40results about "Penis support devices" patented technology

An improved condom-style vacuum therapy device has a region of the sheath formed of an air-permeable material that is covered by an air-impermeable barrier so as to define a lumen therebetween. A conduit defining an airflow pathway is located in fluid communication with the lumen, and is connected to a vacuum source in order to draw air out of the interior of the condom-style device through the air-permeable region. When the condom-style device is worn over the penis, a sealing element proximate to the open end serves to at least partially restrict the intrusion of ambient air into the condom. As a result, the air pressure within the sheath of the condom is reduced to below ambient air pressure, serving to prevent or treat actual or potential erectile disfunction and / or to enhance sexual performance, while also providing the prophylactic and / or contraceptive benefits associated with condom use.

In some embodiments, the present invention provides a device wherein the device comprises a muscle stimulator configured to be attached to perineal skin surfaces and other skin surfaces of a subject who wishes enhanced orgasm wherein the muscle stimulator comprises electrodes configured to be attached to the perineal skin surfaces and other skin surfaces of a subject who wishes enhanced orgasm. The electrodes are configured to percutaneously send electrical or magnetic impacts to globular cavernous muscles and / or seminal vesicles and / or prostate of a subject, wherein the percutaneously sent impacts are configured to enhance and / or prolong male orgasm.

A stimulation apparatus for use in treating sexual dysfunction, comprising: at least one pair of electrodes configured to deliver low level electrical impulses to muscles within at least one of a hip flexor, lower abdominal and thigh muscle group; a vibrating device for placement on a sexual organ of the user; and a controller comprising a stimulation circuit, a processor and a memory, the stimulation circuit operatively coupled to the pair of electrodes and vibrating device, the processor being configured to execute instructions stored in memory to: in use, control the stimulation circuit to simultaneously actuate the vibrating device and electrodes for inducing orgasm by the user; and wherein, in use, an intensity of at least one of the vibrating device and electrical impulses are dynamically varied.

This device and training method are for stretching a man's penis (1, 16, 28, 44, 58). The device is composed of a penis end component (2, 17, 29, 45, 59), an elastic component (3, 19, 30, 46, 60), and a variable force imparting component (4, 14, 15, 20-27, 31-40, 42, 43, 47-52, 56, 57, 61-65), and is capable of applying a cyclically varying tension to the penis (1, 16, 28, 44, 58) to train the penis. By using this device for training, men can achieve the goal of enlarging their penis (1, 16, 28, 44, 58). This can also solve the problem of undersized male reproductive organs. 1

The invention is directed to an erectile dysfunction treatment apparatus comprising: a pad adapted to contact a hind region of a patient, the pad including at least one acoustic wave actuator; a pouch connected to the pad, the pouch configured to wrap around the penile shaft, the pouch including at least one primary vibrating pad, and at least one primary LED; and a control unit electrically coupled to the at least one acoustic wave actuator, the at least one primary vibrating pad and the at least one primary LED, the control unit configured to provide first actuation signals to the at least one acoustic wave actuator for performing a neovascularization treatment and configured to provide second actuation signals to the at least one primary vibrating pad and the at least one primary LED for performing a vasodilation treatment.

The invention provides a portable penile erection bionic treatment system and method.The portable penile erection bionic treatment system comprises a treatment unit, a portable unit, a monitoring unit and a control unit, the treatment unit comprises a treatment sleeve, the treatment sleeve is detachably connected to the portable unit, the portable unit is detachably fixed to the waist of a patient, and the monitoring unit is detachably connected to the portable unit; the control unit is installed in the portable unit, the monitoring unit is installed in the treatment unit and receives an instruction of the control unit, the treatment unit plays a treatment role under the pressure, temperature and vibration frequency preset and fed back by the control unit and the monitoring unit, multiple modes interact, and the treatment effect is achieved. The penis erection is promoted, the penis erection time is prolonged, and the treatment effect is improved.

Device for lengthening and / or straightening a penis, comprising: - a fastening element (1) configured to fasten a penis, - a traction device (2) connected to the fastening element and configured to exert a traction force on at least a part of the penis, - a traction force measuring device (3) configured to measure the traction force exerted on the penis during operation, - an electronic component (5) configured to determine a class associated with the measured traction force from a plurality of classes, wherein the plurality of classes includes a class which classifies an associated traction force as appropriate for operation, - an output device (7) connected to the fastening element and / or the traction device, configured to output the class determined by the electronic component haptically, audibly and / or visually when it classifies the measured traction force as appropriate for operation.and - a power source (6) for operating the electronic component, the tensile force measuring device and the output device.

A penile pump includes a head cover, a bottom end of the head cover is fixedly connected to a main body; a bottom end of the main body is fixedly connected to a base, a square box is fixedly connected inside the base, inside the square box is fixedly connected with a support frame, both left and right sides of the support frame are fixedly connected to connecting plates, an interior of the connecting plate is rotatably connected to a connecting rod, a bottom end of the connecting rod is fixed with a dual-head motor, and left and right driving ends of the dual-head motor are connected to eccentric wheels; both front and back sides of the eccentric wheel are fixedly connected to first fixing rods. In the invention, vibration helps promote the local metabolism of the penis, allowing cells to obtain more sufficient nutrients and oxygen.

The invention is directed to an erectile dysfunction treatment apparatus comprising: a pad adapted to contact a hind region of a patient, the pad including at least one acoustic wave actuator; a pouch connected to the pad, the pouch configured to wrap around the penile shaft, the pouch including at least one primary vibrating pad, and at least one primary LED; and a control unit electrically coupled to the at least one acoustic wave actuator, the at least one primary vibrating pad and the at least one primary LED, the control unit configured to provide first actuation signals to the at least one acoustic wave actuator for performing a neovascularization treatment and configured to provide second actuation signals to the at least one primary vibrating pad and the at least one primary LED for performing a vasodilation treatment.

A system is disclosed. The system has an accessory control module, comprising computer-executable code stored in non-volatile memory, a processor, a user device of a human viewer, a viewer accessory configured to communicate with the user device, the viewer accessory including a first motor or a first heater, a model device of a human model, and a model accessory configured to communicate with the model device, the model accessory including a second motor or a second heater. The accessory control module, the processor, the user device, the viewer accessory, the model device, and the model accessory are configured to provide a chat communication application between the human viewer and the human model configured to provide chat between the human viewer via the user device and the human model via the model device.

An ejaculation control nerve regulating device comprises a main unit and a stimulating component. The main unit includes an electrical stimulation circuit and an outputting electrode electrically connected to the electrical stimulation circuit. The electrical stimulation circuit has a multi-frequency stimulation circuit and a mixed-frequency circuit electrically connected to each other. The stimulating component has a contacting electrode and a stimulating electrode electrically connected to each other. The electrical stimulation circuit outputs the mixed-frequency stimulation current to the outputting electrode via the multi-frequency stimulation circuit and the mixed-frequency circuit, and the outputting electrode contacts the contacting electrode of the stimulating component and conducts the mixed-frequency stimulation current to the stimulating component. The electrical stimulation circuit outputs the mixed-frequency stimulation current via a weighted frequency mixing control method or a time-based frequency mixing control method.

Methods and apparatus for treating Peyronie's disease. In one embodiment, the method includes providing a plurality of inserts (34) with each insert (34) having a cavity (36) formed therein. Each cavity (36) is formed to receive and encapsulate the entire angulated penis of the patient. The degrees of angulation of the respective cavities (36) of the plurality of inserts (34) are a series of sequentially decreasing degrees of angulation that are all less than the initial degree of angulation of the angulated penis. The plurality of inserts (34) is used by the patient sequentially to gradually break down fibrotic plaque and gradually reshape the angulated penis with minimal discomfort to the patient. A stiff cylindrical housing (32) receives the plurality of inserts (34) in a sequential manner and creates a vacuum chamber (46) above each insert.

The invention provides a penis external supporting device and method for assisting male sexual dysfunction, and belongs to the technical field of medical instruments. The device comprises a sleeve-shaped main body made of a flexible biocompatible material and a built-in plastic deformation metal structure supporting piece, the front end and the rear end of the main body are provided with a first opening and a second opening respectively, the front end opening ensures that the glans penis is exposed to maintain sensitivity, and the internal metal supporting piece can be bent and shaped manually; after shaping, the bottom opening ensures that the ejaculation channel is not pressed, and the supporting force required for maintaining erection of the penis is provided. By means of the composite structure with the soft outer portion and the rigid inner portion and the humanized design with the two ends open, erection is effectively assisted, meanwhile, the physiological comfort level, sensitivity and the normal ejaculation function of a user are guaranteed to the maximum degree, and a safe, non-invasive and effective physical auxiliary instrument is provided for an erectile dysfunction patient.

A device for enhancing the tumescence of an erection is disclosed. The device has a body shaped to conform to the dorsal surface of a wearer's penis. A latch is disposed on one end of the body and a loop of elastic material extends from the opposite end of the body. A wearer attaches the device by stretching the loop from the body, placing the body against his penis, inserting his testicles through the loop and engaging the loop with the latch. One portion of the loop encircles the shaft of the penis in front of the scrotum and a second encircles the penis and scrotum behind the scrotum. Elastic rebound of the loop applies compressive force to the penis and scrotum, modifying blood flow in the penis and increasing tumescence.

Provided herein are devices, systems, and methods configured to alleviate erectile dysfunction and other health conditions by using an erectile dysfunction device, including by more effectively preventing outwards blood flow away from the penis while more effectively allowing inward blood flow into the penis to aid in erection initiation, maintenance, and stamina. The disclosed geometry, configuration, flexibility, and pliability of the device enable its use on flaccid or erect penises. The disclosed system comprising the penile constriction device and a band enables the system to apply an adjustable compressive force on a flaccid or an erect penis.

A gripping device 10 for gripping a distal portion of a penis comprises a threaded collar element 12 and a threaded tube element 20 rotationally mounted together. The gripping device 10 further compri

The present invention relates to a vessel dilation device for distal body parts and, particularly, to a vessel dilation device for distal body parts, the device promoting the dilation of blood vessels of the distal body parts (the hands, feet or penis) during use thereof so as to make the blood flow smoothly, thereby enabling blood circulation function to be improved and physical vitality to be increased. To this end, the present invention comprises: a main body, which has, therein, a first accommodation space into which a distal body part (the hands, feet or penis) is inserted, is made from a flexible material so as to closely encompass the distal body part inserted toward a closed one side portion thereof, and has a plurality of micro cut holes formed in the side surface thereof; and a housing, which has, therein, a second accommodation space in which the main body is inserted and mounted, and has, at one end portion thereof, a suction hole to which a decompressor is separably connected, and thus is induced into a vacuum state by allowing the air of the second accommodation space to be suctioned by means of the decompressor.

According to an aspect, an implantable medical device includes an electronic pump device configured to transfer fluid between a fluid reservoir and an inflatable member to inflate or deflate the inflatable member, and an external controller configured to wirelessly communicate with the electronic pump device. The external controller or the electronic pump device configured to receive a selected rigidity level from a user, convert the selected rigidity level to a target pressure value using an adjustment curve, compute a gauge pressure value using at least the target pressure value, and control inflation or deflation of the inflatable member using the gauge pressure value.

The present application provides a kind of male sexual function monitoring and behavior training control method and system, monitor the penile root, glans penis pressure value in sexual behavior training, calculate ejaculation latency;Penile tumescence degree value and glans penis tumescence degree value are calculated;Real-time current unit time sexual excitement degree value Ls is calculated, and according to the change of Ls, corresponding control mode is adopted, ejaculation time point, ejaculation latency and ejaculation latency number are extended.The present application can feed back the sexual excitement degree data of training to the trainer in real time, and according to the change of sexual excitement degree in training, the sexual excitement degree is promoted and controlled, and the ejaculation is controlled, for male sexual behavior training, extend the penile erection and ejaculation latency length, so as to continuously improve the ejaculation control of trainer, improve the brain ejaculation threshold, improve the penile blood vessel blood supply time, treat premature ejaculation, erectile dysfunction and other male sexual dysfunction.

A device for extending and / or straightening a penis includes a fastening element that fastens a penis, a traction device that is connected to the fastening element and that exerts a tractive force on a part of the penis, a tractive force measuring device that measures the tractive force exerted on the part of the penis in operation, an electronic component that ascertains a class assigned to the measured tractive force from plural classes including a class which classifies a tractive force assigned thereto as appropriate for operation, an output device that is connected to the fastening element and / or the traction device and that outputs the class haptically, acoustically, and / or visually when the measured tractive force is classified as appropriate for operation, and a power source for operating the electronic component, the tractive force measuring device, and the output device.

A penis training device for training a male penis, which consists of a heating device, a traction device, a vacuum suction device, etc., and can train the penis. By using this device for training, a male can achieve the purpose of making the penis longer and thicker. It is used to solve the problem of short male genitalia.

A flexible neuromodulation device and method capable of varying a neuromodulation therapy in order to prevent, delay, or control a sexual emission, and / or increasing an intensity of a sexual climax.

A condom is described in the form of a generally cylindrical sheath that extends along a central axis having an open end configured to accept a penis and an opposing closed end. On the inside surface of the sheath, one or more annular ribs are provided that extend radially inwardly towards the sheath's longitudinal axis. The ribs are configured to provide a greater hindrance to blood flow within a penis received in the condom in the direction of the open end as opposed to blood flow in the direction of the closed end.

The present disclosure relates to a device and a method of applying traction and vacuum forces to a penis of a human body. The method includes coupling a traction device to a penis, applying a traction force to the penis using a traction assembly of the traction device, and applying a vacuum force to the penis.

The invention relates to a penile compression device comprising: - upper (12s) and lower (12i) arms, and - right (14d) and left (14g) junctions connecting the right ends (16ds, 16di) of the upper and lower arms, and the left ends (16gs, 16gi) of the upper and lower arms, respectively, so as to define an opening (20), at least one of the upper and lower arms, referred to as the "flexible arm", being elastically flexible by pinching the device between the right and left junctions, the device in which said flexible arm is made of one or more materials having a Shore A hardness of less than 40. Abstract figure: Figure 2

A kit comprising at least one male condom having a condom base, a tubular sheath, and a reservoir tip, at least two wearable, silicone rings, each ring having an internal diameter that is different than the internal diameter of the other ring, and a single package comprising a first internal compartment and a second internal compartment, wherein the at least one male condom is contained in the first compartment, and the at least two wearable rings are contained in the second compartment.

The device of the present invention enables a method of promoting penile tissue growth and enhancing male urinary incontinence. An activation module surrounding a vacuum chamber is operatively connected to a vacuum pump and a vibrator. A control module directs operation of the vacuum pump and vibration module such that vacuum and vibration are applied to the user's penis within the vacuum chamber. Application of appropriate sequences of vacuum and vibration intervals over a plurality of cycles characterizes the performance of the method of the present invention. Application of appropriate levels of vacuum and vibration over cycles and intervals within cycles also characterizes the present invention.

According to an aspect, an implantable device includes a fluid reservoir configured to be implanted in a body of a patient at a first location, an inflatable member configured to be implanted in the body of the patient at a second location, and a pump assembly configured to be implanted in the body of the patient at a third location. The pump assembly is configured to transfer fluid from the fluid reservoir to the inflatable member in response to the implantable device being in an inflation mode, and the pump assembly configured to transfer the fluid from the inflatable member to the fluid reservoir in response to the implantable device being in a deflation mode. The pump assembly includes an electronic control module, an electronically powered pump, a first valve, and a second valve. The electronic control module is configured to activate or deactivate the electronically powered pump.

The invention relates to a device for lengthening and / or straightening a penis, comprising - a fastening element (1) designed to fasten a penis, - a pulling device (2) which is connected to the fastening element (1) and is designed to exert a pulling force on at least a part of the penis, - a traction force measuring device (3) designed to measure the traction force exerted on at least part of the penis during operation, - an electronic component (5) configured to determine a class associated with the measured tensile force from a plurality of classes, wherein the multiple classes include a class which classifies an associated tensile force as appropriate for operation, - an output device (7) connected to the fastening element (1) and / or the pulling device (2), which is configured to output the class determined by the electronic component (5) haptically, audibly and / or visually when it classifies the measured pulling force as appropriate for operation, and - a power source (6) for operating the electronic component (5), the tensile force measuring device (3) and the output device (7).

Techniques are disclosed for controlling fluid flow between a fluid reservoir and an inflatable member in an implantable fluid-operated device. Energy received from an external power transmission device is provided to charge a rechargeable battery of the implantable fluid-operated device. A waveform of electrical energy from the rechargeable battery is provided to a first piezoelectric element of a first piezoelectric pump of the implantable fluid-operated device to drive the first piezoelectric element to pump fluid from the fluid reservoir to the inflatable member. At least one capacitor of the implantable fluid-operated device is charged in response to a voltage generated by the first piezoelectric element when the first piezoelectric element returns to its neutral shape from a deformed shape. And the rechargeable battery is prevented from being charged based on the voltage generated by the first piezoelectric element.