TWM586616U - Multi-function device with an applicator element - Google Patents

Abstract

A multifunction device (1) for the aesthetic or medical treatment of body parts, comprising: - a control unit (2), and - at least one applicator element (3) connected to the control unit (2) to be fixed to a body part of the person during treatment; wherein the applicator element (3) comprises at least: - an ultrasonic transducer (121), - two plates (111a, 111b) of an emitter of radiofrequency waves; - an emitter of laser light (131); the applicator element (3) being provided with a printed circuit board (7) and having a contact face (8) from which the waves emitted by said components (111a, 111b, 121, 131) propagate.

Description

Multifunctional device with applicator element

This creation is about a multifunctional device with an applicator element. In particular, this creation relates to a device having applicator elements that emit various types of waves, a device to be used to perform both cosmetic and medical types of body treatments. More specifically, this is a device whose applicator element is a cover plate type and adapted to be applied to a body part requiring treatment with a specific type of wave.

Therefore, this creation is about performing, but not only improving appearance, the stimulation and toning of human tissues by various types of waves (specifically, ultrasound, laser radiation, and high-frequency radio waves). And the field of devices that are functional and shaped.

More specifically, the device according to this creation is adapted for use in cosmetic and medical treatments, which aims to reduce or (as appropriate) eliminate altered and undesired conditions such as adipose tissue, water retention, swelling , Cellulite, and skin blemishes (such as "orange peel").

Generally, two or more of the aforementioned changes can be found in the same person at the same time.

Therefore, in practice, this person will usually undergo several treatments of the cosmetic / medical type to deal with these changing conditions equal to the number of cosmetic / medical problems. As a result, this person is currently being treated with special devices even during individual sessions, each of which is specific to the treatment of a different changing condition or to the type of wave emitted.

Therefore, the main limitation of currently available devices on the market is the fact that the same body part, area or region of a person must undergo two or more treatments at different times for different changing conditions. This causes problems such as longer treatment times, higher number of courses, increased costs, and the like. In addition, beauty or medical treatment centers that want to provide their customers with a full range of these treatments need to purchase all the relevant specific devices.

The device based on this creation and for general cosmetic treatment is also effective for the treatment of lymphatic diseases, especially phlebolymphedema of the lower limbs.

Venous lymphedema is an edema caused by the increase in pressure in the small venous side of the capillary tube and the inability to absorb fluid. The fluid is therefore retained and accumulated in the tissue. Venous hypertension may be attributed to obstruction or compression of a venous axis, to reflux caused by valvular incontinence or angiodysplasia.

Subcutaneous edema that is associated with muscular edema in acute cases or usually independent, such as in chronic edema, usually occurs at the ankle and can extend upwards or also to the feet.

Currently, the disease is mainly treated by manual lymph drainage using bandaging (elastic compression) or pressotherapy.

However, the aforementioned prior art treatments have significant results only after periodic and continuous treatment sessions or interventions. These treatments, especially manual lymphatic drainage and compression therapy, must also be performed by professionals.

In this context, the purpose of this creation is to provide a device that overcomes the problems of prior art devices for cosmetic treatment.

In principle, the device according to this creation allows several treatments to be performed simultaneously on the same body part of the person to be treated, provided that this body region or zone needs to be treated with different waves of the type mentioned below.

Thus, the device of this creation provides the advantage that the person to be treated greatly reduces the time required to treat a single body part dedicated to treating at least one of the aforementioned altered conditions that would benefit from the use of the wave types mentioned below for treatment This is because at least two and preferably three different types of waves are used to treat the changed condition at the same time to improve or eliminate the changed condition.

Another advantage provided by this creation is that using two or more different methods to treat at least one altered condition at the same time can lead to the desired positive cosmetic / medical effect being achieved more quickly and can even achieve results that are achieved at different times Facts for better results. This may be due to improved adherence to the treatment plan by the person being treated and even more timely treatment to change conditions in some cases.

In addition, with regard to beauty and / or medical treatment centers, the device according to the present invention offers the advantage of increased operational efficiency, especially for structures (such as workstations (e.g., beds, chairs, etc.)) dedicated to such centers. Its use. This also provides the advantage of being able to treat more people with the same opening hours and the same number of workstations in the center.

Another advantage provided by this creation is that it requires fewer operations that follow hygienic standards to clean and sterilize this part of the device whenever the part of the device that contacts the body of the person to be treated is positioned on that person's body . Obviously, the less this part of the device moves from one person to another or also from one body part to another body part of the same person, the less cleaning and sterilization operations are required.

Another advantage of this creation is to propose an economical and space-saving multifunctional device.

A multifunctional device with a series of applicator elements that emit radio frequency, ultrasonic, and laser waves is used to achieve the intended purpose and the advantages obtained. These waves hit the part of the body involved, thus exerting their effects on the different structures of the part.

Therefore, this creation is about a multifunctional device, which includes:
-A control unit, and
-At least one applicator element, which is connected to the control unit.

Advantageously, the applicator element can be fixedly applied to a body part of a person to be treated. In this way, continuous intervention by an operator is not required for the entire duration of treatment as occurs with a handheld device of the type with a handpiece.

In addition, by providing a device with several applicators, a wide area of the body, such as the entire one or two lower limbs, can be treated simultaneously.

According to this creation, the device also includes at least two wave transmitter devices, the at least two wave transmitter devices being selected from a radio frequency wave transmitter, an ultrasonic wave transmitter, and a laser light transmitter. Preferably, the device comprises all of the aforementioned transmitter devices.

In more detail, the applicator element houses at least the following components:
-A laser light transmitter;
-Two covers for a radio frequency transmitter;
-An ultrasonic transducer; and
-A printed circuit board.

Radio frequency wave transmitters and ultrasonic wave transmitters (which supply respective transducers in the applicator) are instead preferably housed in the control unit.

According to this creation, the aforementioned transducers and wave transmitters can be activated individually or at least two or all of them can be activated simultaneously.

Thus, the device according to this creation can take advantage of the synergistic effect of two or more of the aforementioned waves that are emitted simultaneously and transmitted through the subcutaneous layer of a body part to be treated. The tests performed by the applicant have in fact shown that the device according to the present invention, combined with all the actuators and transmitters activated at the same time, has been proven to be universal for cosmetic treatments (especially for reducing local cellulite) and for increasing muscle tone and Treatments for diseases such as venous lymphedema are particularly effective.

In all of these cases, the person treated with the inventive device has demonstrated a significant benefit that requires significantly fewer treatments than the number of treatments required with prior art devices and methods, or in some cases, using the foregoing Benefits not even obtained with prior art devices and methods.

The applicator element has a face from which waves propagated by at least two of the components selected from the group consisting of a transmitter and a transducer.

The surface of the applicator element from which the wave emitted by the aforementioned component propagates is the surface that contacts the surface of the body part of the patient to be treated, and this surface is hereinafter referred to as the contact surface.

In particular, the applicator element is a body that is at least partially hollow, such as in the shape of a polyhedron or the like. Polyhedron faces can be flat or curved. The aforementioned components are housed inside the body.

More precisely, the laser light emitter is functionally connected to and optionally fixed to a printed circuit board.

Furthermore, the transducer and the ultrasonic transmitter separated from each other are functionally connected to and fixed to the printed circuit board as appropriate.

Preferably, the light emitter has a side from which the laser light is emitted opposite the side facing the printed circuit board.

On a printed circuit board, two or more transmitters are usually arranged side by side or concentrically with each other.

In the device of this creation, the radio wave transmitter device (if present) should preferably include at least two or more entities (such as plates, heads, or the like) that act as poles, at least one of which is positive. These entities are inserted into the body of the applicator element, but each has a portion that is external to the applicator element and is flush with the contact surface.

In the device of this creation, the ultrasonic transducer (if present) is inserted into the body of the applicator element, but has a portion outside the applicator element and flush with the contact surface.

Preferably more than one laser light emitter (if present) is inserted into the applicator element, but is recessed relative to the contact surface.

The contact surface of the applicator element preferably includes at least a cover plate. This cover is usually flat or optionally has a slightly concave outer portion. In addition, the cover plate has at least one through hole or opening at the ultrasonic transmitter, or two through holes or openings at each of the plates.

As described above, the entities and the transducer (if present) have a portion that is flush with the contact surface (ie, with the cover plate). In fact, once the applicator element is in use, the entities and the transducer are in direct contact with the surface of the body part of the patient to be treated.

According to a first preferred embodiment, if a laser light emitter is present, the cover is made of a transparent material or a material that allows the emitted laser light to pass through. Therefore, in this embodiment, the laser light emitter is positioned between the aforementioned printed circuit board and the aforementioned cover plate.

In an alternative embodiment, the cover plate is opaque and has a through hole or opening present at the laser light emitter to allow light waves to propagate outside the contact surface.

According to an embodiment, the number of through holes existing in the cover plate is the same as the number of the aforementioned laser light emitters existing inside the applicator element. Each hole has a suitable span and is therefore positioned at each emitter from which the laser light is emitted.

However, according to a different embodiment, the number of through holes of the cover plate may also be smaller than the total number of laser light emitters. In fact, for example, if the transmitters are arranged side by side or concentrically with each other, the emitting sides of two or more transmitters may face a single hole.

In the applicator element, the printed circuit board is positioned parallel or substantially parallel to the cover plate. According to a preferred variant, the device of the present invention includes all three of the aforementioned transmitter devices, namely a radio frequency wave transmitter, an ultrasonic wave transmitter, and a laser light transmitter.

More precisely, in the applicator element according to the present invention, there are two or more types of transmitters, and at least one of each type of wave emitted.

According to a specific example of this creation, the device includes an ultrasonic transducer. It is usually a piezoelectric transducer.

According to this variant, the device comprises a radio frequency energy transmitter according to the prior art with two poles generally spaced apart. Energy is generated by a dedicated printed circuit board.

In the device according to the present invention, if there is a laser light emitter device, the applicator element accommodates at least one laser light emitter, preferably at least 10, more preferably 30 or more laser light emitters.

In the following, the device laser light emitter is also referred to as a laser LED.

Naturally, the number of each type of transmitter or transducer can be arbitrarily changed as required.

Positioning both the transmitter and the transducer relative to the printed circuit board (specifically, the side facing the contact surface) is not restricted. This positioning mainly depends on the number and size of both the transmitter and the transducer.

According to yet another variation, the applicator element may include a further pair of electrodes. The electrodes are supplied by a respective transmitter / delivery device positioned in the control unit.

According to this creation, the electrode can be configured to emit different types of current for different purposes / treatments. For example, these electrodes can emit:
-DC current for ionophoresis treatment or for delivery of cosmetic or pharmaceutical products through the epidermal / dermal layer;
-DC power for exfoliating treatments to clean the skin;
-AC power for muscle stimulation therapy;
-AC power for electroporation treatment and / or for deep delivery of cosmetic or pharmaceutical products;
-AC microcurrents for the treatment of the surface of the epidermis;
-Heat for local heating treatment.

The electrodes may be activated individually or in combination with one or more of the aforementioned transducers or transmitters.

According to a variant of this creation, the body includes a frame with side walls, the cover plate and a wall opposite the cover plate.

According to a preferred variant of this creation, the applicator element is static, that is, it remains stationary on the body part to be treated.

The static applicator element also includes a retaining member. These components are adapted to hold the applicator on the body part to be treated.

For this purpose, these components are designed to surround the body part involved. In this case, these components are, for example, in the form of a belt, strap, strip or the like and are made of a suitable material (which may be natural, synthetic or artificial, such as cotton or plastic fabric).

The upper part of the applicator element is preferably in the form of or provided with a gripping member or at least one through-groove or slot. In addition to grasping the object, these sections also allow, if necessary, to limit the holding member to the body of the applicator element.

According to another variant, the body is elongated in a main extension direction and has a size and a shape suitable for being grasped and held with one hand to perform treatment on a human body.

The device according to this creation may also include more than one applicator element. The number of such applicator elements is not limited; usually there are at least two or more (for example, from two to ten).

The applicator element and the control unit are preferably connected to each other via a cable.

The control unit includes a body having a shape that is not restricted. The body has a shape and volume to accommodate various components. Generally, the system has a polyhedron shape with flat or curved or both walls.

In particular, the control unit accommodates, with respect to the aforementioned device, an electronic component capable of changing, modulating, or driving a main power supply current to supply a component of the applicator element.

In addition, the control unit has at least one point external to the applicator element when not in use. Depending on the design of the control unit, these sites may have a different form, such as a support extending from the body of the control unit or a niche on the body of the control unit. The number of such sites varies roughly depending on the number of applicator elements supplied to the device according to the present invention.

In addition, the device according to the present invention preferably has a display screen, and the display screen may be tactile. Preferably, this screen is positioned in the control unit, usually on the upper part of the body. However, according to another embodiment, each applicator element may be provided with a display screen.

The device (specific control unit) based on this creation also has software, specific application software. The main task of the application software is to operate the devices of the setting device. In fact, the application software includes a preset program or a program in which all or only some conditions can be freely selected by a user or an operator of the device, or two types of programs are preferred.

In particular, the user or operator may choose to set at least one of the following conditions in the free program, for example: how many devices and which devices to operate (ie, exclude the operation of at least one device), their sequence of operations (at the same time Or continuous), the duration of their operations, which waves are transmitted, the power of the transmitted waves, etc.

Although the device according to this creation has at least two of the aforementioned transmitter devices, it is obvious that this device can also be set to operate only one or both of the existing devices, and therefore is free to choose to exclude the operation of any other devices that exist. For this reason, the device according to the present invention is adapted to also perform different treatments one at a time or in groups of two as needed, rather than inevitably all together.

According to a possible variant, the applicator element may include at least (a) a device capable of changing, modulating or driving the main power supply current, or (b) a central processing unit (CPU), and optionally (c) a display device.

As apparent from the above, the device according to this creation is powered by electricity, which allows the aforementioned transmitter device, software and optional display screens and any other electrical or electronic components present to operate. More specifically, the power usually provided by the main supply current is directly or indirectly supplied to both the control unit and also the applicator element.

The transmitter device that can be used in the device of this creation is substantially the same as the transmitter device used in the prior art device for the same purpose (ie, cosmetic / medical). Therefore, since those skilled in the art are familiar with such devices, they will not be described in detail.

The aforementioned device is capable of transforming or modulating the electric power supplied to the device according to the present invention into a sound wave, a radio frequency wave, and a light wave having a wavelength and power generally used in the aforementioned treatment.

This creation is also about an applicator element as previously described.

As specified above, the device according to this creation may be equipped with a device selected from the following:
-Laser LEDs, which can emit laser light, which typically has a wavelength from 760 nm to 1200 nm for cosmetic use and 600 nm to 1200 nm for medical use, and up to 10 mW / cm ² for beauty use or For medical applications up to 500 mW / cm ² maximum power;
-Ultrasonic transmitters, which are capable of transmitting ultrasonic waves for both medical and cosmetic purposes. For medical use, the resonance frequency can be low (up to 40 kHz), medium (greater than 100 kHz and up to 800 kHz) and high (greater than 800 kHz and up to 5 MHz), and the maximum power of each channel is usually up to 10 W / cm ² . For cosmetic purposes, the resonant frequency is usually included between 800 kHz and 3.5 MHz, and the maximum power of each channel is typically up to 1.5 W / cm ² for frequencies up to 1.2 MHz, and for frequencies included between 1.2 MHz and 3.5 MHz Up to 3 W / cm ² .
-Radio frequency transmitters, which are capable of transmitting radio frequency waves. The radio frequency waves have a fundamental frequency comprised between 400 KHz and 1500 kHz, and up to 25 W / cm ² (using a resistive transmitter) and up to 50 W / cm ² (Using a capacitive transmitter) maximum power (for cosmetic use); instead, for medical use, the power is usually as high as 500 W / cm ² .

The maximum application time of the wave emitted by the device according to this creation depends on the type of treatment and the synergistic combination of power used, which usually ranges from a minimum of 20 minutes to a maximum of 60 minutes. In any case, this time corresponds to the current time for treatment recommendations for the use of these types of waves, taking into account the restrictions imposed by beauty treatment laws.

Preferably, another pair of electrodes is configured to emit current at a variable value of frequency, density or intensity that varies depending on the application, as indicated in the following table:
Ion electrophoresis
Beauty use Medical use Current density From 0.001 mA / cm ² to 0.1 mA / cm ² Current density From 0.001 mA / cm ² to 5 mA / cm ² Exfoliating and cleansing skin
Beauty use Medical use current intensity From 0.1 mA to 4 mA current intensity From 0.1 mA to 50 mA Current density From 0.001 mA / cm ² to 0.1 mA / cm ² Current density From 0.001 mA / cm ² to 5 mA / cm ² Muscle stimulation
Beauty use Medical use frequency From 0.001 kHz to 100 kHz current intensity ≤ 500 kHz Current density From 0.01 mA / cm ² to 1.5 mA / cm ² Current density ≤ 20 mA / cm ² Electroporation
Beauty use Medical use frequency From 0.001 kHz to 100 kHz current intensity From 0.001 kHz to 500 kHz Current density From 0.001 mA / cm ² to 1.5 mA / cm ² Current density From 0.001 mA / cm ² to 20 mA / cm ² Microcurrent for epidermal stimulation
Beauty use Medical use current intensity From 1 μA to 200 μA current intensity From 0.001 mA to 10 mA

In the case where the electrode is used to heat the area to be treated, the operating temperature and typical treatment time are as follows:
Beauty use Medical use Healing period From 1 'to 30' Healing period From 1 'to 90' body temperature From 35 ° C to 38 ° C body temperature From 35 ° C to 40 ° C

Further features and details of this creation will be better understood from the following description provided with non-limiting examples and from the accompanying drawings, of which:
-Figure 1 is a perspective top view of a device according to an embodiment of the present invention;
-Figure 2 shows one of the perspective top views of only the applicator element of the device of Figure 1;
-Figure 3 is a perspective detail and an exploded view of the applicator element shown in Figure 2;
-Figure 4 is a representation of a perspective bottom view of the applicator element shown in Figure 2;
-Figure 5 is a representation of one of the bottom side views of the applicator element shown in Figure 2;
-Figure 6 shows one of a perspective top side view of the applicator element shown in Figure 2 with a fixing element;
-Figures 7a and 7b are representations of a perspective top view of an applicator element according to one of two other embodiments of the present creation;
-Figures 8a and 8b are a perspective top view representation and a bottom plan view of an applicator element according to another embodiment of the present creation, respectively.

Referring to FIG. 1, numeral 1 indicates a multifunctional device according to a preferred embodiment of the present invention, numeral 2 indicates a control unit, and numeral 3 indicates an applicator element.

The device 1 comprises a control unit 2 and an applicator element 3 (in the example in the figure, 8).

As shown in FIG. 3, each applicator element 3 includes a hollow body including a frame 4, a cover plate 5 forming a wall of the body, and a wall positioned on the side opposite to the cover plate 5. 6. Therefore, the frame 4 supports the wall 6 on one side and the cover plate 5 on the opposite side.

The body of the applicator element houses at least one printed circuit board 7 and laser LED 131, a transducer 121, and plates 111a, 111b serving as poles of a transmitter / delivery device for radio frequency waves.

In detail, the printed circuit board 7 is positioned parallel to the cover plate 5. The transmitter and the transducer are connected to and also fixed to the printed circuit board 7, more precisely connected to and also fixed to the side of the printed circuit board 7 facing the cover plate 5.

More specifically, the further components of the applicator element are as follows: a single ultrasonic transducer 121, two boards 111a, 111b of a radio frequency wave transmitter device, and 48 laser LEDs 131.

The ultrasonic transducer 121 is positioned at the center of the printed circuit board 7.

The two plates 111a, 111b are spaced from each other and are disposed at both sides of the transducer 121.

The plates 111a, 111b and the outside of the transducer are flush with the cover plate 5.

Forty-four laser LEDs 131 are positioned along the entire periphery of the printed circuit board 7. The four further laser LEDs 131 are positioned close to the ultrasonic transducers, each of which is at the height of each end of the plates 111a, 111b.

The cover plate 5 is made of an opaque material and therefore has the same number of holes as the ultrasonic transducer 121, the plates 111a, 111b, and the laser LED.

According to a variant (not shown), the cover 5 is made of a transparent material or at least partly made of the material at the laser LED 131.

Preferably, the cover plate 5 has the same shape as the printed circuit board 7. In the examples of FIGS. 3 and 8, the shapes of the cover plates are substantially rectangular and circular, respectively.

The various parts of the device are fixed and connected to each other according to known methods and components, such as interlocking inserts, screws, and the like.

According to one embodiment shown in FIGS. 6 and 7a and 7b, the applicator element 3 also has a slit 9 on each of its long sides of the wall 6 on its outer side. Two slits allow a fabric strip 11 to pass through to secure the applicator element to the body part to be treated.

As shown in FIG. 1, the control unit 2 includes a polyhedron-shaped body having a volume suitable for accommodating electronic components, which are adapted to supply a transmitter and / or a transducer, and specifically a transform and / or The main power supply current is modulated to generate a wave having the characteristics necessary for treating a person's body using the aforementioned device. Generally, the control unit 2 includes a CPU that controls all operations requested by a dedicated application software. In addition, the control unit 2 includes a display screen 21 and a connection to the mains current and a frequency and power generator which is also supplied to the device in the applicator element.

Eight supports (not shown) extend from the body to house the applicator element therein.

Figures 7a and 7b show two further embodiments of the form of the body of the applicator element.

In these embodiments, the applicator element may be secured to a person's body part, for example by a belt 11 or the like, but can also be grasped and held on or above a person's body part if necessary. mobile.

Figures 8a and 8b show an applicator element 3 according to another possible embodiment.

According to this embodiment, the applicator element is mobile, that is, it is adapted to be grasped and held by the operator or user on the body of the person to be treated or to move on the body of the person to be treated. The applicator element includes an elongated body having a shape and size such as one to be grasped with a hand. One of the heads 12 receiving the transmitter and / or the transducer is fixed to one end of the body. Optionally, the head 12 also contains a printed circuit board 7.

In the example of the figure, the applicator element includes at least two plates 111a, 111b, an ultrasonic transducer 121, and from 10 to 30 laser LEDs 131.

The head 12 preferably has a circular shape. The plates 111a, 111b and the ultrasonic transducer 121 are preferably arranged concentrically with each other. As shown in FIGS. 8 a and 8 b, one of the two plates 111 a and 111 b (outer plate) is disposed at the periphery of the head 12, and the other (inner plate) is close to the ultrasonic transducer 121.

The laser LED is arranged between the outer plate and the inner plate in the head 12 along a circular line. The contact surface 8 of the head is preferably provided with a cover (not shown) covering the LED 131. Preferably, the cover plate also has at least one central hole to allow propagation of waves from radio frequency and ultrasonic devices.

This creation has been described in accordance with some preferred embodiments, purely for illustrative and non-limiting purposes. Therefore, those skilled in the art may make modifications or changes, and all such modifications or changes are deemed to fall within the protection scope of this creation.

1‧‧‧Multifunctional device
2‧‧‧control unit
3‧‧‧ applicator element / applicator
4‧‧‧frame
5‧‧‧ cover
6‧‧‧ wall
7‧‧‧printed circuit board
8‧‧‧ contact surface
9‧‧‧ slit
11‧‧‧ fabric strip / belt
12‧‧‧ head
21‧‧‧display
111a‧‧‧board
111b‧‧‧board
121‧‧‧ Ultrasonic Transducer / Ultrasonic Transmitter
131‧‧‧laser light emitter / laser LED / laser emitter

Claims (16)

A multifunctional device (1) for cosmetic / medical treatment of body parts, comprising:
A control unit (2) and at least one applicator element (3) connected to the control unit (2) to be fixedly applied to a body part of a person during treatment;
Wherein the applicator element (3) includes at least:
An ultrasonic transducer (121),
Two boards (111a, 111b) of a radio frequency wave transmitter;
A laser light emitter (131);
The applicator element (3) is provided with a printed circuit board (7) and has a contact surface (8) from which waves emitted by the components (111a, 111b, 121, 131) propagate. The multifunctional device (1) of claim 1, comprising a radio frequency wave transmitter and an ultrasonic wave transmitter. The multifunctional device (1) of claim 1 or 2, wherein the surface (8) includes a cover plate (5), the cover plate (5) having
A through hole or opening at the ultrasonic transducer (121),
Two through holes or openings at each of these plates (111a, 111b),
A through hole or opening at the laser light emitter (131), or a cover plate made of a material transparent to the laser light. If the multifunctional device (1) of claim 3, wherein the printed circuit board (7) is positioned parallel to the cover plate (5), the transmitters (131) and the transducers (111a, 111b, 121) is connected to the printed circuit board (7) and is fixed to the printed circuit board (7) on a side facing the cover plate (5). For example, the multifunctional device (1) of claim 4, wherein the ultrasonic transducer (121) is positioned at the center of the printed circuit board (7), and the two plates (111a, 111b) are spaced apart and configured. At both sides of the transducer (121), the laser emitters are positioned along the periphery of the printed circuit board (7). The multifunctional device (1) as claimed in claim 1 or 2, wherein the laser light emitter comprises from 10 to 60 laser LEDs (131). The multifunctional device (1) of claim 1 or 2, wherein the body of the applicator elements comprises a holding member or at least one through slot or slit (9) positioned on a portion above the applicator element (3) ). If the multifunctional device (1) of claim 1 or 2, wherein the applicator element (3) comprises a holding member adapted to hold the applicator (3) on the body part to be treated, the components are Shaping to surround the body part involved. The multifunctional device (1) as claimed in item 1 or 2, wherein the control unit (2) comprises the transmitters and transducers capable of changing, modulating or driving the main power current to supply the applicator element (3) Electronic components. The multifunctional device (1) according to claim 1 or 2, wherein the applicator element (3) comprises a further pair of electrodes connected to the control unit (2). For example, the multifunctional device (1) of claim 1 or 2, wherein the control unit (2) includes: application software including a preset operating program; and optionally a display screen (21). The multifunctional device (1) as claimed in item 1 or 2, comprising 8 applicator elements (3). The multifunctional device (1) of claim 1 or 2, wherein the laser transmitter (131) is configured to emit laser light having a laser light from 760 nm to 1200 nm for cosmetic use or from 600 for medical use A wavelength from nm to 1200 nm and a maximum energy of up to 10 mW / cm ² for cosmetic use or up to 500 mW / cm ² for medical use. The multifunctional device (1) of claim 1 or 2, wherein the ultrasonic transmitter (121) is configured to transmit for beauty purposes having a frequency comprised between 800 kHz and 1.2 MHz and up to 1.5 W / cm ² one or maximum energy comprised between 1.2 MHz and 3.5 MHz up to one wave frequency and maximum energy one of 3 W / cm ^2. Multifunctional device (1) as claimed in claim 1 or 2, wherein the ultrasonic transmitter (121) is configured to transmit for medical use a frequency comprised between 40 kHz and 5 MHz and up to 10 W / One of the largest energy waves of cm ² . Multifunctional device (1) as claimed in claim 1 or 2, wherein the radio frequency wave transmitter is configured to emit waves having a fundamental frequency comprised between 400 kHz and 1500 kHz, and up to 50 for beauty purposes One of the maximum powers of W / cm ^{2 or} one of the maximum powers of 500 W / cm ² for medical use.