RU226263U1 - BACTERICIDAL DEVICE FOR MANICURE AND PEDICURE - Google Patents

Abstract

The utility model relates to bactericidal devices for manicure and pedicure, made in the form of a body with an abrasive surface on which antimicrobial particles are applied, and can be used, in particular, in manicure and pedicure when treating the nail plate, cuticle, eponychium, side ridges, crack openings skin on the fingers, toes, and feet. According to the utility model, the body is made in the form of a disk made of a flexible Mylar base, on which abrasive and antimicrobial particles are sprayed. The achieved technical result is the ability to reduce trauma to the patient when using the device due to the plasticity of the lavsan base, since it is possible to accurately repeat the contour of the nail plate and ridges, and it also becomes possible to treat hard-to-reach places.

Description

Field of technology to which the utility model relates

This utility model relates to bactericidal devices for manicure and pedicure, made in the form of a body with an abrasive surface on which antimicrobial particles are applied and can be used, in particular, in manicure and pedicure when treating the nail plate, cuticle, eponychium, side ridges, crack openings skin on the fingers, toes, and feet.

State of the art

A bactericidal device for manicure and pedicure is known from the prior art, made in the form of a body with an abrasive surface on which antimicrobial particles are applied, described in the patent for the invention DE 102016001493, A1, published on August 17, 2017.

This device is the closest in technical essence to the declared utility model and is taken as a prototype for the proposed utility model. The disadvantage of this device is that this device provides sufficient bactericidal properties, but there remains the possibility of injury to the patient when using the device, since the base is rigid.

Disclosure of utility model

Based on this original observation, the present utility model primarily aims to provide a germicidal device for manicure and pedicure, designed in the form of a body with an abrasive surface on which antimicrobial particles are applied, expanding the arsenal of germicidal devices for manicure and pedicure. The technical result of the claimed utility model is the implementation of a utility model for the specified purpose, which consists in the use of a bactericidal device for manicure and pedicure, which will reduce the trauma of the patient when using the device due to the plasticity of the lavsan base, since it is possible to accurately repeat the contour of the nail plate and ridges, and it also becomes possible processing in hard-to-reach places.

To achieve this goal, the body is made in the form of a disk made of a flexible Mylar base, on which abrasive and antimicrobial particles in the form of silver ions are sprayed.

Thanks to such advantageous characteristics, it becomes possible to implement a useful model for the specified purpose, which is to use a bactericidal device for manicure and pedicure, which will reduce the trauma of the patient when using the device due to the plasticity of the lavsan base, since it is possible to accurately repeat the contour of the nail plate and ridges, and it also becomes possible processing in hard-to-reach places.

There is a possible embodiment of the utility model, in which the disk has a hole in the middle and is mounted on a disk holder mounted on a drive that rotates the disk holder.

Thanks to such advantageous characteristics, it is possible to improve the usability of the device.

Finally, there is a possible embodiment of the utility model, in which the abrasive disc is impregnated with stearates to reduce friction.

Thanks to this advantageous characteristic, it becomes possible to reduce friction.

The set of essential features of the proposed utility model is unknown from the prior art for devices of similar purposes, which allows us to conclude that it meets the “novelty” criterion for the utility model.

Brief description of drawings

Other distinctive features and advantages of the utility model clearly emerge from the description given below for illustrative purposes and not being limiting, with reference to the accompanying drawing, in which:

Fig. 1 shows a bactericidal device for manicure and pedicure, according to the utility model.

The figure indicates:

1 - disk,

2 - hole,

3 - disk holder,

4 - drive,

5 - flexible lavsan base,

6 - spraying of abrasive material and antimicrobial particles,

7 - bushing.

According to FIG. 1 bactericidal device for manicure and pedicure is made in the form of an abrasive disk 1 with a hole 2 in the middle, mounted on a disk holder 3, mounted on a drive 4 that rotates the disk holder 3. The abrasive disk 1 is made in the form of a flexible Mylar base, on which antimicrobial particles are applied, for example , on which an abrasive material containing silver ions is sprayed.

Aluminum oxide or corundum can be selected as an abrasive material. Optionally, the abrasive disk 1 can have a degree of abrasiveness in the range from 20 to 100 μm. Optionally, abrasive disc 1 can be impregnated with stearates to reduce friction.

The disk holder 3 can be installed on the drive 4 with a metal or plastic sleeve 7, with a disk rotation speed of no more than 3000-10000 rpm.

The silver content can be 1%.

Abrasive disc 1 is easily removed, snaps easily and securely fastens. Bushing 7 can be metal or plastic. Due to this, the work of the master is accelerated. Abrasive disc 1 is used once.

Abrasive disc 1 can be of four-disperse abrasiveness. This device does not contain any materials of animal or human origin. Type of contact with the human body – short-term (less than 24 hours) contact with the human nail plate.

Implementation of a utility model

A bactericidal device for manicure and pedicure works as follows. (A non-limiting example of the use of the utility model for manicure is given).

1. Hand preparation. Hands are treated with a disinfectant, in which the master thoroughly wipes his own hands and the client’s hands, an antiseptic, an antibacterial gel, a lotion effective against fungus, bacterial viruses, or others. Execution time 2-4 seconds.

2. Working with nail plates. The free edge of the nail plates is processed using a file with a grade of 180-240 grit. Execution time 5-7 minutes.

3. Preparing the cuticle. Use an orange stick or pusher to push back the cuticle, lifting it. Execution time 3-5 minutes.

4. Using a flame cutter (bullet), they begin to lift the keratinized part of the eponychium-cuticle. The cutter is worked first from right to left, then from left to right. Switching to reverse.

5. After this, the cutting tool (nippers, tweeters, scissors) comes into operation, with the help of which the cuticle is removed.

6. The cuticle and side ridges are treated with abrasive disc 1. The treatment begins with the little finger of the client’s right hand. Place the abrasive disk 1 on the disk holder 3, with the working surface down to the handle, and immediately begin processing the side rollers and cuticles from left to right. The non-working side of disk 1 slides along the nail plate without injuring it, its disk rotation speed is no more than 3000-10000 rpm. The device works on the forward, the execution time is 15-20 minutes.

Disc 1 is held parallel to the surface being treated. The finger is grabbed from below with tension on the side rollers with the middle and thumb of the left hand, smoothly moving towards the cuticle. Having reached it, they change the position of their hands. Pull the proximal roller with your thumb, lifting it. The cuticle cut is processed or the cuticle itself is removed. Continue working with disk 1.

The final stage of working with the nail plate and cuticle. A cuticle remover (urea remover) is applied along the cuticle and side ridges, an exposure time of 1-3 minutes is maintained, and the remaining cuticle (pterygium) is removed from the nail plate and along the side ridges using an orange stick. Execution time 3-5 minutes.

Industrial applicability

A bactericidal device for manicure and pedicure can be implemented by a specialist in practice and, when implemented, ensures the implementation of the stated purpose. The possibility of implementation in practice follows from the fact that for each feature included in the formula of a utility model based on the description, a material equivalent is known, which allows us to conclude that it meets the “industrial applicability” criterion for a utility model and the “completeness of disclosure” criterion for a utility model.

In accordance with the proposed solution, the applicants manufactured a prototype of a bactericidal device for manicure and pedicure.

Tests of the prototype showed that it fully complies with the requirements that are imposed in manicure and pedicure on the manufactured flexible abrasive cloth, namely, it is durable, elastic, thin and, for reasons of hygiene, does not introduce contaminants that cause irritation, fungal and other viral diseases and is chemically neutral in its composition. In addition, it is suitable for any skin type, does not leave burrs, reduces working time, the skin remains in perfect condition after treatment

All this, ultimately, ensures the achievement of the achieved technical result - the possibility of implementing the specified purpose with a utility model, which is to use a bactericidal device for manicure and pedicure, which will reduce the trauma of the patient when using the device due to the plasticity of the lavsan base, since it is possible to accurately repeat the contour of the nail plates and rollers, and also the possibility of processing in hard-to-reach places.

Claims (3)

1. A bactericidal device for manicure and pedicure, made in the form of a body with an abrasive surface and antimicrobial particles, characterized in that the body is made in the form of a disk made of a flexible Mylar base, on which abrasive and antimicrobial particles in the form of silver ions are sprayed. 2. The device according to claim 1, characterized in that the disk has a hole in the middle and is mounted on a disk holder mounted on a drive that rotates the disk holder. 3. The device according to claim 1, characterized in that the disk is impregnated with stearates to reduce friction.

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