KR20230153034A - Gas and liquid mixing and treatment unit for lipolysis management device - Google Patents

Abstract

The present invention relates to a gas and liquid mixing and treatment unit for a lipolysis management device. More specifically, the present invention relates to a gas and liquid mixing and treatment unit for body shape management and fat decomposition, mixing gas for carboxy treatment and liquid for mesotherapy for body shape management and fat decomposition and injecting it into the treatment area. In the management device, the mixing efficiency of the carboxylic treatment gas and the mesotherapy liquid is increased, the moving speed of the gas and liquid mixture is increased, and the moving pressure is provided to maximize the efficiency of injection into the treatment area. The present invention relates to a gas and liquid mixing and treatment unit for a skin management device, for which the present invention includes: a gas storage unit storing a carboxylic treatment gas; A liquid storage unit storing liquid for mesotherapy; An opening/closing valve connected to the gas storage unit and the liquid storage unit through a connection pipe, respectively, and controlling movement of the stored gas or liquid; a mixing module that is separably coupled to the on-off valve to mix the moved gas and liquid, and is composed of multiple stages that are separably coupled to each other; It includes a treatment module that is separably coupled to the mixing module and performs the treatment with the mixed gas and liquid to the treatment area, wherein the mixing module includes a passage through which the introduced gas and liquid move, and a moving device disposed in the passage. It is characterized by a rotating ball that mixes gas and liquid while rotating by the moving pressure of the gas and liquid.

Description

Gas and liquid mixing and treatment unit for lipolysis management device}

The present invention relates to a gas and liquid mixing and treatment unit for a lipolysis management device. More specifically, the present invention relates to a gas and liquid mixing and treatment unit for body shape management and fat decomposition, mixing gas for carboxy treatment and liquid for mesotherapy for body shape management and fat decomposition and injecting it into the treatment area. In the management device, the mixing efficiency of the carboxylic treatment gas and the mesotherapy liquid is increased, the moving speed of the gas and liquid mixture is increased, and the moving pressure is provided to maximize the efficiency of injection into the treatment area. It relates to gas and liquid mixing and treatment units for skin management devices.

Obesity refers to a condition in which an excessive amount of body fat accumulates inside the human body. Since the World Health Organization defined it as a disease that requires long-term treatment in 1996, it has been recognized as one of the important diseases that humanity must overcome.

Typically, exercise and diet therapy are suggested in the process of treating obesity. Obesity that can be solved through exercise and diet is early stage obesity, and in case of chronic obesity, body fat accumulated inside the body is broken down using a separate surgical device. Let it be discharged outside the human body.

The device used at this time is a lipolysis management device, and a method of injecting drugs into the treatment area for the purpose of lipolysis or cosmetic surgery has been proposed.

Here, Carboxy Therapy, also called 'carboxy injection', and Mesotherapy, also called 'fat dissolution', were proposed for the purpose of breaking down fat or cosmetic surgery. The carboxytherapy is harmless to the human body. Carbon dioxide (Co₂) gas is injected through a needle into the subcutaneous fat layer of the treatment area, such as the abdomen or thighs, to remove fat using the principle that the carbon dioxide gas physically stimulates the fat cells and expels the fatty acids inside the cells. The surgical device for carboxytherapy is disclosed in Republic of Korea Patent No. 10-0690965.

In addition, the mesotherapy involves injecting a special drug with fat decomposition and combustion effects into a specific part of the human body through a needle to break down body fat so that fat cells can easily escape, and quickly burns it using a laser or ultrasound to discharge waste. As a surgical method for removal, this mesotherapy surgical method is disclosed in Republic of Korea Patent No. 10-0814493.

Meanwhile, the conventional obesity treatment device removes fat by injecting gas and liquid drugs separately into the treatment area. A technology to reduce the treatment time by allowing gas and liquid to be used simultaneously has been proposed, as an example. There is a Korean registered patent No. 10-1299231.

The prior art is a 'combined device for body shape management and obesity treatment', which provides a combined device that can use carbon dioxide injection, drug injection, and low frequency at the same time, and each device is provided to treat gas, liquid, and low frequency. It improves convenience of use and solves the inconvenience of space constraints.

However, the prior art does not perform the procedure by mixing the gas and the drug, but rather consists of separate devices as one device, so there is no improvement in the treatment of the gas and the liquid separately.

Meanwhile, Republic of Korea Patent Publication No. 10-2015-0130757 provides a 'sap and gas mixing promotion device', which mixes sap and medical carbon dioxide gas used in procedures such as surgery or fat removal into one device. A technology for supplying water through a line was proposed, in which sap and carbon dioxide gas simultaneously introduced through one passage are passed through a mesh filter with fine holes to achieve mixing.

However, in the prior art, the same effect cannot be expected during the procedure because the mixing ratio changes depending on the speed at which sap and carbon dioxide gas move, and because the mesh filter is placed at the position where gas and liquid are discharged, the effect of bubble formation is low. There was a problem.

Republic of Korea Patent No. 10-0690965 Republic of Korea Patent No. 10-0814493 Republic of Korea Patent No. 10-1299231 Republic of Korea Patent Publication No. 10-2015-0130757 Republic of Korea Patent No. 10-1494193

The present invention was proposed to solve the above problems. The gas and liquid stored in the gas storage unit and the liquid storage unit, respectively, are mixed through a mixing module and then delivered to the treatment module, while increasing the mixing efficiency of gas and liquid. The purpose is to provide a gas and liquid mixing and treatment unit for a fat decomposition management device that maximizes the efficiency of injection into the treatment area by increasing the movement speed of the mixed mixture.

In addition, the present invention consists of a multi-stage mixing module that is separably coupled to each other, and rotates by the moving pressure of the gas and liquid moving in each mixing module, and a rotating ball with a bubble forming groove formed on the outer surface is disposed to move the gas. A gas and liquid mixing and treatment unit for a lipolysis management device that can increase the mixing ratio of gas and liquid while preventing a decrease in the moving speed of gas and liquid by configuring the rotating ball to rotate in response to the moving speed of the liquid. The purpose is to provide.

In order to achieve the above object, the present invention includes: a gas storage unit storing gas for carboxylic surgery;

A liquid storage unit storing liquid for mesotherapy;

An opening/closing valve connected to the gas storage unit and the liquid storage unit through a connection pipe, respectively, and controlling movement of the stored gas or liquid;

a mixing module that is separably coupled to the on-off valve to mix the moved gas and liquid, and is composed of multiple stages that are separably coupled to each other;

Includes a treatment module that is detachably coupled to the mixing module to treat the mixed gas and liquid to the treatment area,

In the mixing module,

A passage through which the introduced gas and liquid move,

It is characterized in that it is provided with a rotating ball disposed in the passage and mixing the gas and liquid while rotating by the moving pressure of the moving gas and liquid.

In addition, the mixing module includes a body through which the passage is formed along the longitudinal direction, a fastening protrusion protruding outward from one longitudinal end of the body, and a fastening recess formed inward from the other longitudinal end of the body, The rotating ball is rotatably disposed in the fastening recess and a mixing groove communicating with the passage is formed.

In addition, the passage includes an inlet through which gas and liquid enters, and an outlet through which the mixture of gas and liquid mixed by the rotating ball is discharged, and is characterized in that it is formed to have an area that gradually narrows toward the outlet. do.

In addition, the rotating balls are each disposed in a multi-stage mixing module, and are provided with a bubble forming groove that is formed inward from the outer peripheral surface, and the bubble forming groove of the rotating ball disposed adjacent to the opening/closing valve side is on the treatment module side. It is characterized in that it is formed to have a relatively wide width compared to the bubble forming groove of the adjacent rotating ball.

The present invention made as described above can increase the efficiency of injection into the treatment area by increasing the injection pressure of the mixture of gas and liquid injected into the patient for lipolysis or cosmetic surgery,

By maximizing the mixing ratio of gas and liquid, the effect of fat decomposition or cosmetic surgery in the treatment area can be improved.

By mixing gas and liquid and injecting it into the treatment area, the treatment time can be minimized and the fatigue of the operator and recipient can be reduced.

In addition, the present invention configures the mixing module, which mixes gas and liquid and delivers it to the treatment module, into multiple stages so that they can be separated from each other, and uses them by combining and separating them as needed. For example, the amount of input of the mixture of gas and liquid is relatively small. In this case, by reducing the number of mixing modules combined, the moving speed of the mixture can be maintained quickly, thereby increasing the efficiency of injection into the treatment area.

In addition, when a relatively large amount of mixture is used in the procedure, the amount and movement speed of the mixture discharged can be adjusted by combining multiple mixing modules. Even if the gas or liquid changes depending on the purpose of the procedure, the mixing module can be adjusted in response. It is configurable and has a wide range of uses.

1 is an exemplary diagram showing a gas and liquid mixing and treatment unit for a lipolysis management device according to the present invention.
Figure 2 is an exploded illustration of a gas and liquid mixing and treatment unit for a fat decomposition management device according to the present invention.
Figure 3 is an exemplary cross-sectional view showing a state in which gas and liquid mixing and treatment units for the fat decomposition management device according to the present invention are combined.
Figure 4 is an exemplary diagram showing a mixing module constituting the present invention.
Figure 5 is an exemplary diagram showing the combined state of the mixing modules constituting the present invention.
Figure 6 is an exemplary diagram showing a rotating ball constituting the present invention.
Figure 7 is an exemplary diagram showing an embodiment of a rotating ball constituting the present invention.

Hereinafter, other purposes and features of the present invention in addition to the above purposes will be clearly revealed through description of embodiments with reference to the accompanying drawings.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted in an ideal or excessively formal sense unless explicitly defined in the present application. No.

Hereinafter, preferred embodiments of the gas and liquid mixing and treatment unit for the lipolysis management device according to the present invention will be described with reference to the attached drawings.

First, the gas and liquid mixing and treatment unit 1 for the fat decomposition management device according to the present invention, as shown in Figures 1 to 3, includes a gas storage unit 10 in which gas for carboxy treatment is stored, and a mesotherapy A liquid storage unit 20 in which the liquid for use is stored, and an opening/closing valve ( 30) and a mixing module 40 composed of multiple stages that are separably coupled to the on-off valve 30 to mix the moved gas and liquid, and are separably coupled to the mixing module 40. It includes a treatment module 50 that applies the combined and mixed gas and liquid to the treatment area.

The gas storage unit 10 and the liquid storage unit 20 are each formed in the form of an enclosure including a storage space for storing gas or liquid, and each enclosure has a connection pipe connected to the opening/closing valve 30 ( One end of 60) is combined.

Here, the connector 60 is made of a flexible type whose angle is freely adjustable, and one end coupled to the gas storage unit 10 or the liquid storage unit 20 and the other end coupled to the opening/closing valve 30 to be described later are each It is desirable to seal it to prevent leakage of gas and liquid in the combined state.

Of course, in the present invention, the gas storage unit 10 and the liquid storage unit 20 may be formed as one piece, and then the interior may be partitioned so that the gas and liquid are respectively stored in the partitioned space, and the gas or liquid may be introduced. And the gas or liquid may be stored in a disposable cartridge having an outlet for discharge and a storage space for storing the gas or liquid introduced through the outlet and then discarded after one use.

In the present invention, supplying gas and liquid in a separate state means that the type of gas or liquid used may change depending on the purpose of the procedure, such as lipolysis or cosmetic surgery. In particular, when the liquid is changed, the changed liquid may be used. It prevents the inconvenience of having to manufacture and then supply the mixture by mixing it with gas at a certain ratio, prevents accidents caused by errors in the ratio during the process of mixing liquid and gas, and prevents accidents caused by errors in the ratio in the process of mixing liquid and gas. As the storage time increases, problems due to evaporation of gas or liquid occur in mixtures stored in , so to prevent this problem, the gas and liquid are supplied separately.

The opening/closing valve 30 is connected to the gas storage unit 10 and the liquid storage unit 20 through a connection pipe 60 to receive the stored gas or liquid, and its operation is controlled by the operator. do.

The on-off valve 30 can be selectively used as a mechanical type, such as a ball valve, or an electronic type, such as a solenoid valve. Since the structure and operational relationship of the on-off valve 30 are known, detailed illustration and description will be omitted.

The mixing module 40 is composed of multiple stages that are separably coupled to each other, and is separably coupled to the on-off valve 30 to mix the gas and liquid transferred through the on-off valve 30, followed by a procedure module (described later) 50).

The mixing module 40 for this purpose includes a body 41 through which a passage 42 through which gas and liquid moves inside is formed along the longitudinal direction, and a fastening protrusion protruding outward from one end of the body 41 in the longitudinal direction. (43) and a fastening recess 44 formed inward from the other end in the longitudinal direction of the body 41, and rotating by the moving pressure of the gas and liquid disposed in the passage 42 and moving between the gas and liquid. It further includes a rotating ball 45 for mixing the liquid.

The body 41 extends in the longitudinal direction and has a passage 42 penetrating therein along the longitudinal direction, and can be separated from the other body 41 through the fastening protrusion 43 and the fastening recess 44. The opening/closing valve 30 or the procedure module 50 described later is combined.

That is, the fastening recess 44 formed on the body 41 is coupled with the fastening protrusion 43 of another body 41 arranged in contact with the body or the opening and closing valve 30 is coupled, and the fastening protrusion 43 ) is detachably coupled to the fastening recess 44 of another body 41, or the treatment module 50, which will be described later, is coupled.

These fastening protrusions 43 and fastening recesses 44 have coupling threads formed on the outer or inner surface to form a screw-coupled form that engages with each other, and sealing or packing (not shown in the drawing) to seal the coupling portion is provided. are placed further.

And the passage 42 formed in the body 41 is a space where the gas and liquid delivered from the opening and closing valve 30 move, and the passage 42 is formed along the moving direction to increase the moving speed of the gas and liquid during the movement process. It is formed so that its area gradually narrows.

That is, the passage 42 has an inlet 421 formed on the fastening recess 44 side through which gas and liquid enters, and an outlet formed on the fastening protrusion 43 side through which a mixture of gas and liquid is discharged ( 422), and is formed to have an area where the width of the passage 42 gradually narrows as it moves toward the outlet 422, so that the fluid flows continuously while the opening/closing valve 30 is open. It uses the phenomenon of Bernoulli's theorem, which has been shown to increase speed when passing through a pipe and decrease when passing through a wide pipe.

The rotating ball 45 is formed in the shape of a circular ball and is disposed in the passage 42, and has a bubble forming groove 451 formed in a concave shape on the outer peripheral surface to ensure a space for movement of gas and liquid. This is provided.

The bubble forming groove 451 is engraved in a cross shape on the outer peripheral surface of the rotating ball 45, so that gas and liquid move along the bubble forming groove 451, and at the same time, the rotating ball 45 moves the gas. and the moving pressure of the liquid rotates the gas and liquid passing through the bubble forming groove 451 to mix them and increase the moving speed at the same time.

At this time, the moving speed of the gas and liquid moving along the passage 42 may be slowed as it comes into contact with the rotating ball 45, but the movement of the gas and liquid is caused by the rotational force generated by the rotation of the rotating ball 45. Slowed movement speed can be compensated for by increasing the speed.

Meanwhile, a space in which the rotating ball 45 is rotatably disposed is provided in the passage 42 to prevent the rotating ball 45 from leaving its position when rotating due to the moving pressure of gas and liquid. do.

For this purpose, the space where the rotating ball 45 is placed is formed in a semicircular shape in the fastening recess 44 and is provided with a mixing groove 441 communicating with the passage 42.

Meanwhile, the bubble forming groove 451 formed in the rotating ball 45 may be formed to have different sizes depending on the position of the rotating ball 45. For example, the mixing module 40 As shown in the drawing, when combined in three stages, the bubble forming groove 451 of the rotating ball 45 disposed in the mixing module 40 coupled to the opening and closing valve 30 is used to form a treatment module 50 and a treatment module 50 to be described later. It is formed to have a relatively wide width compared to the bubble forming groove 451 of the rotating ball 45 disposed in the combined mixing module 40.

That is, in the movement path of gas and liquid, the size of the bubble forming groove 451 of the rotating ball 45 disposed at the position where gas and liquid enters is determined by the rotating ball located on the side from which the mixture of gas and liquid is discharged ( It is formed relatively large compared to the size of the bubble forming groove 451 of 45).

Through this, the restriction of the movement amount of gas and liquid by the rotating ball 45 is minimized at the position where gas and liquid are introduced, and the movement of the mixture is minimized at the position where the mixture of gas and liquid is delivered to the treatment module 50. By maintaining a fast speed, the effect of injection into the treatment area is maximized by minimizing movement restrictions caused by the human body's resistance during the process of injection into the treatment area.

In addition, the moving speed of gas and liquid is adjusted according to the size of the bubble forming groove 451 formed in the rotating ball 45, so that the moving speed can be maintained quickly even when the amount of gas and liquid for the procedure is changed. .

That is, when the amount of the mixture of gas and liquid delivered to the treatment module 50, which will be described later, is small, the mixing module 40 on which the rotating ball 45 having a small area of the bubble forming groove 451 is disposed is opened and closed. It is placed between the valve 30 and the treatment module 50 to increase the moving speed of the mixture to increase the effect of injection into the treatment area, and when a relatively large amount of the mixture of gas and liquid needs to be delivered, the bubble forming groove The mixing module 40 with the rotating ball 45 having a relatively large area (451) is placed between the opening and closing valve 30 and the treatment module 50, or the treatment module 50 is placed as shown in the drawing. The mixing module 40 is arranged so that the size of the bubble forming groove 451 gradually decreases as it moves towards, preventing the moving speed of the discharged mixture from decreasing during movement and ensuring that it is discharged at a high speed when discharged.

The treatment module 50 is combined with the mixing module 40 to receive a mixture of gas and liquid, and is equipped with a needle 51 that is inserted into the treatment area of the recipient to inject the received mixture into the treatment area. .

At this time, the treatment module 50 is such that the needle 51 is detachably coupled so that the used needle 51 can be collected and disposed of separately. To this end, the treatment module 50 includes the mixing module 40. The assembly 52 coupled to the needle 51 is coupled to the assembly 52 and the fastener 53 is separately configured to detachably couple to the assembly 52 to facilitate the process of combining or separating the needle 51. In addition, in the case of the fastener 53, since it can directly contact the skin of the person receiving the treatment, it is separated from the assembly 52 after use, disinfected, and then reused, thereby disinfecting or disposing of the entire treatment module 50 including the assembly 52. It has the advantage of reducing the cost of disposal or disinfection.

As described above, the present invention has been described with specific details such as specific components and limited embodiments and drawings, but this is only provided to facilitate a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , those skilled in the art can make various modifications and variations from this description.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and the scope of the patent claims described later as well as all things that are equivalent or equivalent to the scope of this patent claim shall fall within the scope of the spirit of the present invention. .

1: Gas and liquid mixing and treatment unit for lipolysis management device
10: gas storage unit
20: liquid storage unit
30: Open/close valve
40: Mixed module
41: body 42: passage
43: fastening protrusion 44: fastening recess
45: Rotating ball
451: Bubble forming groove
50: Treatment module
51: needle 52: combination body
53: fastener
60: connector

Claims (4)

A gas storage unit (10) in which gas for carboxylic surgery is stored;
A liquid storage unit (20) storing liquid for mesotherapy;
An opening/closing valve (30) connected to the gas storage unit (10) and the liquid storage unit (20) through a connection pipe (60) and controlling the movement of the stored gas or liquid;
A mixing module (40) that is separably coupled to the on-off valve (30) to mix the moved gas and liquid, and is composed of multiple stages that are separably coupled to each other;
Includes a treatment module (50) that is detachably coupled to the mixing module (40) to treat the mixed gas and liquid to the treatment area,
In the mixing module 40,
A passage 42 through which the introduced gas and liquid move,
Gas and liquid mixing and treatment for a fat decomposition management device, characterized in that it is provided with a rotating ball 45 that mixes gas and liquid by rotating by the moving pressure of the moving gas and liquid disposed in the passage 42. unit. The method of claim 1, wherein the mixing module 40,
a body 41 through which the passage 42 is formed along the longitudinal direction;
A fastening protrusion 43 protruding outward from one end in the longitudinal direction of the body 41,
It includes a fastening recess 44 formed to be drawn inward from the other longitudinal end of the body 41,
The rotating ball 45 is rotatably disposed in the fastening recess 44 and a mixing groove 441 communicating with the passage 42 is formed. Gas and liquid mixing and treatment for the fat decomposition management device. unit. The method of claim 1, wherein the passage 42 is,
It includes an inlet 421 through which gas and liquid enters, and an outlet 422 through which the mixture of gas and liquid mixed by the rotating ball 45 is discharged, and an area that gradually narrows toward the outlet 422. A gas and liquid mixing and treatment unit for a lipolysis management device, characterized in that it is formed to have. The method according to any one of claims 1 to 3, wherein the rotating ball 45,
Each of the mixing modules 40, which are made up of multiple stages, is provided with a bubble forming groove 451 that extends from the outer circumferential surface to the inside,
The bubble forming groove 451 of the rotating ball 45 disposed adjacent to the on/off valve 30 side is in the bubble forming groove 451 of the rotating ball 45 disposed adjacent to the treatment module 50 side. A gas and liquid mixing and treatment unit for a fat decomposition management device, characterized in that it is formed to have a relatively wide width.

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