KR102389488B1 - Handpiece for apparatus of treating obesity by freezing fat cell - Google Patents

Abstract

The present invention relates to a handpiece for an obesity treatment device in which a cooling plate and a housing are integrated to cool the subcutaneous fat sucked into a treatment space from all directions, thereby greatly improving the obesity treatment efficiency. The device of the present invention has an open surface, a treatment space for sucking the treatment site is formed therein, and a suction and cooling cup for cooling the treatment space in all directions when connected to a suction pipe and cold air is transmitted; a handpiece body coupled to the suction cup and the cooling cup; and a cooling device built into the handpiece body and cooling the suction and cooling cup as a whole, wherein cold air is transmitted from the cooling device to the entire suction and cooling cup to move the treatment area sucked into the treatment space from all directions. It is intended for cooling treatment. The handpiece of the apparatus for treating obesity using cooling of the present invention is an integrated structure in which a cooling function and a suction function are integrated, and there is no need for a separate suction housing. And after preparing the cooling cup, it can be replaced as needed, so that the therapeutic effect can be greatly improved.

Description

Handpiece for omnidirectional cooling obesity treatment device that integrates cooling plate and housing {HANDPIECE FOR APPARATUS OF TREATING OBESITY BY FREEZING FAT CELL}

The present invention relates to a handpiece for an obesity treatment device using cooling, and more particularly, by integrating a cooling plate and a housing into one body to cool the subcutaneous fat sucked into the treatment space from all directions, greatly improving the obesity treatment efficiency It relates to a handpiece for an obesity treatment device.

Obesity is caused by esterification of fatty acids and glucose flowing into adipocytes from plasma when excessive intake of nutrients compared to energy consumption over a long period of time and accumulating mainly in the form of triglycerides. When the mass index: weight (kg) divided by the square of height (m)) is above the standard value (25), obesity is defined.

As obesity is known to be the cause of all diseases, various diet methods are attracting social attention. there is.

As a conventional technology for treating obesity using cooling, the 'freezing agent for use with a treatment device for improved cooling of excessive subcutaneous lipid cells' announced in Korean Patent Registration No. 10-1039758 (hereinafter referred to as 'prior document 1') ) and 'a device, system and method for removing heat from subcutaneous lipid excess cells' (hereinafter referred to as 'Prior Document 2') disclosed in Korean Patent Application Laid-Open Publication No. 10-2012-0018779 are known. .

In general, as shown in FIG. 1, the obesity treatment device using cooling includes a control body 10, a cable 20, and a handpiece 30.

The control body 10 has wheels and can be moved by a handle, and supplies cooling water for cooling the heat generated from the thermoelectric element of the cooling device constituting the handpiece 30 and returns the used cooling water to heat radiation for cooling. It includes a device, a vacuum pump for providing a suction force to the suction cup constituting the handpiece 30 , and a touch screen 11 for displaying an operation state and receiving an operation input.

The cable 20 connects the control body 10 and the handpiece 30, and a cooling water circulation tube for supplying cooling water from the control body 10 to the cooling device of the handpiece 30 and recovering the used cooling water. , a suction tube for transferring the suction force of the vacuum pump to the suction cup of the handpiece 30, a power line for supplying power to the handpiece 30, and a detection signal of a temperature sensor and a detection signal of a magnet sensor. Signal lines are built-in for

When the handpiece 30 is operated in close contact with the body part to be treated, the body part to be treated is automatically sucked, and cold air is transmitted to the body part to be treated to treat obesity.

2 is an example showing a conventional handpiece 30 in an obesity treatment device using cooling, in which cooling devices 34 are attached to both sides of a flexible suction housing 32 and partially on both sides of the suction housing 32 to be cooled.

However, according to such a conventional obesity treatment device, the housing and the cooling plate are separately configured, so the manufacturing cost is high, and there is a problem in that the treatment effect is lowered because the treatment is performed locally only on both sides of the suction cup. In addition, the conventional handpiece has a problem in that it is inconvenient to use because a touch LCD panel for display and operation is mounted on the handpiece body and there is no handle.

The present invention has been devised to solve the above problems, and an object of the present invention is to cool the subcutaneous fat sucked into the treatment space in all directions using a suction cup and a cooling cup that are integrally implemented with a cooling plate and a housing for treatment An object of the present invention is to provide a handpiece for an obesity treatment device using cooling that can significantly improve efficiency and reduce manufacturing costs by improving the structure.

Another object of the present invention is to provide a handpiece of an obesity treatment device using cooling which is convenient to use by integrating the operation and display functions into the main body and implementing a handle on the handpiece body.

In order to achieve the above object, in the device of the present invention, an open surface is formed, a treatment space for sucking a treatment site is formed therein, and when connected to a suction pipe and cold air is transmitted, the treatment space is moved in all directions. cooling in suction and cooling cups; a handpiece body coupled to the suction cup and the cooling cup; and a cooling device built into the handpiece body and cooling the suction and cooling cup as a whole, wherein cold air is transmitted from the cooling device to the entire suction and cooling cup to move the treatment area sucked into the treatment space from all directions. It is characterized in that it is intended for cooling treatment.

The cooling device may include: a cooling block in contact with the closed surface of the suction cup; a thermoelectric element provided on one surface of the cooling block; It includes a water block positioned on one surface of the cooling block with a thermoelectric element interposed therebetween and configured to circulate cooling water to cool the heat emitted from the thermoelectric element.

In addition, in order to achieve the above object, in another device of the present invention, an open surface is formed, a treatment space for sucking a treatment site is formed therein, and a metal dome-shaped suction cup connected to a suction pipe. ; a handpiece body coupled to the closed surface of the suction cup; and a cooling device built into the handpiece body and cooling the suction cup as a whole through the closed surface of the suction cup; including, a treatment site that is sucked into the treatment space by transferring cold air from the cooling device to the entire suction cup It is made for cooling treatment from all directions.

For replacement of the suction cup, the handpiece body and the suction cup are detachably coupled, and a surface of the suction cup is coated with a coating member for improving the feeling of contact with the skin, the portion where the cooling device is in contact The coating member is not coated so that the cold air can be efficiently transmitted, and the metal material is exposed as it is and is in direct contact with the cooling device.

The cooling device may include: a cooling block in contact with the closed surface of the suction cup; a thermoelectric element provided on one surface of the cooling block; It includes a water block positioned on one surface of the cooling block with a thermoelectric element interposed therebetween and configured to circulate cooling water to cool the heat emitted from the thermoelectric element.

And in order to achieve the above object, the device of the present invention includes: a metal dome-shaped suction cup having an open surface, a treatment space for sucking a treatment site therein, and connected to a suction pipe; a handpiece body coupled to the closed surface of the suction cup; and a cooling device built into the handpiece body and cooling the suction cup as a whole through the closed surface of the suction cup; including, a treatment area that is sucked into the treatment space by transferring cold air from the cooling device to the entire suction cup It is made for cooling treatment from all directions.

The handpiece of the apparatus for treating obesity using cooling of the present invention is an integrated structure in which a cooling function and a suction function are integrated, and there is no need for a separate suction housing. And after preparing the cooling cup, it can be replaced as needed, so that the therapeutic effect can be greatly improved.

In addition, in the handpiece of the obesity treatment device using cooling of the present invention, the hard metal material in the form of a dome is responsible for both suction and suction, so that the suction cup does not deform during suction and the skin sucked into the suction cavity can be cooled evenly. Also, since the suction and cooling surfaces are made of only a dome-shaped curved surface, the entire skin is stretched evenly during suction and does not cause pain.

And since the suction and cooling cup according to the present invention are all made of metal up to the top of the dome (the bottom surface in contact with the body), it is possible to cool the entire cooling surface even with a single cooling device on the bottom surface, and the suctioned skin It is possible to cool down to the upper part of the That is, the conventional handpiece has a structure in which metal cooling plates are inserted into both sides of a suction cup made of flexible silicone or plastic injection material, so two or more cooling devices are required, and only the side of the sucked skin is cooled, but in the present invention The following handpiece can be cooled to the upper part of the inhaled skin.

1 is an example of an obesity treatment device using a general cooling,
Figure 2 is an example showing a conventional handpiece in the obesity treatment device using cooling,
3 is a cross-sectional side view of the coupling of the handpiece according to the first embodiment of the present invention;
4 is an exploded perspective view of a handpiece using a type 1 suction and cooling cup in the first embodiment of the present invention;
5 is an exploded perspective view of a handpiece using a type 2 suction and cooling cup in the first embodiment of the present invention;
6 is an exploded perspective view of a handpiece using a suction cup and a cooling cup according to a second embodiment of the present invention;
7 is a combined perspective view of a handpiece using a suction cup and a cooling cup according to a second embodiment of the present invention;
8 is a side cross-sectional view illustrating a coupling of a handpiece using a suction cup and a cooling cup according to a second embodiment of the present invention.

The present invention and the technical problems achieved by the practice of the present invention will become clearer by the preferred embodiments of the present invention described below. The following examples are merely illustrative of the present invention, and are not intended to limit the scope of the present invention.

First, the handpiece according to the present invention uses a suction and a cooling cup in which a cooling plate and a suction housing are integrally implemented. A second embodiment of the structure disposed on both sides of the integrated suction cup will be described separately. Also, in the first embodiment, according to the shape of the integrated suction cup, a first type of the cooling dome and a second type in which the long axis of the cooling dome is divided will be described.

<First embodiment>

Figure 3 is a side cross-sectional view of the coupling of the handpiece according to the first embodiment of the present invention, Figure 4 is an exploded perspective view of the handpiece using the type 1 suction cup in the first embodiment of the present invention, Figure 5 is the present invention It is an exploded perspective view of a handpiece using a type 2 suction cup in the first embodiment.

As shown in FIG. 3 , the handpiece 100 in which the cooling plate and the suction housing are integrated according to the first embodiment of the present invention includes a handpiece body 110 having a handle 112 formed therein, and a handpiece body ( The cooling device 120 that is built in 110) and provides a cooling function, the detachable suction and cooling cup 130 that is detachably coupled to the handpiece body 110 and the cooling plate and the suction housing are integrally formed, suction and cooling It is composed of a fastening member 140 for fastening the cup 130 to the handpiece body 110 .

Referring to FIG. 3 , the handpiece body 110 is a body case 110a having a handle 112 , and the body case 110a has an accommodation space for accommodating the cooling device 120 and a cable 20 to connect the For the cable connector 114 is formed.

The cooling device 120 includes a cooling element (TEC) 122 having a heating surface and a heat absorbing surface, and a water block 126 for dissipating heat from the cooling element 122 through cooling water circulation in close contact with the heating surface of the cooling element 122 . , is in close contact with the heat absorbing surface of the cooling element 122 and is composed of a cooling block 124 for transferring cold air as a whole to the suction and cooling cup 130 . The cooling element 122 is preferably implemented as a Peltier element so that when power is applied, the heat absorbing surface is cooled, the heating surface is heated, and the heat absorbing surface is cooled through the cooling block 124 and the suction and cooling cup 130 as a whole. it is meant to be

The suction and cooling cup 130 is integrated with the suction housing and the cooling plate, so there is no need for a separate suction housing as in the prior art, and has a structure detachable from the handpiece body, and is implemented with a metal cooling dome 132 . As shown in FIG. 4, the cooling dome 132 made of a metal material has a shape in which one surface is opened and the entire surface is closed, and the opening surface is an elliptical first type, and as shown in FIG. 5, the major axis direction of the opening surface ellipse It can be implemented as a second type in which the groove 136 is formed perpendicular to the parabolic surface of the .

4, the suction and cooling cup 130 of the first type has a dome shape in which the cooling dome 132 is open on one side and closed on the other sides, and the top of the dome is to be in close contact with the handpiece body 110. It is flat so that Fastening grooves 130a are formed on both sides of the curved surface where the flat surface and the curved surface meet, and a suction hole 130b connected to the suction pipe of the main body is formed in the central portion of the flat surface, and the opening surface has an elliptical shape. Although the cooling dome 132 is illustrated as being coated with silicone 134 in the drawings, it may be used without coating with silicone.

5, the suction and cooling cup 130' of the second type has a dome shape in which the cooling dome 132' is open on one side and closed on the other sides, and the top of the dome can be in close contact with the handpiece body. so that it is flat. Fastening grooves 130a' are formed on both sides of the curved surface where the flat surface meets the curved surface, and suction holes 130b' connected to the suction pipe of the main body are formed in the center of the flat surface, and the opening surface is oval. there is. In addition, the groove 136 is formed perpendicular to the parabolic surface in the major axis direction of the ellipse of the opening surface, so that the cooling dome 130 ′ of the second type is coated with silicon 134 as shown in the figure.

Referring back to FIG. 3 , the fastening member 130 is formed of a hook or a locking means and has a structure in which the hook is fastened to the fastening grooves 130a and 130' of the suction and cooling cups.

The suction and cooling cups 130 and 130' of the present invention have an integrated structure in which the cooling function and the suction function are integrated, and do not require a separate suction housing. After implementing various types of suction and cooling cups, they can be replaced as needed, so that the treatment effect can be greatly improved. That is, the suction and cooling cups 130 and 130' according to the present invention are configured to be easily separated/coupled from the handpiece, so that the user can freely select and install suction and cooling cups of various sizes and shapes on one handpiece body. can be treated

In addition, in the suction and cooling cups 130 and 130' of the present invention, the dome-shaped hard metal material is responsible for both suction and suction, so that the suction and cooling cup do not deform even during suction, and the skin sucked into the suction cavity can be cooled evenly. Since the suction and cooling surfaces are made of only a dome-shaped curved surface, the entire skin is stretched evenly during suction and does not cause pain. there is. That is, in the prior art, a metal cooling plate is inserted into a suction cup made of flexible silicone or plastic injection material. Therefore, in the suction cup, the flexible part without the cooling plate is not transmitted to the skin and is deformed due to negative pressure to the skin. In the present invention, although it may cause a wound, the suction and cooling cup are made of a hard metal material and are not deformed, and have a curved surface, so that the inserted skin can be uniformly cooled as a whole, and there is no pain in the skin.

In addition, the suction and cooling cups 130 and 130' according to the present invention are all made of metal up to the top of the dome (the bottom surface in contact with the body), so that even one cooling device on the bottom surface can cool the entire cooling surface. , cooling to the upper part of the inhaled skin is possible. That is, since the conventional handpiece has a structure in which metal cooling plates are inserted into both sides of a suction cup made of flexible silicone or plastic injection material, two or more cooling devices are required, and only the side of the sucked skin is cooled, but the present invention does not It is possible to cool the upper part of the inhaled skin.

<Second embodiment>

6 is an exploded perspective view of a handpiece using a suction and cooling cup according to a second embodiment of the present invention, and FIG. 7 is a combined perspective view of a handpiece using a suction and cooling cup according to a second embodiment of the present invention, 8 is a side cross-sectional view illustrating a coupling of a handpiece using a suction cup and a cooling cup according to a second embodiment of the present invention.

The handpiece 200 for obesity treatment apparatus using cooling according to the second embodiment of the present invention is, as shown in FIG. 6, the handpiece body 210 and the one side is opened to form a treatment space therein. A suction and cooling cup 220 in which the bottom surface is integrated with the cooling plate and the suction housing that are fastened to the handpiece body 210, and a pair of cooling devices 230 fastened to both sides of the suction and cooling cup 220 is done

6 to 8, the handpiece body 210 is mounted with a touch LCD 211 for displaying and manipulating the operating state in the case 210a, a control board 212, and a fitting 213 for suction. there is.

The suction and cooling cup 220 has a dome shape in which the cooling dome 222 is open on one side and closed on the other sides, and the top part of the dome is flat so that it can be in close contact with the handpiece body 210, and the central part of the plane A hole 220a connected to the suction pipe of the main body is formed, and the opening surface has an elliptical shape. In addition, a groove 226 is formed perpendicular to the parabolic surface in the major axis direction of the ellipse of the opening, and the entire surface of the cooling dome 222 is coated with silicon 224 except for a part or a portion in contact with the cooling device.

As shown in FIG. 6 , the cooling device 230 includes a thermoelectric element 231 , a water block 232 , a water block cover 233 , and an injection cover 234 , and power is applied to the thermoelectric element 231 . When this occurs, the water block 232 cools the whole of the integrated suction cup 220 and the generated heat by water cooling. The tube inside the handpiece body 210 is connected to the water block 232 through the fitting 235 to allow the cooling water to flow to the cooling device 230 on both sides of the suction cup.

In the above, the present invention has been described with reference to one embodiment shown in the drawings, but it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible therefrom.

110, 210: handpiece body 110a: body case
112: knob 114: fitting
120: cooling device 122: thermoelectric element
124: cooling block 126: water block module
130,130': suction and cooling cup 130a, 130a': fastening groove
130b,130b': suction hole 132,132': cooling dome
134,134': silicone coating 136: groove
140: fastening member 211: touch LCD
212: control board 213: fitting for suction
220: suction and cooling cup 222: cooling dome
224: silicone coating 226: groove
230: cooling device 231: thermoelectric element
232: water block 233: water block cover
234: injection cover 235: fitting

Claims (19)

A metal dome shape with one side open in an oval shape and the other side closed is formed with a treatment space inside for suctioning the treatment site. A fastening groove is formed in the plane, and the suction hole in the central part of the plane is connected to the suction pipe so that the treatment area can be sucked into the treatment space, and when cold air is transmitted, suction and cooling that cools the treatment space in all directions cup;
a cooling device in which a heat absorbing surface is in close contact with the plane of the suction and cooling cup to cool the suction and cooling cup as a whole, and a heat generating surface is cooled by cooling water;
A space for accommodating the cooling device and a cable connector for connecting a cable are formed, and a pair of fastening members coupled to the fastening groove by elasticity are attached to the side of the hand to be coupled to the suction and the cooling cup. piece body; and
A handpiece for an omnidirectional cooling obesity treatment device in which a housing and a cooling plate including a handle protruding upward from the handpiece body to be held by a user's hand are integrated. delete The method of claim 1, wherein the suction and cooling cups are
The surface is coated with a coating member to improve the feeling of contact with the skin, and the coating member is not coated so that cold air can be efficiently transmitted to the part to which the cooling device is in contact, and the metal material is exposed as it is and is in direct contact with the cooling device. An omnidirectional cooling handpiece for an obesity treatment device with a cooling plate and a housing integrated, characterized in that. The method of claim 1,
In order to confirm that the handpiece body and the suction and cooling cup are properly coupled, a magnet is provided in the suction and cooling cup, and a magnet sensor is provided in the handpiece body to detect the magnet. Handpiece for omnidirectional cooling obesity treatment device that integrates and housing. According to claim 1, wherein the cooling device,
a cooling block in contact with the closed plane of the suction and cooling cup;
a thermoelectric element provided on one surface of the cooling block;
Forward cooling in which the cooling plate and the housing are integrated as one body and include a water block positioned on one surface of the cooling block with a thermoelectric element interposed therebetween and configured to circulate cooling water to cool the heat emitted from the thermoelectric element. Handpiece for obesity treatment device. delete delete delete delete delete delete delete delete delete delete delete delete delete delete

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