Method and system for taking general skin care

FIELD: medicine; cosmetics; medical engineering.

SUBSTANCE: method involves checking skin state, giving massage treatment with infrared radiation in remote infrared spectrum zone being used, ozone massage, low frequency wave massage, low frequency vibration wave massage and ultrasonic massage, cleansing skin, giving skin care and introducing nutrients into the skin. Device has units for acting with low frequency waves, infrared radiation in remote infrared spectrum zone, low frequency vibration waves and ultrasound, cleansing skin, checking skin state, and working key unit, presentation unit, memory unit, power supply unit, unit for initiating skin cleaning and skin care.

EFFECT: enhanced effectiveness of treatment.

17 cl, 9 dwg, 3 tbl

 

The present invention relates to a system of skin care and, in particular, to a system of common skin care and General way of skin care with the use of this system, through which can be ensured by checking the condition of the skin and comprehensive skin care sensitive skin type, it also refers to the system of General skin care and General way of skin care with the use of this system, through which may be inspected condition of the skin and classification of skin on many types by combining and control functions check the condition of the skin, massage with infrared radiation the far region of the spectrum, ozone massage, low frequency massage, low frequency vibration and ultrasonic massage, as well as through integrated management functions of skin cleansing, skin care, introduction into the skin of nutrients and increase the strength of the elasticity of the skin through some physical exercise skin in accordance with the structure of the skin, which is done based on the activity of skin cells and their metabolism (metabolism) in proper conjunction with massage functions using infrared radiation, ozone massage, low frequency wave massage, low frequency vibration and ultrasonic mass is MS, perform in accordance with the skin type, the resulting validation.

Since the beginning of human history, along with the dignity of man, has continuously developed the pursuit of beauty, which is the most sensitive natural human desire.

Above the pursuit of beauty begins with the attempt more healthy and clean skin. Because the skin directly influenced by external conditions, to obtain beautiful skin, you must implement an intensive skin care and frequent checking of the condition of the skin.

However, without professional information about skin any particular method of skin care products can cause skin damage. The skin is delicate and sensitive, so I think that the skin is an indicator through which you can make an immediate verification of health status and to determine the presence of signs of aging.

Therefore, you should frequently inspect the condition of the delicate and sensitive skin and to exercise proper care of the skin based on the skin condition. To ensure the effectiveness of the above skin care, you need some means of skin care products that improve the condition of damaged skin.

At the present level techniques is known cosmetic preparations through which you can perform the massage of the facial skin, such as, for example, a device for exposure to far infrared radiation region of the spectrum, through which can be carried out the function of improving blood supply device for exposure to ozone, through which can be made a function of teeth whitening, adaptation to the impact of ions, through which this may be done cleaning function, and a device for vibration impacts, through which can be made a function of preventing the appearance of wrinkles.

However, the foregoing operation of the massage by means of infrared radiation in the far infrared region of the spectrum or the ozone and ionic massage performed separately, resulting in the skin have only a one-sided effect. In addition, there can be provided a proper skin care, because due to the lack of device a thorough check of the condition of the skin, through which a normal user can easily check the condition of the skin, it is impossible to determine the type of his/her skin.

In addition, due to the lack of complex interaction between the device checks the condition of the skin and operations of the massage by means of infrared radiation in the far infrared region of the spectrum or the ozone and ion mass is and even in that case, when the type of his/her skin is known, it is impossible to implement an effective and comprehensive skin care taking into account data on the condition of the skin resulting from verification.

Therefore, the present invention is the creation of a system of General skin care and General way of skin care with the use of this system, whereby the user can easily verify the condition of the skin and which provide the proper way of skin care on the basis of various operation modes corresponding to the type of his/her skin.

Another objective of the present invention is the creation of a system of General skin care and General way of skin care with the use of this system, through which can be carried out a comprehensive skin care based on his/her skin simply by configuring various functions of skin care, providing care for his/her skin, and properly combining the above functions.

Another objective of the present invention is the creation of a system of General skin care and General way of skin care with the use of this system, through which can be implemented in a single integrated system, which includes various cosmetic preparations, which provided the possibility of their easy interchangeability that provides in order to implement a comprehensive skin care according to skin type by combining and control functions check the condition of the skin, massage with the use of infrared radiation in the far infrared region of the spectrum, ozone massage, low frequency wave massage, low frequency wave vibration massage and ultrasound massage.

To solve the above problems, the proposed system of General skin care, which is part of a system of comprehensive care for the skin, which contains:

adaptation to the impact of low-frequency waves, the output of which creates a pulse of charge to check the status of the skin and the wave pulse low-frequency to low-frequency wave massage;

device for infrared radiation in the far infrared region of the spectrum, the output of which generate radiation in the far infrared region of the spectrum through the contained lamp infrared radiation in the far infrared region of the spectrum, providing the output of infrared radiation in the far infrared region of the spectrum;

a device for low frequency wave vibration exposure, consisting of a vibrating device, whereby perform the operation of low frequency wave vibration exposure, and vibralert which vibrates when casting vibrating device in accordance with the input voltage and is used as an auxiliary switch;

the cleaning fixture containing ozone lamp, by which the generation of ozone by the action of light radiation, and deliver a high voltage pulse in the ozone lamp and ozone generation due to ultraviolet radiation of a certain wavelength;

device for exposure to ultrasonic waves containing a piezoelectric ceramic element for generating vibrations in accordance with the input voltage and providing output fluctuations in the form of ultrasonic waves;

the unit initiating verification of the condition of the skin through which the discharge pulse charge corresponding to the reference resistance value, after adjustment for the effects of low-frequency waves to obtain reference values and resistance values of the resistance of the skin, which determine the skin type;

the unit initiating the effects of low-frequency waves, which is connected to the control unit through the connecting terminal and contains output terminal connected to the device for exposure to low-frequency waves to supply the rated power to the device for exposure to low-frequency waves;

block the initiation of exposure to infrared radiation is Alina the infrared region of the spectrum, which is connected to the control unit through the connecting terminal and device for infrared radiation in the far infrared region of the spectrum to supply the rated power to the device for infrared radiation in the far infrared region of the spectrum;

block initiation of the low frequency wave vibration exposure, which is connected to the control unit through the connecting terminal and device for low frequency wave vibration exposure for the submission of nominal power in this fixture;

block the initiation of exposure to ozone, which is connected to the control unit through the connecting terminal and has an output terminal connected to the cleaning fixture for receiving the rated capacity and supply in a device for cleaning high-voltage pulse for generating ozone;

the unit initiating the exposure to ultrasonic waves, which is connected to the control unit via the external connecting terminal and has an output terminal connected to the device for exposure to ultrasound waves to supply the rated power to the device for exposure to ultrasonic waves;

the block work keys, which contains various control keys and performs reception signal entered by a user the selection by pressing;

the display unit through which show the corresponding operation, which corresponds to the information entered by pressing the block work keys;

the memory device, which memorizes a program of General skin care and various data;

the control unit is made in the form of a single-chip microprocessor having multiple terminals I/o and which performs a control operation in response to receipt of the unit of work key information entered by pressing displays the information entered via the buttons, and the status and mode of operation of the system based on information entered via the buttons in the display unit and performs integrated management system; and

the power supply, which receives an alternating electric current and which feeds into the system nominal DC electric current to actuate each of the blocks in accordance with the control of the control unit.

To achieve the above objectives, a method common skin care, which is part of the way of a comprehensive skin care system using General skin care that contains the following:

check the condition of the skin, which perform face wash clean, wipe the water from his face, hit the keypad is Shu check the condition of the skin, perform classification skin on its type: dry skin, normal skin, oily skin type, using devices for exposure to low-frequency waves and receive data to specify the duration of the operation, the intensity of operations and the order of execution of functions for each mode of operation;

cleaning the skin, which on the face evenly applied massage cream, press infrared radiation in the far infrared region of the spectrum, determines the duration of the operation and intensity of operations based on skin type, perform a smooth circular massage, starting from the inside and to the outside, and after a time corresponding to the duration of the selected operation, and after displaying a warning beep cream wash, after which on the face evenly applied massage cream, press activate the cleaning mode, set the duration of the operation and intensity of operations based on skin type, perform a smooth circular massage, starting with the inner part and to the outer part, and after a time corresponding to the duration of the selected operation, and after displaying a warning beep cream wash using a towel moistened with water, after which the whole part of the face again evenly NAS the heel of massage cream, press the power key low-frequency waves, determines the duration of the operation and intensity of operations based on skin type, perform massage along the pattern of the skin from the bottom up and from the inner part to the outer part, and after a time corresponding to the duration of the operation, and after displaying a warning beep cream wash using towels, heated by steam;

cosmetic skin treatment, which on the face evenly applied gel cream, press the power key low-frequency waves (±), determines the duration of the operation and intensity of operations based on skin type, perform massage along the pattern of the skin from the bottom up and from the inner part to the outer part, and after a time corresponding to the duration of the operation, and after displaying a warning beep cream wash using a towel moistened with water;

cosmetic surgery introduction into the skin of nutrients, which on the face evenly nourishing cream, press the power key low-frequency waves (+), set the duration of the operation and intensity of operations based on skin type, perform massage along the pattern of the skin from the bottom up and from the inner part to the outer part, and after a time corresponding to the food the length of the operation, and after displaying a warning beep cream wash using cosmetic wipes; and

special surgery skin care, which on the face evenly applied gel cream, press the power key low frequency wave vibration, set the duration of the operation and intensity of operations based on skin type, perform massage along the pattern of the skin from the bottom up and from the inner part to the outer part, and after a time corresponding to the duration of the operation, and after displaying a warning beep cream wash using a towel dampened with warm water.

The present invention will become more clear when viewed with reference to the accompanying drawings, which are given only for illustrative purposes and, therefore, do not limit the present invention and in which:

figure 1 shows the functions performed by the system of General skin care in accordance with the present invention;

figure 2 shows the General system of skin care according to a preferred variant implementation of the present invention in a state of use;

figure 3 shows the block diagram showing each of the functional blocks of the system of General skin care according to a preferred variant assests the of the present invention;

on figa depicts a device for infrared radiation in the far infrared region of the spectrum, part of the General system of skin care according to a preferred variant implementation of the present invention;

on figb depicts a device for exposure to low-frequency waves, part of the General system of skin care according to a preferred variant implementation of the present invention;

on FIGU depicts a device for low frequency vibration exposure, part of the General system of skin care according to a preferred variant implementation of the present invention;

on Figg depicts a device for exposure to ozone, part of the General system of skin care according to a preferred variant implementation of the present invention;

on Figg depicts a device for exposure to ultrasonic waves, part of the General system of skin care according to a preferred variant implementation of the present invention;

figure 5 shows the control panel/display, part of the General skin care according to a preferred variant implementation of the present invention;

figure 6 depicts the sequence of operations, which show the method of implementation of the common skin care in manual mode using the system General skin care according to a preferred variant implementation of the present invention;

figure 7 depicts the sequence of operations, which shows how to implement automatic operation using the system of common skin care according to a preferred variant implementation of the present invention;

on Fig depicts the sequence of operations, which shows how the implementation of the common skin care in fuzzy mode, using the system of common skin care according to a preferred variant implementation of the present invention; and

figure 9 presents a method of performing ultrasonic massage at skin care according to a preferred variant implementation of the present invention.

* Description of the main elements shown in the drawings *

10: system control General skin care;

20: the block work keys;

30: a display unit;

40: warning-block;

50: timer;

60: a storage device;

100: the case of the system of General skin care;

110: block initiation of the validation status of the skin;

120: block initiation of exposure to low-frequency waves;

130: block initiation of exposure to infrared radiation in the far infrared region of the spectrum;

140: block initiation of the low frequency wave vibration impacts;

150: block initiation of exposure to the belt;

160: block initiation of the exposure to ultrasonic waves;

200: unit control panel/display;

201: key check the condition of the skin;

203: power key infrared radiation in the far infrared region of the spectrum;

205: power key cleaning;

207: power key low frequency wave (-);

209: power key low-frequency waves (±);

211: power key low-frequency waves (+);

213: power key low frequency wave vibration;

215: key "start";

217: power key ultrasonic waves;

219: power key automatic mode;

221: power key mode with fuzzy logic;

223: key to adjust the intensity;

225: control button time;

227: key pause/cancel transactions;

300: a device for infrared radiation in the far infrared region of the spectrum;

400: adjustment for impact of low-frequency waves;

500: device for low frequency wave vibration impacts;

600: device for cleaning;

700: a device for exposure to ultrasonic waves;

800: special cosmetics;

900: power;

1000: the system of General skin care.

Below is a detailed description of the preferred embodiments the present and the gain with reference to the accompanying drawings. The same devices in the present invention are assigned the same number of positions, even if these nodes are shown in other drawings. In addition, there is no description of those well-known functions and constructions that are not useful to clarify the essence of the present invention.

The system of common skin care products according to the present invention essentially relates to a system, which is being implemented on the basis of the process in which you perform a careful inspection of the skin type and implement a comprehensive skin care according to skin type, the resulting scan, on the basis of different functions, such as exposure to infrared radiation in the far infrared region of the spectrum, exposure to ozone, exposure to low-frequency waves and function of low-frequency vibration exposure.

In addition, the system of common skin care products according to the present invention, in essence, is designed to perform the functions of skin cleaning (deep cleaning), cosmetic skin care (toning and strengthening), the introduction into the skin of nutrients (food by suction) and increase the strength of the elasticity of the skin.

System functions General skin care in accordance with the present invention shown in figure 1.

Figure 1 shows the functions that handle on what redstem common skin care in accordance with the present invention.

As shown in figure 1, clear skin allows dissolution, decomposition and removal of unwanted substances from the epidermis and from the pores of the skin by exposure to infrared radiation in the far infrared region of the spectrum, low frequency wave (-) and purification by ozone. Therefore, through the above-mentioned functions of cleansing can be obtained a smooth and clear skin due to the operation of peeling and exfoliation of dead skin cells and cleaning function.

Through the above-mentioned functions of cosmetic treatment of the skin can be improved elasticity of the skin due to the effect of physical training on the skin. In addition, through the above-mentioned functions cosmetic skin treatment can be obtained more healthy skin by injection into the skin of nutrients and increase skin elasticity.

Through the above-mentioned functions introduction into the skin of nutrients, essentially, may be enhanced by the force of elasticity of the skin structure and saved the youth and beauty of the skin. In addition, it provides an improvement of the metabolism due to the gain circulation in small blood vessels, which allows you to get the moist skin.

The zoom function forces the elasticity of the skin is divided into the function of tightening the skin through physical exercise and exposure to ultrasound in Lami. The above physical training skin gives damaged and aged by exposure to the polluted environment skin fresh and get more healthy skin. Through the above-mentioned functions of physical exercise skin skin may be fully supplied with nutrients, and the physical training of the skin can be increased the force of elasticity of the skin.

In addition, through the influence of ultrasonic waves can be ensured by improving metabolism due to the energy of oscillations with a frequency of approximately 1 million times per second, thereby allowing you to get beautiful and healthy skin.

Therefore, the system of common skin care products according to the present invention is focused on the effect of cleaning the skin and the effect of increasing the force of elasticity, nourish and hydrate the skin by improving metabolism and enhance blood circulation by stimulating the deep areas of the skin infrared radiation in the far infrared region of the spectrum, low-frequency waves, ozone, low-frequency vibration and ultrasonic waves, whereby get younger and healthier skin.

On the drawings figure 2 through figure 4 shows a variant of embodiment of the system of common skin care products according to the present invention, pore the STV which carry out the above functions.

Figure 2 shows the General system of skin care according to a preferred variant implementation of the present invention in the condition of its use. In addition, figure 3 shows the block diagram showing each of the functional blocks of the system of General skin care according to a preferred variant implementation of the present invention. In the drawings, with Figo on Figg depicts various devices to perform various functions of the system of General skin care according to a preferred variant implementation of the present invention.

As shown in figure 2, the system 1000 total skin care contains 200 unit with control panel/display, various instruments, vessels with special cosmetic products, various devices 300, 400, 500, 600 and 700 and the 900 block of power. In the system of General skin care according to the present invention can receive a supply of direct current through the 900 block of power and it can operate various devices connected to the corresponding connecting terminal, in response to the control signal unit control panel/display.

Below is a description of the system design General skin care in accordance with the present invention with reference to figure 3.

As shown in Figure 3, the General care of the skin is th according to the present invention contains a device 400 for the impact of low-frequency waves, the device 300 for exposure to infrared radiation in the far infrared region of the spectrum, a device 500 for low frequency wave vibration exposure, a device 600 for cleaning and fixture 700 for exposure to ultrasonic waves, which are appropriately connected to the unit 10 control, capable of managing all elements of the system through block 110 initiating verification of the condition of the skin, block 120 initiation of exposure to low-frequency waves, block 130 initiating exposure to infrared radiation in the far infrared region of the spectrum, block 140 initiation of the low frequency wave vibration exposure unit 150 initiation of exposure to ozone and block 160 initiating exposure to ultrasonic waves. In addition, it contains the 900 block of power, which is connected to the unit 10 controls to supply power to the unit 30 display clerk display operation unit 20 working keys, which are different keys to the alarm unit 40, through which the generated acoustic signal, the timer 50, through which the timing operation, and to a storage device 60, in which memorizes a comprehensive skin care and various data, respecive thereby supply power to the system.

As shown in the drawing, the device 400 to the impact of low-frequency waves are usually connected to the block 110 initiating verification of the condition of the skin and block 120 initiation of exposure to low-frequency waves and performs the appropriate function in accordance with the control signal of the control block 10. In addition, the control block 10 in response to information entered by pressing block 20 working keys performs control unit 120 of the initiation of the impact of low-frequency waves in such a way as to provide the possibility of generating a low frequency wave (-), low-frequency waves (±) and low-frequency waves (+) for device 400 to the impact of low-frequency waves.

Below is a description of each item included in the system. Unit 10 is a control in the form of a single-chip microprocessor having multiple terminals input/output.

The control block 10 performs a control operation in response to input by pressing the information coming from the block 20 working keys supplied with the unit 200 control panel/display, located in the housing 100 of the system 1000 total skin care in accordance with the present invention. In addition, the control block 10 in response to information entered through keys, displays the status information input on what redstem keys as well as the condition and mode of operation of the system.

To determine the unit 10 controls the type of skin on the reference resistance value and the resistance value of the skin block 110 initiating verification of the condition of the skin generates a charge pulse in accordance with the control unit 10 controls, by which time charge to a reference resistance value.

Unit 10 controls the charging voltage in accordance with the pulse charge unit 100 initiation check the condition of the skin. In addition, based on the received time values calculate the reference resistance value and remember it in the storage device 60. Unit 10 management evaluates and monitors the time required to set the voltage equal to the reference voltage, the output of which is implemented by device 400 to the impact of low-frequency waves.

Since the resistance value is determined by the amount of moisture contained in the skin upon contact of the electrode device 400 to the impact of low-frequency waves with the skin, it is possible to measure skin resistance as mentioned above. The control block 10 calculates the value of the reference resistance and the resistance of the skin and categorizes skin type as related to ml the WMD of the following types: dry (high degree of dryness, the average degree of dryness, a low degree of dryness), neutral type (high, medium, low degree) and fat (high fat, moderate fat, low fat).

Block 120 initiation of exposure to low-frequency waves is connected to the control block 10 through the connecting contact, and its output connected device 400 to the impact of low-frequency waves. In accordance with the control unit 10 of the control unit 120 of the initiation of the impact of low-frequency wave supply nominal power device 400 to the impact of low-frequency waves.

The device 400 to the impact of low-frequency waves generates a low frequency wave (-), low-frequency waves (±) and low-frequency waves (+) in accordance with the control signal of the control unit 10.

Since the electric current flows from the pole (+) terminal (-), then the application to the skin of a pulse voltage with a low frequency wave (-), which ensures the flow of electric current from the inner side of the skin to the outside of the skin, waste and certain poisonous substances out of the skin on its outer side. Therefore, the choice of functions affecting the low frequency wave (-) pole of the device 400 for impact n stochasticity wave signal (-) and the electric current flows to the outside of the skin through the epidermis, whereby discharge of human waste on the outer side of the skin.

Conversely, if you select impacts of low-frequency waves (+) in the device 400 for exposure to low-frequency wave signal (+) and provide an introduction into the skin of the useful nutrients, such as contained in the nutrient cream biologically active substances, with the outer surface of the skin in the inner areas of the skin, whereby to provide absorption of nutrients for the skin.

Function effects of low-frequency waves (±) allows alternate output pulses of low-frequency waves through every 1.5 seconds, thus to provide the alternate use of signals that have different effects on the skin. Therefore, in this case it is possible to simultaneously perform the function of supply of nutrients and the output function waste of skin. In addition, there is the possibility to perform a skin massage a weak electric current without any stimulating effects.

Block 110 initiation of infrared radiation in the far infrared region of the spectrum is connected with the control block 10 through the connecting contact, and its output connected device 300 for exposure to infrared radiation GalNAc-region of the spectrum. Block 110 initiation of infrared radiation in the far infrared spectral region is designed in such a way that supply the rated power to the fixture 300 for exposure to infrared radiation in the far infrared region of the spectrum in accordance with the control unit 10 controls.

Massage infrared radiation in the far infrared spectral region using device 300 for exposure to infrared radiation in the far infrared region of the spectrum performed by means of infrared radiation in the far infrared region of the spectrum in the wavelength range from 3 μm to 50 μm, in the preferred embodiment, in the wavelength range from 8 microns to 14 microns, and a preferred option in the microwave wavelength range from 8 microns to 9 microns thus, to ensure the penetration of infrared radiation in the far infrared region of the spectrum in those areas that are at a depth of 40 mm under the skin, whereby to provide the ability to remove wastes of skin from the inner and outer part of the skin and prevent the formation of these wastes.

The device 300 for exposure to infrared radiation in the far infrared region of the spectrum contains the lamp infrared radiation in the far infrared region of the spectrum, which generates radiation in the far infrared spectrum is in accordance with the control unit 10 controls.

The device 300 for exposure to infrared radiation in the far infrared region of the spectrum contains a massage cap having a finger tab to compression, whereby to provide the effect of compressing the skin with your fingers. The above massage cap can be easily replaced.

Block 140 initiation of the low frequency wave vibration exposure is connected to the control block 10 through the connecting contact and provides an output side connected to the device 500. Block 140 initiation of the low frequency wave vibration exposure is made in such a way that supply the rated power to the device 500 for low frequency wave vibration exposure in accordance with the control signal unit 10 of the control.

The device 500 for low frequency wave vibration exposure contains vibrating device, whereby perform the operation of low frequency wave vibration exposure in accordance with the control signal of the control block 10, and vibralert which vibrates when casting vibrating device and is designed in such a way that it serves as an auxiliary switch.

Block 150 initiation of exposure to ozone is connected to the unit 10 controls through with denitely contact and contains the output side, connected to the device 600 for cleaning. Block 150 initiation of exposure to ozone is made in such a way that accepts the rated power in accordance with a control signal of the control block 10 and supply to the device 600 for cleaning high-voltage pulse for generating ozone.

The device 600 for cleaning contains ozone lamp, by which the generation of ozone due to only light radiation, and can transfer a high voltage pulse is entered through block 150 initiation of exposure to ozone, ozone lamp, thereby generating ozone due to ultraviolet radiation of a certain wavelength, equal 184,9 nm.

Therefore, when performing the massage with the use of the device 600 for purification the ozone penetrates into the skin. While the ozone generated by the ozone lamp, provides a strong deodorizing effect, the effect sterilization of the skin, the production of vitamins in the skin and the whitening effect on the skin.

In addition, ozone can be performed sterilization of the surface scan which was not made, i.e. one that was not exposed to ultraviolet radiation. When generating ozone by ozone is any noise in other elements does not occur and there are no elements which may have a harmful effect.

The ozone cleaning fixture further comprises ozone lamp has a special design for easy execution of the massage protrusions of the skin. In this embodiment, it is possible to easily replace the lamp.

Block 160 initiating exposure to ultrasonic waves is connected to the control block 10 via the external connection contact and provides an output side connected to the device 700 for exposure to ultrasonic waves. Block 160 initiating exposure to ultrasonic waves is performed in such a way that supply the rated power to the device 700 for exposure to ultrasonic waves in accordance with a control signal unit 10 of the control.

The device 700 for exposure to ultrasonic waves contains a piezoelectric ceramic element, through which this may be done generating oscillations with a frequency of approximately 1 million times per second, in accordance with the control signal unit 10 of the control.

Block 900 power supply is designed in such a way that feeds into the system of General skin care in accordance with the present invention the power supply in the form of direct current and may be capable of delivering rated power for the rivedere each of the elements in accordance with the control signal unit 10 of the control.

The following is a description of the functions of each device included in the system of common skin care products according to the present invention.

1) Adaptation to the impacts of low-frequency waves

In the main method of skin care after receiving information about the type of his/her skin, based on the results of thorough checking of the condition of the skin, it is very important to select a method of skin care that is appropriate for his/her skin. The device 400 to the impact of low-frequency waves is designed in such a way that provides accurate classification skin for the following types: dry skin, normal skin type and skin is oily type and provides effective skin care according to skin type. In addition, perform the classification of the validation status of the skin on detailed categories, which allows for skin care based on the exact order of execution of functions.

In addition, the device 400 to the impact of low-frequency waves is designed in such a way that provides some physical exercise, suitable for the skin by exposure to low frequency wave (-), low-frequency waves (±) and low-frequency waves (+)that allows for efficient execution of the main massage, which is the basically the operation of skin care, since the operation of cleaning the skin and ending with the operation of introducing into the skin of nutrients. Therefore, it is possible to increase the force of elasticity of the skin and increase skin smoothness by her physical training through massage.

2) a Device for infrared radiation in the far infrared region of the spectrum

The device 300 for exposure to infrared radiation in the far infrared spectral region is designed in such a way that refreshes the skin through the use of infrared radiation in the far infrared region of the spectrum, which has the same principle that a certain type of energy used in traditional Oriental medicine, and provides cleansing of the blood vessels of the skin and conclusion waste of skin from deep areas of the skin on its outer side, whereby get more healthy and elastic skin.

3) a Device for cleaning

The device 600 for cleaning made in such a way that ensures the delivery of oxygen to the skin by means of ozone. It is possible to realize the effect of sterilization and cleaning the skin pores so that you can clean up the skin.

4) Device for low frequency wave vibration exposure

The device 500 for low frequency wave vibration exposure is performed so that the OS is iaet skin, which can be easily damaged by any malicious component contaminated external environment, due to the low frequency wave vibration and carries out physical exercise the muscles of the skin, whereby improved metabolism and maintaining youthful skin.

5) a Device for exposure to ultrasonic waves

The device 700 for exposure to ultrasonic waves is designed to massage the deep areas of the skin by transferring their energy high-speed vibratory oscillations with a frequency of approximately 1 million vibrations per second, performing a soft transmission of this vibration to the skin. Through careful massage by means of ultrasonic waves provide a good flow of lymph under the front face and the infiltration of lymph between the cells, which are poorly penetrates the blood, thus improving the metabolism, resulting in enhanced the beauty of the skin by stimulating circulation of lymph and blood circulation.

When executed properly massage the facial skin with ultrasonic waves by adjusting for the impact of the ultrasonic waves passing ultrasonic waves through the skin causes the formation of a multitude of microscopic bubbles flowing in the surface layer of the skin and the pores of the skin, which provide the characteristic skin cleaning from waste her life. In addition, the ultrasonic wave causes an increase in body temperature, and this leads to an increase in the skin temperature by 0.5~1°C, which stimulates the blood and lymph, resulting in the stimulation of blood circulation and lymph circulation. In addition, provide hydration of the skin and give the skin a certain power of elasticity.

In addition, when performing a proper body massage ultrasonic waves by adjusting for the effects of ultrasonic waves small ultrasonic wave vibrations are passed to the deep areas of the skin, improving blood circulation due to a small increase in the temperature of body tissue, whereby stimulate the metabolism.

Since the direction of propagation of the ultrasonic wave is continuous transmission of high-frequency oscillations caused by the ultrasonic wave within a short period of time with a frequency of 1 million times, if you have undergone surgery or have a heart disease, hypertension, heart attack, brain, skin disease or infectious disease, or if you are pregnant, the user or the presence of high temperature, high frequency oscillations are not used. In addition, high-frequency oscillations do not use for GL is h or teeth.

To facilitate understanding of the functions of the various devices shown table 1, which lists the functions, method of use and the effect of the use of appropriate tools.

Table 1 shows the functions that can be performed in the manual mode of operation of the system 1000 total skin care in accordance with the present invention in sequence. A specific function can be executed in accordance with the above sequence, or may be selected and executed within the required time.

Based on the way the implementation of the execution order of the functions, the way the General care of the skin using the system 1000 General skin care products of the present invention can be divided into manual mode (selection mode), auto mode and the mode with fuzzy logic.

The manual mode is implemented by pressing the desired function without the use of keys 215 "start" for each function. In a preferred embodiment of the invention, the skin care carried out on the basis of a sequence shown in Table 1.

In automatic mode, when you know the skin type, the choice of a specific function from the set of functions S1, S2 and S3 are carried out on the basis of skin type: dry skin, normal skin type, the skin of the LM is of the volumetric type, skin with acne and problem skin, therefore, the selected function is performed automatically based on the specified sequence.

In automatic mode, when after checking the condition of the skin using a device 400 for the impact of low-frequency waves are defined skin type, the order of execution of functions and the duration of operations, corresponding to the type of skin, set automatically. The above automatic mode is useful when the user does not know the way to care for the skin, depending on its type, and in the case when the user wants to perform the procedures of skin care depending on its type, a more convenient way.

After selecting a particular course of action appropriate to the type of skin, when you press "start" automatically set the duration of execution of each function, as shown in Table 2, and displays it on the LCD indicator, and the system enters standby mode.

Operations are performed in the following sequence: the impact of infrared radiation in the far infrared region of the spectrum → cleaning → impact discocyte the different waves (-) → exposure to low-frequency waves (±) → exposure to low-frequency waves (+), and the method of washing the face, the type of device and the type of cosmetics for the corresponding sequence is determined automatically for each function. Defined in this way information is displayed on the LCD indicator.

Mode with fuzzy logic is a mode in which the duration of functions and their sequence are automatically set by the program on the basis of the result of checking the condition of the skin.

Mode with fuzzy logic provides such a procedure, in which, after inspection of the skin, the order of execution of functions and the duration of the operations corresponding to the functions are automatically set by the program with fuzzy logic, stored in the storage device of the system of General skin care in accordance with the present invention.

Mode with fuzzy logic checks the condition of the skin is carried out by a light compression device 400 to the impact of low-frequency waves to the area of the face between the lips and jaw. After checking out the condition of the skin automatically determining the type of device, the order of execution of functions etc which spans the procedures based on skin type.

At this stage, depending on the condition of the skin, some operations may be omitted or may be increased or reduced the duration of operations. Table 3 shows the order of execution of functions and the duration of execution of each function mode with fuzzy logic depending on the result of checking the condition of the skin.

As described above, a description of how the General care of the skin according to the present invention will be described with reference to the drawings in figure 5 Fig.

Figure 5 shows a block control panel/display, through which implement a comprehensive management system for General skin care, according to a preferred variant implementation of the present invention. As shown in the drawing, the system of skin care products according to the present invention, the operations are performed in response to the user clicking various buttons, after which the information is displayed.

As shown in figure 5, the block 200 control panel/display contains the block 20 working keys and the block 30 of the display. Block 20 working keys contains key 201 checks the condition of the skin, press 203 inclusion of infrared radiation in the far infrared region of the spectrum, press 205 activate the cleaning mode, press 207 enable low frequency wave (-), press 209 enable nyskohus is now waves (± ), key 211 inclusion of low-frequency waves (+), press 213 enable low frequency wave vibration, press 215 "start"key 217 enable ultrasonic waves, press 219 enable the automatic mode, press 221 mode with fuzzy logic, key 223 adjust the intensity, press 225 adjust the time and press 227 temporary stop/cancel the operation.

Unit 30 of the display made in the form of an LCD (liquid crystal) panel consists of a display unit manual/auto/intelligent modes, the display unit is selected sequence S1/S2/S3 in accordance with the skin type, the display unit parameter values when checking the condition of the skin, block the display of the remaining time, the unit graphic display intensity operations (weak/medium/strong), block a graphical display of the result of checking the condition of the skin, block the display data about the used cosmetics, block display of standby/operating mode of the display unit that the system operates in mode ultrasound massage unit display selectable region for ultrasonic massage and block display information about the device.

To check the status of the skin selected button 201 checks the condition of the skin. In this case, zhidkokristal the sky (LCD) unit screen 30 of the display shows the device 400 to the impact of low-frequency waves. When checking the condition of the skin through the device 400 to the impact of low-frequency waves the value of the parameter when checking the condition of the skin and skin type are displayed in graphical form.

To use the infrared radiation of the far infrared region of the spectrum selected key 203 inclusion of infrared radiation in the far infrared region of the spectrum. When you select key 203 inclusion of infrared radiation in the far infrared region of the spectrum, liquid crystal display (LCD) unit screen 30 of the display shows the device 300 for exposure to infrared radiation in the far infrared region of the spectrum. When the function is executed infrared radiation in the far infrared region of the spectrum through the device 300 for exposure to infrared radiation in the far infrared region of the spectrum through the device 300 for exposure to infrared radiation in the far infrared region of the spectrum shows the duration of the procedure corresponding to this function, the intensity of procedures and data about the used cosmetics.

For cleaning features, functions, effects of low-frequency waves (-), effects of low-frequency waves (±), the impact of low-frequency waves (+) and features low frequency wave vibration exposure using the respectively press 205 activate the cleaning mode, key 207 enable low frequency wave (-), press 209 inclusion of low-frequency waves (±), key 211 inclusion of low-frequency waves (+) and press 213 enable low frequency wave vibration.

In addition, after selecting the key to perform the function corresponding to the selected key, and displays the duration of the procedure corresponding to this function, the intensity of procedures and data about the used cosmetics.

The start of the function with fuzzy logic is chosen key 215 "start".

If necessary obtain the effect of enhancing the activity of the skin by increasing blood circulation is the start of the function effects of ultrasonic waves by selecting keys 217 enable ultrasonic waves.

Key 219 enable the automatic mode is selected to determine his/her own skin type and automatic job function corresponding to the selected skin type.

Key 221 mode with fuzzy logic is chosen for the automatic recognition result obtained by examining the condition and skin type of the user and automatically set proper for them.

Key 223 adjust the intensity is selected to adjust the intensity of each function as follows: weak/medium/strong, namely W is g 1, step 2 and step 3.

Key 225 time adjustment is selected to reduce or increase the duration of the corresponding feature by 30 seconds per keystroke input time.

One press 227 temporary stop/cancel the operation leads to the suspension system, and double tapping it stops execution of the current operation.

Figure 6-8 shows the schematic sequence of operations, which demonstrated how the implementation of the common skin care in manual mode, automatic mode and the mode with fuzzy logic system using General skin care according to a preferred variant implementation of the present invention.

Below is a description of embodiments of the method in the manual mode according to a preferred variant implementation of the present invention with reference to Fig.6.

As shown in Fig.6, in the case of the detection unit 10 of the control of figure 3 fact information input through the keys 201 checks the condition of the skin, the input of which carry outside on the step 601, in this sequence, go to step 603. In step 603 on the liquid crystal display unit 30 of the display shows the device which should be used to check the condition of the skin. Therefore, when checking the status of the Iya skin, performed by the user using the device displayed on the screen (when checking the condition of the skin adapting to the impacts of low-frequency waves), the control block 10 receives the data to check the status of the skin of the device 400 to the impact of low-frequency waves and calculates the result of checking the condition of the skin.

In addition, the control block 10 performs step 607 and displays the value of the parameter when checking the condition of the skin and graphical charts that obtained by checking the condition of the skin in certain parts of the liquid crystal panel unit 30 of the display.

When the user presses one of the keys: the keys 203 inclusion of infrared radiation in the far infrared region of the spectrum, the keys 205 activate the cleaning mode, the keys 207 enable low frequency wave (-)keys 209 inclusion of low-frequency waves (±), key 211 inclusion of low-frequency waves (+), keys 213 enable low frequency wave vibration and keys 217 inclusion of ultrasonic waves in accordance with the skin type, obtained in the result of the check in step 609 detects the entered information, and the sequence of operations proceeds to step 611. In step 611, the function is executed, the corresponding key, through which the file was input.

Unit 10 performs control sootvetstvuushuu the function based on information about the pressed key without pressing 215 "start" and displays the duration of the operation, appropriate proper function, the intensity of operations, device and data about the used cosmetics in a certain part of the liquid crystal panel unit 30 of the display in the form of symbols and graphical form. Table 1 shows the equipment used when performing each function, used cosmetics, method of administration and effect.

At this stage, when detecting input information by pressing 225 adjust the time and keys 223 adjust the intensity of the block 10 control regulates the duration and intensity of the operations corresponding to the currently executing function time. In addition, when detecting the pressing 227 temporary stop/cancel the operation unit 10 controls temporarily suspends or cancels the execution of the current function, and resumes execution of the suspended function is carried out by pressing 215 "start".

In addition, when excessive duration cleanup functions even when in the process of executing various functions of the user during the execution of the functions of cleaning enters information through key 225 time adjustment, the unit 10 controls so that the maximum duration of the massage was less than 2 minutes is, because of its excessive duration can lead to skin damage.

Below is a description of how to perform an automatic mode according to a preferred variant implementation of the present invention with reference to Fig.7.

In step 701 of Fig.7. in the case of the detection unit 10 of the control of figure 3 fact information input through the keys 201 checks the condition of the skin, the input of which carry outside, in the sequence of operations is transferred to step 703, the control block 10 shows a device which is used to check the condition of the skin, on the liquid crystal panel. When a user checks the condition of the skin using the on screen display devices (when checking the condition of the skin - device for exposure to low-frequency waves) unit 10 of the control at step 705 receives the scan data of the skin condition of the device 400 to the impact of low-frequency waves and calculates the result of checking the condition of the skin.

Then in the sequence of operations is transferred to step 707, and the unit 10 control displays the value of the parameter when checking the condition of the skin and the graphic chart, which is obtained by checking the condition of the skin in certain parts of the liquid crystal panel unit 30 of the display.

In step 709 in case the e detection unit 10 of the control that the user input information by pressing the keys 219 enable the automatic mode in the sequence of the operations proceed to step 711, and the automatic mode is performed.

In step 713, the control block 10 detects the fact that the user can enter information by pressing the keys 219 enable auto mode automatically determines the order of execution of functions corresponding to the type of skin, based on the number of keystrokes. Table 2 shows skin types and options execution order of functions depending on the number of keystrokes. With a single keystroke 219 enable auto mode set the execution order of the functions corresponding to the dry skin type, double pressing this key define the order of execution of functions corresponding to a normal skin type, and with three times the button is pressed, which corresponds to oily skin type, specify the order of execution of functions corresponding to oily skin.

After that, the control block 10 sequentially displays automatically set the order of execution of functions and displays the duration of the operation corresponding to the proper function, the intensity of operations, the type of device and data about the used cosmetics in a certain part of the liquid crystal panel unit 30 of the display.

In step 717, the control block 10 provides a flicker in those parts of the screen that displays the type of device and data Cosmas the practical tools, which should be used when performing operations corresponding to the proper functions automatically based on a predefined order of execution of functions, whereby indicate the functions that are currently in standby mode.

In step 719, the unit 10 controls the device in such a way as to detect the information input through the keys 215 "start", and in the sequence of operations proceeds to step 721 to control devices in such a way as to execute the corresponding function.

At this stage in the case where the user can enter information by pressing 225 adjust the time or press 223 adjust the intensity of the block 10 control regulates the duration of the operation or the intensity of the operation corresponding to the currently executing function time. In addition, in the case of pressing 227 temporary stop/cancel the operation unit 10 controls temporarily suspends or cancels the execution of the current function, and resumes execution of the suspended function by pressing the 215 "start".

In conclusion, the described method is implemented with fuzzy logic according to a preferred variant implementation of the present invention with reference to Fig.

In step 801 of Fig in the case of the detection unit 10 the Board the user presses 221 mode with fuzzy logic in the sequence of operations is transferred to step 803, and begins intellectual operation.

After the user presses 221 mode with fuzzy logic in step 803, the control block 10 displays the mode with fuzzy logic and fixture that will be used to check the condition of the skin.

After mode selection with fuzzy logic in the sequence of operations is transferred to step 805, and the unit 10 control displays the device that will be used to check the condition of the skin, on the liquid crystal panel unit 30 of the display. When a user checks the condition of the skin using the on screen display devices (when checking the condition of the skin - device for exposure to low-frequency waves), the control block 10 performs the data reception status of a skin of the device 400 to the impact of low-frequency waves and calculates the result of checking the condition of the skin.

In addition, in step 807, the control block 10 displays the value of the parameter when checking the condition of the skin and graphical charts that obtained by checking the condition of the skin in certain parts of the liquid crystal panel unit 30 of the display. In step 809, the control block 10 automatically determines the order of execution of functions based on skin type, result verification, and in step 811 unit 10 controls the settlement of adavale displays functions the order of execution of which is determined automatically, and the user is notified by displaying the duration of the operation corresponding to the proper function of the intensity of operations, types of equipment and data about the beauty products that you should use in a certain part of the liquid crystal panel unit 30 of the display in the form of symbols and graphical form.

Table 3 shows variations of the order of execution of the functions and values of the length transactions for specific functions in fuzzy logic are automatically set in accordance with the skin type.

In step 813, the control unit provides a flicker in those parts of the screen that display the type of device and data on cosmetic products that will be used when performing the operation corresponding to the specific function automatically according to the specified order of execution of functions to indicate the function that is currently in standby mode.

After that, in step 815, the control block 10 detects the pressing 215 "start", and the sequence of operations proceeds to step 817, the block 10 controls the device to perform the corresponding function.

At this stage, in case the user presses 225 reg is irowiki time or press 223 adjust the intensity of the block 10 control regulates the duration of the operation or the intensity of operations, corresponding to the currently executing function time. In addition, in the case of pressing 227 temporary stop/cancel the operation unit 10 controls temporarily suspends or cancels the execution of the current function, and resumes execution of the suspended function is carried out by pressing 215 "start".

Figure 9 depicts the sequence of operations in the method of the massage ultrasonic waves in a system of common skin care according to a preferred variant implementation of the present invention. As shown in the drawing, the control block 10 of figure 3 detects the connection status of the device 700 for exposure to ultrasonic waves.

In the case when the device 700 for exposure to ultrasonic waves is connected, the unit 10 control selects the area to perform massage on the number of keystrokes the user to press 217 inclusion of ultrasonic waves in step 903 and displays the selected area in a certain part of the liquid crystal panel unit 30 of the display.

With a single keystroke 217 enable ultrasonic waves unit 10 control displays the site to perform the massage, the duration of the operation and data on cosmetic products that will be used, and in the sequence of operations are transferred to sagu, is massage of the face through massage respective ultrasonic waves. When double pressing the key 217 ultrasonic waves unit 10 control displays the site to perform the massage, the duration of the operation and data on cosmetic products that will be used in step 905 is ultrasonic massage parts of the body through massage respective ultrasonic waves.

At that time, if the user presses 225 adjust the time or press 223 adjust the intensity, the control block 10 performs the adjustment of the duration of the operation or the intensity of the operation corresponding to the currently executing function time. In addition, because of the excessive duration of massage function ultrasonic waves can cause damage to the skin, the unit 10 controls so that the maximum duration of massage does not exceed 5 minutes for the face and did not exceed 10 minutes for the body, even when the user performs the adjustment of the length of the massage and the intensity by pressing the keys 225 adjust the time and keys 223 adjust the intensity. In addition, the control block 10 controls the intensity of the operations thus, h is ordinary it did not exceed a specified intensity values.

In addition, when you press 227 temporary stop/cancel the operation unit 10 controls temporarily suspends or cancels the execution of the current function, and resumes execution of the suspended function is carried out by pressing 215 "start".

Below is a description of how General skin care carried out in a system of common skin care products according to the present invention in manual mode, automatic mode and the mode with fuzzy logic, by separating the functions those functions that can be implemented.

1) Operation check condition of the skin

The face of the user is washed clean, the water is completely removed, and then press the status of a skin. Carry out a thorough inspection of the skin with the use of devices for exposure to low-frequency waves to classify the condition of the skin on its type: dry, normal, oily, resulting in receive data to specify the duration of the operation, the intensity of operations and the order of execution of functions in each mode.

2) the Operation of cleaning the skin

On the face evenly applied massage cream, then press the power key infrared radiation in the far infrared region of the spectrum. Set the duration of the operation and intensity of operations in accordance with the skin type. The imp is both circular massage of the skin from the inner part to the outer part.

After a time corresponding to the duration of the selected operation (e.g., 4 minutes), and after generating a warning beep massage cream wash it using a towel moistened with water. After that, on the face evenly applied massage cream, and then press the mode of treatment. Determines the duration of the operation and intensity of operations based on skin type. Perform a smooth circular massage from the inner part to the outer part.

After a time corresponding to the duration of the selected operation (e.g., 2 minutes), and in the case of generating a warning beep cream wash using a towel moistened with water. After that, on the face again evenly applied massage cream and press enable low frequency wave (-). Determines the duration of the operation and intensity of operations based on skin type. Do circular massage from the bottom up, from the inner part to the outer part. After a time of operation, as evidenced by the warning sound signal, cream washed through towels, heated by steam.

3) Surgery cosmetic skin treatment

On the face evenly applied gel cream and press enable nyskohus is now waves (± ). Set the duration and intensity of operations based on skin type. Do circular massage along the pattern of the skin from the bottom up, from the inner part to the outer part. After a time corresponding to the duration of the operation, as evidenced by the warning sound signal, cream wash using a towel moistened with water.

4) Operation of introducing into the skin of nutrients

On the face evenly nourishing cream and press enable low-frequency waves (+). Set the duration and intensity of operations based on skin type. Perform massage along the pattern of the skin from the bottom up, from the inner part to the outer part. After a time of operation, as evidenced by the warning sound signal, to face only easy cosmetic touch pad or person left in the same condition in which it is located.

5) Special surgery skin care

On the face evenly applied gel cream. Press the power key low frequency wave vibration. Set the duration and intensity of operations based on skin type. Perform massage from the bottom up, from the inner part to the outer part. After a time of operation, as evidenced by the warning sound signal, the cream will Traut using towels, dampened with warm water.

On the face evenly applied gel for ultrasound procedures. Press the power key of ultrasonic waves. Then perform massage along the pattern of the skin.

According to the method of skin care with the use of common skin care products according to the present invention, the user can easily verify the type of skin through the operation of checking the condition of the skin. Therefore, when the operations of skin care with the use of the cleansing of the skin, cosmetic skin treatment, injection into the skin of nutrients, low frequency wave vibration exposure and exposure to ultrasonic waves follow proper adjustment of the duration and intensity of operations taking into account the skin type, the resulting test that provides the ability to implement a comprehensive skin care at home.

In the system of General skin care and General way of skin care with the use of this system according to the present invention, the information about the type of skin is obtained by checking the condition of the skin and perform aggregate functions General care of the skin in a proper manner is carried out in manual or in automatic mode based on skin type, the resulting scan. In addition, people who are not experts who ohms in the field of cosmetology, can easily carry out General skin care based on the results of checking the condition of the skin. Various functions common skin care combined in a single chip processor, which allows for total skin care by-operated portable systems, and it provides the opportunity to implement more cheap professional skin care at any time.

As described above, the present invention provides the ability to accurately check the skin type and the way of common skin care takes into account the skin type, the resulting test, so anyone can make an accurate check on the type of skin and General skin care based on information about his/her own type of skin. In the present invention any person can easily adjust the desired function skin care so that it meets his/her own type of skin through the use of various modes, and can appropriately combine the functions of General skin care.

In addition, the present invention mainly focuses on the implementation of the portable integrated system, which can combine and manage various functions of General skin care, such as checking the condition of the skin, massage by means of infrared radiation in the far IR region the t spectrum, ozone massage, low frequency waves, low frequency wave vibration massage and ultrasonic waves, which allows for General skin care with regard to his/her own skin type at any time.

Since the present invention can be implemented in several ways, not outside of his essence or main distinguishing characteristics, it should also be understood that the above examples are not restricted set forth in the above description, details, except in those cases where it is explicitly stated, and they should be interpreted expansion within the essence and scope of patent claims of the invention defined by the attached claims, and thus imply that the appended claims cover all variations and modifications which fall under the scope of patent claims, as defined by the claims and their equivalents.

1. Integrated system of skin care that contains the device for exposure to low-frequency waves, the output of which generates a charge pulse to check the condition of the skin and the pulse frequency waves to massage the low-frequency waves, a device for infrared radiation in the far infrared region of the spectrum, the output of which is the us radiation in the far infrared region of the spectrum by means of infra-red lamps in the far infrared region of the spectrum, a device for low frequency wave vibration exposure, consisting of a vibrating device, whereby perform the operation of low frequency wave vibration exposure, and vibralert which vibrates when casting vibrating device in action when applying to the input voltage and is used as an auxiliary switch, the cleaning fixture containing a lamp for generating ozone due to light radiation and configured to transfer the high voltage pulse in the ozone lamp and generation of ozone due to ultraviolet radiation of a certain wavelength, the device for exposure to ultrasonic waves containing piezoelectric ceramic element for generating vibrations in accordance with an input voltage and generating the output fluctuations in the form of ultrasonic waves, the unit initiating the test mode condition of the skin that produces a charge pulse to the reference value of the resistance through the device for exposure to low-frequency waves to obtain reference values and resistance values of the resistance of the skin, on the basis of which is determined by the skin type, the unit initiating the effects of low-frequency waves, connected with the control unit through connection con the act and contains the output contact, coupled with adjustment for exposure to low-frequency waves to supply the rated power to the device for exposure to low-frequency waves, the unit initiating exposure to infrared radiation in the far infrared region of the spectrum, which is connected with the control unit through the connecting contact and with adjustment for exposure to infrared radiation in the far infrared region of the spectrum to supply the rated power to the device for infrared radiation in the far infrared region of the spectrum, the block initiation of the low frequency wave vibration impacts connected with the control unit through the connecting contact and device for low frequency wave vibration exposure for the submission of nominal power in this device, the unit initiating the ozone influence connected with the control unit through the connecting contact and an output contact connected to the cleaning fixture for receiving the rated capacity and supply in a device for cleaning high-voltage pulse for generating ozone, the unit initiating the exposure to ultrasonic waves, connected with the control unit via the external connection contact and an output contact connected to the device for exposure to ultrasound in lname to supply the rated power to the device for exposure to ultrasonic waves, the block work keys containing various control keys and receiving signals entered by the user through the keys, the display unit displaying operation corresponding to the input keys of the block work keys, a storage device, the storage program total skin care and various data, a control unit made in the form of a single-chip microprocessor having a lot of contacts I/o that performs control operations in response to input keys of the block work keys, displays input keys, the condition and mode of operation of the system on the basis of the input keys in the display unit and comprehensively managing system, and power supply receiving alternating electrical current feed to the system nominal direct current and rated power DC power for actuation of each element in accordance with a control signal of the control unit.

2. The system according to claim 1, in which the block work keys contains key check the condition of the skin, the power key infrared radiation in the far infrared region of the spectrum, press activate the cleaning mode, the power key low frequency wave (-), the power key low-frequency waves (±), key switch low-frequency waves (+), key switch bottom is castetnau wave vibration, press "start"key switch of the ultrasonic waves, the key switch to automatic mode, press the mode with fuzzy logic, press to adjust the time and press pause/cancel.

3. The system according to claim 1, in which the display unit includes a liquid crystal panel, which consists of a block display manual mode/auto mode/mode with fuzzy logic; unit display the selected sequence S1/S2/S3 in accordance with the skin type; block display parameter values when checking the condition of the skin; block display of the remaining time; unit graphic display intensity (weak/medium/strong) operations; unit graphic display of the result of checking the condition of the skin; block display data about the used cosmetics; block display of standby/operating mode; block display mode ultrasonic massage in operation, the unit display selectable region for ultrasonic massage and imaging unit used devices.

4. The system according to claim 1, in which the block initiation of low-frequency waves contains many features displayed in the device for exposure to low-frequency waves, respectively low frequency wave (-), low-frequency waves (±) and low-frequency waves (+), with the accordance with the control signal of the control unit depending on the input key unit working keys.

5. The system according to claim 1, in which the control unit is configured to calculate the reference values of electrical resistance devices for exposure to low-frequency waves and the resistance values of the skin, a certain quantity of moisture upon contact of the electrode devices for exposure to low-frequency waves with the skin, and classification of skin type into nine classes: dry (low degree middle degree high degree), normal (low degree middle degree high degree) and fat (low degree middle degree high degree).

6. The system according to claim 1, in which the device for infrared radiation in the far infrared spectral region additionally contains a massage cap having a finger tab to create the effect of compression of the skin with your fingers.

7. The system according to claim 1, in which the cleaning fixture further comprises ozone lamp has a special design for easy execution of the massage protrusions of the skin.

8. The system according to claim 1, additionally containing a signaling unit that outputs a warning beep when changing a specific function or after perform certain system functions.

9. The system according to claim 1, additionally containing a timer configured to count time and perform the relevant function.

10. The way to care for your skin using a complex system of skin care that contains the following operations: check the condition of the skin, which perform face wash clean, wipe the water from his face, press the status of a skin, perform classification skin on its type: dry, normal, oily, using devices for exposure to low-frequency waves and receive data to specify the duration of the operation, the intensity of operations and the order of execution of functions for each mode of operation; cleaning of the skin, which on the face evenly applied massage cream, press infrared radiation in the far infrared region of the spectrum set the duration of the operation and intensity of operations, based on skin type, perform a smooth circular massage from the inner part to the outer part, and upon expiration of a selected time of operation and after displaying a warning beep cream wash, then on the face evenly applied massage cream, press activate the cleaning mode, set the duration of the operation and intensity of operations, based on skin type, perform a smooth circular massage from the inner part to the outer part, and upon expiration of a selected time of operation and after displaying a warning sound signal to the eat erase using towels, moistened with water, then the whole part of the face again evenly applied massage cream, press-frequency waves, determines the duration of the operation and intensity of operations, based on skin type, perform massage along the pattern of the skin from the bottom up, from the inner part to the outer part, and after a time the duration of the operation and after displaying a warning beep cream wash using towels, heated by steam; cosmetic treatment of the skin, which on the face evenly applied gel cream, press the power key low-frequency waves (±), determines the duration of the operation and intensity of operations, based on of skin type, perform massage along the pattern of the skin from the bottom up, from the inner part to the outer part, and after a time the duration of the operation and after displaying a warning beep cream wash using a towel moistened with water; cosmetic surgery introduction into the skin of nutrients, which on the face evenly nourishing cream, press-frequency waves (+), set the duration of the operation and intensity of operations, based on skin type, perform massage along the pattern of the skin from the bottom up, from the inner part to the outer part, and after a time will continue is lnasty operations and after displaying a warning beep cream wash using cosmetic wipes; and operation of skin care, which on the face evenly applied gel cream, press the power key low frequency wave vibration, set the duration of the operation and intensity of operations, based on skin type, perform massage along the pattern of the skin from the bottom up, from the inner part to the outer part, and after a time the duration of the operation and after displaying a warning beep cream wash using a towel dampened with warm water.

11. The method according to claim 10, wherein the special operation skincare contains the operation by which the face evenly applied gel for ultrasound procedures, press the power key of ultrasonic waves and perform massage along the pattern of the skin.

12. The method according to claim 10, wherein each of said operations performed in one of the following modes, which are selected in accordance with the user pressed a key choice among the following modes: a manual mode in which the execution of the corresponding function start immediately after pressing the desired function without using the key "start", designed to perform the function for each operation; automatic mode, wherein after determining the type of the skin during the operation check condition of the skin and job specific about the behaviour, based on skin type, each function carried out automatically according to the chosen procedure; and the mode with fuzzy logic, in which the duration of the operations that are specific to the functions and the sequence of operations is performed automatically by the stored program, based on the result of checking the condition of the skin obtained by executing the operation check condition of the skin.

13. The method according to item 12, wherein the manual mode contains the following operations: an operation in which the detection information input from the outside, made a key test of the condition of the skin, in liquid crystal display (LCD) panel unit displaying the display device which is used to check the status of the skin; the operation in which, when the user starts to check the condition of the skin using the mapped device, receive data by checking the condition of the skin of devices designed to check the condition of the skin, and compute the result of the check of the condition of the skin; the operation in which in a certain part of the liquid crystal panel of the unit display display type of skin, the value of the parameter when checking the condition of the skin and graphical chart, derived from the result of checking the condition of the skin; the operation, that is when the user clicks one of the following keys: keys enable the infrared radiation of the far infrared region of the spectrum, the power key of the cleaning mode, the keys of the low frequency wave (-), the low-frequency waves (±), the low frequency wave vibration and the power key of ultrasonic waves in accordance with the skin type, determine the pressed key and perform a function corresponding to the button pressed, so provide in the manual mode; and an operation in which perform the appropriate function, and display the duration of the operation corresponding to the function performed, the intensity of operations and the selected device and information about the beauty products that you should use in a certain part of the liquid crystal panel of the display unit in the form of symbols and graphical form.

14. The method according to item 12, wherein the specified automatic mode contains the following operations: an operation in which, upon detection of pressing of keys outside checking the condition of the skin on the liquid crystal display (LCD) panel unit displaying the display device which is used to check the status of the skin; the operation in which, starting from the time the user executes the verification operation condition of the skin using the mapped device, receive data by checking the condition of the skin of the device, which verifies the condition of the skin, and calculate the test result comprising the Iya skin; the operation in which in a certain part of the liquid crystal panel of the display unit display the skin type, the value of the parameter when checking the condition of the skin and graphical chart, derived from the result of checking the condition of the skin; the operation in which when detecting the user presses the enable auto mode result in the automatic mode of operation and determine the number performed by the user clicks on the key switch to automatic mode; the operation in which with a single press on the power key automatic mode automatically set the order of execution of functions corresponding to dry skin, double pressing the power key automatic mode automatically set the order of execution of functions corresponding to normal skin type, and if you triple-click on the key switch to automatic mode automatically set the order of execution of functions corresponding to oily skin; the operation that provides the flickering images of the devices and cosmetics, which should be used to perform functions in accordance with the automatically set the execution order of the functions, display functions, which is currently in the standby mode; and an operation in which about Uruguay pressing start and manage a building block to perform the relevant functions.

15. The method according to item 12, wherein the mode with fuzzy logic contains the following operations: an operation in which, upon detection of pressing of the mode with fuzzy logic trigger mode with fuzzy logic, and on-screen liquid crystal display (LCD) panel of the unit display display mode with fuzzy logic and a device which is used to check the condition of the skin, in accordance with the user presses the mode with fuzzy logic; an operation in which, starting from the time the user executes the verification operation condition of the skin using the mapped device, receive data by checking the condition of the skin of the device, perform checks for the condition of the skin, and compute the result of the check of the condition of the skin; the operation in which in a certain part of the liquid crystal panel of the display unit display the skin type, the value of the parameter when checking the condition of the skin and graphical chart, derived from the result of checking the condition of the skin; an operation which automatically set the order of execution of functions on the basis of a certain skin type, sequentially display automatically set the order of execution of functions, and the duration of execution of transactions associated with a particular function, the intensity of the operation, and t is the train device and data about cosmetics, which you should use in a certain part of the liquid crystal panel of the display unit in the form of symbols and graphical form; the operation that provides the flickering images of the devices and cosmetics, which should be used to perform functions in accordance with the automatically set the execution order of the functions, display functions, which is currently in the standby mode; and operation during which detects pressing start and manage a building block to perform the relevant functions.

16. The method according to item 12, wherein each mode contains the following operations: operation during which detect the user presses the adjustment of time and keys adjust the intensity and regulate the duration of the operation and intensity of the operation currently executing function; an operation in which when you press pause/cancel temporarily stop and cancel the execution of the current function; and an operation at which to resume execution of the suspended function when you press "start".

17. The method according to item 13, which additionally contains the following operations: operation during which detect the connection status of the devices for ultrasonic impact and waves, and, when detected that the device for exposure to ultrasonic waves is connected, choose the site for massage in accordance with the number of times a user key to activate the ultrasonic waves and display it in a certain part of the liquid crystal panel of the display unit; and an operation in which in a single pressing on ultrasonic waves display area for massage, the duration of the operation and data about the used cosmetics, perform appropriate ultrasonic massage for massaging the face, double pressing on ultrasonic waves display area for massage, the duration of the operation and data about the used cosmetics and perform appropriate ultrasonic massage for massaging the body part.

According to claims 1-4, 8, 10-17 priority is selected from 14.03.2002.

In subparagraph 5 and 9, the priority is set from live on 23.02.2002.

On PP and 7 priority set from 21.02.2003.



 

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FIELD: medicine; medical engineering.

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FIELD: medicine.

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EFFECT: enhanced effectiveness of treatment owing to initial power density being accurately selected.

FIELD: medical engineering.

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FIELD: medical engineering.

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EFFECT: enhanced effectiveness of treatment.

2 dwg

FIELD: medicine.

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