A mechanical erection assist device suitable for intraurethral use, with a low profile, hydraulically expandable lengthwise and transverse movement, and a dual-axis physical restraint and controlled deflation mechanism.
Patent Information
- Application Number
- TR202615359U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-09-08
- Publication Date
- 2026-09-21
- Estimated Expiration
- 2036-09-08
Smart Images
Figure 00000023_0000
Abstract
Description
1 TARIFF LOW-PROFILE, HYDRAULIC, SUITABLE FOR INTRAURETHRAIC USE. DUAL-AXIS, CAPABLE OF EXPANDING BOTH LONGITUDINALLY AND BROADLY. PHYSICALLY RESTRICTIVE AND CONTROLLED EXTINCTION MECHANICAL ERECTION ASSISTANT DEVICE WITH ITS OWN MECHANISM Technical Area The invention has applications in medicine, urology, personal care, and individual home performance enhancement devices. It relates to the technical field. More specifically, the invention is a low-cost device suitable for intraurethral use. 5 with a profiled main body, supplied by a fluid application system When activated by hydraulic pressure, it simultaneously extends longitudinally (axially) and It has a hydraulically active section that expands radially; in the two directions in question. expansion is predetermined by two independent physical limiting structures. at specified maximum length and maximum diameter / geometry values can be stopped and the hydraulic pressure can be released in a controlled manner at the end of use. 10 a mechanic that can revert to its original low-profile state by being modified This relates to erection-enhancing devices. The invention is particularly relevant for advanced vascular conditions where the cavernous tissue is severely damaged. where disorders are present or venous leakage problems occur and known oral 15 Especially users for whom medication is ineffective; those who require surgical intervention. alternative, user-applicable in a home environment, not for repeated use. seeking a mechanical solution based on a disposable, practical consumer format Personal health and performance enhancement products appealing to a wide user base. It is also related to the field. 20 2 State of the Art Nowadays, treatments are used to address erection problems (erectile dysfunction). Various methods and products are used. One of them is sildenafil, tadalafil and These are orally administered chemical drugs containing similar active ingredients. In addition, 5 Vacuum pumps and topically applied creams are also used to support erection. It is among the known products used for the purpose of treating erectile dysfunction. If the condition cannot be resolved with medication, a vacuum pump, or topical products, surgery is considered. Penile prostheses, which are permanently implanted in the body, are used. On the other hand, in the medical field, hospitals use urinary incontinence or stricture treatment. The probe and balloon systems used in this environment are also known. These systems were developed entirely for the purpose of fluid drainage, and they do not mechanically induce erection. has any structural, hydraulic or functional features to support it It is not. 15 Known oral erection medications are not suitable for people with heart disease, high blood pressure, or diabetes. It poses serious health risks for users and causes various side effects. This is possible. In addition, these drugs affect the cavernous (spongy) tissue. in cases of severe damage, advanced vascular problems or venous leakage 20 inadequate in problems (blood not being able to be retained in the vessels and flowing back). It may remain ineffective or be completely ineffective. In such cases, the only known permanent solution with current techniques is surgically implanting a device into the body. These are penile prostheses that are implanted. However, penile prosthesis operations are extremely... 25 costly, permanently alters the organ's natural structure, and is irreversible. It requires an invasive surgical intervention that is not currently available and involves significant life-threatening and... It involves psychological risks. The insertion of a foreign object into the body... If the patient cannot tolerate it, an infection may develop, and the prosthesis... In cases where removal is necessary, the user's sexual function is permanently impaired for 30 days. It is possible that they will lose. 3 Conventional probe and balloon systems are not suitable for home use; It does not offer a user experience that is conducive to partner privacy, practicality, and comfort. Additionally, these systems do not allow for any time control or safe / controlled evacuation. It does not include a mechanism. 5 Current technology offers various erections activated by hydraulic or pneumatic fluid. Support and urethral fixation device arrangements are also known. For example, patent document US4407275A describes 10 externally applied devices on the penis. a semi-rigid ring with individually inflatable chambers placed on its inner surface An artificial erection device is described in this form. The device in question... chambers, fluid supplied by a manual balloon or an electric pump. By being inflated and deflated alternately with pressure, it creates a wave-like motion around the penis. A compression effect is created. However, the device described in this document, penis 15 It is a structure placed externally and suitable for placement inside the urethra. no; moreover, the device's chambers only contract in the radial direction. There is no axial elongation. Another document included in the current art is patent number EP0444063A1 20 The document also mentions the corpora cavernosa, the deep dorsal vein, and the cavernous veins. a surgically implanted cuff that is hydraulically inflated with saline solution and associated with a pump / reservoir system implanted in the scrotum an implant that supports erection by limiting venous leakage. It is explained. The headline in question is 25, apart from the tunica albuginea. It is positioned and exerts compression only in the transverse (radial) direction. It creates a longitudinal (axial) elongation without any involvement. Furthermore, the device does not involve the urethra. It is not placed inside, but surgically implanted around the penile tissue and calibrated. through a metered flow restrictor, a predetermined flow restrictor a controlled 30 where the fluid is discharged after a period of time or gradually. It includes an extinction mechanism. 4 In the patent document numbered US7951064B2, which is included in the current technique, prostatic Inflatable balloons placed inside the urethra, with inflatable ends at each end. a urethral stent (endourethral device) that is fixed to the bladder neck via It is explained that the device in question can be hydraulically inflated and the urethra 5 Although it is placed inside, it is used for the treatment of lower urinary tract symptoms and urination. It is intended to support blood flow and to provide erection support. is not; furthermore, the device's strain gauges prevent excessive longitudinal movement. The aim is to prevent elongation, and unlike this invention, controlled and a structure that allows for extension to a predetermined maximum length 10 It does not include. The current technical specifications include US4407275A, EP0444063A1 and US7951064B2. When the documents are evaluated together, it is understood that they are activated by hydraulic or pneumatic fluid. It is known that erection support or urethral fixation devices are used, but the word 15 These devices are applied externally / surgically either to or around the penis. even though it is inserted or placed inside the urethra, it does not provide erection support. It appears to serve a different purpose (supporting urine flow). None of the documents examined mentioned a hydraulic system for a low-profile fuselage. Simultaneously with activation, in both the longitudinal (axial) and transverse (radial) directions, 20 two separate, independent physical constraint structures, predetermined It expands by being limited to maximum values and is controlled at the end of use. safely returning to its initial low-profile state with a release mechanism No arrangement to which it reverts has been explained. Therefore, with the current technology; • Does not require surgical intervention or permanent implantation in the body, • Side effects and health risks of orally administered chemical drugs not carrying, 30 • Cavernous tissue damage, advanced vascular problems, or venous leakage, for example It can also provide mechanical support for erection in cases, • Practical and user-friendly for use at home, and for partners. appropriate to privacy • Longitudinal and transverse expansion predetermined by hydraulic activation 5 controllable within the limits, • It can be safely and controllably extinguished at the end of its usage period. A removable mechanical erection support device is needed. This invention aims to eliminate the disadvantages described above and to address the aforementioned 10 It was developed with the aim of turning disadvantages into technical advantages. The subject of this invention is a mechanical erection support device for achieving erection support. any chemical drug, surgical intervention or permanent implantation in the body No operation is required. The 15 located on the low-profile main body of the device. hydraulic active section, hydraulics provided by a fluid application system When activated by pressure, it simultaneously stretches longitudinally and transversely. It expands, thus providing mechanical support for an erection. The aforementioned Expansion in two directions is predetermined by two independent physical limiting structures. It is stopped at the specified maximum values and 20 during its usage period. The device is kept within a controlled geometry. Usage Finally, hydraulic pressure is released via a controlled extinguishing / relief mechanism. by gradually reducing the profile, the device is safely returned to its initial low-profile state. It is made to rotate in this way. 30 6 Purpose and Technical Advantages of the Invention The primary purpose of the invention is to provide a solution for erectile dysfunction. A home appliance that works entirely on mechanical and hydraulic principles, without surgery or medication. It can be practically implemented by the user in the environment and has a usage period of 5 a mechanical erection support device that can be safely removed at the end (1) To improve. Another aim of the invention is to treat advanced cases where the cavernous tissue is severely damaged. 10 known cases of vascular problems or venous leakage Mechanical erection support even in cases where oral medications are ineffective. The goal is to offer a device that can provide this. Another aim of the invention is to create a penile that can be surgically implanted permanently into the body. Unlike prostheses, it does not permanently alter the natural structure of the organ and can be restored. a mechanical erection that does not require irreversible invasive surgery The aim is to provide a support device. The device is not permanently implanted in the body and is a single unit. the fact that it is disposable, the infection risks associated with permanent implantation It offers a design approach aimed at reducing [theft]. The invention includes a biocompatible medical silicone material of appropriate size and structure for the urethral canal. or a low-profile primer made from a similar biocompatible elastomeric material The main body is located on the main body. The hydraulically active section is a when activated by hydraulic pressure supplied by the fluid application system It simultaneously lengthens and widens. Thus, surgical 25 Completely mechanical, without the need for intervention or the use of chemical drugs. A temporary erection is achieved through hydraulic principles. Another objective of the invention is to enable the longitudinal and transverse expansion of the hydraulic active section, Two independent physical limiting structures with a predetermined maximum of 30 7 The aim is to ensure that the values are stopped at certain levels. This way, the device will remain in use for the duration of its lifespan. This ensures that it remains within a controlled and predictable geometry. One of the technical advantages offered by the invention is that the hydraulic pressure at the end of use... by gradually reducing via a controlled extinguishing / discharge mechanism 5 safely returning the device to its initial low-profile state This ensures that the device remains continuously outside the body during use. Discreet and low-profile, with no visible or dangling pull tab. It can be used in this way. Another aim of the invention is to enable the device to adapt to different anatomical structures. Available in different sizes such as M, L and XL, with various inactive and active options. The aim is to enable production in various length / diameter combinations. Another objective of the invention is to enable hydraulic activation via an external mechanical valve, manual 15 a syringe, a manual or motorized mini pump, or an external application device The aim is to enable this to be achieved through certain means. In some forms of implementation, initiation, cessation, or controlled release of hydraulic flow by an external force also via a valve or pump control module that operates with wireless remote control This feature can be realized; however, it is not a necessary element of the invention. 20 Another objective of the invention is to protect the hydraulic fluid when the specified operating limit is reached. with a hydraulic safety device that restricts the flow and / or provides controlled discharge The goal is to support the safe use of the device. Another aim of the invention is to provide the device to the consumer in a single-use and sterile package. by ensuring that it is presented as a product, providing a hygienic application opportunity with each use. The aim is to identify the device and thus ensure hygiene that may result from its reuse. The aim is to reduce the risks. 8 In conclusion, this invention provides a means of treating erectile dysfunction through surgical intervention. hydraulic system that does not require permanent implantation or the use of chemical drugs. capable of expanding longitudinally and transversely simultaneously with activation, this expansion controlled by independent physical restraints, at the end of use It can deflate in a controlled manner and return to its low-profile state, available in 5 different sizes. a disposable product that can be produced and used practically in a home environment It offers mechanical erection support devices. Detailed Description of the Invention 10 The figures developed to achieve the purposes of this invention are presented in the appendix below. It has been explained. Figure 1: The mechanical erection support device, which is the subject of the invention, is designed to be inserted into the body before 15... Schematic showing its previous most minimal, low-profile, and inactive (extinguished) state. It is the appearance. Figure 2: The mechanical erection support device, the subject of the invention, activated by hydraulic fluid. As a result of this, the hydraulic active section simultaneously moves longitudinally (axially) by 20 active where it extends maximum in one direction and expands maximum in the transverse (radial) direction. This is a schematic view showing its (swollen) state. Figure 3: Hydraulic activation of the mechanical erection support device, which is the subject of the invention. As a result, the hydraulic active section expands in the radial direction, reaching its previous level of 25. Schematic showing the active state when it reaches the specified maximum diameter level. It is the appearance. Figure 4: Hydraulic activation of the mechanical erection support device, which is the subject of the invention. As a result, the hydraulic active section extends in the longitudinal (axial) direction, reaching its previous length of 30. 9 Schematic showing the active state when it reaches the defined maximum length level. It is the appearance. The components that make up the structure developed to achieve the purposes of the invention. They are numbered separately below. 5 Reference Numbers 1) Mechanical erection support device 2) Main body 3) Hydraulic active section 10 4) Central channel 5) Longitudinal physical restraint 6) Transverse physical constraint 7) Controlled extinguishing / discharge mechanism The subject of the invention is a mechanical erection support device (1); • Biocompatible medical silicone or a silicone implant of appropriate size and structure for the urethral canal. a low-profile main body made of biocompatible elastomeric material (2), 20 • A fluid application system located on the main body (2). when activated by hydraulic pressure provided by a hydraulic active material that stretches longitudinally (axially) and expands transversely (radically). section (3), • The device (1) extends along the length and the urine is 25 in the device's operating position. a central organ that allows the passage of seminal fluid during ejaculation physiological flow channel (4), independent of the central physiological flow channel (4) arranged as and transmitting hydraulic fluid to the hydraulic active section (3) providing a closed hydraulic flow path, • The hydraulic active section (3) has a predetermined maximum length mechanically halting further axial elongation after reaching its destination a longitudinal physical limiter (5), • The hydraulic active section (3) has a predetermined maximum After reaching the anchor / geometry, further radial expansion occurs. 5 a transverse physical limiter (6) that mechanically stops • Reduce hydraulic pressure in a controlled manner at the end of use to activate the hydraulic system. a section (3) that returned to its initial low profile controlled extinguishing / discharge mechanism (7), It includes. The subject of the invention is a mechanical erection support device (1); suitable for the urethral canal, low-cost materials made from biocompatible medical-grade silicone or biocompatible elastomeric materials. a profiled main body (2), located on the main body (2) and filled with hydraulic fluid 15 a hydraulic system that simultaneously extends longitudinally and expands transversely when activated. active part (3), in the position of the device, urine passage and ejaculation a central physiological flow channel that allows the passage of seminal fluid during (4) and a closed channel organized independently of the central physiological flow channel (4) 20 limiting the hydraulic flow path, the maximum length of the hydraulic active section (3) a longitudinal physical limiter (5), the maximum diameter of the hydraulic active section (3) a transverse physical limiter (6) that limits and hydraulic pressure at the end of use a controlled extinction / release mechanism that reduces in a controlled manner (7) It includes. The central channel (4) allows urine passage in the device's operating position and a physiological flow that allows the passage of seminal fluid during ejaculation 25 It is arranged as a lumen; hydraulic fluid transmission is separate from the central channel. It is provided via a closed flow path. Main body (2), low profile and biocompatible main carrier of the device (1) subject to the invention. It forms the element. The main body (2) is a longitudinal 30 that fits into the urethral canal. It is made of medical-grade silicone or biocompatible elastomeric material suitable for its intended use. 11 It can also be produced from polymeric materials. The main body (2) attaches the device (1) to the body. It forms its smallest, most compressed form before being inserted, and is then lowered into the urethra. It allows for placement in a profiled manner. The hydraulic active section (3) is a flexible structure located on the main body (2). 5 Hydraulic fluid, transmitted via an external application mechanism, is hydraulically active. When section (3) is reached, the section in question moves simultaneously in the longitudinal (axial) direction. It is extending and widening in the transverse (radial) direction. Thus, the device (1) urethra The part located inside provides mechanical erection support. The hydraulic active section (3) is a chamber whose volume can be increased by taking in hydraulic fluid, at least in the form of a flexible structure with a closed or controlled fluid volume It is created. The wall thickness of the hydraulic active section (3) is along the wall. elasticity distribution, a folded or crimped initial geometry and / or The position of reinforcement elements placed in the circumferential or longitudinal direction; 15 Under hydraulic pressure, the section in question is uniform in both axial and radial directions. It can be arranged in a way that allows for its expansion over time. This The structure is a one-way expanding balloon or (3) hydraulic active section. Unlike membrane expansion, it exhibits controlled and predictable expansion in two axes. It enables him to exhibit the behavior. 20 The central canal (4) extends along the device (1) and the use of the device inside the urethra. a physiological flow that allows urine to pass through the device in this position The central canal (4) is the lumen through which seminal fluid passes during ejaculation. It creates an open and continuous flow path that will allow for a smooth flow. Hydraulically active 25 The activation of section (3) and the controlled discharge at the end of use are centralized. a closed hydraulic flow path arranged separately from the channel (4), microchannel or This is carried out via a fluid transmission line. Central physiological flow channel (4), in the inactive and active operating states of the device To ensure a continuous flow of urine, there must be a continuous 30-minute interval between the front and rear ends of the device. It forms a lumen. This same lumen also allows the passage of seminal fluid during ejaculation. 12 It is arranged in a way that will enable the central physiological flow of hydraulic fluid. In order to avoid interference with the channel (4), the hydraulic circuit is independent of the channel in question and It is created as a closed flow path. The fluid used in hydraulic activation is preferably a biocompatible and sterile fluid. 5 The liquid in question may be sterile water, saline solution, or another suitable alternative for its intended use. It may be a biocompatible fluid. The invention relates to a specific type of hydraulic fluid. It is not restricted. Longitudinal physical limiter (5), hydraulic active section (3) a predetermined 10 after reaching its maximum length, it stretches further in the axial direction. It stops it mechanically. Longitudinal physical restraint (5), can extend together with hydraulic active section (3) and When a certain maximum length is reached, further elongation occurs mechanically. 15 in the form of a resistant, flexible but limited elongation element It can be configured. The limiting factor in question is: braided fiber structure, ribbon, filament, filamentous carrier, cord, mesh structure, telescopic restraint element or similar. mechanical elongation limiting structures, in the form of one or a combination thereof can be created. 20 The transverse physical limiter (6) is a predetermined part of the hydraulic active section (3). After reaching its maximum diameter / geometry, it moves further in the radial direction. It mechanically stops its expansion. The transverse physical constraint (6) is located around the hydraulic active section (3) and / or on the wall. positioned within its structure, radial expansion up to a certain geometry allowing and further radial expansion when the geometry in question is achieved It can be formed in the form of a mechanically restrictive structure. Transverse physical limiter (6); circumferential fibers, braided mesh, ring-shaped limiter elements, 30 13 a wall zone with variable flexibility, reinforcement elements or their combination It can consist of combinations of these. Longitudinal physical constraint (5) and transverse physical constraint (6) are independent of each other. They are arranged as two separate physical constraint structures. Here, they are 5 The expression "independence" refers to the mechanical structure that determines the maximum axial length. a mechanical structure different from and separate from the one that determines the maximum radial diameter / geometry This means that it has a physical limiting function. Thus Maximum length value of the hydraulic active section (3) and maximum radial The expansion value can be designed independently and is predetermined at 10. simultaneously at the specified maximum geometry values It can be restricted. Controlled extinguishing / discharge mechanism (7), hydraulic at the end of service time by enabling the gradual and controlled reduction of pressure, hydraulic activity 15 This allows the department to return to its (3) initial low-profile form. To remove the device (1), separate the device from the appropriate gripping area with medical forceps. or with the help of a similar medical grasping device and controlled urethral movement This is accomplished by retrieving it from the canal. On the device, the forceps... a lanyard, loop or similar device that helps to securely grip 20 If an auxiliary gripping element is present, that element is used with the device. It is positioned so that it remains completely within the urethral canal and the body It doesn't constantly hang down. Controlled extinguishing / drain mechanism (7); a manually openable drain 25 valve, one-way or multi-way valve arrangement, with calibrated flow cross-section a microchannel, a pressure-sensitive discharge element, discharge at a specific flow rate a restrictive channel that allows or a combination thereof This can occur. Thus, the hydraulic fluid can suddenly pass from the hydraulic active section (3). not, with a predetermined or limited evacuation characteristic 30 It is possible to remove it. 14 In the preferred application form, the main body (2) and the hydraulic active section (3) are medical. It is manufactured from silicone material. However, the invention relates to this material. not limited to, biocompatible elastomeric and polymeric suitable for the intended use. It also includes alternative application methods produced from materials. 5 The device (1) comes in different sizes such as M, L and XL to accommodate different anatomical structures. different inactive and active lengths / diameters in different body groups They can be produced in combinations. Precise dimensions, prototyping and verification. This may vary depending on the studies. 10 Activation of the hydraulic active section (3) is a fluid that generates hydraulic pressure. This is carried out through an application system. The fluid application in question... the system includes; mechanical valve, manual syringe, manual pump, motorized mini pump or It may include a similar fluid pressurization system. Some applications 15 in these forms, initiation, cessation or controlled release of hydraulic flow, a valve or pump control module operated by an external wireless remote This can also be achieved through; the wireless control feature in question is part of the invention. It is not a mandatory element. In some preferred application methods, reaching the defined working limit. in this case, restricts hydraulic fluid flow and / or provides controlled release A hydraulic safety device can also be used. In some application methods, the device (1) is placed 25° away from the targeted location within the urethra. In order to limit its further movement, the proximal (2) of the main body a stopper that limits anatomical placement in the section, an extended tip a region temporarily attached to a shoulder structure or external application apparatus A positioning element may be found. The device (1) is preferably a consumer product in single-use, sterile packaging. It is designed. The device (1) must be removed from its sterile packaging before each use. Removing it and not reusing it after use is a hygienic practice. It provides. Working Principle Before using the device (1), the main body (2) removed from its sterile packaging, lower The profiled, compressed device is inserted into the urethra. At this stage, hydraulic 10 active section (3) is not yet activated and device (1) is implanted in the body It retains its previous smallest form. After the device (1) is placed inside the urethra, a fluid application system via the hydraulic fluid, independently of the central physiological flow channel (4) 15 through a closed hydraulic flow path to the hydraulic active section (3) It is being transmitted. When the hydraulic fluid reaches the hydraulic active section (3), the said section It simultaneously extends in the longitudinal (axial) direction and in the transverse (radial) direction 20 It is expanding. This expansion occurs in the part of the device (1) located inside the urethra. It provides mechanical support for an erection. Longitudinal extension of the hydraulic active section (3) to a predetermined maximum When the length is reached, it is mechanically limited by the longitudinal physical limiter (5) 25 is stopped. Similarly, the transverse expansion of the hydraulic active section (3), When a predetermined maximum diameter / geometry is reached, the transverse physical It is mechanically stopped by the limiter (6). Thus the device (1) remaining within a predictable and controlled geometry throughout its service life is provided. 30 16 During the (1) usage period of the device, in some preferred application modes The hydraulic safety device, located on the system, will activate if the defined operating limit is reached. by limiting hydraulic fluid flow or providing controlled relief, an additional It creates a security layer. At the end of the service period, by means of the controlled extinguishing / discharge mechanism (7) hydraulic pressure; relief valve, microchannel, restrictive channel or pressure-sensitive through one of the structural alternatives such as a discharge element is reduced. With the reduction of hydraulic pressure, the hydraulic active section (3), It returns to its initial low-profile state and the device (1) passes through the urethra 10 It becomes removable. The device (1) is not reused after removal and is a single-use product. They are disposed of in such a way that each use is carried out under sterile and hygienic conditions. It is intended to be realized. 15 In conclusion, the mechanical erection support device (1) which is the subject of the invention, has no surgical intervention, permanent implantation, or the use of chemical drugs without the need, the hydraulic active section (3) simultaneously in the longitudinal and transverse directions and expansion controlled by independent physical constraints (5, 6) 20 This provides temporary mechanical erection support, and at the end of use... However, the device (1) at the beginning is controlled by means of the controlled extinguishing / discharge mechanism (7). It is being made low-profile.
Claims
17 REQUESTS 1) A low-profile incision made inside the urethra to provide erection support. a mechanical erection support device (1) that can be inserted into the urethral canal 5 made from at least one biocompatible material, of suitable size and geometry a low-profile main body (2), located on the main body (2) and When activated by hydraulic pressure, it simultaneously moves longitudinally (axially) a hydraulically active section that extends in one direction and widens in the transverse (radial) direction (3), extending along the device (1) and with urine in the device's operating position. at least one 10-inch tube that allows the passage of seminal fluid during ejaculation central physiological flow channel (4), from central physiological flow channel (4) independently regulated and hydraulic fluid into the hydraulic active section (3) a closed hydraulic flow path that enables the transmission of hydraulic active section (3) after reaching the predetermined maximum length a longitudinal physical 15 that mechanically limits excessive axial elongation limiter (5), hydraulic active section (3) predetermined maximum further radial expansion after reaching the anchor or geometry mechanically limiting and physical separate from longitudinal physical limiting (5) a transverse physical constraint with a limiting function (6) and At the end of use, reduce the hydraulic pressure in a controlled manner, thus activating the hydraulic system. 20 a section (3) that returned to its initial low profile It includes a controlled extinguishing / discharge mechanism (7); hydraulic active section (3) simultaneous axial elongation and radial expansion movements the occurrence and the fact that the two movements in question are independent of each other physically Maximum geometry predetermined by constraints (5, 6) 25 mechanical erection characterized by limitations in its values support device (1). 2) According to claim 1, a mechanical erection support device (1); the main body (2) and hydraulic active section (3), medical silicone or in addition to these 30 biocompatible elastomeric or polymeric suitable for its intended use 18 characterized by being produced from a selected material. is being done. 3) According to claim 1, a mechanical erection support device (1); physical longitudinal The limiter (5) has a maximum axial length of 5 of the hydraulic active section (3). at least one elongation-limiting fiber, filament, ribbon, cord, or network structure that determines the elongation. and / or is characterized by having a woven structure. 4) According to claim 1, a mechanical erection support device (1); transverse physical the limiter (6) has a maximum radial geometry of the hydraulic active section (3) 10 defining circumferential fiber, ring-shaped limiting element, braided mesh and / or It is characterized by its reinforcing structure. 5) According to claim 1, a mechanical erection support device (1); hydraulically active section (3), mechanical valve, manual syringe, manual pump, motorized mini 15 a fluid containing a pump or similar fluid pressurization device It is characterized by being activated by hydraulic fluid via an application system. is being done. 6) According to claim 1, a mechanical erection support device (1) is available for different anatomical 20 Different inactive and active lengths to adapt to structures and / or multiple dimensional configurations with diameter values It is characterized by its creation. 7) According to claim 1, a mechanical erection support device (1); hydraulic flow 25 an external wireless device for initiating, stopping or controlled evacuation by including a valve or pump control module that operates via remote control It is characterized by... 8) According to claim 1, a mechanical erection support device (1); specified 30 restricting hydraulic fluid flow and / or when the operating limit is reached 19 It includes a hydraulic safety mechanism that provides controlled release. It is characterized by... 9) According to claim 1, a mechanical erection support device (1) is controlled. the extinguishing / discharge mechanism (7); a discharge valve, a calibrated 5 microchannel, a flow-restricting channel and / or a pressure-sensitive drain It is characterized by containing at least one of its elements. 10) According to claim 1, a mechanical erection support device (1); for single use, It is characterized by being designed as a consumer product in sterile packaging. 10 is being done.