Device for stimulating vasomotion in microcirculation to promote hair growth and other applications

Abstract

The present invention relates to a device for stimulating vasomotion in microcirculation to promote hair growth and other applications, said device comprising an electromagnetic field generator made up of a set of coils (2) connected to a pulse generator (3) and to control electronics (4) that generate a specific pulsating electromagnetic field. Said electromagnetic field generator has the coils (2) arranged in a helmet along with a red and near-infrared light-emitting diode (LED) (5) and the pulse generator (3) has the control electronics (4) incorporated into a separate, external control unit (6). The coils (2) of the electromagnetic field generator are integrated into at least one strip (7) incorporated in the inside of a dome (8), which is configured to be used as a helmet for applying the pulsating electromagnetic field on the scalp and also for applying it on other areas of the user's head or body. The invention is further characterised in that a pulsating red and infrared light device (5) is incorporated in the inner top portion of the dome (8), as the red and near-infrared light-emitting diode (LED), which are activated together or separately with the activation of the strip (7) of coils (2) upon pressing a switch (9) provided on the external control unit (6).

Description

[0001] DESCRIPTION

[0002] Vasomotion Stimulation Device for Microcirculation to Promote Hair Growth and Other Applications

[0003] OBJECT OF THE INVENTION

[0004] The invention, as stated in the present descriptive report, refers to a device that stimulates vasomotion in the microcirculation to promote capillary growth and other applications, which provides advantages and characteristics, described in detail below, that represent an improvement over the current state of the art.

[0005] The object of the present invention is a vasomotion device of the type comprising a set of coils which, by means of a pulse generator regulated by control electronics, generate a pulsating electromagnetic field with a sequence of controlled and repetitive pulses of specific intensities, intervals and sequences capable of influencing and causing stimulating effects on the homeostatic mechanisms and / or the microcirculation of the tissues of a user on whom said field is applied, said generator of said electromagnetic field being integrated into a helmet with the coils arranged in such a way that the effect can directly influence the user's scalp, favoring vasomotion in the microcirculation of the microvessels of the scalp and, consequently, favoring hair growth while stopping excessive hair loss.and that can also influence the skin of the face or other parts of the body exposed under said helmet to promote microcirculation and serve as a complementary treatment for vision improvement, skin problems, wound healing, or cosmetic use, said equipment presenting a series of technical and structural improvements that enhance both the effects of its application for the patient / user and the practicality and comfort of its handling for the professional using it. FIELD OF APPLICATION OF THE INVENTION,

[0006] The field of application of the present invention falls within the sector of the industry dedicated to the manufacture of apparatus and devices applicable to promote hair growth and / or stop hair loss, encompassing at the same time the field of apparatus generating effects in pulsed electromagnetic fields on tissues.

[0007] BACKGROUND OF THE INVENTION

[0008] There are different devices and appliances on the market that generate electromagnetic fields capable of affecting the tissues of a patient / user on which they are applied, and specifically on the microvessels that constitute the microcirculation of the tissues.

[0009] Microcirculation is defined as a circulation process within the microvessels (smaller diameter blood vessels) of different tissues, which allows the transport of nutrients and the elimination of waste products at the cellular level.

[0010] The term microcirculation is used in medicine to refer to the perfusion and transfer of substances in the smallest blood vessels, those smaller than 100 µm (e.g., capillaries, arterioles, venules), known as microvessels. This extensive vascular network plays a vital role and comprises the majority of the blood vessels in our body.

[0011] These small vessels or microvessels are independent of the heartbeat and produce contraction of the small and very small precapillary arterial blood vessels with rhythmic contraction movements (vasomotion) that normally occur 3 to 4 times per minute.

[0012] - In inactive people, there is 1 heartbeat per minute.

[0013] - In active people, 3 to 4 occur per minute.

[0014] - In very sick people, there is 1 heartbeat every 10 minutes.

[0015] Among the existing devices and apparatus capable of affecting said microcirculation, by document U202231738ES, whose owner is the applicant of the present invention, a microcirculation stimulating device for hair growth is already known, intended especially for use by users with hair growth problems.

[0016] Specifically, this device is essentially based on an electromagnetic field generator with built-in coils, an electromagnetic pulse generator, and a control unit connected together to generate a pulsating electromagnetic field with a sequence of controlled and repetitive pulses of specific intensities, intervals, and sequences capable of influencing and causing stimulating effects on the microcirculation of the tissues of a user to whom this field is applied. The electromagnetic field generator with the coils is integrated into a helmet that can be rigid, suitable for fitting and securing to the user's head, and the coils are distributed in said helmet covering the area of ​​the user's scalp, so that the stimulating effect on the microcirculation directly influences the microvessels of the user's scalp.In addition, the helmet may include a red and near-infrared LED light source of specific wavelengths (LLLT, Low Level, Light Therapy).

[0017] While this device satisfactorily fulfills its intended purpose, it presents several aspects that could be improved. These include technical aspects related to the application of the device to the patient / user, particularly those concerning the type of waves generated in the pulsed electromagnetic field and the type of red and infrared LED light applied. There are also aspects related to certain structural elements that affect the professional's use of the device. Therefore, the objective of this invention is to develop an improved version of this device, specifically an improved model with a broader range of effects applicable not only to the scalp to promote hair growth, and with a new, more versatile, comfortable, and practical configuration and structure.

[0018] Furthermore, with reference to the current state of the art, it should be noted that, at least as far as the applicant is concerned, no other equipment with a similar application possessing technical and structural characteristics equal to or similar to those claimed herein is known to exist. EXPLANATION OF THE INVENTION

[0019] The vasomotion stimulation device in the microcirculation to promote capillary growth and other applications proposed by the invention is configured as an optimal solution to the objectives indicated above, with the characterizing details that make it possible and that distinguish it being conveniently included in the final claims that accompany this description.

[0020] Specifically, what the invention proposes, as previously mentioned, is a vasomotion device of the type that, in a known manner, comprises an electromagnetic field generator with a set of coils, a pulse generator, and control electronics that generate a specific pulsed electromagnetic field capable of influencing and causing effects on the homeostatic mechanisms and / or vasomotion in the microcirculation of the tissues of a user on whom said field is applied, said electromagnetic field generator being integrated into a helmet, preferably rigid, with the coils arranged inside it along with a red and infrared LED light emitter in such a way that the effect can directly influence the scalp of a user when their head is placed in it, promoting vasomotion in the microcirculation of the microvessels of the scalp.and the pulse generator and control electronics being integrated into a separate unit.

[0021] And, based on this already known configuration, the vasomotion stimulation device for microcirculation is distinguished by improvements in the electromagnetic pulse generator, the control electronics, and the red and infrared LED light emitter to generate the specific electromagnetic fields, as well as improvements in the structural configuration of the helmet and the unit with the pulse generator and the control electronics that, in addition to being applicable to the scalp to promote hair growth, are also applicable to promote vasomotion in the microcirculation of other parts of the skin, since it emits special multidimensional signals, whose irradiation would reach, for example, the face, neck, décolleté or other parts, in a complementary use to the treatment of skin problems, wound healing or cosmetic use.

[0022] To that end, and more specifically, the invention's stimulating team is distinguished, essentially, in the following aspects:

[0023] The coils of the electromagnetic field generator are integrated into at least one band of 4 coils and 330 gr in weight, which emit waves with an average flux density of 100 microteslas and Plus flux of 150 microteslas, and which is preferably coated with a layer of Neoprene.

[0024] Preferably, the coil band is incorporated on the inside of the dome (8) fixed in a removable manner to a perimeter skirt provided at the bottom of the dome, held by means of a sail, hooks or other non-permanent means of fixing.

[0025] Furthermore, in the upper inner part of said dome, the incorporation of a red and infrared pulsed LED light device is planned, preferably 100 units, which are activated together or independently with the activation of the coil band by pressing the keys provided in the control unit and a switch is also provided in the external control unit, and generate a monochromatic non-coherent red light of high photobiological effectiveness that emits a wavelength of 645 nm to 860 nanometers, said attachment has a weight of 120 grams and with an intensity of 4000 med, so it is recommended to use the equipment with specially developed protective glasses.

[0026] Furthermore, the dome is configured to be used on a user's head, but also on other parts of the body, and is attached, by means of an articulated joint that allows its inclination to be adjusted, to a support foot with wheels, which facilitates its mobility to place the equipment in the desired location, and in which, in turn, the inclusion of a support tray is contemplated to incorporate, in an easily removable way, the control unit.

[0027] It is worth mentioning that the treatment that the equipment subject to the invention allows to be applied has scientifically demonstrated the effects on: microcirculation, the immune system, protein biosynthesis and the formation of elements that capture free radicals in the body.

[0028] Preferably, it is available for application at intensities ranging from low, medium and high, and programs of 8, 16 and 20 minutes.

[0029] Additionally, the control unit includes means for emitting a pulsating beep every 5 seconds that is activated once the operating programs are started.

[0030] Additionally, the equipment includes wireless headphones for listening to music during the application of the therapy.

[0031] Using electromagnetic fields generated through a special, multidimensional, pulsed weak signal configuration, the device is ideal for stimulating vasomotor function (rhythmic contraction) of small blood vessels in living organisms.

[0032] Through specific biorhythmic modulations, the surrounding larger blood vessels are also synergistically affected. This results in improved microcirculatory blood flow in the treated organisms.

[0033] The therapy applied by the device emits a magnetic field that will only stimulate the smooth muscle of the arterioles and capillaries.

[0034] The mechanisms of action of the multidimensional signal structure are scientifically proven and are essentially independent of external influences.

[0035] The device allows for the application of a therapy consisting of a physical treatment that acts directly on the layer of smooth muscle cells in the arterioles. It acts on the smooth muscle cells that line these capillaries (arterioles), restoring synchronization through nourishment and detoxification.

[0036] The device allows for improved blood distribution in the smallest blood vessels for optimized cellular supply.

[0037] Microcirculation ensures the supply of oxygen and nutrients to cells, where waste products are removed and nutrients are released. The main causes of reduced vascular movement can be:

[0038] - Lack or excess of exercise (accumulated lactate)

[0039] - Lack of or poor quality sleep

[0040] - Stress

[0041] - Normal aging.

[0042] - Environmental toxins.

[0043] - Fast food.

[0044] DESCRIPTION OF THE DRAWINGS

[0045] To complement the description being made and in order to help a better understanding of the characteristics of the invention, a drawing is attached to this descriptive document as an integral part thereof, in which the following has been represented for illustrative and non-limiting purposes:

[0046] Figure 1 shows a schematic side elevation view of an example of the stimulator device of the invention, showing its general configuration and main parts; Figure 2 shows a schematic top plan view of the example of the stimulator device shown in Figure 1; Figures 3, 4, and 5 show respective schematic side elevation views of the dome, the support base, and the control unit comprising the device, represented independently once disassembled; Figure 6 shows a schematic top plan view of the control unit; Figure 7 shows a schematic bottom plan view of the dome, according to the example of the invention shown in the preceding figures, showing the arrangement of the infrared light group included in the upper part of said dome; and Figure 8.- Shows a schematic view of the top of the support tray for the control unit, and of the bottom of said control unit, showing the removable coupling means it has.

[0047] PREFERRED EMBODIMENT OF THE INVENTION

[0048] In view of the aforementioned figures, and in accordance with the numbering adopted, one can observe in them an example of a non-limiting embodiment of the vasomotion stimulator equipment in the microcirculation to promote capillary growth and other applications of the invention, which comprises what is described in detail below.

[0049] Thus, as can be seen in said figures, the equipment (1) of the invention is of the type that essentially comprises an electromagnetic field generator consisting of a set of coils (2) connected to a pulse generator (3) and a control electronics (4) that generate a determined pulsed electromagnetic field, said electromagnetic field generator with the coils (2) arranged in a helmet next to a red and near infrared LED light emitter (5) and the pulse generator (3) with the control electronics (4) incorporated in an independent external control unit (6).

[0050] And, said equipment (1) is distinguished, essentially, by the fact that the coils (2) of the electromagnetic field generator are integrated into, at least, a band (7), preferably covered in neoprene which, with a weight of 380 gr, is incorporated, preferably in a removable manner, in the inner part of a dome (8), preferably of rigid plastic material, configured so that it can serve both as a helmet to apply the pulsed electromagnetic field to the scalp as well as to apply it to other areas of the head or body of a user, said band (7) preferably having four coils (2) that emit waves with an average flux density of 100 microteslas and Plus flux of 150 microteslas.

[0051] Furthermore, the equipment (1) is also distinguished by the fact that, as a red and infrared light emitter, it incorporates in the inner upper part of the aforementioned dome (8), a pulsating red and infrared LED light device (5), preferably with 100 LED light-emitting diodes, which are activated together or separately with the activation of the coil band (7) (2) by pressing two switches (9) provided in the external control unit (6), the pulsating light device (5), preferably, emits a monochromatic red light of a wavelength of 645 nm to 860 nanometers with an intensity of 4000 mcd.

[0052] Preferably, the coil band (7) (2) is incorporated on the inside of the dome (8) fixed in a removable manner to a perimeter skirt (10) provided at the bottom of the dome, held by means of a sail, hooks or other non-permanent means of fixing.

[0053] Preferably, the dome (8) is attached in a detachable manner, by means of an articulated joint (11) that allows its inclination to be adjusted, to a height-adjustable support foot (12) equipped with wheels (13) which, in turn, includes a support tray (14) to incorporate, in an easily removable manner, the external control unit (6).

[0054] Preferably, the height adjustment of the support foot (12) is carried out through two telescopically extendable tube segments (12a) between which is included a locking thread (12b).

[0055] Preferably, said external control unit (6) has a housing (15) provided, at the top, with a touch screen (16) to program its operation in the different treatments to be applied, respective connection ports to connect the respective connection cables (17) for the power supply of the band (7) with the coils (2) generating the electromagnetic field and the pulsed light device (5), as well as with a connection cable to the power supply (18), either directly to the mains and / or to a battery (19) which, preferably, is incorporated hidden under the support tray (14) and in which the aforementioned activation switch (9) is included, conveniently connected to said battery (19).

[0056] For its part, as can be seen in figure 8, preferably, the fixing of the external control unit (6) to the aforementioned support tray (14) of the support foot (12) comprises a metal plate (20) with several protruding tabs (21) that fit into corresponding recesses (22) provided for this purpose in the lower base of the housing (15) of the external control unit (6), such that, with a simple sliding movement, said tabs (21) can be fitted into said recesses (22) and the unit (6) can be fixed on the support tray (14), a simple reverse movement being necessary for its removal.

[0057] Additionally, the external control unit (6) independently includes means for emitting a pulsating beep and a small red LED light strip located on the skirt of the perimeter base that are activated, preferably every 5 seconds, once the operating programs are started.

[0058] Additionally, the equipment (1) also includes wireless headphones (not shown) so that the user can listen to music during the application of the therapy.

[0059] Having sufficiently described the nature of the present invention, as well as the manner of putting it into practice, it is not considered necessary to make its explanation more extensive so that any expert in the field can understand its scope and the advantages that derive from it.

Claims

CLAIMS 1.- Equipment for stimulating vasomotion in the microcirculation to promote hair growth and other applications, comprising an electromagnetic field generator formed by a set of coils (2) connected to a pulse generator (3) and control electronics (4) that generate a specific pulsed electromagnetic field, said electromagnetic field generator with the coils (2) arranged in a helmet next to a red and near-infrared LED light emitter (5) and the pulse generator (3) with the control electronics (4) incorporated in an independent external control unit (6), is characterized in that the coils (2) of the electromagnetic field generator are integrated into at least one band (7) that is incorporated into the inner part of a dome (8),configured to serve as a helmet to apply the pulsating electromagnetic field to the scalp and also to apply it to other areas of the head or body of a user; and by the fact that, as a red and near-infrared LED light emitter, it incorporates in the upper inner part of the aforementioned dome (8), a red and near-infrared light device (5) that are activated together or separately with the activation of the band (7) of coils (2) by pressing a switch (9) provided in the external control unit (6), 2.- Vasomotion stimulation device in the microcirculation to promote capillary growth and other applications, according to claim 1, characterized in that the band (7) has four coils (2) that emit waves with an average flow density of 100 microteslas and Plus flow of 150 microteslas. 3.- Vasomotion stimulation device in the microcirculation to promote hair growth and other applications, according to claim 1 or 2, characterized in that the pulsed light device (5) emits a monochromatic red and near-infrared LED light with a wavelength of 645 nm to 860 nanometers with an intensity of 4000 mcd. 4.- Device for stimulating vasomotion in the microcirculation to promote capillary growth and other applications, according to any of the preceding claims, characterized in that the band (7) of coils (2) is incorporated on the inside of the dome (8) fixed in a removable manner to a peripheral skirt (10) provided on the lower part of the same, secured by means of a sail, hooks or other non-permanent means of fixing. 5.- Vasomotion stimulation device in the microcirculation to promote hair growth and other applications, according to any of the previous claims, characterized in that the dome (8) is detachably coupled, by means of an articulated joint (11) that allows its inclination to be adjusted, to a height-adjustable support foot (12) equipped with wheels (13) which, in turn, includes a support tray (14) to easily incorporate, in a removable manner, the external control unit (6). 6.- Vasomotion stimulation device in the microcirculation to promote hair growth and other applications, according to any of the previous claims, characterized in that the external control unit (6) has a housing (15) provided, at the top, with a touch screen (16) to program its operation in the different treatments to be applied, respective connection ports to connect the respective connection cables (17) for the power supply of the band (7) with the coils (2) generating the electromagnetic field and the pulsating red LED light device (5), as well as with a connection cable to the power supply (18) to the mains and / or to a battery (19). 7.- Vasomotion stimulation device in the microcirculation to promote capillary growth and other applications, according to claims 5 and 6, characterized in that it incorporates the battery (19) hidden under the support tray (14). 8.- Vasomotion stimulation device in the microcirculation to promote capillary growth and other applications, according to any of claims 5 to 7, characterized in that the fixing of the external control unit (6) to the support tray (14) of the support foot (12) comprises a metal plate (20) with emerging tabs (21) that fit into corresponding recesses (22) provided in the lower base of the housing (15) of the external control unit (6). 9.- Vasomotion stimulation device in the microcirculation to promote hair growth and other applications, according to any of the preceding claims, characterized in that the external control unit (6) independently includes means of emitting a pulsating beep that also activates a small perimeter strip of red LED light located on the skirt of the perimeter base. 10.- Equipment for stimulating vasomotion in the microcirculation to promote hair growth and other applications, according to any of the previous claims, characterized in that it includes wireless headphones.

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