WO2021080195A1

WO2021080195A1 - Vibrating foundation with modularized structure

Info

Publication number: WO2021080195A1
Application number: PCT/KR2020/012860
Authority: WO
Inventors: 박동현
Original assignee: 박동현
Priority date: 2019-10-21
Filing date: 2020-09-23
Publication date: 2021-04-29
Also published as: KR200491309Y1

Abstract

The present invention relates to a vibrating foundation with a modularized structure and, more specifically, to a vibrating foundation with a modularized structure, which configures, as mutually detachable independent modules, a puff module for applying a cosmetic product to the skin, a vibration delivery module for delivering, to the puff module, vibration for increasing a tapping and an application effect, and a foundation cartridge module for supplying a foundation formulation to the puff module, and which configures the vibrating foundation by means of a coupling structure of the independent modules, and which, thereby, has effectively improved ease of use and maintenance for a vibrating foundation device, as a particular module can be selectively and easily replaced in various problematic situations such as a puff being damaged during the use of the vibrating foundation, the foundation content being depleted, or a transport tube being clogged.

Description

Vibration foundation with modular structure

The present invention relates to a vibration foundation having a modular structure, and more particularly, a puff module for applying cosmetics to the skin, a vibration transmission module for transmitting vibration to increase the tapping and applying effect to the puff module, and the puff The foundation cartridge module for supplying the foundation material to the module is composed of independent modules that can be separated from each other, and the vibration foundation is formed through the fastening structure of these independent modules, so that damage to the puff occurs in the process of using the vibration foundation. , In case all the contents of the foundation are exhausted, or even in various problem situations such as clogging of the transfer tube, only the relevant module can be selectively and easily replaced.Therefore, a modular structure that effectively improves the convenience of use and maintenance of the vibration foundation device. It relates to a vibration foundation having.

In general, when trying to naturally cover blemishes or blemishes on the face or externally exposed skin, cosmetics such as foundation, concealer, or BB cream are used. The above cosmetics are used by touching or tapping to spread evenly without clumping on the area to be applied to make-up and apply it with a sense of closeness, and the cosmetic puff is used at this time.

Recently, a vibration foundation has been developed and commercialized in which a vibration puff is integrally installed along with the foundation so that users can apply makeup easily and quickly without the need to directly tap or touch. An example of such a technology is Korean Utility Model Registration No. 20-0471802 It is disclosed in "vibrating cosmetic tube combined with corrugated tube" and Korean Patent No. 10-1162603 "electric puff".

In such a conventional technology, a user squeezes and squeezes a tube containing cosmetics (No. 471802), or presses a separate pumping switch provided in a case (No. 1162603) to discharge the cosmetics in the cosmetic container, and The vibration motor vibrates the puff on the cosmetics so that the cosmetics can be applied by tapping them on the face.

However, in the case of the tube container as in No. 471802, there is a disadvantage in that it is difficult to control the discharging amount of cosmetics as desired, because the discharging amount of cosmetics varies according to the user's grip force applied to the tube. Even in the case of the same pumping container, there is a problem that cosmetics are discharged according to an increase in pressure inside the container due to the operation of the piston, and this also has a problem that it is not easy to adjust the discharge amount as desired.

In addition, in the case of the prior art described above, it is configured to be accommodated in an opaque tube or in a cosmetic container separately provided inside an opaque case constituting the device, so that it is difficult for the user to check the remaining amount of the cosmetic at all times. Rather, it is a problem that maintenance is inconvenient, such as having to replace the entire device when defects or damages occur in some parts because the vibration transmission unit and the cosmetic discharge unit constituting the device are configured to be integrally formed in the device body. There is this.

The present invention has been conceived to solve the above problems, a puff module for applying cosmetics to the skin, a vibration transmission module for transmitting vibration to increase the tapping and application effect on the puff module, and a foundation for the puff module The foundation cartridge module for supplying the material is composed of independent modules that can be separated and coupled to each other, and the vibration foundation is formed through the fastening structure of these independent modules, so that damage to the puff occurs during the use of the vibration foundation, or the contents of the foundation. Vibration with a modular structure that effectively improves the convenience of use and maintenance of the vibration foundation device by allowing only the relevant module to be selectively and easily replaced even in various problem situations such as exhaustion or clogging of the transfer tube. Its purpose is to provide a foundation.

In order to achieve the above object, the present invention provides a vibration foundation having a modular structure, comprising: a puff module having a puff having a foundation discharge port formed on one side of an upper surface, and a puff support portion supporting the puff; A vibration transmission module connected to the lower part of the puff module and provided with a battery and a vibrator therein to transmit vibration to the puff module; A foundation cartridge module connected to a lower portion of the vibration transmission module and transferring a foundation material accommodated therein to a discharge port formed in the puff; And a cover provided on the puff module to open and close the puff from the outside. The foundation cartridge module includes a transfer tube extending upwardly to transfer the foundation material to a discharge port formed on the puff, and a transfer hole into which the transfer tube is inserted into the puff module and the vibration transfer module. It is formed, the puff module, the vibration transmission module, the foundation cartridge module, and the cover is characterized in that they are coupled to each other through a fitting coupling structure that can be independently detachable.

The vibration foundation device according to the present invention comprises a puff module, a vibration transmission module, and a foundation cartridge module as independent modules that can be separated and coupled to each other, and by configuring the vibration foundation through the fastening structure of these independent modules, the puff is used in the process of use. Even if some parts are defective or damaged, such as damage occurs, all foundation materials are exhausted, or the tube is clogged, the user can selectively and easily replace only the relevant module, thus improving the product service life. The maintenance convenience in the process of use is effectively improved.

In addition, the foundation cartridge body is formed in a double tube structure of an inner tube and an outer tube that is connected by a rotational coupling method through a screw thread structure, and the foundation received in the inner tube is discharged to the discharge port on the top of the puff through the rotation of the exterior, so that the user can rotate the exterior The amount of foundation discharged through the adjustment can be finely adjusted, so that the foundation can be used efficiently without wasting the required amount, and economical use is possible by minimizing the amount of foundation left in the container during the use process, and the remaining amount of the foundation contained in the container. As the length of the inner tube seen to the outside is changed according to this, there is an effect that the user can visually recognize the remaining amount immediately.

1 is a view schematically showing the configuration of a vibration foundation having a modular structure according to an embodiment of the present invention.

2 is an exploded perspective view of a vibration foundation having a modular structure according to an embodiment of the present invention.

3 is a longitudinal cross-sectional view of a vibration foundation having a modular structure according to an embodiment of the present invention.

4 is a view showing the configuration of a foundation cartridge module constituting a vibration foundation having a modular structure according to an embodiment of the present invention.

Figure 5 is a partial enlarged view for explaining the cartridge body structure of the vibration foundation having a modular structure according to an embodiment of the present invention.

6 is a view for explaining a cover structure for preventing leakage of a foundation material through a discharge port on an upper surface of a puff when not in use in a vibration foundation having a modular structure according to an embodiment of the present invention.

7 is a view for explaining a state in which the length of the foundation cartridge is deformed according to the use of the vibration foundation having a modular structure according to an embodiment of the present invention.

Explanation of the sign

100: cover 101: inner plug

200: puff module 210: puff

211: discharge port 220: puff support

300: vibration transmission module 301: transfer hole

302: vibrator 303: vibrator seating groove

310: battery cover 311: switch

221,321: gripping groove 400: foundation cartridge module

410: cartridge cover 411: transfer tube

420: cartridge body 421: inner tube

422: discharge hole 423: via groove

424: foundation material 425: pressure plate

426: exterior 427: descent bump

Hereinafter, embodiments of the present invention will be described in detail, but the present invention is not limited to the following embodiments unless departing from the gist of the present invention.

1 is a view schematically showing the configuration of a vibration foundation having a modular structure according to an embodiment of the present invention, Figure 2 is an exploded perspective view of a vibration foundation having a modular structure according to an embodiment of the present invention, 3 is a longitudinal sectional view of a vibration foundation having a modular structure according to an embodiment of the present invention.

1 to 3, the vibration foundation having a modular structure according to an embodiment of the present invention includes a cover 100, a puff module 200, a vibration transmission module 300, and a foundation cartridge module 400. ).

More specifically, the puff module 200 consisting of the puff 210 and the puff support unit 220, is closely connected to the lower puff support unit 220, and is provided with a battery and a vibrator 302 therein, and the puff module 200 ), a vibration transmission module 300 that transmits vibration to the puff module 200, a cover 100 detachably coupled to the puff 210 in a form surrounding the vibration transmission module 300, and the vibration transmission It is configured to include a foundation cartridge module 400 connected to the lower part of the module 300 to supply foundation to the puff 210.

At this time, the foundation cartridge module 400 is fastened to the cartridge body 420 and the cartridge body 420 in which the foundation material is accommodated therein, and is configured to seal the upper portion of the cartridge body 420, and the cartridge on one side of the upper surface The transfer tube 411 from which the foundation material accommodated in is discharged is formed of a cartridge cover 410 protruding upward and extending.

In this case, each module is configured independently of each other, and a connection part is formed at a connection portion between the modules so that mutual separation and coupling are possible, and this will be described in more detail in the description of the structure of each module to be described later.

In this way, by configuring the product in a way that each modularized part is combined, when design or mold modifications occur during the production process, each module can be modified to facilitate production. When defects or breakages occur, or when puff or foundation replacement is required, only modules required by consumers can be separately and independently provided, thereby increasing efficiency in use.

Furthermore, compared to the method of assembling including all parts in the device body as in the prior art, the modularized method of manufacturing by putting only parts having one function in one module is easy to manufacture due to its simple internal structure, and is produced for each module. Since it can be produced by different lines, the production time per product is shortened and the production rate is improved.

In the vibration foundation having a modular structure according to an embodiment of the present invention configured as described above, the vibration transmission module 300 transmits vibration to the puff 210 from the lower part of the puff module 200, and the foundation cartridge module 400 provides the foundation. It is configured to supply the material to the surface of the puff 210, so that the foundation discharged and applied to the surface of the puff 210 can be applied evenly and in close contact with the skin through vibration without the user holding the puff and tapping it directly.

Hereinafter, the structure for each module of the vibration foundation having a modular structure according to the present invention will be described in more detail.

The puff module 200 is composed of a puff 210 and a puff support unit 220 supporting the puff 210, and the puff 210 is adhered to the puff support unit 220 with an adhesive or integrally adhered to the puff support unit 220 do.

The puff 210 is a portion where the foundation can be applied to the skin, and the upper surface of the puff 210 is formed in an elliptical shape inclined at a predetermined angle with respect to the horizontal direction, and preferably, 15 degrees to the horizontal direction. It can be formed at an angle of about 30 degrees.

The elliptical puff 210 having an inclined shape as described above, when the user grasps the product and makes contact with the face, compared to when it is configured in a flat shape, while maintaining a relatively natural angle of the hand, the puff surface is in close contact with the face. It is convenient to use because it can be used, and it has the advantage of relatively miniaturization of the product as the surface area in contact with the skin is wider than that of a circular puff having the same base area.

The puff 210 may be made using various puff members as needed, and for example, may be made of a latex material having high elasticity, easy cleaning, and excellent adhesion to the skin.

The lower part of the puff support part 220 is detachably fitted to the upper part of the vibration transmission module 300 and is closely connected. For this purpose, a stepped step for mutual coupling is provided on the lower part of the puff support part 220 and the upper part of the vibration delivery module 300. It is formed, and

gripping grooves

221 and 321 may be formed on one side of the puff support part 220 and the vibration transmission module 300 to be held and lifted during separation.

In the vibration transmission module 300, a vibrator 302 for generating vibration and a battery (not shown) for applying power to the vibrator 302 are provided. As shown in FIG. 3, the vibrator 302 Is placed in the vibrator seating groove 303 formed on the vibration transmission module 300.

At this time, the vibrator seating groove 303 is the vibration transmission module 300 so that the vibrator 302 can evenly transmit the vibration from the center to the edge of the puff module 200 connected to the upper part of the vibration transmission module 300. It is preferably formed in the upper center.

The battery (not shown) that applies power to the vibrator 302 can be exchanged by opening and closing the battery cover 310 formed on one side of the vibration transmission module 300, and is provided on one side of the outer circumferential surface of the vibration transmission module 300. Battery power may be selectively applied to the vibrator 302 through the switch 311.

Here, in the embodiment of the present invention shown in FIGS. 1 to 3, the battery cover 310 is formed on one side of the outer circumferential surface of the vibration transmission module 300, but the location of the battery cover 310 is It is not limited, and as an example, it may be formed at other locations such as the lower surface of the vibration transmission module 300.

In addition, as shown in Figure 3, the puff 210, the puff support unit 220, and the vibration transmission module 300, without interfering with the space of the vibrator seating groove 303, the puff 210 and the puff support unit A transfer hole 301 is formed on one side so as to pass through 220 and the vibration transmission module 300.

In addition, a foundation cartridge module 400 consisting of a cartridge cover 410 and a cartridge body 420 is detachably fitted under the vibration transmission module 300, the puff module 200 and the vibration transmission module described above ( In a manner similar to the combination of 300), a stepped portion is formed on the lower part of the vibration transmission module 300 and the upper part of the foundation cartridge module 400, so that it may be designed to be separated and coupled.

At this time, the upper step of the foundation cartridge module 400 is formed on the upper portion of the cartridge cover 410 constituting the foundation cartridge module 400, and, in addition, the upper one side of the cartridge cover 410 is accommodated in the cartridge body 420 The transfer tube 411 through which the foundation material is transferred is protruding upward and extending.

Accordingly, by inserting the transfer tube 411 into the transfer hole 301 passing through the puff module 200 and the vibration transfer module 300, the transfer hole of the puff module 200 and the vibration transfer module 300 (301) The position is aligned, and the coupling direction between the modules is constrained.

At this time, the transfer tube 411, as shown in FIG. 3, does not cause discomfort due to contact of the tube material to the skin even when a slight press occurs on the puff 210 due to the contact between the puff and the skin during use. To avoid this, it is preferable to form the puff 210 so as to be inserted only to a position slightly less than the discharge port 211 formed on the upper surface of the puff 210.

In addition, in the present embodiment, the transfer tube 411 is disclosed as a tube type that is fitted to the cartridge cover 410, but if necessary, the cartridge cover 410 and the transfer tube 411 are integrally injected into the discharge passage of the foundation. It is configured to form, and the like is possible to be modified.

Subsequently, the cartridge body 420 is coupled to the lower portion of the cartridge cover 410, in which case, the cartridge body 420 is an inner tube 421 having a lower opening to fill the foundation material and having a discharge hole 422 at the upper portion thereof. And, the outer surface 426 which is coupled to the inside of the lower side of the inner tube 421 to support the pressure plate 425 and the pressure plate 425 sealing the lower portion of the inner tube 421 and is coupled to the lower outer peripheral surface of the inner tube 421 in a threaded manner ) Is a container in which the discharge amount of the foundation material is finely controlled, and a description thereof will be described in more detail with reference to FIGS. 4 and 5 below.

4 is a view for explaining in more detail the coupling structure of the foundation cartridge module 400 according to the present invention.

The cartridge cover 410 and the cartridge body 420 are mutually fastened through a screw thread type rotational coupling to prevent the foundation material 424 accommodated in the cartridge body 420 from leaking out, and at this time, the cartridge cover 410 ) And the upper portion of the cartridge body 420 coupled to the foundation, the foundation material 424 accommodated in the body is smoothly supplied to the puff 210 through the transfer tube 411 provided in the cartridge cover 410. 423) is formed.

That is, in the center of the upper surface of the inner tube 421 constituting the cartridge body 420, a discharge hole 422 through which the foundation material 424 accommodated in the inner tube 421 is discharged is formed, and around the discharge hole 422 formed in this way. A ring-shaped gas oil groove 423 is formed, and the foundation material discharged to the upper surface of the inner tube 421 through the discharge hole 422 passes through the gas oil groove 423 and is provided on one side of the cartridge cover 410 It is supplied to the puff 210 through the tube 411.

Through this configuration, in the vibration foundation having a modular structure according to the present invention, when all of the foundation material 424 filled in the cartridge body 420 is exhausted, only the cartridge body 420 can be separately separated and replaced. In this case, the cartridge body 420 provided for replacement may be provided to the user in a state covered with a separate upper cap for refill (not shown) made of a silver foil film or a rubber stopper.

In addition, when replacing the foundation with a different type of foundation from the existing foundation, the cartridge cover 410 may be separated to clean the inside of the cartridge cover 410 and the transfer tube 411 with the existing foundation, and further It goes without saying that the cartridge cover 410 is of course modularized so that only the cartridge cover 410 can be separately replaced even when a problem occurs, such as when a foreign material is inserted during use and the transfer tube 411 is clogged.

That is, the foundation cartridge module 400 according to the present invention can separate and replace the cartridge body 420 and the cartridge cover 410 separately, and at the same time, if necessary, the cartridge body 420 and the cartridge cover 410 It is configured to be able to integrally replace the combined foundation cartridge module 400 itself.

5 is a partially enlarged view for explaining the structure of the cartridge body 420 of the vibration foundation having a modular structure according to an embodiment of the present invention.

As shown in Figure 5, the cartridge body 420 applied to the present invention is composed of a double tube structure of the inner tube 421 and the outer tube 426 coupled in a threaded manner.

At this time, the inner tube 421 has a thread formed only at the lower portion of the outer circumferential surface, and is coupled to the exterior 426 through this.

Therefore, at the beginning of use, in a state where the inner tube is filled with the foundation material, the upper part of the outer tube 426 is connected to the lower portion of the inner tube 421, and thereafter, by rotating the outer tube 426, the outer tube 426 As the inner tube 421 rises toward the upper portion of the inner tube 421, the inner tube 421 penetrates into the outer tube 426.

When the outer tube 426 rotates and rises toward the top of the inner tube 421, the pressure plate 425 supported by the outer tube 426 is also designed to rise in conjunction with the outer tube 426, so that the outer tube 426 rotates. Accordingly, when the pressure plate 425 rises from the inside of the inner tube 421, the rising pressure plate 425 applies pressure to the foundation material filled in the inner tube 421, and the foundation material received pressure in this way is the inner tube 421 It is configured to be discharged through the discharge hole 422 formed in the upper part.

At this time, the pressure plate 425 is fitted inside the lower side of the inner tube 421, and is configured to tightly seal the inner wall of the inner tube 421, and for this purpose, the pressure plate 425 has an outer diameter that is slightly larger than the inner tube 421 And, it is preferable to be formed of a ductile material having appropriate elasticity and friction so that it is possible to rise/fall along the inner tube 421 and effectively seal the inner wall of the inner tube 421, for example, a soft resin, etc. Can be used.

In addition, the inner tube 421 constituting the cartridge body 420 is made of a transparent container, and is configured so that the user can easily check the remaining amount of the foundation material accommodated in the cartridge body 420.

That is, in a state in which the foundation is filled in the inner tube 421 of the cartridge body 420, when the pressure plate 425 rises through the rotation of the outer tube 426, the foundation accommodated in the inner tube 421 receives pressure and the inner tube ( The transfer tube 411 is moved to the gas oil groove 423 through the upper discharge hole 422 of the 421, is located at one side of the gas oil groove 423, and passes through the vibration transmission module 300 and the puff support part 220. It is transported along and is discharged to the discharge port 211 of the puff 210.

At this time, if the user excessively rotates the exterior 426 in the reverse direction due to a mistake in use, etc., a problem may occur that the exterior 426 is separated from the inner tube 421, and thus, in the present invention, in order to prevent this, A lowering protrusion 427 is provided on the upper end of the outer tube 426 to effectively prevent separation of the inner tube 421 and the outer tube 426.

The vibration foundation of the present invention constituted as described above is configured to push the foundation material by attaching the pressing plate 425 to the inner wall of the inner tube 421 in a fitting manner to push the foundation material, so that when using the foundation contained in the inner tube 421, the container In addition to minimizing the amount of foundation remaining in the interior, it can be exhausted, and the discharge amount of the foundation material is determined according to the rotation amount of the exterior 426, so that the user can finely adjust the discharge amount without wasting the amount required. It is economical.

In the vibration foundation according to the present invention, the upper surface of the puff 210 is formed in a shape inclined at a predetermined angle, and the foundation discharge port 211 is formed on one side of the upper surface of the puff. In the storage process of, even if the cover 100 is closed and stored, there is a problem that a gap may occur between the upper inner surface of the cover 100 and the discharge port 211, so that the foundation material may leak through the discharge port 211. .

Accordingly, in the present invention, in order to prevent the foundation material from flowing out through the discharge port 211 when stored unused, under the upper inner surface of the cover 100, the upper inner surface of the cover corresponding to the position where the discharge port 211 is provided. An inner stopper 101 protruding in a ring shape is formed.

At this time, the inner stopper 101 formed on the lower inner surface of the upper cover is preferably formed in a U-shaped cross-section protruding downward so that the discharge port 211 of the upper surface of the puff 210 can be more effectively sealed.

That is, the cover 100 is detachably coupled to the upper part of the puff 210 in a form surrounding the puff module 200 and the vibration transmission module 300, and through the inner stopper 101 provided on the upper inner surface of the puff ( It is configured to seal the discharge port 211 formed in 210.

In addition, as with other modules, it goes without saying that a coupling step (not shown) for fitting coupling may be formed at the lower end of the cover 100.

7 is a view showing a state in which the length of the foundation cartridge module 400 is deformed according to the use of the vibration foundation according to an embodiment of the present invention.

As shown in (a) of FIG. 7, when the foundation material is filled in the inner tube 421 of the cartridge body 420, rotating the outer tube 426 is connected to the outer tube 426 and the outer tube 426. The pressing plate 425 is raised and lowered, and the foundation is discharged through the discharge port 211 formed in the puff 210 by applying pressure to the foundation material in which the pressing plate 425 is accommodated in the inner tube 421.

If the foundation is continuously used in this manner, the outer tube 426 is continuously raised and lowered to the top, and as shown in Fig. 7(b), all the foundation materials of the inner tube 421 are exhausted, and the cartridge cover The length of the foundation cartridge module 400 is reduced until the state in which the 410 and the exterior 426 are in contact. Accordingly, in the present invention, the remaining amount of foundation remaining in the cartridge is expressed as the length of the inner tube 421 exposed. , The user can intuitively check the remaining amount of the foundation, and at the same time, as the length of the vibration foundation decreases as the foundation is used, there is an advantage of relatively simple portability.

The present invention described above is not limited by the above-described embodiments and the accompanying drawings, and it is common in the technical field to which the present invention pertains that various substitutions, modifications and changes can be made without departing from the technical spirit of the present invention. It would be obvious to those who have knowledge.

As described above, the vibration foundation having a modular structure according to the present invention constitutes a vibration foundation through a fastening structure of independent modules that can be separated and coupled to each other, so that some parts are defective or damaged during use. Edo, the user can selectively and easily replace only the module, the user can finely control the amount of foundation discharge by adjusting the amount of rotation of the exterior, and the length of the inner tube shown to the outside according to the remaining amount of the foundation contained in the container. As is changed, there is an advantage that the user can visually recognize the remaining amount immediately.

Claims

A puff module comprising a puff having a foundation discharge port formed on one side of the upper surface, and a puff support portion supporting the puff;

A vibration transmission module connected to the lower part of the puff module and provided with a battery and a vibrator therein to transmit vibration to the puff module;

Consisting of a cartridge body in which a foundation material is accommodated, and a cartridge cover having a transfer tube coupled to an upper portion of the cartridge body and extending upwardly, it is connected to the lower part of the vibration transmission module, and is accommodated in the cartridge body. A foundation cartridge module for transferring a foundation material to a discharge port formed in the puff; And

It is provided on the upper portion of the puff module and a cover provided to open and close the puff from the outside; comprises a

The puff module and the vibration transmission module are formed with a transfer hole into which the transfer tube is inserted, and the puff module, the vibration transfer module, the foundation cartridge module, and the cover are configured to be mutually fastened through a fitting coupling structure that can be independently detached,

The cartridge body,

Introspection in which foundation sanctions are accepted;

A pressing plate provided in close contact with the inside of the lower side of the inner tube; And

An exterior connected to the pressure plate and rotatably coupled to a lower outer circumferential surface of the inner tube in a threaded manner;

Consisting of including,

A discharge hole through which the foundation material is discharged is formed in the center of the upper surface of the inner tube,

A ring-shaped gas oil groove is formed around the discharge hole,

A vibration foundation having a modular structure, characterized in that the foundation material discharged to the upper surface of the inner tube through the discharge hole is supplied to the discharge port formed in the puff through the transfer tube provided in the cartridge cover through the gas oil groove.
The method of claim 1,

The upper surface of the puff,

A vibration foundation having a modular structure, characterized in that it has an elliptical shape inclined with an angle in the range of 15 degrees to 30 degrees with respect to the horizontal direction.
The method of claim 1,

The puff is,

Vibration foundation having a modular structure, characterized in that formed of latex material.
The method of claim 1,

A seating groove in which the vibrator is seated is formed in the upper center of the vibration transmission module,

The transfer hole is a vibration foundation having a modular structure, characterized in that formed on one side outside the seating groove.
The method of claim 1,

On one side of the outer circumferential surface of the vibration transmission module,

A vibration foundation having a modular structure, characterized in that a battery cover for battery replacement is formed.
The method of claim 1,

On one side of the outer circumferential surface of the vibration transmission module,

A vibration foundation having a modular structure, characterized in that a switch for applying battery power to the vibrator is provided.
The method of claim 1,

The transfer tube,

Vibration foundation having a modular structure, characterized in that provided and formed integrally with the cartridge cover.
The method of claim 1,

The inner tube is,

Vibration foundation having a modular structure, characterized in that consisting of a container made of a transparent material.
The method of claim 1,

On the upper end of the exterior,

Vibration foundation having a modular structure, characterized in that it is formed with a descending bump to prevent separation of the outer tube and the inner tube.
The method of claim 1,

In the lower part of the upper inner surface of the cover,

A vibration foundation having a modular structure, characterized in that a ring-shaped inner stopper having a U-shaped cross section protruding downward is formed at a position corresponding to the discharge port.