BACKGROUND ART A magnet is a body that generates a magnetic field.

The name derives from the Greek magnήthV liqoV (magnetes lithos), that is "Magnesia stone", from the name of a place of Asia Minor, known since ancient times for the huge deposits of magnetite. A magnetic field is invisible to the human eye, but its effects are well known: it moves ferromagnetic materials such as iron and makes two magnets attract or repel .

Magnets have been used since ancient times to cure human ailments .

In fact, they were used to treat toothache, headaches and joint pain .

It is accepted and known that the north pole of a magnet has anti-inflammatory and pain-relieving properties.

The south pole has stimulating properties.

Stable field magnetic therapy has developed a lot, especially in India where it is still used in common medical practice.

In the West, stable magnetic field therapy is little known and is used as an alternative therapy by a few operators.

In the West, pulsed magnetotherapy or PEMF has become much more established .

This practice, in the different methods of application, has proven capable of accelerating the healing processes of fractures and other slow-resolution pathologies.

Electrotherapy has been used for centuries in the treatment of many diseases, for example at the beginning of the last century it was also used in infectious and oncological pathology.

The known electrotherapy techniques currently used are manifold: TENS or transcutaneous electric nerve stimulation, analgesic practice that acts by saturation of superficial painful nerve endings . Specialized personnel are required, the applications are long, repeated for several weeks, expensive, and sometimes not conclusive .

TECAR: electrotherapy technique for post-traumatic pathology that exploits the energy transfer with the principle of the oscillator with condenser, uses radio frequency alternating current that induces an alternating electric field in the tissues to be treated: this electro oscillation causes a deep thermal action that it is believed to facilitate symptomatic resolution.

Specialized personnel required, applications are long, repeated over several weeks, expensive, and sometimes poorly resolving. EMS : electro muscular stimulation, medical practice that through the administration of low frequency pulsed currents, cause a contraction of the treated muscles independent of the subject's will .

Specialized personnel are required, the applications are long, repeated for several weeks, expensive and sometimes not conclusive on the basic pathology.

It is useful in the spinal injury clinic to maintain the muscle tone of the paralyzed regions.

DIADYNAMICS : It is an antalgic electrotherapy as well as the TENS with which it shares the action on the sensitive nerve fibers, in order to raise the pain threshold and promote the release of endorphins .

Obsolete, it requires specialized personnel, the applications are long, repeated for several weeks, expensive and sometimes not conclusive .

IONTOPHORESIS: it is a widely used method that is used to convey ionic drugs within pathological areas of the human body. Needle- free puncture is called. It can be done with weak direct or galvanic currents or more recently with pulsed currents.

Fixed luminaires for use in specialist environments.

MASSAGE: intended as vibrational therapy or micromassage and is known to promote many repairing, energizing and rebalancing processes in many unsightly and pathological situations on a microvascular basis, currently it is obtained with the vibration of piezoelectric crystals activated by electrical pulsations.

They often use subsonic vibratory frequencies to practice micromassage . CAVITATION: obtained with piezoelectric crystals with which ultrasonic frequencies can be generated to obtain cavitation phenomena in the tissues .

VARIOUS DEVICES, even wearable, are capable of delivering multiple forms of physical therapy at the same time, but do not have the constructive structure necessary to effectively reproduce the effects of this invention, do not deliver sufficient powers, produce microsecond or narrow-pulse pulsed frequencies, unable to get the effect of the present electromedical equipment and due to the different configuration of the applicators, they cannot deliver a treatment according to the system adopted for this invention.

All these forms of therapy mentioned above are usually delivered separately and at different times with application times that can last for months .

Furthermore, at least five previously filed patents are cited below which have similar but not identical characteristics to the present invention:

D1 US 2013/006040 A1 (LEE YONG-SIK [KR] ) 3 gennaio 2013 (2013-01- 03)

D2 EP 1 364 679 A2 (DE LA CAL ANTONIO MAD RONERO [ES] ) 26 novembre 2003 (2003-11-26)

D3 WO 2008/117843 A1 (YA MAN LTD [JP]; YAMAZAKI IWAO [JP]) 2 ottobre 2008 (2008-10-02)

D4 JP 2007 029518 A (CHIKEN KK) 8 febbraio 2007 (2007-02-08) D5 US 2002/147424 A1 (OSTROW ALVIN [IL] ET AL) 10 ottobre2002 (10-10-2002)

DISCLOSURE OF INVENTION The purpose of the present invention is to overcome the difficulties of the known techniques described above.

The equipment described in the patents mentioned above allows some, but not all, functions of this invention to be performed.

The reason for this impossibility is also and especially due to the innovative structure of the therapeutic applicator of this invention which is described below. The difficulties of the others are due to the fact that for each known technique mentioned above it is necessary to use a different equipment, also these equipment are bulky, often fixed, the therapeutic paths that can be carried out are long (even weeks of therapy are needed) , generally one machine is used at a time, they are expensive and inconvenient for the patient who must reach a specialized center in order to do them.

The object of the present invention is to overcome said disadvantages by providing an electromedical apparatus for the treatment of a pathological or unaesthetic anatomical region, having a simple structure, designed to simultaneously provide all the treatments described in the paragraph of known techniques with the possibility of regulating the methods to issue the therapeutic actions in all the ways foreseen by the known operating protocols of said methods.

Another advantage is given by the innovative structure of the applicator which also allows the pulsed or continuous iono- iontophoretic practice in both deep and superficial locations at the level of the most superficial skin and subcutaneous layers. The advantages of this invention also lie in the contained dimensions of the electromedical equipment.

This equipment is easily transportable.

It is easy to use, it is computerized, for many treatments it autonomously regulates the type of emissions to be delivered, the duration, the number of sessions that the patient has to do etc. It can interface with other diagnostic devices and is able to monitor the effects of the treatment while it is running.

The possibility to simultaneously use multiple therapeutic forms is the strength of this equipment: this feature makes the therapeutic process effective and rapid.

The use of one or more methods simultaneously, ie electrotherapy, magnetotherapy or PEMF, has shown, in preliminary studies, to be very effective in the treatment of multiple problems, from aesthetic medicine to the treatment of different pathologies. The present invention is specially designed to produce a newly developed therapeutic action which acts at a cellular level in the tissues.

Stable field magnetotherapy is known for its therapeutic capabilities . The healing power of the permanent magnet causes a decrease in inflammation, an increase in local pH, a vasodilation, an acceleration of the repair processes, a stimulation of the metabolic processes etc.

In this invention, stable field magnetotherapy is one of the therapeutic methods used, and is produced by means of two bipolar permanent metal magnets inserted innovatively one inside the other .

In this invention, according to the four possible position configurations between the first external permanent magnet and the second internal permanent magnet, four different therapeutic effects are obtained.

First permanent magnet towards north polar, second permanent magnet towards north polar: maximum sedating action, no focus. First permanent magnet towards north polar, second permanent magnet towards south polar peripheral sedative action, central stimulating action, circular sedative focus.

First permanent magnet towards south polar, second permanent magnet towards south polar: maximum stimulating action, no focus. First permanent magnet towards south polar, second permanent magnet towards north polar: stimulating peripheral action, central sedative action, stimulating circular focus.

The movement of the magnet over a pathological region increases these powers.

Traditionally this movement is performed manually by the therapist .

In this invention the movement is obtained also by the vibration induced by a piezoelectric transducer connected to these magnets. This vibration produced by the piezoelectric transducer generates an electrical induction by the magnets with a micro oscillation of the molecules, microstructures and cellular contingents in the tissues of the treated region.

The simultaneous vibration with micromassage transmitted to the tissues by the piezoelectric transducer through the magnets, allows a controlled and adjustable micro agitation of these structures so that they expose molecular regions, altered by the pathological process, to the action of the repair mechanisms both electrotherapeutic, both pharmacological or cosmetic with ionophoretic delivery, both magnetotherapy, with return to physiological conditions .

The extracellular matrix is also subject to these effects with micro-movement of metabolic toxins molecules and facilitation of their removal by the lymphatic flow.

This lymphatic flow is accentuated by this micromassage.

Electrotherapy is also used in this invention.

The action of electrotherapy can be carried out simultaneously with previous therapeutic energies .

This action is delivered with specific frequencies and waveforms that act synergistically and in concert, with the vibratory and electro-inductive delivery frequencies described above.

Depending on the polarity and frequencies used in the electrotherapeutic action, it is possible to induce an active transport of drugs or cosmetics, for the ionto-ionophoretic effect, in the region to be treated.

The electrotherapeutic action is mediated by the magnets themselves which become electrodes due to their conductive metallic nature.

An innovative form of electrical insulation and magnetic shielding between said two permanente magnets allows therapeutic effects extremely focused on the region to be treated.

The simultaneous administration of PEMF magnetotherapy obtained by the presence of a solenoid in the applicator accentuates the therapeutic action of the described energies and focuses it in a region close to the applicator, with adjustable extension and depth .

The resulting therapeutic framework is very effective.

Said electromedical equipment can also regulate its functions based on the real-time detection of the responses of the treated tissues during therapeutic application.

Said electromedical equipment can also regulate its functions based on the reception of data sent by different diagnostic equipment applied to the patient and interfaced with said equipment, for example ECG, EEG, blood pressure, oximetry etc. BRIEF DESCRIPTION OF THE DRAWINGS In order to better understand the operation and structure of this invention, figures have been produced by way of example and not for limitation.

The explanations of the figures are shown below.

These figures are schematic and descriptive drawings of the components of this invention and do not necessarily reproduce the dimensions and shape of the objects indicated.

Figure 1. This figure shows the central unit 1, the applicator 2 and the secondary electrode 8 positioned in a generic treatment scheme .

The signals transmission cable 9 is represented which transfers the signals generated by 1 to the applicator 2.

The controls 7 for machine adjustment and an example of an external logic unit 7B are visible: a smartphone.

Figure 2. This figure shows the central unit 1 schematically seen inside a container 3, with the necessary electronic components 4 and the logic unit 5, mounted on an electronic board.

The external logic unit in the form of a smartphone is visible. Figure 3. In this figure the external plastic casing 10 of the applicator 2 is visible in which there is a hole 13 on one end; the inner chamber 11 is visible.

In transparency the small hole 12 is visible which allows the passage of the signals transmission cable 9.

Figure 4. In this figure the casing 10 is visible which has the container 14 inserted in the hole 13, with the devices described below .

Figure 5. In this figure, the cylindrical plastic container 14, its internal chamber 15, the external base 16, the hole 17 in the center of the external base 16 is visible on the left.

At the center, the hollow cylindrical solenoid 18 is visible. The permanent magnets 19 with its external base 20 is visible on the right .

Said components 14, 18 and 19 are inserted one inside the other and fixed together. Figure 6. In this figure a lateral cross-section of the components described above and joined together, which form a complex cylindrical structure 27 is visible.

Figure 7. In this figure the permanent magnet 19 which has the through hole 21 is visible: said hole 21 originates in the center of the external base 20 and ends in the center of the rear base 22.

Figure 8. In this figure the external end of the permanent magnet 19 is visible, with the base 20 having the central hole occupied by a first plastic tube 23, containing a metal tube 24, which in turn contains a second plastic tube 25, which in turn contains the second cylindrical permanent magnet 26.

Figure 9. The multipolar connector 30 is visible on the left, with its front face 31, with the electrical contacts 100, 200,

300 and 400. On the right the rear face 32 with the contacts 500 and 600 is visible.

Figure 10. The rear face of the complex cylindrical structure 27 is visible, with the electrical contacts 100B and 200B positioned on the rear face of said solenoid 18.

Figure 11. In this figure the complex cylindrical structure 27, fixed to the multipolar connector 30 which at in turn it is fixed to the piezoelectric transducer 33: these components 27, 30 and 33 joined together form a single functional unit UF of the applicator 2.

Figure 12. In this figure the basic configuration of the applicator 2 is visible in a lateral cross-section, where it can be seen that the functional unit UF is fixed to the wall 36 of the internal chamber 11 of the external casing 10, with the rear face 35 of the piezoelectric transducer 33.

Figure 13. In this figure an applicator 2 is visible which presents several holes 13, in which a single functional unit UF is inserted for each of the holes. BEST MODE FOR CARRYING OUT THE INVENTION:

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS OF INVENTION This invention refers to an electromedical device for the treatment of skin imperfections and pathological areas of the human body.

Said electromedical equipment comprises a central unit 1, and one or more applicators 2.

Said central unit 1 has the function of generating, regulating, amplifying and managing the signals to be sent to said applicator

2.

This central unit includes:

an external container 3;

an electronic circuit 4.

Said electronic circuit 4 comprises a computerized logic unit 5, with a resident software which elaborates the therapeutic protocols to be implemented.

Said logic unit 5 controls all the other components of said electronic circuit 4.

Finally, said electronic circuit 4 generates, regulates, amplifies, manages the signals separately for each of the components of the applicators in use.

The control of the software that elaborates the therapeutic protocols, the adjustments of the power of said signals, their electrical polarity, the amplification of said signals, their simultaneous use, separately, alternately, in sequence, in any necessary combination possible, it can be accomplished by operating buttons, knobs or screentouch 7, positioned on the surface of said container 3, of said central unit 1.

Alternatively, these functions can be managed via cable or WIFI or Bluetooth, via an external logic unit 7B, such as a computer, smartphone or other device.

Each individual applicator or functional unit, described below, can receive three distinct signals.

The first of these three signals is used for the electrotherapy function .

Said first signal can be emitted in different modes: in direct current, in direct current modulated by power variations, in pulsed current, in pulsed current in sweep mode, with different wave forms, with different frequencies, with different frequencies mixed together in frequency and / or amplitude modulation, with frequencies varying between the extremely low frequencies ELF and the very high frequencies VHF.

All the signal emission modes listed above can be activated in sequence, alternating with each other or in alternating sequences .

In a first treatment mode an electric polarity of said signal must be divided by said central unit 1, into two power fractions. Said power fractions must be adjustable in their proportions by said central unit 1, acting on 7 or 7B.

The first power fraction of said first signal is called A.

The second power fraction of said first signal is called B.

Said fractions A and B are sent to said applicator 2.

The other polarity is sent to an electrode 8, which must be positioned on the skin of a region different from the region to be treated.

In a second treatment mode, the generated signal is addressed with the two poles directly to said applicator 2 without suffering divisions.

The second signal is used for the vibrational function.

Said second signal generated by said central unit 1 can be emitted in different modes: in pulsed current, in pulsed current in sweep mode, with different waveforms, with different frequencies, with different frequencies mixed together in frequency modulation and / or amplitude, with Variable frequencies between the extremely low ELF frequencies and the truly high VHF frequencies .

All the signal emission modes listed above can be activated in sequence, alternating with each other or in alternating sequences .

The third signal is generated for PEMF magnetotherapy.

Said third signal can be emitted in different modes: in direct current, in direct current modulated by power variations, in pulsed current, in pulsed current in sweep mode, with different wave forms, with different frequencies, with different frequencies mixed together in frequency and / or amplitude modulation, with frequencies varying between the extremely low ELF frequencies and the truly high VHF frequencies . All the signal emission modes listed above can be activated in sequence, alternating with each other or in alternating sequences .

All the described signals are sent to the applicator by means of the signals transmission cable 9.

Said applicator 2 can have any shape or size.

Said applicator is suitably positioned on the region to be treated by interposing an adequate quantity of conductive gel and / or drug and / or cosmetic cream or liquid.

In the basic embodiment, said applicator 2 comprises an external plastic casing 10.

Said casing 10 has an internal chamber 11.

Said casing 10 has a small hole 12, on a wall, which allows the passage of said signals transmission cable 9, inside said internal chamber 11, of said applicator 2.

Said casing 10 has a hole 13 on another wall, which opens outwardly from said internal chamber 11.

A preferably cylindrical plastic container 14 is inserted in said hole 13.

This container is hollow inside.

The internal cavity 15 of said container 14 have preferably a cylindrical shape.

A base 16, of said container 14, faces the outside of said external casing 10, of said applicator 2.

Said base 16 has a hole 17.

Said hole 17 is in the center of said base 16.

The base opposite to 16 of said container 14 is open and is positioned inside said internal chamber 11.

Said container 14 has, fixed inside it, a solenoid 18.

Said solenoid 18 has the preferibily form of a hollow cylinder. Said solenoid 18 has the external diameter of the same size as the internal diameter of said internal cylindrical cavity 15, of said container 14.

Said solenoid 18 has the diameter of its internal cavity of the same size as said hole 17.

Said solenoid 18 can be of the same length as the internal cylindrical cavity 15 of said container 14. Said solenoid 18 is wound tightly and is fixed to a preferibily cylindrical permanent magnet 19.

Said permanent magnet 19 can have a length equal to the length of said container 14.

Said permanent magnet 19 has the external diameter of the same size as said hole 17.

A base 20 of said permanent magnet is inserted and sealed in said hole 17.

Said base 20 can be positioned at the same level as said external base 16 of said container 14.

Said permanent magnet 19 can be a magnet of any type, preferably of an NdFeB alloy.

Said permanent magnet 19 has a cylindrical hole 21, passing through its longitudinal axis.

Said hole 21 begins in the center of the surface of the external base 20 of said permanent magnet 19 and ends in the center of the opposite base 22.

Said hole 21 comprises inside a plastic tube 23, of the same length as said hole, with the external diameter equal to the internal diameter of said hole 21, of said magnet 19.

Said plastic tube 23 internally comprises a metal tube 24, preferably with high magnetic permeability, of the same length as said hole 21, with the external diameter equal to the internal diameter of said plastic tube 23.

Said metal tube 24 comprises inside a plastic tube 25, of the same length as said hole 21, with the external diameter equal to the internal diameter of said metal tube 24.

Said plastic tube 25 comprises inside a permanent cylindrical magnet 26, of the same length as said hole 21, with the external diameter equal to the internal diameter of said second plastic tube 25.

Said permanent magnet 26 can be a magnet of any type, preferably of an NdFeB alloy.

Said concentric layers are fixed in close contact with each other and insulate and shield said cylindrical permanent magnet 26, from said permanent magnet 19. The insulation is both electric and magnetic. The direction of the magnetic polarity of said cylindrical permanent magnet 26 can be equal or opposite to the direction of the magnetic polarity of said permanent magnet 19.

The structures 23 to 26 are fixed in said hole 21 and can be positioned with the ends placed at the same level as the external 20 and internal 22 bases of said permanent magnet 19.

Said structures 14, 18, 19, 23, 24, 25, 26 are fixed together and form a single complex cylindrical structure 27.

Said complex cylindrical structure 27, inserted in said hole 13, of said external casing 10, has a base 28 facing outwards of said applicator 2.

Said base 28 must be put in contact with the skin of the area to be treated by placing a conductive gel and / or a drug and / or a cosmetic cream/liquid between said skin and said base 28.

The opposite base of said complex cylindrical structure 27, inserted in said hole 13, is positioned inside said internal chamber 11, of said external casing 10, of said applicator 2.

Said complex cylindrical unit exists in four distinct configurations due to the positioning of the permanent magnets 19 and 26 with respect to their magnetic polarities facing the region to be treated.

First permanent magnet 19 towards north polar, second permanent magnet 26 towards north polar: maximum sedating action, no focus. First permanent magnet 19 towards north polar, second permanent magnet 26 towards south polar peripheral sedative action, central stimulating action, sedative circular focus.

First permanent magnet 19 towards south polar, second permanent magnet 26 towards south polar: maximum stimulating action, no focus .

First permanent magnet 19 towards south polar, second permanent magnet 26 towards north polar: stimulating peripheral action, central sedative action, stimulating circular focus.

The complex cylindrical unit is interchangeable.

It is possible to disassemble said complex cylindrical unit of one type, change it to another complex cylindrical unit with different configuration and reassemble the latter in hole 13 of said external casing 10 of said applicator 2. A multipolar connector 30 is present and shaped so that it can be hooked and unhooked from the internal face 29 of said complex cylindrical structure 27.

Said multipolar connector 30 has a preferably cylindrical shape. Said multipolar connector 30 preferably has the diameter of the same size as the diameter of said complex cylindrical structure 27.

Said multipolar connector 30 has a front base 31.

Said front base 31 has four electrical contacts called 100, 200,

300, 400.

Said multipolar connector 30 has a rear base 32.

Said rear base 32 has 2 electrical contacts called 500 and 600. Said multipolar connector 30 is connected with its front face 31 to said rear face of said complex cylindrical structure 27.

Said electrical contact 100 transfers a polarity of said third signal, generated by the central unit 1 to one end of the filament of said solenoid 18, connected to the electrical contact 100B .

Said electrical contact 200 transfers the other polarity of said third signal, generated by the central unit 1, to the other end of said filament of said solenoid loop 18, connected to the electrical contact 200B, figures 9 and 10.

Said electrical contact 300, in a first treatment mode, transfers the fraction A of a polarity of said first signal generated and divided by the central unit 1, to said internal base 22, of said permanent magnet 19 that become a part of first electode .

Said electrical contact 400, in this first treatment mode, transfers the fraction B of a polarity of said first signal generated and divided by the central unit 1, to said internal base 22, of said permanent magnet 26 that become the other part of first electode.

In this first treatment modality the other electric polarity of said first signal is sent to an electrode 8, positioned in contact with the skin of an area different from the one to be treated .

In this first modality, the electrotherapy or ionto-ionophoretic close the electrical circuit in the patient's body with a profound action of the treatment. In a second treatment mode, said first signal is sent directly to said multipolar connector which transfers an electric pole of said first signal to said permanent magnet 19, through the electric contact 300, and transfers the other electric pole of said first signal to said second permanent magnet 26, by means of said electrical contact 400.

Therefore, the external electrode 8 is not necessarily used.

In this second treatment modality the electrotherapy or ionto- ionophoretic close the electrical circuit in the superficial cutaneous site.

In said internal chamber 11 of said external casing 10, there is a piezoelectric transducer 33 which has a preferably cylindrical shape .

Said piezoelectric transducer 33 has a front base.

Said piezoelectric transducer 33 has a rear base 35.

Said front base of said piezoelectric transducer 33 is fixed to the rear face 32 of said multipolar connector 30.

Said electric contact 500 transfers to said piezoelectric transducer 33 an electric polarity of said second signal generated by said central unit 1.

Said electrical contact 600 transfers the other electrical polarity of said second signal generated by said central unit 1 to said piezoelectric transducer 33.

The rear base 35 of said piezoelectric transducer 33 is fixed to a wall 36 of said internal chamber 11 of said external casing 10 of said applicator 2.

Said wall 36 is opposite the wall of said external casing 10, of said applicator 2, which has said hole 13.

The polarization axis of said piezoelectric transducer is on the same line as the axis of said multipolar connector 30 and of said complex cylindrical structure 27.

Said components 27, 30 and 33, joined together, form a single functional therapeutic unit UF.

Said external casing 10 can have any shape and can have two or more holes 13 which contain in each of them a UF.

Microsensors can be positioned on the external face 28 to monitor the effects of the treatment in real time.

Said electromedical equipment is able, when in operation, to produce at least seven curative effects. A first effect is produced by the two permanent magnets 19 and 26 with the known effects of stable field magnetotherapy: said effects are different according to the arrangement of the magnetic polarities of said permanent magnets in the configurations described above.

A second effect is produced by the vibration of said permanent magnets 19 and 26 induced by the action of said piezoelectric transducer 33.

This vibration amplifies the previous effect and generates a further third effect of alternating electric induction in the treated tissues, with corresponding frequency at the vibratory frequency of said piezoelectric transducer 33.

Said alternating electroinduction also causes a third vibrational oscillatory effect of the microcomponents of the problematic tissues which being ionic dipoles resonate in a similar way to liquid crystals .

This vibration exposes these molecules to better receive the third therapeutic, electrotherapy or iontoionophoretic action. A fourth effect is that generated by the administration of electric current through said first magnet 19 and said second magnet 26.

Said current in all forms of delivery, pulsed or continuous, in the first execution mode previously described, has depth levels and extension of the therapeutic action on the basis of the regulation of the signal emission proportions between said first magnet 19 and said second magnet 26.

Said action is finely adjustable for the electrical insulation and magnetic shielding produced by the presence of said high metal tube magnetic permeability 24, inserted in the insulation between said first and said second magnet.

The electrotherapeutic action in the second mode described above is active in the most superficial layers of the skin.

A fifth effect is obtained by delivering a drug or a cosmetic in the tissues by means of the ionto-ionophoretic function.

This function acts with an extension, a depth and focus identical to those described above for the electrotherapy action.

A sixth effect is obtained by the emission of a magnetic field of various nature from said solenoid 18 wound to said first magnet 19. Said solenoid 18 is generically assigned to the delivery of PEMF therapy, but its action is also of local harmonization of the above said effects.

This occurs due to the presence of said first magnet 19 and second magnet 26 which function here as a central core of an electromagnet .

A seventh effect is obtained with the vibration of said piezoelectric transducer 33 fixed to all the components described above .

In this case, micromassage, thermogenesis, cavitation or lysis effects are obtained by delivering the third signal frequencies and waveforms to said transducer 33 generated by the central unit

1.

The treatment protocols that can be performed by said electromedical equipment are all those known in the literature for each type of existing therapeutic action and these are referred to in the execution of the treatments .

Said protocols being completely programmable through logic unit 5, are practically infinite.

The execution of the common standard protocols can be carried out simply by recalling these protocols from the memory of the logical unit 5, being stored in the software and hardware of said central unit 1.

The electrotherapy and iontoionophoretic treatments are innovative with the first and second treatment modalities described above.

The frequencies supplied by central unit 1 and addressed to UF components, in many applications, preferibily must have the number of Hertz related to each other based on the Phi or golden number .

The present invention has been described for illustrative but not limitative purposes according to its preferred embodiments, but it is to be understood that variations and / or modifications may be made by those skilled in the art without thereby departing from the relative scope of protection, such as defined by the attached claims .