RU192704U1 - Cosmetic compressor - Google Patents

Abstract

The cosmetology compressed air compressor for cosmetic skin care procedures comprises a piston unit 1 for compressing air with a built-in drive motor made in a cylindrical configuration located in the internal volume of the housing. On the upper side of the assembly 1, a program control unit 2 of a cylindrical configuration is fixed, wherein the axes of the assembly 1 and the assembly 2 are mutually perpendicular. Block 2 is made with a built-in controller, timer, memory block for the patient’s skin treatment time, and means for automatically turning off the power. Block 2 is connected to a switch 14 for adjusting the pressure of the compressed air to a certain value, sensors 19, 20 for monitoring the pressure of the compressed air, as well as to the information panel. The compressor is equipped with cooling means in the form of a fan 5. The compressor casing is made integral from the connected base and a removable casing. The base is made with the bottom 6 and with the end walls 7, 8 of the body, on one of which the nozzle 9 and the bracket for the nozzle 17 of the removable spray gun are fixed on the outside, and the grill 10 on the other. The casing is made with the top cover 11 and with longitudinal walls 12, 13 corps. On the wall 7, made with a grill 10 for the fan 5 to pass outside air, a switch 14 is also placed, on the top cover 11 there is a portable handle 16. The base and the casing are made with a cover 11, a bottom 6 and metal walls 7, 8, 12, 13 or plastic plates connected by threaded fasteners 3, 4. The skin processing time memory unit (as part of the program control unit 2) is configured to store useful time and body temperature when the temperature is equal to or exceeds previously set value, and other user information. The inventive cosmetology compressor is more durable and reliable due to the prevention of overheating and the provision of constant temperature control using a program control unit for turning on / off the fan and direct cooling of the air-compressing (pumping) part by the fan, including the drive motor.

Description

The utility model relates to the field of technology for cosmetology and can be used in medical non-injection cosmetic procedures for enriching the deep layers of the skin with vitamins and useful substances. http://www1.fips.ru/wps/portal/BiEndhttp://www1.fips.ru/wps/portal/AbStart The inventive cosmetological compressor NANOASIA (NANOASIA) is designed to create pressure in the air brush to perform cosmetic procedures barophoresis and / or needleless mesotherapy aimed at updating the skin cells of the face by gently exfoliating dead cells, improving blood supply and metabolic processes in the muscles and skin of the face.

A known system for aesthetic visualization and processing for use in cosmetic processing, comprising: a hand probe, comprising: a first control device for controlling the ultrasound imaging function, providing ultrasonic imaging, a second control device for controlling the ultrasonic processing function, providing ultrasound processing, a moving mechanism made with the ability to direct ultrasonic treatment by providing a linear sequence of separate x thermal impact areas, and at least first and second interchangeable converting modules configured to ultrasonic imaging and ultrasonic treatment and the possibility of interchangeable connection to a manual probe (RU 2547180).

A known method of vibrational massage and therapy, which is carried out using a pneumatic generator (ie cosmetology compressor) of liquid aerosol particles and means based on an aqueous solution of hydrophobic compounds of plant origin in the form of aerosol submicron particles obtained using the specified generator. The generator includes the following elements : axisymmetric housing of the spray chamber, fitting with an outlet in the end in the form of a nozzle for supplying air from the compressor, located in the housing of the spray chamber coaxially last. (RU 2609734).

A cosmetology compressor is known that is used to deliver a medicine or cosmetic product from a container of a certain composition and quantity, depending on the purpose of the procedure (cleaning, treatment, nutrition), which through holes 4 under pressure produces an additional stretching of the skin. The drug or cosmetic product enters the enlarged pores under pressure, and when the nozzle moves on the skin, the skin is technologically cleaned (RU 178263).

A cosmetology compressor is known for a pneumatic generator of liquid aerosol particles, including an axisymmetric housing of the spray chamber with a mouthpiece, a fitting with an outlet in the end in the form of a nozzle for supplying air from the compressor, located in the housing of the spray chamber coaxially last, a cap with an outlet in the end in the form of a nozzle and the unit for maintaining the set temperature of the sprayed substance is made in the form of a thermostatic chamber with a liquid carrier, the housing of which is located around the housing ylitelnoy chamber. (RU 2609734)

Known compressor cosmetology for a bathtub hydro-massage for the face, and the compressor is placed inside the housing in its lower part with the possibility of air supply. that the nozzles are made in the form of a diaphragm with holes. Sprayers made in the form of a diaphragm with holes are located in the lower part of the housing. The holes in the diaphragm are placed according to the massage lines on the face. The vibrator is placed inside the housing in its lower part (RU 136341, prototype).

The disadvantages of the known solutions are the design complexity, low durability and maintainability, duration, and poor effectiveness of the cosmetics applied using known equipment and the complexity of the procedure technology, as well as the use of drugs whose penetration through the skin is difficult.

The technical problem solved by the present invention is the creation of an effective compressor of cosmetological optimal design for procedures involving the implementation of an "air brush" suitable for effective vibration massage and non-injection skin therapy using barophoresis, which reduces the time and number of procedures, while eliminating pain patient and simplification of technology procedures.

The technical result that provides a solution to this problem lies in the fact that the inventive compressor is more durable, maintainable and reliable due to the prevention of its overheating due to the direct cooling of the air-compressing (pumping) part, as well as the compact placement of all workers, control, monitoring and information organs in a single guaranteed and at the same time evenly ventilated throughout the entire body, convenient for transportation, placement anywhere on the exp uatatsii, condition monitoring equipment and storage. At the same time, using the inventive compressor, it is almost guaranteed that the necessary procedures will be carried out (since there is no danger of overheating), i.e. effective administration of the drug due to the directed effect of the atomized gas-liquid stream created by the compressor, mainly with nanomaterials, which include nutrients and vitamins stimulating skin renewal. The use of nanomaterials for the procedures provides deep - transdermal - penetration of the drug and allows you to quickly achieve the corresponding effects. Along with the introduction of nanomaterials, the skin is saturated with oxygen, and a pleasant and very effective air massage provides an instant lifting effect.

The essence of the utility model is that the cosmetology compressor contains an air compression unit with a drive motor located in the internal volume of the housing, a program control unit with a controller, timer, and a skin treatment time memory unit, means for automatically shutting off the power supply when pressure or temperature is exceeded, temperature and humidity sensors environment, as well as a switch for adjusting the pressure of compressed air to a predetermined value, characterized in that it is equipped with a medium by cooling the internal volume of the casing, made in the form of a fan integrated in the casing coaxially to the air compression unit with a drive motor, and the casing is made up of a base and a removable casing connected by fasteners, the base being made with a bottom and end walls of the casing, one of which is outside the bracket for the cosmetic sprayer is placed, and on the other there is a grill for the fan to pass outside air, while the casing is made with a top cover and with the longitudinal walls of the body.

Preferably, the casing is made in the form of a rectangular parallelepiped, and on the end wall of the base, made with a grill for passing outside air by a fan, a switch for adjusting the air pressure of compressed air to a predetermined value is placed.

Preferably, the base and the casing of the housing are made of plates connected by threaded fasteners, while the casing is made with smoothly mated plates of the top cover and longitudinal walls.

Preferably, the compressor is provided with a nozzle fixed to the outer surface for connecting a hose with an air filter of a spray device and with a container of sprayable cosmetic substance percutaneous

Preferably, the skin processing time memory unit is configured to store information about a usable time and a case temperature when the temperature is equal to or exceeds a preset value, and other user information.

In the drawing of FIG. 1, a cosmetology compressor is shown, an angle view from the front, in FIG. 2 - cosmetology compressor, rear view at an angle, in Fig.3 - the compressor of Fig.1, 2 with the housing disassembled, in Fig.4 - a block diagram of the compressor.

Compressor cosmetology NANOASIA (NANOASIA) compressed air supply for cosmetic skin care procedures contains a compactly placed in the internal volume of the body of the piston unit 1 air compression with a built-in drive motor, made of a cylindrical configuration and mounted on mounting rectangular supports. On the upper (according to the drawing) side of the unit 1, a program control unit 2 is made, made of a cylindrical configuration, and the axes of the unit 1 and unit 2 are arranged mutually perpendicularly, which avoids overlapping the internal space of the housing for circulation of cooling air inside it. The program control unit 2 is made with a built-in controller, a timer, a memory block for the patient’s skin treatment time, and means for automatically shutting off the power supply when the pressure, temperature, or humidity of the environment is exceeded. Block 2 is connected to a manual or automatic, for example, on-off switch 14 for adjusting the pressure of the compressed air to a predetermined value, sensors 19,20 for monitoring the pressure of the compressed air, as well as to the information panel (not shown) mounted on the housing or other equipment, and / or to the Internet.

The compressor is equipped with a means of cooling the internal volume of the housing, made in the form of a fan 5 with an outer shell of a cylindrical configuration integrated on the outer surface of the end wall 7 of the housing coaxially to the air compression unit 1. The fan 5 moves air along the axis of its impeller, rotated, preferably by a built-in self-contained electric motor. The transverse size (thickness) of the fan 5 is made as minimal as possible according to the conditions of its arrangement, and the outer diameter of the shell of the fan 5 is made larger than the outer diameter of the air compression unit 1, which makes it possible to most effectively blow the outer surface of the latter.

The compressor casing is made integral (prefabricated) and is made up of a base and a removable casing connected by fasteners 3, 4, the base being made with a bottom 6 and end walls 7.8 of the casing, on one of which the nozzle 9 and the bracket for the nozzle 17 are removable sprayer cosmetics (air brush - airbrush), and on the other - a grill 10 for passing (pumping) the fan 5 of external air and not protect it from external mechanical influences and from major contaminants. In this case, the casing is made with a top cover 11 and with longitudinal walls 12,13 of the housing.

The compressor casing is made in the form of a rectangular parallelepiped, and on the wall 7, made with a grill 10 for passage of external air by the fan 5, a switch 14 for adjusting the air pressure of compressed air to a predetermined value is also placed. On the top cover 11 there is a portable electrically insulated handle 16.

The base and the casing are made with a cover 11, the bottom 6 and the walls 7,8,12,13 of metal or plastic plates connected by threaded fasteners 3, 4. In this case, the casing can be made with smooth (rounded) mating plates of the upper cover 11 and longitudinal walls 12.13. The threaded elements 3 can be screwed into the holes made on the narrow areas of the end walls 7.8 and the bottom 6 bent at right angles.

The skin processing time memory unit (as part of the program control unit 2) is configured to store useful time and body temperature when the temperature is equal to or exceeds a preset value, and other user information.

The compressor is equipped with a nozzle 9 mounted on the outer surface of the end wall 8 (opposite wall 7 with the grill 10) for connecting a hose 18 with an air filter of a spray device and with a capacity 15 of sprayed cosmetic substance (cosmetic serum) for transdermal use.

The spray device used is preferably an air brush (airbrush) with a spray nozzle 17 for a liquid cosmetic preparation (cosmetic serum), which is stored in a container 15.

The compressor is equipped with cable 22 with a euro plug for power supply. It is advisable to power the compressor through a transformer 21 from a power source equipped with a residual current device (RCD).

 The compressor arrives at the place of operation in assembled form and is operated for cosmetic procedures by barophoresis as follows.

Before starting the procedure, the patient’s facial skin is cleaned of foreign substances, makeup remover.

The compressor is connected by a cable with a euro plug to an electric network. The switch 14 adjusts the pressure of the compressed air is pre-set a certain pressure value, for example, 2, 5 or 7 kg / cm ² . The pressure of the injected compressed air is controlled by sensors 19,20, which can be built into unit 2 and connected to the hose 18. Accordingly, the compressor capacity is 10, 30 or 42 l / min, and the power consumption is 80, 150 or 176 watts.

During the procedures, the piston unit 1 for compressing air with a drive engine 2 pumps air (or other gas, if necessary) at high speed, to which an air brush (airbrush) with a nozzle 17 for a liquid cosmetic preparation (cosmetic serum) is fixed using a hose 18. Compressed air is supplied into the brush through the hose 18 and at the same time a cosmetic product is supplied from the container 15 to the nozzle 17, as a result of which a gas-liquid flow is created, which is sprayed under pressure and at high speed onto the patient's skin without direct contact of the airbrush with it. The technique allows you to non-invasively introduce deep into the dermis vitamin and moisturizing cocktails (non-injection mesotherapy).

The method of barophoresis using the proposed compressor is performed by uniformly spraying the preparations on the skin with an even flow from side to side or from top to bottom. At the same time, for carrying out cosmetic procedures by the method of barophoresis, a preparation is used under the trademark "Nanoasia" (serum) with a molecule size less than the pore size of the skin (nanomaterial). Installed drugs with nanomaterials they penetrate better through the pores of the skin, if when spraying it, it is not easy to brush with the brush over the surface of the skin, but create a vibration of the gas-liquid flow.

Thus, it is advisable to use in the barophoresis procedure not only uniform air pressure, vibration and vibration, it is possible to achieve more effective penetration of the drug through the skin pores inside, which is the point and the greatest benefit of this method using the barophoresis method. Nano-jets of the drug several tens of microns penetrate deep into the treated area of the skin and deliver the target substance. At the same time, deformation and lifting of the face skin of the patient occurs, at which its shape is restored. Wrinkles are removed, the skin is smoothed. The procedure provides a great anti-aging effect, it allows you to eliminate the natural age-related changes in the face, which most women would like to avoid.

Unit 2 during the procedure automatically monitors and controls the functional parameters of the compressor and the on / off fan 5, preventing the temperature in the housing from exceeding the allowable range.

For non-injection skin mesotherapy (enrichment of its deep layers with nutrients and vitamins), a gas-liquid flow is applied using an air brush, along massage lines from a distance of 2-3 cm from the skin surface. In this case, such a stream, preferably (at the discretion of the operator who is carrying out the procedure), is substituted with a solid rounded obstruction, for example, a cylindrical object with a radius of 1-2 cm, to which a stream of air with a sprayed preparation or simply air is directed with a brush. As a result of the contact of the flow of the blown preparation with the skin, if there is a barrier in the air space between the finger and the treated area (on the skin surface), a point vibration of the gas-liquid flow is created. Vibration (oscillations) of the flow can be created by other methods.

To optimize the process of non-injection mesotherapy, it is possible to control the characteristics - the frequency and amplitude of the flow vibration by imparting vibrational transverse or other movements to the barrier by an operator who visually and tactfully controls the surface treatment of the skin area. When the compressor is operating due to the created vibration, the penetration of the drug into the skin pores under the influence of air pressure is much more efficient, and the volume of the sprayed drug that enters the deeper layers of the skin is greatest. At the same time, lymphatic drainage increases in the treated area and blood circulation improves, which gives a more effective result from the procedure compared to the usual spraying method.

In addition, this method of exposure to the skin due to the vibration created in this way shows greater efficiency when working with wrinkles in comparison with the standard method that all cosmetologists use. The direction of the flow of the nano-drug is perpendicular to the crease of the skin (wrinkle) towards the barrier (finger) due to the point vibration due to the forced smoothing of this crease, its alignment. Air brush relieves spasms, relaxes. The muscles of the face come in tone, and with them the oval of the face is tightened, wrinkles on the skin are smoothed, and a stimulating effect on the synthesis of collagen is also provided, which leads to renewal, skin rejuvenation. An innovative nano-composition nourishes skin cells, due to which nasolabial creases and crow's feet are leveled, pale freckles, age spots, scars from wounds, burns. In general, the proposed procedure of barophoresis - non-injection mesotherapy awakens skin cells, fills them with vitality, eliminates the negative effects of various external factors on the skin.

The inventive cosmetology compressor is more durable and reliable due to the prevention of overheating and constant temperature control with the help of a program control unit for turning on / off the fan and direct cooling of the air-compressing (pumping) part by the fan, including the drive motor. Also, to increase durability and reliability, the compact placement of all workers, managers, controlling and information bodies in a single at the same time and guaranteed uniformly ventilated throughout the volume of the body, having a simple maintainable configuration and layout, convenient for transportation, placement at any place of operation and storage. At the same time, the casing is made with the possibility of quick assembly / disassembly with minimal labor for quick access for revision, replacement and / or repair of the fan and other equipment (including the piston unit for air compression with a built-in drive motor, program control unit) when performing one operations - removing the casing.

Claims (4)

1. Cosmetic compressor, containing an air compression unit with a drive motor located in the internal volume of the housing, a program control unit with a controller, timer, skin processing time memory unit, means for automatically turning off the power when pressure is exceeded, temperature and humidity sensors, and a switch adjusting the pressure of compressed air to a predetermined value, characterized in that it is provided with means for cooling the internal volume of the housing, mounted in the form of a fan, integrated in the housing coaxially with the air compression unit with a drive motor, and the housing is formed of the base and a removable casing connected by fasteners, the base being made with a bottom and with end walls of the housing, on one of which there is an external bracket for a cosmetic sprayer and on the other, there is a grill for the fan to pass outside air, while the casing is made with a top cover and with longitudinal walls of the casing, while the compressor is equipped with an external mount ited hose nozzle for connection to an air cleaner and a spray device with the spray container cosmetic substance percutaneous administration. 2. The compressor according to claim 1, characterized in that the casing is made in the form of a rectangular parallelepiped, and on the end wall of the base, made with a grill for passing external air by a fan, a switch for adjusting the compressed air pressure to a predetermined value is placed. 3. The compressor according to claim 2, characterized in that the base and casing of the housing are made of plates connected by threaded fasteners, while the casing is made with smoothly conjugated plates of the top cover and longitudinal walls. 4. The compressor according to any one of claims 1 to 3, characterized in that the skin processing time memory unit is configured to store information about the duration of the useful time and the temperature of the case when the temperature is equal to or exceeds a preset value.

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