KR20060096288A - Adipose resolve apparatus for low-power laser - Google Patents

Abstract

The present invention relates to a device for decomposing fat by using a low power laser, wherein the laser beam is focused on a lens or a transparent window by utilizing the transmission characteristics of the laser, or as it is, non-invasive to the skin through the lens or the transparent window. By irradiating the irradiated laser beam through the skin and tissue to irradiate fat cells in the tissue, the non-invasive method of laser irradiation treatment is changed, but the decomposition of fat exposed to the outside through skin incision using the existing low power laser The same effect can be obtained, and the vacuum adsorption means is discharged from the fat cells and concentrated in the space of the cell tissue, and the liquefied fat is easily discharged to the outside through the inguinal region where the lymphatic vessels are abundantly distributed. Convenience of use as fat is decomposed due to stable contact with human skin In addition to providing a lipolysis device using a low-power laser that is effective for abdominal obesity by dissolving subcutaneous fat without surgical surgery by irradiating a low-power laser to the abdomen without damage to the skin, unlike surgical liposuction. The technical configuration is a lipolysis device using a low-power laser, the plate-shaped body consisting of a PCB with a power connector and a rigid plate corresponding to the PCB, a plurality of transparent windows or lenses are uniformly arranged on one side thereof. A laser generating unit comprising a contact plate body and a plurality of laser diodes inserted into each transparent window or lens arranged on the contact plate body and electrically connected to the PCB; And a frame that is accommodated in the laser generating unit and is in close contact with the skin. It comprises a, characterized in that the subcutaneous fat is broken down by irradiating the skin with a low power laser.

Low power, laser generator, frame, vacuum adsorption means, laser generation module, repeater, lipolysis

Description

Lipolysis device using low power laser {Adipose resolve apparatus for low-power laser}

1, 2, and 3 is a diagram showing a step of decomposing fat by irradiating a low power laser to the adipose tissue collected from the human body,

Figure 4 is an exploded perspective view showing a laser generating portion of the lipolysis device using a low power laser according to the present invention,

5 is an exemplary view showing a laser irradiation distribution range of a lipolysis device using a low power laser according to the present invention;

Figure 6 is a perspective view showing a lipolysis device using a low power laser according to the present invention,

7 is a perspective view showing an embodiment of a lipolysis device using a low power laser according to the present invention;

8 is a view schematically showing another embodiment of a lipolysis device using a low power laser according to the present invention;

9 is a view schematically showing an embodiment of a lipolysis device using a low power laser according to the present embodiment;

10 is an exploded view showing another embodiment of a lipolysis device using a low power laser according to the present invention;

11 is a cross-sectional view of the vacuum adsorption means and the laser generation module of the lipolysis device using the low power laser according to the present embodiment;

12 is a schematic view of a facility of a lipolysis device using a low power laser according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: lipolysis device using low power laser,

10: laser generating unit, 11: power connector,

12, 71: PCB, 13, 73: transparent window (or lens),

14: contact terminal, 15, 72: laser diode,

16: fastening bolt, 17a, 17b: fastening hole,

30, 30 ': frame, 31: holding frame,

33: hinge, 35: position moving means,

50: vacuum adsorption means, 51: adsorption port,

52: coupling hole, 53: female screw portion,

54, 93: vacuum suction portion, 55: pressure holding valve,

56: vacuum line, 57: vacuum pump,

58: manual negative pressure release hole, 58a: insertion groove,

58b: ball, 59: coupling portion,

70: laser generation module, 71a: cable,

74: upper fixing unit, 74a: male thread,

74b: locking jaw, 75: lower anchorage,

75a: female thread portion, 75b: groove,

76: cover body, 76a: entrance hole,

76b: male thread portion, 90, 90: repeater,

91: connection vacuum line, 95: vacuum pump.

The present invention relates to a lipolysis device using a low-power laser, and more particularly, by utilizing the transmission characteristics of the laser to focus the laser beam to a lens or a transparent window, or to irradiate the skin non-invasively through the lens or the transparent window as it is. However, the irradiated laser beam is allowed to penetrate the skin and tissue to be irradiated to the fat cells in the tissue, thereby changing the non-invasive method of laser irradiation treatment while exposing the existing ultrasound to the outside through skin incision using a low power laser. The same effect as the decomposition effect can be obtained, and the vacuum adsorption means is discharged from the fat cells and concentrated in the space of the cell tissue. The liquefied fat is easily discharged out of the body through the inguinal part where the lymphatic vessels are abundantly distributed. It stably contacts the human skin and breaks down fats In addition to providing convenience, unlike a liposuction, the present invention relates to a lipolysis device using a low-power laser that is effective for abdominal obesity by dissolving subcutaneous fat without surgical surgery by irradiating a low-power laser to the abdomen without damaging the skin.

In general, a device for generating a low power laser includes a laser diode that emits a laser having an output in the range of 5 mW to 10 mW and a wavelength of about 635 nm to 650 nm, and a low power laser diode that allows arbitrary adjustment of the beam amount of the laser emitted from the laser diode. Drive driver is used.

A number of devices have been introduced for the treatment of diseases by irradiating acupuncture points or affected areas of the human body using such low-power lasers, and examples of such devices are electric mats that implement uniform beams of low-power laser diodes. 20-0302173) and a laser diode built into the belt worn on the waist of the body to generate 580-980nm wavelength laser light to stimulate the body lumbar region so that the disc treatment can be carried out at the same time as acupressure. Belts with a built-in laser generator (Utility Model Registration No. 20-0270882), Acupuncture points, and treatment of chronic arthritis, five shoulders, back pain, cervical spine, gout, sprains, bruises, arthritis, stress gastritis Expanded range of therapeutic laser / LED fabrics (Utility Model Registration No. 20-0274266) and successful optical len By adjusting the distance of the laser beam focused on the non-invasive irradiation of blood in the blood vessel as a laser beam irradiation device according to the position and thickness of the blood vessel, the irradiated laser beam stimulates blood cells to metabolize the cells Laser beam irradiation apparatus (patent registration No. 10-0457964) and the like that activate and increase the formation of capillaries, not only improve blood circulation, but also increase the speed of tissue healing process and increase the biological activation.

Here, another use case of the laser has been proposed a method of applying a variety of flexible materials such as chairs, hats, beds, belts in a manner that the laser beam is arranged in an array (convenience), but the flexible material When arranging the laser beams in an array, a red laser capable of outputting (about 30 mW or more) to cause lipolysis due to non-invasion should be used. However, since the red laser requires a separate heat dissipation structure, it is not effective. There is no way to decompose fat by irradiating laser on the human body in a non-invasive way.

On the other hand, about the effect of using lasers for the treatment of obesity, a new liposuction was published by Neira et al. Around 2002, demonstrating that fat was liquefied during liposuction using low-power laser equipment. {PLASTIC AND RECONSTRUCTIVE SURGERY, September 1, 2002 -Fat Liquefaction: Effect of Low-Level Laser Energy on Adipose Tissue}

The paper is based on an experiment made by irradiating adipose tissue from 12 healthy women with a laser with a wavelength of 635 nm, a power of 10 mW, and a total energy amount of 1.2 J / cm 2, 2.4 J / cm 2 and 3.6 J / cm 2. I put it. As a result, 80% after 4 minutes of laser exposure and 99% of fat were released from adipocytes after 6 minutes, and the released fat was collected in the tissue space.

1 is an electron micrograph of normal fat cells taken at 190 times magnification, FIG. 2 is an electron microscope picture of fat cells taken at 190 times magnification after 4 minutes of low power laser irradiation, and FIG. 3 is a low power laser. Is an electron micrograph taken at 190 times magnification of fat cells after irradiation for 4 minutes. As can be clearly seen in Figure 1, the normal fat cells are round in appearance and form a typical grape-cluster shape. When the low-power laser is irradiated to these normal fat cells for 4 minutes, as shown in FIG. 2, some fat cells are liquefied fat discharged from the inside thereof, and the appearance of these fat cells gradually loses a round shape. In FIG. 2, the parts indicated by the arrows indicate fat particles discharged to the outside of the fat cells. When the low-power laser is irradiated for 6 minutes, this change occurs in almost all fat cells, and as shown in FIG. 3, no fat cells are maintained and only liquefied fat is observed. The part indicated by the arrow in FIG. 3 represents fat discharged to the outside of fat cells.

Low-power laser energy is reported to affect fat cells by opening up the cell membranes that allow fat to flow from the inside to the outside of the fat cells.

Based on this experiment, the laser liposuction technique uses the liquor effect of low-power red laser to irradiate the laser from the outside of the human body to decompose fat, and to discharge the decomposed fat out of the human body using a cannula (micro pipe). It is proposed and implemented.

For this purpose, attempts have been made to irradiate a red laser beam on the skin covering the fat layer of the target with the intention of decomposing fat of fat cells by irradiating a laser beam non-invasively to the fat cells inside the human body. In order to investigate the area, the method of scanning the treatment area by making the red laser beam in the form of a line has been attempted to commercialize, but the energy intensity (10mW) and the amount of energy (3.6J) required for lipolysis inside the human body have been tried. / cm ² ) is difficult to input into the human body is not effective.

Based on the above-mentioned evidence, the present invention relates to a device for decomposing fat using a low power laser, and focuses a laser beam on a lens or a transparent window or the like by utilizing the transmission characteristics of the laser, or the lens or the transparent window as it is. By irradiating the skin non-invasively, the irradiated laser beam penetrates the skin and tissue to be irradiated to the fat cells in the tissue, thereby changing the laser irradiation treatment method non-invasively and externally through skin incision using the existing low power laser. It is an object of the present invention to provide a lipolysis device using a low-power laser capable of producing the same effect as the decomposition effect of fat exposed to.

In addition, the present invention is an inguinal part in which the lymphatic vessels are abundantly distributed into the liquefied fat that is discharged from the fat cells and collected in the space of the cell tissue when irradiating the skin with the low power laser using the lipolysis device using the low power laser as described above. It is another object of the present invention to provide a lipolysis device using a low-power laser comprising a vacuum suction means that can be easily discharged to the outside through the body.

In order to achieve the above object, the present invention, in a lipolysis device using a low-power laser, a plate-shaped body consisting of a printed circuit board (PCB) having a power connector and a rigid plate corresponding to the PCB, A laser generating unit comprising a contact plate body having a plurality of transparent windows or lenses uniformly arranged on one side thereof, and a plurality of laser diodes inserted into each transparent window or lens arranged on the contact plate body and electrically connected to the PCB; And a frame that is accommodated in the laser generating unit and is in close contact with the skin. It comprises a, characterized in that to decompose the subcutaneous fat by irradiating the skin with a low power laser.

Preferably, the output of each laser generated in the laser generating unit is less than 10mW to 100mW.

Here, the contact plate body further comprises a heat sink for radiating heat generated from the laser diode.

In addition, the contact plate is bent into an elliptic curved surface useful for skin contact, and the frame in which the contact plate is accommodated is formed into an elliptic curved surface corresponding to the contact plate.

On the other hand, the gripping interval is provided at one side or both end portions of the frame.

Alternatively, another frame is each connected to a hinge rotatably provided at both end portions of the frame.

On the other hand, in a lipolysis device using a low-power laser, a PCB (Printed Circuit Board) having a power connector and a plate-shaped body corresponding to the PCB, the contact that is uniformly arranged a large number of transparent windows or lenses on one side A laser generating unit comprising a plate body and a plurality of laser diodes inserted into each transparent window or lens arranged on the contact plate body and electrically connected to the PCB; A frame accommodating the laser generator therein; And a vacuum line formed in a shape corresponding to the shape of the frame and provided at the front surface thereof, the vacuum line being connected to the suction port and the suction port through a vacuum suction unit, and a vacuum pump connected to the vacuum line to make contact with the skin. Adsorption means; It is made, including a vacuum adsorbed on the skin and then irradiates the skin with a low power laser to decompose the subcutaneous fat.

Preferably, the vacuum suction means is detachably connected to the frame.

In addition, the contact plate body is made variable in shape.

On the other hand, in the lipolysis device using a low-power laser, the suction port, the vacuum line is connected to the suction port through a vacuum suction unit, and the vacuum pump connected to the vacuum line, the coupling having a coupling hole in the upper center Vacuum adsorption means is formed to protrude a predetermined portion; A PCB coupled to the vacuum adsorption means and powered by a cable, a laser diode electrically connected to the PCB, a transparent window or lens provided in close proximity to the laser diode, the PCB and the laser diode; A laser generating module configured to include a transparent window or a lens, the upper and lower fixing units formed to be detachable, and a cover body provided outside the upper and lower fixing units; Including, but vacuum-absorbed on the skin after irradiating a low-power laser on the skin to help the discharge while at the same time to break down the damaged fat, stimulate the scalp to promote hair growth.

Preferably, male threads and female threads for screwing are formed on the lower outer periphery of the upper anchorage and the upper inner circumference of the lower anchorage, respectively, and the latching jaw for coupling the PCB to the inner circumference of the upper anchorage is formed. Is formed, a groove for coupling the transparent window (or lens) is formed in the lower inner peripheral position of the lower anchorage.

Alternatively, a passive negative pressure release hole for manually releasing the vacuum and the negative pressure in the adsorption port is formed in place in the suction port.

In addition, the insertion groove is formed in the end of the suction hole in an annular shape, the insertion groove is provided with a ball rotatably.

On the other hand, the vacuum suction portion is provided with a pressure maintaining valve (One-way valve).

Preferably, when the air in the suction port is sucked through the vacuum suction unit, the rhythm mode in which the air in the suction port is repeatedly sucked at a predetermined interval and the maintenance mode for continuously maintaining the state in which the air is sucked in the suction port are operated. In addition, it is selectively applicable to the user's setting.

Meanwhile, a repeater having a plurality of branched connection vacuum lines connected to the vacuum suction unit in place of the vacuum suction means having the laser generating module is provided, wherein each connected vacuum line has a vacuum suction means and a vacuum suction module having another laser generating module. Connected by wealth.

Alternatively, one of the connecting vacuum lines branching from the repeater is connected to a vacuum pump and the other connecting vacuum line is connected to another repeater.

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

Figure 4 is an exploded perspective view showing a laser generating portion of the lipolysis device using a low power laser according to the present invention, Figure 5 is an illustration showing the laser irradiation distribution range of the lipolysis device using a low power laser according to the present invention, Figure 6 Is a perspective view showing a lipolysis device using a low power laser according to the present invention.

As shown in the figure, the lipolysis device 1 using the low power laser according to the present invention comprises a laser generating unit 10 and the frame 30.

The laser generator 10 is a PCB (Printed Circuit Board, PCB) having a power connector 11 for receiving power and a plate-shaped body corresponding to the PCB 12, one side thereof A plurality of transparent windows (or lenses) 13 are uniformly arranged in the contact plate body 14 and each transparent window (or lens 13) arranged in the contact plate body 14, and is electrically connected to the PCB 12. It consists of a plurality of laser diodes 15 connected to.

The frame 30 is configured to accommodate the laser generation unit 10 therein. Here, the laser generation unit 10 is accommodated inside the front of the frame 30 is made to irradiate the laser to the user's skin.

On the other hand, a plurality of fastening holes (17a, 17b) are formed through each of the fastening bolts 16 can be fastened in place of the PCB 12 and the contact plate body 14, respectively. That is, a plurality of laser diodes 15 are installed on the PCB 12, and the laser diode 15 is inserted into the lens (or transparent window) 13 of the contact plate body 14 and then contacted with the PCB 12. A plurality of fastening holes 17a and 17b are formed in place of the PCB 12 and the contact plate body 14 to couple the plate body 14, and the fastening bolts 16 are fastened to the fastening holes 17a and 17b. By fastening, the PCB 12 and the contact plate 14 are integrally coupled.

In addition, the lenses (or transparent window) 13 arranged on the contact plate body 14 may be formed to be regularly arranged and arranged in an array, and the lenses (or transparent window, arranged on the contact plate body 14) may be used. It is preferable that the laser diode 15 corresponding to the number of 13) is inserted.

In an embodiment of the present invention, a plurality of lenses (or transparent windows) 13 arranged on the contact plate 14 are regularly arranged, but after contacting the skin to irradiate a laser to decompose the subcutaneous fat of the user If it is easy, it is also possible to arrange the lens (or transparent window) 13 arranged on the contact plate 14 so that a large number of irregularly arranged.

Here, the shape of the contact plate body 14 may be made of a rectangle, a circle, and the like, but it is preferable that the contact plate body 14 is made variable.

On the other hand, the output of each laser generated in the laser generating section 10 is made of a low power of less than 10mW to 100mW. That is, the output of each laser generated by the laser diode 15 of the laser generator 10 to irradiate the skin of the user to decompose the subcutaneous fat to enhance the output of each laser in consideration of attenuation when the human body penetrates , 10mW to less than 100mW low power irradiation.

As described above, the output of each laser generated in the laser generating unit 10 is made of a low output of less than 10mW to 100mW, the laser generating unit 10 is made of a flat array structure in close contact with the user's skin By arranging a plurality of laser diodes 15 and applying the respective lasers, it is possible to irradiate a large area of the skin for dissolving subcutaneous fat at the same intensity while ensuring penetration of the skin of the user.

To this end, the contact plate 14 is preferably formed to be bent into an elliptic curved surface to facilitate contact with the skin of the user, such as the abdomen where the subcutaneous fat is concentrated, and also the shape of the frame 10 in which the contact plate 14 is accommodated. It is preferable to bend to an elliptic curved surface corresponding to the shape of the contact plate body.

In one embodiment of the present invention, the contact plate body 14 is bent into a curved shape having an ellipse, but the contact plate body has various curved surfaces according to the body part of the user to which the contact plate body 14 contacts. It is preferable to be made variable.

In addition, the contact plate body 14 in contact with the user's skin is preferably made of a rigid plate that is easy to engage and install, through which it is made to be in close contact with the user's skin more easily.

On the other hand, the contact plate body 14 further comprises a heat dissipation plate body to dissipate heat generated from the laser diode 15. That is, since the laser diode 15 installed in the contact plate body 14 generates considerable heat when the laser is generated, the contact plate body 14 further includes a heat sink body to disperse and cool the laser diode 15. In the exemplary embodiment of the present invention, the contact plate body 14 has a structure and a shape in which the heat sink plate is further included, but the contact plate body 14 may be made of a heat radiation material.

Here, the holding part 31 for holding the user's hand is provided at one side or both ends of the center portion of the frame 30. In one embodiment of the present invention, the gripping section 31 is provided at one side or both end portions of the center of the frame 30, but if the user grips the frame 30 and is easy to use, the gripping portion ( 31 may be provided with the holding | gripping tool 31 in the upper side of the frame 30, or the center of the lower side.

On the other hand, it is also possible to further include a position moving means 35 that allows the doctor or the user to change the position of the frame 30 in the up, down, left, right side of the frame 30, the specific structure and description Is omitted. That is, the user of the frame 30 having a contact means made in contact with the skin of the human body in the same way as the equipment that can freely move and change the position while the doctor grasps the grip between the gripping 31 of the medical facilities According to the convenience, the position shifting means 35 may be provided on the rear surface of the frame 30 so as to move and change the position up, down, left, and right. The frame 30 is easily moved.

Hereinafter, a method and process of using a lipolysis device using a low power laser according to the present invention will be described.

First, a doctor who can perform or perform a medical treatment in a medical institution grips the gripping zone 31 provided in the frame 30 of the lipolysis device 1 using the low-power laser, and then the user for disassembling subcutaneous fat. Move and place in place on the skin to bring it into close contact with the skin.

Then, the laser generator 10 is driven to generate a laser through the laser diode 15 and simultaneously irradiate the laser to the skin.

At this time, the laser is generated at a low power of less than 10mW to less than 100mW through each laser diode 15 of the laser generating unit 10, and the generated laser passes through the transparent window (or the lens 13) to decompose the subcutaneous fat. Is irradiated on the skin.

As described above, the subcutaneous fat is decomposed by the laser irradiated to the user's skin such as the abdomen, and the subcutaneous subcutaneous fat is discharged to the body by a doctor's procedure.

Here, the lipolysis apparatus 1 using the low power laser according to the present invention uses a red laser and an infrared laser, and the red laser requires an output of 30 mW or more at 635 to 680 nm, and an infrared laser is 50 mW or more at 780 to 980 nm. It requires an output, and in the following, red laser and infrared laser are applied without distinction.

As described above, the irradiation range of the low power laser generated and irradiated through the laser diode 15 is as shown in FIG. 5, and each irradiation range of the laser irradiated from each laser diode 15 is elliptical. At this time, since the irradiation range of the laser irradiated from each laser diode 15 is made of an elliptical shape, the irradiation range is irradiated to only the corresponding contact area without overlapping, so that the subcutaneous fat is decomposed to have an obesity decomposition action.

Figure 7 is a perspective view showing an embodiment of a lipolysis device using a low-power laser according to the present invention, a partial configuration of the lipolysis device using a low-power laser.

Referring to FIGS. 4 and 5, as shown in the drawing, the lipolysis device 1 using the low power laser according to the present embodiment has hinges formed to be rotatable at both end portions of the frame 30. 33 is provided, and another frame 30 'is connected to each of the hinges 33, respectively.

That is, hinges 33 are installed at both end portions of both sides of the frame 30 of the lipolysis apparatus 1 using the low power laser, and another frame 30 'is connected to the hinge 33, respectively, to the abdomen of the user. It is formed in a shape surrounding the periphery or around the waist.

As described above, the frames 30 and 30 'having the laser generation unit 10 are connected in succession to each other by a hinge 33 so that the abdomen as well as the side abdomen can be three-dimensionally contacted with the skin of the user. .

In the present exemplary embodiment, hinges 33 are provided at both sides of the frame 30, and another frame 30 ′ is connected by the hinge 33, but the frame 30 ′ is further connected. The hinge 33 is provided, and by using the hinge 33, another frame 30 'is continuously installed so that the hinge 33 can be used regardless of the user's body structure for disassembling subcutaneous fat.

On the other hand, in the present embodiment, the contact plate body 14 installed on the front of each frame (30, 30 ') connected by the hinge 33 is made of a flat surface, but irradiates the laser in contact with the abdomen and side abdomen of the user It is also possible to be bent into an elliptic curved surface or other various curved shapes to facilitate.

In addition, the shape of the contact plate 14 is preferably made of a square, circle, oval, etc., it is also preferable to be made variable in various other shapes.

8 is a view schematically showing another embodiment of a lipolysis device using a low power laser according to the present invention.

Referring to FIGS. 4 and 5, as shown in the drawing, in this embodiment, the laser generating unit 10 and the laser generating unit 10 of the lipolysis device 1 using the low power laser are The vacuum suction means 50 is further included in the frame 30 to be accommodated.

That is, a printed circuit board (PCB) 12 having a power connector 11) and a plate-shaped body corresponding to the PCB 12, and a plurality of transparent windows (or lenses) 13 are uniformly arranged on one side thereof. Laser generation consisting of a plurality of laser diodes 15 which are inserted into the contact plate body 14 and each transparent window (or lens) 13 arranged on the contact plate body 14 and electrically connected to the PCB 12. The suction unit 50 is further included in the frame 10 in which the unit 10 and the laser generator 10 are accommodated therein.

Here, the contact plate 14 is preferably made of a structure that further includes a heat sink for heat dissipating heat generated through the laser diode 15, it is also preferable that the contact plate 14 is made of a heat radiation material.

The vacuum adsorption means 50 is formed in a shape corresponding to the shape of the frame 30 is provided on the front, the adsorption port 51 and the adsorption for contacting the user's skin location for decomposing subcutaneous fat It consists of a vacuum line 56 connected to the sphere 51 through the vacuum suction unit 54 and a vacuum pump 57 connected to the vacuum line 56 to form a vacuum of a predetermined pressure.

Here, the vacuum pump 57 sucks air in the suction port 51 in contact with the user's skin through the vacuum suction unit 54 to make a vacuum at a predetermined pressure, and is sucked by the vacuum pump 57. The air is moved through the vacuum suction unit 54 and the vacuum line 56.

In this embodiment, the vacuum adsorption means 50 has a structure that is integrally connected to the frame 30 on the front of the contact plate body 14 of the lipolysis device 1 using the low power laser, shown in FIG. As such, the vacuum adsorption means 50 may be configured to be separated from the frame 30 of the lipolysis device 1 using the low power laser.

Here, the vacuum adsorption means 50 is preferably made of a structure in which the frame 30 of the lipolysis device 1 using the low power laser is detachably coupled by fitting or screwing.

By the structure and form as described above, it is possible to combine or separate the vacuum adsorption means 50 in the lipolysis device 1 using a low-power laser according to the needs of a doctor or a user.

On the other hand, it is preferable that the stepped portion (not shown) of the shape that is easily in close contact with the user's skin is formed on one side edge of the vacuum adsorption means (50).

Hereinafter, a method and process of using a lipolysis device using a low power laser according to the present embodiment will be described.

First, a doctor who can perform or perform a medicine in a medical institution makes the vacuum adsorption means 50 of the lipolysis device 1 using the low-power laser close to the skin of the user's abdomen and the like for decomposing subcutaneous fat. That is, the suction port 51 of the vacuum suction means 50 is in close contact with the user's skin.

As described above, the suction port 51 of the vacuum suction means 50 is in close contact with the user's skin, and then a vacuum of a predetermined pressure is formed in the suction port 51 by using the vacuum pump 57 to prevent subcutaneous fat. The skin of the part to be decomposed is sucked in contact with the inner circumference of the suction port 51.

In this way, the skin of the part to be subcutaneous fat is sucked in close contact with the inner circumference of the suction port 51 and positioned at a position close to the laser generator 10, and then the laser generator 10 is driven to drive the laser diode ( The laser is irradiated to the skin while generating a laser through 15).

That is, the suction port 51 of the vacuum suction means 50 is attached to the abdomen and sucked by the vacuum pump 57 to be in close contact with and contact with the inner surface of the suction port 51, the laser irradiation in the contact state To break down the subcutaneous fat of the skin, such as the abdomen.

At this time, the laser is generated at a low power of less than 10mW to less than 100mW through each laser diode 15 of the laser generating unit 10, and the generated laser passes through the transparent window (or the lens 13) to decompose the subcutaneous fat. Is irradiated on the skin.

As described above, the subcutaneous fat in which the subcutaneous fat is decomposed by the laser irradiated to the skin sucked or adsorbed by the vacuum adsorption means 50 is discharged to the outside by the doctor's procedure.

Here, the subcutaneous fat decomposed by the laser generated from the laser diode 15 is located inside the skin sucked and adsorbed in the adsorption port 51 by the vacuum in the adsorption port 51 of the vacuum adsorption means 50. Therefore, if the inside of the suction port 51, which makes a vacuum in the scan form in the skin is moved subcutaneous subcutaneous fat is moved.

It is also possible to move the subcutaneous fat decomposed by the laser by the method as described above to the predetermined position of the human body through the suction port 51 of the vacuum suction means 50 and then discharge it through the western sea part. Do.

Figure 10 is an exploded view showing another embodiment of a lipolysis device using a low-power laser according to the present invention, Figure 11 is a cross-sectional view of the vacuum adsorption means and the laser generating module of the lipolysis device using a low-power laser according to the present embodiment. .

Referring to FIGS. 4 and 5, as shown in the drawing, in this embodiment, the lipolysis device 1 using the low power laser includes a vacuum adsorption means 50 and a laser generation module 70. .

The vacuum suction means (50) is a vacuum line (56) connected to the suction port (51) for contacting the user's skin location for decomposing subcutaneous fat and the suction port (51) through the vacuum suction unit (54). And a vacuum pump 57 connected to the vacuum line 56 to form a vacuum of a predetermined pressure.

Here, the vacuum pump 57 sucks air in the suction port 51 in contact with the user's skin through the vacuum suction unit 54 to make a vacuum at a predetermined pressure, and is sucked by the vacuum pump 57. The air is moved through the vacuum suction unit 54 and the vacuum line 56.

On the other hand, in the upper center of the suction port 51, in order to install the laser generating module 70, the coupling portion 59 having a coupling hole 52 is formed to protrude upward in a predetermined portion.

The laser generating module 70 is a transparent window provided at a place where the PCB 71 and the laser diode 72 electrically connected to the PCB 71 and the laser diode 72 are electrically connected to each other. Alternatively, the upper and lower fixing units 74 and 75 and the upper and lower fixing units may include a lens 73, a PCB 71, a laser diode 72, a transparent window (or a lens 73), and are detachable. It consists of the cover body 76 provided in the outer side of 74,75.

In addition, a male screw portion 74a and a female screw portion 75a for screwing are formed at the lower outer periphery of the upper fixing unit 74 and the upper inner peripheral portion of the lower fixing unit 75, respectively. A hooking jaw 74b for coupling the PCB 71 is formed at an inner circumferential place, and a groove 75b for coupling the transparent window (or lens 73) to an inner circumferential place at the lower side of the lower fixing unit 75. ) Is formed.

Here, the distance between the laser diode 72 and the transparent window (or lens) 73 by tightening or loosening the male screw portion 74a and the female screw portion 75a formed in the upper and lower fixing holes 74 and 75. Adjustable

On the other hand, the PCB 71 is connected to the cable (71a) for receiving power, the through hole (76a) for the cable 71a is introduced into the upper portion of the cover body 76 is formed through.

In addition, the vacuum adsorption means 50 and the laser generating module 70 are screwed to the outer periphery of the inner periphery of the inner side of the coupling hole and the cover body 76 of the adsorption port 51 provided in each of the mutual coupling Female and male threads 53 and 76b are formed, and the upper and lower fixing holes 74 and 75 are applied with a heat radiating material for radiating heat generated from the laser diode 72 of the laser generating module 70.

On the other hand, the passive negative pressure release hole 58 for manually releasing the vacuum and the negative pressure in the suction port 51 in place of the suction port 51 is formed through. That is, a manual negative pressure release hole 58 is formed by a doctor or a user to manually release the vacuum and negative pressure in the suction hole 51 by using a finger when using the suction hole.

In the present embodiment, a single passive negative pressure release hole 58 is formed through the suction hole 51 in place, but if the vacuum and negative pressure in the suction hole 51 are easily released, the passive negative pressure release hole 58 is formed. It is also possible to penetrate more than this number.

In addition, in the present embodiment, the passive negative pressure release hole 58 formed in a penetrating position of the suction port 51 is formed in a circular shape, but the manual negative pressure release hole 58 is in various shapes such as oval or square. It is also possible to be formed through, the diameter or size of the passive negative pressure release hole 58 is also variously variable.

Here, the insertion groove (58a) is formed in the end of the suction port 51 in an annular shape, the ball (58b) is rotatably provided in the insertion groove (58a). That is, in order to facilitate the movement of the suction hole 51 having the vacuum and the negative pressure set state, the insertion groove 58a is extended to the open side lower surface of the suction hole 51 formed in an annular shape, and the insertion A ball 58b rotatably provided in the groove 58a.

In this embodiment, the adsorption port 51 is configured to move by having a structure in which an insertion groove 58a having a ball 58b rotatably formed at an end of the adsorption port 51 is formed. If the 51 is movable along the user's skin in the state that the vacuum and the negative pressure is set, the end of the suction port 51 may be made of various other structures.

On the other hand, the vacuum suction unit 54 connected to the suction port 51 is provided with a pressure maintenance valve (One-way valve, 55) consisting of a check valve (Check valve) and the like. The vacuum in the suction port 51 is maintained at a predetermined pressure by the pressure holding valve 55 provided as described above.

When the air in the suction port 51 is sucked through the vacuum suction unit 54, the rhythm mode for repeatedly sucking the air in the suction port 51 and the air in the suction port 51 is sucked. It is preferable that a holding mode for continuously maintaining the state is activated, which is made selectively applicable by the user's setting.

In one embodiment of the present invention, the suction port 51 is formed in a semicircular shape having a predetermined space for forming a vacuum therein, but the predetermined suction hole 51 has a predetermined space for forming a vacuum therein. And if it is easy to form a vacuum of a predetermined pressure by the vacuum pump 57 may be formed in a hexahedral shape or an elliptical shape, it may be formed in a variety of other shapes.

In addition, it is preferable that the outer periphery of the end portion of the vacuum suction part 54 of the suction port 51 be bent into a semi-circular shape or an elliptic curved surface so as to be in close contact with the user's skin.

Hereinafter, a method and process of using a lipolysis device using a low power laser according to the present embodiment will be described.

First, a doctor who can perform or perform a medical treatment in a medical institution makes the vacuum adsorption means 50 of the lipolysis device 1 using the low-power laser close to the user's skin location for decomposing subcutaneous fat. That is, the suction port 51 of the vacuum suction means 50 is in close contact with the skin of the user for decomposing subcutaneous fat, such as the face, neck, shoulders, axillary (腋窩).

As described above, the suction port 51 of the vacuum suction means 50 is in close contact with the user's skin, and then a vacuum of a predetermined pressure is formed in the suction port 51 by using the vacuum pump 57 to prevent subcutaneous fat. The skin of the part to be decomposed is sucked in contact with the inner circumference of the suction port 51.

In this way, the skin of the part to be subcutaneous fat is sucked in close contact with the inner circumference of the adsorption port 51 and positioned at a position close to the laser generating module 70, and then driven by the laser generating module 70. 72) generates a laser and irradiates the laser with the skin.

That is, the suction holes 51 of the vacuum suction means 50 are attached to the user's skin for disassembling subcutaneous fat such as face, neck, shoulders, axillary glands, and then suctioned with a vacuum pump 57. The inner surface of the suction port 51 is brought into close contact with each other, and the subcutaneous fat of the skin is decomposed by irradiating a laser in the contacted state.

At this time, the laser is generated at a low power of less than 10mW to less than 100mW through each laser diode 72 of the laser generating unit 10, and the generated laser passes through the transparent window (or lens 73) to decompose the subcutaneous fat. Is irradiated to the skin.

On the other hand, the laser diode 72 of the laser generating module 70, after removing the cover 76, the male screw portion 74a and the female screw portion 75a formed in the upper and lower mounting holes 74, 75 Adjust the distance between the laser diode 72 and the transparent window (or lens 73), and the distance between the laser diode 72 and the transparent window (or lens 73) is preferably adjusted at the beginning of installation and procedure. Do.

As described above, the subcutaneous fat in which the subcutaneous fat is decomposed by the laser irradiated to the skin sucked or adsorbed by the vacuum adsorption means 50 is discharged to the outside by the doctor's procedure.

Here, the subcutaneous fat decomposed by the laser generated from the laser diode 72 is the inside of the skin sucked and adsorbed in the suction port 51 by the vacuum and the negative pressure in the suction port 51 of the vacuum suction means (50) Because it is located in the West Sea part where the lymphatic vessel is abundantly distributed in a scan form in the skin by the rotation of the ball 58b provided in the insertion groove 58a formed at the end of the suction port 51 Discharge to outside through.

Subcutaneous fat decomposed by the laser by the method as described above is preferably moved to a predetermined position of the human body through the suction port 51 of the vacuum suction means 50 and then discharged to the outside.

On the other hand, the vacuum or negative pressure of the suction port 51 is passive by opening or closing the manual negative pressure release hole 58 formed through the suction port 51 of the vacuum suction means 50 by a doctor or a user. It is possible to release, so that the doctor or user can more easily set or release the vacuum and the negative pressure formed in the suction port (51).

When the vacuum adsorption means 50 according to the present embodiment is used for the head, it not only helps blood circulation of the head, but also stimulates the scalp to promote hair growth, and can promote hair growth.

On the other hand, as shown in Figure 12, it is also possible that a repeater is provided in place of the vacuum suction means having a laser generating module. Referring to FIGS. 10 and 11, a repeater 90 is provided in place of the vacuum suction means 50 having the laser generation module 70, and the repeater 90 includes a vacuum suction unit 93. The connection vacuum line 91 having a plurality of branches, which is connected to the vacuum suction means 50 by the vacuum suction unit 93, another vacuum suction unit 93 branched to the laser generating module 70 A connection vacuum line 91 having a is connected to the vacuum suction part 93 of the vacuum suction means 50 having another laser generation module 70.

As described above, each of the vacuum suction means 50 having the laser generating module 70 is connected to the repeater 90 by a plurality of connecting vacuum line 91, so that the user can remove the subcutaneous fat, that is, the desired skin. It can be used by contacting the vacuum adsorption means 50 to the site.

Here, the length of the connecting vacuum line 91 having the vacuum suction unit 50 having the laser generation module 70 and the vacuum suction unit 93 connecting the repeater 90 may be variously adjusted according to the user's convenience. In addition, by appropriately adjusting the length of the connection vacuum line 91 can be used by a plurality of users.

To this end, any one of the connection vacuum lines 91 branched from the repeater 90 is connected to a vacuum pump 95 for forming the inside of the suction port 51 to a vacuum of a predetermined pressure. Another connecting vacuum line 91 is also preferably connected to another repeater 90.

On the other hand, as described above, the repeater 90 for connecting a plurality of vacuum adsorption means 50 having the laser generation module 70 is connected via another repeater 90 'and a connecting vacuum line 91 It is also preferably made to contact the plurality of vacuum adsorption means 50 to the user's skin.

While the invention has been shown and described with respect to particular embodiments, it will be understood by those skilled in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the appended claims. Anyone can grow up easily.

As described above, the fat bonsai apparatus using the low power laser according to the present invention focuses the laser beam on a lens or a transparent window, or the like, or irradiates the skin non-invasively through the lens or the transparent window using the laser's transmission characteristics. In addition, the irradiated laser beam is transmitted through the skin and tissue to irradiate fat cells in the tissue, thereby changing the non-invasive method of laser irradiation treatment, and decomposing the externally exposed fat through skin incision using the existing low power laser. The same effect can be obtained, and the vacuum adsorption means is included, and the liquefied fat, which is discharged from the fat cells and concentrated in the space of the cell tissue, is easily discharged to the outside of the body through the inguinal part and stably contacts the skin of the human body. The fat is broken down to provide ease of use.

In addition, unlike the conventional medical lipostomy (suction lips), the lipolysis device using low power laser is a subcutaneous fat without surgical operation by dissolving and liquefying fat such as abdomen by irradiating low power laser to the outside of the skin. By dissolving it and discharging it to the body by liposuction, it is possible to smoothly solve the abdominal sinus and the like.

In addition, the present invention, including the vacuum adsorption means to be discharged from fat cells concentrated in the space of the cell tissue to the liquor to the body surface to easily discharge to the outside through the inguinal (鼠蹊部) where the lymphatic vessel is concentrated, etc. By inducing, without using invasive discharge means such as liposuction, it is possible to maximize the ability of the lymph draining to naturally discharge the excess fat of the human body, such as to solve the abdominal obesity and the like smoothly.

Claims (17)

In the lipolysis device using a low power laser, PCB (Printed Circuit Board, 12) having a power connector, and a plate-like body consisting of a rigid plate corresponding to the PCB 12, the transparent window (or lens, 13) is uniformly arranged on one side thereof Laser generation consisting of a contact plate body 14 and a plurality of laser diodes 15 inserted into each transparent window (or lens) 13 arranged on the contact plate body 14 and electrically connected to the PCB 12. Part 10; And A frame 30 in which the laser generation unit 10 is accommodated therein and easily adhered to the skin; A lipolysis device using a low-power laser, comprising a, and decomposes the subcutaneous fat by irradiating the skin with a low-power laser. The method of claim 1, Lipolysis device using a low-power laser, characterized in that the output of each laser generated in the laser generating unit 10 is less than 10mW to 100mW. The method of claim 1, The contact plate body 14 is a lipolysis device using a low-power laser, characterized in that further comprises a heat radiation plate body for radiating heat generated from the laser diode (15). The method of claim 1, The contact plate 14 is bent into an elliptic curved surface useful for skin contact, the frame 30 is accommodated in the contact plate body 14 is characterized in that it is bent into an elliptic curved surface corresponding to the contact plate body 14 Lipolysis device using low power laser. The method of claim 1, Lipolysis device using a low-power laser, characterized in that the gripping section 31 is provided at one side or both end portions of the frame (30). The method of claim 1, Lipolysis device using a low-power laser, characterized in that the other frame 30 'is connected to the hinge (33) rotatably provided at both end portions of the frame (30). In the lipolysis device using a low power laser, PCB (Printed Circuit Board, 12) having a power connector, and a plate-like body consisting of a rigid plate corresponding to the PCB 12, the transparent window (or lens, 13) is uniformly arranged on one side thereof Laser generation consisting of a contact plate body 14 and a plurality of laser diodes 15 inserted into each transparent window (or lens) 13 arranged on the contact plate body 14 and electrically connected to the PCB 12. Part 10; And A frame in which the laser generation unit 10 is accommodated therein; And It is formed in a shape corresponding to the shape of the frame 30 and is provided on the front, the vacuum line 56 and the suction port 51 and the suction port 51 connected through the vacuum suction unit 54 and the A vacuum suction means (50) formed of a vacuum pump (95) connected to the vacuum line (56) to form a vacuum of a predetermined pressure and making contact with the skin; A fat decomposition apparatus using a low-power laser, characterized in that to be made, comprising a vacuum to the skin after the low-power laser irradiated to the skin to decompose the subcutaneous fat. The method of claim 7, wherein The vacuum adsorption means (50) is a lipolysis device using a low-power laser, characterized in that detachably connected to the frame (30). The method of claim 7, wherein A lipolysis device using a low-power laser, characterized in that the contact plate body is made variable in shape. In the lipolysis device using a low power laser, A suction line 51, a vacuum line 56 connected to the suction port 51 through a vacuum suction unit 54, and a vacuum pump connected to the vacuum line 56 to form a vacuum having a predetermined pressure ( 57, and a vacuum suction means (50) having a coupling portion (59) having a coupling hole (52) at the upper center thereof to protrude a predetermined portion; A PCB 71 coupled to the vacuum suction means 50 and powered by a cable 71a, a laser diode 72 electrically connected to the PCB 71, and the laser diode 72 of the The upper and lower fixing holes 74 which receive the transparent window (or the lens 73) and the PCB 71, the laser diode 72 and the transparent window (or the lens 73) provided in close proximity and are detachable. , 75) and a laser generation module 70 comprising a cover body 76 provided outside the upper and lower fixing holes 74 and 75; Including, but vacuum-absorbed on the skin after irradiating a low-power laser on the skin to assist in discharging the subcutaneous fat and at the same time, the lipolysis device using a low-power laser, characterized in that to stimulate the scalp to promote hair growth. The method of claim 10, A male screw portion 74a and a female screw portion 75a for screwing are formed on the lower outer periphery of the upper fixing unit 74 and the upper inner peripheral portion of the lower fixing unit 75, respectively, and the inner peripheral portion of the upper fixing unit 74 is formed. A latching jaw 74b for coupling the PCB 71 is formed in place, and a groove 75b for coupling the transparent window (or lens 73) to a lower inner peripheral location of the lower fixing unit 75 is provided. Lipolysis device using a low-power laser, characterized in that formed. The method of claim 10, And a passive negative pressure release hole (58) for manually releasing vacuum and negative pressure in the suction hole (51) in place of the suction hole (51). The method of claim 10, Insertion groove (58a) is formed in the end of the suction port 51 in an annular shape, the ball (58b) is provided in the insertion groove (58a) characterized in that the lipolysis apparatus using a low-power laser. The method of claim 10, The vacuum suction unit 54, a pressure maintaining valve (One-way valve, 55) is characterized in that the lipolysis apparatus using a low-power laser. The method of claim 10, When the air in the suction port 51 is sucked through the vacuum suction unit 54, the rhythm mode in which the air in the suction port 51 is repeatedly sucked at a predetermined interval and the state in which the air in the suction port 51 is sucked continuously are continued. A fat decomposing apparatus using a low power laser, characterized in that the holding mode is maintained to be operated, it is made selectively applicable by the user's setting. The method of claim 10, In the place of the vacuum suction means 50 having the laser generating module 70 is provided with a repeater 90, a plurality of branched connection vacuum line 91 is connected to the vacuum suction unit 93, each connected vacuum line A lipolysis apparatus using a low power laser, characterized in that (91) is connected by a vacuum suction means (50) having another laser generating module (70) and a vacuum suction unit (93). The method of claim 14, One connection vacuum line 91 of the connection vacuum line 91 branched from the repeater 90 is connected to the vacuum pump 95, and the other connection vacuum line 91 is connected to another repeater 90 '. Lipolysis device using a low power raise characterized in that the connection.

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