KR101190910B1 - Apparatus for Focused Ultrasound Acupuncture - Google Patents

Abstract

The present invention includes an ultrasonic generator for generating ultrasonic waves; A resonance circuit unit connected to one side of the ultrasonic generator to generate low-intensity ultrasonic waves that are non-invasive to the subject's meridians; A cylindrical applicator provided to be fixed to the meridians and having an opening disposed at the other side connected to the resonance circuit unit; An ultrasonic transducer provided in the opening of the applicator to adjust the focal length of the low intensity ultrasound to image the low intensity ultrasound at the meridians; And a laser pointer provided at one side of the applicator so as to be rotatable to set a focal direction of the low-intensity ultrasound that is quiet in the ultrasonic transducer. By implementing the non-invasive low-intensity ultrasound to the location of the subject meridians, there is an effect that can stimulate the subject's meridians without saliva, heat and electrical stimulation. In addition, there is an effect that can accurately find the desired meridians position by using a laser beam to the focus position of the low-intensity ultrasound imaged in the meridians region of the subject. In addition, there is an effect that can easily control the reduction of acupuncture stimulation by adjusting the intensity of the ultrasound. In addition, there is an effect that can adjust the size of the area subjected to acupuncture stimulation by adjusting the frequency domain of the scan area of the low-intensity ultrasound or by adjusting the scan position.

Description

Apparatus for Focused Ultrasound Acupuncture

The present invention relates to a non-invasive acupuncture device using a focused ultrasound and a non-invasive acupuncture treatment method using the same, more specifically, by giving a low-intensity ultrasound non-invasive to the subject meridians through the skin of the subject, meridians of the subject The present invention relates to a non-invasive acupuncture apparatus using intensive ultrasound that can be precisely stimulated without using acupuncture or heat (moxibustion), and a non-invasive acupuncture treatment method using the same.

Acupuncture is a major treatment technique with oriental medicine in oriental medicine, Chinese medicine, and oriental oriental medicine including Japan. The type of acupuncture differs depending on the culture and region, and the type of acupuncture physical stimulation (rotation or up and down) is different. Their commonality is to stimulate the stimulus zone, Meridian, to obtain various therapeutic and prophylactic effects.

The mechanism of acupuncture is known by the development of medicine and the development of modern science and technology. This stimulates the peripheral nervous system distributed in a particular meridians and soft tissues located in surrounding organs using physical motion, electricity, or heat. Stimulated nervous or soft tissues may have therapeutic effects by inducing effects throughout the body through local biologic responses (cell signals) or the central nervous system.

Since the acupuncture method used in the related art uses physical (thermal or electrical) stimulation, a subject may feel unpleasant, and an infection of the acupuncture site is not common, but there are occasional problems. In addition, there is a problem that it is difficult to quantify and reduce the area of acupuncture stimulation.

Accordingly, the present invention has been made to solve the above problems, by non-invasive donation of low-intensity ultrasound to the location of the subject meridians through the subject's skin, precisely stimulates the subject's meridians without generating saliva or heat The purpose of the present invention is to provide a non-invasive acupuncture apparatus using intensive ultrasound and a non-invasive acupuncture procedure using the same.

An object of the present invention as described above is an ultrasonic wave generating unit for generating ultrasonic waves; A resonance circuit unit connected to one side of the ultrasonic generator to generate low-intensity ultrasonic waves that are non-invasive to the subject's meridians; A cylindrical applicator provided to be fixed to the meridians and having an opening disposed at the other side connected to the resonance circuit unit; An ultrasonic transducer provided in the opening of the applicator to adjust the focal length of the low intensity ultrasound to image the low intensity ultrasound at the meridians; And a laser pointer provided to be rotatable on one side of the applicator to set a focal direction of the low intensity ultrasound imaged by the ultrasound transducer. The laser pointer may be achieved by a non-invasive acupuncture apparatus using intensive ultrasonic waves.

At this time, the ultrasonic generator, the electrical signal generator for generating an electrical signal having a continuous RF frequency; A waveform modulator provided on one side of the electrical signal generator to modulate an electrical signal output in a wave form into a square wave wave or a sine wave pulse waveform; And a linear amplifier connected to the waveform modulator to amplify the modulated pulse waveform and include a resonance circuit unit.

In addition, the ultrasound transducer has a removable lens shape in which the skin direction of the subject is concave to a predetermined thickness so as to have a focal length of ultrasonic waves at a depth of 1 mm to 20 cm into the subject's skin.

In addition, a plurality of ultrasonic transducers are provided.

In addition, two or more laser pointers are provided on both sides of the applicator to face each other.

In addition, between the ultrasonic generator and the resonance circuit portion, the terminal for measuring the amount of ultrasound supplied from the ultrasonic generator and the amount of reflection of the low-intensity ultrasonic wave contrasted by the ultrasonic transducer; And an output meter for outputting each measurement amount provided to the terminal.

In addition, the applicator is further provided with a bag filled with water degassed so that no space is generated between the ultrasonic transducer and the skin of the test subject.

The pocket is also conical in shape.

In addition, the bag is made of a flexible synthetic resin material to be in close contact with the curvature of the skin of the subject, the bag is coated with a water-soluble gel on both surfaces facing the ultrasonic transducer and the subject's skin.

In addition, a location tracking device spaced apart from the acupuncture device to track the position of the applicator and the focus of the ultrasound is further provided.

In addition, the location tracking device is a location tracking device using a camera or a laser.

In addition, provided on one side of the applicator is further provided with a stage for moving or fixing the position of the acupuncture device.

In another category, an object of the present invention is the first step of determining the meridians position of the subject using two or more laser pointers provided on one side of the applicator; Fixing the applicator to the subject's skin to stimulate the subject's meridians determined by the laser pointer; A third step of generating an ultrasonic wave-induced electrical waveform of an electrical signal having a continuous RF frequency in the electrical signal generator of the ultrasonic generator to provide low intensity ultrasonic wave to the ultrasonic transducer provided on one side of the applicator; A fourth step of modulating the generated ultrasonic wave induced waveform into a square wave wave or a sine wave pulse wave in a waveform modulator; A fifth step of amplifying the modulated pulse waveform in a linear amplifier; A sixth step of converting the amplified pulse waveform into low-intensity ultrasound in the resonance circuit unit and non-invasively imaging the converted low-intensity ultrasound in the subject's meridians; And a seventh step of adjusting the intensity and focus of the low-intensity ultrasound to be contrasted using the ultrasound generator and the ultrasound transducer. The method may be achieved by a non-invasive acupuncture procedure using intensive ultrasound, characterized in that it comprises a.

At this time, the meridians in the first step is calculated by the following equation.

Where d is the depth from the subject's skin surface to the meridians to be treated, r is the distance between the two laser pointer marks, l is the distance from the subject's skin surface to the ultrasound generating surface, and R is the ultrasound generating surface. Distance to the laser beam.)

In addition, the second step may further include a step 2-1 of attaching a bag having the degassed water as a medium between the applicator and the skin of the subject to one side of the applicator.

In addition, the sixth step uses ultrasonic waves of 21 KHz to 10 MHz.

In addition, the seventh step is 0.1Watt / cm ² to 100Watt / pulse to the mean maximum peak sound level of ² cm with a pulse duration of 0.1msec over time with the pulse interval of 0.5msec to 100msec, low intensity ultrasound is repeated at least once By donating more than 50msec to stimulate meridians.

Further, the first to seventh steps measure and record the position of the applicator and the focus of the ultrasonic wave by the position tracking device.

According to the present invention by non-invasive low-intensity ultrasound to the location of the subject meridians, there is an effect that can stimulate the subject's meridians without saliva, heat and electrical stimulation. As described above, since physical (thermal or electrical) stimulation is not used, there is an effect that the subject does not feel uncomfortable and does not cause infection of the acupuncture site.

In addition, there is an effect that can accurately find the desired meridians position using the laser beam focus position of the low-intensity ultrasound imaged in the meridians region of the subject.

In addition, there is an effect that can easily control the reduction of acupuncture stimulation by adjusting the intensity of the ultrasound.

In addition, there is an effect that can adjust the size of the area subjected to acupuncture stimulation by adjusting the frequency domain of the scanning area of the low-intensity ultrasound or by adjusting the scanning position. This has the effect of quantifying the acupuncture stimulus relief and stimulation area.

The following drawings, which are attached in this specification, illustrate preferred embodiments of the present invention, and together with the detailed description thereof, serve to further understand the technical spirit of the present invention. It should not be interpreted.
1 is a schematic configuration diagram of a non-invasive acupuncture device using the focused ultrasound according to the present invention,
2 is a graph showing an example of ultrasonic frequency modulation according to the present invention;
3 is an exploded perspective view showing an ultrasonic transducer installed in the applicator according to the present invention;
Figure 4 is a side cross-sectional view showing an ultrasonic transducer installed in the applicator according to the present invention,
Figure 5 is a side cross-sectional view showing an embodiment of the applicator for fixing the removable ultrasonic transducer according to the present invention,
Figure 6 is a comparison of the focal length of the ultrasonic wave according to the change of the ultrasonic transducer installed in the applicator according to the present invention,
Figure 7 is a side cross-sectional view showing a method of determining the focus position of the ultrasonic wave by the laser pointer according to the present invention,
Figure 8 is a side cross-sectional view showing an embodiment of the applicator for fixing the pocket to the removable ultrasonic transducer according to the present invention,
9 is an exploded perspective view showing an acupuncture apparatus and a position tracking device installed on a stage according to the present invention;
10 is a flowchart sequentially showing a non-invasive acupuncture treatment method using the focused ultrasound according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, in the present invention, it is preferable to use the focused ultrasound to image the ultrasound at the position of the safety light subject meridians. At this time, the modulated home ultrasonic waves are applied with an effective intensity of less than _{100 Watt} / cm ^{2 of} _SPA (Spatial Peak Pulse Average Intensity) intensity and within a range where no heat or cavitation occurs. Can be used.

Here, a device for generating concentrated ultrasonic waves was developed by scientists in the 1950s and 1960s, and when electric currents are applied to various piezoelectric materials, the electrical waveforms can be converted into mechanical waveforms, and the piezoelectric materials are degassed. When activated, it converts an ultrasonic pressure shock wave of 20 KHz or higher. This shock wave is generated in the piezoelectric material arranged in the hemispherical shape, while the principle of concentrating on the position corresponding to the radius of the circumference was used in the present invention.

In addition, when the high-intensity ultrasound is continuously imaged in the meridians, heat is generated in the focal portion where the ultrasound is imaged. This heat can be used to treat neural tissues in the meridians, such as cancer cells. On the contrary, the present invention does not generate heat or cavitation by imaging low-intensity ultrasound in a meridians position, and stimulates meridians by inducing fine mechanical movement in the meridians. That is, for this purpose, the low-intensity ultrasound uses a method of causing weak vibrations by continuously intensively contrasting the positions of the meridians without pulsing or pulsing them.

As a result, mechanical vibrations experienced by human tissues include compression and transmission. Compression is a movement on the order of nanometers (nm) relative to the frequency of the ultrasound. On the other hand, the transfer movement enables the regulation of the ion channel of the cell membrane to give stimulation of the peripheral nervous system. Therefore, the present invention can generate a mechanical vibration by imaging the low-intensity ultrasound to the human meridians, thereby stimulating the peripheral tissues or soft tissues around the meridians by the transfer motion thereby inducing the effect of acupuncture non-invasively.

< Acupuncture instrument  Configuration>

1 is a schematic configuration diagram of a non-invasive acupuncture apparatus using the focused ultrasound according to the present invention. As shown in FIG. 1, the non-invasive acupuncture device 10 using the focused ultrasound according to the present invention is largely an ultrasonic generator 100, a resonance circuit unit 300, an applicator 400, an ultrasonic transducer 500, and a laser. It consists of a pointer 600.

As illustrated in FIG. 1, the ultrasonic wave generator 100 generates ultrasonic waves to form low intensity ultrasonic waves, and includes an electrical signal generator 110, a waveform modulator 120, and a linear amplifier ( 130). In this case, the electrical signal generator 110 generates an electrical signal having a continuous RF frequency. The electrical signal used here uses a square wave or sine wave depending on the characteristics of the piezoelectric material.

Waveform modulator 120 according to the present invention is provided on one side of the electrical signal generator 110, a square wave wave using an envelope of the waveform consisting of an electrical signal having a continuous RF frequency output from the electrical signal generator 110 Or modulate into a sine wave waveform. This pulses the aforementioned RF frequency through waveform modulation.

The linear amplifier 130 according to the present invention is provided on one side of the waveform modulator 120 to amplify a modulated square wave wave or sine wave pulse waveform.

The electric signal generator 110, the waveform modulator 120, and the linear modulator constituting the ultrasonic generator 100 according to the present invention are commonly used in the art, and a detailed description thereof has been omitted.

The resonance circuit unit 300 according to the present invention is a device provided on one side of the linear amplifier 130 to convert the electrical signal amplified by the linear amplifier 130 to low-intensity ultrasound to non-invasive to the location of the subject meridians.

2 is a graph illustrating an example of ultrasonic frequency modulation according to the present invention. As shown in FIG. 2, the waveform modulator 120 included in the ultrasonic generator 100 having the above-described configuration makes pulses of focused ultrasound waves and defocused ultrasound waves as follows. The electrical signal generated by the electrical signal generator 110 is modulated by a waveform modulator 120 into a square wave wave or a sine wave pulse waveform. After the interval (D) of the pulse is determined, the time interval (I) between the pulses of the ultrasound, the pulse intensity (A) of the ultrasound, the interval (D) of the pulse and the number of ultrasound pulses (N) by changing the acupuncture The intensity can be adjusted. In this case, in addition to the square wave or the sine wave, the modulation method may use conventional amplitude modulation.

3 is an exploded perspective view showing an ultrasonic transducer installed in the applicator according to the present invention, Figure 4 is a side cross-sectional view showing the ultrasonic transducer installed in the applicator according to the present invention. 3 and 4, the applicator 400 according to the present invention is provided on one side of the resonance circuit unit 300 to support the acupuncture device 10, the ultrasonic transducer 500 and the resonance circuit unit 300 It is a device to connect. The applicator 400 is formed in a cylindrical shape as a whole, and the ultrasonic transducer 500 is mounted on the other side facing the one side where the resonance circuit unit 300 is provided, that is, the ultrasonic transducer 500. An opening is formed so that it can be.

3 and 4, the ultrasonic transducer 500 according to the present invention is to adjust the focal length of the low-intensity ultrasound that is mounted in the opening of the applicator 400 and non-invasive to the subject acupuncture region. At this time, the ultrasound transducer 500 is manufactured to have a focal length of the low intensity ultrasound to 1cm to 20cm into the subject's skin 1000 to image ultrasound according to the depth of the meridians. The ultrasonic transducer 500 may be made of a piezoelectric material, and may be made of a detachable lens shape in which the subject's skin 1000 is concave to a predetermined thickness. Ultrasonic transducer 500 made of such a detachable lens type is provided with a plurality can adjust the focal length of the low-intensity ultrasound, it is made of a removable can be used to replace according to the focal length. The detachable ultrasound transducer 500 is manufactured in various hemispherical shapes to have a focal length of low intensity ultrasound up to 1 cm to 20 cm.

Figure 5 is a side cross-sectional view showing an embodiment of the applicator for fixing the removable ultrasonic transducer according to the present invention. As an embodiment for attaching and detaching the ultrasonic transducer 500 to the applicator 400 according to the present invention, as shown in Figure 5, the center is coupled to the outer peripheral surface of the applicator 400, the ultrasonic transducer 500 is installed The ultrasonic transducer 500 may be easily worn or dropped using the opened ring-shaped cover 410.

Between the ultrasonic generator 100 and the resonance circuit unit 300 according to the present invention, the terminal 200 for measuring the supply amount of the ultrasonic wave provided by the ultrasonic generator 100 and the amount of reflection of the low intensity ultrasonic wave contrasted by the ultrasonic transducer 500 May be further provided. The terminal 200 is connected to the output measuring device 250 to measure the amount of ultrasound supplied from the terminal 200 and the amount of reflection of the low intensity ultrasound imaged by the ultrasound transducer 500 to output the amount of ultrasound actually transmitted. This is to control the acupuncture intensity.

Figure 6 is a comparison of the focal length of the ultrasonic wave according to the change of the ultrasonic transducer 500 installed in the applicator according to the present invention. As shown in FIG. 6, assuming that the ultrasonic transducer 500 having a predetermined movement distance in addition to the focal length of the low intensity ultrasound is moved left and right by half of the focal length, the ultrasonic transducer having a different focal length ( By exchanging and using 500, the focal position of the low intensity ultrasound can be arbitrarily adjusted over a predetermined distance. If it is calculated by one measurement, when the ultrasonic transducer 500 moves left and right with a distance of 1cm, the distance that the ultrasonic transducer 500 can contrast is about 2cm, and in order to contrast the total distance about 12cm, 12cm / 2cm = 6, that is, the detachable ultrasound transducer 500 having six different focal points may be prepared.

Figure 7 is a side cross-sectional view showing a method of determining the focus position of the ultrasonic wave by the laser pointer according to the present invention. Laser pointer 600 according to the present invention is provided to be rotatable on one side of the applicator 400 is a device for setting the focal direction of the ultrasound imaged by the ultrasound transducer. At least two laser pointers 600 are provided and use a laser beam 610 of less than 5 mWatt. In this case, since the laser pointer 600 is provided to face each other with respect to the ultrasound scanning line, and the ultrasound generating surface and the focal length are determined, the laser beam 600 is aimed at the focal point according to the distance of the ultrasound generating surface. It is preferable that the diameter of the laser beam 610 irradiated from the laser pointer 600 is less than 1 mm, and each laser pointer 600 provided with a plurality of laser pointers 600 provided with a plurality of colors for easy identification by a subject is irradiated with different colors. Use

As shown in FIG. 1, the applicator 400 according to the present invention includes a bag 700 filled with a medium in which water is degassed so that a space does not occur between the ultrasound transducer 500 and the subject's skin 1000. It is provided. The bag 700 is made of a flexible synthetic resin material to closely contact the curvature of the subject's skin 1000, and its shape is changed from the ultrasound transducer 500 to the subject's skin 1000 in accordance with the shape of the ultrasound to be contrasted. It is shaped like a cone that gets narrower. At this time, the pocket 700 is coated with a water-soluble gel (J) or a hydrating agent on both surfaces of the ultrasonic transducer 500 and the subject's scalp direction.

Figure 8 is a side cross-sectional view showing an embodiment of the applicator for fixing the pocket according to the present invention removable ultrasound transducer 500. As an embodiment for attaching and detaching the aforementioned pocket 700 to the applicator 400, as illustrated in FIG. 8, the outer circumferential surface of the cover 410 provided in the applicator 400 and the pocket 700 opposite thereto are illustrated. Using a magic tape 710 that is easily removable on one side, the pocket 700 filled with water may be worn or dropped.

9 is an exploded perspective view showing an acupuncture device and a location tracking device installed on a stage according to the present invention. Stage 800 according to the present invention is an apparatus for moving and fixing the acupuncture device 10 according to the present invention to a position requiring a procedure, as shown in FIG. As an example, as shown in FIG. 9, although the stage 800 includes three axes of the X-axis 810, the Y-axis 820, and the Z-axis 830, the acupuncture device 10 is freely moved. And any device can be used as long as it can be fixed.

The acupuncture device 10 according to the present invention may be provided so that the position tracking device 900 for tracking the position of the applicator 400 and the focus of the ultrasound is spaced apart from the acupuncture device 10. The location tracking device 900 is provided to be spaced apart from the acupuncture device 10, and uses a location tracking device using a camera or a laser to capture the movement of the applicator 400.

<Acupuncture Procedures>

10 is a flowchart sequentially showing a non-invasive acupuncture treatment method using the focused ultrasound according to the present invention. As shown in FIG. 10, the meridians position of the subject is determined using two or more laser pointers 600 provided on one side of the applicator 400 (S100). As shown in FIG. 7, the determination method includes a distance R at which an ultrasonic wave generation surface intersects a laser beam, a distance r between two laser pointer 600 display points, and an ultrasonic wave generation surface from a skin surface of a subject. The distance (l) to and the depth (d) from the subject's skin surface to the meridians to be treated are made at the same ratio as in the following [Equation 1].

[Equation 1] is arranged as shown in [Equation 2] below.

Where d is the depth from the subject's skin surface to the meridians to be treated, r is the distance between the two laser pointer 600 mark points, l is the distance from the subject's skin surface to the ultrasound generating surface, and R is the ultrasonic generation. The distance at which the surface intersects the laser beam. In this way, the position of the meridians irradiated through the values of the values R, r, and l measured from the outside can be clearly measured.

Next, in order to stimulate the meridians of the subject determined by the laser pointer 600, the applicator 400 is fixed to the skin 1000 of the subject (S200). At this time, between the applicator 400 and the subject's skin 1000, a bag 700 having water from which gas has been removed is attached to one side of the applicator 400 (S210).

Next, the ultrasonic wave of the electrical signal having a continuous RF frequency in the electrical signal generator 110 of the ultrasonic generator 100 to provide a low intensity ultrasonic wave to the ultrasonic transducer 500 provided on one side of the applicator 400 Generate an induced electric wave (S300). In this case, the plurality of ultrasonic transducers 500 may be mounted according to the number of the electric signal generators 110.

Next, the generated ultrasonic wave-induced electric waveform is modulated by the waveform modulator 120 into a square wave wave or a sine wave pulse wave (S400).

Next, the modulated pulse waveform is amplified by the linear amplifier 130 (S500). At this time, the modulated pulse waveform is preferably set to 21KHz to 10MHz.

Next, the amplified pulse waveform is converted into low-intensity ultrasound in the resonance circuit unit 300, and the converted low-intensity ultrasound is non-invasive to the meridians of the subject (S600).

Finally, the intensity and focus of the low-intensity ultrasound to be contrasted is adjusted using the ultrasonic generator 100 and the ultrasonic transducer (S700). At this time, with the interval of 100msec 0.5msec pulse to pulse with a period of time more than 0.1msec as 0.1Watt / cm ² pulse to the mean maximum peak sound level of 100Watt / cm ² in order to maximize the meridian stimulatory effect of the subject, the low intensity ultrasound Repeat one or more times to give more than 50msec to stimulate meridians.

All of the above-described processes can measure and record the position of the applicator 400 and the focus of the ultrasonic wave by the location tracking device 900.

As described above, those skilled in the art will understand that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included within the scope of the present invention.

10: acupuncture apparatus
100: ultrasonic generator
110: electric signal generator
120: waveform modulator
130: linear amplifier
200: terminal
250: output measuring instrument
300: resonance circuit
400: Applicator
410: cover
500: ultrasonic transducer
600: laser pointer
610: laser beam
700: Pocket
710: magic tape
800: stage
810: X axis
820: Y axis
830: Z axis
900: location tracking device
1000: skin
J: Water Soluble Gel

Claims (18)

An ultrasonic generator 100 generating ultrasonic waves;
A resonance circuit unit 300 connected to one side of the ultrasonic generator to generate low-intensity ultrasonic waves that are non-invasive to the subject's meridians;
A cylindrical applicator 400 provided to be fixed to the meridians and having an opening installed at the other side connected to the resonance circuit unit 300;
An ultrasonic transducer (500) provided at an opening of the applicator (400) to adjust a focal length of the low intensity ultrasound to image the low intensity ultrasound at the meridians; And
A laser pointer 600 provided to be rotatable on one side of the applicator 400 to set a focal direction of the low intensity ultrasound imaged by the ultrasound transducer 500; Invasive Acupuncture Devices. The method of claim 1,
The ultrasonic generator 100,
An electrical signal generator 110 for generating an electrical signal having a continuous RF frequency;
A waveform modulator (120) provided at one side of the electrical signal generator (110) to modulate an electrical signal output in a wave form into a square wave wave or a sine wave pulse waveform; And
Non-invasive acupuncture acupuncture apparatus using intensive ultrasonic waves, comprising: a linear amplifier (130) connected to the waveform modulator (120) to amplify the modulated pulse waveform, and the resonance circuit (300) is provided. The method of claim 1,
The ultrasound transducer 500 is a detachable lens shape in which the subject's skin 1000 is concave to a predetermined thickness so as to have a focal length of the ultrasound at a depth of 1 mm to 20 cm into the subject's skin 1000. Non-invasive acupuncture device using focused ultrasound. The method of claim 3, wherein
The ultrasonic transducer 500 is a non-invasive acupuncture device using a concentrated ultrasonic wave, characterized in that provided in plurality. The method of claim 1,
The laser pointer 600 is a non-invasive acupuncture apparatus using a focused ultrasound, characterized in that provided with at least two on both sides of the applicator 400 to face each other. The method of claim 1,
Between the ultrasonic generator 100 and the resonance circuit unit 300,
A terminal (200) for measuring the amount of supply of the ultrasonic wave provided by the ultrasonic generator (100) and the amount of reflection of the low intensity ultrasonic wave contrasted by the ultrasonic transducer (500); And
Non-invasive acupuncture apparatus using intensive ultrasonic waves, characterized in that it further comprises; an output measuring device (250) for outputting each measured amount provided to the terminal (200). The method of claim 1,
The applicator 400 uses a concentrated ultrasonic wave, characterized in that the bag 700 is filled with water from which the gas is removed so as not to generate a space between the ultrasonic transducer 500 and the skin 1000 of the test subject. Non-invasive acupuncture device. 8. The method of claim 7,
The bag 700 is a non-invasive acupuncture device using a focused ultrasound, characterized in that the conical shape. 8. The method of claim 7,
The bag 700 is made of a flexible synthetic resin material to be in close contact with the curvature of the skin 1000 of the subject, the bag 700 is a surface both facing the ultrasonic transducer 500 and the skin 1000 of the subject. Non-invasive acupuncture apparatus using intensive ultrasound, characterized in that the water-soluble gel is applied to. The method of claim 1,
Non-invasive acupuncture device using a focused ultrasound, characterized in that the position tracking device spaced apart from the acupuncture device (10) to track the position of the applicator and the focus of the ultrasound. The method of claim 10,
The location tracking device 900 is a non-invasive acupuncture device using a focused ultrasound, characterized in that the location tracking device using a camera or a laser. The method of claim 1,
Non-invasive acupuncture device using the focused ultrasound, characterized in that the applicator 400 is provided on one side further comprising a stage (800) for moving or fixing the position of the acupuncture device (10). delete delete delete delete The method of claim 1,
The ultrasonic wave generating unit 100 is a square wave or sine wave pulse waveform ultrasonic wave of 0.1Watt / cm ² to 100Watt / cm ^{2 with} a pulse average peak acoustic intensity of 0.1msec or more in the pulse period of 0.5msec to 100msec Non-invasive acupuncture apparatus using intensive ultrasonic waves, characterized in that repeated at least once with a pulse interval. delete

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