CN2562743Y - Ejaculation controller - Google Patents

Abstract

An ejaculation controller for the male to stop ejaculation feeling when training and treating early ejaculation is composed of a bag and a fluid pressurizing unit connected to said bag, which is a unit connected to the tail end of catheter for injecting fluid into said bag, and a ring bag unit for expanding the fluid to press the frenulum of male's glans to stop ejaculation.

Description

ejaculation controller

technical field

The utility model relates to a medical device, in particular to an ejaculation controller used for auxiliary training for stopping the ejaculation sensation when it is used in the training and treatment of premature ejaculation symptoms.

Background technique

Premature ejaculation (commonly known as premature ejaculation) is an embarrassing problem for men. According to the definition of the well-known American doctors Masters and Johnson (Masters and Johnson), premature ejaculation refers to "the process of being unable to control one's own ejaculation in more than half of the number of sexual acts to meet the needs of the partner." The so-called Premature ejaculation is a kind of dissatisfaction with the whole sexual behavior process, most of which are manifestations of mental or psychological states, and only a small part can be considered pathological. Therefore, most premature ejaculation is mostly affected by psychological factors. Different degrees of premature ejaculation can be said to be different degrees of anxiety. Therefore, most of the symptoms of premature ejaculation can be improved through auxiliary training.

Among the many treatments for premature ejaculation, the training method proposed by Master and Johnson is one of the methods commonly used in the medical field at present, and its effective treatment rate is as high as 97.8%, which is the best treatment method. This method is carried out by the male patient and his sexual partner. When the male feels ejaculation, stop all activities immediately, hold the penis in his hand, take a deep breath, and hold his breath firmly to prevent ejaculation. There are two ways to touch the penis: one is to use the squeeze method, that is, when you feel ejaculation, use the thumbs of both hands to press the frenulum of the glans, and press the index finger and middle finger ring against the back of the penis for five seconds to make the glans Feel a little pain, let the feeling of ejaculation disappear; the other two is to adopt the stop and move method, that is, when you feel ejaculation, hold the penis lightly with both hands, do not make any movement at all, let the feeling of ejaculation disappear automatically, so, after a period of time Regular practice, generally the symptoms of premature ejaculation can be improved to a certain extent.

Although the method proposed by Master and Johnson mentioned above is a good treatment training method, there are still some problems to be overcome in the process of treatment training, among which:

1. The patient and his sexual partner must cooperate closely to complete the procedure.

2. The treatment method is that the male patient must stop sexual activity before ejaculation, and immediately withdraw the penis from the vagina, and then squeeze it with his hands. Generally, when the male patient feels ejaculation, there is only a short period of ejaculation. It is only a few seconds. Due to the tight time, it is usually difficult for the patient to complete the above actions in time, and it is easy to cause emotional tension and lose control of the patient in a hurry, resulting in failure to effectively complete the action of stopping ejaculation, and it is difficult to achieve the expected therapeutic training effect. , thus prolonging the time of therapeutic training.

Contents of the invention

In order to overcome the above-mentioned problems existing in the existing treatment of premature ejaculation therapy, the utility model provides an ejaculation controller, which allows patients suffering from premature ejaculation symptoms to carry out the ejaculation treatment training of Master and Johnson, It is used to assist patients to control themselves, reduce variables in the treatment process, and improve the simplicity and ease of treatment training.

The technical scheme that the utility model solves its technical problem adopts is:

An ejaculation controller, characterized in that: it is composed of a pouch assembly and a fluid pressurization assembly, the pouch assembly is provided with an elastic ring pouch that can be filled with fluid and inflated, and is used to correspond to the male penis On the frenulum of the glans penis, a first conduit is connected to the ring pouch; the fluid pressurizing component is a component connected to the end of the conduit and can be driven to inject fluid into the pouch component.

In the aforementioned ejaculation controller, the pouch assembly further includes an end pouch that can be inflated by injecting fluid, the end pouch corresponds to the front end of the male glans penis, and the end pouch is connected with a second catheter connected to the fluid pressurizing assembly.

The aforementioned ejaculation controller, wherein the ring pouch and the end pouch of the pouch assembly are integrally formed in a condom, and the end pouch and the ring pouch are respectively located inside the condom relative to the front end of the glans and the glans of the male penis At the position of the lace, the conduit protrudes out of the condom to connect to the fluid pressurized assembly.

In the aforementioned ejaculation controller, the ring pouch and the end pouch of the pouch assembly can be set in an auxiliary device with an artificial vagina, respectively located in the artificial vagina relative to the glans front end and the glans frenulum of the male penis.

In the aforementioned ejaculation controller, the fluid pressurizing component has a group of filling members capable of injecting fluid into the end capsule and the ring capsule simultaneously.

The aforementioned ejaculation controller, wherein the filling member has an elastic sphere, the elastic sphere is provided with an air inlet, the air inlet is provided with a one-way valve that can only enter the elastic sphere in one direction, and the connection between the elastic sphere and the catheter is provided There is a one-way valve that can only discharge air toward the conduit in one direction, and a pressure relief knob is provided near the elastic ball in the conduit.

The aforementioned ejaculation controller, wherein the filling member has a container filled with fluid, one end of the container is connected to the conduit, and the other end is an open end, and a piston rod with a piston block at one end is installed in the container, and the piston The end of the rod with the piston block is located in the accommodating part, and the other end extends out of the accommodating part.

The aforementioned ejaculation controller, wherein the filling member is composed of a container that can be filled with fluid, a pressurized motor, a timing switch, a flow control setting device and a power supply component, which constitute an automatic control fluid injected into the capsule A component that can withdraw fluid from the pouch assembly in the pouch assembly.

In the aforementioned ejaculation controller, the fluid pressurizing component is provided with two groups of filling members for injecting fluid into the end capsule bag and the ring capsule bag respectively.

The aforementioned ejaculation controller, wherein the filling member has an elastic sphere, the elastic sphere is provided with an air inlet, the air inlet is provided with a one-way valve that can only enter the elastic sphere in one direction, and the connection between the elastic sphere and the catheter is provided There is a one-way valve that can only discharge air toward the conduit in one direction, and a pressure relief knob is provided near the elastic ball in the conduit.

The aforementioned ejaculation controller, wherein the filling member has a container filled with fluid, one end of the container is connected to the conduit, and the other end is an open end, and a piston rod with a piston block at one end is installed in the container, and the piston The end of the rod with the piston block is located in the accommodating part, and the other end extends out of the accommodating part.

The aforementioned ejaculation controller, wherein the filling member includes a container that can be filled with fluid, a pressurizing motor, a timing switch, a flow control setting device and a power supply component, forming a fluid that can be automatically controlled to be injected into the pouch Assembly, and the assembly that can withdraw fluid from the bladder assembly.

In the aforementioned ejaculation controller, the filling member is installed on a belt that wraps around the body of the operator.

In the aforementioned ejaculation controller, several protrusions are arranged on the inner ring surface of the ring capsule bag.

The advantages of the present utility model include:

1. The design of the ejaculation controller only needs to make the fluid pressurization component inject fluid into the capsular bag component, let the capsular bag expand and exert pressure on the specific part of the male penis to stop ejaculation, which can simplify the ejaculation control treatment procedure, and male patients can control it by themselves and you are done.

2. The ejaculation controller allows male patients to perform therapeutic training with their sexual partners. Before ejaculation, the male patient does not need to withdraw the penis from the female vagina. As long as he remains still, he can calmly and directly pass the ejaculation controller on the penis. Pressure prevents ejaculation, so that male patients can control the treatment process by themselves and reduce the influencing factors in the treatment process.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a schematic plan view of an embodiment of the utility model applied to a condom.

Fig. 2 is a schematic plan view of another embodiment of the fluid filling member of the present invention.

Fig. 3 is a schematic plan view of another embodiment of the fluid filling member of the present invention.

Fig. 4 is a schematic plan view of an embodiment of the utility model applied in an auxiliary device with an artificial vagina.

Explanation of reference numbers:

1. Pouch assembly 10. Ring pouch

101. Protrusions 11. Catheters

12. End pouch

2. Fluid pressurization components 20. Filling components

21. Accommodating parts 22. Pressurized motor

23. Power supply components 24. Belt

20a. Filling component 21a. Elastic sphere

211a, air inlet 22a, pressure relief knob

20b. Filling components 21b. Accommodating parts

22b, piston rod 23b, piston block

3. Penis condom 4. Artificial vagina

Detailed ways

For the specific embodiment of the ejaculation controller of the present invention, please refer to shown in Figure 1, which includes:

A pouch assembly 1, which at least has an elastic ring pouch 10 that can be filled with fluid and expanded, and is used to be looped on the penumbral part of the male glans penis, and a first catheter 11 is connected to the pouch 10;

A fluid pressurizing component 2 is a component connected to the end of the catheter 11, which can be manually or electrically driven to inject fluid into the pouch component 1, so that the pouch component 1 is inflated due to fluid injection, and the frenulum of the male glans penis is applied. Use pressure to prevent ejaculation.

As shown in FIG. 1 , the pouch assembly 1 still includes an end pouch 12 , the end pouch 12 is connected with a second conduit 11 connected to the fluid pressurization assembly 2 , so that the end pouch 12 can be injected through the fluid pressurization assembly 2 The fluid expands, and produces a buffer force on the front of the male glans to reduce the sensitivity of the glans and delay the ejaculation sensation.

As shown in Figure 1, there are several protrusions 101 on the inner ring surface of the ring bag 10 of the bag assembly 1, and the protrusions 101 can be convex grains, embossed lines or other types of protrusions to improve the ring bag. When the bag 10 is inflated, it can feel tenderness to the male glans.

The fluid pressurizing assembly 2 of the present utility model includes at least one group of filling members 20 (not shown) that can simultaneously inject fluid into the end pouch 12 and the ring pouch 10, or have two groups that can respectively connect the end pouch 12, The filling member 20 for injecting fluid into the ring bladder 10 can be set on a waist belt 24 (as shown in FIG. 1 ), so that it can be fixed on the body of the operator for use.

The filling member 20 has a variety of specific and feasible structural designs such as manual or electric control, wherein:

As shown in Figure 1, the first embodiment of the filling member 20 is an electric control type embodiment, which includes a non-elastic container 21 that can be filled with fluids such as air or liquid, a pressurizing motor 22, a timing switch ( not shown in the figure), a flow control setter (not shown in the figure) and a power supply assembly 23 that can be a battery, so that it can automatically or manually control the injection of fluid into the pouch assembly 1 at regular intervals, and will fill the pouch assembly 1 The fluid of the bag assembly 1 is drawn back into the container 21 .

As shown in Figure 2, the second embodiment of the filling member 20a is a manually operated embodiment, which has an elastic sphere 21a, and an air inlet 211a is provided on the elastic sphere 21a, and an air inlet 211a is provided in the air inlet 211a. Elastic sphere 21a internal one-way air intake check valve (not shown in the figure), elastic sphere 21a and conduit 11 junction is provided with a one-way valve that can only go out toward conduit 11 one-way, and in conduit 11 near elastic sphere 21a There is a pressure release knob 22a. In this way, the operator can inject high-pressure air into the end pouch 12 and the ring pouch 10 of the pouch assembly 1 by manually pressing the elastic sphere 21a, and release the inside of the pouch assembly 1 from the pressure release knob 22a of high-pressure gas.

As shown in Figure 3, the third embodiment of the filling member 20b is a manually operated embodiment, which is provided with a non-elastic container 21b filled with fluid such as air or liquid, and one end of the container 21b is in communication with the conduit 11 , the other end is an open end formed with a through hole, a piston rod 22b with a piston block 23b at one end is installed in the accommodating part 21b, and the piston block 23b is located in the accommodating part 21b towards the conduit 11, and is connected with the accommodating part 21b is in an airtight fit state, so that it can inject fluid into the pouch assembly 1 by injection, or withdraw it from the pouch assembly 1 into the containing part 21 .

The fluid pressurizing assembly 2 of the present invention includes other equivalent implementation forms in which fluid can be injected into the pouch assembly to inflate the pouch to generate pressurization, in addition to the various specific and feasible structural designs described above.

As shown in Figure 1, the ring pouch 10 and the end pouch 12 of the pouch assembly 1 can be arranged in a condom 3 and integrally formed with the condom 3, the end pouch 12 and the ring pouch 10 are respectively Located on the inner side of the condom 3 relative to the glans front end of the male penis and the glans frenulum, the condom 3 is best made of a soft material with a certain hardness or reduced elasticity, and is connected to the ring pouch 10, the end pouch The first conduit 11 and the second conduit 11 between the bag 12 and the fluid pressurized assembly 2 are non-expandable tubes, and extend out of the condom 3 to connect the fluid pressurized assembly 2; in addition, the pouch assembly 1 Except the embodiment that is located in the condom 3 mentioned above, also can as shown in Figure 4, ring pouch 10, end pouch 12 are located in an auxiliary device with artificial vagina 4, use when for asexual partner.

Regarding the use and operation of the ejaculation controller, take the embodiment in which the pouch assembly 1 is arranged in the penis condom 3 and the fluid pressurization assembly 2 has two sets of piston-type filling members 20 as an example, as shown in FIG. 1 , the penis When the cover 3 is put on the patient's penis and used, the ring pouch 10 and the end pouch 12 of the pouch assembly 1 are in a condensed state without fluid injection. When the user feels ejaculation, a filling member 20 is set by the user The fluid filling activation time or manual activation, the shilling fluid is injected into the end pouch 12 at the front end of the condom 3 to make it expand, and reduce the stimulation to penis friction and collision. When the patient reaches a state of sexual arousal and is about to ejaculate, Immediately stop the pumping of the penis, and the user makes another filling member 20 to inject fluid into the ring pouch 10 in the condom 3 opposite to the frenulum of the glans, so that it expands and squeezes the penis, causing slight pain Sensation, so that the patient's sexual excitement to cool down, thereby inhibiting the occurrence of ejaculation. After the feeling of ejaculation disappears, withdraw the liquid injected into the ring pouch 10 and the end pouch 12, and continue the sexual intercourse activity of penis pumping, thereby, using the above-mentioned repeated exercises of squeezing and relaxing, the user can be trained to control The act of ejaculation to treat the condition of premature ejaculation.

Therefore, the innovative design of the ejaculation controller of the present invention can indeed provide a very practical auxiliary device for male patients suffering from premature ejaculation symptoms during treatment and training.

Claims (14)

1. An ejaculation controller, characterized in that: it is composed of a pouch assembly and a fluid pressurization assembly, the pouch assembly is provided with an elastic ring pouch that can be filled with fluid and inflated to correspond to the ring sleeve On the frenulum of the glans of the male penis, a first catheter is connected to the ring pouch; The fluid pressurizing component is connected to the end of the catheter and can be driven to inject fluid into the balloon component. 2. The ejaculation controller according to claim 1, wherein the pouch assembly further includes an end pouch that can be inflated by injecting fluid, the end pouch corresponds to the front end of the male glans, and the end pouch is connected to A second conduit is provided to connect to the fluid pressurization assembly. 3. The ejaculation controller according to claim 2, characterized in that the ring pouch and the end pouch of the pouch assembly are integrally formed in a condom, and the end pouch and the ring pouch are respectively located on the penis The inner side of the sleeve is relative to the glans front end of the male penis and the position of the glans frenulum, and the catheter extends out of the penis sleeve to connect with the fluid pressurizing component. 4. The ejaculation controller according to claim 2, characterized in that the ring pouch and the end pouch of the pouch assembly can be set in an auxiliary device with an artificial vagina, which are respectively located in the artificial vagina relative to the male The position of the glans front end of the penis and the glans frenulum. 5. The ejaculation controller according to claim 1, 2, 3 or 4, characterized in that the fluid pressurizing assembly has a set of filling members capable of injecting fluid into the end bladder and the ring bladder at the same time. 6. The ejaculation controller according to claim 5, characterized in that the filling member has an elastic sphere, an air inlet is provided on the elastic sphere, and an air inlet is provided in the air inlet, which can only enter the elastic sphere in one direction. One-way valve, a one-way valve is provided at the joint between the elastic sphere and the conduit, and a pressure relief knob is provided near the elastic sphere on the conduit. 7. The ejaculation controller according to claim 5, characterized in that the filling member has a container filled with fluid, one end of the container is in communication with the catheter, and the other end is an open end, the container is filled with A piston rod with a piston block at one end is provided, the end of the piston rod with the piston block is located in the accommodating part, and the other end extends out of the accommodating part. 8. The ejaculation controller according to claim 5, wherein the filling member is composed of a container that can be filled with fluid, a pressurized motor, a timing switch, a flow control setting device and a power supply The component constitutes a component that can automatically control the injection of fluid into the pouch assembly and withdraw the fluid from the pouch assembly. 9. The ejaculation controller according to claim 1, 2, 3 or 4, characterized in that the fluid pressurizing assembly is provided with two sets of filling members for injecting fluid into the end bladder and the ring bladder respectively. 10. The ejaculation controller according to claim 9, characterized in that the filling member has an elastic sphere, an air inlet is provided on the elastic sphere, and an air inlet is provided in the air inlet, which can only enter the elastic sphere in one direction. One-way valve, a one-way valve is provided at the joint between the elastic sphere and the conduit, and a pressure relief knob is provided near the elastic sphere on the conduit. 11. The ejaculation controller according to claim 9, characterized in that the filling member has a container filled with fluid, one end of the container is in communication with the catheter, and the other end is an open end, and the container is filled with A piston rod with a piston block at one end is provided, the end of the piston rod with the piston block is located in the accommodating part, and the other end extends out of the accommodating part. 12. The ejaculation controller according to claim 9, wherein said filling member comprises a fluid-fillable container, a pressurized motor, a timer switch, a flow control setter and a power supply assembly , constituting a component that can automatically control the injection of fluid into the pouch assembly and withdraw the fluid from the pouch assembly. 13. An ejaculation controller according to claim 1, 2, 3 or 4, wherein said filling member is mounted on a belt which is worn around the body of the operator. 14. The ejaculation controller according to claim 1, characterized in that there are several protrusions on the inner ring surface of the ring capsule.

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