WO2016182095A1 - Automatic fat suction device - Google Patents

Automatic fat suction device Download PDF

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Publication number
WO2016182095A1
WO2016182095A1 PCT/KR2015/004704 KR2015004704W WO2016182095A1 WO 2016182095 A1 WO2016182095 A1 WO 2016182095A1 KR 2015004704 W KR2015004704 W KR 2015004704W WO 2016182095 A1 WO2016182095 A1 WO 2016182095A1
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WO
WIPO (PCT)
Prior art keywords
suction
formed
air
vacuum
fat
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Application number
PCT/KR2015/004704
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French (fr)
Korean (ko)
Inventor
문영란
백관호
김성민
강호철
Original Assignee
동국대학교 산학협력단
주식회사 써지메이트
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Application filed by 동국대학교 산학협력단, 주식회사 써지메이트 filed Critical 동국대학교 산학협력단
Priority to PCT/KR2015/004704 priority Critical patent/WO2016182095A1/en
Publication of WO2016182095A1 publication Critical patent/WO2016182095A1/en

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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B17/00Surgical instruments, devices or methods, e.g. tourniquets
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M1/00Suction or pumping devices for medical purposes; Devices for carrying-off, for treatment of, or for carrying-over, body-liquids; Drainage systems

Abstract

The present invention relates to an automatic fat suction device capable of removing fat by suctioning the fat accumulated in a body using vacuum negative pressure generated in a vacuum suction device. In addition, according to an automatic fat suction device of the present invention, a cannula is configured as a double pipe; an inner pipe of the cannula automatically reciprocates backward and forward by means of an operation member; and shaking or vibration is reduced compared to a manual or vibratory device, and accordingly, a fat suction operation can be performed on a precise operation area.

Description

[Correction of 14.05.2015 under Rule 26] automatically liposuction device

The present invention automatically liposuction apparatus which relates to an apparatus for removal by suction of fat, and more particularly, liposuction was inserted in the body fat during treatment with reciprocating motion to advance and retreat this isolation of fat and destroyed and removed by suction this relate to.

Generally, liposuction (Liposuction) is a surgical procedure to correct suction to remove the unsatisfactory rate or a pathological accumulation of a lot of fat to abnormal proportions in our body.

The use of these liposuction can exercise regularly for a long time or do not have an excessive diet to remove the excessive accumulation of fat in the body more easily, the body fat and weight is reduced health benefits, as well as improving body the effect can be obtained.

Example 1 is inde view showing a conventional liposuction device, is provided with a suction pump (not shown) the body 1 built therein, the back of the main body (1), and local storage bin (2) is provided, local storage bin (2) is connected with the outlet pipe (4c) of the cannula (4b) through the suction hose 3 is connected to a suction pump through a pump hose (5).

Further, the main body 1, the control which can be set and the like of the suction pump intensity panel (6) is provided, fat aspirator (7) that generates a local suction force is also installed, the main body (1), separate from liposuction surgery when the human body a may include an infusion pump (8) for injecting the liquid anesthetic.

In addition, the suction hose 3 is connected to the hand piece (4a), the front end of the hand piece (4a) there is coupled a cannula (4b), the cannula (4b) is made of the interior of the hollow pipe shape at the distal end a plurality of inlets are formed.

At this time, the inside of the hand piece (4a), it may be a vibration motor installed for oscillating the cannula (4b).

In this way, the foot plate (9) the press when operating the device, and the suction force generated through the suction hose (3), after the operator has inserted piercing cannula (4b) in the treatment area holding the hand piece (4a) the operator by local suction ( 4) the repeated whereby increase or vibrating the cannula (4b) back and forth, the fat is separated and sucked through the suction port, the suction region is the flow in the interior of the cannula (4b), a suction hose via a discharge pipe (4c) ( 3) it is discharged through a will be stored in the local storage bin (2).

However, the above-described conventional liposuction device because the operator is taking directly holding the hand piece (4a) by movement back and forth a cannula (4b) separating the fat should the inhalation procedure, the procedure according to the treatment experienced and treatment ability of the operator and the results may vary, as well as to increase the degree of fatigue of the operator, the handpiece (4a) is or friction on the skin surface of the body, a thin and normal tissues by movement in an inserting portion phenomenon occurs in the cannula (4b) having a long shape there is a problem that could cause damage or injury to the nerves.

In addition, at a constant amount according to the state of the fat layer treatment area it is difficult to intake of fat there is a problem that irregular intake of fat.

Then, when the intake of fat in an oscillatory fashion by vibrating a cannula (4b) using the vibration motor embedded in the hand piece (4a), if the vibration only made the operator does not move treatment area it is only will only stimulate fat are removed since it is not, the operator advances and retreats by direct cannula (4b) exercising the same problem occurs as described above, since the need to remove the fat intake.

In addition, it is inserted into the suction unit around the damaged tissue of a bunch of cannula (4b) by vibration, even after surgery and the side effects occur, the problem is that the skin is bumpy conditions that prevent a smooth procedure.

In addition, Japanese Laid-Open Patent Application JP-A No. 2005-288187 is prior art with a (2005.10.20. Publication).

The invention in conceived that, the cannula is to made of a double tube automatically moved forward and backward reciprocating motion in the inner tube of the cannula by the operation member, less tremor and vibration than with manual and vibratory precise treatment area in order to solve all the aforementioned problems because respect can be performed liposuction without the cell death caused by friction and damage skin and surrounding tissues caused by surgery operation is easy, and the fatigue of the operator decreased significantly, and also shortens procedure time, always constant treatment reduces the deviation can be derived results, the surgical treatment area is kept smooth without jagged after that, the provision of automatic liposuction devices that minimize the side effects of surgery has its purpose.

Also, while holding the operator has put a hand in the treatment area and automatically changing the vacuum gauge of the vacuum suction depending on the Sikkim acceleration pressure, change of vacuum gauge is transmitted to the solenoid valve through the control box to operate the speed of the air cylinder It is automatically adjusted, to provide automated liposuction device in the treatment area where liposuction and fat intake can be easily and quickly and accurately determine the procedure has its purpose.

And, by combining the de-sector, instead of the cannula to a device inserted into the treatment area, and the seomyute moving back and forth the cutter inside the ring tube in a state the hook key of the ring pipe can be removed easily cut seomyute having the features to provide automated liposuction device has its purpose.

The present invention to solve the aforementioned problems is, in the automatic vacuum suction device to remove by using a vacuum pressure generated by a vacuum aspirator suction to the fat accumulation in the body, the outer tube inlet holes formed in a longitudinal direction to the upper periphery and, reciprocating back and forth together with the movement of the mobile is inserted into the interior of the outer piston tube, and the cannula comprising an inner tube that is formed in the suction holes in the top peripheral suction of fat; Connection pipe connected to the lower end of the outer pipe is, the moving space formed therein; It is connected to the lower end of the inner tube, a piston for reciprocating movement in the interior of the connector; Connected to the lower end of the moving piston is, are formed in the inner tube communicating with the suction therein, the operation rod is drawn into and out of the mouth of the operating member; The operation member for connecting a lower end of the connection pipe and, reciprocally moving the operation rod; And is connected to the lower end of the actuating rod, is formed so as to be in communication with the suction, the lower end is connected to a suction hose of the vacuum suction discharge pipe for discharging the suctioned fat; provides automated liposuction device comprising a.

In addition, the operation member has the air cylinder do characterized in that the air hose which air is introduced or discharged to the upper and the lower end is connected.

In this case, to which the air hose is connected to the solenoid valves operating the air cylinders by the control of the air flow is also characterized in that.

Herein, the vacuum suction is a vacuum gauge is automatically changed according to Sikkim acceleration pressure while holding the operator has put a hand in the treatment area, the change of the vacuum gauge is transmitted to the solenoid valve through the control box to the air cylinder is adjusted, the amount of air to be supplied or discharged can do is characterized in that for adjusting the operating speed of the air cylinder.

In addition, the outer tube is attached to the bottom of the sphere is formed do have the feature that the screw in combination with the upper end of the connection pipe.

In addition, the inner tube is attached to the bottom of the sphere is formed do have the feature that the screw connection with the upper end of the moving piston.

With this, the connecting pipe has to do its features being added to the top of the screw stone formation, is added to a screw hole formed at the bottom.

Further, the operating rod has a do that characterized in that the work plate is bonded to the bottom.

In addition, the operation member has to do the features of the vacuum cylinder.

In addition, the operation member, there is a do that characterized in that said operating rod is reciprocated in engagement with the pinion, and comprises a pinion which rotates by the operation motor and the operation of the actuating motor.

In addition, but it can be used to separate the cannula and combining the de-sector (dissector), the de sector is cut by the ring tube the ring formed at the distal end, is provided with a cutting edge at the distal end moves back and forth in the interior of the ring tube also it characterized in that including a cutter that performs.

Since according to the invention, the cannula is made of a double tube may place the liposuction to automatically reciprocate back and forth in the inner tube of the cannula, less tremor and vibration than with manual and oscillating with respect to the correct treatment area by the operation member, without the cell death due to friction and damage and skin around the body tissue does not occur, the treatment operation is easy and the degree of fatigue of the operator greatly reduced, and shortening treatment time, it is possible to always draw a predetermined treatment result reduces the deviation, the postoperative treatment area is kept smooth without jagged, there is an effect that the operative side effects minimized.

Also, while holding the operator has put a hand in the treatment area and automatically changing the vacuum gauge of the vacuum suction depending on the Sikkim acceleration pressure, change of vacuum gauge is transmitted to the solenoid valve through the control box to operate the speed of the air cylinder are automatically adjusted, there is a treatment area where liposuction and surgery that can be easily and quickly and accurately determine the effect of fat intake.

And, there is a combined de-sector, instead of the cannula to the device effects that can be inserted into the treatment area, and moving back and forth the ring tube inner cutter of the seomyute while the ring of the ring tube gun removed easily cut seomyute.

1 is a view showing a conventional liposuction device.

Figure 2 is a view showing an embodiment of a general configuration of the automated liposuction device according to the present invention.

Figure 3 is a part cross-sectional side view of the automated liposuction device according to the present invention.

Figure 4 is an exploded perspective view of the cannula of the present invention.

Figure 5 is a working example of a solenoid valve according to the invention

Figure 6 is a sectional view illustrating operation of the air cylinder in accordance with the present invention.

7 is a perspective view illustrating the operation of the air cylinder in accordance with the present invention.

Figure 8 is an illustrative the operation member including a working motor and a pinion.

9 is a view equipped with a de-sector rather than the cannula.

The present invention to solve the aforementioned problems is, in the automatic liposuction device for removing by using a vacuum pressure generated by a vacuum aspirator suction to the fat accumulation in the body, the outer tube inlet holes formed in a longitudinal direction to the upper periphery and, reciprocating back and forth together with the movement of the mobile is inserted into the interior of the outer piston tube, and the cannula comprising an inner tube that is formed in the suction holes in the top peripheral suction of fat; Connection pipe connected to the lower end of the outer pipe is, the moving space formed therein; It is connected to the lower end of the inner tube, a piston for reciprocating movement in the interior of the connector; Connected to the lower end of the moving piston is, are formed in the inner tube communicating with the suction therein, the operation rod is drawn into and out of the mouth of the operating member; The operation member for connecting a lower end of the connection pipe and, reciprocally moving the operation rod; And is connected to the lower end of the actuating rod, is formed so as to be in communication with the suction, the lower end is connected to a suction hose of the vacuum suction discharge pipe for discharging the suctioned fat; provides automated liposuction device comprising a.

In addition, the operation member has the air cylinder do characterized in that the air hose which air is introduced or discharged to the upper and the lower end is connected.

In this case, to which the air hose is connected to the solenoid valves operating the air cylinders by the control of the air flow is also characterized in that.

Herein, the vacuum suction is a vacuum gauge is automatically changed according to Sikkim acceleration pressure while holding the operator has put a hand in the treatment area, the change of the vacuum gauge is transmitted to the solenoid valve through the control box to the air cylinder is adjusted, the amount of air to be supplied or discharged can do is characterized in that for adjusting the operating speed of the air cylinder.

In addition, the outer tube is attached to the bottom of the sphere is formed do have the feature that the screw in combination with the upper end of the connection pipe.

In addition, the inner tube is attached to the bottom of the sphere is formed do have the feature that the screw connection with the upper end of the moving piston.

With this, the connecting pipe has to do its features being added to the top of the screw stone formation, is added to a screw hole formed at the bottom.

Further, the operating rod has a do that characterized in that the work plate is bonded to the bottom.

In addition, the operation member has to do the features of the vacuum cylinder.

In addition, the operation member, there is a do that characterized in that said operating rod is reciprocated in engagement with the pinion, and comprises a pinion which rotates by the operation motor and the operation of the actuating motor.

In addition, but it can be used to separate the cannula and combining the de-sector (dissector), the de sector is cut by the ring tube the ring formed at the distal end, is provided with a cutting edge at the distal end moves back and forth in the interior of the ring tube also it characterized in that including a cutter that performs.

With reference to the drawings will be described in detail mainly with respect to the embodiment configuration of the present invention.

Automated liposuction device in accordance with the present invention that after insertion in the body fat during liposuction procedures to advance and retreat this separation and destruction of fat by the reciprocating motion and to remove by suction this, significantly as shown in Figure 2, the cannula (cannula ; 100), a connector (200), moving the piston 300, the actuation rod 400, is made, including the operating member 500, the solenoid valve 600, control box 700, the air compressors 800 , it may be included with a vacuum aspirator 900.

As shown in Figs. 3 and 4, the cannula 100 has to have a length which is inserted a long diameter of the narrow tubular stabbing in the body subcutaneous fat layer, the outer tube 110 is provided in the outside and the outer that is inserted into the inside of the tube 110 consists of a double tube of the inner tube 120.

The outer tube 110 of the inlet hole 111 in the longitudinal direction on the upper outer periphery are formed through separated and destroyed by a back and forth reciprocating motion of the cannula 100 treatment area fat flows into the pipe inside, at the bottom of the the top and mounting holes 122 that are threaded into the connecting tube 200 is formed.

In this case, the inlet hole 111 is a length of a long slot in the form of an ellipse, it can be formed a plurality dog.

The inner tube 120 is inserted into the inside of the outer tube 110, the suction holes 121 in the upper periphery and is formed through, the fat flows through the inlet hole into the interior of the outer tube (110) through the suction hole 121 and is drawn into the interior of the inner tube 120.

The cannula 100 is sucked when the ball 121 is overlapped to coincide with each other separated and the suction of the destroyed fat of the inlet hole 111 and the inner tube 120 of the outer tube 110 in the forward and backward reciprocal movement is It is possible.

In addition, the inner tube 120 is attached to the bottom of the sphere 122 is formed is engaged with the threaded top of the mobile piston (300).

Here, the suction hole 121 may be formed in plurality dog.

As shown in Figure 3, the connector 200 is to be connected to the lower end of the outer tube 110 is formed between the cannula 100 and the operation member 500, moving inside the piston ( 300) moving space (210) to move back and forth by the reciprocating motion is formed.

Further, the screw projections 230 on the upper end of the connecting tube 200 is formed and threaded with the mounting holes 112 formed in the lower end of the outer tube 110, a screw hole at a lower end of the connection pipe 200, 240 are formed is coupled to the top of the protrusion (not shown) and screw projecting upper end of the operation member 500. the

It said mobile piston (300) is connected to a lower end of the inner tube 120, when the operation rod 400, how reciprocated by the operation of the operation member 500, also reciprocates the movable piston 300, thereby do.

The operation rod 400 is connected to the lower end of the movable piston 300, and out take-off is input to the operation member 500 by the operation of the operation member 500, thereby connected to the operating rod (400) moving the piston 300 to the suction of the surgical field local to the reciprocating forward and backward reciprocal movement within the movement space 210 of the connector 200.

Here, the operation rod 400 and operating plate 410 is coupled to the lower end of the operating plate 410 is moved from the inside of the actuating member 500, engaging inside the upper end of the operating member 500 that takes place.

The operation member 500 is the function of the connection is connected to the lower end of the tube 200, by the operation by moving the actuation rod 400 up and down, repeatedly reciprocate the moving piston (300) .

At this time, the operation member 500 may be of the energy the pressure of the air supplied from the outside with the air cylinder 510 to be converted to a mechanical reciprocating linear motion.

The air cylinder 510 and the interior forming a hollow, upper and lower air is, and is connected to the air hose 511 and the lower side air hose 512 upper introduced or discharged to the upper air hose 511 and the lower air hose 512 is connected to a solenoid valve 600 that operation of the air cylinder by controlling the air flow.

The lower end of the operation rod 400 has been connected to the discharge pipe 540, the discharge pipe 540 is formed to communicate with the suction, the suction hose of the lower end of the discharge pipe 540, the vacuum aspirator 900 ( 910) is connected to the store by discharging the suctioned fat in fat reservoir 930, the vacuum aspirator 900.

Thus, the suction pump (not shown), the inner tube 120, the local operation and the movable piston 300, the suction through the Raising the jangong sound pressure at a predetermined pressure, the cannula 100 of the vacuum suction 900 via a suction to the rod (400) is discharged to the outside through the discharge pipe 540, it will be immediately removed through the suction hose 910 is stored in the local storage bin 930.

For example, when the description is one embodiment, the solenoid valve 600 is supplied to an external power source, and operating time, etc. connected to the electrical and the control panel with the control box 700 is provided with a control, the inside solenoid valve is provided with a side of the head portion 610 and is connected with an external air compressor 800 of the air supply hose 513 and the upper air hose 511 and the lower side air hose 512 is connected to connection 620 for supplying air and , is achieved by electrical comprises a working portion 630 of the internal-operated opening and closing in accordance with the supply or blocked.

Further, the vacuum aspirator 900 is a vacuum gauge according to Sikkim acceleration pressure while holding the operator has put a hand in the treated area; a (vacuum indicator 920) and the automatic change, a change in the vacuum gauge 920 control box through 700 is transmitted to the solenoid valve 600 are the control amounts of the air to be supplied or discharged to the air cylinder 510 of by adjusting the operating speed of the air cylinder 510, the cannula 100 the front and rear of the reciprocating speed at the inner tube 120 is adjusted.

In addition, the operation member 500 is not necessarily limited to the air cylinder 510, may be a vacuum cylinder provided in place of the air cylinder 510, can act to reciprocate the moving piston (300) so long as the outside can be applied also a variety of other types of cylinder and methods.

In addition, as another embodiment, as illustrated in Figure 8. The actuating member 500, and the operating motor 531 is installed therein, a pinion 532 rotated by the operation of the operation motor 531 is connection installation and, the operation rod 400 has the actuating rod by the value formed repeatedly on one side Sikkim in engagement with the pinion 532 and possible movement in a linear direction, operating the operation motor 531 in forward or reverse It can be moved 400 is reciprocating.

In addition, the separation of the cannula and di-sectors as shown in Fig. 9; a, but can be used to combine (dissector D), the di-sector (D) is a ring tube a ring formed at the distal end (D1) and a distal end It is provided with a cutting blade and a cutter (D2) for performing cutting by moving back and forth in the interior of the ring tube (D1).

The outer tube 110 and inner tube 120 are each of the connectors 200 and move piston 300, and are bonded so that it can be easily detachable, separating the outer tube 110 and inner tube 120 and, it combines the ring tube (D1) in the connection pipe 200, was coupled to the cutter (D2) to the mobile piston (300), can be used to remove the cutting seomyute the treatment area.

That is, if the liposuction procedure when chewy seomyute under the skin of treated area (annulus fibrosus) is left intact since the suction to remove the fat also may be the volume of the treated area remains not reduced, the intake of fat in the cannula 100 after removal, by combining the de-sector (D) in place of the cannula 100, and into the treatment area, to reciprocate back and forth the cutter (D2) the seomyute from gun to the ring of the ring tube (D1) remove cutting seomyute is to reduce obesity.

With reference to the drawings will be described in detail by an embodiment with respect to the operation of the automated liposuction device according to the present invention.

For example, the first operator is working on (on) the power of the air compressor (800), and activates one (on) the power of the vacuum sucker 900, by operating the power is also turned on (on) of the control box 700, the operate the device for automatic vacuum suction device of the invention.

Then, the supply to the solenoid valve 600, the suction pump is activated through the suction hose 910, generating a vacuum pressure, and air with an air supply hose from an air compressor 800, 513 through a vacuum aspirator 900 the air cylinder 510 begins to operate.

Then, the operator is in a position, place one hand on the treated area holding the connector 200 and the like with the other hand to insert the outer pipe 110 of the cannula 100 to the skin of the body treatment area to remove fat thereby accurately reached.

At this time, the vacuum gauge 920 is in the range of 0 to 76 of vacuum aspirator 900 and while maintaining the 20 When did not insert a cannula 100 in the body increase after the insertion into the body is brought to 40, the air and the cylinder 510 starts the operation by starting the reciprocating forward and backward of the inner tube 120 of cannula 100, for example, is reciprocated 0.5 times per second.

Next, the operator applies pressure or subtracting while holding the hand placed on the treated area gamyeo was adjusted to a value range of 40 to 60 of the vacuum gauge 920 to adjust the operating speed of the air cylinder 510.

That is, if the operator is pressing down the hand placed on the treated area to apply pressure or sense and changes the value of the vacuum gauge 920 in a vacuum aspirator 900, these values ​​change in the vacuum gauge 920 is a vacuum suction (900 ) and is electrically transmitted to soon solenoid valve 600 via the associated control box 700, the solenoid valve 600 is an air cylinder (510 by controlling the amount of air to be supplied or discharged to the air cylinder 510) of the by adjusting the operating speed, said by adjusting the inner tube reciprocating speed of the forward-reverse of the 120 of the cannula 100, the separation in vivo treatment area of ​​the fat and destruction and by sucking this local reservoir via the suction hose 910 remove the 930.

At this time, and FIG. 5 (a), the solenoid electric signal is applied when the electronic valve 611 to 611 of the head unit 610 as shown in is pulled the core 612 opens into the aperture (613), wherein flow to and push the O-ring 631 to a pressure of air, an air compressor 800, solenoid valve 600 is supplied to the supply hole 623 with the lower air holes 622, air flowing through the connecting portion 620 from and, is the upcoming air is therefore introduced into the air cylinder 510 via the lower side air hose 512, the operation rod 400 is advanced state as shown in FIG. 6 (a) and 7 (a).

As shown in Figure 5 (b), when the other hand the electric signal cut off access door 613 is closed up is the pressure of air lost to the O-ring 631. The O-ring 631, it flows in the force of the spring 632, the original of being restored to a position, and flow into the supply hole 623, solenoid valve 600, the air hole 621, the upper air inlet supplied with through the connecting portion 620, Fig. 6 (b) and 7 (b) Fig. because as soon as air is introduced into the air cylinder 510 through the upper air hose 511, and the operation rod 400 is retracted.

Thus, the solenoid of the air flow is controlled and the air cylinder 510 is actuated by the opening and closing action of the valve 600, the operation rod 400 is repeatedly inner tube 120 of cannula 100 by forward and backward reciprocal movement and that the reciprocating movement, it will be fat intake when the cannula 100 is overlapped by suction holes 121 of the inlet hole 111 and the inner pipe 120 of outer pipe 110 are coincident with each other during the reciprocating movement ..

In addition, the operator is the value of the vacuum gauge 920 in a vacuum aspirator 900 is automatically changed in accordance with Sikkim acceleration pressure while holding place one hand on the treatment area, the numerical change in the vacuum gauge 920 control box 700 is transmitted to the solenoid valve 600 through the operating speed because of the air cylinder 510 is controlled automatically, easily and accurately determine the location of the treatment area liposuction and fat intake may be quickly treatment.

On the other hand, the tough seomyute under the skin of treated area remained the case to remove it, the cannula 100 to the de-sector cutting tool was separated from the apparatus; combine (dissector D) to the device to remove cut seomyute.

After all, the liposuction automated liposuction device cannula is to made of a double tube automatically moved forward and backward reciprocating motion in the inner tube of the cannula by the operation member, less tremor and vibration than with manual and oscillating with respect to the correct treatment area according to the invention because it can be implemented, the cell death caused by friction and damage skin and surrounding tissues does not occur, the treatment operation is easy, and the fatigue of the operator greatly reduced, and shortening treatment time, can always draw a certain treatment results it reduces the number of deviation is maintained smooth without the rough treatment area not surgery, but the surgery side effects are minimized.

The embodiment in the present invention but the present invention is used as one example of which is limited. It has substantially the same configuration as the technical concept described in claims of the present invention achieve the same operation and effect are also included in the technical scope of the present invention would no.

Claims (8)

  1. In the automated liposuction device for removing by using a vacuum pressure generated by a vacuum aspirator suction to the fat accumulation in the body,
    And the outer tube inlet hole formed longitudinally on the upper outer periphery, reciprocating back and forth together with the movement of the mobile is inserted into the inside of the outer tube piston and cannula comprising an inner tube that is formed in the ball suction on the top peripheral suction fat .; Connection pipe connected to the lower end of the outer pipe is, the moving space formed therein; It is connected to the lower end of the inner tube, a piston for reciprocating movement in the interior of the connector; Connected to the lower end of the moving piston is, are formed in the inner tube communicating with the suction therein, the operation rod is drawn into and out of the mouth of the operating member; The operation member for connecting a lower end of the connection pipe and, reciprocally moving the operation rod; Including,,; and discharge pipe connecting the bottom of the operating rod and, is formed so as to be in communication with the suction, the lower end is connected to a suction hose of the vacuum suction discharging the sucked fat
    The operation member and the upper and lower air flows, or air hose connected to the air cylinder is discharged, the air hose is connected to the solenoid valve sikimyeo by modulation of the air flow operating the air cylinder,
    The vacuum suction is operator is a vacuum gauge is automatically changed according to Sikkim acceleration pressure while holding place one hand on the treatment area, the change of the vacuum gauge is transmitted to the solenoid valve via a control box supplied or to the air cylinder is adjusted, the amount of discharged air automated liposuction device, characterized in that for adjusting the operating speed of the air cylinder.
  2. According to claim 1,
    The outer tube will automatically liposuction device mounting holes at the bottom is formed, characterized in that the screw connection with the upper end of the connecting tube.
  3. According to claim 1,
    The inner tube is attached to the bottom of the sphere is formed automatically liposuction device, characterized in that the screw connection with the upper end of the moving piston.
  4. According to claim 1,
    The connector automatically liposuction device, characterized in that the screw portion is formed at the top of the stone, it is added to a screw hole formed at the bottom.
  5. According to claim 1,
    Automated liposuction device, it characterized in that the actuating rod is coupled to the lower working plate.
  6. According to claim 1,
    Automated liposuction device of the operation member is characterized in that the vacuum cylinder.
  7. According to claim 1,
    The operation member, the operation motor and the automatic liposuction device including a pinion rotated by the operation of the actuating motor, and wherein said operating rod is reciprocated in engagement with the pinion.
  8. According to claim 1,
    But separating the cannula and can be used to combine the de-sector (dissector),
    The de sectors are provided with a cutting edge to the ring tube and the distal end ring formed at the distal end of automated liposuction device to move back and forth in the interior of the ring tube includes a cutter for performing cutting.
PCT/KR2015/004704 2015-05-11 2015-05-11 Automatic fat suction device WO2016182095A1 (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6336925B1 (en) * 1997-04-03 2002-01-08 Jean Malak Liposuction apparatus
JP2005288187A (en) * 1995-02-10 2005-10-20 Biopsys Medical Inc Method and device for automated biopsy and collection of soft tissue
KR100913378B1 (en) * 2008-10-22 2009-08-20 (주)에스덤메딕스 Cannula for fat inhalation
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