KR102825552B1 - Vagina massaging device using resonance phenomenon - Google Patents

Abstract

The present invention is configured to generate vibration energy according to a user's posture and insertion direction without a separate driving means such as a motor, and at the same time change the diameter and pitch of the first and second springs, and when the first spring vibrates, it collides with the inner surface of the second vibration-weight to induce a second vibration due to the second spring, thereby generating a double vibration, and when the first vibration-weight collides with the inner wall of an egg-shaped hemisphere according to the movement of the human body, a first vibration is generated from the spring, and the accelerated elastic force of the first spring collides with the second spring to generate a second vibration, and as the phenomenon is repeated, different frequency vibrations generate resonance and are transmitted to the egg-shaped surface, which can provide beneficial micro-stimulation to the vagina of a woman, thereby improving blood flow and promoting sexual stimulation, and can generate multiple vibrations of various amplitudes, and by inducing a resonance phenomenon, the amplitude of the vibration energy is amplified to provide irregular, heavy, and gentle vibrations, thereby activating stimulation of the muscles and cells in the vagina, and maximizing the effect of Kegel exercise, to provide a vaginal massage device utilizing a resonance phenomenon. It is for.

Description

{Vagina massaging device using resonance phenomenon}

The present invention relates to a vaginal massage device utilizing a resonance phenomenon, and more particularly, to a vaginal massage device configured to generate vibration energy according to a user's posture and insertion direction while simultaneously varying the diameter and pitch of first and second springs without a separate driving means such as a motor, wherein when the first spring vibrates, it collides with the inner surface of a second vibration weight to induce secondary vibration due to the second spring, thereby generating dual vibrations, thereby generating vibration energy in response to the user's micro-movements and capable of generating multiple vibrations of various amplitudes, and by inducing a resonance phenomenon, it amplifies the amplitude of the vibration energy to provide irregular, heavy, and gentle vibrations, thereby activating stimulation of vaginal muscles and cells and maximizing the effect of Kegel exercises.

In general, the female reproductive system is composed of the ovaries which produce eggs and secrete various sex hormones; the fallopian tubes which connect the ovaries and the uterus and serve as passageways for sperm, eggs, and fertilized eggs; the uterus where embryos implant and fetuses grow; the vagina which serves as the birth canal during childbirth; and the external genitalia including the labia minora, clitoris, and hymen. The vagina which connects the uterus and the external genitalia is a structure formed by being sunken into the body, so it is a body part that can be directly treated by inserting a treatment device suitable for the corresponding structure into the vagina when a disease occurs.

These female reproductive organs or anus are not only located inside the body, but are also very sensitive to diseases and have the characteristics of rapid functional decline and aging. Therefore, performing exercises that stimulate the vaginal muscles and cells, such as Kegel exercises, can effectively prevent functional decline.

Accordingly, various studies are being conducted on vaginal massage devices that are inserted into the female genitalia and generate vibrational movements to stimulate the vaginal muscles and cells.

Domestic Publication Patent No. 10-2012-0082688 (Title of the invention: Urinary incontinence treatment device and manufacturing method thereof) (hereinafter referred to as prior art 1) comprises first and second volume bodies (110)(120) that are mutually coupled to each other so as to have a hollow portion (S) and have a protruding portion (130) provided on the outer surface to expand the area, a functional component-emitting body (140) that is filled in the hollow portion (S) and emits far-infrared rays and negative ions, a sealing body (150) that seals in a vacuum state by blocking a through hole (121) provided in one end portion of the second volume body (120), an integrated surface layer (160) that wraps and integrates the surfaces of the first and second volume bodies (110)(120) and the sealing body (150), and an area body that accommodates a far-infrared ray radiator (181). A urinary incontinence treatment device is described, which comprises a fixing member (180) provided at the tip of a rope (170) connected to a ring (111) provided on a first volume body (110), and the urinary incontinence treatment device has the advantage of being able to stimulate the muscles of a woman's vagina or anus by means of a recessed portion (130) while providing the functions of emitting silver, far infrared rays, and negative ions.

However, since the prior art 1 does not describe at all the configuration of a vibration generating means for generating vibration energy, it is impossible to expect any stimulation effect of vaginal muscles and cells using vibration, and thus has the disadvantage of having minimal effects on vaginal diseases, cleanliness, sterilization, muscle strengthening, Kegel exercises, etc.

In addition, in domestic registration patent No. 10-2262963 (Title of invention: Female genital vaginal irradiator using color-coded LED) (hereinafter referred to as prior art 2), a female genital vaginal irradiator (A) using color-coded LED is composed of a plurality of color-coded LEDs, a light source unit (10) capable of irradiating light in a 360-degree range, a heat generating unit (20) on the surface of which the light source unit (10) is attached and capable of emitting heat, a vibration unit (30) that transmits vibration to all parts to cause vibration, a control unit (40) including an MCU (41) and a switch (42) that control the operations of the light source unit (10), the heat generating unit (20), and the vibration unit (30), and a Bluetooth communication unit (43) capable of communicating with an external device, a wireless battery (50) capable of wirelessly charging while supplying power to the light source unit (10), the heat generating unit (20), the vibration unit (30), and the control unit (40), It is made of a transparent case (60) that is dustproof and waterproof and has a structure that encloses and seals the light source unit (10), heat generating unit (20), vibrating unit (30), control unit (40), and wireless battery (50).

The prior art 2 configured in this way not only enables omnidirectional irradiation within the vagina, but also has the advantage of high effectiveness in treating vaginal diseases and being hygienic because it is capable of generating heat and vibration.

However, since the prior art 2 is designed to generate vibration by a vibration motor, it requires a certain volume and weight, so it not only gives a sense of incongruity to the user, but also has the disadvantage of significantly reducing the convenience of use.

In addition, the vibration motor of the prior art 2 generates only vibration energy of regular and identical amplitude according to the preset settings, so stimulation of vaginal muscles and cells is significantly reduced, and thus, it has a structural limitation in that the effects and functionality of treating vaginal diseases, Kegel exercise effects, treating inflammation, and activating blood circulation are reduced.

In general, silver (Ag) is known to have excellent sterilization effects, as well as maintaining the balance of the hormonal system in the human body, and to have the advantages of emitting negative ions and far-infrared rays. However, it has the disadvantage of causing metal allergies due to ionic action.

Meanwhile, titanium (Ti) is lightweight but very strong, does not cause ionic interaction and thus does not cause metal allergies, making it harmless to the body, and has the advantages of excellent elasticity.

However, since the case (60) inserted into the vagina or anus of a woman in the prior art 2 is made of silicone or synthetic resin, the original function of titanium (Ti) cannot be expected at all, so not only does it have a high sense of foreignness when inserted, but it also has the disadvantage of low sterilizing power.

In addition, Utility Model Registration No. 20-0429449 (Title of the invention: Incontinence treatment device using silver nano charcoal) (hereinafter referred to as the third prior art) describes an incontinence treatment device including a thread of a predetermined length having a handle formed at the upper portion, a silver bead formed of a silver material and formed in the shape of a circle and joined to the end of the thread, and a treatment bead formed in the shape of an egg using charcoal and silver nano particles as main materials and strung on the thread and positioned below the silver bead.

This third prior art has silver beads inserted into the vagina made of silver (Ag), but when silver (Ag) is dropped from a height of 20 cm or more, the surface frequently becomes dented, which not only gives the user a feeling of discomfort, but also has the disadvantage of causing metal allergies due to ionic action.

The present invention is to solve such problems, and the problem to be solved by the present invention is to provide a vaginal massage device that is configured to have elasticity in the horizontal and vertical directions by being elastically supported by a first vibration-additional first spring without a separate driving means such as a motor, thereby sensitively reacting to the user's subtle postural movements, etc., to generate irregular, heavy, and soft vibrations, thereby activating the user's vaginal muscles and cell stimulation, and which can be manufactured in a miniaturized form.

In addition, another object of the present invention is to provide a vaginal massage device including a plurality of coil bodies vertically installed inside a case, the first spring elastically supporting the first vibration-weight having a first diameter and a pitch that are connected in the longitudinal direction, wherein adjacent coil bodies are manufactured with at least one different diameter and pitch, thereby generating vibration energy of different amplitudes and enabling multiple vibrations to be generated even with the user's minute posture movements and movements.

In addition, another problem of the present invention is to provide a quality massage device in which the fourth coil body arranged at the top of the middle-spring is configured such that the diameter increases as it goes upward, thereby inducing a difference in frequency between the fourth coil body and the first vibration weight, thereby further expecting an amplification effect of vibration energy due to the resonance phenomenon.

In addition, another problem of the present invention is to provide a vaginal massage device in which the first spring further includes a small-diameter spring that is connected to the upper end of the medium-diameter spring and is inserted into and combined with the interior of the first vibration weight, thereby further increasing the elasticity of the first vibration weight.

In addition, another problem of the present invention is to provide a vaginal massage device that can react more sensitively to the user's fine movements and postural movements as well as generate vibration energy of more diverse amplitudes by further including a second spring that is formed with a smaller length and larger diameter than the first spring, but whose diameter increases toward the top.

In addition, another problem of the present invention is to provide a vaginal massage device that can provide a user with more solid and soft multiple vibrations due to a resonance phenomenon by inducing a difference in frequency between the second spring and the second vibration weight by installing a second vibration weight on the upper part of the second spring.

In addition, another problem of the present invention is to provide a vaginal massage device capable of generating more irregular and gentle multi-vibration by causing double vibration by the first and second springs by causing the first spring to collide with the inner surface of the second vibration-weight when vibrating, thereby inducing vibration of the second spring coupled to the second vibration-weight.

In addition, another problem solved by the present invention is to provide a vaginal massage device which, since the case inserted into the female genital organ or the anus of the body is made of titanium (Ti), not only has excellent strength and can be manufactured lightweight, but also does not cause skin allergies and is therefore harmless to the body, and can be made in various colors using a variable voltage anodizing method, etc., and can increase sterilization properties by generating a photocatalytic phenomenon when reacting with ultraviolet rays when a TiO2 oxide film is formed.

delete

The present invention provides a solution for the above problem, comprising: a case formed in a streamlined spherical shape with a space formed inside, the case being inserted into the user's vagina or anus; a fixed plate installed on the inner bottom surface of the case; a first spring having a coil spring having a length, the lower end of which is coupled to the upper surface of the fixed plate and is vertically installed in the inner space of the case; a first spherical vibration weight coupled to the upper end of the first spring; a second spring formed in a cone shape having a smaller length and larger diameter than those of the first spring, the first spring being vertically arranged inside; and a second vibration weight formed in a cone shape having open upper and lower ends, the inner and outer diameters of which increase from the lower end to the upper end, and which is installed on the upper end of the second spring.

Additionally, in the present invention, it is preferable that the case is made of any one of silver (Ag), titanium (Ti), and stainless steel.

In addition, in the present invention, it is preferable that one of the coil bodies of the first spring is formed such that its diameter increases from the bottom to the top.

In addition, in the present invention, the first spring further includes a small-diameter spring connected to the coil body disposed at the top, and it is preferable that the small-diameter spring is inserted and coupled into the interior of the first vibration weight.

In addition, in the present invention, it is preferable that the small-diameter spring is formed with a pitch equal to or smaller than that of the coil body having the smallest pitch among the coil bodies.

In addition, in the present invention, the vaginal massage device further includes a second spring, which is a coil spring having a smaller length and larger diameter than the first spring, and it is preferable that the diameter of the second spring increases from the bottom to the top.

In addition, in the present invention, it is preferable that a contact portion is formed on the upper part of the second spring so that the coil is wound in a horizontal direction, and that the lower surface of the second vibration-weight is joined to the contact portion of the second spring.

In addition, in the present invention, the case includes a case body having an open upper portion; a case cap having an open lower portion and a lower portion joined to an upper portion of the case body; and on an upper surface of the case body, a mounting groove is formed that is formed inwardly from the upper surface and extends to an outer surface, but is connected along an arc; and when the lower portion of the case cap is inserted into the mounting groove of the case body, the case is joined through electrical welding, and then preferably surface-treated through polishing, glossing, and anodizing.

According to the present invention having the above-mentioned tasks and solutions, the device is configured to have elasticity in the horizontal and vertical directions by being elastically supported by the first vibration-additional first spring without a separate driving means such as a motor, thereby sensitively reacting to the user's subtle postural movements, etc., to generate irregular, heavy, and soft vibrations, thereby activating the user's vaginal muscles and cell stimulation, and also enabling miniaturization.

In addition, according to the present invention, a plurality of coil bodies are vertically installed inside the case, and the first spring elastically supporting the first vibration-weight is longitudinally connected to the middle-spring of the first spring, wherein adjacent coil bodies are manufactured with at least one different diameter and pitch, thereby generating vibration energy of different amplitudes, thereby generating multiple vibrations even with the user's minute posture movement and motion.

In addition, according to the present invention, the fourth coil body placed at the top of the center spring is configured such that its diameter increases as it goes upward, thereby inducing a frequency difference between the fourth coil body and the first vibration weight, so that the amplification effect of vibration energy due to the resonance phenomenon can be further expected.

In addition, according to the present invention, the first spring further includes a small-diameter spring that is connected to the upper end of the medium-diameter spring and is inserted into and combined with the interior of the first vibration weight, thereby further increasing the elasticity of the first vibration weight.

In addition, according to the present invention, a second spring is further included that is formed with a smaller length and larger diameter than the first spring, but whose diameter increases toward the top, thereby enabling a more sensitive response to the user's micro-movements and postural movements, as well as generating vibration energy of a wider range of amplitudes.

In addition, according to the present invention, by installing a second vibration weight on the upper part of the second spring, a difference in frequency between the second spring and the second vibration weight is induced, so that a more solid and gentle multi-vibration can be provided to the user due to the resonance phenomenon.

In addition, according to the present invention, when the first spring vibrates, it collides with the inner surface of the second vibration-weight, thereby inducing vibration of the second spring coupled to the second vibration-weight, thereby generating double vibration by the first and second springs, thereby generating more irregular and gentle multiple vibrations.

In addition, according to the present invention, since the case inserted into the female genitalia or the anus of the body is made of titanium (Ti), not only is it possible to manufacture it with excellent strength and light weight, but it is also harmless to the body because it does not cause skin allergies, and various colors can be implemented using a variable voltage anodizing method, etc., and when a TiO2 oxide film is formed, a photocatalytic phenomenon occurs when it reacts with ultraviolet rays, thereby enhancing sterilization properties.

delete

FIG. 1 is a perspective view showing a vaginal massage device according to one embodiment of the present invention.
Figure 2 is an exploded perspective view of Figure 1.
Figure 3 is a cross-sectional side view of Figure 1.
Figure 4 is a perspective view showing the case body of Figure 2.
Figure 5 is a perspective view showing the present invention with the case removed.
Fig. 6 is a perspective view showing the first spring of Fig. 5.
Figure 7 is a side view of Figure 6.
Figure 8 is an exemplary diagram showing the first vibration-additional horizontal movement of the present invention.
Fig. 9 (a) is an example drawing showing when the first spring of Fig. 5 does not vibrate, and (b) and (c) are examples showing when the first spring collides with the inner surface of the second vibrating weight.
Fig. 10 is a perspective view showing the second spring of Fig. 3.
Figure 11 is a side view of Figure 10.
Fig. 12 is a perspective view showing the second vibration-weight of Fig. 3.

Hereinafter, an embodiment of the present invention will be described with reference to the attached drawings.

FIG. 1 is a perspective view showing a vaginal massage device according to one embodiment of the present invention, FIG. 2 is an exploded perspective view of FIG. 1, and FIG. 3 is a side cross-sectional view of FIG. 1.

A vaginal massage device (1) according to one embodiment of the present invention is configured to generate vibration energy according to a user's posture and insertion direction without a separate driving means such as a motor, and at the same time change the diameter and pitch of the first and second springs, and when the first spring vibrates, it collides with the inner surface of a second vibration weight to induce secondary vibration due to the second spring, thereby generating dual vibrations, thereby generating vibration energy in response to the user's micro-movements and capable of generating multiple vibrations of various amplitudes, and by inducing a resonance phenomenon, it amplifies the amplitude of the vibration energy, thereby providing irregular, heavy, and soft vibrations, thereby activating stimulation of vaginal muscles and cells, and maximizing the effect of Kegel exercises.

In addition, the quality massage device (1) of the present invention is composed of a case (3), a fixed plate (2), a first spring (5), a second spring (6), a second vibration weight (7), and a first vibration weight (9), as shown in FIGS. 1 to 3.

At this time, the vaginal massage device (1) of the present invention is inserted into the vagina or the anus of a woman, and when the first vibration-weight (9) vibrates by the springs, it generates a resonance phenomenon to increase the amplitude of the vibration energy, thereby generating irregular, heavy, and soft vibrations, thereby actively stimulating the vaginal muscles and cells.

In addition, the present invention can not only respond to the user's subtle postural movements by varying the diameter and pitch of the first and second springs (5), (6), but also generate multiple vibrations of various amplitudes, thereby further activating the stimulation of the vaginal muscles and cells.

The case (3) is formed in an egg-shaped spherical shape with an internal space, and more specifically, is formed in a capsule shape with an outer diameter larger at the upper part than at the lower part.

In addition, in the present invention, for the convenience of explanation, the case (3) is described as being formed in an egg-shaped spherical shape as an example, but the shape of the case (3) is not limited to this, and it can be manufactured in various shapes and sizes that allow insertion into a woman's vagina without causing discomfort.

At this time, a fixed plate (2), a first spring (5), a second spring (6), a second vibration weight (7) and a first vibration weight (9) are installed in the internal space of the case (3).

In addition, since the case (3) comes into direct contact with the vaginal muscles when inserted into the vagina, it is preferable to manufacture it from silver (Ag) or titanium (Ti).

delete

Meanwhile, titanium (Ti) is lightweight but very strong, does not cause ionic interaction and thus does not cause metal allergies, making it harmless to the body, and has the advantages of excellent elasticity.

That is, the present invention can provide the user with the original effects and functions of silver (Ag) or titanium (Ti) by manufacturing the case (3) that comes into direct contact with the vaginal muscles when inserted into the user's vagina 1) using silver (Ag) or titanium (Ti) material and 2) manufacturing it in a capsule type with a soft curve, thereby minimizing skin irritation.

In addition, the case (3) is composed of a case-cap (33) installed at the top and a case body (31) coupled to the bottom of the case-cap (33).

The case cap (33) is formed in an egg-shaped hemispherical shape with an open bottom and is joined to the upper part of the case body (31) of Fig. 5 described later.

At this time, the case cap (33) is connected to the case body (31) through electrical welding suitable for thin film titanium while the lower part is inserted into the fixing groove (3131) of the upper surface (313) of the case body (31) of FIG. 4 described later.

Figure 4 is a perspective view showing the case body of Figure 2.

The case body (31) of Fig. 4 is formed in a hemispherical shape with an open upper portion, and the upper portion is electrically welded to the lower portion of the case cap (33).

At this time, it is preferable that the case body (31) be manufactured through bulging processing.

In addition, a circular installation groove (3111) is formed inwardly on the bottom surface (311) of the case body (31), and the fixing plate (2) of FIGS. 2 and 3 described above is inserted and fixed into the installation groove (3111) of the bottom surface (311).

In addition, a fixing groove (3131) is formed inwardly on the upper surface (313) forming the rim of the upper opening of the case body (31) but extending to the outer surface along an arc.

At this time, the lower part of the case cap (33) is seated in the seating groove (3131) of the case body (31), and their contact parts are joined through electrical welding.

Additionally, a through hole (315) penetrating the opposing outer surface is formed in the lower part of the case body (31).

At this time, an antibacterial thread (not shown) of a certain length or longer is passed through and bound through the through hole (315) of the case body (31). That is, the present invention forms a through hole (315) in the lower part of the case body (31) to which the antibacterial thread is bound, thereby dramatically solving the problem of making it cumbersome and complicated, and causing a foreign feeling when inserted into the vagina, as the thread is bound using a separate ring, etc. in the past.

In addition, since the antibacterial thread is inserted into the user's vagina or anus together with the case (3), it is manufactured using a surgical high-strength thread that is strong but harmless to the human body or a yarn that is harmless to the human body but has excellent ductility, and then non-toxic polypropylene is applied to the outer surface to prevent contamination by secretions and secondary infection.

Additionally, the antibacterial thread can be manufactured to allow for adjustable length.

A handle, accessory or clip may be installed at the end of the antibacterial thread. When the clip is installed at the end of the antibacterial thread, the clip can be attached to and detached from the user's panty band, etc., to support the case (3).

The fixed plate (2) is attached and fixed to the installation groove (3111) of the case body (31) of Fig. 4 described above.

In addition, the fixed plate (2) is formed in a circular shape and is inserted into the installation groove (3111) of the case body (31).

In addition, a cylindrical insertion projection (21) is formed protruding on the upper surface of the fixed plate (2), and the insertion projection (21) is inserted into the lower hollow portion of the first spring (5) of FIGS. 6 and 7 described later, and the lower portion of the first spring (5) is combined with the fixed plate (2).

In addition, the lower part of the second spring (6) of Figures 9 and 10 described later is coupled to the upper surface of the fixed plate (2).

That is, the fixed plate (2) performs the function of fixing and supporting the lower parts of the first and second springs (5), (6) to the case body (31).

FIG. 5 is a perspective view showing the case removed in the present invention, FIG. 6 is a perspective view showing the first spring of FIG. 5, and FIG. 7 is a side view of FIG. 6.

The first spring (5) is formed as a coil spring of a predetermined length, as shown in FIGS. 5 to 7, and is composed of a medium-diameter spring (51) whose lower end is joined to the upper surface of the fixed plate (2) of FIG. 3, and a small-diameter spring (53) which is formed as a coil spring with a smaller diameter than the medium-diameter spring (51) but which is connected to the upper end of the medium-diameter spring (51).

The middle spring (51) is formed as a coil spring having a predetermined length, and the lower part is connected to the upper surface of the fixed plate (2), is installed vertically in the internal space of the case (2), and exerts elasticity in the horizontal and vertical directions to cause a resonance phenomenon of vibration energy.

At this time, the insertion projection (21) of the fixed plate (2) is inserted into the lower hollow of the middle spring (51), and the insertion projection (21) prevents fatigue deformation of the middle spring (51).

When this middle spring (51) moves horizontally due to vibration, it collides with the inner surface of the second vibration weight (7) of FIG. 11 described later, thereby causing secondary vibration of the second spring (6) coupled to the second vibration weight (7), thereby enabling the first and second springs (5), (6) to generate dual vibrations with different frequencies.

In addition, as shown in Fig. 7, the middle spring (51) is formed with a first coil body (511) that is positioned at the bottom but has a tight pitch (△h1), a second coil body (512) that is connected to the upper portion of the first coil body (511) and has the same diameter (d) as the first coil body (511) but has a larger pitch (△h2, △h2>△h1) than the first coil body (511), a third coil body (513) that is connected to the upper portion of the second coil body (512) and has the same diameter (d) as the second coil body (511) but has a larger pitch (△h3, △h3>△h2>△h1) than the second coil body (511), and a fourth coil body (513) that is connected to the upper portion of the third coil body (513) and has a diameter (d4) that increases toward the upper portion. It consists of a coil body (514).

The first coil body (511) is a coil spring having a diameter (d) and is placed at the lowest part of the middle spring (51), and an insertion projection (21) of the fixed plate (2) is inserted into the lower hollow part.

In addition, the first coil body (511) is formed with a very tight pitch (△h1) to prevent fatigue deformation due to horizontal movement of the center spring (51).

Additionally, the upper part of the first coil body (511) is connected to the lower part of the second coil body (512).

The second coil body (512) is a coil spring whose lower part is connected to the upper part of the first coil body (511).

Additionally, the second coil body (512) is formed with the same diameter (d) as the first coil body (511), but with a larger pitch (△h2, △h2>△h1) than the first coil body (511).

Additionally, the upper part of the second coil body (512) is connected to the lower part of the third coil body (513).

The lower part of the third coil body (513) is a coil spring connected to the upper part of the second coil body (512).

Additionally, the third coil body (513) is formed with the same diameter (d) as the second coil body (512), but with a larger pitch (△h3, △h3>△h2>△h1) than the second coil body (512).

That is, the middle spring (51) of the present invention is configured so that the pitch increases from the first coil body (511) positioned at the bottom toward the third coil body (513) positioned at the top, so that when the first vibration weight (9) moves due to gravity or the like, vibration energy of various amplitudes and frequencies is generated, thereby causing a resonance phenomenon, and thus various and irregular multiple vibrations can be generated depending on the user's posture and the insertion direction of the present invention.

The fourth coil body (514) is a coil spring whose lower part is connected to the upper part of the third coil body (513).

In addition, the fourth coil body (514) is formed with a pitch (△h4, △h2<△h4<△h3) that is smaller than that of the third coil body (513), but larger than that of the second coil body (512). That is, the fourth coil body (514) is formed as a coil spring with a pitch (△h4) that is larger than the pitches (△h1) and (△h2) of the first and second coil bodies (511), (512), but smaller than the pitch (△h3) of the third coil body (513).

In addition, the fourth coil body (514) is formed so that the diameter (d4) increases from the bottom to the top, thereby enabling generation of multiple vibrations of various amplitudes according to the user's subtle movements.

Additionally, a small-diameter spring (53) is connected to the upper part of the fourth coil body (514).

The small-diameter spring (53) is manufactured as a coil spring with a diameter (d’) smaller than the diameter (d) of the first coil body (511) of the medium-diameter spring (51), and the same pitch (△h1, △h1<△h2<△h4<△h3) as the first coil body (511).

In addition, the small-diameter spring (53) is installed by being inserted into the interior of the first vibration-weight (9), thereby elastically supporting the medium-diameter spring part (51) so that the first vibration-weight (9) is coupled with the medium-diameter spring part (51).

That is, the present invention does not simply connect the first vibration weight (9) connected to the upper end of the medium-sized spring (51), but instead inserts and fixes a separate small-sized spring (53) connected to the upper end of the medium-sized spring (51) into the interior of the first vibration weight (9), thereby enabling generation of multiple vibrations with more diverse amplitudes.

FIG. 8 is an exemplary diagram showing when the first vibration-additional horizontal movement of the present invention is performed, FIG. 9 (a) is an exemplary diagram showing when the first spring of FIG. 5 does not vibrate, and (b) and (c) are exemplary diagrams showing when the first spring collides with the inner surface of the second vibration-additional.

The first vibration-weight (9) is formed into a spherical shape with a predetermined weight, and is connected to the medium-sized spring (51) by the small-sized spring (53), thereby moving in the horizontal and vertical directions by the compression and elastic restoring force of the medium-sized spring (51) to generate vibration energy, and the vibration energy generated by the first vibration-weight (9) is amplified in amplitude due to the resonance phenomenon, thereby providing a solid stimulus to the user.

Since this first vibration-weight (9) is elastically supported by the medium-sized spring (51) and the small-sized spring (53), it vibrates in the horizontal and vertical directions in response to the user's minute postural movements, and when moving in the horizontal direction, it moves along the longitudinal line (L) as shown in Fig. 8 to induce a resonance phenomenon, thereby generating heavy, multi-vibration of various amplitudes.

That is, the first vibration-weight (9) of the present invention vibrates along the longitudinal line (L) when moving in the horizontal direction, but does not directly collide with the inner wall of the case-cap (33) to generate vibration, but amplifies the vibration energy of various amplitudes generated from the longitudinal spring (51) to provide vibration and stimulation to the user through the resonance phenomenon.

In addition, as shown in Fig. 9, the first spring (5) collides with the inner surface of the second vibration-weight (7), thereby inducing secondary vibration of the second spring (6) coupled to the second vibration-weight (7), thereby enabling the first and second springs (5) and (6) to generate dual vibrations with different frequencies.

Fig. 10 is a perspective view showing the second spring of Fig. 3, and Fig. 11 is a side view of Fig. 10.

The second spring (6) of Figures 10 and 11 is manufactured as a coil spring having a larger diameter than the intermediate spring (51) of the first spring (5), and the lower part is fixed to the upper surface of the fixed plate (2).

In addition, the second spring (6) is formed with a shorter length than the intermediate spring (51) of the first spring (5), and more specifically, it is formed with a longer length than the first and second coil bodies (511), (512) of the intermediate spring (51) of the first spring (5).

At this time, the middle spring (51) of the first spring (5) is installed in the inner hollow of the second spring (6).

In addition, the second spring (6) is formed so that its diameter increases from the bottom to the top, thereby enabling generation of vibration energy of various amplitudes depending on the compressive force.

In addition, a contact portion (61) is formed at the upper end of the second spring (6) so that the coil is wound horizontally, and the lower surface of the second vibration weight (7) is contacted and joined to the contact portion (61).

A second vibration weight (9) is coupled to the upper part of the second spring (6). When the second vibration weight (9) vibrates, the first spring (5) collides with the inner surface to generate kinetic energy. The kinetic energy generated by the second vibration weight (9) is transferred to the second spring (6), thereby causing a double vibration to occur by the second spring (6).

Fig. 12 is a perspective view showing the second vibration-weight of Fig. 3.

The second vibration-weight (7) is formed as a disc shape with the upper and lower parts open, as shown in Fig. 12, and the inner and outer diameters increase from the bottom to the top.

In addition, the second vibration-weight (7) performs the function of amplifying the amplitude of vibration energy generated by the compression of the second spring (6) by being combined in a state where the lower surface is in contact with the contact portion (61) of the second spring (6).

When this second vibration-weight (7) vibrates, the inner surface of the first spring (5) moving horizontally collides with the second spring (6), causing the second spring (6) to vibrate secondarily, thereby providing the user with a more irregular and gentle dual vibration effect.

In this way, the vaginal massage device (1) of one embodiment of the present invention is configured to have elasticity in the horizontal and vertical directions by being elastically supported by the first vibration-additional first spring without a separate driving means such as a motor, thereby sensitively reacting to the user's subtle postural movements, etc. to generate irregular, heavy, and soft vibrations, thereby activating the user's vaginal muscles and cell stimulation, and also enabling miniaturization.

In addition, the quality massage device (1) of the present invention includes a plurality of coil bodies vertically installed inside the case, in which the first spring's center-springs that elastically support the first vibration-weight are connected in the longitudinal direction, and the adjacent coil bodies are manufactured with at least one different diameter and pitch, thereby generating vibration energy of different amplitudes, thereby generating multiple vibrations even with the user's minute posture movements and movements.

In addition, the quality massage device (1) of the present invention is configured such that the diameter of the fourth coil body placed at the top of the center spring increases as it goes upward, thereby inducing a difference in frequency between the fourth coil body and the first vibration weight, so that the amplification effect of vibration energy due to the resonance phenomenon can be further expected.

In addition, the quality massage device (1) of the present invention can further increase the elasticity of the first vibration weight by further including a small-diameter spring that is connected to the upper part of the medium-diameter spring and is inserted into and combined with the interior of the first vibration weight.

In addition, the quality massage device (1) of the present invention further includes a second spring formed with a smaller length and larger diameter than the first spring, but with the diameter increasing toward the top, thereby enabling it to respond more sensitively to the user's fine movements and postural movements, as well as generate vibration energy of a wider range of amplitudes.

In addition, the quality massage device (1) of the present invention can provide a user with a more solid and soft multi-vibration due to a resonance phenomenon by inducing a difference in frequency between the second spring and the second vibration weight by installing a second vibration weight on the upper part of the second spring.

In addition, the quality massage device (1) of the present invention can generate more irregular and gentle multi-vibration by causing double vibration by the first and second springs by causing the first spring to collide with the inner surface of the second vibration-weight when vibrating, thereby inducing vibration of the second spring coupled to the second vibration-weight.

In addition, since the case of the vaginal massage device (1) of the present invention, which is inserted into the female genitalia or the anus of the body, is made of titanium (Ti), it is not only lightweight and has excellent strength, but is also harmless to the body as it does not cause skin allergies, and can be made in various colors using a variable voltage anodizing method, etc., and when a TiO2 oxide film is formed, a photocatalytic phenomenon occurs when it reacts with ultraviolet rays, thereby enhancing sterilization properties.

delete

1: Quality massage device
2:Fixed plate 3:Case
5:1st spring 6:2nd spring
7:2nd vibration-thrust 9:1st vibration-thrust
21: Insert protrusion 31: Case body
33:Case-Cap 51:Center-Spring
53: Small-spring 511: First coil body
512: 2nd coil body 513: 3rd coil body
514: 4th coil body

Claims (8)

A case formed in a streamlined spherical shape with space formed inside, and inserted into the user's vagina or anus;
A fixed plate installed on the inner bottom surface of the above case;
A coil spring having a length, the lower end of which is connected to the upper surface of the fixed plate and the first spring is installed vertically in the internal space of the case;
A first spherical vibration-weight coupled to the upper end of the first spring;
A second spring formed in a cone shape having a smaller length and larger diameter than the first spring, and having the first spring vertically arranged inside;
A vaginal massage device characterized by having a cone shape in which the upper and lower parts are open and the inner and outer diameters increase from the lower part to the upper part, and including a second vibration weight installed on the upper part of the second spring. A vaginal massage device, characterized in that in the first paragraph, the case is made of any one of silver (Ag), titanium (Ti), and stainless steel. In the first paragraph, one of the coil bodies of the first spring,
A vaginal massage device characterized by being formed such that the diameter increases from the bottom to the top. In the first paragraph, the first spring
It further includes a small-diameter spring connected to the coil body placed at the top,
The above-mentioned small spring
A vaginal massage device characterized in that it is inserted and coupled into the interior of the first vibration-pull. In the fourth paragraph, the small diameter spring
A quality massage device characterized in that among the above coil bodies, the pitch is formed to be equal to or smaller than that of the coil body with the smallest pitch. In any one of claims 1 to 5, the first spring
Contains coil bodies classified in the longitudinal direction,
Among the above coil bodies, adjacent coil bodies are
A vaginal massage device characterized in that at least one of the diameter and the pitch is formed differently from each other. In the sixth paragraph, a contact portion is formed at the upper end of the second spring so that the coil is wound horizontally,
The above second vibration-pushing
A quality massage device characterized in that the lower surface is joined to the contact portion of the second spring. In the seventh paragraph, the case is
Case body with open top;
A case-cap having an open bottom and a lower end joined to the upper end of the case body,
On the upper surface of the case body, a fixing groove is formed that extends inward from the upper surface to the outer surface and is connected along an arc.
The above case is
A vaginal massage device characterized in that the lower part of the case cap is inserted into the fixing groove of the case body, joined through electrical welding, and then surface-treated through grinding, polishing, and anodizing.