KR20240011335A - Women's massage device and its holder - Google Patents

Abstract

It includes a battery module and a vibration module, and includes a first upper end and a second upper end, wherein the first upper end is provided with a cartridge insertion hole, and the second upper end is an upper body that supplies power, and is inserted into the cartridge insertion hole. a twister including a cartridge, a front surface supporting a bottom of the cartridge, an upper protruding structure coupled to the cartridge insertion port, a lower protruding structure including at least one cavity, and at least one It includes a contact surface provided with a cavity, and a contact portion rotatably engaged with the lower protruding structure, wherein the upper protruding structure engages the cartridge insert, and the contact portion engages the lower protruding structure, The contact surface protrudes below the first upper end.

Description

Women's massager and its holder {WOMEN'S MASSAGE DEVICE AND ITS HOLDER}

A massager for women, particularly a massager for women to relieve frigidity in women, is disclosed.

The epidermis of the clitoris gradually loses its elasticity due to various causes such as aging, sexual intercourse, childbirth, and stress. This causes a decrease in sensitivity and satisfaction with sexual stimulation. This phenomenon corresponds to a type of disease and is referred to in medical terms as female frigidity.

According to the “American Sex” report published in 1995, only 29% of women reach orgasm during sexual intercourse, and according to the Kinsey Report, 11% of women who have been married for more than 20 years have never had an orgasm. It was found that it was not seen. Previously, it was known that frigidity in women was mainly caused by psychogenic causes, but recent research results have revealed that frigidity in women is also caused by organic causes in a significant proportion.

Female frigidity can be alleviated or overcome by using means that provide sexual stimulation, such as videos or massage devices. Recently, research on massage devices that stimulate the clitoris, especially vibrating massage devices using electric power, has been actively conducted. Conventional massage devices are small in size and difficult to hold and manipulate, and the wiring for power supply often becomes tangled. In addition, conventional massage devices perform massage while the female genitals are exposed, so the female genitals are easily dried, and massaging the dry genitals causes pain due to friction. In addition, the conventional massage device had the inconvenience of having to frequently clean the contaminated contact area due to contact with the female genitalia after use.

We provide a massager for women that is easy to hold and manipulate, and solves the problem of wiring tangles.

We provide a massager for women that keeps women's genitals moist during massage.

We provide a massager for women that eliminates the hassle of cleaning.

The female massager includes an upper body including a battery module and a vibration module, a first upper end and a second upper end, the first upper end being provided with a cartridge insertion port, and the second upper end supplying power, A twister including a cartridge inserted into a cartridge insertion port, a front surface supporting the bottom of the cartridge, an upper protruding structure coupled to the cartridge insertion port, and a lower protruding structure including at least one cavity. and a contact surface provided with at least one cavity, and a contact portion rotatably engaged with the lower protruding structure, wherein the upper protruding structure engages the cartridge insert, and the contact portion is engaged with the lower protruding structure. When engaged, the contact surface protrudes below the first upper end.

The upper body may be donut-shaped.

The upper body may further include a control button on one side used to control the operation of the vibration module, and the vibration module may start or stop vibration based on a control input received from the control button. .

The cartridge is fully charged with essence, has a drain on one side of the bottom, and has a water supply port on one side of the front of the twister. The positions of the drain and the water supply port may correspond to each other.

The at least one cavity of the lower protruding structure and the at least one cavity of the contact surface may be the same in number, provided at corresponding positions, and have shapes corresponding to each other.

A holder linked to a female massager includes a sterilizing module and a power module, and includes a first lower end and a second lower end, wherein the first lower end is provided with a sterilizing surface for mounting the contact part, and the second lower end is provided. The lower end includes a lower body supporting the second upper end, the sterilizing module sterilizes the contact portion when the contact portion is mounted on the sterilizing surface, and the power module is configured to allow the second upper end to be connected to the second upper end. When supported by the lower end, it supplies power to the battery module.

The sterilizing surface is spaced apart from the contact portion and may have a radiation groove on one side, and the sterilization module can sterilize the contact portion by emitting infrared rays through the radiation groove.

The second upper end includes a port, and the second lower end includes a terminal. When the terminal is inserted into the port, the second upper end may be fixedly supported on the second lower end.

The lower body has a donut shape and may include a support structure that supports the ground.

It is easy to hold and manipulate, and there is no tangle of wires.

During the massage, the woman's genitals are kept moist.

The women's massager remains clean even without separate cleaning after completing the massage.

1 is a front exploded view of a massage device for women according to an embodiment.
2 shows a cartridge and twister according to one embodiment.
Figure 3 is an exploded view of the bottom of a massage device for women according to an embodiment.
Figure 4 is a perspective view of a stand according to an embodiment.
Figures 5a and 5b show a massage device and holder for women according to one embodiment.

Hereinafter, embodiments will be described in detail with reference to the attached drawings. The same reference numerals in each drawing indicate the same members. Various changes may be made to the embodiments described below. The embodiments described below are not intended to limit the embodiments, but should be understood to include all changes, equivalents, and substitutes therefor.

Terms used in the examples are merely used to describe specific examples and are not intended to limit the examples. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by a person of ordinary skill in the technical field to which the embodiments belong. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and unless explicitly defined in the present application, should not be interpreted in an ideal or excessively formal sense. No.

In addition, when describing with reference to the accompanying drawings, identical components will be assigned the same reference numerals regardless of the reference numerals, and overlapping descriptions thereof will be omitted. In describing the embodiments, if it is determined that detailed descriptions of related known technologies may unnecessarily obscure the gist of the embodiments, the detailed descriptions are omitted.

1 is a front exploded view of a massage device for women according to an embodiment.

The female massager 100 includes an upper body 110, a cartridge 120, a twister 130, and a contact portion 140.

The upper body 110 includes a battery module 112 and a vibration module 114. It is sufficient for the battery module 112 and the vibration module 114 to be electrically connected, and their respective shapes and positions may be different from those in FIG. 1 . Since the upper body 110 operates by power supplied from the battery module 112, there are no wires exposed to the outside, making it convenient to use.

Upper body 110 includes a first upper end 116 and a second upper end 118. The first upper end 116 is provided with a cartridge insertion hole 117 inside the upper body 110. The second upper end 118 may receive power from the power module 214 wired or wirelessly.

The battery module 112 may be configured to store and use power supplied from the outside (rechargable type) or may be configured as a battery replaceable type. At this time, in the case of the battery replacement type, one side of the upper body 110 may be opened for battery replacement.

The vibration module 114 refers to a device that can generate vibration through a motor or the like. The vibration module 114 is installed inside the upper body 110. When the vibration module 114 operates, vibration is emitted through the upper body 110.

Upper body 110 includes a first upper end 116 and a second upper end 118. The upper body 110 may be configured in various shapes for ergonomic design.

In one example, the upper body 110 may be configured in a donut-shaped shape. Here, the donut shape includes at least a portion of the donut shape. The upper body 110 is part of various angles (e.g., 30˚, 60˚, 90˚, 120˚, 150˚, 180˚, etc.) as long as a certain area is secured for the contact portion 140 to be exposed. It may be donut-shaped. 1 shows a 180° donut-shaped upper body 110.

Through this configuration, when the user grasps the middle part of the upper body 110 with his hand, the first upper end 116 naturally points toward the female genitals, providing a good grip and easy operation, and improving the user experience. You can.

In another example, the upper body 110 may be configured in a “ㄷ” shape rotated 90° clockwise.

In another example, the upper body 110 may be composed of a combination of at least some curves and straight lines.

Although not shown, the upper body 110 may further include a control button on one side used to control the operation of the vibration module 114. The vibration module 114 is electrically connected to the control button and starts or stops vibration based on the control input received from the control button.

In one example, there may be one or more control buttons.

When there is only one control button, control inputs such as touch, double touch, and long touch can be configured to correspond to vibration start, vibration stop, vibration intensity change, etc.

When there are a plurality of control buttons, each control button or combination of control buttons may be configured to correspond to different operations, such as starting vibration, stopping vibration, or changing vibration intensity.

In another example, upper body 110 may not include control buttons.

The vibration module 114 may be configured to start vibration when the female massager 100 is separated from the holder 200 and to stop vibration when the female massager 100 is mounted on the holder 200. This configuration improves the user experience because it does not require separate learning about the control method of the female massager 100, especially the control buttons. Here, whether the female massager 100 and the holder 200 are mounted and/or separated may be determined using a contact sensor, a weight sensor, a pressure sensor, a current sensor, etc.

The vibration module 114 can start or stop vibration by triggering various additional movements (rotation, shaking, flipping, vertical or horizontal movement, etc.) after the female massager 100 is separated from the holder 200. This configuration can prevent vibration from starting simply by separating the female massager 100, so it can be carried in a separated state and power can be used efficiently.

The vibration module 114 may operate based on control signals from an external device connected to the female massager 100 through wireless communication such as Bluetooth. This configuration enables remote control, prevents vibration from starting or stopping due to the user's unintentional malfunction, and allows the user to use both hands while using the female massager 100.

In Figure 1, the first upper end 116 and the second upper end 118 are shown to be located in the same plane, but the first upper end 116 and the second upper end 118 are located in different planes. It may be configured. For example, compared to FIG. 1 , the first upper end 116 is extended downward and the second upper end 118 is extended upward, so that the two may be located on planes of different heights.

The first upper end 116 is provided with a cartridge insertion port 117.

The second upper end 118 may be configured to be at least partially open or fully closed. The second upper end 118 may be at least partially open if it includes a port or terminal for power supply or fixation. The second upper end 118 may be configured to be fully closed when using wireless power transfer.

The cartridge 120 and the twister 130 will be described in detail below with reference to FIG. 2, and the contact portion 140 will be described in detail with reference to FIG. 3 below.

2 shows a cartridge and twister according to one embodiment.

The cartridge 120 is inserted into the cartridge insertion hole 117. To ensure close contact after insertion, the cartridge insertion hole 117 may be configured to be slightly larger than the cartridge 120.

The cartridge 120 is filled with essence. Here, the essence refers to a substance that is discharged when the female massager 100 is used and is used to keep the female genitals moist. Essence can be referred to by various names such as lubricating fluid, lubricant, lubricating gel, and aromatic oil.

The cartridge 120 is provided with a drain hole 122 on one side of the bottom.

The drain hole 122 may protrude from the bottom of the cartridge 120 as shown in FIG. 2, but may also be concave in the bottom or formed on the same plane as the bottom.

Although the drain 122 is shown in an open state in FIG. 2, the drain 122 may be closed by a blocking member when first used. Here, the blocking member includes a vinyl adhesive member that seals the gel component contained in the container of toothpaste, lotion, hand cream, etc. Through this configuration, the drain 122 is kept sealed during the distribution stage, and the vinyl adhesive member can be easily removed without a separate tool when necessary.

Although not shown, when first used, the drain hole 122 may be sealed with a film that has the same or similar components as the cartridge 120 but is relatively thin. These membranes can be easily opened using a sharp tool. Through this configuration, the process of adding a separate adhesive member can be omitted, thereby lowering the manufacturing cost.

The twister 130 includes a front surface 132 supporting the bottom of the cartridge 120, an upper protruding structure 134 coupled to the cartridge insertion port 117, and at least one cavity 137. ) and a lower protruding structure 136 including. A water inlet 138 is provided on one side of the front 132. The positions of the water supply port 138 and the drain port 122 correspond to each other.

Figure 2 shows a convex water inlet 138 and a concave drain 122. When the drain port 122 is inserted into the water supply port 138 and then rotated, the coupling relationship between the cartridge 120 and the twister 130 can be tightened when water is supplied. The concavo-convex structure of the water supply port 138 and the drain port 122 may be formed in the opposite direction to the above-described example, or may be composed of other shapes that can be combined, and the number of protrusions for connection may also vary (e.g. , 1 or 3 or more, etc.).

In addition, the water supply port 138 and the drain port 122 can all be configured as smooth planes because it is sufficient that their positions correspond to each other. Through this configuration, the manufacturing process of the water supply port 138 and the drain port 122 can be simplified.

Figure 3 is an exploded view of the bottom of a massage device for women according to an embodiment.

As shown in FIG. 3 , second upper end 118 may include port 119 .

The contact portion 140 includes a contact surface 142 with at least one cavity and rotatably engages the lower protruding structure. Here, “rotatably coupled” means that rotation is possible even in a coupled state, that is, rotation is possible after coupling regardless of whether or not the coupling is coupled through rotation.

The lower protruding structure 136 and the contact surface 142 may each include the same number of cavities. As shown in FIG. 3, when the lower protruding structure 136 includes a plurality of cavities 137, these are sequentially numbered 137a, 137b, 137c, ?? (not shown), etc., and when the contact surface 142 includes a plurality of cavities 144, these are sequentially designated by reference numerals 144a, 144b, 144c, ?? etc. (not shown).

Cavity 137 and cavity 144 may be provided at positions corresponding to each other. For example, the cavities 137a, 137b, and 137c are provided at intervals of 120° based on an imaginary axis perpendicular to the centrifuge (center of the circle) of the twister 130, and the cavities 144a, 144b, and 144c are located at the contact portion 140. ) can be provided at 120˚ intervals based on an imaginary axis perpendicular to the centrifuge. This configuration enables opening and blocking of the cavities 137 and 144 through rotation of the contact portion 140.

Additionally, the shape of the cavity 137 may correspond to the shape of the cavity 144. This configuration allows precise control of the amount of essence discharged.

Figure 4 is a perspective view of a stand according to an embodiment.

The holder 200 is linked with the female massager 100 and is specifically used to mount the female massager 100. Additional charging and sterilization can be performed when mounted.

The holder 200 includes a lower body 210.

In one example, the lower body 210 may be configured in a donut-shaped shape. Here, the donut shape includes at least a portion of the donut shape. When the upper body 110 is mounted on the lower body 210, the upper body 110 and the lower body 210 may be configured to form a complete donut. For example, if the upper body 110 has a 180° donut shape, the lower body 210 may also have a 180° donut shape. As another example, if the upper body 110 has a 270° donut shape, the lower body 210 may have a 90° donut shape.

When the first upper end is spaced apart from the first lower end, and/or the second upper end is spaced apart from the second lower end, the upper body 110 and the lower body 210 may be partially donut-shaped even when mounted. there is.

In another example, it may be configured as a donut shape or a “ㄷ” shape rotated 90 degrees clockwise.

In another example, the lower body 210 may be composed of a combination of at least some curves and straight lines.

The lower body 210 may be configured so that at least part of the upper body 110 corresponds to or is symmetrical.

The lower body 210 includes a support structure 230 that supports the ground.

In one example, support structure 230 may be comprised of a flat surface.

In another example, support structure 230 may consist of at least one support surface or support pillar.

In another example, the support structure 230 may be composed of at least one protrusion of the same or different height.

The lower body 210 includes a sterilization module 212 and a power module 214. It is sufficient for the power module 214 and the sterilization module 212 to be electrically connected, and their respective shapes and positions may be different from those of FIG. 4 .

Lower body 210 includes a first lower end 216 and a second lower end 220. The first lower end 216 is provided with a sterilizing surface 218 that supports the contact surface 142, and the second lower end 220 supports the second upper end 118.

The sterilization module 212 sterilizes the contact surface 142 when the contact surface 142 is mounted on the sterilization surface 218. Whether or not the contact surface 142 is mounted can be determined by a weight sensor, a pressure sensor, a current sensor, etc. The sterilizing surface 218 has a radiating groove 219 on one side. The sterilization module 212 sterilizes the contact surface by emitting heat, infrared rays, far infrared rays, or ultraviolet rays through the radiation groove 219.

In one example, the sterilizing surface 218 may be spaced apart from the contact surface 142. Spaced mounting refers to a mounting method in which the depth of the sterilizing surface 218 is greater than the height of the contact surface 142, so a certain distance exists between the contact surface 142 and the sterilizing surface 218 when mounted. The spaced structure of the sterilizing surface 218 and the contact surface 142 facilitates scattering and refraction of the emitted light.

In another example, the sterilizing surface 218 is spaced apart from the contact surface 142 and has a radiation groove 219 on one side, and the sterilizing module 212 can change the direction of light emission. Scattering and refraction of light may not be performed smoothly due to vaginal discharge, etc. on the contact surface. By varying the discharge direction, accurate and uniform sterilization can be achieved regardless of whether vaginal secretions remain on the contact surface.

In another example, the sterilizing surface 218 may be in close contact with the contact surface 142 but may not have a radiating groove 219. In this case, the sterilizing surface 218 may be made of a material that can transmit light or heat, such as glass. This configuration can fundamentally block vaginal secretions, etc. from penetrating into the holder 200, such as the sterilization module 212, through the radiation groove 219.

In another example, the sterilizing surface 218 and the contact surface 142 may be made of metal and be in close contact with them. In this case, the sterilizing surface 218 can sterilize the contact surface 142 through a heat conduction method.

The power module 214 supplies power to the sterilization module 212 and the battery module 112. The power module 214 can receive power from the outside through a wired or wireless method. Since this is a known technology, detailed description will be omitted.

Figures 5a and 5b show a massage device and holder for women according to one embodiment.

FIG. 5A shows the holder 200 and the female massager 100 in use.

Referring to FIG. 5A, the female massager 100 is held by a user and vibration is initiated.

The wireless all-in-one massager 100 has a good gripping feel, and the position and degree of adhesion to the genitals can be precisely controlled by hand.

When the upper protruding structure 134 is coupled with the cartridge insertion hole 117 and the contact portion 140 is coupled with the lower protruding structure 136, the contact surface 142 protrudes lower than the first upper end 116. Therefore, the user can easily insert the contact surface 142 into the clitoris.

The contact surface 142 may be configured to be at a preset temperature upon initiation of vibration or upon insertion into the clitoris. The contact surface 142 may be made of a material such as metal or plastic, and such material may give a cold sensation to the user. By controlling the temperature of the contact surface 142, the user experience can be improved by eliminating the feeling of cold.

The second upper end 118 may include a port 119 and the second lower end 220 may include a terminal 221 . When the terminal 221 is inserted into the port 119, the second lower end 220 may fixedly support the second upper end 118. The terminal 221 and the port 119 may further perform a power supply function in addition to a fixed support function. Contrary to the above embodiment, the second upper end 118 may be configured to include a terminal and the second lower end 220 may be configured to include a port.

Figure 5b shows a stand and a mounted massager for women.

Figure 5b shows the female massager 100 and the holder 200, which when mounted, represent a complete donut (excluding the support structure 230).

The power module 214 supplies power to the battery module 112 through a wired or wireless method when the second upper end 118 is supported by the second lower end 220.

As described above, although the embodiments have been described with limited examples and drawings, various modifications and variations can be made by those skilled in the art from the above description. For example, appropriate results can be achieved even if the components of the present invention are combined or combined in a form different from the method described, or are replaced or substituted by other components or equivalents. Therefore, other implementations, other embodiments, and equivalents of the claims also fall within the scope of the claims described below.

100: Massager for women 110: Upper body
112: battery module 114: vibration module
116: first upper end 117: cartridge insertion port
118: second upper end 119: port
120: Cartridge 122: Drain
130: Twister 132: Front
134: upper protruding structure 136: lower protruding structure
137: cavity 138: water inlet
140: contact part 142: contact surface
144: Joint 200: Holder
210: lower body 212: sterilization module
214: power module 216: first lower end
218: Sterilization surface 219: Radiation groove
220: second lower end 221: terminal
230: support structure

Claims (9)

In the female massager,
an upper body including a battery module and a vibration module, including a first upper end and a second upper end, the first upper end being provided with a cartridge insertion port, and the second upper end supplying power;
a cartridge inserted into the cartridge insertion hole;
a twister including a front surface supporting the bottom of the cartridge, an upper protruding structure engaging the cartridge insertion port, and a lower protruding structure including at least one cavity; and
A contact portion comprising a contact surface provided with at least one cavity and rotatably coupled to the lower protruding structure.
Including,
When the upper protruding structure engages the cartridge insert and the contact portion engages the lower protruding structure, the contact surface protrudes below the first upper end,
Massager for women. According to paragraph 1,
The upper body is donut-shaped,
Massager for women. According to paragraph 1,
The upper body further includes a control button on one side used to control the operation of the vibration module,
The vibration module starts or stops vibration based on the control input received from the control button,
Massager for women. According to paragraph 1,
The cartridge is fully charged with essence, has a drain on one side of the bottom, and has a water inlet on one side of the front of the twister, and the positions of the drain and the water inlet correspond to each other,
Massager for women. According to clause 4,
At least one cavity of the lower protruding structure and at least one cavity of the contact surface are the same in number, are provided at corresponding positions, and have shapes corresponding to each other,
Massager for women. In the stand linked with the female massager of any one of claims 1 to 5,
It includes a sterilizing module and a power module, and includes a first lower end and a second lower end, wherein the first lower end is provided with a sterilizing surface for mounting the contact portion, and the second lower end is connected to the second upper end. lower body supporting
Including,
The sterilization module sterilizes the contact portion when the contact portion is placed on the sterilization surface,
the power module supplies power to the battery module when the second upper end is supported by the second lower end,
holder. According to clause 6,
The sterilizing surface is spaced apart from the contact portion and has a radiating groove on one side,
The sterilization module sterilizes the contact portion by emitting infrared rays through the radiation groove,
holder. According to clause 6,
The second upper end includes a port, and the second lower end includes a terminal, wherein the second upper end is fixedly supported on the second lower end when the terminal is inserted into the port.
holder. According to clause 6,
The lower body is donut-shaped and includes a support structure that supports the ground,
holder.