RU2083354C1 - Method and apparatus for hair and face caring - Google Patents

Abstract

FIELD: cosmetic, hygienic and medical means. SUBSTANCE: method involves depilating actions combined with controlled biostimulating actions oriented to predetermined parts of skin surface and individualized in accordance with state of health, skin and hair-covering of User. Biostimulating actions are aimed at prophylaxis and /or treatment of various diseases as well as at prophylaxis and therapy of possible aftereffects of disturbed hair-covering and are effectuated mainly during depilation procedures. Apparatus has manual depilation manipulator, control unit and set of procedure devices such as depilators, and devices facilitating depilation procedures, biostimulator, whose controlled actions former is connected with manual unit and through manual unit - with working members, which transmit biostimulating effect to skin. Working members are positioned in procedure device unit. EFFECT: increased curing and prophylactic effect. 16 cl, 24 dwg, 1 tbl

Description

 The invention relates to methods and devices for use in cosmetic, hygienic and medical purposes, namely, to combined methods and devices for their care for hair and skin and, in particular, for hair removal in combination with the function of prevention and / or treatment of various types of diseases, as well as the prevention and treatment of the possible consequences of damaging disorders of the skin that occur during hair removal.

 Known methods of hair and skin care and devices for their implementation, which are used during hair removal procedures. The process of hair removal during hair and skin care, for example, when cutting, hair removal and shaving, is accompanied by exposure to the skin with appropriate devices involved in the hair removal procedure. In this case, the effects on the skin are concomitant in the operations of the procedure. Effects on the skin are transmitted in the process of hair removal in the form of a pressurized action by direct contact with the skin of the appropriate devices involved in the procedure, or are transmitted by the removed hair when they are subjected to efforts aimed at breaking the mechanical connection between the skin and hair and created by devices that remove hair . However, such a concomitant effect on the skin is not objectively controlled by the characteristics of the effects. Therefore, the known methods of hair and skin care and devices for their implementation can not provide a variety of individualized therapeutic and prophylactic (physiotherapeutic or reflexotherapeutic) effects on the skin neither in the hair removal procedure, nor regardless of the hair removal procedure aimed at prevention and therapy as different types of diseases and the effects of hair removal (e.g., scratches, wounds, skin irritations and allergic reactions). Moreover, due to the lack of objective control of factors affecting specific selective areas of the skin surface, as a result of using known methods and devices for hair and skin care, both manifestations of various skin lesions and reflex negative changes in health status are possible. Examples are scratches, wounds, irritations, discoloration of the skin and allergic skin reactions that occur on the surface of the skin after or during hair removal, as well as neuropsychic reactions, pain and unpleasant subjective sensations, malaise, changes in blood pressure, headache and others after the hair removal procedure.

 A more advanced method is hair and skin care, in which the operations of the hair removal procedure are accompanied by concomitant effects on the skin, facilitating the hair removal procedure. Examples of devices for implementing this method of hair and skin care are devices [1-8] for hair removal, affecting the skin with various physical factors that facilitate the operations of the hair removal procedure.

 For example, according to the patent [1], a massage effect is applied during the application of shaving cream on the skin exposed to the shaving procedure. This is done with a set of brushes for applying razor cream to the skin, before using the razor, and is intended for the convenience of the user. Convenience is provided due to the content of three types of shaving accessories used in operations of the hair removal procedure in one constructive device [1]. These include razors, cream brushes and a cream container.

 The device according to patent [2], which is a razor with a water spray, provides an effect on the skin by washing it immediately before the cutting edge of the device that removes hair. The skin washing and water spray device [2] are auxiliary operations and devices, respectively, facilitating the operations of the hair removal procedure and they are intended to facilitate the shaving process.

 The device according to the patent [3] provides an auxiliary effect on the skin during shaving by tensioning the skin surface, which is also intended to facilitate the shaving process and improve its quality.

 The device according to the patent [4] produces auxiliary effects on the skin during shaving with special structural elements, creating subjective pleasant sensations for the user and reducing discomfort during shaving.

 The device according to the patent [5] is equipped with a magnetic suspension of pairs of magnets and ensures the comfort of the shaving procedure, due to the smoothness of the mechanical effect on the skin.

 The device according to the patent [6] provides auxiliary illumination of the skin when shaving in low light conditions.

 The device according to the patent [7] is a razor with a heating device that provides a thermal effect on the hair and skin surface of the user. These effects are intended to facilitate shaving.

 The device according to the patent [8] creates a vibration effect on the skin surface during shaving and helps to reduce the sensitivity of the nerve endings of the face to discomfort during shaving, which is aimed at facilitating the shaving procedure.

 The above devices [1-8] carry out functionally common operations of the hair and skin care method during the hair removal procedure. Hair removal is carried out through manual manipulations in the operations of the hair removal procedure. In this case, the hair removal procedure is carried out by combining the operation of direct hair removal with auxiliary effects on the skin. Here, auxiliary effects on the skin are intended for short-term changes in the physical properties of the hair and / or skin, and only facilitate the procedure of hair removal and improve the quality of the procedure.

 The above devices [1-8] that provide the indicated operations during the hair removal procedure 1, 0 also contain structural blocks that are functionally common for them, allowing the user to hold the device in his hand by appropriate manual -3- manipulations near the skin surface, or along the skin surface performing hair removal operations. Devices [1-8] are made in the form of structurally related manual block of manipulations and control operations of the hair removal procedure and the block of procedural devices. At the same time, the unit of device procedural devices [1-8] contains devices that remove hair, as well as auxiliary devices that affect the skin and facilitate hair removal procedures during operations and are intended only to improve the quality of the hair removal procedure and the quality of the result of the procedure. The aforementioned accessories are intended to carry out auxiliary operations during hair removal procedures aimed at short-term changes in the physical properties of the skin on the treated area (for example, increasing skin elasticity by stretching, increasing skin wettability and moisture, by applying cream, wetting with an aqueous solution or washing water, softening, by heating the skin, lowering the sensitivity of the skin, by cooling, etc.). This is intended to create more favorable conditions conducive to the operations of the hair removal procedure. In the following description, assistive devices will be referred to as devices that facilitate the operations of the hair removal procedure.

 Thus, as a result of the use of devices [1-8], a hair removal operation and, concomitantly, physical factors that are specific to each of the devices [1-8] and affecting the operation of the hair removal procedure are simultaneously performed on the skin. Moreover, the functional blocks common to devices [1-8], which allow the user to hold the device in his hand and perform the corresponding operations of the hair removal procedure, are structurally interconnected, a manual unit for manipulating and controlling the operations of the hair removal procedure and the procedural unit devices combining hair removal devices and devices facilitating the operation of a hair removal procedure.

 However, the method of hair and skin care by affecting the skin during the hair removal procedure with one or another physical factor that facilitates the operation of the hair removal procedure, and the patented devices [1-8] implementing this method, have disadvantages that do not allow them to be used for therapeutic and preventive purposes. The table shows data on skin exposure factors used in devices [1-8] that facilitate hair removal procedures and data on the corresponding devices that create these effects, as well as data on unaccounted for, created by devices, exposure factors having negative effects per user. The table shows that with the available, noted in column 4, concomitant positive, from the point of view of the hair removal procedure, features that affect the user's skin, there are drawbacks (column 5) of the implemented technical solutions that may occur due to unaccounted for the body of the user.

 It is known, for example [9,10], that on the surface and in the surface layer of the skin there is a significant number of nerve endings of sensitive elements, blood and lymph vessels entering the microcirculation system, nutrients, biologically active points (BAP) and biologically active zones (BAS) which are part of the system and are subject to neuro-humoral control and have a reflex effect on vital processes, internal organs, endocrine glands and functional systems of the body.

 Therefore, effects on the skin can have a stimulating effect both on the skin and on the state of internal organs and the functional state of the body. In this case, the effects of exposure to the skin without and without the uncontrolled nature of the stimulating factors may lead to undesirable results.

 It is known [11-13] that the targeted effect on certain areas of the skin by one or another physical factor is electro-, magneto-, thermo-, light-, hydro-, combined, etc. stimulating effects are varieties of biostimulating types of effects on the body of a biological object, and they are widely used in therapeutic and prophylactic physiotherapy and reflexology in the treatment of various types of diseases and disorders of the body, including skin ones. On the other hand, stimulation of the nerve endings of the skin without taking into account the features of a possible reflex effect on the body can lead to poor health.

 When caring for hair and skin through hair removal procedures, both cases of damaging disorders of the skin (abrasions, cuts, injections) and cases of reflex effects on the state of the body leading to its deterioration are possible (for example, this may manifest as allergic reactions, color changes in certain areas of the skin, irritations, worsening psycho-emotional state, etc.). In addition, even before the procedure for hair removal on the skin surface, there may be pathological areas in the form of ulcerative formations and warts, rashes and age spots, abrasions, scratches, cuts, injections, etc. which should lead to more careful operations of the hair removal procedure. As a result of hair removal procedures, depending on the individual tolerance of the procedure, the thickness and sensitivity of the skin, the initial state of the skin, the state of health and the quality of the hair removal procedure, skin irritations, allergic reactions, as well as abrasions, scratches and cuts can occur. In addition, the influence of the reflex mutual influence of the internal organs and functional systems of the body with BAP and BAS on the skin is significant.

 Therefore, it is obvious that uncontrolled exposure to any of the impact factors, the qualitative characteristics of the physical factor (type of exposure), the level of stimulating effect, the duration of the exposure, and the time of the onset of exposure to both the skin surface and its subsurface structures can lead to unpredictable negative results.

 The disadvantages of the method of hair and skin care by exposure to the skin during the hair removal procedure, as well as the disadvantages of the devices [1-8] for the implementation of the method are the inability to carry out a variety of individualized physiotherapeutic, or reflexotherapy, skin effects neither during the hair removal process, nor independently from hair removal procedures aimed at the prevention and treatment of various types of diseases and the undesirable consequences of hair removal, and the lack of objective control For factors affecting the skin during hair removal, which does not exclude or does not reduce the likelihood of negative results from these effects.

 The closest in technical essence to the claimed method and device for its implementation is a device [14] that implements a method of hair and skin care by removing hair, made with objective consideration of the condition of the hairline. The basis of this method is to determine the density of the hairline and, in accordance with it, the regulation of the rotation speed of the motor shaft, transmitting movement of devices that remove hair. Blocky, in the device [14], a manual block of manipulations and operations management of the hair removal procedure and a block of devices providing hair removal are interconnected. The block of manual manipulations and controls contains technical means that integrally determine the thickness of the hair during the hair removal process and contains controls that optimally regulate the rotation speed of the electric motor in the hand block and transmitting movement of the hair removal devices with respect to the actions that remove the hair. In this case, as a sensor, ensuring the removal of information about the density of hair, a sensor is used to control the current supply of the electric motor.

 However, with such a method and device adapted in the process of hair removal to the state of the hair, nevertheless, the physiological state of the skin and the associated, uncontrolled reflex effects on the skin are not taken into account in objective terms, which is a risk factor for the user's health. For the same reason, the device [14] cannot be used for therapeutic purposes.

 The known method and device [11-13,15-23] for physiotherapy and reflexology, effecting the body through the skin of a biological object with various biostimulating factors. At the same time, various options for biostimulating effects have found wide application in medical practice. Among them, electro-, magneto-, light-, thermo-, vibration- and combined-stimulating physiotherapeutic and reflexotherapy devices stand out [11-13, 15-21] In addition, for example, biological feedback is used in devices [22,23] (BOS), which controls the change in the state of the characteristics of the patient’s skin areas during reflexotherapy electrically acting procedures. The presence of biofeedback in this device allows you to accurately and objectively establish a place and conduct a biostimulating effect on the body in a dosed manner, which automatically optimizes the characteristics of electrical effects in terms of intensity and duration of the procedure. At the same time, both the effect and the removal of information about the state of the skin during a therapy session are carried out by the same elements of the action with electrodes transmitting the effect on the skin.

 In a generalized embodiment, known devices for physiotherapeutic and reflexotherapy purposes are one of the varieties of biostimulant. Biostimulants contain interconnected shaper of controlled exposure factors and exposure elements that transmit biostimulating effects on the skin. Structurally, the shaper can be made in the form of a hand unit. In these devices, the shaper of controlled exposure factors is designed to generate control exposure signals controlled by the shape of the signal, the level of intensity and duration of exposure. In this case, the shaper may contain associated control and display panel and a source of controlled signals connected through a matching device with the elements of the impact. By the controls on the control and display panel, the modes and characteristics of the acting signals generated by the source of the controlled signals are set and set. The control signals from the shaper are transmitted to the exposure elements, where they are converted into a biostimulating effect on the biological object during the treatment and prophylactic procedures. The connection of the shaper and the impact elements is carried out by means of a matching (connecting) device. Impact elements are designed to transfer biostimulating effects on the skin from the shaper, as well as to convert the manipulating movements of the hand holding the device into oriented movements of the effects on, or over the treated areas of the skin surface.

 However, the known devices for physiotherapeutic and reflexotherapy purposes perform only a therapeutic and preventive function and do not realize additional goals, for example, hair and skin care by hair removal. Moreover, the operation algorithm of known devices for physiotherapeutic and reflexotherapy purposes does not objectively take into account the condition of the hairline on the skin, which can lead to artifacts and distortion of exposure signals, for example, when using electro- or light-stimulating effects.

 In practice, most healthy people are so busy with their current affairs that they limit and do not pay due attention to their own health. In addition, the psychology of most people is formed in such a way that, even with home remedies for physiotherapy and reflexology and medical indications of their use for the prevention and treatment of their own diseases, they, as a rule, either do not use these funds, forgetting about them, or, do not Having found a quick visual effect, they are disappointed and use home physiotherapeutic agents rarely and irregularly. This situation makes, in fact, the use of therapeutic devices at home ineffective. At the same time, with a certain regularity, people find and use personal time and pay attention to perform hygienic and / or cosmetic procedures, including hair and skin care, for example, through hair removal procedures and skin effects.

 It seems advisable that the device for implementing the method of hair and skin care by conducting, for example, hair removal procedures with exposure to the skin, allows to carry out, mainly in one procedure, hair removal operations and preventative treatment, and the device, at the same time, is structurally convenient for operation and equipped with appropriate devices. Then it becomes obvious that the likelihood of the user performing regular medical and preventive procedures would increase and, as a result, would maintain his state of health at a higher level. The use of such a method of hair and skin care and such an integrated device for its implementation leads to a systematic situation associated with the frequency of hair removal procedures, and even mandatory, but without the compulsory personal attention of the user, medical and preventive procedures. It is known that cosmetic, physiotherapeutic and reflexotherapy procedures are recommended by doctors, cosmetologists and therapists as systematic, which increases their cosmetic and therapeutic effect and effectiveness. Conducting at the same time a cosmetic hair removal procedure and a treatment-and-prophylactic procedure allows more rational use of personal time and draws the user's attention to their own health and appearance and creates, in fact, in an inconspicuous way, a positive effect: without significant additional costs for the user's personal time, restore, maintain, improve and carry out preventive maintenance of a state of health.

 In addition, such a functionally combined device can be used for physiotherapeutic and reflexotherapy procedures and regardless of the hair removal procedure, at the discretion of the user.

 Known methods for skin care through hair removal procedures haircut, hair removal and shaving are currently used as cosmetic and / or hygienic procedures. Moreover, any of the procedures for hair removal -9- is associated with the expenditure of time and attention of the user. So, for example, with regular daily shaving, at least a few minutes are required for each procedure. With more rare shaving, the time spent on the procedure can increase. In the same way, the duration of each shaving session is increased if you want to achieve a higher quality of its result. The process of hair removal, as a rule, is accompanied by the impact on the skin of a biological object by one or another physical factor. For example, when cutting, epilating and shaving, a mechanical effect is exerted on the skin by manipulation with an appropriate hair removal tool. Moreover, the duration of exposure to the skin is proportional to the time of the procedures associated with hair removal. Thus, the user's personal time spent on exposure to the skin in the hair removal procedure could be used more rationally as a backup time for conducting targeted targeted treatment and preventive procedures, especially since the recommended durations of the latter are comparable in duration to hair removal procedures .

 The aim of the invention is to increase the effectiveness of impacts and save time by introducing various types of diseases and consequences of hair removal into the procedure of controlled therapeutic and preventive functions. Another goal is to expand the cosmetic capabilities of hair and skin care during hair removal procedures. The general objective of the invention is to expand the functionality of known methods and devices for hair and skin care.

 This goal is achieved by the fact that when implementing the method of hair and skin care, mainly during hair removal procedures, a biostimulating effect on the skin and / or increase the biological activity of substances applied to the skin, the acting factors of which are individualized taking into account the condition of the body, skin and hairline, establish and control according to objective indicators and orient the biostimulating effect on specific selected areas of the skin surface.

A device for implementing a method of hair and skin care, including associated manual block of manipulations and operations management of a hair removal procedure with a block of procedural devices that combines hair removal devices and devices that facilitate hair removal procedure operations, has the following distinctive features:
it is equipped with a biostimulator, which provides the formation and transmission of controlled biostimulating effects on the skin;
the biostimulator contains a shaper of controlled exposure factors, equipped with means to control and manage stimulating exposure factors, and which allows you to control the modes of exposure until the biostimulating factors are turned off, if you want to conduct hair removal without biostimulation;
the biostimulator contains exposure elements for transmitting biostimulating effects on the skin of the user;
a shaper of controlled exposure factors is connected to the exposure elements;
shaper of controlled exposure factors associated with a manual unit for manipulating and controlling the operations of the hair removal procedure;
impact elements are located in the block of procedural devices;
the biostimulator can be made in the form of a combined biostimulator, which contains a connected shaper of controlled combined exposure factors that creates a combination of at least two different types of exposure, and combined exposure elements to transmit combined biostimulating effects on the skin;
devices that remove hair and / or devices that facilitate the operations of the hair removal procedure can be made in the form of devices that also perform an additional function, namely, the function of the elements of the biostimulator, transmitting a biostimulating effect on the skin;
the shaper of controlled factors of influence can be made in the form of a shaper of electrostimulating signals, and the elements of the impact in the form of electrodes placed on the outer surface of the structure of the hand block, and / or electrically conductive parts of devices that remove hair;
a device for implementing the method of hair and skin care can be made in the form of a structure assembled from separate, structurally complete blocks, for example, a biostimulator, a block of procedural devices and a manual block of manipulations and control operations of the hair removal procedure;
devices that remove hair and / or devices that facilitate the operations of the hair removal procedure and / or biostimulator can be made in the form of removable nozzles interfaced with the manual unit for manipulating and controlling the operations of the hair removal procedure;
devices that facilitate the operations of the hair removal procedure, and / or devices that remove hair, and / or impact elements can be made in the form of a design set of devices from nozzles assembled into a block of procedural devices;
the shaper of controlled exposure factors can be structurally made in the form of a remote unit associated with the exposure elements through a manual unit for manipulating and controlling the operations of the hair removal procedure;
the shaper of controlled factors of influence can be structurally located either in the manual block of manipulations and control of operations of the hair removal procedure, or in the block of procedural devices;
exposure elements can be made in the form of a magnetic field source that transmits a magnetostimulating effect on the skin;
exposure elements can be made in the form of light-emitting elements;
impact elements can be made in the form of vibrators;
biostimulant can be performed acupressure and massage;
the biostimulator can be made thermostimulating (cold, thermal, or thermo-contrasting stimulating effect);
the biostimulator may contain a biofeedback unit (BFB), for example, a meter of electrical conductivity of the skin;
the device is equipped with a construct with pockets for accommodating removable nozzles and procedural records;
the device comprises a timer or microprocessor unit for procedural recordings.

 In the process of patent research, no technical solutions with features similar in features distinguishing the claimed solution from the prototype were found. Therefore, the proposed technical solution meets the criterion of "significant differences".

 In FIG. 1 shows a block diagram of a device for implementing a method of hair and skin care; in FIG. 2 manual block of manipulations and operations management of the hair removal procedure; in FIG. 3 block of procedural devices; in FIG. 4 shaper of controlled exposure factors; in FIG. 5-24 are exemplary embodiments of the device, in particular in FIG. 5-7 are embodiments of a block of procedural devices of the device; in FIG. 8 is an embodiment of a communication of a shaper of controlled impact factors with impact elements, FIG. 9.10 variants of the structural arrangement of the shaper of controlled factors of influence in the device; in FIG. 12 is an embodiment of a device providing electro-stimulating effects; FIG. 11 is an electrical circuit providing galvanic coupling of the shaper and razor blades; in FIG. 14-15 embodiments of a device providing magnetostimulating effects; in FIG. 13 is an electrical circuit for transmitting control electric signals from the former to the inductor unit; in FIG. 17 an embodiment of a device providing light stimulating effects, in FIG. 16 is an electrical circuit for transmitting control electric signals from the driver to the light emitting diodes in FIG. 18 embodiment of a device providing acupressure-massage reflexotherapy effect; in FIG. 19 24 is an embodiment of a device providing a thermostimulating effect, an embodiment of a device with biological feedback and an embodiment of a device providing combined multi-factor effects.

 The device (Fig. 1) contains associated manual block 1 for manipulating and managing the operations of the hair removal procedure with a block 2 of procedural devices combining the devices 3 that remove the hair and the devices 4 that facilitate the operations of the hair removal procedure, a biostimulator 5, a shaper 6 of controlled exposure factors which connected with the manual block 1 and through it is connected with the elements 7 of the impact, and located in the block 2 of the procedural devices.

 The manual unit 1 (Fig. 2) for manipulating and controlling the operations of the hair removal procedure contains devices 8 for holding by hand, a device 9 for driving external devices, and control elements 10, which are connected to external devices through a matching device 11 and connecting devices. The manual unit 1 (figure 2) of manipulation and control of the operations of the hair removal procedure as part of a device implementing the inventive method of hair and skin care is designed to hold and manually manipulate the device, is intended to select and control the progress of the operations of hair removal and is intended to provide communication with the shaper 6 of the biostimulator 5 during the treatment and prophylactic procedures. The functions of the hand-held unit are provided due to devices 8 for holding the hand of the hand-held unit 1, due to the device 9 for actuating external devices with respect to the hand-held unit 1 and due to the connection of the hand-held unit 1 with the former 6.

 In this case, the devices 8 are intended for appropriate spatial orientation by the manual method of the manual unit 1 with respect to the processed skin areas, external devices associated with the devices 8 through the matching device 11 and the connecting devices. Hand-held devices 8 can be made in the form of a handle, as, for example, in manual physiotherapeutic devices [25] or dry electric shavers [26], etc.

The device 9 for driving external devices can be made in the form and also combine the function of the handle, as for example in [27]. Another variant of the example of the device 9, for example in electric shavers for dry shaving, can be an electromechanical transducer of rotation of the motor shaft in the reciprocating translational movements of mating elements made in the form of a transmission mechanism connected to a shaft [28]
The controls 10 of the manual unit 1 are designed to be installed in the operating position and to activate the device 9, which, through the device 11, transmits corresponding movements external to the unit 1 devices.

The device 11 matching and connecting devices can be made in the form of detachable electrical (for example, Fig. 11, pos.17) or fiber optic connectors, etc. or connecting mechanical grips, as for example in [29,30]
The interconnected coordinated work of the hand block and the shaper 6 is ensured by the presence of the connection between the device 9 and the shaper 6 of the controlled factors of the biostimulator 5. For example, the device 9 can transmit the resolution of the actions of the shaper 6 through the device 11. On the other hand, the shaper 6 controls the operation of the hand block with respect to the characteristics factors affecting the body and skin of the patient.

 By transmitting and converting specific movements of the hand of the user holding the hand unit 1 into the movements of the devices of the unit 2 along, or over the treated skin surface, operations are carried out, the purpose of which determines the composition of unit 2.

 Block 2 (Fig. 3) of the procedural devices contains devices 3 that remove hair, devices 4 that facilitate the operations of the hair removal procedure, and exposure elements 7 that transmit biostimulating effects, each of which may have the possibility of designing intra-unit conjugation, or combining them on the basis of the block . Block 2 has the possibility of design connection with appropriate external devices and contact interaction with the skin surface when working as part of a device for hair and skin care. Block 2 (figure 3) of the procedural devices as part of the device implementing the inventive method of hair and skin care, is designed to transfer specific movements from the devices of the manual block 1 to devices 3, 4 and 7 of block 2, providing skin treatment during operations of the hair removal procedure and therapeutic effects.

The devices 3 of the block 2 that remove the hair are intended for the transmission and conversion of the manipulating movements of the manual block 1 into specific, hair-removing, movements along the areas of the skin surface subjected to the hair removal operation. Devices 3 can be structurally made in the form of any known devices of this purpose, for example, as in [31,32]
Devices 4 of block 2, facilitating the operations of the hair removal procedure, are intended to transform the manipulating movements of the manual block 1 into specific ones, facilitating the impact on the treated skin surface of the user, subjected to the operations of the hair removal procedure, and treatment and prophylactic effects, as well as for transferring the assisting hair removal to the skin factors from the manual block 1. The fixtures 4 of the block 2 can be performed similarly to the corresponding devices of this purpose tions used in devices [1-8,14] However, the function devices 4 in the claimed device, in contrast to the known devices, has the ability to control exposure objective factors realized due communication driver unit 6 manually 1
The elements 7 of the action of the biostimulator 5, simultaneously included in the block 2, are designed to transfer biostimulating effects on the skin surface from the shaper 6, as well as transforming the manipulating movements of the manual block 1 into specific movements on or above the surface of the skin subjected to biostimulating effects. As exposure elements 7, exposure elements transmitting biostimulating effects on the skin, which are used in known devices for physiotherapeutic and reflexotherapy procedures, for example [12,13,15-23], however, differing in the presence of design elements involving the location of exposure elements 7 in the composition of the block 2 procedural devices.

 Shaper 6 (Fig. 4) of controlled exposure factors includes a connected control and indication panel 12, a source of controlled signals 13 and a matching device 14 having outputs for communication with external devices. Shaper 6 biostimulator 5 is designed to prepare and support the process of biostimulating effects by setting and adjusting the appropriate controls of the control panel 12 of the display and is intended to create individualized and controlled characteristics of the factors of influence during biostimulation from a source 13 of controlled signals. In addition, the shaper 6 is designed to interact with the manual unit 1, ensuring mutually agreed work with him as part of the device. Their relationship is carried out through the device 14 matching. The latter can be made in the form of mechanical, electrical, fiber-optic and other appropriate adapter devices (connectors, connectors, clips, etc.) that provide the named interconnection and connection for the transmission and exchange of information signals. As a shaper 6, a shaper of controlled exposure factors can be used, which is used in known devices for physiotherapeutic and reflexotherapy procedures, as, for example, in [21-23] However, its distinctive feature is its design and the presence of a corresponding output for communication of the shaper with external devices .

 The method of hair and skin care is as follows.

 Preliminarily, according to medical prescriptions or methodological recommendations, the user determines the individual biostimulating factors that are individualized, in terms of their health and skin condition, the modes of physiotherapeutic or reflexotherapy procedures, and areas of the skin surface, on which it is advisable to produce a biostimulating effect. The user performs the aforementioned preparation in the same way as when using independent reflexotherapy and physiotherapeutic devices, devices for electrophoresis or magnetization of substances used in procedures. Then the device is prepared for the hair removal procedure in conjunction with a physiotherapeutic or reflexotherapy procedure. To this end, the controls of the manual unit 1 (Fig. 2) are installed in a position that brings into operation (the actions) the devices of the unit 2 and the relationship with the driver 6, and the controls on the control panel 12 and the display of the driver 6 are set to the ready state for biostimulation, corresponding to certain required modes of its implementation. After that, if necessary, preparatory operations are performed with the hair and skin, which are characteristic of preliminary operations before hair removal, as is the case when using independent hair removal devices, such as combing, preparing a soap solution, applying shaving cream, etc. Further, holding the hand block 1 in the hand, manipulate its spatial position relative to the skin areas subjected to hair removal operation. Manipulating hand movements are carried out in such a way that the corresponding devices of the unit 2 (Fig. 3) of the procedural devices are brought into interaction with the skin. In this case, the motor manipulations of the manual block 1 are directed so that the devices 4 produce effects on the skin that facilitate the operations of the hair removal procedure, and the devices 3 provide hair removal. As you decrease and achieve a certain degree of density of the hair, block 1 allows you to include the shaper 6 for biostimulating operations. At the same time, during the treatment of previously defined areas of the skin surface, which must be biostimulated in the same process as the hair removal procedure and / or the substances used in the procedure are activated, the biostimulator 5 is activated. For this, the shaper 6 is activated and By manipulating the spatial position of the manual unit 1, the elements 7 of the action of the biostimulator 5 are oriented, transmitting the biostimulating effects to the corresponding parts of the skin surface. At the end of the hair removal procedure and the physiotherapeutic or reflexotherapy procedure, the device is restored to its original state, after the action of the manual unit 1 and the biostimulator 5 are completed. As a result of the described actions, the hair removal procedure and the treatment and prophylactic procedure are performed, and the device ceases to be active until the next procedure is initiated.

 Presented in FIG. 2-4 component parts of the device can be structurally located in neighboring blocks, combine or complement the functions of one another, but retaining its functional purpose. These decisions are reflected in examples of the device and may have many other options of purely design. Below -15- describes the operation of individual units of the device that implements the proposed method for hair and skin care and gives examples that explain possible options for the execution of the components of the device.

 To work with the manual unit 1, it is taken by hand, using the devices 8, the control bodies 10 are installed and adjusted to the necessary position, providing the required state of the device 9: initial state, preparatory or operational working state. Through the device 11 matching and connecting devices, the device 9 transfers its actions to the external block unit 2 devices. The transfer of biostimulating control actions from the shaper 6 to the action elements 7 of the block 2 is also carried out through the matching device 11 and the connecting devices. In this case, the shaper 6 is transferred from the device 9 through the device 11 to the action of the shaper 6. In the course of these actions and specific movements of the hand with the held hand block 1 over the processed areas of the skin surface, movements are transmitted to the devices of the block 2, which provide the corresponding operations of the hair removal procedure (facilitating operations hair removal procedures skin effect, direct hair removal and biostimulating effect). When the hand block of the hand-held unit 1 is held by hand over the processed skin areas, the user must bring the unit 2 device into contact with the skin.

 Work with block 2 of procedural devices can be carried out in preparation for the operation of the hair removal procedure and the treatment and prophylactic procedure, as well as in the direct conduct of the procedures. In this case, in the case of the design of a fixed permanent connection of the mounting block 2 on the manual block 1, it is always, with the exception of malfunctions, ready for use. On the other hand, in the case of execution of block 2 in the form of a prefabricated structure, the preparation of block 2 is reduced to the installation of appropriate devices for procedures on its basis.

 Example 1. The device (Fig. 5) contains the associated manual unit 1 for manipulating and managing the operations of the hair removal procedure with the unit 2 of the procedural devices combining the devices 3 that remove the hair and the devices 4 that facilitate the operations of the hair removal procedure and are at the same time elements of the biostimulator 5 transmitting a biostimulating effect on the skin from a shaper 6 connected to devices 4 of the controlled factors of the biostimulator 5 and associated with the hand block 1. Device about (Fig.6) contains associated manual block 1 of manipulation and control of the operations of the hair removal procedure with a block 2 of procedural devices that combines devices 4 that facilitate the operations of the hair removal procedure and devices 3 that remove hair and are at the same time elements of the action of the biostimulator 5 transmitting a biostimulating effect on the skin from the shaper 6 connected to the devices 3 of the controlled factors of the biostimulator 5 and associated with the hand unit 1. The device (Fig. 7) contains the associated manual block 1 of manipulation and operation control of the hair removal procedure with the block 2 of procedural devices combining the devices 3 that remove the hair and devices 4 that facilitate the operations of the hair removal procedure, a biostimulator 5, the shaper 6 of controlled factors of which is connected to the devices 3 and 4, transmitting a biostimulating effect on the skin, and is associated with the hand unit 1.

 The method of hair and skin care carried out by the devices (Fig. 5-7) basically completely coincides with its implementation by the device (Fig. 1). The devices (Fig. 5-7) have only a differing design of the block 2 of the procedural devices and its intra-unit communication with the shaper 6, causing non-fundamental features of the manipulations of the manual block 1, aimed at the corresponding orientation of the devices of the block 2 relative to the processed skin areas.

 Example 2. The device (Fig. 8) contains the associated manual unit 1 for manipulating and controlling the operations of the hair removal procedure with the unit 2 of procedural devices combining the devices 3 that remove the hair and the devices 4 that facilitate the operations of the hair removal procedure, a biostimulator 5, a shaper 6 controlled impact factors which is connected through a hand-held unit to impact elements 7 transmitting a biostimulating effect on the skin and located in block 2 of the treatment devices.

 The method of hair and skin care carried out by the device (Fig. 8) completely coincides with its implementation by the device (Fig. 1). The device (Fig. 8) has only a different constructive connection between the shaper 6 and block 1.

 Example 3. The device (Fig. 9) contains the associated manual unit 1 for manipulating and managing the operations of the hair removal procedure with the unit 2 of the procedural devices combining the devices 3 that remove the hair and the devices 4 that facilitate the operations of the hair removal procedure combined in the construct of the manual unit 1 a biostimulator 5, the shaper 6 of the controlled exposure factors which is connected to the elements 7 of the exposure, transmitting a biostimulating effect on the skin and located in block 2 of the procedural devices . The device (Fig. 10) contains the associated manual block 1 of manipulation and control of the operations of the hair removal procedure with the unit 2 of procedural devices combining the devices 3 that remove hair and the devices 4 that facilitate the operations of the hair removal procedure, combined in the construct of the unit 2 of the devices biostimulator 5, shaper 6 of controlled factors of influence which is connected with elements 7 of the impact, transmitting biostimulating effect on the skin and also located in block 2 of the procedural devices nings.

 The method of hair and skin care carried out by the devices (Fig. 9,10), fundamentally completely coincides with its implementation by the device (Fig. 1). The device (Fig.9,10) have only a different arrangement of the shaper 6 in the design of the device, which does not fundamentally affect the implementation of the method.

 Example 4. In FIG. 12 shows a hair and skin care device for shaving procedures in combination with medical prophylactic electrostimulating procedures. The device of FIG. 12 comprises a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 with fastening elements on the shaving head 17, electrical connectors 18 and 19, a switching device 21 and a driver 20 of controlled electrical signals. At the same time, the shaving head 17 with blades 16 and 16.1 fixed on the handle 15, which, in terms of the claimed device, is a block 2 of procedural devices, has a dual purpose. As part of the device, the blades 16 and 16.1 provide hair removal and provide transmission of electrical stimulating effects or electrical testing effects on the skin of the user from the shaper 20. In this regard, this example 4 still demonstrates the embodiment of the device in the form of the construction of FIG. 6. The transmission of electrical signals of the effects on the skin is carried out by galvanic connection of the output of the shaper 20 with the blades 16 and 16.1 in contact with the skin during the procedures. The circuit of this electrical connection, Fig. 11, contains blades 16 and 16.1 connected in series by the transition conductors, a switching device 21, electrical connectors 18 and 19 connected by a transition cable and there is an electrical connection through the switching device 21 to the electrically conductive elements on the outer surface of the handle. In the presented embodiment of the device, the driver 20 is a remote unit and can be made in the form of a device multifunctional in terms of the possibility of generating electrical stimulating signals. The switching device 21, located on the handle 15, is represented by the control body and is made in the form of a microtumber switch, and can be made in the form of a micro switch. The devices 18 and 19 are matching devices and are made in the form of electrical connectors for the transition connection of the output of the shaper 20 and the blades 16 and 16.1, through the handle 15 of the device.

 The method of hair and skin care device of Fig.12 is as follows. First, the plug-in connections 19 of the shaper 20 and 18 of the handle 15 are connected with the corresponding electric adapter cable. Then, the controls and parameters of the electro-stimulating effects that must be created during the procedure are set by the controls on the shaper 20. Then, preparatory razor operations are performed, for example, using a shaving brush, shaving cream or soap solution is applied to the treated skin areas, and shaving is also performed during hair removal operations when processing previously defined areas of the skin surface that need to be biostimulated, include microtumber switch 21, creating electrical stimulating effects. If necessary, during the procedures of adjusting the parameters of the signals of electro-stimulating effects, use the controls and indicators of the shaper 20. If necessary, continue the treatment and prophylactic procedure after a razor operation to remove hair, or to improve the cosmetic condition of the skin, also after a razor procedure or for additional cosmetic purposes To prevent the appearance of wrinkles, electrical stimulation is continued in accordance with the recommended directions. After finishing work with the device, its controls are reset.

 Example 5. On Fig presents a device for hair and skin care intended for shaving procedures in combination with therapeutic magnetostimulating procedures. The device of FIG. 14 comprises a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 with fastening elements on the shaving head 17, connecting electrical connectors 18 and 19, a switching device 21, a driver of controlled electrical signals 20 and an inductor unit 22, mounted on the shaving head 17. At the same time, the shaving head 17 with the blades 16 and 16.1 and with the inductor unit 22, which is, in terms of the claimed device, a unit 2 of procedural devices fixed on the handle 15, provides This involves the removal of hair with the help of blades and the transmission of a magnetostimulating effect from the electromagnetic (inductor) system of the block 22. The electrical signals transmitted from the former 20 are converted by the electromagnetic system of the block 22 and transmit magnetostimulating effects to the skin of the user. The reception by the electromagnetic system of the block 22 of the control electrical signals transmitted from the shaper 20 is carried out by galvanic coupling of the inductors of the block 22 with the output of the shaper 20. The electrical circuit of this connection (Fig. 13) contains inductance coils of the inductance coils of the electromagnetic system of the block 22, the device 21 switching and electrical connectors 18 and 19. In the presented embodiment, the driver 20 is a remote unit and can be performed nen in the form of a multifunctional device according to the possibilities of generating electrical signals, which provides a variety of choices of the possibilities of conducting magnetostimulating effects. The switching device 21, located on the handle 15, is a control element and is designed as a microtumber switch. The devices 18 and 19 are matching devices and are made in the form of electrical connectors for the transition connection of the output of the shaper 20 and the electromagnet coils of the block 22.

 The hair and skin care method of the device of FIG. 14 are produced analogously to example 4. However, the positive effect achieved by using the device of FIG. 14 will be due to the features of the magnetic field stimulation, despite the electrical nature of the control action signals generated in the driver 20.

 Example 6. On Fig presents a variant of the device for hair and skin care intended for shaving procedures in combination with therapeutic and preventive magnetostimulating procedures carried out by exposing the skin to a permanent magnet with an adjustable distance of the magnet to the skin surface. The device of Fig. 15 comprises a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 with fasteners on the shaving head 17, a permanent magnet unit 23 with adjustment of its distance to the surface of the blades, mounted on the shaving head 17. Moreover, fixed on the handle 15 razor head 17 with blades 16 and 16.1 and with a block 23 of a permanent magnet, which is, in terms of the claimed device, a block 2 of procedural devices, provides hair removal using blades and transfer magnetostim lating feedback from the magnet unit 23. The adjusting screw 24 of the magnet unit 23 is designed and provides the change in its distance from the stimulated skin surface during the hair removal process. This distance determines the induction of the stimulating magnetic field created by the magnet.

 The method of hair and skin care by the device of Fig. 15 is carried out analogously to Example 4. However, there are features of preparatory operations before stimulation with a constant magnetic field using the device of Fig. 15. These include the selection and adjustment of the gap between the magnet and the skin surface. The choice of distance is determined by the magnitude of the induction of a constant magnetic field, which you want to create near the skin surface and is determined by the methodological recommendations. Also, according to the methodological guidelines, zones of the skin surface are determined, on which it is advisable to carry out the effects. The necessary induction of the constant magnetic field is adjusted in accordance with the marks on the block 23, which are fixed on it in the form of a calibration grid and manifested when the block 23 is moved with each turn of the adjusting screw 24.

 Examples 5 and 6 can be extended to devices in which the magnetostimulating elements transmitting the biostimulating effect on the skin are directly, for example, razor blades or devices that facilitate hair removal operations. In this case, the adjustment of the induction of the magnetic field acting on the skin should structurally provide for the contact between the devices transmitting the action on the skin and the magnetic circuit of the magnetic system of the shaper, as well as the presence of regulatory elements that change the magnetic resistance of the contact zone of the inductor and the magnetic circuit.

 Example 7. In FIG. 17 shows a device for hair and skin care intended for shaving procedures in combination with medical prophylactic light-stimulating procedures. The device of FIG. 17 comprises a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 with fastening elements on the shaving head 17, connecting electrical connectors 18 and 19, a switching device 21, a driver of controlled electrical signals 20 and a light emitting unit 25, mounted on the shaving head 17. At the same time, the shaving head 17 with the blades 16 and 16.1 and with the light emitting unit 25, which is, in terms of the inventive device, a unit 2 of procedural devices fixed on the handle 15, provides hair removal with the help of blades and the transmission of light stimulating effects from the block 25 of the light emitting. Obviously, in this example embodiment of the device, light-stimulating effects on the skin and light-emitting elements can also be used as, respectively, operations and devices that facilitate hair removal operations. Electrical signals transmitted from the shaper 20 are converted into light-stimulating radiation of the block 25 and provide light-stimulating effects on the skin of the user. To the light emitting unit 25, control electric signals are transmitted from the driver 20. The unit 20 and the unit 25 are connected by electrical connection of the light emitting elements of the unit 25 with the output of the driver 20. The electric circuit of this connection, FIG. 16, contains the LEDs of block 25 connected in series by the transition conductors, the switching device 21 and the electrical connectors 18 and 19. In the presented embodiment of the device, the driver 20 is a remote unit and can be made in the form of a multi-function electric signal generation capability, which provides a variety of choice of possibilities conducting light stimulating effects. The switching device 21, located on the handle 15, is a control member of the treatment and prophylactic operation and is designed as a microtummer. The devices 18 and 19 are matching devices and are made in the form of electrical connectors for the transition connection of the output of the shaper 20 and the LEDs of the block 25. As the LEDs of the block 25 can be used LEDs of any one wide-wave or monochromatic wavelength range of light radiation, or a set of 20 LEDs of different ranges of radiation wavelengths, causing the combined spectral composition of stimulating radiation, and laser light can also be used iody to stimulate areas of the skin surface with coherent light.

 The method of hair and skin care by the device of FIG. 17 is carried out analogously to Example 4. However, the positive effect achieved by using the device of FIG. 17 will be associated with the features of biostimulating effects on the skin of light-stimulating signals, despite the electrical nature of the control signals of the effects generated in the shaper 20.

 Example 7 can be extended to devices in which a remote unit is also used as a shaper, but which generates non-electric control signals at its output for treatment and preventive procedures, and the light flux of the necessary spectral composition and radiation power. In this case, the shaper can be connected to the hand-held unit via a fiber-optic cable. With such a constructive solution, the block 2 of the procedural devices may provide for the placement of a regulating opaque shutter (light interrupter), which can be in two discrete states, transmitting or not transmitting light to the user's skin during hair removal procedures. Carrying out hair removal operations, the user will be able to simultaneously control the position of the light damper and, as necessary, perform light stimulation to orientate the stimulating radiation to predefined areas of the skin surface.

 Example 8. On Fig presents a device for hair and skin care intended for shaving in combination with acupressure and massage reflex stimulating procedures. The device of Fig. 18 contains a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 and fixtures 16.2 with a spring action regulator 26 and fastening elements 27 on the shaving head 17. Moreover, fixtures 16, 16.1 and 16.2 attached to the handle 15 , which, in terms of the claimed device, block 2 of the procedural devices are devices that remove hair (16 and 16.1) and exposure elements that transmit biostimulating effects on the skin (16.2). When operating devices 16, 16.1 and 16.2 respectively provide hair removal and acupressure-massage reflexotherapy effect on the skin. During the procedures, the reciprocating mechanical movements of the handle 15 along the treated areas of the skin surface with the devices 16.2 thus equipped ensure transformation of the rollers on the skin surface into rotational movements, creating acupressure effects on the skin with their protrusions 28. The force characteristic of the acupressure effect in this example is due to the elasticity of the spring 26. Directional acupressure effects are transmitted to the skin with pointed protrusions 28 on the cylindrical rollers of the devices 16.2. In this case, the transmission of the effects of the acupressure and massage action of the device 16.2 is made only if a certain angle of inclination of the plane of the axis of symmetry of the cylindrical rollers 28 with respect to the skin surface and in contact with the skin surface is reached. As possible embodiments of the device, it can be made in the form of a prefabricated structure. For example, the impact elements 16.2 can be structurally made in the form of a removable nozzle for the shaving head 17 of the device, which allows you to diversify the number of options for reflexology and massage effects with a corresponding change of nozzles. The adjusting screw 29, fixed on the handle 15, is a control that provides the initial setting of the elasticity of the spring 26, in accordance with the individual sensitivity of the skin of the user.

 The method of hair and skin care by the device of Fig. 18 in the preparatory stage is carried out analogously to Example 4. Biostimulating operations of the procedure, as in Example 4, are carried out on predefined areas of the skin surface. In this case, the effect will be produced only when a certain angle of inclination is reached between the plane of the axis of symmetry of the cylindrical rollers 16.2 with respect to the skin surface. The positive effect achieved by using the device of Fig. 18 is associated with the features of stimulating the acupressure action on the skin of the action elements 16.2 with a spring action regulator 26 with protrusions 28.

 Example 9. In FIG. 20 shows a hair and skin care device for shaving procedures in combination with therapeutic prophylactic thermostimulating procedures. The device of FIG. 20 comprises a handle 15 (as a device 8 for holding by hand), razor blades 16 and 16.1 with fastening elements on the shaving head 17, connecting electrical connectors 18 and 19, a switching device 21, a driver of controlled electrical signals 20 and a heat producing unit 30, mounted on the shaving head 17. At the same time, the shaving head 17 with the blades 16 and 16.1 and with the heat producing unit 30, which is, in terms of the claimed device, a block 2 of procedural devices fixed on the handle 15 laziness, provides hair removal with the help of blades and the transfer of thermal effects from the heat producing unit 30. It is obvious that in this example of the device, thermal stimulating effects on the skin and heat-producing element can be used in the same way as an operation and a device, which facilitate hair removal operations. The electrical signals transmitted from the driver 20 are converted into thermal radiation from the unit 30 and provide a thermal effect on the skin of the user. The heat producing unit 30 receives control electric signals transmitted from the driver 20. The unit 20 and the unit 30 are connected by electrically connecting the heat producing element of the unit 30 to the output of the driver 20. The electrical circuit of this connection, Fig. 19, contains a LED (as heat-radiating element) of block 30, switching device 21 and electrical connectors 18 and 19. In the presented embodiment of the device, driver 20 is a remote b lock and can be made in the form of a device multifunctional in the possibility of generating electrical signals, which provides a variety of choices of the possibilities of thermally stimulating effects. The switching device 21, located on the handle 15, is a control member of a therapeutic and preventive operation and is designed as a microtummer. The devices 18 and 19 are matching devices and are made in the form of electrical connectors for making a transition connection of the output of the driver 20 and -22 of the LEDs of the block 30. The LEDs (s) of the infrared region of the radiation spectrum can be used as LEDs of the block 30, which allows providing thermal effects deep in the skin, pinpoint effects, speed and ease of control of thermal effects. The effect of infrared radiation on the skin helps to open the pores of the skin, improve the absorption of creams after shaving, and improve blood circulation and red blood cell activity.

 The method of hair and skin care by the device of Fig. 20 is carried out analogously to Example 4. However, the positive effect achieved by using the device of Fig. 20 will be associated with the peculiarities of biostimulating effects on the skin of heat-stimulating signals, despite the electrical nature of the control signals generated in the shaper 20 .

 Example 10. On Fig presents a device for hair and skin care intended for shaving procedures in combination with therapeutic and prophylactic stimulating procedures and with biological feedback on the physiological condition of the skin. The device of FIG. 22 contains a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 with fasteners on the shaving head 17, connecting electrical connectors 18 and 19, a switching device 21 and a driver 20 of controlled electrical signals. At the same time, the shaving head 17 with blades 16 and 16.1 fixed on the handle 15, which, in terms of the claimed device, is a block 2 of procedural devices, has a dual purpose. As part of the device, the blades 16 and 16.1 provide hair removal and provide the transmission of electrical stimulating effects, or electrical testing effects on the skin of the user from the shaper 20 with biological feedback. The transmission of electrical signals of the effects on the skin is carried out by galvanic connection of the output of the shaper 20 with the blades 16 and 16.1 in contact with the skin during the procedures. The electric circuit of this connection, Fig. 21, contains blades 16 and 16.1 connected in series by the transition conductors, a switching device 21, electrical connectors 18 and 19 connected by a transition cable and there is an electrical connection through the switching device 21 to the electrically conductive elements on the outer surface of the handle. In the presented embodiment of the device, the driver 20 provides the formation of current effects (1) on the biological object and provides information on the skin resistance of the biological object due to the sequential inclusion in the circuit with the biological object of electrical resistance (31) R, the voltage drop (U) on which is controlled in the shaper block . The switching device 21 located on the handle 15 is represented by the control body and is made in the form of a microtumber switch, and can be made in the form of a micro switch. Devices 18 and 19 are matching devices and are made in the form of electrical connectors for transiently connecting the output of the shaper 20 and the blades 16 and 16.1 through the handle 15. The method of applying biological feedback in this example of electrical stimulation coincides with the method of using the Axon-01 device [22 ] However, in the proposed example, there is a distinctive feature of the application of the treatment and prophylactic procedure, due to the fact that the technique is carried out in conjunction with the removal procedure in axes and has a redundant control biostimulation exposure, carried by tumbler 21 on the handle 15.

 The hair and skin care method of the device of FIG. 22 is as follows. First, the plug-in connections 19 of the shaper 20 and 18 of the handle 15 are connected with the corresponding electric adapter cable. Then, the controls and parameters of the electro-stimulating effects that must be created during the procedure are set by the controls on the shaper 20. Then, preparatory razor operations are performed, for example, using a shaving brush, shaving cream or soap solution is applied to the treated skin areas, and shaving is also performed during hair removal operations when processing previously defined areas of the skin surface that need to be biostimulated, include microtumber switch 21, creating electrical stimulating effects. In the process of biostimulating effects, the shaper indicator shows the user about the moments of completion of stimulation in specific areas of the skin. To carry out, during the procedures, if necessary, adjust the parameters of the signals of electro-stimulating effects, use the controls and indicators of the shaper 20. Also, if necessary, continue the therapeutic and preventive procedure after the razor operation to remove hair, or to improve the cosmetic condition of the skin, also after the razor procedure, or to additional cosmetic purposes - the prevention of wrinkles, electrical stimulation continues in accordance with the recommended decree aniyami. After finishing work with the device, its controls are reset.

 Example 11. On Fig presents a device for hair and skin care intended for shaving procedures in combination with therapeutic and prophylactic combined multifactorial effects (electrical, light and heat stimulating) in the procedures for using the device. The device of FIG. 24 contains a handle 15 (as a fixture 8 for holding by hand), razor blades 16 and 16.1 with fasteners on the shaving head 17, connecting electrical connectors 18 and 19, a switching device 21, a shaper 20 of controlled electrical signals and a light emitting unit 25 mounted on the shaver the head 17. At the same time, the shaving head 17 with the blades 16 and 16.1 and with the light emitting unit 25 fixed on the handle 15, which, in terms of the claimed device, is a block 2 of procedural devices, provides Alain hair using the blade, as well as a combination simultaneously carried electricity, light and termostimuliruyuschih impacts generated in block 20 and transmitted to the user's skin through the blade 16 and the block 16.1 and 25 light and heat radiation. The electrical signals transmitted from the driver 20 are converted into light and heat radiation from the LED block 25 and provide light-stimulating and heat-stimulating effects on the skin of the user, and the blades 16 and 16.1 at the same time provide the transmission of electrical stimulating effects, or electrical testing effects on the skin of the user from the driver 20. On the block 25 of the light emitting control electric signals are received, transmitted from the shaper 20. The connection of the block 20 with the blades 16 and 16.1 and with the block 25 is carried out by by electrically connecting the blades and light-emitting elements of the block 25 and with the output of the shaper 20. -24- The electrical circuit of this connection, Fig.23, contains blades connected in series, transition LEDs, the block 25 LEDs, the switching device 21 and the electrical connectors 18 and 19. Electrical transmission signals of exposure to the skin is carried out by galvanic connection of the output of the shaper 20 with the blades 16 and 16.1 in contact with the skin during the procedures, and / or with electrically conductive elements on the external erhnosti handle. The switching device 21, located on the handle 15, is represented by the control body and is made in the form of a microtumber switch, and can be made in the form of a multi-position microswitch. The devices 18 and 19 are matching devices and are made in the form of electrical connectors for making a transitional connection through the output handle 15 of the shaper 20, the blades 16 and 16.1 and the LEDs of the block 25.

 The method of hair and skin care by the device of Fig. 24 is carried out analogously to Example 4. However, the positive effect achieved by using the device of Fig. 24 will be associated with the peculiarities of biostimulating effects on the skin of combined effects of electro-, light- and thermo-stimulating signals of exposure to the body.

 Thus, the proposed method of hair and skin care and devices for its implementation provide a cosmetic, hygienic and therapeutic function. The inventive method and device extend the functionality of known devices.

 In this case, the cosmetic and hygienic function is performed by hair removal, and the treatment and preventive function is performed due to biostimulating effects, produced mainly in the hair removal procedure, the factors of which are individually, taking into account the condition of the body, skin and hairline, establish, control according to objective indicators and orient biostimulating effects on selected areas of the skin surface. The treatment-and-prophylactic function is also provided due to the objective control of the course of the procedural action, and can be performed both during the hair removal procedure and independently of it. When combining the therapeutic and prophylactic function with the hair removal procedure, personal time and attention of the user are saved, which is a distinctive feature of the proposed device.

The therapeutic and prophylactic function of the device that provides hair and skin care during hair removal procedures can have wide possibilities of use depending on the areas of the skin that are recommended for biostimulating effects in the process of performing therapeutic and prophylactic procedures, factors and regimes of biostimulating effects and methodological recommendations for use . The proposed devices that implement the method of hair and skin care through hair removal procedures and skin effects can be recommended by doctors of different specializations, as suggested in the recommendations for the prevention and treatment of the use of independent devices for therapeutic and prophylactic purposes:
in dentistry (treatment of the organs of the oral cavity: gums and teeth);
for the prevention and treatment of acute respiratory infections and ENT diseases;
to create reflex reactions to internal organs and endocrine glands by acting on BAP and BAS;
neuropsychiatric diseases (normalization of muscle tone and correction of the state of the nervous system); -25-
for the prevention of hypertensive crises and other cardiovascular diseases, including hypertension when exposed to baroreflex zones;
for directed stimulation of the thyroid, salivary and other endocrine glands;
for therapeutic stimulation and correction for maxillofacial disorders and speech disorders (including stuttering);
tissue regeneration and its rejuvenation by improving the state of microcirculation;
elimination of fatty layers and improvement of blood circulation conditions and delivery of oxygen, nutrients and moisturizing to skin tissues;
alleviating the effects of hair removal, such as damage to the skin;
increased immune defense of the skin;
improvement of hormonal regulation.

The expansion of the functionality of devices implementing the method of hair and skin care during hair removal procedures, in relation to cosmetic and hygienic functions, presents wide possibilities for their use for the following purposes:
eliminate the second chin;
improving the color of the skin;
improving the condition of skin elasticity, muscle strength and its neuromuscular control;
elimination and reduction of wrinkling, sagging and sagging skin;
facilitating the process of hair removal;
reduction of negative emotions arising from hair removal;
reduction of the influence of factors of allergic reactions and skin irritations, as a result of hair removal;
skin cleansing.

 So, the use of the claimed method of hair and skin care and a device for its implementation compares it favorably with the known methods and devices, since it also provides therapeutic and prophylactic procedures during operations by controlled effects of biostimulating factors on the skin and subcutaneous structures of the user . With this combination of cosmetic and hygienic hair removal procedures with a treatment-and-prophylactic procedure, rational, economical and easy use of personal time and user attention on their own health and appearance takes place and the cumulative positive effect of hair removal is created together with the prevention and treatment of various types of diseases and possible disorders skin, associated, including with the operation of hair removal. Another distinctive, positive feature of the method and device is its wider cosmetic capabilities, due to the possibility of improving the condition of the skin, thanks to the controlled biostimulating effects on the skin and subcutaneous structures during hair removal. In addition, the inventive method and device for its implementation have ample opportunities for operational combination. So, at the request of the user, the device can be used as well as a reflexotherapy or physiotherapeutic device unrelated to the hair removal procedure. Also, at the request of the user, the device can be used as a device that provides only hair removal, without therapeutic effect on the skin of the user. The ability to combine when installing a variety of devices that transmit a biostimulating effect on the skin and are made in the form of removable nozzles, provides a variety of options for biostimulating effects and physiotherapeutic effects. And, finally, another positive feature of the proposed method and device is the ability to enter custom labels and recommendations on the modes, time and impact factors.

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 21. Alisov A.P. Miller A.I. et al. Analgesic electro-neurostimulator ENSP-50-01 with universal nutrition. / Electronic Industry, 1988, issue 2 (170), p. 59.

 22. Medelyanovsky A.P. Seleznev N.Yu. Slautitsait V.V. The device for percutaneous electrical stimulation with feedback "Axon-01". / Electronic Industry, 1988, issue 2 (170), p. 54.

 23. A.S. RF 2011831, class A 61 N 1/32, A 71 H 39/00, 1995.

 24. US patent 5044077, CL. B 26 B 21/08, 21/14, 21/30, 21/00, FIG. 1, item 11, 1991.

 25. Instructions for use of the apparatus "Axon-01", ESK-0.003-1, approved by the Ministry of Health of the USSR on 25.12.1986.

 26. Japanese Patent 4-20637, CL In 26 In 19/38, figure 1, pos.8, 1992.

 27. US patent 5033152, CL. B 26 B 21/22, FIG. 1.2, POS. 1, 1991.

 28. US patent 5207731, CL B 26 B 29/02, 1992.

 29. US patent 5044077, CL B 26 B 21/08, 21/14, 21/30, 21/00, FIG. 1, item 150,200, 1991.

 30. US patent 5207731, CL B 26 B 29/02, 21/00, Fig. 1, Pos. 9, 1992.

 31. PCT patent 92/05923, cl. In 26 In 19/44, 21/22, figure 1, pos.30.32, 1992.

 32. Japanese Patent 4-45197, CL B 26 B 19/04, 19/38, FIG. 1, item 6.45, 1992.

Claims (16)

 1. The method of hair and skin care, carried out by conducting operations of the hair removal procedure with concomitant effects on the skin, characterized in that mainly during the procedure they produce biostimulating effects focused on specific, selective skin areas and activate the substances used in the procedures , the operating factors of which are individually, taking into account the condition of the body, skin and hairline, are established and controlled by objective indicators.  2. A device for hair and skin care, including a manual unit for manipulating and controlling the operations of a hair removal procedure, structurally associated with a block of procedural devices combining devices that remove hair and devices that facilitate operations of a hair removal procedure, characterized in that it is introduced a biostimulator containing a shaper of controlled exposure factors associated with a manual unit for manipulating and controlling the operations of the hair removal procedure, and exposure elements nnye in procedural block devices.  3. The device according to claim 1, characterized in that as the elements of exposure are used devices that remove hair and / or devices that facilitate the operations of the hair removal procedure.  4. The device according to claim 2, characterized in that the devices that remove the hair, and / or devices associated with the operations of the hair removal procedure, and / or biostimulator are made in the form of removable nozzles.  5. The device according to claim 2, characterized in that the shaper of controlled exposure factors is made in the form of a remote unit associated with the exposure elements through a manual block of manipulations and control operations of the hair removal procedure.  6. The device according to claim 2, characterized in that the shaper of controlled exposure factors is structurally located in the manual unit for manipulating and controlling the operations of the hair removal procedure or in the block of procedural devices.  7. The device according to one of paragraphs.2 to 6, characterized in that the shaper of controlled exposure factors is made in the form of a shaper of controlled electro-stimulating signals, and the exposure elements in the form of electrodes placed on the surface of a manual unit for manipulating and controlling the operations of the hair removal procedure and / or as conductive parts of hair removal devices.  8. The device according to one of paragraphs.2 to 6, characterized in that the exposure elements are made in the form of a magnetic field source.  9. The device according to one of paragraphs.2 to 6, characterized in that the exposure elements are made in the form of light-emitting elements.  10. The device according to one of paragraphs.2 to 6, characterized in that the elements of the impact are made in the form of vibrators.  11. The device according to claim 2, characterized in that the biostimulator is acupressure-massage.  12. The device according to one of paragraphs.2 to 6, characterized in that the biostimulator is made thermal.  13. The device according to one of claims 2 to 12, characterized in that the biostimulator contains elements of biological feedback.  14. The device according to one of paragraphs.2 to 6, characterized in that the exposure elements are made in the form of elements for combined exposure to various factors, and the shaper of controlled exposure factors is configured to generate controlled signals for various effects.  15. The device according to claim 4, characterized in that it is equipped with pockets for accommodating removable nozzles and procedural records.  16. The device according to one of paragraphs.2 to 14, characterized in that it has a timer, or microprocessor unit for procedural records.

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