JPH0658942U - Portable vacuum massage device - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide a vacuum massage device capable of massaging a male reproductive organ by repeatedly and rapidly inflating and contracting it in a minimum time at high speed and safely. [Structure] The vacuum massage device of the present invention has an open end 1
4 and an elongated cylindrical container 12 having a closed end 16
And a deformable conical member 80 having an opening 24 formed in the center and detachably coupled to the open end of the cylindrical container, and a flexible hose 22 for closing the cylindrical container. A vacuum pump 20 that is detachably coupled to the end portion 16 and that generates a vacuum in the cylindrical container 21.
And a relief valve 18 provided at the closed end 16 of the cylindrical container 12 for controlling the vacuum generated in the cylindrical container.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a portable vacuum massage device, and more particularly to a high-speed vacuum massage device suitable for massaging a male genital organ by repeatedly expanding and contracting the genital organ.

[0002]

[Problems to be solved by conventional techniques and devices]

 Male genital dysfunction is due to a variety of factors, among which physical or mental illness is a major cause of weakening male sexual function. Therefore, various exercise equipment such as a phallus substitute has been used as an aid for sexual satisfaction or excitement during mating. Where massage devices have also been proposed to treat male sexual impotence, eg German patents 825,137 and 835,637 create a vacuum in an elastic cylindrical sleeve. A massage device for treating a male reproductive organ is disclosed. However, such a massaging device does not have a means for controlling the vacuum in the sleeve, so that an excessive or excessive vacuum is likely to be generated in the sleeve, and the massage effect by the massage device is very poor. . DE-A-2,528,093 presents another massage device with a long latex sleeve that is vibrated in the rotational and longitudinal directions by a vibrating device. Further, U.S. Pat. No. 4,580,553 discloses a male erection comprising a shape-maintaining support tube and a gently elastic molded body mounted within the support tube and longitudinally moved by drive means. A massage device for the treatment of disorders is disclosed. However, the massaging device and the like have a complicated structure and must be manufactured with expensive parts including an electric motor and a driving device, which makes the manufacturing cost very high.

US Pat. No. 4,748,973 discloses an air massaging device for massaging any part of the body. The air massaging device includes an inhalation cup member and the inhalation device. A solenoid-operated vacuum pump for providing a vacuum in the cup member and a solenoid-operated needle valve for relieving the vacuum generated in the suction cup member are provided.

However, such an air massage device is difficult to use for massaging elastic genitalia due to its structural characteristics, and moreover, an AC power source is required to operate the air massage device. However, it was inconvenient to move to a desired place and use.

[0005]

[Means for Solving the Problems]

 An object of the present invention is to provide a vacuum massage device that is portable, reliable, convenient to use, and that allows the user to massage the genital organs effectively and safely in a minimum time.

Another object of the present invention is to provide a true-mass massage device capable of obtaining an excellent massage cost by repeatedly expanding and contracting a genital organ in a long cylindrical container.

Yet another object of the present invention is to provide a vacuum massaging device that includes means for controlling the vacuum generated in the long cylindrical container during the massage.

[0008] Such an object of the present invention is in a vacuum massaging device suitable for massaging male reproductive organs: a long cylindrical container having an open end and a closed end: located within said cylindrical container. A deformable conical member that is detachably coupled to the open end of the cylindrical container and has an opening formed in the center; and the cylindrical container has one end. A flexible hose removably coupled to the closed end of the flexible hose; and a flexible hose coupled to the other end of the flexible hose to generate a vacuum in the cylindrical container. A valve assembly suitable for flowing in one direction, and a compressible elastic pocket connected to the valve assembly, wherein the compressible elastic pocket is repeatedly compressed and relaxed to cause the inside of the cylindrical container Creates a vacuum in A vacuum massaging device, comprising: pumping means for causing; and valve means for controlling a vacuum generated in the cylindrical container in combination with the closed end of the cylindrical container: Can be achieved.

The valve assembly includes a valve housing in which a pair of isolation passages are formed, first and second check valves provided in the passages in opposite directions, and first and second check valves. And a valve cap coupled to the upper portion of the valve housing so as to be able to rotate to a two-angle position. Most preferably, each of the check valves is made of an elastic material such as rubber. Each of the check valves has a valve hole and one or more slits that cross the valve hole. Therefore, the slit of the check valve is easily opened and closed when the elastic pocket is compressed and relaxed, and the check valves are arranged in the opposite directions, so that air is unidirectionally passed through the check valve. It will be washed away.

The valve cap selectively communicates with one of the passages of the valve housing by the rotation of the valve cap and a projecting connection portion detachably coupled to the other end of the flexible hose. And an air passage to operate. Further, the valve cap may be selectively connected to either one of the first and second passages of the valve housing when the valve cap is rotated to the first and second angular positions. First and second ports communicating with each other are formed.

The valve means has a valve casing provided at the closed end of the cylindrical container, a valve cover having a hole communicating with the atmosphere, and a valve cover fixed to the valve casing, and the inside of the valve casing. And a relief valve biased by a spring so as to block a valve port formed at the closed end of the cylindrical container. Since the valve rod of the relief valve is projected to the outside through the hole of the valve cover, pushing the valve manually opens the port of the relief valve.

Therefore, the vacuum chamber of the cylindrical container is connected to the atmosphere through the hole of the valve cover and the valve port by the lateral movement of the valve rod, so that air flows into the vacuum chamber and the cylinder is closed. This will reduce the vacuum in the shaped container.

[0013]

[Action]

 Since the vacuum massage device of the present invention can generate a vacuum in a long inverted container by a manual vacuum pump and adjust the vacuum with a relief valve, a male genital organ can be stored in the long cylindrical container. This can be effectively massaged by repeatedly inflating and contracting at high speed.

[0014]

【Example】

 Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 shows an embodiment of the vacuum massage device of the present invention. The vacuum massage device 10 includes a long cylindrical container 12 having an open end 14 and a closed end 16 and a deformable body removably coupled to the open end 14 of the cylindrical container 12. It comprises a conical member 18 and a manual vacuum pump 20 which is detachably and spontaneously connected to the closed end 16 of the cylindrical container 12 by means of a flexible hose 22. The cylindrical container 12 has a structure suitable for accommodating male reproductive organs of various sizes.

As shown in FIG. 1, the cylindrical container 12 can be assembled in three parts 12a, 12b, 12c. Also, the cylindrical container 12 is preferably made of a transparent plastic material so that the user can observe the massage process. At the center of the deformable conical member 18, an opening 24 suitable for passing the glans is formed. Further, the deformable conical member 18 is preferably made of an elastic member such as silicon or rubber. Therefore, since the conical member 18 can be elastically deformed, the conical member 18 can be easily positioned in the cylindrical container 12 during massage (see FIG. 1).

As shown in FIG. 2, the closed end 16 of the cylindrical container 12 is formed with a protrusion 26 that is connected to one end of the flexible hose 22, and the protrusion 26 is flexible. A through hole 8 is provided which provides air communication between the sex hose 22 and the vacuum chamber 30 of the cylindrical container 12. As is apparent from FIGS. 3A and 3B, the vacuum pump 20 includes a valve assembly 32 and a compressible pocket 34 coupled to the valve assembly 32 by a band 36.

The deformable pocket 34 is preferably made of an elastic material such as silicone, rubber or the like. In order to quickly generate a vacuum in the vacuum chamber 30 of the cylindrical container 12 by the repeated bumping action of the compressible pocket 34, the pocket 34 returns to its original shape immediately after the compression action is released. Is desirable. Alternatively, the compressible pocket 34 can be secured to the valve assembly 32 using an adhesive.

The valve assembly 32 is installed in the valve housing 38 in which the first and second passages 40 and 42 are formed, and in the respective first and second passages 40 and 42 in opposite directions. It is provided with first and second check valves 44, 46 and a valve cap 48 rotatably coupled to the upper surface of the valve housing 38. On the circumferential surface of the valve housing 38, a protrusion 52 formed on the lower portion of the valve cap 48 and an annular groove 50 complementary thereto are provided. Therefore, when the protrusion 52 is coupled to the groove 50, the valve cap 48 is difficult to separate from the valve housing 38. On the upper surface of the valve cap 48, a protruding connecting portion 54 that is detachably coupled to the other end of the flexible hose 22 is integrally formed. Further, as will be described later, an air passage that selectively communicates with either of the first and second passages 40 and 42 of the valve housing 38 by the rotation of the valve cap 48 in the protruding connection portion 54. 56 is formed. At the bottom of the valve cap 48 near the air passage 56, an O-ring 58 is preferably provided to provide a seal between the valve cap 48 and the valve housing 38.

Also, as shown in FIGS. 1, 3A and 3B, the valve cap 48 includes first and second passages 40, 40 in the valve housing 38 when the valve cap 48 is rotated to the first and second angular positions. 42 is provided with first and second ports 60, 62 which communicate with each other. Therefore, the first port 60, the second port 62 and the air passage 56 are arranged concentrically with respect to the first and second passages 40, 42 of the valve housing 38. As shown in FIG. 4, the top surface of the valve housing 38 is provided with a pin 64 which serves to stop the rotation of the valve cap 48 in the first and second angular positions. A curved slot 66, which is slidably connected to the pin 64, is formed on the inner surface of the valve cap 48 within the range of the rotation angle of the valve cap 48. Therefore, when the valve cap 48 rotates counterclockwise or clockwise, the valve cap 48 will properly stop at the first and second angular positions due to the coupling action of the pin 64 and the curved slot 66. . As a result, as shown in FIGS. 3A and 3B, when the valve cap 48 is rotated to the first and second angular positions, the air passage 56 and the first port 60 are in contact with the second and first passages 42. , 40, respectively, and the air passage 56 and the second port 62 respectively communicate with the first and second passages 40, 42.

The first and second check valves 44 and 46 can be manufactured in a cup shape using a flexible material such as rubber. As shown in FIGS. 3A and 3B, the check valves 44 and 46 traverse a flange 67 that is positively secured within each of the first and second passages 40 and 42 and the valve hole 68 of the check valve. The slits 69a and 69b are provided. The slits 69a and 69b are easily opened and closed by the compression and relaxation action of the pocket 34, and accordingly, air is circulated or blocked between the passages 40 and 42 and the valve hole 68. As described above, the first and second check valves 44, 46 are arranged in opposite directions, so that when the vacuum pump 20 is activated, air is transferred to the first and second passages 40, 42 of the valve housing 38. Flow through the valve holes 68 of the first and second check valves 44, 46 in one direction as indicated by the arrows in FIGS. 3A and 3B. As shown in FIGS. 1 and 2, the closed end 16 of the cylindrical container 12 has valve means for manually controlling the negative pressure generated in the vacuum chamber 30 of the cylindrical container 12 during the massage process. 70 are provided. The valve means 70 has a valve casing 72 having a valve port 74 formed at the closed end 16 of the cylindrical container 12 and a hole communicating with the atmosphere, and a valve fixed to the valve casing 72. A cover 76 and a relief valve 80 that is provided in the valve casing 72 and blocks the valve port 74 are provided. A spring 82 for urging the relief valve 80 to shut off the valve port 74 is provided in the valve casing 72. In order to enhance the sealing effect of the relief port 80 on the valve port 74, it is desirable to attach a valve seat 84 to the valve port 74. The valve rod 86 extends outwardly through a hole in the valve cover 76 to facilitate manual operation of the relief valve 80. A gap of suitable size is provided between the hole 78 and the valve rod 86. As a result, as shown by the phantom line in FIG. 2, when the upper end of the valve rod 86 is manually pushed in the lateral direction to open the valve port, the air passes through the gap and the valve port 74 to cause the cylindrical container 12 to flow. It is introduced into the vacuum chamber 30 and the vacuum in the vacuum chamber 30 can be controlled.

Next, a massage process by the vacuum massage device of the present invention will be described with reference to the accompanying drawings.

Before the massage is started, as shown in FIG. 3A, the valve cap 48 is rotated to the first angular position, and the air passage 56 and the first port 60 of the valve cap 48 are respectively moved to the first position of the valve housing 38. The two passages and the first passages 42, 40 are communicated with each other.

In response to this, the first passage 40 and the first port 60 are opened to the atmosphere, but the second port 62 is closed. Further, a massage cream is applied to the deformable conical member 18 and the massage target object so that the muscles and cell tissues of the massage object are not damaged during the massage. Next, the user positions his glans in the opening 24 of the conical member 18 and then manually operates the vacuum pump 20.

That is, the pocket 34 of the vacuum pump 20 is repeatedly compressed and loosened. As will be described later, a vacuum is generated in the vacuum chamber 30 of the cylindrical container 12 by the pumping action of the vacuum pump 20, so that the object to be massaged is sucked into the cylindrical container 12. When the pocket 34 is compressed, the slit 69a of the first check valve 44 is open, while the slit 69b of the second check valve 46 is closed. Therefore, the air in the chamber 88 of the pocket 34 is discharged to the atmosphere through the first check valve 44, the first passage 40 of the valve housing 38 and the first port 60 of the valve cap 48. On the other hand, when the compressed pocket 34 relaxes, the slit 69a of the first check valve 44 is closed, but the slit 69b of the second check valve 46 is opened. Therefore, the air in the vacuum chamber 30 of the cylindrical container 12 passes through the flexible hose 22, the air passage 56 of the valve cap 48, the second passage 42 of the valve housing 38, and the second check valve 46 into the pocket 34. Inhaled. As a result, a vacuum is rapidly generated in the vacuum chamber 30 of the cylindrical container 12 by the repeated pumping action of the pocket 34, so that the massage target can be expanded. At this time, it is necessary to reduce the negative pressure generated in the vacuum chamber 30 in order to prevent the object to be massaged from excessively swelling due to excessive vacuum during the massage. For this reason, when the valve rod 86 is pushed laterally by hand, the relief valve 80 opens the valve port 74, so that the atmosphere is introduced into the vacuum chamber 30 through the hole of the valve cover 76 and the inside of the vacuum chamber 30 is closed. It will relieve the vacuum.

Further, when the valve rod 86 is opened, the relief valve 80 immediately closes the valve port 74 by the spring force applied thereto. Therefore, as described above, the effect of the massage is obtained by repeatedly operating the vacuum pump 20 and the relief valve 80 to cause the massage target object to repeatedly expand and contract. The massage exercise may be repeated within about 3 minutes, preferably 60 to 180 times, more preferably 60 to 120 times.

After the massage, in order to easily pull out the cylindrical container 12 from the object to be massaged, the negative pressure existing in the vacuum chamber 30 of the cylindrical container 12 is removed.

In this case, as shown in FIG. 3B, when the valve cap 48 is rotated clockwise to move to the second angular position, the air passage 56 and the second port 62 of the valve cap 48 are respectively arranged in the valve housing 38. It will be in communication with the first passage 40 and the second passage 42. Therefore, the first port 60 of the valve cap 48 is closed, but the second passage 42 and the second port 62 are open to the atmosphere. As a result, the atmosphere is supplied to the vacuum chamber 30 of the cylindrical container 12 through the second check valve 46, the first check valve 44 and the flexible hose 22 by the repeated pumping action of the vacuum pump 20 and the inside of the vacuum chamber 30. Break the vacuum of.

Furthermore, if air is continuously supplied into the vacuum chamber 30, the cylindrical container 12 can be easily extracted from the object to be massaged. On the other hand, the negative pressure in the vacuum chamber 30 can be removed by opening the relief valve 80.

[0030]

[Effect of device]

 As described above, according to the vacuum massage device of the present invention, a vacuum is generated in the cylindrical container and the vacuum is appropriately adjusted to repeat the expansion and contraction motion of the massaging object at high speed within a minimum time. By doing so, an excellent massage effect can be obtained. In addition, the vacuum massage device of the present invention is convenient to carry, reliable, and safe to use.

[Brief description of drawings]

FIG. 1 is a partial exploded view of a vacuum massage device according to an embodiment of the present invention.

2 is a sectional view taken along the line II-II of FIG. 1, showing a valve means for adjusting the vacuum generated in the long cylindrical container of the vacuum massage device shown in FIG.

FIG. 3A is I of the assembled vacuum massage device.
FIG. 2 is a sectional view taken along line II-III, showing pump means for generating a vacuum in the cylindrical container shown in FIG. 3B is a sectional view of a pump means similar to that of FIG. 3A, in which the valve cap of the pump means is removed from the first angular position of FIG.
It shows a state of being rotated to an angular position.

FIG. 4 is a perspective view of the inner surface of the valve cap, showing the curved slots in the valve cap slidably coupled to the pins on the upper surface of the valve housing.

[Explanation of symbols]

 10 ... Vacuum massage device, 12 ... Long cylindrical container, 14 ... Open end, 16 ... Closed end, 18 ... Deformable conical member, 20 ... Manual vacuum pump, 22 ... Flexible hose, 24 ... Openings, 30 ... Vacuum chamber, 32 ... Valve assembly, 34 ... Pocket, 38 ... Valve housing, 40, 42 ... First and second passages, 44, 46 ... First and second check valves, 48 ... Valve cap , 56 ... Air passage, 60, 62 ... First and second ports, 64 ... Pin 66 ... Curved slot, 68 ... Valve hole, 69a, 69b ... Slit, 70 ... Valve means, 72 ... Valve casing, 74 ... Valve Port, 76 ... Valve cover, 78 ... Valve cover hole, 80 ... Relief valve, 82 ... Spring, 86 ... Valve rod.

Claims (4)

[Scope of utility model registration request] 1. A vacuum massaging device suitable for massaging a male genital organ, comprising a long cylindrical container having an open end and a closed end, and being suitable for being located within the cylindrical container. And is detachably coupled to the open end of the cylindrical container,
A deformable conical member having an opening in the center, a flexible hose one end of which is detachably coupled to the closed end of the cylindrical container, and the other end of the flexible hose. And a compressible elastic pocket coupled to the valve assembly for generating a vacuum in the cylindrical container, the valve assembly being suitable for flowing air in one direction. Pumping means for generating a vacuum in the cylindrical container by repeated compression and relaxation actions of the compressible elastic pocket; and a vacuum generated in the cylindrical container coupled to the closed end of the cylindrical container. A vacuum massage device comprising: a valve means for controlling the. 2. The valve assembly is provided in a valve housing in which first and second passages are formed, and is formed in the first and second passages in directions opposite to each other. First and second check valves, in which air is allowed to flow in one direction through a valve hole, and a slit is formed between the first and second passages and the valve hole to allow air communication. An air passage and first and second ports are formed and are rotatably coupled to the valve housing, the air passage and the first port each being a second portion of the valve housing. And a first angular position that will communicate with the first passage, or a second angle where the air passage and the second port will each communicate with the first and second passages of the valve housing. The vacuum massage device according to claim 1, further comprising a valve cap that can be rotated to a position, and means for stopping the rotation of the valve cap at the first and second angular positions. 3. The stop means includes a pin formed on an upper surface of the valve housing, and a curved slot formed on an inner surface of the valve cap and slidably coupled to the pin of the valve housing. The vacuum massage device according to claim 2, further comprising: 4. A valve casing provided at the closed end of the cylindrical container and having a valve port in communication with a vacuum chamber of the cylindrical container; and in the valve casing. Has a relief valve for opening and closing the valve port, and a hole suitable for allowing the valve rod of the relief valve to freely pass therethrough, and the valve casing is provided with a fixed valve cover and the casing. The vacuum massage device according to claim 3, further comprising a spring that biases the relief valve toward the valve port.