WO2013085082A1 - Hand piece for treating obesity and device for treating obesity - Google Patents

Abstract

The present invention relates to a hand piece for treating obesity and to a device for treating obesity. The hand piece according to the present invention comprises: an ultrasonic treatment means for treating fat; a cooling means for cooling an area of the skin that comes into contact with the ultrasonic treatment means; and an ultrasonic sensor for measuring the thickness of the fat by irradiating ultrasonic waves. According to the present invention, fat can be efficiently removed by diagnosing the amount, thickness, and position of the fat when treating obesity with high-intensity focused ultrasound (HIFU), and obesity treatment can become more effective by automatically recognizing the area for treatment by means of image processing. Also, the effectiveness of the treatment is enhanced and pain experienced by a patient can be mitigated by cooling the obesity treatment area.

Description

Obesity treatment handpieces and obesity treatment device

The present invention relates to a handpiece for treating obesity and a device for treating obesity, and more particularly, to a handpiece for treating obesity and a device for treating obesity non-invasively using high intensity focused ultrasound (HIFU).

In general, in order to remove fat from a specific area such as a tummy, a thigh, which is high in fat, it is massaged or a specific device is inserted into the skin to remove the fat. The method of massage requires a long time treatment and has a very weak effect.

The method of inserting a specific device into the skin uses a laser, an ultrasonic wave, etc. together with the device to enhance the effect, but there are a lot of side effects due to the improper use of the device insertion and laser, ultrasound, and the like.

Related prior art is Korean Patent Publication No. 10-2010-0028150.

It is an object of the present invention to provide an obesity treatment handpiece and an obesity treatment apparatus that can alleviate the pain of a patient when treating obesity.

Another object of the present invention is to provide an obesity treatment handpiece and an obesity treatment apparatus capable of effectively removing fat by diagnosing fat mass, fat thickness, and the like and treating obesity.

Technical problems to be achieved by the present invention are not limited to the above-mentioned technical problems, and other technical problems not mentioned above may be clearly understood by those skilled in the art from the following description. There will be.

Obesity treatment handpiece of the present invention for achieving the above object is ultrasonic treatment means for treating fat; Cooling means for cooling the skin contact area of the ultrasonic treatment means; And an ultrasonic sensor for measuring fat thickness by irradiating ultrasonic waves.

Specifically, the ultrasonic treatment means may be high intensity focused ultrasound (HIFU).

The cooling means may be a cooling chamber that accommodates a cooling body in the form of a space inside the handpiece.

The cooling means may have a hollow structure to accommodate a cooling body.

The cooling means may be installed detachably to the handpiece.

The cooling body may be any one of cooling water or cold wind.

The cooling body made of the cooling water is cooled in a cooling tank, circulates the cooling means to perform cooling, and the cooling tank may include a cooling element to recool the cooling body circulating and feeding back the cooling means. .

The cooling device may be a Peltier device.

A portion of the cooling body of the cooling tank is bypassed by the heat radiating means to circulate and further emit heat.

The heat dissipation means may be a radiator.

It may further include an AC signal transmitting and receiving electrode for measuring the amount of fat in the obesity treatment site.

It may further include a temperature sensing device for measuring the skin temperature of the obesity treatment site.

The ultrasonic treatment means may move up and down.

The ultrasonic treatment means may move up and down by being connected to a motor with a gear train therebetween.

The cooling means may be a thermoelectric cooling element.

Obesity treatment apparatus of the present invention, the ultrasonic treatment means for treating fat, the cooling means for cooling the skin contact area of the ultrasonic treatment means, the ultrasonic sensor for measuring the fat thickness by irradiating the ultrasonic wave, measuring the amount of fat in the obesity treatment site A handpiece including an AC signal transmitting / receiving electrode and a temperature sensing device for measuring skin temperature of an obesity treatment site; And control means for controlling the operation of the handpiece to treat obesity.

The cooling means may have a shape having a space and receive the circulating coolant to perform cooling.

The control means may control the cooling temperature of the cooling means by obtaining the skin temperature from the temperature sensing element and controlling the circulation speed of the cooling body.

The control means may control the cooling temperature of the cooling means by controlling the circulation speed of the cooling body in accordance with the scanning intensity of the ultrasonic treatment means.

The control means may control the cooling temperature of the cooling means by controlling the circulation speed of the cooling body according to the number of scanning of the ultrasonic treatment means.

The control means may receive a control signal from the outside to control the cooling temperature of the cooling means by controlling the circulation speed of the cooling body.

The control means may calculate the amount of fat from the information of the patient and the signal of the AC signal receiving electrode.

The control means may control the scanning intensity or the number of injections of the ultrasonic treatment means according to the calculated fat amount.

The control means may link and store the calculated amount of fat with information of the patient.

The control means may calculate and store the calculated fat amount as a body fat amount (%).

The ultrasonic sensor may measure the thickness of the ultrasonic wave to measure the fat thickness and transmit the measured fat thickness value to the control means.

The control means may control the injection height of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor.

The control means may change the beam pattern of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor.

The control means may set at least one treatment point of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor.

The control means may preset and store treatment points according to the fat thickness value, and detect the treatment point corresponding to the fat thickness value obtained from the ultrasonic sensor to control the operation of the ultrasonic treatment means.

The control means may control the scanning intensity of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor.

The control means may change the frequency of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor.

The control means may change the pulse width of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor.

It further comprises a camera means for photographing the treatment area of the patient, the control means may recognize the image of the treatment area transmitted from the camera means to determine the treatment position of the handpiece.

The control means can recognize the marking of the body part to determine the treatment position on the handpiece.

The marking is composed of an area marking that is determined by displaying an area of a treatment site and a therapy marking that is determined by displaying a treatment location within the area marking. The control means sends a signal when the handpiece is placed on the therapy marking to determine a treatment location. You can decide.

The handpiece further comprises a position indicator, wherein the control means can actuate the position indicator to position a treatment position on the handpiece.

The position indicator may be a light emitting device.

The control means may store an image of the treatment area transmitted from the camera means.

According to the present invention, since the amount of fat, fat thickness, and fat can be diagnosed during high-intensity ultrasound (HIFU) obesity treatment, the fat can be removed efficiently and the treatment position by image processing can be automatically recognized. Can be done effectively.

In addition, by providing cooling to the obesity treatment site, the therapeutic effect is further improved, and the pain of the patient may be alleviated during treatment.

According to the present invention, since the amount of fat, fat thickness, and fat can be diagnosed during high-intensity ultrasound (HIFU) obesity treatment, the fat can be removed efficiently and the treatment position by image processing can be automatically recognized. Can be done effectively.

In addition, by providing cooling to the obesity treatment site, the therapeutic effect is further improved, and the pain of the patient may be alleviated during treatment.

1 is a view schematically showing the structure of the handpiece for treating obesity of the present invention.

Figure 2 is a bottom view schematically showing the structure of the handpiece for treating obesity of the present invention.

Figure 3 is a view showing a cooling module for imparting cooling to the handpiece for treating obesity of the present invention.

Figure 4 is a view showing the fat mass measurement module in the obesity treatment apparatus of the present invention.

5 is a view showing the operating principle of the obesity treatment apparatus of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention. Like elements in the figures are denoted by the same reference numerals wherever possible. In addition, detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention will be omitted.

1 and 2 are views schematically showing the structure of the obesity treatment handpiece of the present invention, the obesity treatment device handpiece 100 of the present invention has a body 110, the body 110 of the gripping Designed and provided in various forms according to convenience and function, the shape of Figure 1 is only an example. The bottom of the body 110, the ultrasonic treatment means 120, the cooling means 130 and the ultrasonic sensor 140a, 140b is installed for the treatment of obesity.

Ultrasound treatment means 120 is to remove the fat by treating, cooling means 130 to cool the skin contact area of the ultrasonic treatment means 120, the ultrasonic sensor 140a (140b) is irradiated with ultrasound to determine the thickness of the fat Measure

Preferably, the ultrasonic treatment means 120 positioned at the center of the body 110 is an element for injecting high intensity focused ultrasound (HIFU), and the ultrasonic wave with high intensity in the fat layer in the skin by the thermal characteristics and cavitation effect of the high intensity focused ultrasound. The energy is concentrated to degrade or crush fat. It generates energy from the skin surface and focuses on the fat layer in the skin, so it transmits strong energy only to the fat layer, so it does not cause side effects to other parts of the body and enables daily life immediately after treatment.

Such ultrasonic treatment means 120 may be installed to be moved up and down inside the body (110). For example, the ultrasonic treatment means 120 may be connected to the motor with the gear train therebetween and move up and down by driving the motor. For example, the ultrasonic treatment means 120 may be supported by the holder 121, and a rack may be formed in the middle of the holder 121, and a pinion fitted with the rack may be installed on the motor to move up and down by driving the motor. Can be.

The cooling means 130 may be a cooling chamber 121 that accommodates a cooling body in the form of a space inside the body 110. The cooling chamber 121 has a ring shape surrounding the ultrasonic treatment means 110 and does not interfere with the operation of the ultrasonic treatment means 110.

On the contrary, the cooling means 120 may be installed in the body 110 by forming a cylinder to receive a cooling body in an empty structure. At this time, the cooling means 120 forms a ring shape, the body 110 forms an annular groove surrounding the ultrasonic treatment means 120 on the bottom, the cooling means 120 is fitted into the annular groove to be fixed to the body 110 ) Can be installed. Cooling means 120 can be replaced by being detachably installed, and can be effectively cooled to the skin contact area of the ultrasonic treatment means 120 by forming a variety of shapes, such as a ring shape having a circular, elliptical, non-linear curve of the outer shell. have.

As shown in FIG. 3, the cooling body may be cooling water, and the cooling water is cooled in the cooling tank 201 constituting the cooling module 200 and supplied to the cooling means 120 having a space as described above. Thus, the cooling means 120 can be given cooling. That is, the cooling water cooled in the cooling tank 201 circulates the cooling means 120 by the first pump 203 and performs cooling.

The cooling tank 201 cools the cooling water again by circulating the cooling means 120 by installing a cooling element 205 such as a Peltier element on the outer wall, and bypasses some cooling water to the heat radiating means 211 to radiate heat. By doing so, cooling of the cooling water is made more effective.

The heat dissipation means 211 may be a radiator, and some of the cooling water bypassed by the driving of the second pump 213 circulates through the cooling tank 201 and the heat dissipation means 211, and has a storage tank 215 in the middle. Cooling water passing through the heat dissipation means 211 is to be smoothly supplied to the cooling tank (201). Reference numeral 217 denotes a distributor.

On the other hand, the cooling body may be cold air, for example, the cold air is made in the cold air fan and then supplied to the cooling means 120 to allow the cooling means 120 to impart cooling.

Alternatively, the cooling means 120 may be a thermoelectric cooling element. The cooling means 120 may be a Peltier device or the like, and may be installed in the body 110 so that the cooling contact is directed to the outside, for example, to effectively provide cooling to the skin contact portion of the ultrasonic treatment means 120.

Such cooling means 120 improves the therapeutic effect by applying cooling to the skin contacting area, that is, the treatment area of the ultrasonic treatment means 120, and alleviates the pain of the patient during the treatment.

The ultrasonic sensors 140a and 140b are sensors for measuring the thickness of fat at the treatment site using ultrasonic waves. The ultrasonic sensors 140a and 140b measure the thickness of fat by measuring the reflection intensity of the ultrasonic waves according to the tissue of the treatment site. For example, the ultrasonic sensors 140a and 140b may obtain the fat thickness value by measuring the reflection intensity of the ultrasonic wave and obtaining an average value accordingly, as is well known.

On the other hand, the body 110 is provided with an AC signal transmitting and receiving electrodes 150a and 150b and a temperature sensing element 160.

The AC signal transmitting and receiving electrodes 150a and 150b are installed at the bottom of the body 110 to transmit and receive AC signals for measuring the amount of fat in the obesity treatment site. For example, the AC signal transmitting electrode 150a is installed on one side of the bottom of the body 110 to output an AC signal (current) to the obesity treatment site, and the AC signal receiving electrode 150b is installed on the other side of the bottom of the body 110. To detect the voltage (potential difference). The detected voltage is a measurement signal of an obesity treatment site, and is a voltage signal having body impedance information.

As shown in Figure 4, the fat mass measurement is made in the fat mass measurement module 300. The fat mass measuring module 300 generates an AC signal output from the AC signal transmitting electrode 150a and measures the fat mass through the AC signal from the AC signal receiving electrode 150b. For example, fat mass measurement is measured using information of a patient, that is, information such as height, weight, age, sex, treatment date, and the like, and a correlation equation using the impedance of the treatment site as a parameter.

The fat mass measurement module 300 includes, for example, an AC signal generator 301 for generating an AC signal, an AC signal amplifier 303 for amplifying the generated AC signal, and the AC signal transmitting electrode 150a is amplified. A differential amplifier 305 for amplifying an AC signal received, that is, measured by the AC signal receiving electrode 150b, and a phase difference measuring instrument 307 for calculating a phase difference between the output AC signal and the measured AC signal. In addition, it may be composed of a signal controller 311 for controlling the operation of the components and receiving the patient's information to finally calculate the amount of fat.

The temperature sensing device 160 measures and outputs the skin temperature at the treatment site.

5 is a view showing the operation principle of the obesity treatment apparatus of the present invention, the obesity treatment apparatus of the present invention includes a handpiece 100 and the control means 500, as described above the handpiece 100 fat Ultrasonic treatment means for treating the 120, Cooling means 130 for cooling the skin contact portion of the ultrasonic treatment means 120, Ultrasonic sensors 140a (140b) to measure the fat thickness by irradiating the ultrasonic wave, AC signal transmitting and receiving electrodes 150a and 150b for measuring the amount of fat at the obesity treatment site, and a temperature sensing device 160 for measuring the skin temperature at the obesity treatment site.

In addition, the obesity treatment apparatus of the present invention includes a camera means 600, for example, a video camera. Camera means 600 photographs the treatment area of the patient and transmits it to the control means (500). The control means 500 includes a display means such as a monitor (not shown) to display an image of the camera means 600 and to display various information generated in the treatment process.

In the obesity treatment apparatus of the present invention, the control means 500 is a cooling means (according to the skin temperature, the scanning intensity or the frequency of injection of the treatment ultrasound (hereinafter referred to as "hype"), manual input of the therapist (doctor, etc.) The cooling temperature of 130 is controlled.

When the cooling means 130 accommodates the cooling body circulating in a form having a space and performs cooling, the control means 500 obtains the skin temperature from the temperature sensing element 160 to control the circulation speed of the cooling body or The cooling temperature of the cooling means 130 is controlled by controlling the circulation speed of the cooling body according to the hype scan intensity of the ultrasonic treatment means 120, or by controlling the circulation speed of the cooling body according to the number of hype scanning times of the ultrasonic treatment means 120. Can be controlled.

The control means 500 may control the circulation rate of the cooling body by controlling the driving of the first pump 203, when the skin temperature is higher or lower than the preset set temperature, when the high scan intensity is high or low, The cooling temperature of the cooling means 130 may be controlled by controlling the circulation speed of the cooling body according to the case where the number of the number of scans of the hype is large or small (for example, the number of scans per minute, etc.).

In contrast, the control means 500 may control the cooling temperature of the cooling means 130 by controlling the circulation speed of the cooling body by receiving a control signal from the therapist. For example, when the therapist views the skin temperature, the hype scan intensity, and the number of hype scans displayed on the display means by the control means 500 and inputs the necessary temperature data, the control means 500 controls the temperature from the temperature sensing element 160. In comparison, the cooling temperature of the cooling means 130 may be controlled by controlling the circulation speed of the cooling body to reach the temperature data input by the therapist.

When the cooling means 130 is a thermoelectric cooling element, the control means 500 according to the skin temperature from the temperature sensing element 160, in accordance with the hype scan intensity of the ultrasonic treatment means 120, the ultrasonic treatment means 120. The cooling temperature of the cooling means 130 may be controlled by controlling the intensity of the power applied according to the number of times of scanning the hype.

In addition, the control means 500 is connected to the fat mass measurement module 300 to obtain a fat mass value of the treatment site, or a signal from the phase difference meter 307 and the patient's information, namely height, weight, age, sex, treatment date The amount of fat can be directly calculated by obtaining such information, and the obesity treatment can be effectively performed by controlling the intensity or intensity of injection of the ultrasonic treatment means 120 according to the calculated amount of fat.

For example, the hype irradiation intensity or the number of injections is preset according to the amount of fat, and the control unit 500 detects the hypo irradiation intensity or the number of injections corresponding to the calculated amount of fat and controls the operation of the ultrasonic treatment means 120 accordingly. Make obesity treatment effective.

The control means 500 continuously links and stores the calculated fat amount with the patient's information so that it can be used for diagnosing the patient so that a suitable treatment intensity can be selected.

The control means 500 calculates the amount of fat calculated as a body fat amount (%), and keeps it updated and linked with the information of the patient so that it can be used to diagnose the patient.

In addition, the control means 500 controls the injection height of the ultrasonic treatment means 120 according to the fat thickness value obtained from the ultrasonic sensors 140a and 140b so that obesity treatment can be effectively performed.

For example, the injection height of the ultrasonic treatment means 120 is preset according to the fat thickness value, and the control means 500 detects the injection height corresponding to the fat thickness value from the ultrasonic sensors 140a and 140b and the As described above, the injection height of the ultrasound therapy means 120 may be controlled by driving a motor connected with the gear train interposed therebetween. For example, the injection height of the ultrasound therapy means 120 may be adjusted by adjusting the rotational speed (rpm) of the motor. Can be controlled.

The control means 500 changes the hypobeam pattern of the ultrasonic treatment means 120 according to the fat thickness value obtained from the ultrasonic sensors 140a and 140b so that obesity treatment can be effectively performed.

For example, the control means 500 controls the obesity by effectively generating beam patterns having various shapes, sizes, and depths through precise spatial and temporal control of acoustic energy deposition. For example, the control means 500 changes the beam pattern to a circular, X-shape, shell shape, horizontally narrow or wide oval, vertically narrow or wide ellipse, etc. through spatial and temporal control according to the fat thickness value to treat obesity. To be effective.

The control means 500 sets the treatment point of the ultrasonic treatment means 120 to one or more according to the fat thickness value obtained from the ultrasonic sensors 140a and 140b so that obesity treatment can be effectively performed.

For example, the control unit 500 presets and stores a treatment point (that is, a high focusing point) according to a fat thickness value, and detects a treatment point corresponding to a fat thickness value obtained from the ultrasonic sensors 140a and 140b. By controlling the operation of the ultrasonic treatment means 120, the obesity treatment can be effectively performed. For example, the treatment points, that is, the focusing points, such as one, two, three, etc. are variously set according to the fat thickness value so that the obesity treatment can be effectively performed.

The control means 500 changes obesity treatment by effectively changing the hype scan intensity, the hypothesis frequency, and the hypo pulse width of the ultrasonic treatment means 120 according to the fat thickness values obtained from the ultrasonic sensors 140a and 140b.

For example, the control means 500 stores and sets the hype scan intensity, frequency, and pulse width according to the fat thickness value, and the hype scan intensity, frequency, and the like according to the fat thickness values obtained from the ultrasonic sensors 140a and 140b. By detecting the pulse width and controlling the operation of the ultrasonic treatment means 120 accordingly, obesity treatment can be effectively performed.

In addition, the control means 500 may determine the treatment position of the handpiece 100 by recognizing the image of the treatment area transmitted from the camera means 600. That is, the control means 500 may recognize the marking of the body part to determine the treatment position on the handpiece 100.

The marking consists of an area marking that is determined by displaying the area of the treatment site and a therapy marking that is determined by displaying the treatment location within the area marking. The control means 500 sends a signal when the handpiece 100 is located on the therapy marking. Set your location.

Area marking and treatment marking are visually detectable marks, which are captured by the camera means 600 and displayed by the display means. For example, the markings are displayed using a pen or sticker having a color, and the control means 500 calculates the position of XYZ through the image of the camera means 600 to display the lubrication tube reproduced with the marking on the display means. have.

The handpiece 100 includes and installs a position indicator 170 made of a light emitting element such as an LED (LED), and the control means 500 is a position indicator (when the handpiece 100 is located in the treatment marking) 170 is operated to emit light to position the treatment position on the handpiece 100. The therapist stops the movement of the handpiece 100 at the light emitting site so that the obesity treatment can be effectively performed.

The control means 500 stores the image of the treatment area transmitted from the camera means 600 to provide data for determining before and after treatment so that it can be used to effectively diagnose the patient.

On the other hand, the therapist sees the fat amount and fat thickness displayed on the display means by the control means 500, and controls the control means 500, the hype scan intensity, the number of times, the height scan height, the hype beam pattern, the treatment point, the hype scan You can change the intensity, hype frequency, hype pulse width and so on manually.

The present invention has been described with reference to the preferred embodiments, and those skilled in the art to which the present invention pertains to the detailed description of the present invention and other forms of embodiments within the essential technical scope of the present invention. Could be. Here, the essential technical scope of the present invention is shown in the claims, and all differences within the equivalent range will be construed as being included in the present invention.

<Description of the code>

100: handpiece 110 of the present invention: body

120: ultrasonic treatment means 121: holder

130: cooling means 140a, 140b: ultrasonic sensor

150a, 150b: AC signal transmitting and receiving electrode 160: temperature sensing element

170: position display element 200: cooling module

201: cooling tank 203: first pump

205: cooling element 211: heat dissipation means

213: second pump 215: storage tank

217: distributor 300: fat mass measurement module

301: AC signal generator 303: AC signal amplifier

305: differential amplifier 307: phase difference measuring instrument

311: signal controller 500: control means

600: camera means

Claims (39)

Ultrasonic treatment means for treating fat; Cooling means for cooling the skin contact area of the ultrasonic treatment means; And Ultrasonic sensor for measuring the fat thickness by irradiating ultrasound; Handpiece for treating obesity comprising a. The method of claim 1, The ultrasonic treatment means is a high intensity focused ultrasound (HIFU) handpiece for treating obesity. The method of claim 1, The cooling means is a handpiece for the treatment of obesity, which is a cooling chamber which accommodates a cooling body in the form of a space inside the handpiece. The method of claim 1, The cooling means is a hollow body for the treatment of obesity to the body to receive a cooling body to form a hollow structure. The method of claim 4, wherein The cooling means is a handpiece for treating obesity is installed detachably to the handpiece. The method according to claim 3 or 4, The cooling body is any one of cooling water or cold wind obesity treatment handpiece. The method of claim 6, The cooling body made of the cooling water is cooled in a cooling tank, circulates the cooling means to perform cooling, and the cooling tank is provided with a cooling element to treat the obesity to recool the cooling body circulating and feeding back the cooling means. Handpiece. The method of claim 7, wherein The cooling element is a Peltier element obesity treatment handpiece. The method of claim 7, wherein Part of the cooling body of the cooling tank is bypassed by the heat radiating means to circulate and to further discharge heat obesity treatment handpiece. The method of claim 9, The heat dissipation means is a radiator for treating obesity handpiece. The method of claim 1, Obesity treatment handpiece further comprises an AC signal transmitting and receiving electrode for measuring the amount of fat in the obesity treatment site. The method of claim 1, Obesity treatment handpiece further comprises a temperature sensing element for measuring the skin temperature of the obesity treatment site. The method of claim 1, The ultrasonic treatment means is a handpiece for obesity treatment to move up and down. The method of claim 13, The ultrasonic treatment means is a handpiece for treating obesity to move up and down connected to the motor with a gear train therebetween. The method of claim 1, The cooling means is a thermoelectric cooling device for treating obesity. Ultrasound treatment means for treating fat, cooling means for cooling the skin contact area of the ultrasonic treatment means, ultrasonic sensor for measuring fat thickness by irradiating ultrasonic waves, AC signal transmission and reception for measuring the amount of fat in the obesity treatment site A handpiece comprising an electrode and a temperature sensing element for measuring skin temperature of an obesity treatment site; And And control means for controlling the operation of said handpiece to treat obesity. The method of claim 16, The cooling means has a shape having a space and the obesity treatment device for performing the cooling by receiving a circulating cooling body. The method of claim 17, And said control means controls the cooling temperature of said cooling means by obtaining the skin temperature from said temperature sensing element and controlling the circulation rate of said cooling body. The method of claim 17, And the control means controls the cooling temperature of the cooling means by controlling the circulation speed of the cooling body according to the scanning intensity of the ultrasonic treatment means. The method of claim 17, And the control means controls the cooling temperature of the cooling means by controlling the circulation speed of the cooling body according to the number of scanning of the ultrasonic treatment means. The method of claim 17, The control means is an obesity treatment apparatus for controlling the cooling temperature of the cooling means by receiving a control signal from the outside to control the circulation speed of the cooling body. The method of claim 16, The control means is an obesity treatment apparatus for calculating the amount of fat from the information of the patient and the signal of the AC signal receiving electrode. The method of claim 22, The control means is an obesity treatment apparatus for controlling the scanning intensity or the number of injections of the ultrasonic treatment means according to the calculated amount of fat. The method of claim 22, The control means is an obesity treatment apparatus for storing the calculated fat amount linked to the information of the patient. The method of claim 22, The control means is an obesity treatment apparatus for storing the calculated fat amount as a body fat amount (%). The method of claim 16, The ultrasonic sensor measures the fat intensity of the ultrasonic wave to measure the fat thickness and transmits the measured fat thickness value to the control means. The method of claim 26, The control means is an obesity treatment apparatus for controlling the injection height of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor. The method of claim 26, And the control means changes the beam pattern of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor. The method of claim 26, The control means is an obesity treatment apparatus for setting at least one treatment point of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor. The method of claim 29, The control means is configured to store the treatment point according to the fat thickness value in advance, detecting the treatment point corresponding to the fat thickness value obtained from the ultrasonic sensor to control the operation of the ultrasound treatment means. The method of claim 26, The control means is an obesity treatment apparatus for controlling the scanning intensity of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor. The method of claim 26, The control means is an obesity treatment apparatus for changing the frequency of the ultrasonic treatment means in accordance with the fat thickness value obtained from the ultrasonic sensor. The method of claim 26, And the control means changes the pulse width of the ultrasonic treatment means according to the fat thickness value obtained from the ultrasonic sensor. The method of claim 16, And a camera means for photographing a treatment area of the patient, wherein the control means recognizes an image of the treatment area transmitted from the camera means and determines a treatment position of the handpiece. The method of claim 34, wherein The control means for recognizing the marking of the body part to determine the treatment position on the handpiece obesity treatment apparatus. The method of claim 34, wherein The marking is composed of an area marking determined by displaying an area of a treatment site and a treatment marking determined by displaying a treatment location within the area marking, and the control means sends a signal when the handpiece is positioned at the treatment marking. Definite obesity treatment device. The method of claim 36, The handpiece further comprises a position indicator, wherein the control means operates the position indicator to position the treatment position on the handpiece. The method of claim 37, The position indicator is a light emitting device obesity treatment device. The method of claim 34, wherein The control means is an obesity treatment apparatus for storing the image of the treatment area transmitted from the camera means.

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