Circulatory compression girdle for reducing class i, ii and iii cellulitis

Abstract

The present invention relates to circulatory compression girdles for reducing mild or class I, moderate or class II, and severe or class III cellulitis that remain in a fixed position, thereby preventing unwanted slippage and compression. The lymphatic and venous systems thus benefit, providing an increase in the venous flow velocity and a decrease in the distension of the vein wall, venous hypertension of the lower extremities and symptoms of a swollen extremity, thereby favouring venous return and ultimately improving venous flow and return.

Description

[0001] CIRCULATORY COMPRESSION BELT TO REDUCE GRADE I, II AND III CELLULITE.

[0002] DESCRIPTIVE MEMORY

[0003] Field of application of the invention

[0004] This invention relates to circulatory compression belts to reduce mild or grade I, moderate or grade II and severe or grade III cellulite, which allow maintaining a fixed position avoiding unwanted slipping and compression.

[0005] Background of the invention

[0006] Between 95% and 98% of women worldwide experience cellulite at some point in their lives, affecting their physical and mental health. For many years, women have suffered from this disorder without finding a solution to stop or improve the uneven appearance of their skin. The physiological and anatomical changes include increased water content (edema), changes in local microcirculation, abnormal collagen structures, and increased adipocyte volume. Currently, there are different treatments to address this disorder, such as physical agents, pharmacological treatments, surgical treatments, and phytotherapeutics. To date, these treatments have not achieved satisfactory results, as they focus on addressing only one of the causes of cellulite.

[0007] Cellulitis, as clinically defined, is an acute bacterial infection of the skin that spreads to the subcutaneous tissue. It presents as a hot, painful, red plaque. This term is used in aesthetics, but it should not be confused with "cosmetic cellulitis," which corresponds to PEFE.

[0008] SUBSTITUTE SHEET (RULE 26) Cellulite, known as an aesthetic condition, has been described with various names, but finally in 1977 Binazzi defined it as edematous fibrosclerotic panniculopathy (EFSP) and this has been the term most widely used.

[0009] It is important to note that the main problem observed in all patients is the alteration of venous and / or lymphatic microcirculation, generating interstitial edema. Excess adipose tissue contributes to this alteration by compressing the microcirculation, but it is not the cause of its development. As cellulite progresses, vascular stasis can lead to consequences such as pain, compression of nerve endings, and difficulty walking.

[0010] The cellulite severity scale explains how cellulite develops, beginning with the irregular appearance caused by edema and progressing to the most severe stage of cellulite.

[0011] The following table, developed by the authors, classifies the degrees of severity of cellulite, as Grade I (mild), Grade II (moderate) and Grade III (severe):

[0012] Table 1: Degree of severity of cellulite In this context, the systems, devices, belts, and methods used to reduce cellulite in its various degrees do not improve venous flow and return, or do so insufficiently.

[0013] In accordance with the above, there is a need in the state of the art for circulatory compression belts to attenuate mild or grade I cellulite, moderate or grade II and severe or grade III cellulite, which allow maintaining a fixed position avoiding unwanted slipping and compression; where the lymphatic and venous systems benefit, generating an increase in venous flow velocity, reducing distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb, favoring venous return, ultimately allowing improved venous flow and return.

[0014] When reviewing and analyzing the state of the art, among the closest documents related to the subject of the present invention, we can mention the Chilean Patent Application for Invention No. e 202101997, Patent No. eof Registration 50563, which describes a device for the treatment of cellulite comprising suction massage means, a quadrangular body (3) with a plurality of support elements (31), at least one per vertex of the body, wherein said support elements (31) end in a rounded point (32) which is in contact with the skin (5) to be treated and that on the quadrangular body (3) a plurality of laser emitters (1) are housed, while in the support elements (31) a plurality of current emitting electrodes (2) are housed, at least one per support element; and where said electrodes (2) define a region (4) on the skin (5) of combined action of the emission (41) of the plurality of lasers (1) and the currents generated by the electrodes (2); where the laser emitters (1) are laser diodes with a wavelength between 640-690 nm;and where the current emitted by the electrodes is at high voltage and low intensity with a frequency range between 450 and 950 Hz. This document, in short, discloses a device for the treatment of cellulite that comprises a plurality of technical elements that end in a rounded tip, which is in contact with the skin to be treated, but does not present the technical elements of the technology under study, presenting a technical application different from the invention of the present application, which fails to solve the technical problem thereof.;

[0015] On the other hand, document CN110338481 reveals a pair of shaping tights and a production process for the same; the shaping tights comprise a trouser body, trouser legs, a crotch portion, first magnetic strips, spliced ​​trouser and sock opening positions, a roll-up outer edge of the trouser waistband, an elastic waistband, an upper zipper, a lower zipper, a second magnetic strip, a trouser waistband, and a waterproof fabric. This document corresponds to a technical solution distinct from the present invention, which is why it fails to solve the technical problem posed in this invention, since it only reveals shaping tights.

[0016] Continuing with the state of the art, subject matter of the present invention, document US2012208680 discloses a device that reduces or eliminates varicose veins and cellulite in the legs, but does not present the technical elements of the present invention, which is why it should not constitute an obstacle to it.

[0017] Finally, it is possible to cite as state of the art in the technical field of the present invention, document US2015190303, which discloses devices and methods for reducing the appearance of cellulite on human skin. The device includes a belt having a tactile gripping portion for detachably adhering to the skin. When the belt is connected to a reciprocating vibrating massage device, the tactile belt grips the skin preventing substantial relative movement between the belt and the skin. In the continuous reciprocating movement of the belt along a path and with a frequency, the outer layers of the skin are forcibly moved relative to the subcutaneous tissue layers, which disrupts, stretches and / or tears the fat / collagen projections that extend from the subcutaneous tissue into the tissue, outer layers of the skin thus reducing the appearance of cellulite on the skin.This document does not present the technical means of this invention and does not solve the technical problem addressed by it, since it only presents a minimum conceptual scope with respect to the present invention.

[0018] Ultimately, as can be seen in the previously cited and described state of the art, there is no effective solution to the technical problem posed, related to maintaining a fixed position avoiding unwanted slipping and compression; where the lymphatic and venous systems benefit, generating an increase in the velocity of venous flow, reducing distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen extremity, favoring venous return, ultimately allowing improved venous flow and return.

[0019] Objectives and summary description of the invention

[0020] The main objectives of the present invention consist of circulatory compression belts to attenuate mild or grade I, moderate or grade II and severe or grade III cellulite, which allow maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen extremity favoring venous return, ultimately allowing improved venous flow and return.

[0021] Detailed description of the invention

[0022] The basis of this invention patent application is circulatory compression belts to reduce mild or grade I, moderate or grade II and severe or grade III cellulite, which allow for maintaining a fixed position, avoiding unwanted slippage and compression.

[0023] The straps of the present invention allow for a fixed position, preventing unwanted slippage and compression. This benefits the lymphatic and venous systems, generating an increase in venous flow velocity, reducing venous wall distension, venous hypertension in the lower extremities, and the symptoms of swollen limbs. This promotes venous return, ultimately improving venous flow and return.

[0024] To facilitate the understanding of the structural and functional characteristics of the present invention, by way of illustration and not limitation, the following figures are described:

[0025] Figure 1: shows an overview of the circulatory compression belt to reduce mild or grade I cellulite.

[0026] Figure 2: shows the means of adjusting the circulatory compression belt to reduce mild or grade I cellulite.

[0027] Figure 3: shows the front closure means of the circulatory compression belt to reduce mild or grade I cellulite.

[0028] Figure 4: shows a view of the wireless device (4) positioned in the inguinal area, the area where lymph nodes meet, to generate a micro vibration of electrical pulses with tactile stimuli of the circulatory compression belt to reduce mild or grade I cellulite.

[0029] Figure 5: shows the support means of the circulatory compression belt to attenuate mild or grade I cellulite. Figure 6: shows a cryogel filling of the circulatory compression belt to attenuate mild or grade I cellulite.

[0030] Figure 7: shows an overview of the circulatory compression belt to reduce moderate or grade II cellulite.

[0031] Figure 8: shows the wireless devices (4a) and (4b) the circulatory compression belt to reduce moderate or grade II cellulite.

[0032] Figure 9: Shows an overview and technical details of the circulatory compression belt to reduce severe or grade III cellulite.

[0033] Referring to figures 1 to 6, these show the technical elements of the circulatory compression belt to attenuate mild or grade I cellulite, which allows maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous system benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb favoring venous return, ultimately allowing improved venous flow and return, comprising: a) covering means that cover the sub-umbilical area up to the sub-gluteal areas (1); b) adjustment means (2); c) front closing means (3); d) a wireless device (4) positioned in the inguinal area, area of ​​confluence of lymph nodes, to generate a micro vibration of electrical pulses with tactile stimuli;ye) support means (5) positioned in the rear area.;

[0034] With respect to figures 7 and 8, these show the technical elements of the circulatory compression belt to reduce moderate or grade II cellulite, which allows maintaining a fixed position, avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb, favoring venous return, ultimately allowing improved venous flow and return, comprising: a) covering means that cover the sub-umbilical area down to below the popliteal area, that is, below the knee (1); b) adjustment means (2); c) front closure means (3);d) a wireless device (4a) positioned in the inguinal area, i.e., in the area where lymph nodes meet, to generate a micro vibration of electrical pulses with tactile stimuli; e) a wireless device (4b) positioned in the popliteal fossa area, to generate a micro vibration of electrical pulses with tactile stimuli; and f) support means (5) positioned in the posterior area.

[0035] Referring to Figure 9, the circulatory compression belt can be seen to reduce severe or grade III cellulite, which allows maintaining a fixed position, avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb, favoring venous return, ultimately allowing improved venous flow and return, comprising: a) covering means that cover the sub-umbilical area up to the feet or toes, leaving only the toes or toes free (1); b) means for an adjustment (2); c) front closing means (3) that extend to the posterior area;(d) a wireless device (4a) positioned in the inguinal area, where the lymph nodes meet, to generate a micro vibration of electrical pulses with tactile stimuli; (e) a wireless device (4b) positioned in the popliteal fossa area, to generate a micro vibration of electrical pulses with tactile stimuli; (f) a wireless device (4c) positioned on the lateral area of ​​the legs, to generate a micro vibration of electrical pulses with tactile stimuli; and (g) support means (5) positioned in the posterior area. In short, firstly, a circulatory compression belt is presented to attenuate mild or grade I cellulite, which allows maintaining a fixed position, avoiding unwanted sliding and compression;wherein the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen extremity favoring venous return, ultimately allowing to improve the flow and venous return, comprising: a) covering means that cover the sub-umbilical area up to the sub-gluteal areas (1); b) adjustment means (2); c) front closing means (3); d) a wireless device (4) positioned in the inguinal area, area of ​​confluence of lymph nodes, to generate a micro vibration of electrical pulses with tactile stimuli; and e) support means (5) positioned in the posterior area.;

[0036] In preferred embodiments of said circulatory compression girdle to attenuate mild or grade I cellulite, the following are present: the adjustment means (2) consist of silicone bands on the waist and thighs, which prevent the girdle from rolling or folding up, allowing the girdle to remain attached and not ride up, improving circulation; the front closure means (3) extend to the back area, allowing, among other activities, urination without having to remove the girdle; the vibration patterns of the wireless device (4) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm;the vibration function of the wireless device (4) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in three linear segments that go from the distal to proximal area in the lymph nodes, leaving two segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage; said wireless device (4) in one embodiment corresponds to a bluetooth device; said support means (5) comprise a pair of subgluteal bands of greater compression to contain and lift the gluteus; said subgluteal bands comprise fabric reinforcement means that allow increasing the compression level in a range of 18 to 22 mmHg; said support means (5) also comprise a small opening to introduce or remove a silicone filling with cone gel (6) that allows reducing subgluteal edema;The circulatory compression girdle in the outer area, without considering the previously described parts, comprises Powernet, i.e., elastic fabric made of high-compression polyamide and elastane; and the circulatory compression girdle in the entire inner area comprises an internal lining of hypoallergenic mocñfiber, which allows the skin to breathe while it is used.

[0037] Secondly, a circulatory compression belt is presented to attenuate moderate or grade II cellulite, which allows maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous system benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb favoring venous return, ultimately allowing improved venous flow and return, comprising: a) covering means that cover the sub-umbilical area down to below the popliteal area, that is, below the knee (1); b) adjustment means (2); c) front closing means (3); d) a wireless device (4a) positioned in the inguinal area, that is, in the area of ​​confluence of lymph nodes, to generate a micro vibration of electrical pulses with tactile stimuli;e) a wireless device (4b) positioned in the popliteal fossa area, to generate a micro vibration of electrical pulses with tactile stimuli; and f) support means (5) positioned in the posterior area.

[0038] In preferred embodiments of said circulatory compression girdle to attenuate moderate or grade II cellulite, it is necessary that: the adjustment means (2) consist of silicone bands on the waist and legs, below the knee, which prevent the girdle from rolling or folding, allowing the girdle to remain attached and not ride up, improving circulation; the front closure means (3) extend to the back area, allowing, among other activities, urination without having to remove the girdle; the vibration patterns of the wireless device (4a) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm;the vibration function of the wireless device (4a) allows the transport of lymph and interstitial fluid to the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is performed in ascending linear segments that go from the lower area to the upper area of ​​the knee, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage; said wireless device (4a) in one embodiment corresponds to a Bluetooth device; the vibration patterns of the wireless device (4b) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm;the vibration function of the wireless device (4b) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in ascending linear segments that go from the lower area to the upper area of ​​the knee, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage; said wireless device (4b) in one embodiment corresponds to a Bluetooth device; said support means (5) comprise a pair of subgluteal bands of greater compression to contain and lift the gluteus; said subgluteal bands comprise fabric reinforcement means that allow increasing the compression level in a range of 20 to 30 mmHg, requiring greater compression due to a greater degree of cellulite;said support means (5) further comprise a small opening for introducing or removing a silicone filler with chogel (6) that allows reducing subgluteal edema; the circulatory compression belt in the outer area without considering the previously described parts comprises powernet, that is, an elastic fabric made of high compression polyamide and elastane; and the circulatory compression belt in the entire inner area comprises an internal lining of hypoallergenic mocrifibre, which allows the skin to breathe while it is used.

[0039] Finally, a circulatory compression belt is presented to attenuate severe or grade III cellulite, which allows maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb favoring venous return, ultimately allowing improved venous flow and return, comprising: a) covering means that cover the sub-umbilical area up to the feet or toes, leaving only the toes or toes free (1); b) means for an adjustment (2); c) front closing means (3) that extend to the posterior area; d) a wireless device (4a) positioned in the inguinal area, area of ​​confluence of lymph nodes, to generate a micro vibration of electrical pulses with tactile stimuli;e) a wireless device (4b) positioned in the popliteal fossa area, to generate a micro vibration of electrical pulses with tactile stimuli; f) a wireless device (4c) positioned in the lateral area of ​​the legs, to generate a micro vibration of electrical pulses with tactile stimuli; and g) support means (5) positioned in the posterior area.

[0040] In preferred embodiments of this circulatory compression girdle to reduce severe or grade III cellulite, the following are present: the adjustment means (2) consist of silicone bands at the waist, which prevent the girdle from rolling or folding up, allowing the girdle to remain attached and not come down; the front closure means (3) extend to the back area, allowing, among other activities, urination without having to remove the girdle; the vibration patterns of the wireless device (4a) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm;the vibration function of the wireless device (4a) allows the transport of lymph and interstitial fluid to the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is performed in three linear segments that go from the distal to proximal area in the lymph nodes, leaving two segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage; said wireless device (4a) in one modality corresponds to a bluetooth device; the vibration patterns of the wireless device (4b) are ascending with sequences of 5 second rest intervals because the lymphatic system is slow and has a certain rhythm;the vibration function of the wireless device (4b) allows the transport of lymph and interstitial fluid to the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is performed in ascending linear segments that go from the lower area to the upper area of ​​the knee, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage; said wireless device (4b) in one embodiment corresponds to a Bluetooth device; the vibration patterns of the wireless device (4c) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm;the vibration function of the vibration device (4c) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in ascending linear segments that go from the lower area to the upper area of ​​the leg, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage; said wireless device (4c) in one embodiment corresponds to a Bluetooth device; said support means (5) correspond to a pair of subgluteal bands of greater compression to contain and lift the gluteus; said subgluteal bands comprise fabric reinforcement means that allow increasing the compression level in a range of 30 to 40 mmHg, it is the most severe degree of cellulite, requiring maximum compression due to said degree of cellulite;said support means (5) further comprise a small opening for introducing or removing a silicone filler with chogel (6) that allows reducing subgluteal edema; the circulatory compression belt in the outer area without considering the previously described parts comprises powernet, elastic fabric made of high compression polyamide and elastane; and the circulatory compression belt in the entire inner area comprises an internal lining of hypoallergenic mocrifibre, which allows the skin to breathe while it is used.

[0041] After the detailed description of the present invention in its various forms, the next section presents the list of claims, with the technical details associated with the described belts.

Claims

CLAIMS 1. Circulatory compression girdle to reduce mild or grade I cellulite, which allows maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb, favoring venous return, ultimately allowing improved venous flow and return, CHARACTERIZED in that the circulatory compression girdle comprises: a) covering means that cover the sub-umbilical area up to the subgluteal areas (1); b) adjustment means (2); c) front closing means (3); d) a wireless device (4) positioned in the inguinal area, area of ​​confluence of lymph nodes, to generate a micro vibration of electrical pulses with tactile stimuli; and e) support means (5) positioned in the posterior area.

2. The circulatory compression girdle according to claim 1, CHARACTERIZED in that the adjustment means (2) consist of silicone bands on the waist and thighs, which prevent the girdle from rolling or folding, allowing the girdle to remain attached and not rise, improving circulation.

3. The circulatory compression belt according to claim 1, CHARACTERIZED in that the front closure means (3) extend to the posterior area, allowing, among other activities, urination without having to remove the belt.

4. The circulatory compression belt according to claim 1, CHARACTERIZED in that the vibration patterns of the wireless device (4) They are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm.

5. The circulatory compression belt according to the previous claim, CHARACTERIZED in that the vibration function of the wireless device (4) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in three linear segments that go from the distal to proximal area in the lymph nodes, leaving two segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage.

6. The circulatory compression belt according to claim 1, CHARACTERIZED in that said wireless device (4) in one embodiment corresponds to a Bluetooth device.

7. The circulatory compression girdle according to claim 1, CHARACTERIZED in that said support means (5) comprise a pair of subgluteal bands of greater compression to contain and lift the gluteus.

8. The circulatory compression girdle according to the preceding claim, CHARACTERIZED in that said subgluteal bands comprise fabric reinforcement means that allow increasing the compression level in a range of 18 to 22 mmHg.

9. The circulatory compression girdle according to the preceding claim, CHARACTERIZED in that said support means (5) also comprise a small opening to introduce or remove a silicone filling with chogel (6) that allows reducing subgluteal edema.

10. The circulatory compression belt according to claim 1, CHARACTERIZED in that the circulatory compression belt in the outer area without Considering the previously described parts includes powernet, that is, elastic fabric made of high compression polyamide and elastane.

11. The circulatory compression girdle according to claim 1, CHARACTERIZED in that the circulatory compression girdle comprises an internal lining of hypoallergenic microfiber in the entire interior area, which allows the skin to breathe while it is used.

12. Circulatory compression girdle to reduce moderate or grade II cellulite, which allows maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb, favoring venous return, ultimately allowing improved venous flow and return, CHARACTERIZED in that the circulatory compression girdle comprises: a) covering means that cover the sub-umbilical area down to below the popliteal area, that is, below the knee (1); b) adjustment means (2); c) front closing means (3); d) a wireless device (4a) positioned in the inguinal area, that is, in the area of ​​confluence of lymph nodes, to generate a micro vibration of electrical pulses with tactile stimuli;e) a wireless device (4b) positioned in the popliteal fossa area, to generate a micro vibration of electrical pulses with tactile stimuli; and f) support means (5) positioned in the posterior area.

13. The circulatory compression girdle according to claim 12, CHARACTERIZED in that the adjustment means (2) consist of silicone bands on the waist and legs, below the knee, which prevent the girdle from rolling up. or fold, allowing the girdle to stay in place and not ride up, improving circulation.

14. The circulatory compression belt according to claim 12, CHARACTERIZED in that the front closure means (3) extend to the posterior area, allowing, among other activities, urination without having to remove the belt.

15. The circulatory compression belt according to claim 12, CHARACTERIZED in that the vibration patterns of the wireless device (4a) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm.

16. The circulatory compression belt according to the previous claim, CHARACTERIZED in that the vibration function of the wireless device (4a) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in ascending linear segments that go from the lower area to the upper area of ​​the knee, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage.

17. The circulatory compression belt according to claim 12, CHARACTERIZED in that said wireless device (4a) in one embodiment corresponds to a Bluetooth device.

18. The circulatory compression belt according to claim 12, CHARACTERIZED in that the vibration patterns of the wireless device (4b) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm.

19. The circulatory compression belt according to the previous claim, CHARACTERIZED in that the vibration function of the wireless device (4b) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in ascending linear segments that go from the lower area to the upper area of ​​the knee, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage.

20. The circulatory compression belt according to the preceding claim, CHARACTERIZED in that said wireless device (4b) in one embodiment corresponds to a Bluetooth device.

21. The circulatory compression girdle according to claim 12, CHARACTERIZED in that said support means (5) comprise a pair of subgluteal bands of greater compression to contain and lift the gluteus.

22. The circulatory compression girdle according to the preceding claim, CHARACTERIZED in that said subgluteal bands comprise fabric reinforcement means that allow increasing the compression level in a range of 20 to 30 mmHg, requiring greater compression due to a higher degree of cellulite.

23. The circulatory compression girdle according to the preceding claim, CHARACTERIZED in that said support means (5) also comprise a small opening to introduce or remove a silicone filling with chogel (6) that allows reducing subgluteal edema.

24. The circulatory compression girdle according to claim 12, CHARACTERIZED in that the circulatory compression girdle in the outer area without considering the previously described parts comprises powernet, that is, an elastic fabric made of high compression polyamide and elastane.

25. The circulatory compression girdle according to claim 12, CHARACTERIZED in that the circulatory compression girdle comprises an internal lining of hypoallergenic microfiber in the entire interior area, which allows the skin to breathe while it is used.

26. Circulatory compression girdle to reduce severe or grade III cellulite, which allows maintaining a fixed position avoiding unwanted sliding and compression; where the lymphatic and venous systems benefit, generating an increase in the speed of venous flow, reducing the distension of the venous wall, venous hypertension of the lower extremities and the symptoms of a swollen limb, favoring venous return, ultimately allowing improved venous flow and return, CHARACTERIZED in that the circulatory compression girdle comprises: a) covering means that cover the sub-umbilical area up to the feet or toes, leaving only the toes or toes free (1); b) means for an adjustment (2); c) front closing means (3) that extend to the posterior area;d) a wireless device (4a) positioned in the inguinal area, the area where lymph nodes meet, to generate a micro vibration of electrical pulses with tactile stimuli; e) a wireless device (4b) positioned in the popliteal fossa area, to generate a micro vibration of electrical pulses with tactile stimuli; f) a wireless device (4c) positioned on the lateral area of ​​the legs, to generate a micro vibration of electrical pulses with tactile stimuli; and g) support means (5) positioned in the posterior area.

27. The circulatory compression girdle according to claim 26, CHARACTERIZED in that the adjustment means (2) consist of silicone bands at the waist, which prevent the girdle from rolling or folding, allowing the girdle to remain attached and not fall down.

28. The circulatory compression belt according to claim 26, CHARACTERIZED in that the front closure means (3) extend to the posterior area, allowing, among other activities, urination without having to remove the belt.

29. The circulatory compression belt according to claim 26, CHARACTERIZED in that the vibration patterns of the wireless device (4a) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm.

30. The circulatory compression belt according to the previous claim, CHARACTERIZED in that the vibration function of the wireless device (4a) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in three linear segments that go from the distal to proximal area in the lymph nodes, leaving two segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage.

31. The circulatory compression belt according to the preceding claim, CHARACTERIZED in that said wireless device (4a) in one embodiment corresponds to a Bluetooth device.

32. The circulatory compression belt according to claim 26, CHARACTERIZED in that the vibration patterns of the wireless device (4b) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm.

33. The circulatory compression belt according to the previous claim, CHARACTERIZED in that the vibration function of the wireless device (4b) allows the transport of lymph and interstitial fluid to the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with stimuli Tactile stimulation is performed in ascending linear segments that go from the lower area to the upper area of ​​the knee, leaving segments of fabric free of said electrical pulses with tactile stimuli, promoting lymphatic drainage.

34. The circulatory compression belt according to the preceding claim, CHARACTERIZED in that said wireless device (4b) in one embodiment corresponds to a Bluetooth device.

35. The circulatory compression belt according to claim 26, CHARACTERIZED in that the vibration patterns of the wireless device (4c) are ascending with sequences of 5-second rest intervals because the lymphatic system is slow and has a certain rhythm.

36. The circulatory compression belt according to the previous claim, CHARACTERIZED in that the vibration function of the vibration device (4c) allows the transport of lymph and interstitial fluid towards the circulatory system through the lymphatic vessels, the micro vibration of electrical pulses with tactile stimuli is carried out in ascending linear segments that go from the lower area to the upper area of ​​the leg, leaving segments of fabric free of said electrical pulses with tactile stimuli, favoring lymphatic drainage.

37. The circulatory compression belt according to claim 26, CHARACTERIZED in that said wireless device (4c) in one embodiment corresponds to a Bluetooth device.

38. The circulatory compression girdle according to claim 26, CHARACTERIZED in that said support means (5) correspond to a pair of subgluteal bands of greater compression to contain and lift the gluteus.

39. The circulatory compression belt according to the previous claim, CHARACTERIZED in that said subgluteal bands comprise means of fabric reinforcement that allows the compression level to increase in a range of 30 to 40 mmHg, it is the most severe degree of cellulite, requiring maximum compression due to said degree of cellulite.

40. The circulatory compression girdle according to claim 26, CHARACTERIZED in that said support means (5) further comprise a small opening for introducing or removing a silicone gel filler (6) that allows reducing subgluteal edema.

41. The circulatory compression girdle according to claim 26, CHARACTERIZED in that the circulatory compression girdle in the outer area without considering the previously described parts comprises powernet, elastic fabric made of high compression polyamide and elastane.

42. The circulatory compression girdle according to claim 26, CHARACTERIZED in that the circulatory compression girdle comprises an internal lining of hypoallergenic mocñfiber in the entire interior area, which allows the skin to breathe while it is used.

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