WO1997015251A1 - Pneumatic constrictor with adjustable pressure for achieving and maintaining the erection of the penis without obstructing the urethra - Google Patents

Pneumatic constrictor with adjustable pressure for achieving and maintaining the erection of the penis without obstructing the urethra Download PDF

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Publication number
WO1997015251A1
WO1997015251A1 PCT/ES1996/000200 ES9600200W WO9715251A1 WO 1997015251 A1 WO1997015251 A1 WO 1997015251A1 ES 9600200 W ES9600200 W ES 9600200W WO 9715251 A1 WO9715251 A1 WO 9715251A1
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WO
WIPO (PCT)
Prior art keywords
constrictor
urethra
penis
ring
erection
Prior art date
Application number
PCT/ES1996/000200
Other languages
Spanish (es)
French (fr)
Inventor
Jesus Maria Quintana Villate
Antonio Valcarcel Dominguez
Original Assignee
Jesus Maria Quintana Villate
Antonio Valcarcel Dominguez
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jesus Maria Quintana Villate, Antonio Valcarcel Dominguez filed Critical Jesus Maria Quintana Villate
Publication of WO1997015251A1 publication Critical patent/WO1997015251A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61F—FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
    • A61F5/00—Orthopaedic methods or devices for non-surgical treatment of bones or joints; Nursing devices; Anti-rape devices
    • A61F5/41—Devices for promoting penis erection
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61F—FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
    • A61F5/00—Orthopaedic methods or devices for non-surgical treatment of bones or joints; Nursing devices; Anti-rape devices
    • A61F5/41—Devices for promoting penis erection
    • A61F2005/415—Devices for promoting penis erection by inflatable means

Definitions

  • the present specification refers to a patent of invention relating to a pneumatic adjustable pressure constrictor that substantially improves the achievement and maintenance, during the desired time, of the erection of the penis, without obstructing the urethra at any time, which allows the user ejaculate with absolute normality, without discomfort
  • This invention has its main application within the industry dedicated to the manufacture of medical equipment, especially sanitary products dedicated to the treatment of impotence
  • Impotence is a very frequent problem suffered by 1 5% of men at some time in their life. In Spain, the number of men suffering from some kind of impotence is currently between 1,200,000 and 1,500,000. Impotence, as such, is understood as the difficulty of the male to achieve and / or maintain an erection. There are several causes that can cause it, being stress, depression and fatigue that usually predominate in men under 40 years If impotence is not occasional, but persistent, its origin may be in diseases such as diabetes, arteriosclerosis, hypertension, spinal cord injuries, prostate operations, bladder or kidney cancer, etc. , as well as the use of drugs, alcohol, and even some medications.
  • constrictors that are currently on the market have as main disadvantages, not being able to control the pressure they exert on the penis, and above all, that while performing their constricting function, they obstruct the urethra, making ejaculation painful and even impossible, and therefore the correct consummation of intercourse, being able to make sexual relations unsatisfactory
  • pneumatic constrictor stands out against all these designs, for its great simplicity of use, as it is swollen by means of a simple standardized plastic syringe, and for being the only one with a shape that does not obstruct the urethra at any time. It is, due to its unique characteristics, an ideal solution for certain male impotences.
  • the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, well configured as a closed ring or as an open ring, both functionally equivalent, allows the user to correct its impotence satisfactorily, being able to be also used by men who do not have impotence problems, but who wish to strengthen their sexual relations.
  • the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, can be used alone or in collaboration with other products, such as drugs, creams or other external devices.
  • the pneumatic adjustable pressure constrictor that does not obstruct the urethra is constituted by an internally hollow element, as an air chamber, made of an elastic material, such as latex, and which can be configured in a first embodiment as a closed ring, or also, in a second embodiment, such as an open ring. It has an air loading and unloading valve, and optionally it can have a safety valve that limits the pressure inside the air chamber of the constrictor.
  • this constrictor can carry a ferromagnetic element, which generates a magnetic field, which acts beneficially on certain fluids of the human organism, not exceeding the intensity of said magnetic field a number of gausses that could pose any risk to the user's health of this constrictor.
  • This ferromagnetic element will be placed, in the case of the closed ring configuration, within the plastic part that forms the urethra protector, and in the case of the open ring configuration, within the plastic part that forms the outer ring frame
  • the loading and unloading valve has a nozzle in which the tip of a standardized plastic syringe fits.
  • the nozzle also works as a push-button. When pressed into the valve, it remains open, allowing the flow to flow. air through it.
  • the nozzle is flush with the main body of the valve, in order to avoid accidentally pressing it
  • the operation of the loading and unloading valve is as follows to carry out the loading of air into the constrictor ring, the syringe is fitted into the nozzle, the latter is pushed into the valve with the syringe itself, and maintained Thus, the valve is thus open, pressing the plunger of the syringe passes the air into the ring. If the syringe plunger is stopped pressing and the valve is kept open, the air in the ring will return to the syringe.
  • the syringe When it is considered that the air introduced in the ring exerts the desired pressure, the syringe is removed from the nozzle, leaving it to be pressed, and the valve being closed to discharge the air from the ring just press the nozzle with your finger of the loading and unloading valve, and the air will flow outwards
  • the loading and unloading valve is basically made up of three pieces, either stainless steel or plastic, which are the valve body, the push-button nozzle and the plug-part, which is fixed jointly at the end opposite to the nozzle of the push-nozzle piece It also has a stainless steel spring and two rubber O-rings
  • the safety valve which limits the air pressure inside the constrictor ring, can be a ball valve, or instead of a ball it can carry a small plunger.
  • the first embodiment of this valve consists of the valve body, the ball, the spring and the threaded part on which the spring rests all stainless steel.
  • the second embodiment of the safety valve differs basically from the first one, regardless of dimensions, in that instead of the ball it has a small piston, also made of stainless steel, surrounded by a lateral groove in which a rubber O-ring is housed , which guarantees the tight fit of the piston with the inner wall of the valve body
  • the ball or the piston is held in position by the action of the spring, whose force is regulated by varying its compression Thanks to the threaded part on which it is supported By rotating said threaded part, the spring can be compressed more or less, thus being able to choose the pressure at which the safety valve is to be opened.
  • the loading and unloading valve, and the safety valve are fixed to the constrictor ring closed through the piece that forms the urethra protector, and in the open ring, through the piece that forms the outer shell of the ring.
  • the piece of plastic that forms the urethra protector is a piece in a way that, located in the lower part of the penis, where the urethra is located, it is housed inside the protector, and thanks to the eaves available to it, the urethra is released, under these eaves, from the pressure exerted by the rest of the ring on the penis.
  • the urethra protector is placed in the lower part of the closed ring, inside the elastic hollow element (latex), adhered to its interior, preventing this from entering air in the area where the protector is located. In this area, the elastic hollow element adopts the same shape as the protector, in order to adapt perfectly to its surface.
  • the open ring configuration does not require a urethral protector, since the urethra escapes the ring constrictor action through the opening in the lower part.
  • the consistency of the open ring is given by the plastic part that forms its outer shell.
  • the outer wall and the side walls of the pneumatic adjustable pressure constrictor which does not obstruct the urethra, are reinforced.
  • Closed ring embodiment is reinforced by a fabric
  • the side walls are also reinforced by a fabric, but the exterior is reinforced by the plastic part that forms the outer shell of the ring.
  • the pneumatic adjustable pressure constrictor to reach and maintain the erection of the penis, without obstructing the urethra is intended to be placed in the preferably flaccid penis, at the base of the penis, stuck against the pubis. At the time of placement, the constrictor will be without air pressure. As penis congestion progresses, the increase in penile volume will cause the first constrictive effects of the ring. From the first moment the urethra, by itself, will be correctly located, staying free of any constriction that could obstruct it. The user himself will decide when to start introducing air into the ring, in order to increase the constriction of the penis
  • the purpose of the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis without obstructing the urethra is not to stop the blood flow of the penis, but to hinder the flow of blood through the veins, making it as little as possible its entry through the arteries, thereby improving penis congestion and, therefore, a satisfactory erection in terms of stiffness and duration.
  • Figure number 1 shows a front elevation view of the first embodiment of the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, consisting of a closed ring
  • Figure number 2 shows an A-B view of the ring represented in figure number 1
  • Figure number 3 shows a front elevation view of the second embodiment of the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, consisting of an open ring
  • Figure number 4 shows a detailed elevation view, duly sectioned, of the loading and unloading valve, together with a syringe portion arranged to engage said valve.
  • Figure number 5 shows a detailed elevation view, duly sectioned, of the first embodiment of the safety valve, which has as a closing element a stainless steel ball, the two extreme compression situations of the spring being represented
  • Figure number 6 shows a detailed elevation view, duly sectioned, of the second embodiment of the safety valve, which has as its closing element a small stainless steel piston, the two extreme compression situations of the spring being represented
  • Figure number 7 shows a cross-sectional view of a penis
  • Figure number 8 shows a side elevational view of the object of the invention, suitably placed in a flaccid penis
  • Figure number 9 shows a side elevation view of the object of the invention, properly placed in a penis about to reach its maximum erection
  • Figure number 10 shows a side elevation view of the object of the invention, properly placed and swollen on a penis at its maximum erection
  • Figure number 1 1 shows a front elevation view of the closed ring, together with the transverse section of the penis opportunely constricted by said ring
  • Figure number 12 shows a front elevational view of the open ring, together with the cross section of the penis opportunely constricted by said ring
  • the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, object of the invention can be configured in a first embodiment, as shown in figures numbers 1, 2 and 1 1, as a closed ring, consisting of an internally hollow element (1), as an air chamber, whose walls
  • the urethra protector is made of an elastic material, such as latex, reinforced the outer (2) and lateral walls (4) with a fabric that prevents them from dilating, and which in turn The bottom is shaped so that it fits perfectly to the plastic part (5) called the urethra protector.
  • This ring is provided with a loading and unloading valve (6), fixed to it through the urethra protector (5), and optionally it can also have a safety valve (7) that limits the pressure inside the ring, attached to it, also, through the urethral protector (5)
  • the urethra protector (5) can be embedded inside an element of ferromagnetic material that 15251 PC17ES96 / 00200
  • the eaves (8) of the urethra protector (5) are those that protect the urethra (45) from the constriction of the ring, as can be seen in figure number 1 1
  • the lateral width of this pneumatic constrictor and, therefore, of the urethral protector (5) can be between 10 mm and 24 mm
  • the loading and unloading valve (6) shown in detail in figure number 4, consists of the main body (9), a push-button nozzle (10), a plug (1 1), a spring (12 ) Stainless steel, and two rubber O-rings (13) and (14)
  • the main body (9), the push-button nozzle (10) and the plug (1 1) can be made of stainless steel or plastic.
  • nozzle (10) and the plug (1 1) are joined together, by thread if they are made of stainless steel, or by a suitable adhesive if they are made of plastic.
  • the spring (12) keeps the seal (14) between the plug (1 1) and the body (9), achieving the hermetic closing of the loading and unloading valve Pushing the push-button (10) into the body (9) opens the valve, allowing the passage of air through the hole (16) with which the push-button (10) has for this purpose
  • the adjustment between the plug (1 1) and the body (9) is easily adjusted
  • the gasket (13) housed in the groove made in the push-button nozzle (10) guarantees a tight fit with the body (9), so that the only possible passage for air is the hole (16)
  • the first embodiment, Figure 5 has a stainless steel ball (1 7) as a closing element
  • the necessary force for closing it is carried out by a spring (18), which can be compressed, by means of the threaded part (19) on which it rests, between the two extreme situations a) and b) shown in figure number 5
  • a spring (18) which can be compressed, by means of the threaded part (19) on which it rests, between the two extreme situations a) and b) shown in figure number 5
  • the ball (17), the spring (18) and the threaded part (19) are housed inside the body (20) of the safety valve All the elements that make up the safety valve represented in figure number 5 are of stainless steel
  • the second embodiment of the safety valve, figure number 6, has a piston (21) as a closing element.
  • This piston is circumvented by a side groove in which an O-ring (25) of rubber is housed.
  • It has, as in the first embodiment of the safety valve, of a spring (22) and a threaded part (23) on which it rests.
  • the piston (21) with the gasket (25), the spring (22), and the threaded part (23) are housed inside the body (24) of the safety valve Except the gasket (25) which is made of rubber , all other components are made of stainless steel.
  • the tight fit between piston (21) and body (24) is achieved by the gasket (25).
  • the inside of the body (24) progressively increases its diameter when advancing from the bottom up, so that when the piston (21) moves approximately one millimeter towards the inside of the valve, the hermetic adjustment, that is, with tightening, becomes be a loose fit, which allows the passage of air, leaving the valve open.
  • the operation is analogous in the two embodiments of the safety valve.
  • the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, object of the invention can be configured in a second embodiment as an open ring, as shown in Figures 3 and 12, constituted by an internally hollow element (27), as an air chamber, whose walls (28) and (29) are made of an elastic material, such as latex, reinforced the outer wall (28) by a rigid plastic element (30) to which it is attached, and the side walls by a fabric These reinforcements prevent said outer and lateral walls expand
  • the eaves (33) of the rigid element (30) are functionally analogous to the eaves (8) of the urethra protector (5) in the case of the closed ring
  • the open ring is provided with a loading and unloading valve (3 1) and, optionally, with a safety valve (32), fixed to the ring through the rigid element (30).
  • the rubber gaskets (34) and (35) guarantee the tight fit of the valves (3 1) and (32) with the rigid element (30).
  • the rigid element (30) can be embedded inside an element of ferromagnetic material that generates a magnetic field
  • the eaves (33) allow the urethra (45) to be released from the constrictor effect of the open ring, as can be seen in figure number 12
  • the loading and unloading valve, and the safety valve are exactly the same for the open ring as for the closed ring
  • the inner wall expands, taking, given its natural curvature, the shape shown in figures 1 and 2, of dilated inner wall (36) in the case of the closed ring, and the shape showing figure number 3, of dilated inner wall (37) in the case of the open ring.
  • the size of the pneumatic constrictor must be appropriate to the size of each penis, so there will be sizes
  • a cross section of a penis is shown in figure 7, indicating its most prominent parts, which are subcutaneous dorsal veins (38), deep dorsal veins (39), dorsal arteries (40) , deep arteries (41), dorsal nerves (42), corpora cavernosa (43), spongy body (44), urethra (45) and skin (46)
  • natural or artificial excitation increases the entry of blood into the corpora cavernosa of the penis, reaching 140cm 3 to 160cm 3 per minute, the congestion of the penis, which culminates with its erection
  • the erection is achieved by the abundant entry of blood into the penis, while its own congestion conveniently obstructs the exit channels, that is, the veins
  • the erection is maintained with a blood flow of 40cm 3 to 60cm 3 per minute
  • Figures 1 1 and 12 clearly show how the two embodiments of our constrictor, the closed ring and the open ring perform their constrictor function on a cross section of the penis
  • the first thing once the size that best suits us is chosen, is to place it on the flaccid penis, as shown in figure number 8, until it stops with the pubis At this time the constrictor has no air pressure inside.
  • the congestion of the penis naturally or artificially provoked, said congestion will progressively make the ring more and more tightly around the penis contour, thus initiating the constriction that favors the attainment of the erection .
  • this second phase which is shown in figure number 9
  • the necessary air is introduced into the ring, with the syringe, to exert the constriction on the penis that keeps the desired time erect, as shown in figure 10.
  • the push-button (10) of the loading and unloading valve will be pressed, and the air will leave the ring, ceasing the constriction and recovering normal blood flow, being able to remove the ring comfortably

Abstract

Pneumatic constrictor with adjustable pressure intended to achieve and maintain the erection of the penis without obstructing the urethra, said constrictor consisting of a closed or open constriction ring, configured from a hollow element (1-27), working as an air chamber and made of elastic material such as latex, with reinforced walls in order to expand only the internal walls (3-29) whose curvatures cause a bulging or dishing towards the center of the ring (36-37), and having plastic elements (5-30) with their respective eaves (8-33) which prevent at any time the obstruction of the urethra, the device being provided with a charge and discharge valve (6-31) in order to inflate the device by means of a syringe, and it may optionally have a safety valve (7-32) which limits the maximum internal pressure, as well as a ferromagnetic element which generates a magnetic field.

Description

CONSTRICTOR NEUMÁTICO DE PRESIÓN REGULABLEADJUSTABLE PRESSURE PNEUMATIC BUILDER
PARA ALCANZAR Y MANTENER LA ERECCIÓN DELTO REACH AND MAINTAIN THE ERECTION OF
PENE SIN OBSTRUIR LA URETRAPEN WITHOUT OBSTRUCTING URETRA
DESCRIPCIÓNDESCRIPTION
OBJETO DE LA INVENCIÓNOBJECT OF THE INVENTION
La presente memoria descriptiva se refiere a una patente de invención relativa a un constrictor neumático de presión regulable que mejora substancialmente la consecución y mantenimiento, durante el tiempo deseado, de la erección del pene, sin obstruir en ningún momento la uretra, lo cual permite al usuario eyacular con absoluta normalidad, sin molestiasThe present specification refers to a patent of invention relating to a pneumatic adjustable pressure constrictor that substantially improves the achievement and maintenance, during the desired time, of the erection of the penis, without obstructing the urethra at any time, which allows the user ejaculate with absolute normality, without discomfort
CAMPO DE LA INVENCIÓNFIELD OF THE INVENTION
Esta invención tiene su aplicación principal dentro de la industria dedicada a la fabricación de material médico, especialmente productos sanitarios dedicados al tratamiento de la impotenciaThis invention has its main application within the industry dedicated to the manufacture of medical equipment, especially sanitary products dedicated to the treatment of impotence
ANTECEDENTES DE LA INVENCIÓNBACKGROUND OF THE INVENTION
Un 30% de hombres y mujeres presentan trastornos sexuales en algún momento de su vida Pueden deberse a situaciones de estrés, temores ó enfermedades. Entre los trastornos de carácter sexual propios del hombre destacan la impotencia y la eyaculación precoz30% of men and women have sexual disorders at some time in their life. They may be due to stress, fear or illness. Among the sexual disorders characteristic of man, impotence and premature ejaculation stand out
La impotencia es un problema muy frecuente que padecen un 1 5% de los hombres en algún momento de su vida. En España, actualmente se sitúa entre 1 .200.000 y un 1 500.000 la cifra de hombres que sufren algún tipo de impotencia. La impotencia, como tal, se entiende como la dificultad del varón para lograr y/o mantener la erección. Son varias las causas que pueden provocarla, siendo el estrés, la depresión y la fatiga las que suelen predominar en los hombres menores de 40 años Si la impotencia no es ocasional, sino persistente, su origen puede estar en enfermedades como la diabetes, arteriosclerosis, hipertensión, lesiones en la médula espinal, operaciones de próstata, vejiga ó cáncer renal, etc. , así como el consumo de drogas, alcohol, e incluso algunos medicamentos.Impotence is a very frequent problem suffered by 1 5% of men at some time in their life. In Spain, the number of men suffering from some kind of impotence is currently between 1,200,000 and 1,500,000. Impotence, as such, is understood as the difficulty of the male to achieve and / or maintain an erection. There are several causes that can cause it, being stress, depression and fatigue that usually predominate in men under 40 years If impotence is not occasional, but persistent, its origin may be in diseases such as diabetes, arteriosclerosis, hypertension, spinal cord injuries, prostate operations, bladder or kidney cancer, etc. , as well as the use of drugs, alcohol, and even some medications.
Actualmente, los tratamientos aplicados a las impotencias cuyo origen no es psicológico, van desde el suministro de fármacos inyectados directamente en el pene, hasta la implantación quirúrgica de una prótesis en su interior, pasando por el uso de artilugios externos, más ó menos sofisticados, que subcionan la sangre hacia el pene, y que requieren de la posterior colocación en éste de algún tipo de constrictor para mantenerle erecto.Currently, the treatments applied to impotences whose origin is not psychological, range from the supply of drugs injected directly into the penis, to the surgical implantation of a prosthesis inside, through the use of external devices, more or less sophisticated, that raise the blood to the penis, and that require the subsequent placement in it of some type of constrictor to keep it erect.
Hay casos de impotencia muy severos y permanentes que, quizás, hoy en día sólo tengan como solución la implantación quirúrgica de una prótesis de pene. Sin embargo, hay un gran número de casos de impotencia que precisan de alternativas menos drásticas que dichas implantaciones. Entre estas soluciones alternativas menos drásticas se encuentran las prótesis y dispositivos de uso externo, que incluyen a los constrictores para el pene.There are very severe and permanent cases of impotence that, perhaps, today only have as a solution the surgical implantation of a penile prosthesis. However, there are a large number of cases of impotence that require less drastic alternatives than such implantations. Among these less drastic alternative solutions are prostheses and devices for external use, which include penis constrictors.
Los constrictores que actualmente se encuentran en el mercado presentan como principales desventajas, el no poder controlar la presión que ejercen sobre el pene, y sobre todo, que mientras efectúan su función constrictora, obstruyen la uretra, haciendo dolorosa e incluso imposible la eyaculación, y por lo tanto la correcta consumación del coito, pudiendo hacer insatisfactorias las relaciones sexualesThe constrictors that are currently on the market have as main disadvantages, not being able to control the pressure they exert on the penis, and above all, that while performing their constricting function, they obstruct the urethra, making ejaculation painful and even impossible, and therefore the correct consummation of intercourse, being able to make sexual relations unsatisfactory
Nuestro constrictor neumático resuelve estos dos importantes inconvenientes. Su funcionamiento neumático permite al usuario controlar en todo momento la presión que ejerce sobre su pene. Su forma logra que el efecto constrictor se efectúe únicamente en torno a los cuerpos cavernosos del pene, evitando permanentemente la obstrucción de la uretra.Our pneumatic constrictor solves these two important inconveniences. Its pneumatic operation allows the user to control at all times the pressure exerted on his penis. Its shape ensures that the constrictor effect is performed only around the corpora cavernosa of the penis, permanently preventing obstruction of the urethra.
Si bien no se conocen constrictores neumáticos comercializados, si se sabe que desde 1932, en diversos países se han venido realizando, sobre el papel, diseños de artilugios neumáticos para constreñir el pene Nuestro constrictor neumático destaca frente a todos esos diseños, por su gran sencillez de uso, ya que se hincha mediante una simple jeringa estandarizada de plástico, y por ser el único con una forma tal que no obstruye la uretra en ningún momento. Es, por sus características únicas, una solución idónea para determinadas impotencias masculinas.Although there are no known commercial pneumatic constrictors, it is known that since 1932, in various countries, designs of pneumatic devices to constrict the penis have been made on paper. pneumatic constrictor stands out against all these designs, for its great simplicity of use, as it is swollen by means of a simple standardized plastic syringe, and for being the only one with a shape that does not obstruct the urethra at any time. It is, due to its unique characteristics, an ideal solution for certain male impotences.
DESCRIPCIÓN DE LA INVENCIÓNDESCRIPTION OF THE INVENTION
El constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, bien configurado como un anillo cerrado ó como un anillo abierto, ambos funcionalmente equivalentes, permite al usuario del mismo corregir de forma satisfactoria su impotencia, pudiendo ser también utilizado por hombres que no tengan problemas de impotencia, pero que desean potenciar sus relaciones sexuales.The pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, well configured as a closed ring or as an open ring, both functionally equivalent, allows the user to correct its impotence satisfactorily, being able to be also used by men who do not have impotence problems, but who wish to strengthen their sexual relations.
El constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, puede ser utilizado solo ó en colaboración con otros productos, tales como fármacos, cremas u otros dispositivos de uso externo.The pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, can be used alone or in collaboration with other products, such as drugs, creams or other external devices.
El constrictor neumático de presión regulable que no obstruye la uretra está constituido por un elemento interiormente hueco, a modo de cámara de aire, fabricado en un material elástico, tal y como puede ser látex, y que se puede configurar en una primera realización como un anillo cerrado, ó también, en una segunda realización, como un anillo abierto. Dispone de una válvula de carga y descarga del aire, y opcionalmente puede disponer de una válvula de seguridad que limite la presión en el interior de la cámara de aire del constrictor.The pneumatic adjustable pressure constrictor that does not obstruct the urethra is constituted by an internally hollow element, as an air chamber, made of an elastic material, such as latex, and which can be configured in a first embodiment as a closed ring, or also, in a second embodiment, such as an open ring. It has an air loading and unloading valve, and optionally it can have a safety valve that limits the pressure inside the air chamber of the constrictor.
También opcionalmente, este constrictor puede llevar un elemento ferromagnético, que genere un campo magnético, el cual actúa beneficiosamente sobre ciertos fluidos del organismo humano, no sobrepasando la intensidad de dicho campo magnético un número de gauss que pudiera suponer riesgo alguno para la salud del usuario de este constrictor. Este elemento ferromagnético estará colocado, en el caso de la configuración de anillo cerrado, dentro de la pieza de plástico que conforma el protector para la uretra, y en el caso de la configuración de anillo abierto, dentro de la pieza de plástico que conforma el armazón exterior del anilloAlso optionally, this constrictor can carry a ferromagnetic element, which generates a magnetic field, which acts beneficially on certain fluids of the human organism, not exceeding the intensity of said magnetic field a number of gausses that could pose any risk to the user's health of this constrictor. This ferromagnetic element will be placed, in the case of the closed ring configuration, within the plastic part that forms the urethra protector, and in the case of the open ring configuration, within the plastic part that forms the outer ring frame
La válvula de carga y descarga cuenta con una boquilla en la que encaja la punta de una jeringa estandarizada de plástico La boquilla funciona, también, a modo de pulsador Cuando se la presiona hacia el interior de la válvula, queda abierta ésta, pudiendo fluir el aire a través de ella. La boquilla queda a ras del cuerpo principal de la válvula, con el fin de evitar pulsarla accidentalmenteThe loading and unloading valve has a nozzle in which the tip of a standardized plastic syringe fits. The nozzle also works as a push-button. When pressed into the valve, it remains open, allowing the flow to flow. air through it. The nozzle is flush with the main body of the valve, in order to avoid accidentally pressing it
El funcionamiento de la válvula de carga y descarga es el siguiente para realizar la carga de aire en el anillo constrictor, se encaja la jeringa en la boquilla, se empuja a ésta hacia el interior de la válvula con la propia jeringa, y se la mantiene así, pues de este modo está abierta la válvula, presionando el émbolo de la jeringa pasa el aire al interior del anillo Si se deja de presionar el émbolo de la jeringa, y se mantiene abierta la válvula, retornará el aire del anillo a la jeringa Cuando se considera que el aire introducido en el anillo ejerce la presión deseada, se retira la jeringa de la boquilla, dejando ésta de estar pulsada, y quedando con ello la válvula cerrada Para descargar el aire del anillo basta con pulsar con el dedo la boquilla de la válvula de carga y descarga, y el aire fluirá hacia el exteriorThe operation of the loading and unloading valve is as follows to carry out the loading of air into the constrictor ring, the syringe is fitted into the nozzle, the latter is pushed into the valve with the syringe itself, and maintained Thus, the valve is thus open, pressing the plunger of the syringe passes the air into the ring. If the syringe plunger is stopped pressing and the valve is kept open, the air in the ring will return to the syringe. When it is considered that the air introduced in the ring exerts the desired pressure, the syringe is removed from the nozzle, leaving it to be pressed, and the valve being closed to discharge the air from the ring just press the nozzle with your finger of the loading and unloading valve, and the air will flow outwards
La válvula de carga y descarga se compone básicamente de tres piezas, bien de acero inoxidable ó bien de plástico, que son el cuerpo de la válvula, el pulsador-boquilla y la pieza-tapón, que está fijada solidariamente en el extremo opuesto a la boquilla de la pieza pulsador-boquilla Además cuenta con un muelle de acero inoxidable y dos juntas tóricas de cauchoThe loading and unloading valve is basically made up of three pieces, either stainless steel or plastic, which are the valve body, the push-button nozzle and the plug-part, which is fixed jointly at the end opposite to the nozzle of the push-nozzle piece It also has a stainless steel spring and two rubber O-rings
La válvula de seguridad, que limita la presión del aire en el interior del anillo constrictor, puede ser una válvula de bola, ó en lugar de bola puede llevar un pequeño émbolo Son, pues, dos las posibles configuraciones para la válvula de seguridad, con bola ó con émbolo La primera realización de esta válvula consta del cuerpo de la válvula, la bola, el muelle y la pieza roscada en la que se apoya el muelle todo ello de acero inoxidable La segunda realización de la válvula de seguridad difiere básicamente de la primera, al margen de dimensiones, en que en lugar de la bola lleva un pequeño émbolo, también de acero inoxidable, circunvalado por una ranura lateral en la que se aloja una junta tórica de caucho, que garantiza el ajuste hermético del émbolo con la pared interior del cuerpo de la válvula En cualquiera de estas dos configuraciones, la bola ó el émbolo se mantienen en su posición por la acción del muelle, cuya fuerza se regula mediante la variación de su compresión, gracias a la pieza roscada en la que se apoya Girando dicha pieza roscada se puede comprimir más ó menos el muelle, pudiendo así elegir la presión a la que se desea que se abra la válvula de seguridadThe safety valve, which limits the air pressure inside the constrictor ring, can be a ball valve, or instead of a ball it can carry a small plunger. There are, therefore, two possible configurations for the safety valve, with ball or with piston The first embodiment of this valve consists of the valve body, the ball, the spring and the threaded part on which the spring rests all stainless steel. The second embodiment of the safety valve differs basically from the first one, regardless of dimensions, in that instead of the ball it has a small piston, also made of stainless steel, surrounded by a lateral groove in which a rubber O-ring is housed , which guarantees the tight fit of the piston with the inner wall of the valve body In either of these two configurations, the ball or the piston is held in position by the action of the spring, whose force is regulated by varying its compression Thanks to the threaded part on which it is supported By rotating said threaded part, the spring can be compressed more or less, thus being able to choose the pressure at which the safety valve is to be opened.
La válvula de carga y descarga, y la válvula de seguridad se fijan al anillo constrictor cerrado a través de la pieza que conforma el protector para la uretra, y en el anillo abierto, a través de la pieza que conforma el armazón exterior del anillo.The loading and unloading valve, and the safety valve are fixed to the constrictor ring closed through the piece that forms the urethra protector, and in the open ring, through the piece that forms the outer shell of the ring.
En el anillo cerrado, la pieza de plástico que conforma el protector para la uretra, es una pieza de una forma tal que, situada en la parte inferior del pene, donde se localiza la uretra, ésta queda alojada dentro del protector, y gracias a los aleros de los que éste dispone, la uretra queda liberada, bajo dichos aleros, de la presión que ejerce el resto del anillo sobre el pene. El protector para la uretra está colocado en la parte inferior del anillo cerrado, en el interior del elemento hueco elástico (de látex), adherido a su interior, impidiendo esto que entre aire en la zona en la que se ubica el protector. En esta zona, el elemento hueco elástico adopta la misma forma que el protector, a fin de adaptarse perfectamente a la superficie de éste.In the closed ring, the piece of plastic that forms the urethra protector is a piece in a way that, located in the lower part of the penis, where the urethra is located, it is housed inside the protector, and thanks to the eaves available to it, the urethra is released, under these eaves, from the pressure exerted by the rest of the ring on the penis. The urethra protector is placed in the lower part of the closed ring, inside the elastic hollow element (latex), adhered to its interior, preventing this from entering air in the area where the protector is located. In this area, the elastic hollow element adopts the same shape as the protector, in order to adapt perfectly to its surface.
La configuración de anillo abierto no precisa de protector para la uretra, ya que la uretra escapa de la acción constrictora de anillo a través de la abertura que tiene éste en su parte inferior. La consistencia al anillo abierto se la da la pieza de plástico que conforma su armazón exterior.The open ring configuration does not require a urethral protector, since the urethra escapes the ring constrictor action through the opening in the lower part. The consistency of the open ring is given by the plastic part that forms its outer shell.
La pared exterior y las paredes laterales del constrictor neumático de presión regulable, que no obstruye la uretra, están reforzadas En la realización de anillo cerrado se refuerzan mediante un tejido En la realización de anillo abierto, las paredes laterales se refuerzan también mediante un tejido, pero la exterior queda reforzada por la pieza de plástico que conforma el armazón exterior del anillo.The outer wall and the side walls of the pneumatic adjustable pressure constrictor, which does not obstruct the urethra, are reinforced. Closed ring embodiment is reinforced by a fabric In the open ring embodiment, the side walls are also reinforced by a fabric, but the exterior is reinforced by the plastic part that forms the outer shell of the ring.
Este refuerzo de las citadas paredes obliga al constrictor neumático a dilatar sus paredes interiores, no reforzadas, y cuyas curvaturas propician el estrechamiento del agujero central del anillo, al introducir aire con la jeringa, ya que el anillo no puede expandirse hacia el exterior, lográndose con ello el efecto constrictor buscado.This reinforcement of the aforementioned walls forces the pneumatic constrictor to expand its interior walls, not reinforced, and whose curvatures favor the narrowing of the central hole of the ring, by introducing air with the syringe, since the ring cannot expand outwards, achieving with this the constrictor effect sought.
El constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, está pensado para ser colocado en el pene preferiblemente flaccido, en la base de éste, pegado contra el pubis. En el momento de su colocación, el constrictor estará sin presión de aire. A medida que avanza la congestión del pene, el aumento de volumen de éste provocará los primeros efectos constrictores del anillo. Desde el primer momento la uretra, por si misma, quedará correctamente ubicada, manteniéndose liberada de cualquier constricción que pudiera obstruirla. El propio usuario decidirá el momento en el que comenzar a introducir aire en el anillo, a fin de incrementar la constricción del peneThe pneumatic adjustable pressure constrictor to reach and maintain the erection of the penis, without obstructing the urethra, is intended to be placed in the preferably flaccid penis, at the base of the penis, stuck against the pubis. At the time of placement, the constrictor will be without air pressure. As penis congestion progresses, the increase in penile volume will cause the first constrictive effects of the ring. From the first moment the urethra, by itself, will be correctly located, staying free of any constriction that could obstruct it. The user himself will decide when to start introducing air into the ring, in order to increase the constriction of the penis
Quede claro que la finalidad del constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, no es detener el flujo sanguíneo del pene, sino entorpecer la salida de la sangre a través de las venas, dificultando lo menos posible su entrada a través de las arterias, logrando con ello mejorar la congestión del pene y, por lo tanto, una erección satisfactoria en cuanto a rigidez y duración.It is clear that the purpose of the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis without obstructing the urethra, is not to stop the blood flow of the penis, but to hinder the flow of blood through the veins, making it as little as possible its entry through the arteries, thereby improving penis congestion and, therefore, a satisfactory erection in terms of stiffness and duration.
DESCRIPCIÓN DE LOS DIBUJOSDESCRIPTION OF THE DRAWINGS
Como complemento de esta descripción y con objeto de ayudar a la mejor comprensión de las características del invento, se acompaña a la presente memoria descriptiva, como parte integrante de la misma, un conjunto de dibujos, los cuales, con carácter ilustrativo y no limitativo, representan lo siguienteAs a complement to this description and in order to help the better understanding of the features of the invention, the present specification is attached, as an integral part thereof, a set of drawings, which, by way of illustration and not limitation, represent the following
La figura número 1 Muestra una vista en alzado frontal de la primera realización del constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, constituida por un anillo cerradoFigure number 1 shows a front elevation view of the first embodiment of the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, consisting of a closed ring
La figura número 2 Muestra una vista por A-B del anillo representado en la figura número 1Figure number 2 shows an A-B view of the ring represented in figure number 1
La figura número 3 Muestra una vista en alzado frontal de la segunda realización del constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, constituida por un anillo abiertoFigure number 3 shows a front elevation view of the second embodiment of the pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, consisting of an open ring
La figura número 4 Muestra una vista detallada en alzado, debidamente seccionado, de la válvula de carga y descarga, junto con una porción de jeringa dispuesta para acoplarse a la citada válvulaFigure number 4 shows a detailed elevation view, duly sectioned, of the loading and unloading valve, together with a syringe portion arranged to engage said valve.
La figura número 5 Muestra una vista detallada en alzado, debidamente seccionado, de la primera realización de la válvula de seguridad, que tiene como elemento de cierre una bola de acero inoxidable, estando representadas las dos situaciones extremas de compresión del muelleFigure number 5 shows a detailed elevation view, duly sectioned, of the first embodiment of the safety valve, which has as a closing element a stainless steel ball, the two extreme compression situations of the spring being represented
La figura número 6 Muestra una vista detallada en alzado, debidamente seccionado, de la segunda realización de la válvula de seguridad, que tiene como elemento de cierre un pequeño émbolo de acero inoxidable, estando representadas las dos situaciones extremas de compresión del muelleFigure number 6 shows a detailed elevation view, duly sectioned, of the second embodiment of the safety valve, which has as its closing element a small stainless steel piston, the two extreme compression situations of the spring being represented
La figura número 7 Muestra una vista de un corte transversal de un peneFigure number 7 shows a cross-sectional view of a penis
La figura número 8 Muestra una vista en alzado lateral del objeto de la invención, colocado adecuadamente en un pene flaccido La figura número 9 Muestra una vista en alzado lateral del objeto de la invención, colocado adecuadamente en un pene a punto de alcanzar su máxima erecciónFigure number 8 shows a side elevational view of the object of the invention, suitably placed in a flaccid penis Figure number 9 shows a side elevation view of the object of the invention, properly placed in a penis about to reach its maximum erection
La figura número 10 Muestra una vista en alzado lateral del objeto de la invención, colocado e hinchado adecuadamente sobre un pene en su máxima erecciónFigure number 10 shows a side elevation view of the object of the invention, properly placed and swollen on a penis at its maximum erection
La figura número 1 1 Muestra una vista en alzado frontal del anillo cerrado, junto con el corte transversal del pene oportunamente constreñido por dicho anilloFigure number 1 1 shows a front elevation view of the closed ring, together with the transverse section of the penis opportunely constricted by said ring
La figura número 12 Muestra una vista en alzado frontal del anillo abierto, junto con el corte transversal del pene oportunamente constreñido por dicho anilloFigure number 12 shows a front elevational view of the open ring, together with the cross section of the penis opportunely constricted by said ring
REALIZACIONES PREFERENTES DE LA INVENCIÓNPREFERRED EMBODIMENTS OF THE INVENTION
El constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, objeto de la invención, puede configurarse en una primera realización, tal y como se muestra en las figuras números 1 , 2 y 1 1 , como un anillo cerrado, constituido por un elemento interiormente hueco (1 ), a modo de cámara de aire, cuyas paredesThe pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, object of the invention, can be configured in a first embodiment, as shown in figures numbers 1, 2 and 1 1, as a closed ring, consisting of an internally hollow element (1), as an air chamber, whose walls
(2), (3) y (4) están fabricadas de un material elástico, tal y como puede ser látex, reforzadas las paredes exterior (2) y laterales (4) con un tejido que las impide dilatarse, y que en su parte inferior tiene una forma tal que le permite ceñirse perfectamente a la pieza de plástico (5) denominada protector para la uretra. Este anillo está provisto de una válvula de carga y descarga (6), fijada a él a través del protector para la uretra (5), y opcionalmente puede contar también con una válvula de seguridad (7) que limite la presión en el interior del anillo, fijada a éste, igualmente, a través del protector para la uretra (5)(2), (3) and (4) are made of an elastic material, such as latex, reinforced the outer (2) and lateral walls (4) with a fabric that prevents them from dilating, and which in turn The bottom is shaped so that it fits perfectly to the plastic part (5) called the urethra protector. This ring is provided with a loading and unloading valve (6), fixed to it through the urethra protector (5), and optionally it can also have a safety valve (7) that limits the pressure inside the ring, attached to it, also, through the urethral protector (5)
De modo también opcional, el protector para la uretra (5) puede llevar embutido en su interior un elemento de material ferromagnético que 15251 PC17ES96/00200Optionally, the urethra protector (5) can be embedded inside an element of ferromagnetic material that 15251 PC17ES96 / 00200
genere un campo magnético que afecte beneficiosamente a determinados fluidos del organismo humanogenerate a magnetic field that beneficially affects certain fluids of the human organism
Los aleros (8) del protector para la uretra (5) son los que protegen a la uretra (45) de la constricción del anillo, tal y como se puede apreciar en la figura número 1 1The eaves (8) of the urethra protector (5) are those that protect the urethra (45) from the constriction of the ring, as can be seen in figure number 1 1
La anchura lateral de este constrictor neumático y, por lo tanto, del protector para la uretra (5), puede estar entre los 10 mm y los 24 mmThe lateral width of this pneumatic constrictor and, therefore, of the urethral protector (5), can be between 10 mm and 24 mm
La válvula de carga y descarga (6), que se muestra con detalle en la figura número 4, está constituida por el cuerpo principal (9), un pulsador-boquilla ( 10), un tapón ( 1 1 ), un muelle (12) de acero inoxidable, y dos juntas tóricas de caucho (13) y ( 14) El cuerpo principal (9), el pulsador-boquilla ( 10) y el tapón ( 1 1 ) pueden fabricarse en acero inoxidable ó en plástico El pulsador-boquilla ( 10) y el tapón (1 1 ) están unidos solidariamente, mediante rosca si son de acero inoxidable, ó mediante un adhesivo adecuado si son de plástico. En el pulsador-boquilla (10) se acopla oportuna y herméticamente la punta ( 15) de una jeringa estandarizada (26) de plástico, que actuará como hinchador de nuestro constrictor neumático El muelle (12) mantiene aprisionada la junta (14) entre el tapón (1 1 ) y el cuerpo (9), logrando el cierre hermético de la válvula de carga y descarga Al empujar el pulsador-boquilla (10) hacia el interior del cuerpo (9) se abre la válvula, permitiendo el paso de aire a través del agujero ( 16) con el que para este fin cuenta el pulsador-boquilla ( 10) El ajuste entre el tapón (1 1 ) y el cuerpo (9) es ajuste con holgura La junta ( 13) alojada en la ranura practicada en el pulsador-boquilla (10) garantiza un ajuste hermético con el cuerpo (9), de tal modo que el único paso posible para el aire sea el agujero ( 16) Cuando la jeringa (26) está acoplada a la válvula de carga y descarga, y el pulsador-boquilla ( 10) está presionado hacia el interior del cuerpo (9), el interior de la cámara de aire del anillo queda comunicado con el interior de la jeringa, a través del agujero ( 16), pudiendo pasar el aire de la jeringa al anillo y viceversa, según el usuario presione ó no el émbolo de la jeringa Si se presiona el pulsador-boquilla ( 10) directamente con el dedo, la válvula se abrirá y el aire podrá fluir a través de ella libremente hacia el exterior En cuanto a la válvula de seguridad (7) presentamos dos posibles realizaciones, tal y como muestran las figuras números 5 y 6 La primera realización, figura número 5, tiene una bola ( 1 7) de acero inoxidable como elemento de cierre La fuerza necesaria para el cierre la realiza un muelle ( 18), que puede estar comprimido, mediante la pieza roscada ( 19) en la que se apoya, entre las dos situaciones extremas a) y b) que se muestran en la figura número 5 Cuando la presión en el interior del anillo supera el límite impuesto mediante la correspondiente compresión del muelle, la bola se desplaza hacia el interior de la válvula, quedando ésta abierta. La bola ( 17), el muelle (18) y la pieza roscada (19) se alojan en el interior del cuerpo (20) de la válvula de seguridad Todos los elementos que componen la válvula de seguridad representada en la figura número 5 son de acero inoxidableThe loading and unloading valve (6), shown in detail in figure number 4, consists of the main body (9), a push-button nozzle (10), a plug (1 1), a spring (12 ) Stainless steel, and two rubber O-rings (13) and (14) The main body (9), the push-button nozzle (10) and the plug (1 1) can be made of stainless steel or plastic. nozzle (10) and the plug (1 1) are joined together, by thread if they are made of stainless steel, or by a suitable adhesive if they are made of plastic. The tip (15) of a standardized plastic syringe (26), which will act as an inflator of our pneumatic constrictor, is attached to the push-button (10), which will act as an inflator of our pneumatic constrictor The spring (12) keeps the seal (14) between the plug (1 1) and the body (9), achieving the hermetic closing of the loading and unloading valve Pushing the push-button (10) into the body (9) opens the valve, allowing the passage of air through the hole (16) with which the push-button (10) has for this purpose The adjustment between the plug (1 1) and the body (9) is easily adjusted The gasket (13) housed in the groove made in the push-button nozzle (10) guarantees a tight fit with the body (9), so that the only possible passage for air is the hole (16) When the syringe (26) is coupled to the loading valve and discharge, and the push-button (10) is pressed into the body (9), the inside of the chamber of air of the ring is communicated with the inside of the syringe, through the hole (16), being able to pass the air from the syringe to the ring and vice versa, according to the user press or not the syringe plunger If the button is pressed- nozzle (10) directly with your finger, the valve will open and air can flow through it freely to the outside As for the safety valve (7), we present two possible embodiments, as shown in Figures 5 and 6. The first embodiment, Figure 5, has a stainless steel ball (1 7) as a closing element The necessary force for closing it is carried out by a spring (18), which can be compressed, by means of the threaded part (19) on which it rests, between the two extreme situations a) and b) shown in figure number 5 When the pressure in the inside of the ring exceeds the limit imposed by the corresponding compression of the spring, the ball moves towards the inside of the valve, leaving it open. The ball (17), the spring (18) and the threaded part (19) are housed inside the body (20) of the safety valve All the elements that make up the safety valve represented in figure number 5 are of stainless steel
La segunda realización de la válvula de seguridad, figura número 6, tiene un émbolo (21 ) como elemento de cierre Este émbolo está circunvalado por una ranura lateral en la que se aloja una junta tórica (25) de caucho Dispone, al igual que en la primera realización de la válvula de seguridad, de un muelle (22) y una pieza roscada (23) en la que se apoya éste. El émbolo (21) con la junta (25), el muelle (22), y la pieza roscada (23) se alojan en el interior del cuerpo (24) de la válvula de seguridad Salvo la junta (25) que es de caucho, todos los demás componentes son de acero inoxidable El ajuste hermético entre émbolo (21 ) y cuerpo (24) se consigue mediante la junta (25). El interior del cuerpo (24) aumenta progresivamente su diámetro al avanzar de abajo hacia arriba, de modo que al desplazarse el émbolo (21 ) aproximadamente un milímetro hacia el interior de la válvula, el ajuste hermético, o sea, con apriete, pasa a ser un ajuste con holgura, que permite el paso del aire, quedando con ello abierta la válvula. Básicamente el funcionamiento es análogo en las dos realizaciones de la válvula de seguridad.The second embodiment of the safety valve, figure number 6, has a piston (21) as a closing element. This piston is circumvented by a side groove in which an O-ring (25) of rubber is housed. It has, as in the first embodiment of the safety valve, of a spring (22) and a threaded part (23) on which it rests. The piston (21) with the gasket (25), the spring (22), and the threaded part (23) are housed inside the body (24) of the safety valve Except the gasket (25) which is made of rubber , all other components are made of stainless steel. The tight fit between piston (21) and body (24) is achieved by the gasket (25). The inside of the body (24) progressively increases its diameter when advancing from the bottom up, so that when the piston (21) moves approximately one millimeter towards the inside of the valve, the hermetic adjustment, that is, with tightening, becomes be a loose fit, which allows the passage of air, leaving the valve open. Basically the operation is analogous in the two embodiments of the safety valve.
El constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, objeto de la invención, puede configurarse en una segunda realización como un anillo abierto, tal y como se muestra en las figuras números 3 y 12, constituido por un elemento interiormente hueco (27), a modo de cámara de aire, cuyas paredes (28) y (29) están fabricadas de un material elástico, tal y como puede ser látex, reforzadas la pared exterior (28) por un elemento rígido (30) de plástico al que está adherida, y las paredes laterales por un tejido Estos refuerzos impiden que dichas paredes exterior y laterales se dilaten El elemento rígidoThe pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis, without obstructing the urethra, object of the invention, can be configured in a second embodiment as an open ring, as shown in Figures 3 and 12, constituted by an internally hollow element (27), as an air chamber, whose walls (28) and (29) are made of an elastic material, such as latex, reinforced the outer wall (28) by a rigid plastic element (30) to which it is attached, and the side walls by a fabric These reinforcements prevent said outer and lateral walls expand The rigid element
(30) de plástico conforma el armazón exterior del anillo abierto, y es lo que dota a éste de la consistencia necesaria para mantener su forma de anillo abierto. Los aleros (33) del elemento rígido (30) son funcionalmente análogos a los aleros (8) del protector para la uretra (5) en el caso del anillo cerrado(30) made of plastic forms the outer shell of the open ring, and is what gives it the consistency necessary to keep its ring shape open. The eaves (33) of the rigid element (30) are functionally analogous to the eaves (8) of the urethra protector (5) in the case of the closed ring
El anillo abierto está provisto de una válvula de carga y descarga (3 1 ) y, opcionalmente, de una válvula de seguridad (32), fijadas al anillo a través del elemento rígido (30). Las juntas de caucho (34) y (35) garantizan el ajuste hermético de las válvulas (3 1 ) y (32) con el elemento rígido (30) De modo también opcional, el elemento rígido (30) puede llevar embutido en su interior un elemento de material ferromagnético que genere un campo magnéticoThe open ring is provided with a loading and unloading valve (3 1) and, optionally, with a safety valve (32), fixed to the ring through the rigid element (30). The rubber gaskets (34) and (35) guarantee the tight fit of the valves (3 1) and (32) with the rigid element (30). Also, optionally, the rigid element (30) can be embedded inside an element of ferromagnetic material that generates a magnetic field
Los aleros (33) permiten liberar a la uretra (45) del efecto constrictor del anillo abierto, tal y como se puede apreciar en la figura número 12The eaves (33) allow the urethra (45) to be released from the constrictor effect of the open ring, as can be seen in figure number 12
La válvula de carga y descarga, y la válvula de seguridad son exactamente las mismas para el anillo abierto que para el anillo cerradoThe loading and unloading valve, and the safety valve are exactly the same for the open ring as for the closed ring
Al introducir aire en el interior del constrictor neumático, la pared interior se dilata, adoptando, dada su curvatura natural, la forma que muestran las figuras números 1 y 2, de pared interior dilatada (36) en el caso del anillo cerrado, y la forma que muestra la figura número 3, de pared interior dilatada (37) en el caso del anillo abierto.By introducing air into the interior of the pneumatic constrictor, the inner wall expands, taking, given its natural curvature, the shape shown in figures 1 and 2, of dilated inner wall (36) in the case of the closed ring, and the shape showing figure number 3, of dilated inner wall (37) in the case of the open ring.
El tamaño del constrictor neumático debe ser el adecuado al tamaño de cada pene, por lo que existirán tallasThe size of the pneumatic constrictor must be appropriate to the size of each penis, so there will be sizes
Para una mejor comprensión del sistema de funcionamiento del constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, se muestra en la figura número 7 un corte transversal de un pene, indicándose sus partes más destacables, que son venas dorsales subcutáneas (38), venas dorsales profundas (39), arterias dorsales (40), arterias profundas (41 ), nervios dorsales (42), cuerpos cavernosos (43), cuerpo esponjoso (44), uretra (45) y piel (46)For a better understanding of the operating system of the pneumatic adjustable pressure constrictor to reach and maintain the erection of the penis, without obstructing the urethra, a cross section of a penis is shown in figure 7, indicating its most prominent parts, which are subcutaneous dorsal veins (38), deep dorsal veins (39), dorsal arteries (40) , deep arteries (41), dorsal nerves (42), corpora cavernosa (43), spongy body (44), urethra (45) and skin (46)
La sangre entra en el pene a través de las arterias, y sale por las venas Cuando por excitación natural ó artificial aumenta la entrada de sangre en los cuerpos cavernosos del pene, alcanzando los 140cm3 a 160cm3 por minuto, se inicia la congestión del pene, que culmina con la erección de éste La erección se logra por la abundante entrada de sangre en el pene, al tiempo que su propia congestión obstruye convenientemente los canales de salida, o sea, las venas La erección se mantiene con un flujo sanguíneo de 40cm3 a 60cm3 por minutoBlood enters the penis through the arteries, and leaves the veins. When natural or artificial excitation increases the entry of blood into the corpora cavernosa of the penis, reaching 140cm 3 to 160cm 3 per minute, the congestion of the penis, which culminates with its erection The erection is achieved by the abundant entry of blood into the penis, while its own congestion conveniently obstructs the exit channels, that is, the veins The erection is maintained with a blood flow of 40cm 3 to 60cm 3 per minute
Cuando entra en el pene sangre suficiente, pero sale de éste con demasiada facilidad, no se logra alcanzar y mantener la erección necesaria, que debe permitir realizar un empuje con el pene de al menos 500 gramos de fuerza, como para tener unas relaciones sexuales satisfactorias Para subsanar este problema, que da lugar a un tipo frecuente de impotencia, lo ideal sería obstruir suficientemente la salida de sangre del pene, sin dificultar su entrada en el momento que se desencadena su mecánica de erección, y por supuesto, dejando perfectamente libre de toda obstrucción la uretraWhen enough blood enters the penis, but leaves it too easily, it is not possible to achieve and maintain the necessary erection, which should allow a push with the penis of at least 500 grams of force, to have satisfactory sex To remedy this problem, which results in a frequent type of impotence, the ideal would be to sufficiently obstruct the blood flow from the penis, without hindering its entry at the time that its erection mechanics is triggered, and of course, leaving it perfectly free of all obstruction the urethra
Nuestro constrictor neumático ejerce su presión desde el exterior del pene Ello permite dificultar la salida de la sangre del pene a través de las venas, sin embargo, si se aplica una constricción excesiva puede llegar a obstruirse también su entrada a través de las arterias Por eso nuestro constrictor neumático es de presión regulable Lo que siempre está libre de obstrucción con nuestro constrictor es la uretra (45)Our pneumatic constrictor exerts its pressure from the outside of the penis This makes it difficult to drain the blood from the penis through the veins, however, if excessive constriction is applied it can also obstruct its entry through the arteries. our pneumatic constrictor is adjustable pressure What is always free of obstruction with our constrictor is the urethra (45)
Las figuras números 1 1 y 12 muestran claramente como las dos realizaciones de nuestro constrictor, el anillo cerrado y el anillo abierto realizan su función constrictora sobre un corte transversal del pene Para usar nuestro constrictor neumático de presión regulable para alcanzar y mantener la erección del pene, sin obstruir la uretra, lo primero, una vez elegida la talla que mejor se nos adecué, es colocarlo en el pene flaccido, como muestra la figura número 8, hasta que haga tope con el pubis En este momento el constrictor no tiene presión de aire en su interior. En una segunda fase, cuando de forma natural ó provocada artificialmente comienza la congestión del pene, dicha congestión irá progresivamente haciendo que el anillo se vaya ciñendo cada vez con más fuerza al contorno del pene, iniciándose así la constricción que favorece la consecución de la erección. En esta segunda fase, que se muestra en la figura número 9, puede ser oportuno, dependiendo de cada caso, introducir con la jeringa de plástico algo de presión de aire en el constrictor, y si fuese necesario volver a deslizarlo hasta el pubis Esto lo decide el propio usuario. En una tercera fase, cuando el pene ha alcanzado su máxima erección, se introduce en el anillo, con la jeringa, el aire necesario para ejercer sobre el pene la constricción que le mantenga erecto el tiempo deseado Así lo muestra la figura número 10. Finalmente, cuando se desee retirar el constrictor del pene, se presionará el pulsador-boquilla ( 10) de la válvula de carga y descarga, y el aire saldrá del anillo, cesando la constricción y recuperándose el flujo sanguíneo normal, pudiéndose quitar el anillo cómodamenteFigures 1 1 and 12 clearly show how the two embodiments of our constrictor, the closed ring and the open ring perform their constrictor function on a cross section of the penis To use our pneumatic adjustable pressure constrictor to reach and maintain the erection of the penis, without obstructing the urethra, the first thing, once the size that best suits us is chosen, is to place it on the flaccid penis, as shown in figure number 8, until it stops with the pubis At this time the constrictor has no air pressure inside. In a second phase, when the congestion of the penis naturally or artificially provoked, said congestion will progressively make the ring more and more tightly around the penis contour, thus initiating the constriction that favors the attainment of the erection . In this second phase, which is shown in figure number 9, it may be appropriate, depending on each case, to introduce some air pressure into the constrictor with the plastic syringe, and if necessary slide it back to the pubis. The user decides. In a third phase, when the penis has reached its maximum erection, the necessary air is introduced into the ring, with the syringe, to exert the constriction on the penis that keeps the desired time erect, as shown in figure 10. Finally , when it is desired to remove the constrictor from the penis, the push-button (10) of the loading and unloading valve will be pressed, and the air will leave the ring, ceasing the constriction and recovering normal blood flow, being able to remove the ring comfortably
Con el fin de evitar fricciones que pudieran irritar la piel durante la colocación y retirada de nuestro constrictor, es aconsejable la aplicación sobre el pene de una crema lubricante adecuada, como puede ser una vaselina bastante diluida.In order to avoid friction that could irritate the skin during the placement and removal of our constrictor, it is advisable to apply a suitable lubricating cream on the penis, such as a fairly dilute petrolatum.
No se considera necesario hacer más extensa esta descripción para que cualquier experto en la materia comprenda el alcance de la invención, así como las ventajas que de la misma se derivanIt is not considered necessary to make this description more extensive so that any person skilled in the art understands the scope of the invention, as well as the advantages derived therefrom.
Los materiales, forma, tamaño y disposición de los elementos serán susceptibles de variación, siempre y cuando ello no suponga una alteración a la esencialidad del invento. Los términos en que se ha descrito esta memoria deberán ser tomados siempre con carácter amplio y no limitativo The materials, shape, size and arrangement of the elements will be susceptible to variation, as long as this does not imply an alteration to the essentiality of the invention. The terms in which this report has been described must always be taken in a broad and non-limiting manner.

Claims

15251 PO7ES96/0020015251 PO7ES96 / 00200
1414
REÍ VINDICA C IONESREÍ VINDICA C IONES
1 - Constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, de uso externo en el pene, sin intervención quirúrgica, caracterizado porque en una primera realización, se configura como un anillo cerrado, interiormente hueco, con paredes (2), (3) y (4) de un material elástico, tal y como puede ser látex, reforzadas con un tejido las paredes exterior (2) y laterales (4) para que no dilaten, que en su parte inferior tiene una forma tal que le permite ceñirse perfectamente a la pieza de plástico (5) denominada protector para la uretra, alojada y adherida a su interior, que libera a la uretra (45) del efecto constrictor, fijándose al anillo a través de dicho protector (5) la válvula de carga y descarga (6), y la válvula de seguridad (7) con la que opcionalmente puede contar, pudiendo llevar embutido en su interior dicho protector para la uretra (5), también opcionalmente, un elemento ferromagnético que genere un campo magnético.1 - Adjustable pneumatic pressure constrictor to reach and maintain the erection of the penis without obstructing the urethra, for external use in the penis, without surgical intervention, characterized in that in a first embodiment, it is configured as a closed ring, internally hollow, with walls (2), (3) and (4) of an elastic material, such as latex, reinforced with a fabric the outer walls (2) and lateral (4) so that they do not dilate, which in its lower part has a in such a way that it allows it to perfectly adhere to the plastic piece (5) called a urethra protector, housed and adhered to its interior, which frees the urethra (45) from the constrictor effect, fixing itself to the ring through said protector (5 ) the loading and unloading valve (6), and the safety valve (7) with which it can optionally count, being able to carry inside said protector for the urethra (5), also optionally, a ferromagnetic element that generates a ma field genetic
2 - Constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, según la primera reivindicación, caracterizado porque la pieza de plástico denominada protector para la uretra (5) dispone de dos aleros (8) bajo los cuales se queda alojada en todo momento la uretra (45), libre de toda obstrucción2 - Adjustable pneumatic pressure constrictor to reach and maintain the erection of the penis without obstructing the urethra, according to the first claim, characterized in that the plastic piece called a urethral protector (5) has two eaves (8) under which The urethra (45) remains free at all times, free of any obstruction
3 - Constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, según las reivindicaciones anteriores, caracterizado por disponer de una válvula de carga y descarga (6) que permite el hinchado del constrictor mediante el acoplamiento hermético de la punta (15) de una jeringa (26) de plástico estandarizada en el pulsador-boquilla ( 10), estando constituida esta válvula por un cuerpo principal (9), un pulsador-boquilla (10), un tapón (1 1 ), un muelle ( 12) de acero inoxidable, y dos juntas tóricas de caucho ( 13) y ( 14), siendo el cuerpo (9), el pulsador-boquilla (10) y el tapón ( 1 1 ) bien de acero inoxidable ó bien de plástico, estando solidariamente unidos el pulsador-boquilla (10) y el tapón ( 1 1 ), lográndose el cierre hermético de la válvula gracias a la junta tórica ( 14) que queda comprimida entre el tapón ( 1 1 ) y el cuerpo principal (9) por la fuerza del muelle ( 12), y que cuando la válvula está abierta queda forzado a salir el aire por el agujero ( 16), gracias a la junta tórica ( 13) alojada en la ranura que circunvala al pulsador-boquilla (10), y que ajusta herméticamente con el cuerpo (9), pudiéndose presionar el pulsador-boquilla (10) para abrir la válvula (6) bien con la punta (1 5) de la jeringa, bien con el dedo.3 - Adjustable pneumatic pressure constrictor to achieve and maintain the erection of the penis without obstructing the urethra, according to the preceding claims, characterized by having a loading and unloading valve (6) that allows the constrictor to swell by the hermetic coupling of the tip (15) of a standardized plastic syringe (26) in the push-nozzle (10), this valve being constituted by a main body (9), a push-nozzle (10), a stopper (1 1), a stainless steel spring (12), and two rubber o-rings (13) and (14), the body (9), the push-button (10) and the plug (1 1) being either stainless steel or plastic, the push-nozzle (10) and the plug (1 1) being joined together, achieving the hermetic seal of the valve thanks to the O-ring (14) that is compressed between the plug (1 1) and the main body (9) by the force of the spring (12), and that when the valve is open the air is forced out through the hole (16), thanks to the O-ring (13) housed in the groove that surrounds the push-button nozzle (10), and that fits tightly with the body (9), being able to press the push-button-nozzle (10) to open the valve (6) either with the tip (1 5) of the syringe , good with your finger.
4 - Constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, según las reivindicaciones anteriores, caracterizado por disponer opcionalmente de una válvula de seguridad (7), que, en una primera configuración, mediante la bola ( 17), el muelle ( 1 8) y la pieza roscada ( 19) que se alojan dentro del cuerpo principal (20), todos ellos de acero inoxidable, logra la salida de aire del interior del constrictor en el caso de que se sobrepase el límite establecido por la mayor ó menor compresión a que se someta al muelle (18) mediante la pieza roscada ( 19).4 - Adjustable pneumatic pressure constrictor to achieve and maintain the erection of the penis without obstructing the urethra, according to the preceding claims, characterized by optionally having a safety valve (7), which, in a first configuration, by means of the ball (17 ), the spring (1 8) and the threaded part (19) that are housed inside the main body (20), all of them made of stainless steel, achieves the exit of air from inside the constrictor in the event that the limit is exceeded established by the greater or lesser compression to which the spring is subjected (18) by means of the threaded part (19).
5 - Constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, según las reivindicaciones primera a tercera, caracterizado por disponer opcionalmente de una válvula de seguridad, que, en una segunda configuración, mediante el émbolo (21 ) con la junta tórica (25), el muelle (22) y la pieza roscada (23) que se alojan dentro del cuerpo principal (24), todos ellos, salvo la junta que es de caucho, de acero inoxidable, logra la salida de aire del interior del constrictor en el caso de que se sobrepase el límite establecido por la mayor ó menor compresión a que se someta al muelle (22) mediante la pieza roscada (23).5 - Adjustable pneumatic pressure constrictor to achieve and maintain the erection of the penis without obstructing the urethra, according to claims one to three, characterized by optionally having a safety valve, which, in a second configuration, by means of the piston (21) with the O-ring (25), the spring (22) and the threaded part (23) that are housed inside the main body (24), all of them, except the rubber, stainless steel seal, achieves the exit of air inside the constrictor in the event that the limit established by the greater or lesser compression to be subjected to the spring (22) is exceeded by means of the threaded part (23).
6 - Constrictor neumático de presión regulable para alcanzar y mantener la erección del pene sin obstruir la uretra, según la primera reivindicación, caracterizado porque en una segunda realización el constrictor se configura como un anillo abierto, constituido por un elemento interiormente hueco (27), a modo de cámara de aire, de paredes (28) y (29) fabricadas de material elástico, tal y como puede ser látex, adherido por su pared exterior (28) a un elemento rígido (30) de plástico, el cual conforma el armazón exterior de este anillo abierto, y es lo que dota a éste de la consistencia necesaria para mantener su forma, y gracias a los aleros (33 ) de dicho armazón (30) se logra constreñir el pene liberando a la uretra (45) del efecto constrictor, fijándose a dicho armazón (30) la válvula de carga y descarga (3 1 ), y la válvula de seguridad (32) con la que opcionalmente puede contar, siendo dichas válvulas idénticas a las de la primera realización, pudiendo llevar dicho armazón (30) embutido en su interior, opcionalmente, un elemento ferromagnético que genere un campo magnético. 6 - Pneumatic adjustable pressure constrictor to achieve and maintain the erection of the penis without obstructing the urethra, according to the first claim, characterized in that in a second embodiment the constrictor is configured as an open ring, constituted by an internally hollow element (27), as an air chamber, of walls (28) and (29) made of elastic material, such as latex, adhered by its outer wall (28) to a rigid plastic element (30), which forms the outer shell of this open ring, and this is what gives it the consistency necessary to maintain its shape, and thanks to the eaves (33) of said frame (30) it is possible to constrict the penis by releasing the urethra (45) from the constrictor effect, fixing to said frame (30) the loading and unloading valve (3 1), and the safety valve (32) with which it can optionally count, said valves being identical to those of the first embodiment, being able to carry said frame (30) embedded inside, optionally, a ferromagnetic element that generates a magnetic field.
PCT/ES1996/000200 1995-10-27 1996-10-25 Pneumatic constrictor with adjustable pressure for achieving and maintaining the erection of the penis without obstructing the urethra WO1997015251A1 (en)

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US3495589A (en) * 1967-07-07 1970-02-17 Jennings C Clement Inflatable genital device
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US3820533A (en) * 1971-08-02 1974-06-28 A Jones Surgical device
GB1497441A (en) * 1976-08-04 1978-01-12 Isbister J Appliance to help men suffering from sexual impotence
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US4960113A (en) * 1986-05-21 1990-10-02 Seeberg Elverfeldt Herbert Erection aid
WO1995019745A1 (en) * 1994-01-25 1995-07-27 Antonio Valcarcel Dominguez Adjustable pressure pneumatic prosthesis applicable to overcome impotence

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GB735008A (en) * 1952-11-03 1955-08-10 Bruno Hoeflinger Apparatus for the treatment of impotence
US3495589A (en) * 1967-07-07 1970-02-17 Jennings C Clement Inflatable genital device
US3820533A (en) * 1971-08-02 1974-06-28 A Jones Surgical device
US3794020A (en) * 1972-06-16 1974-02-26 R Bagby Anatomical device
GB1497441A (en) * 1976-08-04 1978-01-12 Isbister J Appliance to help men suffering from sexual impotence
US4960113A (en) * 1986-05-21 1990-10-02 Seeberg Elverfeldt Herbert Erection aid
US4723538A (en) * 1986-10-16 1988-02-09 Stewart Edward T Penile constrictor ring
WO1995019745A1 (en) * 1994-01-25 1995-07-27 Antonio Valcarcel Dominguez Adjustable pressure pneumatic prosthesis applicable to overcome impotence

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US11890249B2 (en) * 2015-11-18 2024-02-06 Maqsood Jafri Medical device for constricting venous outflow and for providing vibratory stimulus

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