KR200415194Y1 - The skin for restoration a plastic operation - Google Patents

Abstract

 The present invention relates to a skin regeneration molding machine used for physical dermabrasion when regenerating the skin by removing scars or aging, skin, and mushrooms caused by burns, abrasions, and the like. Even if you are not a skilled practitioner, there is less possibility of misoperation, so you can reduce the pain of the patient, and can reduce the procedure time and the number of repetitive procedures, thereby improving the practical use of the procedure. It would be.

Currently, physical dermabrasion that directly polishes or shaves the skin surface using abrasives is the best treatment method because it does not have side effects to chemicals and damage to the skin tissue caused by laser beams, but it takes a long time and takes a long time to remove it if it is not skilled. There is a problem that the patient suffers from extreme pain because the skin thickness is not uniform, so there is a high possibility of false procedures.

Therefore, the present invention forms a blade that is rotated at high speed by the driving force by mechanical transmission inside the guard net, and closely adheres the skin surface to the outside of the guard net so that skin peeling can be safely and quickly and precisely performed by contact with the blade and the skin surface. By providing a skin regeneration molding machine to solve the problems that occur during the procedure of physical dermabrasion.

Physical peeling, protection net, blade, drive motor, rotation

Description

Skin regeneration molding machine {The skin for restoration a plastic operation}

1 is an exploded perspective view showing a configuration according to an embodiment of the present invention.

Figure 2 is an external perspective view showing another embodiment of the present invention.

Figure 3 is a reference use state of the present invention.

<Explanation of symbols for the main parts of the drawings>

1: main body 2: driving motor

3: windwing 4: sword

5: blocking cap 5a: protection net

6: collection area of the skin 7: battery

8: plug 9: filter

10: ON / OFF control key

The present invention relates to a patch regeneration molding machine used for physical dermabrasion when the skin is regenerated by removing scars on the skin due to burns, acne, abrasions, or by removing wrinkles, blotch, etc. generated on aged skin. Because of the ease and precision of the procedure, even if you are not highly skilled, the possibility of false procedure is less likely to reduce the pain of the patient, and the procedure time and the number of repetitive procedures can be reduced. By making it possible to increase the practical use of the procedure.

Currently, the skin dermabrasion procedure used in hospitals is used to physically peel or peel off the skin surface where scars have been generated by using abrasives, and by applying chemicals to the skin, the skin reaction with chemicals There are chemical dermabrasions used and laser dermabrasions using skin reactions by laser beams in contact with the skin.

Of these, chemical dermabrasion and laser dermabrasion are convenient for the procedure, but chemical dermabrasion is not applicable to patients with weak skin and has side effects on skin reactions. In the case of laser dermabrasion, thermal damage to skin tissue is caused by laser beam. If there is a problem that can cause unexpected scars.

On the contrary, physical dermabrasion is the method that has been performed until now because it is the best treatment method because there is no side effect on the chemical and damage to skin tissue.

However, the disadvantages of such physical dermabrasion are that, if not skilled, the procedure takes a long time, the thickness of the peeled skin is not uniform, and the possibility of a false procedure is high, which causes severe pain in the patient, and also for safety. Because the skin peels off very thin, there are inconveniences of having to do several repetitions.

Therefore, due to these shortcomings, physical dermabrasion was the safest method of skin dermabrasion, but only a highly skilled practitioner performed the procedure, so there was little practical use of the procedure.

In addition, the skin dermabrasion procedure using a grinder has a difficulty in removing the debris generated during the procedure by using a separate suction tool, and if the inhalation is not performed properly, the dermabrasion residues may be buried on the skin surface. And, there is a problem that the peeling material is buried in the polishing machine itself is gradually reduced the peeling effect.

Therefore, the present invention is intended to enhance the practicality of physical dermabrasion by providing a skin molding machine with less possibility for misoperation due to facilitation and precision of the dermabrasion procedure even when not highly skilled.

To this end, the skin regeneration molding machine of the present invention forms a knife that is rotated at high speed by a driving force by mechanical transmission inside the protection net in contact with the skin. It is to be peeled and precisely, and the peeling material is configured to be sucked into the collection space inside the collection immediately after occurrence.

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

As shown in FIG. 1, the skin regeneration molding machine of the present invention comprises a drive motor mounted in the inner accommodating space toward the front of the main body 1 having a structure having an inner accommodating space while being made of a standard which may have a function of a handle ( In the state in which the rotating shaft 2a of 2) is partitioned by a predetermined depth, the front projecting into the inner space portion is opened so that the coupling shaft 3a of the wind blade 3 is coupled to rotate, and the front surface of the wind blade 3 is rotated. As the blade is erected at a right angle to the knife (4) is coupled to be able to peel the skin surface in close contact with the outer side of the protective net (5b) of the blocking cap (5) coupled to the opening of the inner space, the peeling material is It is configured to be collected in the peeled space collection space (6) penetrated into the inner space by the wind generated by the wind wing (3).

At this time, the inner space part of the main body 1 is to be shared with the skin collection space 6 is to remove the peel material collected in the skin collection space 6 through the decomposition of the blocking cap (5). At this time, the front end and the blocking cap 5 of the main body 1 is formed with a thread (1a) (5a) is to enable easy coupling and disassembly by rotation.

In addition, the drive motor (2) is to be built in the inner receiving space of the main body (1) to be mounted in a state that is cut off with the peeling material collection space (6) to prevent the failure of the drive motor (2) by preventing the ingress of the peeling material. It is made to be, the wind wing (3) is mounted to the inner space portion of the main body 1 is made of a structure that is penetrated with the skin collection space (6).

At this time, the discharge port 6a is formed in the skin collection space 6 for discharging the wind generated from the wind vane 3, and the filter 9 for discharging only the wind at the discharge port 6a. To attach.

At this time, the filter 9 forms a fixing frame 11 for fitting the filter 9 to the portion where the discharge hole 6a is formed to enable replacement of the filter 9 so that the filter 9 is filtered out of the filter 9. It is possible to prevent the backflow of the peeling due to the change in the direction of the wind caused by clogging of the filter by the.

Therefore, by allowing the filter 9 to filter the peeled material to be discharged through the discharge port 6a with the wind among the collected peeled material, it is possible to prevent the external discharge of the peeled material.

In addition, the inner accommodating space of the main body 1 has a structure in which a battery 7 for supplying power to the driving motor 2 as well as the driving motor 2 may be incorporated, and the inner accommodating space is the battery 7. It is intended to be open to the outside for replacement use of the opening and to be blocked by the closure 8.

In this case, the driving motor 2 may supply power by using a connection cable instead of the power supply by the battery 7, and for this purpose, the main body 1 has a connection terminal for connection with a connection cable (not shown). ) By using a known technique applied to conventional electronic products.

In addition, an ON / OFF control key 10 for controlling the connection and interruption of the power supply switch with the drive motor 2 is formed outside the main body 1 to facilitate convenience of use.

On the other hand, the skin regeneration molding machine of the present invention is shown only in the form of a straight shape that the blocking cap 5 is coupled in the same straight line with the front end of the main body 1, the blocking cap (5) as shown in FIG. ) Can be formed in the form of a lattice that is coupled in a direction orthogonal to the distal end of the main body (1) This deformation of the shape is only for the operator to select and use in a convenient form according to the site of the peeling procedure However, the shape change does not change the technology of the present invention.

Therefore, the skin regeneration molding machine of the present invention configured as described above is turned on in a state in which the skin surface to be treated to the outside of the protective net 5a of the blocking cap 5 is made by using the body 1 as a handle as shown in FIG. 3. When the driving motor (2) is driven by adjusting the ON / OFF control key (10), the wind blade (3) is rotated and at the same time the knife (4) coupled to the wind blade (3) is a protective net of the blocking cap (5). (5a) By being rotated at a high speed from the inside, the surface of the skin contacting the blade through the protective net 5a can be quickly and safely and accurately grounded at a uniform thickness. It can greatly reduce the pain time and severity.

In addition, the peeled skin generated during the procedure is the wind generated from the wind wing (3) is discharged through the discharge port (6a) formed in the peel skin collection space (6) to wind the peeled material collection space (6) formed with the discharge port (6a) Since the direction of the transfer is made, the peeled water is introduced into the peeled water collection space 6 so that it can be collected.

In addition, since the collected peeled material is filtered by the filter 9 attached to the discharge port 6a to prevent the discharge to the outside, the peeled material does not adhere to the treatment area at all during the peeling procedure so that it is safe and hygienic. This will be possible.

Therefore, such a skin regeneration molding machine can greatly improve the practicality by being able to solve the problem of physical dermabrasion as there is little possibility of false procedure due to rapid, safety, and refinement even during the skin dermabrasion procedure by the new medical team.

Claims (4)

As the structure having the inner accommodating space, the shaft of the drive motor mounted to the inner accommodating space toward the front of the main body having the function of the handle is projected to the inner space part with the front opening opened in a state in which the rotating shaft of the driving motor is partitioned by a certain depth. It is coupled to be rotated, the front of the wind blade to the blade is perpendicular to the knife is coupled to be able to peel the skin surface in close contact with the outside of the protective net of the blocking cap coupled to the opening of the inner space, the peeling material Is a skin regeneration molding machine configured to be collected by the wind generated by the wind vane into the skin collection space penetrating the inner space portion The skin regeneration molding machine according to claim 1, wherein the inner space portion of the main body is shared with the skin collection space so that the collected skin can be removed through decomposition with the blocking cap. According to claim 1 or claim 2, wherein the discharge space for the discharge of the wind generated in the wind vane is formed in the skin collection space so that the direction of the wind is directed to the skin collection space, the discharge opening is filtered Skin Regenerator with Filter for 4. The skin shaping regenerator of claim 3, wherein a fixing frame is formed at a portion where the discharge port is formed to fix the filter for replacement of the filter.

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