, 290, 390) in the sounding apparatuses (100, 200, 300), the magnet plates
, 340), and a current is applied to the coils (150, 250, 350)
Noise due to vibration The vibration in the wireless sound-absorbing transmitters (100, 200, 300)
When the magnet plates 140, 240 and 340 are transmitted to the flowing magnet plates 140, 240 and 340,
Is pushed into the sound-absorbing and transmitting apparatus (140, 240, 340), and the magnet plate
140,240,340), and a ball generated by pushing the poles apart
The vibration of the diaphragms 110, 210, and 310 and the vibration of the carbon particles 130, 230,
(120, 220, 320) due to the collision, and the electric signal modulation unit 160
Frequency amplifiers 170, 270, and 370, and wireless antennas 190,
(100-1, 200-1, 300-1), and the resident himself /
The wireless sound-absorbing and transmitting apparatuses (100, 200, 300) and the wireless
Detection of noise and vibration in the repeater 400. Confirmation of abnormality of the operation unit 720
Actively coping with noise and vibration; And
Building floor-to-floor noise. Steps to manage wirelessly from vibration to emission.
Building interstage noise between the supplier and the residents, and the corresponding public institutions.
Building interlayer noise for problem solving. Noise in the building. Noise when vibration occurs.
(100A, 200A, 300A) of the integrated type wireless sound-absorbing and transmitting devices (100A, 200A, 300A)
Vibrations of vibrations are transmitted to the integrated wireless sound-absorbing and transmitting devices 100A, 200A, 300A
The operation of the magnet plates 140A, 240A, and 340A is completed by sending operation signals from the operation unit 700A
Pushing it out into the integrated wireless sound-absorbing and transmitting device 100A, 200A, 300A,
By setting the same poles as the magnetic plates 140A, 240A, and 340A to push the poles apart,
The generated resonance resonates with the vibration of the diaphragms 110A, 210A, and 310A,
210A, and 310A are generated to generate negative pressure of the carbon particles 130A, 230A, and 330A
Conversion to current due to collision between carbon particles (130A, 230A, 330A)
120A, 220A, and 320A, and the converted currents 120A, 220A, and 320A become electric signals
In modulation sections 160A, 260A, and 360A, amplitude modulation
(AM: AMPLITUDE MODULATION) is applied and converted into electric signals, and the frequency
In order to facilitate transmission in the number amplifying units 170A, 270A, and 370A,
Amplifies the signal and transmits it to the wireless repeater 400 (400) through the wireless antennas 180A, 280A,
(100A-1,200A-1,300A-1), and the wireless repeater 400
(100A-1,200-1, 300-1) through the wireless repeater antenna (410)
D converter (analog-to-digital converter) of the transmitting unit 430,
Digital converter) to convert it into a silent signal,
And transmits a radio wave (400-1) to the base (500), so that all the noise
Noise is generated in the integrated wireless sound-absorbing and transmitting devices (100A, 200A, 300A)
. Noise due to an impact exceeding a predetermined standard through the vibration sensing unit (600A).
When vibration occurs, the radio waves in the integrated wireless sound-absorbing and transmitting devices 100A, 200A and 300A
A detection signal is sent to the operation unit 700A, and a warning sound and a noise are issued to the operation unit 700A.
The operation unit 700A displays the magnitude value of the vibration, and the battery 190A, 290A, 390A,
A current is supplied to the coils 150A, 250A and 350A of the magnet plates 140A, 240A and 340A
The magnetic forces of the magnetic plates 140A, 240A, and 340A are increased,
The vibration of the noise or vibration caused by the vibration of the structure 40, 50,
The magnetic plates 140A and 240A through which current flows in the sound-absorbing and transmitting devices 100A, 200A,
, 340A, the magnet plates 140A, 240A, 340A are connected to the integrated radio-
200A, 300A, and the magnet plates 140A,
, 240A, and 340A are set to the same polarity,
Resonance resonates with the vibrations of the diaphragms 110A, 210A and 310A, and vibrations of the diaphragms 110A, 210,
310A due to the vibration of the carbon particles (130A, 230A, 330A)
A collision occurs between the carbon particles 130A, 230A, and 330A caused by the current,
120A, 220A, and 320A, and the converted electric current is supplied to the electric signal modulators 160A,
260A, and 360A, frequency amplifiers 170A, 270A, and 370A, wireless antennas 180A and 280A
(100A-1,200A-1,300A-1) for noise and vibration through the antenna
And the resident himself / herself is discharged to the outside of the structure 40, 50,
Noise of the wireless sound-absorbing and transmitting devices 100A, 200A, and 300A.
It is necessary to confirm whether there is an abnormality in the operation unit 700A and actively
In an integrated building floor-to-floor noise / vibration radio emissions system,
Noise in the building. When vibration occurs, direct (10), permeate (20), conduction (30)
(40,50,60) of the surface near the source of the noise generation.
(100A, 200A, 300A) as a reference,
The wireless sound-absorbing and transmitting devices 100A, 200A, and 300A are arranged,
Noise in the sounding apparatuses 100A, 200A and 300A, noise in the vibration detecting unit 600A,
And sends a detection signal to the operation unit 700A. On the operation unit 700A,
And transmitted to the magnet plates 140A, 240A, and 340A to transmit the operation signals to the magnet plates 140A,
240A, and 340A are disposed inside the integrated wireless sound-absorbing and transmitting devices 140A, 240A, and 340A
And the poles such as the opposite magnet plates 140A, 240A, and 340A are set
Resonance is generated while pushing the poles together, and vibration of the diaphragms 110A, 210A, and 310A
The carbon particles 130A, 230A, and 330A are changed to the carbon particles 130A
, 230A, and 330A), so that the conversion into the currents 120A, 220A, and 320A
;
Vibrations such as noise and vibration are converted into currents 120A, 220A and 320A,
Modulated by the modulating units 160A, 260A, and 360A into electric signals
;
The electric signal modulated by the electric signal modulators 160A, 260A,
Amplification is performed in the widths 170A, 270A, and 370A to facilitate transmission
step ;
The radio waves 100A-1,200A-1,300A-1 amplified by the main-wave amplifying units 170A, 270A,
To the wireless repeater 400 via the wireless antennas 180A, 280A, and 380A
;
The radio waves 100A-1, 100A-1, and 100A-2 transmitted from the integrated wireless sound-absorbing and transmitting devices 100A, 200A,
200A-1,300A-1 to the wireless repeater antenna 410 of the wireless repeater 400
To the receiving unit 420, and from the receiving unit 420 to the sending unit 430
Converted to silent signal through A / D CONVERTER (analog-to-digital converter)
;
A / D converter (analog-digital) of the transmitting unit 430 in the wireless repeater 400
Converter) to receive the converted silence signal (400-1)
External noise wireless silence receiver stage that emits noise and vibration to the outside;
Noise more than a certain level caused by the impact inside the building.
The noise is detected through the vibration detecting unit 600A and the magnitude of the detected noise and vibration
Value to the operation unit 700A, and the operation unit 700A outputs a warning sound,
And is wound on the magnet plates 140A, 240A, and 340A in the operating portion 700A
A current is allowed to flow through the coils 150A, 250A, and 350A,
Vibration due to the noise and vibration of the integrated wireless sound-absorbing and transmitting devices 100A, 200A and 300A,
When the electric current is transmitted to the magnet plates 140A, 240A and 340A through which the electric current flows, the magnet plates 140A,
240A, and 340A are disposed inside the integrated wireless sound-absorbing and transmitting devices 140A, 240A, and 340A
And the poles such as the opposite magnet plates 140A, 240A, and 340A are set
For the resonance that occurs while pushing the poles apart, the vibrations of the diaphragms 110A, 210A, and 310A
Due to the collision between the vibration and the carbon particles 130A, 230A, and 330A,
, 220A, and 320A, and are converted into electric signal modulation units 160A, 260A, and 360A,
Radio waves are transmitted through radio waves 170A, 270A, and 370A and radio antennas 180A, 280A, and 380A
100A-1,200A-1,300A-1), and the resident himself / herself constructs each structure (40, 50, 60)
(100A, 200A, 300A) of the integrated wireless sound-absorbing /
It is necessary to confirm whether there is an abnormality in the portion 600A and the operation portion 700A,
Actively coping; And
Building floor-to-floor noise. Steps to manage wirelessly from vibration to emission.
Building interstage noise between the supplier and the residents, and the corresponding public institutions.
Building interlayer noise for problem solving. Claim 1
(40,50,60) face of each structure near the source where noise and vibration occurred
The wireless sound-absorbing and transmitting apparatus (100, 200, 300)
100, 200, 300) to transform the waves of noise and vibration into current,
The wireless sound-absorbing and transmitting devices (100, 200, 300)
(100, 200, 300) based on the source of the generated sound,
And the vibration of the noise and vibration is transmitted to the magnetic plates 140, 240,
The vibrations of the diaphragms 110, 210, and 310 due to the resonance for the carbon
(120, 220, 320) due to collision between the particles (130, 230, 330). The method according to claim 1,
Noise, vibration, etc. are converted into current (120, 220, 320)
The step of converting the electrical signals into troughs 160, 260,
The currents for the fluctuations of the noise and vibration converted in the current conversion plates (120, 220, 320)
Is converted into an electric signal.
Because of the processing of noise, etc., the amplitude variation of the analog modulation method
AM (AMPLITUDE MODULATION) and frequency modulation (FM: FREQUENCY
MODULATION) is the noise and vibration in the living space of the resident,
Process using 300MHz and process noise effectively
The obstacle that interception of the interior space wall is applied
The circuit is simple, and the cost is low
Way. The method according to claim 1,
The electric signal modulated by the electric signal modulators 160, 260,
The step of amplifying to facilitate transmission in units 170, 270,
Various noise, vibration, etc. generated in the building, electric signal modulation units (160, 260,
360), the amplitude modulation of the analog modulation method (AM: AMPLITUDE
MODULATION) and frequency modulation (FM: FREQUENCY MODULATION)
The converted electric signal is easily processed, and the noise signal is removed
Applying the required shaping and amplifying to the size required for propagation. The method according to claim 1,
The radio waves 100-1, 200-1, and 300-1 amplified by the frequency amplifying units 170, 270,
The wireless repeater 400 transmits a signal to the wireless repeater 400 through the wireless antennas 180, 280,
The system,
The sound absorption unit in the wireless sound absorption and transmission apparatuses 100, 200, 300, the electric signal modulation unit 160
, 260, and 360, and the frequency amplifiers 170, 270, and 270,
200-1, 300-1) to the wireless repeater antenna 410 of the wireless repeater 400
How to do God. The method according to claim 1,
The radio waves 100-1, 200-1, and 100-2 transmitted from the wireless sound-
300-1 through the wireless repeater antenna 410 of the wireless repeater 400
And transmits it to the sending unit 430 through the receiving unit 420. The A /
CONVERTER (analog-to-digital converter)
In the step,
The radio waves 100-1, 100-2,
200-1, 300-1) through the wireless repeater antenna 410 of the wireless repeater 400
The reception unit 420 receives each structure 40, 50, and 60,
A / D converter (analog-to-digital converter) of the transmitting unit 430,
To a silent signal. The method according to claim 1,
A / D converter (analog-digital) of the transmitting unit 430 in the wireless repeater 400
Converter) to receive the converted silence signal (400-1)
The external wireless silence receiver stage, which discharges noise and vibration to the outside,
A / D converter (analog-digital) of the transmitting unit 430 in the wireless repeater 400
Converter) to the silent signal by radio wave transmission (400-1)
Noise is transmitted to the silent receiver (500), and the noise
How to avoid giving. The method according to claim 1,
The batteries 190, 190, and 390 in the wireless sound-absorbing and transmitting devices 100, 200, and 300 are charged
The step of using,
The batteries (190, 290, 390) in the wireless sound-absorbing and transmitting devices (100, 200, 300)
Battery cells are used, and the wireless sound-absorbing and transmitting devices (100, 200, 300)
When the vibration is generated, the magnetic plates (140, 240, 340)
It is necessary to make an electromagnet by flowing electric current to the wound coil (150, 250, 350)
Therefore, the 6-cell battery is charged to the capacity of 15600 mA, and the remaining battery
The wireless sound-absorbing and transmitting device 100, 200
, 300), and if necessary, securing a battery capacity of 16000 mA or more
Way. The method according to claim 1,
Noise more than a certain level caused by the impact inside the building.
Noise and vibration sensor 600 and detects the magnitude of the detected noise and vibration
The noise is detected in the wireless repeater 400. The vibration is detected.
(600-1), and the noise and vibration is detected by the control unit (720)
Is sent to the wireless operation panel 700 and the size value of the warning sound and the noise /
And the control switch of the wireless operation panel 700 is operated to display an adjusted radio wave
The signal 700-1 is transmitted to the wireless sound absorptive transmission apparatus of the structure (40, 50, 60)
100, 200, 300) comprises:
Noise more than a certain level caused by the impact inside the building.
The noise and vibration detector 600 detects the magnitude of the detected noise and vibration
Through the wireless antenna 410 of the wireless repeater 400, noise, vibration,
And transmits a radio wave 600-1 to the unit 720 and detects noise and vibration.
And transmits the regulated radio wave signal 400-2 through the antenna 410 of the radio-
It is sent to the operation panel 700 to display the value of the warning sound and the noise and vibration
By operating an adjustment switch of the wireless operation panel 700, the adjusted radio wave signals 700-1
50, 60, and the surface acoustic wave transmission apparatuses 100, 200,
300), it is possible to process noise
How to make it. The method according to claim 1,
The wireless operation panel 700 receives the adjusted radio wave signal 700-1,
In the batteries (190, 290, 390) in the sounding apparatuses (100, 200, 300), the magnet plates
, 340), and a current is applied to the coils (150, 250, 350)
Noise due to vibration The vibration in the wireless sound-absorbing transmitters (100, 200, 300)
When the magnet plates 140, 240 and 340 are transmitted to the flowing magnet plates 140, 240 and 340,
Is pushed into the sound-absorbing and transmitting apparatus (140, 240, 340), and the magnet plate
140,240,340), and a ball generated by pushing the poles apart
The vibration of the diaphragms 110, 210, and 310 and the vibration of the carbon particles 130, 230,
(120, 220, 320) due to the collision, and the electric signal modulation unit 160
260, and 360, the frequency amplifying units 170, 270 and 370, and the wireless antennas 190,
(100-1, 200-1, 300-1), and the resident himself /
40, 50, 60) surface finishing line wireless sound-absorbing and transmitting devices (100, 200, 300)
Noise and vibration detection in the machine 400. Check the operation unit 720 for abnormality and make noise.
Actively coping with the vibration may include:
Noise in the building. When vibration occurs, direct (10), permeate (20), conduction (30)
Of the structure (40, 50, 60) near the source of the noise
When the wireless sound-absorbing and transmitting devices (100, 200, 300) are arranged on the basis of the wireless sound-
And transmitted to the magnet plates (140, 240, 340) in the transmitter devices (100, 200, 300)
240, 340 are pushed into the wireless sound-absorbing and transmitting apparatus 140, 240, 340,
By setting the same pole as the opposite magnet plates 140, 240, and 340 and pushing the poles apart
Resonance is generated, and vibration of the diaphragms 110, 240, and 310 causes carbon particles 130 and 230
, 330 collide with carbon particles (130, 230, 330) due to a change in sound pressure
Transforming into a current (120, 220, 320);
Noise, vibration, etc. are converted into current (120, 220, 320)
The amplitude modulation (AM) of the analog frequency modulation scheme is applied to the juxtaposition (160, 260, 360)
AMPLITUDE MODULATION) and frequency modulation (FM: FREQUENCY
MODULATION) to the electrical signal;
The electric signal modulated by the electric signal modulators 160, 260,
(170, 270, 370) to facilitate transmission;
The radio waves 100-1, 200-1, and 300-1 amplified by the frequency amplifying units 170, 270,
The wireless repeater 400 transmits a signal to the wireless repeater 400 through the wireless antennas 180, 280,
System;
The radio waves 100-1, 200-1, and 100-2 transmitted from the wireless sound-
300-1 through the wireless repeater antenna 410 of the wireless repeater 400
And transmits it to the sending unit 430 through the receiving unit 420. The A /
CONVERTER (analog-to-digital converter)
step ;
A / D converter (analog-digital) of the transmitting unit 430 in the wireless repeater 400
Converter) to receive the converted silence signal (400-1)
External noise wireless silence receiver stage that emits noise and vibration to the outside;
Noise more than a certain level caused by the impact inside the building.
Noise and vibration sensor 600 and detects the magnitude of the detected noise and vibration
The value is transmitted to the operation unit 720 by radio wave transmission
600-1) and detects the noise and vibration and outputs the adjusted radio wave signal 400-2 to the operation unit 720
And sends it to the wireless operation panel 700 to display a warning value and a noise value
To operate the control switch of the wireless operation panel 700 to output the adjusted radio wave signal (
700-1) to the wireless sound-absorbing and transmitting apparatus 100 (100,
, 200,300);
The wireless operation panel 700 receives the adjusted radio wave signal 700-1,
In the batteries (190, 290, 390) in the sounding apparatuses (100, 200, 300), the magnet plates
, 340), and a current is applied to the coils (150, 250, 350)
Noise due to vibration The vibration in the wireless sound-absorbing transmitters (100, 200, 300)
When the magnet plates 140, 240 and 340 are transmitted to the flowing magnet plates 140, 240 and 340,
Is pushed into the sound-absorbing and transmitting apparatus (140, 240, 340), and the magnet plate
140,240,340), and a ball generated by pushing the poles apart
The vibration of the diaphragms 110, 210, and 310 and the vibration of the carbon particles 130, 230,
(120, 220, 320) due to the collision, and the electric signal modulation unit 160
260, and 360, frequency amplifiers 170, 270 and 370, and wireless antennas 190,
(100-1, 200-1, 300-1), and the resident himself /
The wireless sound-absorbing and transmitting apparatuses (100, 200, 300) and the wireless
Detection of noise and vibration in the repeater 400. Confirmation of abnormality of the operation unit 720
Management of floor-to-floor noise, vibration from generation to emission by wireless system
Between the supplier, the resident, and the public institution through the steps of
Building Interstage Noise for Vibration and Vibration Problems. The method of claim 2,
Noise in the building. When vibration occurs, direct (10), permeate (20), conduction (30)
(40,50,60) near the origin of the vibration source
(100A, 200A, 300A) as a reference
The integrated wireless sound-absorption and sounding devices (100A, 200A, 300A)
Noise in the sound-absorbing and transmitting apparatuses 100A, 200A, 300A Noise in the vibration-sensing unit 600A.
Detects the vibration and sends the detection signal to the operation unit 700A,
An operation signal is transmitted to the magnet plates 140A, 240A, and 340A,
240A, and 340A are disposed inside the integrated wireless sound-absorbing and transmitting devices 140A, 240A, and 340A
And the poles such as the opposite magnet plates 140A, 240A, and 340A are set
Resonance is generated while pushing the poles together, and vibration of the diaphragms 110A, 210A, and 310A
The carbon particles 130A, 230A, and 330A are changed to the carbon particles 130A,
230A, and 330A are converted into currents 120A, 220A, and 320A
In the step,
When noise is generated in the building, the structure of each structure close to the source of noise and vibration
(40, 50, 60) face of the integrated wireless sound-absorbing and transmitting device (100A, 200A, 300A)
The integrated wireless sound-absorbing and transmitting devices 100A, 200A, and 300A are removed and attached
The noise and vibration detection unit 600A continuously detects noise and vibration,
And sends it to the operating section 700A. In the operating section 700A, operation signals are transmitted to the magnet plates 140A,
240A, and 340A so that the magnetic plates 140A, 240A, and 340A are connected to the integrated wireless sound-
Is pushed into the devices 140A, 240A, and 340A, and the magnet plates 140A,
240A, and 340A), the resonance is generated while pushing the poles together
The vibrations of the diaphragms 110A, 210A, and 310A cause the carbon particles 130A, 230A,
Collision occurs between the carbon particles 130A, 230A, and 330A due to a change in pressure,
Transforms 120A, 220A, and 320A. The method of claim 2,
Noise more than a certain level caused by the impact inside the building.
And detects the magnitude value of the detected noise / vibration through the vibration sensing unit 600A
And sends it to the operation unit 700A, so that a warning sound and a noise in the operation unit 700A,
And is wound around the magnet plates 140A, 240A, and 340A in the operating portion 700A
Currents are allowed to flow through the coils 150A, 250A, and 350A,
Noise and vibration are transmitted to the integrated wireless sound absorption and transmission devices 100A, 200A and 300A
When the current is transmitted to the magnet plates 140A, 240A and 340A through which the current flows, the magnet plates 140A and 240A
, 340A are pushed into the integrated wireless sound-absorbing and transmitting devices 140A, 240A, 340A
And sets the poles such as the opposite magnet plates 140A, 240A, and 340A,
For the resonance that occurs while pushing each other, the diaphragms 110A, 210A, and 310A
Conversion to current due to collision between vibration and carbon particles (130A, 230A, 330A)
120A, 220A, and 320A, and the electric signal modulators 160A, 260A, and 360A,
The radio waves are transmitted through the widths 170A, 270A, and 370A and the radio antennas 180A, 280A, and 380A,
(100A-1,200A-1,300A-1), and the resident himself /
100, 200, 300) of the integrated wireless sound-absorbing and / or sounding devices (100A, 200A, 300A).
It is checked whether there is any abnormality in the vibration detecting unit 600A and the operating unit 700A,
The steps to actively cope with the situation are as follows:
Noise in the building. When vibration occurs, direct (10), permeate (20), conduction (30)
(40,50,60) of the surface near the source of the noise generation.
(100A, 200A, 300A) as a reference,
The wireless sound-absorbing and transmitting devices 100A, 200A and 300A are arranged,
The sounding apparatuses 100A, 200A and 300A are arranged and the integrated sound-absorbing /
100A, 200A, 300A, the noise and vibration detection unit 600A detects noise and vibration
Sends the detection signal to the operation unit 700A, and the operation signal from the operation unit 700A
And transmitted to the magnet plates 140A, 240A, and 340A so that the magnet plates 140A, 240A, and 340A
It is pushed into the integrated wireless sound-absorbing and transmitting devices 140A, 240A and 340A,
The same pole as that of the opposite magnetic plates 140A, 240A, and 340A is set and the poles are pushed out
Resonance is generated and vibrations of the diaphragms 110A, 210A, and 310A cause carbon particles
130A, 230A, and 330A with a change in sound pressure,
Stones are generated and converted into currents 120A, 220A, and 320A;
Vibrations such as noise and vibration are converted into currents 120A, 220A and 320A,
In modulation sections 160A, 260A, and 360A, amplitude modulation
(AM: AMPLITUDE MODULATION) and frequency modulation (FM: FREQUENCY
MODULATION < / RTI >
The electric signal modulated by the electric signal modulators 160A, 260A,
Amplification is performed in the widths 170A, 270A, and 370A to facilitate transmission
step ;
The radio waves 100A-1,200A-1,300A-1 amplified by the main-wave amplifying units 170A, 270A,
To the wireless repeater 400 via the wireless antennas 180A, 280A, and 380A
;
The radio waves 100A-1 (100A-1) transmitted from the integrated wireless sound-
, 200A-1,300A-1) to the wireless repeater antenna 410 of the wireless repeater 400
The reception unit 420 and the transmission unit 430, respectively,
Send A / D CONVERTER (analog-to-digital converter) to silent signal
Converting;
A / D converter (analog-digital) of the transmitting unit 430 in the wireless repeater 400
Converter) to receive the converted silence signal (400-1)
External noise wireless silence receiver stage that emits noise and vibration to the outside;
Noise more than a certain level caused by the impact inside the building.
The sound is detected through the vibration detecting unit 600A, and the magnitude of the detected noise and vibration
Value to the operation unit 700A, and the operation unit 700A outputs a warning sound,
And is wound on the magnet plates 140A, 240A, and 340A in the operating portion 700A
A current is allowed to flow through the coils 150A, 250A, and 350A,
Vibration due to the noise and vibration of the integrated wireless sound-absorbing and transmitting devices 100A, 200A and 300A,
When the electric current is transmitted to the magnet plates 140A, 240A and 340A through which the electric current flows, the magnet plates 140A,
240A, and 340A are disposed inside the integrated wireless sound-absorbing and transmitting devices 140A, 240A, and 340A
And the poles such as the opposite magnet plates 140A, 240A, and 340A are set
For the resonance that occurs while pushing the poles apart, the vibrations of the diaphragms 110A, 210A, and 310A
Due to the collision between the vibration and the carbon particles 130A, 230A, and 330A,
, 220A, and 320A, and are converted into electric signal modulation units 160A, 260A, and 360A,
Radio waves are transmitted through radio waves 170A, 270A, and 370A and radio antennas 180A, 280A, and 380A
100A-1,200A-1,300A-1), and the resident himself or herself constructs the structure (40, 50, 60)
Noise in the integrated wireless sound-absorbing and transmitting devices 100A, 200A and 300A of the finish line.
The presence or absence of abnormality of the sensing unit 600A and the operation unit 700A is checked,
Step by step from wireless to vibration control
Building interstage noise between the supplier and the residents, and the corresponding public institutions.
Integrated floor - to - building noise and vibration radio emissions.

Images