An ultrasonic physiotherapy device for male erectile dysfunction

Abstract

An ultrasonic physiotherapy device for male erectile dysfunction comprises a stretching mechanism (10), a waveguide coupling capsule (20, 200), a pushing mechanism (30) and an ultrasonic generator (40), wherein the stretching mechanism (10) is used to stretch the penis along the extension direction of the penis clamping position; the waveguide coupling capsule (20, 200) is used to be closely coupled to the penis and simultaneously conduct ultrasonic waves to the cavernous body of the penis; the pushing mechanism (30) can be selectively arranged opposite to the waveguide coupling capsule (20, 200) and squeeze the penis into the waveguide coupling capsule for positioning; the ultrasonic generator (40) is coupled to the waveguide coupling capsule (20, 200) and is used to generate ultrasonic waves with sufficient ultrasonic energy and guide the ultrasonic waves into the waveguide coupling capsule (20). The ultrasonic physiotherapy device for male erectile dysfunction has flexible positioning, can be positioned for a long time and can act on ultrasonic waves without discomfort.

Description

Technical Field

[0001] The invention relates to the technical field of manipulators, and in particular to an ultrasonic physiotherapy device for male erectile dysfunction. Background Art

[0002] Male sexual function is a complex physiological reaction involving the nervous, endocrine, and vascular systems. It plays an important role not only in the continuation of the race, but also in the sexual love and family harmony of couples. Sexual dysfunction includes loss of libido, erectile dysfunction, and ejaculation disorder. Among them, erectile dysfunction is a common disease in men's medicine, and it has an increasing trend and a younger trend. Ultrasound therapy is an effective treatment for erectile dysfunction.

[0003] The prior art has the following problems:

[0004] The ultrasound head is easy to locate with respect to the swollen and engorged penis, but it is difficult to locate with respect to the soft penis.

[0005] Beijing Dongfang Biopharmaceutical Development Co., Ltd. and Beijing Wanboli Medical Device Co., Ltd. disclose a pulsed ultrasound treatment device for male erectile dysfunction (publication number: CN105726190A, publication date: 2016.7.6), including a treatment probe, the treatment probe includes: a coupling membrane 41, a coupling membrane fixing 42, a reflector 43, an ultrasonic transducer, i.e., a generator 44, an ultrasonic transducer fixing 45, a water nozzle 46 and an outer fixing protective sleeve 47. The coupling membrane 41 is used to contact the affected part during treatment. The principle is that a circulating water flow is arranged in front of the ultrasonic generator, and the circulating water flow is directly opposite to the coupling membrane 41, and the water flow is used to transmit ultrasonic waves to the coupling membrane, and the ultrasound is transmitted to the penis cavernous body through the coupling membrane. The low-intensity pulsed ultrasound that can be generated by the ultrasonic treatment device may improve the pathological changes of the erectile organ by promoting the formation of new blood vessels, promoting the proliferation of cavernous smooth muscle cells, improving the blood flow of the penis, and reducing the fibrosis of the penis, thereby improving the erectile organ pathological changes and ultimately improving the penis erectile function. However, the coupling membrane 41 of the treatment probe is not suitable for positioning on a very short and soft penis.

[0006] A method for penis congestion stimulation, detection and drug application (US6221021B120010424) disclosed by US NEUTRINO DEV CORP includes an ultrasonic generator 9 and a portable holder 10. The portable holder 10 includes a lower arc arm 18 and an upper arc arm 24 connected by bolts, which form a circular hole for positioning the penis. The inner surfaces of the lower arc arm 18 and the upper arc arm 24 are provided with a plurality of ultrasonic transmitters 19 and 22. The circular hole is suitable for positioning a penis that is swollen due to congestion, but not suitable for positioning a penis that is soft and short like a piece of skin.

[0007] In summary, exploring an ultrasound device that can locate a soft and short penis and ensure that ultrasound acts on the corpus cavernosum muscles and blood vessels, with excellent erection-improving effects, is a key problem that needs to be urgently solved in the physical therapy of male erectile dysfunction. Summary of the invention

[0008] In view of the defects existing in the above-mentioned prior art, the purpose of the present invention is to provide an ultrasonic treatment device for male erectile dysfunction to solve the technical problem of "being able to position the soft and short penis, ensuring that the ultrasound acts on the corpus cavernosum muscles and blood vessels, and having an excellent erection improvement effect".

[0009] The object of the present invention is achieved by providing an ultrasonic physiotherapy device for male erectile dysfunction, comprising a stretching mechanism, wherein the stretching mechanism is used to stretch the penis along the extension direction of the penis clamping position;

[0010] A waveguide coupling capsule is used to couple closely to the penis and transmit ultrasound waves to the corpus cavernosum of the penis;

[0011] A pushing mechanism, which can be opposite to the waveguide coupling capsule and push the penis into the waveguide coupling capsule for positioning;

[0012] An ultrasonic generating device comprises an ultrasonic generator, a horn and a waveguide head which are fixedly connected in sequence. The ultrasonic generating device is coupled to a waveguide coupling capsule to generate ultrasonic waves with sufficient ultrasonic energy and guide the ultrasonic waves into the waveguide coupling capsule.

[0013] Furthermore, the waveguide coupling capsule includes a first flexible capsule, a transfer tube joint and a wave-focusing lens, the transfer tube joint is provided with a fixed convex ring, the wave-focusing lens abuts against the lower part of the fixed convex ring, and a closed flexible cavity is formed between the first flexible capsule fixedly connected to the lower end of the transfer tube joint and the curved surface part of the wave-focusing lens, and the closed flexible cavity is filled with sound propagation liquid; a diaphragm is fixed at the upper end of the fixed convex ring, and a coupling cavity is provided between the straight back of the wave-focusing lens and the diaphragm, and the coupling cavity is filled with sound propagation liquid.

[0014] Furthermore, the ultrasonic generating device is fixedly connected to the waveguide coupling capsule. Specifically, the adapter pipe joint is located below the fixed convex ring and is provided with a waveguide head hole. The adapter pipe joint is fixedly connected to the ultrasonic generating device so that the waveguide head abuts against the diaphragm and is coaxially and freely vibrated up and down in the waveguide head hole.

[0015] Furthermore, the waveguide coupling capsule comprises a rotating flexible capsule, wherein the rotating flexible capsule contains a sound conducting liquid, and the rotating flexible capsule is rotatably arranged on a fixed shaft, and the fixed shaft is fixed to a U-shaped support.

[0016] Furthermore, the ultrasonic generating device can be telescopically moved to abut the waveguide coupling capsule. Specifically, an ultrasonic head through hole is provided on the bottom wall of the U-shaped support axially opposite to the rotating flexible capsule, and the waveguide head is telescopically arranged in the ultrasonic head through hole.

[0017] Furthermore, it also includes a telescopic device for driving the ultrasonic generating device to switch between a suspended state and a resisting ultrasonic state; in the suspended state, the waveguide head leaves the waveguide coupling capsule, and the rotating flexible capsule can rotate freely around the fixed axis; in the resisting ultrasonic state, the waveguide head has a concave arc surface, the concave arc surface abuts against the rotating flexible capsule and transmits ultrasonic waves to the sound conducting liquid through the rotating flexible capsule (201).

[0018] Furthermore, the telescopic device includes a turbine motor and a guide slide cylinder, the worm of the turbine motor is fixedly connected to the ultrasonic generating device, and the ultrasonic generating device is slidably arranged on the guide slide cylinder; the ultrasonic generating device is fixedly arranged on the shockproof ring plate, and in the ultrasonic resistance state, the shockproof ring plate abuts against the bottom stop portion of the guide slide cylinder.

[0019] Furthermore, the pushing mechanism includes at least one rigid roller, the outer circumferential surface of the rigid roller is provided with an arc groove portion and a circumferential portion located on both sides of the arc groove portion, the second flexible bag is fixedly bonded to the circumferential portion on both sides so that it forms a liquid-filled annular cavity with the arc groove portion, and the liquid-filled annular cavity is provided with a filling liquid that can be controlled to enter and exit the liquid-filled annular cavity to control the internal pressure of the liquid-filled annular cavity to expand or contract the second flexible bag.

[0020] Furthermore, the stretching mechanism includes a flexible tube membrane, a straightening soft belt and a telescopic movement source, the flexible tube membrane has an integrally formed elastic ring portion and a spherical membrane portion, when the elastic ring portion is clamped on the inner side of the glans penis, the spherical membrane portion is tightly wrapped around the glans penis; the straightening soft belt is fixedly connected to the telescopic movement source.

[0021] Furthermore, it includes a holding arm, which is pivotally connected to an L-shaped pushing arm; one end of the L-shaped pushing arm is pivotally connected to a driving cylinder, and the other end of the L-shaped pushing arm is provided with a pushing mechanism, and the driving cylinder is fixed to the holding arm, and the driving cylinder drives the L-shaped pushing arm to switch between an open state and a closed state; in the open state, the pushing mechanism is away from the waveguide coupling capsule; in the closed state, the pushing mechanism abuts against the penis to push the penis against the waveguide coupling capsule.

[0022] The ultrasonic physiotherapy device for male erectile dysfunction coordinately positions a soft penis through a stretching mechanism, a waveguide coupling capsule and a pushing mechanism. The waveguide coupling capsule can press and position the entire penis, and can also roll and position a part of the penis. The device can position and act with ultrasound for a long time without discomfort. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 This is a main cross-sectional view of Example 1 of an ultrasonic therapy device for male erectile dysfunction according to the present invention.

[0024] Figure 2 The present invention is an ultrasonic physiotherapy device for male erectile dysfunction. Figure 1 Left section view of the pushing position.

[0025] Figure 3 The present invention is an ultrasonic physiotherapy device for male erectile dysfunction. Figure 1 Left sectional view of the open position.

[0026] Figure 4 The present invention is a schematic diagram of a stretching mechanism of a first embodiment of an ultrasonic therapy device for male erectile dysfunction.

[0027] Figure 5 This is a main cross-sectional view of a suspended state of a second embodiment of an ultrasonic therapy device for male erectile dysfunction according to the present invention.

[0028] Figure 6 This is a main cross-sectional view of the ultrasonic interference state of the second embodiment of the ultrasonic therapy device for male erectile dysfunction of the present invention.

[0029] Reference numerals in the above figures:

[0030] 1 holding arm, 2 clamping positions, 3 racks

[0031] 10 stretching mechanism, 11 flexible membrane, 12 straightening soft belt, 13 telescopic moving source, 14 elastic ring part, 15 spherical membrane part

[0032] 20 waveguide coupling capsule, 21 first flexible capsule, 22 adapter joint, 23 sound propagation fluid, 24 closed flexible cavity, 25 fixed convex ring, 26 wave focusing lens, 27 diaphragm, 28 coupling cavity, 29 penis clamping position

[0033] 201 rotating flexible capsule, 202 U-shaped support, 203 ultrasonic head through hole, 204 sound transmission fluid, 205 rotating bearing, 206 fixed shaft, 209 penis clamping position

[0034] 30 pushing mechanism, 31 rigid roller, 32 arc groove portion, 33 circumferential portion, 34 liquid-filled annular cavity, 35 filling liquid, 36 liquid source, 37 L-shaped pushing arm, 38 driving cylinder

[0035] 40 ultrasonic generator, 41 ultrasonic generator, 42 amplitude transformer, 43 waveguide head, 44 anti-vibration ring plate, 45 elastic support, 46 concave arc surface

[0036] 50 telescopic device, 51 turbine motor, 52 guide slide DETAILED DESCRIPTION

[0037] The embodiments of the present invention are described in detail below in conjunction with the accompanying drawings, but are not intended to limit the scope of the present invention.

[0038] Example 1

[0039] like Figure 1-4 As shown, an ultrasonic physiotherapy device for male erectile dysfunction comprises

[0040] A stretching mechanism 10, wherein the stretching mechanism 10 is used to stretch the penis;

[0041] A waveguide coupling capsule 20, wherein the waveguide coupling capsule 20 is used to closely couple to the entire penis and simultaneously conduct unfocused ultrasound waves to the corpus cavernosum of the penis;

[0042] A pushing mechanism 30, wherein the pushing mechanism 30 can be opposite to the waveguide coupling capsule 20 and can push the entire penis into the waveguide coupling capsule for positioning;

[0043] The ultrasonic generating device 40 is fixedly connected to the coupling waveguide head 20 and is used to generate ultrasonic waves with sufficient frequency and intensity and guide the ultrasonic waves into the waveguide coupling capsule 20 .

[0044] It also includes a holding arm 1, on which a waveguide coupling capsule 20 and a pushing mechanism 30 are relatively fixed, and a long hole-shaped clamping position 2 is formed between the waveguide coupling capsule 20 and the pushing mechanism 30, and a stretching mechanism 10 is axially fixed to the clamping position 2, and the stretching mechanism 10 is connected to the penis.

[0045] The stretching mechanism 10 includes a flexible tube membrane 11, a straightening soft belt 12 and a telescopic moving source 13. The flexible tube membrane 11 has an integrally formed elastic ring portion 14 and a spherical membrane portion 15. The axis of the elastic ring portion 14 extends a certain length, such as 5-10 mm, and its diameter can be elastically expanded to be clamped on the inner side of the glans penis. The spherical membrane portion 15 is tightly wrapped around the glans penis. Preferably, the inner wall of the elastic ring portion 14 is provided with a textured surface to increase friction; in a natural state, the inner diameter of the elastic ring portion 14 is smaller than the inner diameter of the entrance of the spherical membrane portion 15. One end of the straightening soft belt 12 is integrally connected to the flexible tube membrane 11, and the other end is connected to the telescopic moving source 13, and the telescopic moving source 13 is fixed to the holding arm 1.

[0046] The waveguide coupling capsule 20 includes a first flexible capsule 21, a transfer tube joint 22 and a wave focusing lens 26. The first flexible capsule 21 is fixedly connected to one end of the transfer tube joint 22 to form a closed flexible cavity 24. The closed flexible cavity 24 is filled with sound propagation liquid 23. The closed flexible cavity 24 is connected to a debubbling device to form a closed cycle, so that the volume content of gas in the sound propagation liquid 23 is less than 0.1% by volume. The first flexible capsule 21 is arranged to cover the entire stretched penis. A fixed convex ring 25 is provided in the middle of the transfer tube joint 22. The wave focusing lens 26 is arranged against the upper part of the fixed convex ring 25 in a liquid-tight manner. A diaphragm 27 is fixed at the upper end of the fixed convex ring 25. A coupling cavity 28 is provided between the wave focusing lens 26 and the diaphragm 27. The coupling cavity 28 is filled with sound propagation liquid 23. The diaphragm 27 is closely fixedly connected to the metal waveguide head 41 of the ultrasonic generator 40. The wave focusing lens 26 is made of transparent polyethylene and can focus the ultrasonic waves passing through it to a sound wave focus F. The transfer tube joint 22 is fixed to the frame 3. The surface of the first flexible bag 21 opposite to the pushing mechanism 30 forms a penis clamping portion 29 .

[0047] The focusing lens 26 has a concave surface 25.1 and a straight surface 25.2 opposite to the concave surface. The concave surface 25.1 has a certain curvature. When abutting and positioning, the concave surface 25.1 can focus the ultrasound wave λ injected from the straight part to the outside of the penis, so that only the ultrasound wave radiates the penis, not focusing on the penis, to prevent the heating and vibration effects when the ultrasound energy is applied to the penis, and not focusing on the penis tissue and burning the penis tissue.

[0048] The pushing mechanism 30 includes at least one rigid roller 31, the outer circumference of which is provided with an arc groove 32 and circumferential portions 33 located on both sides of the arc groove. The second flexible capsule 33 is fixedly bonded to the circumferential portion 33 at both sides so as to form a liquid-filled annular cavity 34 with the arc groove 32. The liquid-filled annular cavity 34 is provided with a filling liquid 35 which can be controlled to enter and exit. The liquid-filled annular cavity 34 is connected to a liquid source 36 through a liquid inlet hose and a liquid outlet hose. When facing the waveguide coupling capsule 20, the arc groove 32 is directly opposite to the first flexible capsule 21 and holds the soft penis between the two.

[0049] The pushing mechanism 30 is arranged on an L-shaped pushing arm 37, and the L-shaped pushing arm 37 is rotatably arranged on the holding arm 1. The long section of the L-shaped pushing arm 37 is provided with at least one rigid roller 31, and the short section and the long section are located on both sides of the pivot. The short section is connected to the driving cylinder 38, and the driving cylinder 38 drives the L-shaped pushing arm 37 to switch between the open position and the pushing position.

[0050] The ultrasonic generator 40 comprises an ultrasonic generator 41, an horn 42 and a waveguide 43. The ultrasonic generator 41 is fixedly connected to the horn 42, and the horn 42 is fixedly connected to the waveguide 43. The ultrasonic generator is fixedly connected to the holding arm 1 via a shockproof ring plate 44.

[0051] During operation, the liquid source 36 pumps the filling liquid 35 to the liquid filling annular cavity 34, causing the second flexible capsule 33 to expand and bulge in an annular shape, pushing the soft penis to be close to the first flexible capsule 21, turning on the ultrasonic generator 40, and the ultrasonic wave enters the cavernous body tissue of the penis from the waveguide head through the sound propagation liquid 23 in the coupling cavity 28, the wave focusing lens 26, the sound propagation liquid 23 in the closed flexible cavity 24, and the first flexible capsule 21. At this time, the focus F of the sound wave is located outside the liquid filling annular cavity 34, and the filling liquid 35 in the liquid filling annular cavity 34 is not heated. The filling liquid 35 is kept close to the human body temperature, which is about 36.5.

[0052] After the work is completed, the liquid source 36 sucks the filling liquid 35 to cause the second flexible bag 33 to collapse until it is close to the inner wall of the arc groove 32. Remove the straightened soft belt 12 from the telescopic movement source 13 and remove the flexible tube membrane 11 from the penis.

[0053] A coupling agent may be applied to the surface of the first flexible capsule 21 of the waveguide coupling capsule 20. The coupling agent includes various drugs with different therapeutic effects and can penetrate into the penis tissue through ultrasound.

[0054] Ultrasonic therapy device, with main frequency of 800kHz-1MHz, power of 1-3w / cm 2 The ultrasonic energy is applied to the penile tissue through an unfocused ultrasonic beam to achieve a therapeutic effect. The effect of the unfocused ultrasonic beam applied to the penis has a thermal mechanism and a mechanical effect. The thermal mechanism is that the corpus cavernosum of the penis has the characteristic of sound absorption of ultrasound, and part of the ultrasonic energy is converted into thermal energy, which increases the temperature of the corpus cavernosum of the penis; the mechanical effect is that when ultrasound propagates in the corpus cavernosum of the penis, its elastic vibration and pressure will have a direct therapeutic effect on the cells and tissue structure. The two effects will promote the growth, recovery and regulation of the corpus cavernosum tissue. Long-term action will improve the congestion of the corpus cavernosum and have an excellent erection improvement effect.

[0055] Example 2

[0056] The fixed waveguide coupling capsule is changed to a rotatable one, and the other structures are the same as those in Example 1.

[0057] like Figure 5 , 6 As shown, an ultrasonic physiotherapy device for male erectile dysfunction comprises

[0058] A stretching mechanism 10, wherein the stretching mechanism 10 is used to stretch the penis;

[0059] A waveguide coupling capsule 20, wherein the waveguide coupling capsule 20 is used to roll and couple closely to the penis part and transmit ultrasonic waves to the cavernous body of the penis;

[0060] A pushing mechanism 30, wherein the pushing mechanism 30 can be opposite to the waveguide coupling capsule 20 and can push the penis into the waveguide coupling capsule for positioning;

[0061] The ultrasonic generating device 40 can abut against the waveguide coupling capsule 20 to generate ultrasonic waves with sufficient frequency and intensity and guide the ultrasonic waves into the waveguide coupling capsule 20 .

[0062] The telescopic device 50 is used to drive the ultrasonic generating device 40 to switch between a suspended state and an ultrasonic resistance state.

[0063] The waveguide coupling capsule 20 includes a rotating flexible capsule 201, wherein the rotating flexible capsule 201 contains an acoustic conductive liquid 204, the inner ring of the rotating bearing 205 is fixed to the fixed shaft 206, the rotating flexible capsule is fixedly connected to the outer ring of the rotating bearing 205, and together with the outer ring, is rotatably arranged on the fixed shaft 206 relative to the inner ring, and the fixed shaft 206 is fixed to the two side walls of the U-shaped support 202. The U-shaped support 202 is fixed to the holding arm 1. The bottom wall of the U-shaped support 202 is provided with an ultrasonic head through hole 203, and the ultrasonic device 40 is telescopically arranged in the ultrasonic head through hole 203.

[0064] The telescopic device 50 includes a turbine motor 51 and a guide slide 52. The ultrasonic generator 40 is fixedly mounted on a housing 44. The bottom of the housing 44 is connected to an elastic support 45. The elastic support 45 is slidably mounted on the guide slide 52. The guide slide 52 is fixed to the holding arm 1. The waveguide head 43 of the ultrasonic generator has a concave arc surface 46.

[0065] The telescopic worm of the turbine motor 51 is fixedly connected to the housing 44. The telescopic device 50 drives the ultrasonic generating device 40 to be telescopically movable in the guide slide cylinder 53, so that the ultrasonic generating device 40 is switched between a suspended state and an ultrasonic resistance state.

[0066] Preferably, a small roller 47 is provided on the concave arc surface 46 of the waveguide head 43, so that when the concave arc surface 46 of the waveguide head 43 contacts the rotating flexible capsule 201 and applies ultrasonic waves in the ultrasonic resistance state, the rotating flexible capsule 201 can still be rolled.

[0067] The ultrasonic generator 40 is in a suspended state, and is suitable for positioning the waveguide coupling capsule 20 and the pushing mechanism 30 at a certain position of the penis. The telescopic device 50 drives the waveguide head 43 to move down to the state of resisting ultrasound, and the ultrasonic generator 41 is started, and the waveguide head 43 transmits ultrasound to the penis cavernous body through the sound conduction liquid 204 and the rotating flexible capsule 201. When the waveguide head 43 resists the rotating flexible capsule 201, the rotating flexible capsule 201 can also be rolled, so that the handheld ultrasonic treatment device and the coupling agent can roll back and forth along the straightening direction at the patient's penis position to achieve the purpose of physical therapy.

[0068] Because of the rolling positioning, no matter the penis is in a soft state or in a swollen state, it can be flexibly rolled and positioned along the length direction of the penis, which is convenient for handheld operation.

[0069] The ultrasonic treatment device for male erectile dysfunction solves the technical problem of "being able to locate a soft and short penis, ensuring that ultrasound acts on the cavernous muscles and blood vessels, and having an excellent erection improvement effect" by the following means:

[0070] (1) The stretching mechanism 10, the waveguide coupling capsule 20 and the pushing mechanism 30 coordinately position the soft penis

[0071] The stretching mechanism 10 is connected to the telescopic moving source 13 through the flexible tube membrane 11 and the straightened soft belt 12, so as to straighten the soft penis and make it close to the waveguide coupling capsule 20. The pushing mechanism 30 drives the L-shaped pushing arm to the pushing position by driving the oil cylinder 38, and at the same time, the second flexible capsule 33 expands and pushes the penis close to the waveguide coupling capsule 20.

[0072] The three work together to position the soft penis so that the entire penis is exposed to the ultrasound emission path for treatment.

[0073] (2) The waveguide coupling capsule 20 can press and position the entire penis, and the waveguide coupling capsule 20 can roll and position a part of the penis

[0074] The waveguide coupling capsule 20 is for pressure positioning, and the entire straightened penis is pressed by the first flexible capsule 21. Once pressed and pushed by the pushing mechanism 30 on the opposite side, the pressure positioning of the penis is completed, and the ultrasonic generating device can be started and the ultrasonic wave is focused on the entire penis through the wave focusing lens 26. The pressure positioning is suitable for the penis in a soft state.

[0075] The waveguide coupling capsule 20 is rolling positioning, which rolls against the penis by rotating the flexible capsule 201, and at the same time, the rigid roller 31 and the second flexible capsule 33 of the pushing mechanism also roll against the penis, and the two clamp a certain part of the penis perpendicular to the extension direction of the penis clamping position to complete the rolling positioning. During rolling positioning, it can be preferably suitable for the penis to be engorged and swollen without a sense of oppression, and it is suitable for long-term positioning and ultrasound. Of course, rolling positioning is also suitable for a penis in a soft state, because there is the effect of the straightening mechanism 10, and rolling abutment is also very convenient for positioning.

[0076] The ultrasonic treatment device for male erectile dysfunction, the stretching mechanism, the waveguide coupling capsule and the pushing mechanism cooperate to position the soft penis, the waveguide coupling capsule can press and position the entire penis, and can also roll and position a part of the penis, positioning and applying ultrasound for a long time without discomfort.

Claims

1. An ultrasonic therapy device for male erectile dysfunction, It is characterized in that include A stretching mechanism (10), the stretching mechanism (10) comprising a flexible tube membrane (11) arranged on the glans penis, used for straightening the penis and achieving abutment positioning of the penis through a waveguide coupling capsule (20) and a pushing mechanism (30); The waveguide coupling capsule (20) is used for tightly coupling to the penis and transmitting ultrasonic waves to the cavernous body of the penis. The waveguide coupling capsule (20) comprises a first flexible capsule (21), a transfer pipe joint (22) and a wave focusing lens (26). The first flexible capsule (21) is fixedly connected to one end of the transfer pipe joint (22) to form a closed flexible cavity (24). The closed flexible cavity (24) is filled with a sound propagation liquid (23). The first flexible capsule (21) covers the entire extended The adapter tube connector (22) is provided with a fixed convex ring (25) in the middle, a wave focusing lens (26) is arranged against the upper part of the fixed convex ring (25) in a liquid-tight manner, a diaphragm (27) is fixed on the upper end of the fixed convex ring (25), a coupling cavity (28) is provided between the wave focusing lens (26) and the diaphragm (27), the coupling cavity (28) is filled with sound propagation liquid (23), and the diaphragm (27) is closely fixedly connected to a metal waveguide head (41) of an ultrasonic generator (40); A pushing mechanism (30), wherein the pushing mechanism (30) can be arranged opposite to the waveguide coupling capsule (20) and can push the penis into the waveguide coupling capsule for positioning. The pushing mechanism (30) comprises at least one rigid roller (31), wherein the outer circumferential surface of the rigid roller (31) is provided with an arc groove portion (32) and a circumferential portion (33) located on both sides of the arc groove portion. The second flexible capsule is fixedly bonded to the circumferential portion (33) at both sides so that it and the arc groove portion (32) form a liquid-filled annular cavity (34), wherein a filling liquid (35) can be controlled to enter and exit the liquid-filled annular cavity (34), and the liquid-filled annular cavity (34) is connected to a liquid source (36) through a liquid inlet hose and a liquid outlet hose, so that, when working, the liquid source (36) pumps the filling liquid (35) into the liquid-filled annular cavity (34), causing the second flexible capsule to expand and bulge in an annular shape, thereby pushing the soft penis to be close to the first flexible capsule (21), and turning on the ultrasonic generator (40) to achieve physical therapy; An ultrasonic generating device (40), the ultrasonic generating device (40) comprising an ultrasonic generator (41), a horn (42) and a waveguide head (43) which are fixedly connected in sequence, the ultrasonic generating device (40) being coupled to a waveguide coupling capsule (20) and used for generating ultrasonic waves with sufficient ultrasonic energy and guiding the ultrasonic waves into the waveguide coupling capsule (20).

2. The ultrasonic therapy device for male erectile dysfunction as claimed in claim 1, It is characterized in that The ultrasonic generating device (40) is fixedly connected to the waveguide coupling capsule (20). Specifically, the adapter tube joint (22) is provided with a waveguide head hole (22.1) below the fixed convex ring (25). The adapter tube joint (22) is fixedly connected to the ultrasonic generating device (40), so that the waveguide head (43) abuts against the diaphragm (27) and is coaxially arranged in the waveguide head hole (22.1) to freely vibrate up and down.

3. The ultrasonic therapy device for male erectile dysfunction as claimed in claim 1, It is characterized in that The waveguide coupling capsule (20) comprises a rotating flexible capsule (201), wherein the rotating flexible capsule (201) contains a sound conducting liquid (204), and the rotating flexible capsule (201) is rotatably arranged on a fixed shaft (206), and the fixed shaft (206) is fixed to a U-shaped support (202).

4. The ultrasonic therapy device for male erectile dysfunction as claimed in claim 3, It is characterized in that It also includes a telescopic device (50) for driving the ultrasonic generating device (40) to switch between a suspended state and an ultrasonic-contacting state; in the suspended state, the waveguide head (43) leaves the waveguide coupling capsule (20), and the rotating flexible capsule (201) can rotate freely around the fixed axis (206); in the ultrasonic-contacting state, the waveguide head (43) has a concave arc surface (46), and the concave arc surface (46) abuts against the rotating flexible capsule (201) and transmits ultrasonic waves to the sound-conducting liquid (204) through the rotating flexible capsule (201).

5. The ultrasonic therapy device for male erectile dysfunction as claimed in claim 4, It is characterized in that The ultrasonic generating device (40) is telescopically movable against the waveguide coupling capsule (20). Specifically, an ultrasonic head through hole (203) is provided on the bottom wall of the U-shaped support (202) axially opposite to the rotating flexible capsule, and the waveguide head (43) is telescopically arranged in the ultrasonic head through hole (203).

6. The ultrasonic therapy device for male erectile dysfunction as claimed in claim 5, It is characterized in that The telescopic device (50) comprises a turbine motor (51) and a guide slide cylinder (52); the worm of the turbine motor (51) is fixedly connected to the ultrasonic generating device (40), and the ultrasonic generating device (40) is slidably arranged on the guide slide cylinder (52); the ultrasonic generating device (40) is fixedly arranged on the shockproof ring plate (44), and in the ultrasonic resistance state, the shockproof ring plate (44) abuts against the bottom stop portion of the guide slide cylinder (52).

7. An ultrasonic therapy device for male erectile dysfunction as claimed in claim 1, It is characterized in that The stretching mechanism (10) comprises a flexible tube membrane (11), a straightening soft belt (12) and a telescopic movement source (13); the flexible tube membrane (11) comprises an elastic ring portion (14) and a spherical membrane portion (15) which are integrally formed; when the elastic ring portion (14) is clamped on the inner side of the glans penis, the spherical membrane portion (15) is tightly wrapped around the glans penis; the straightening soft belt (12) is fixedly connected to the telescopic movement source (13).

8. An ultrasonic therapy device for male erectile dysfunction as claimed in claim 1, It is characterized in that The invention comprises a holding arm (1), wherein the holding arm (1) is pivotally connected to an L-shaped pushing arm (37); one end of the L-shaped pushing arm (37) is pivotally connected to a driving cylinder (38), and the other end of the L-shaped pushing arm (37) is provided with a pushing mechanism (30); the driving cylinder (38) is fixed to the holding arm (1), and the driving cylinder (38) drives the L-shaped pushing arm (37) to switch between an open state and a closed state; in the open state, the pushing mechanism (30) is away from the waveguide coupling capsule (20); in the closed state, the pushing mechanism (30) abuts against the penis to push the penis against the waveguide coupling capsule (20).

Images