KR101160257B1 - Vibration puff - Google Patents

Abstract

PURPOSE: A vibration puff having a puff member touch type operating structure is provided to prevent the waste of a battery and to improve use convenience. CONSTITUTION: A vibration puff having a puff member touch type operating structure comprises a puff main body(10), an operation body(20), an elastic moving unit(40), a puff member(50), a switch(60), and a cover(90). The puff main body is made of synthetic resin and provides a receiving space for receiving a battery and a switch. The operation body is combined with the lower part of the puff main body. The elastic moving unit is made of a soft flexible material and enlarges the amplitude of a vibrator.

Description

Vibration puff with puff member touch type operation structure {Vibration puff}

The present invention relates to a vibrating puff that can be applied evenly to the skin by evenly spreading the color cosmetics, such as compact or foundation, more specifically, presses the puff member coupled to the elastic flow opening through the working body coupled to the puff body, etc. By vibrating the oscillator in the elastic flow sphere by the operation of touching the vibration puff to further improve the convenience of use for the vibration puff and at the same time to create a more beautiful appearance.

Generally, cosmetic powders such as foundations, skin covers or twin cakes are used to naturally cover the blemishes and blemishes of the skin exposed to the outside such as the face, or to have clean and bright skin or clear and smooth skin. Will be used).

The cosmetics must be applied evenly without sticking to the area to be applied to make up a close feeling, as well as to make up by touching to satisfy the emotional feeling, which is used for cosmetic puffs.

The cosmetic puff taking the above cosmetics has a puff shaped to apply the cosmetics while lightly tapping the face of the cosmetics while putting the finger on the finger insertion band formed on one side to the cosmetic site, and the puff is automatically applied. There's a vibrating puff that lets you knock on your makeup.

Among the puffs, the puffs that can be used with fingers can be used to make makeup by tapping the puffs on the skin with artificial force. I couldn't lift my make-up and I couldn't make up quickly because there was a limit to the speed of tapping by hand.

Accordingly, the vibration puff of the state in which the battery and the switch are coupled to the inside and the puff member in which the vibrator connected to the battery and the switch is coupled is released, so that the makeup can be made quickly and closely from the vibration puff as described above. It is.

As described above, the vibration puff is operated by a user's operation so that when the internal vibrator operates, the vibration of the vibrator is transmitted to the puff member, so that the user does not touch the puff quickly and evenly by the artificial force. It is a trend that is very popular in the consumer because it can be made in a close-fitting makeup.

However, the conventional vibration puff as described above has a problem in that it is cumbersome in use since the switch structure for operating the internal vibrator is composed of a button type, a slide type or a rotary switch structure.

That is, the vibration puff having a button-type switch structure is composed of a structure for supplying power to the vibrator by operating a built-in switch by pressing a button protruding outside the body of the vibration puff, the vibration having a slide switch structure The puff consists of a structure that supplies power to the vibrator by operating a slide switch protruding out of the body of the vibrating puff. By having the contact of the short circuit is to have the structure to make the interruption of the power supply to the vibrator.

In the conventional vibration puff having such a button or rotary switch structure, the vibration puff of the button or slide switch structure requires that a switch for interrupting the power or supplying power to the vibrator must protrude outside one side of the body. Since it has a naturalness, it is troublesome to operate it by using both hands at the same time if necessary. Apparently, the power button is protruded, and the power button protrudes at the same time, due to many restrictions on the design of a beautiful design concept. It is very troublesome to use due to the battery's exhaustion as well as unnecessary operation when pressed by external shock or pressure.

In addition, the vibration puff having the rotary switch structure is also made to supply power only when both hands must be used, which is very inconvenient to use, and in order to realize the rotary contact structure, the body and the connecting body must be independent. Since it is necessary to assemble them in a rotatable structure, the vibration puffs are unnecessarily lengthened or enlarged, and likewise, when an impact or pressure is applied from the outside, unnecessary operation and battery consumption occur due to unintentional rotation. I have a problem.

The present invention is to improve the problems as described above, to form a separate working body coupled to the puff body and to be coupled to the resilient flow opening coupled to the operating body, the puff member is coupled to the resilient flow opening, When pressurized against the operation of the switch inside the body to operate as the vibrator inside the elastic flow opening is configured to vibrate for the puff member,

Vibration puffs work just by pressing the puff member against the user's skin without operating a separate switch exposed to the outside, so it is easy to use for vibration puffs and can prevent unnecessary battery waste. It is an object of the present invention to provide a vibrating puff having a puff member touch type operation structure with a more beautiful appearance and elegant features because the separate switch is not exposed.

The present invention for achieving the object as described above, the operating body is coupled to the puff body, the operating body is coupled to the resilient flow in which the oscillator is embedded, the elastic flow opening is coupled to the puff member by a separate switch In the vibration puff which is supplied power from the battery to operate the vibrator,

The battery insertion part and the switch are positioned between the puff body and the working body, and the elastic flow port is coupled to the working body, and the switch is located at the upper portion of the elastic flow port and is transmitted through the elastic flow port when pressurized against the puff member. The switch is operated by the pressure applied to configure the power of the battery is applied to the vibrator.

According to the present invention, the vibration puff is operated only by touching the skin of the puff member of the vibration puff without operating the external button switch or the rotary contact switch using both hands, and thus, the use of the vibration puff is excellent. Since the low switch is not exposed, the vibration puff can be prevented from being operated by unnecessary shock or pressure from the outside, and there is no unnecessary battery consumption caused by the exposure switch being operated by the impact or pressure from the outside. As there is no switch that is exposed to the outside, it is possible to create a more beautiful, concise and luxurious exterior.

1 is an exploded perspective view of a vibration puff according to the present invention
2 is a cross-sectional view of the entire combination of the vibration puff according to the present invention
3 is an exploded cross-sectional view of the vibration puff according to the present invention.
Figure 4 is a perspective view of the operating body showing another embodiment of the vibration puff according to the present invention
5 is an overall cross-sectional view of the vibration puff according to FIG.
Figure 6 is a sectional view showing another embodiment of the vibration puff according to the present invention
Figure 7 is a cross-sectional view showing another embodiment of the vibration puff according to the present invention
Figure 8 is a sectional view showing another embodiment of the vibration puff according to the present invention
Figure 9 is a sectional view showing another embodiment of the vibration puff according to the present invention
Figure 10 is a cross-sectional view showing another embodiment of the vibration puff according to the present invention
Figure 11 is a cross-sectional view showing another embodiment of the vibration puff according to the present invention
Figure 12 is a sectional view showing another embodiment of the vibration puff according to the present invention
Figure 13 is a cross-sectional view showing another embodiment of the vibration puff according to the present invention

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

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

1 is an exploded perspective view of a vibration puff according to the present invention, FIG. 2 is an overall combined cross-sectional view of the vibration puff according to the present invention, and FIG. 3 is an exploded cross-sectional view of the vibration puff according to the present invention.

Vibrating puff according to the present invention as shown, the puff body 10 to provide a receiving space, such as a battery and a switch as a handle, and the operating body for coupling the elastic flow port while being coupled to the puff body 10 ( 20) and the elastic flow opening 40 for expanding the amplitude of the built-in vibrator 30 is coupled to the operating body 20, and coupled to the elastic flow opening 40 to make makeup on the skin It consists of a puff member 50 and a cover 90 that is coupled or separated from the puff body 10 as necessary.

Here, the puff body 10 is made of a synthetic resin injection of the groove shape downwardly open, the working body 20 is also a synthetic resin injection is to be coupled to the lower portion of the puff body 10, the The elastic flow opening 40 is made of soft elastic material such as silicone or rubber, and the cover 90 is made of synthetic resin material injection molding.

Accordingly, the operation body 20 is formed to be coupled to the lower portion of the puff body 10, and the switch for coupling the switch 60 in the space between the puff body 10 and the operation body 20. The battery inserting portion 71 for inserting the government 61 and the battery 70 is formed, and the elastic flow opening 40 is inserted through the lower side of the operation body 20, but the elastic flow opening The switch 60 is positioned above the 40.

In addition, by forming a separate puff member 50 at the bottom of the resilient flow opening 40, when the user presses the puff member 50 in close contact with the skin in order to use the vibration puff of the present invention, the pressure Will be delivered to the resilient flow opening 40 and the resilient flow opening 40 is in contact with the switch 60 and the switch 60 located in the upper portion of the resilient flow opening 40 while receiving the lifting force by the pressure eventually switch Since the power of the battery 70 is applied to the vibrator 30 by the operation of the 60, the vibration of the puff member 50 including the elastic flow opening 40 occurs from the vibration of the vibrator 30.

In this case, the switch 60 may be configured to operate the power supply of the vibrator 30 by the contact with the elastic flow opening 40 in the intermittent form, the vibrator continuously for a predetermined time during the contact of the switch 60 30 may be configured to supply power, and the vibrator 30 may be intermittently operated by circuit configuration and programming.

As a preferred embodiment, injection molding of the battery inserting portion 71 for inserting the battery 70 into the upper surface of the operation body 20 and the switch fixing portion 61 for inserting the switch 60 are integrally molded. And, in the center of the operating body 20 is vertically molded through the fitting hole 21 for assembling the resilient flow opening (40).

Subsequently, at the distal end of the elastic flow opening 40, a constriction part 41 is formed to be inserted into the fitting hole 21. As it forms longer, the elastic flow opening 40 inserted into the fitting hole 21 is in a state of lifting up and down by the blocking portion 41.

In addition, as the switch 60 is inserted into the switch fixing portion 61 toward the resilient flow opening 40, when the external pressure is applied from the puff member 50 coupled to the resilient flow opening 40, the pressure is elastic By pushing the flow port 40 is to operate the switch 60, the power of the battery 70 by the operation of the switch 60 is transmitted to the vibrator 30 in the elastic flow opening 40 so that the puff member 50 is to vibrate.

In particular, the elastic flow opening 40 is coupled to the working body 20 by the narrowing portion 41, because the narrowing portion 41 has a smaller cross-sectional area than the entire cross-section of the elastic flow opening 40, the vibrator The elastic flow opening 40 during the operation of the 30 causes the vibration force in a state where the amplitude is further increased by the narrowing portion 41, so that the puff member 50 has a further enlarged amplitude and vibrations. The cosmetic effect by the vibration puff can be further improved.

As another embodiment, as shown in Figure 4 to form a fitting hole 21 in the center of the operating body 20, the incision 22 in the form of "C" shaped around the fitting hole 21 Forming the elastic portion 23 of the inner side as it is formed, and tightly inserting the constriction portion 41 of the elastic flow opening 40 into the fitting hole 21 on the elastic portion 23, the elastic flow opening 40 ) Is pressurized from the outside as the elastic portion 23 is bent upwards and the ascent to the elastic flow opening 40 can be made.

Accordingly, when the puff member 50 is pressed in close contact with the skin and the like to apply makeup, the pressing force will be transmitted to the elastic part 23 through the elastic flow opening 40, and the elastic part 23 is the incision part 22. When the upper end of the flexible flow opening 40 is operated by the upper switch 60, the oscillator 30 is operated through the power of the battery 70, and thus the vibration of the puff member 50 is increased. It happens.

As another embodiment, the lower surface of the inner surface of the puff body 10 to form an elevating groove 11 in the form of an extended inner diameter and the lower end of the elevating groove 11 to form an engaging projection 12 projecting inward, The height of the elevating groove 11 is formed to be higher than the thickness of the operating body 20, and when the operating body 20 is inserted into the inside of the elevating groove 11 in the form of interference fit, the operating body 20 is a locking jaw. The state of being able to raise and lower from the inside of the elevating groove 11, without separating to the outside by (12) is made.

When the spring 81 is inserted between the puff body 10 and the working body 20 in such a state, the working body 20 is elastically coupled by the reaction force of the spring 81. When the pressure due to the pressure of the puff member 50 is applied to the elastic flow opening 40 coupled to the operation body 20, the operation body 20 will be raised while compressing the spring 81, the operation body ( 20, the switch 60 may be pressed by the operation body 20 or by the puff body 10 as the power of the battery 70 is applied to the vibrator 30. .

Here, the switch fixing portion 61 and the battery insertion portion 71 in the above embodiment is selectively formed with respect to the puff body 10 or the operating body 20 as necessary or for the purpose of change and diversity of design. 6, the switch fixing portion 61 and the battery insertion portion 71 are formed on the upper surface of the operation body 20 at the same time as shown in Figure 6, but the switch is coupled to the switch fixing portion 61 ( 60 may be formed to face the lower resilient flow opening 40, the inner end of the puff body 10 as shown in Figure 7 switch to be coupled to the switch 60 toward the resilient flow opening 40 It is also possible to form a battery insertion portion 71 to form the government 61 and to enable the insertion of the battery 70 in the upper portion of the operating body 20.

In addition, as illustrated in FIG. 8, the battery insertion unit 71 may be formed at the inner end of the puff body 10, and the switch fixing unit 61 may be formed on the upper surface of the operation body 20. As shown in FIG. 9, the switch fixing portion 61 and the battery inserting portion 71 may be simultaneously formed at the inner end of the puff body 10.

What should be considered in the implementation of various modifications of the switch fixing portion 61 and the battery inserting portion 71 is that the switch 60 must be pressed and operated in accordance with the rise of the elastic flow opening 40 or the elevation of the operation body 20. And the vibrator 30, the switch 60 and the battery 70 should be connected to each other by wires.

In addition, the resilient flow opening 40 in the above embodiment is that the vibrator 30 is inserted therein, the vibrator 30 is embedded in the resilient flow opening 40 by the method of insert injection molding It may be inserted in the form, if necessary, may be inserted into the interior through the oscillator insertion hole 42 vertically from the tip of the resilient flow opening (40). In addition, the front end of the resilient flow opening 40 is provided with a wire drawing groove 43 formed on one side of the wire drawing groove 43, the wire for supplying power to the vibrator 30 is the upper switch As a design element for avoiding the interference with the (60), when the wire is drawn out in the transverse direction through the wire lead-out groove 43, the switch 60 is more stable and accurate operation when the resilient flow opening 40 rises Could be.

As another embodiment, as shown in FIG. 11, the battery insertion unit 71 is formed on the operation body 20, but the battery insertion unit of the vertical penetration is inserted into the operation body 20 in which the battery insertion unit 71 is formed. The ball 72 is formed so that the battery 70 can be inserted through the battery insertion hole 72 from the bottom of the operation body 20.

Such an embodiment has a structure in which the battery 70 can be replaced without removing the operation body 20 from the puff body 10. The oscillator 30 is operated by the power of the battery 70. Since the vibration puff of the present invention should be replaced when the battery 70 is consumed, the battery puff 72 has the advantage that the replacement of the battery 70 can be made more easily and quickly. .

Vibrating puff of the present invention in various embodiments as described above, there will be a variety of embodiments for the puff member 50 is coupled to the lower portion of the resilient flow opening 40 typically representative of the inner diameter of the resilient flow opening 40 The puff member 50 including the synthetic resin connector 52 is formed with the assembly hole 51 having the most common configuration.

As described above, the puff member 50 having the connector 52 is attached to the puff member 50 of various materials and sizes with respect to the connector 52 of the same standard. The puff member 50 having it can be used selectively, or when the puff member 50 is consumed to provide an advantage that can be used to replace the new puff member 50.

In another embodiment, as shown in FIG. 11, an extension flange 44 having an expanded outer diameter is formed at a lower end of the elastic flow opening 40, and the outer surface of the puff member 50 is formed of a puff material ( 53, so that the expansion flange portion 44 is sandwiched between the puff member 50 and the skin material 53, so that the elastic flow opening 40 and the puff member 50 can be combined. You can do it.

The elastic flow opening 40 and the puff member 50 having such a structure have the advantage of being able to change various forms for the puff member 50, and the consumer also has a puff member 50 made of various shapes and materials. Selective use is possible, which is very good in terms of efficiency.

In addition, as the coupling structure for the puff body 10 and the operation body 20 as described above, various types of coupling structures may be applied. Representatively, the lower jaw 13 is formed at the lower inner surface of the puff body 10. In order to be inserted into the operation body 20 on the mounting jaw 13, the inner surface of the mounting jaw 13 to form at least two or more locking projections (14) of the operating body 20 In the state in which the operating body 20 is inserted into the inner jaw 13 of the puff body 10 by forming the assembly groove 24 of the "b" shape that the engaging projection 14 is inserted into the outer surface Rotating any one or two of these puff body 10 and the operation body 20 at the same time in the opposite direction, the locking projections 14 are fitted into the interior of the assembly groove 24, the solid assembly state between each other It can be done.

As another embodiment, as shown in FIG. 12, the inner boss of the puff body 10 protrudes downwardly to form a coupling boss 15, and an upper portion of the operating body 20 inserts a screw toward the coupling boss 15. As the portion 25 is formed, a separate fastening screw 80 from the screw insertion portion 25 of the operating body 20 in a state where the operating body 20 is inserted into the settling 13 of the puff body 10. When the fastening screw 80 is screwed to the coupling boss 15 by inserting the puff body 10 and the working body 20 can be firmly assembled.

Accordingly, when necessary to replace the battery 70, loosen the above fastening screw 80 to separate the operating body 20 from the puff body 10, and simply replace the battery 70 after the fastening screw (80) You can reassemble using).

As another embodiment, as shown in FIG. 13, a downwardly fastened locking hole 16 is formed at an inner end of the puff body 10 and perpendicular to the operating body 20 at a position coinciding with the locking hole 16. As the through hole 26 is formed, when the operation body 20 is inserted into the settling 13 of the puff body 10, the catch 16 interferes with one end of the catch hole 26. Temporarily bent outward and the end of the locking hole 16 will penetrate through the locking hole 26 will be locked to the bottom of the operating body 20, so that the puff body through the locking force by the locking hole 16 Solid assembly of the 10 and the operation body 20 can be made.

In addition, the cover 90, which is separately provided as necessary, may also be assembled and separated from the puff body 10 in the form of screw coupling or locking coupling or interference fit.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the present invention as defined by the appended claims. Examples should be understood.

10: puff body 11: lifting home
12: hanging jaw 13: inner jaw
14: Jamming 15: Bonding Boss
16: hanger
20: operating body 21: fitting hole
22: incision 23: elastic part
24: assembly groove 25: screw insertion portion
26: jam hole
30: vibrator
40: elastic flow opening 41: nalokbu
42: vibrator insertion hole 43: wire drawing groove
44: expansion flange
50: puff member 51: assembly hole
52: connector 53: skin material
60: switch 61: switch fixing part
70: battery 71: battery insertion unit
72: battery hole
80: tightening screw 81: spring
90: cover

Claims (15)

The working body 20 is coupled to the puff body 10, and the working body 20 is coupled to the elastic flow hole 40 having the vibrator 30 embedded therein, and the puff member 50 is connected to the elastic flow hole 40. In the vibration puff to be coupled to the oscillator 30 is operated by receiving power from the battery 70 by a separate switch 60,
The puff body 10 and the operation body 20 to be built in the battery 70 and the switch 60, the elastic flow opening 40 is to be coupled to the operation body 20,
The switch 60 is located at the upper portion of the resilient flow opening 40, the switch 60 is operated by the pressure transmitted through the resilient flow opening 40 when the pressure is applied to the puff member 50 to power the battery 70 Vibrating puff having a puff member touch type operating structure, characterized in that configured to be applied to the vibrator (30).
The method of claim 1,
The operation body 20 forms a fitting hole 21 for coupling the elastic flow opening 40, and the narrowing portion 41 formed at the upper portion of the elastic flow opening 40 is inserted into the fitting hole 21 to each other. To be fixed, but the cut portion 41 is formed longer than the thickness of the operating body 20 so that the resilient flow opening 40 by the external body pressure can be raised by the cut portion 41 from the operating body 20 Vibrating puff having a puff member touch type operating structure, characterized in that configured to be pressed by the switch (60) located at the tip of the resilient flow opening 40 according to the resilient flow opening (40).
The method of claim 1,
The operation body 20 forms a fitting hole 21 for coupling the elastic flow opening 40, and the narrowing portion 41 formed at the upper portion of the elastic flow opening 40 is inserted into the fitting hole 21 to each other. To be fixed, but the elastic hole 23 by the external pressure by forming the elastic portion 23 by the cut-out portion 22 of the "C" shape around the fitting hole 21 of the working body 20 It is characterized in that the switch 60 located at the tip of the resilient flow opening 40 is pressed by the resilient flow opening 40 so as to be lifted by the resilient portion 23 from the working body 20. Vibrating puff having a puff member touch type operation structure.
The method of claim 1,
An elevating groove 11 is formed at the lower end of the inner surface of the puff body 10, and a locking jaw 12 is formed at the lower end of the elevating groove 11 so as to be inserted into the elevating groove 11. To be made up and down along the lifting groove 11,
Between the puff body 10 and the operation body 20 by inserting a spring 81, the operating body 20 is elevated by the pressure transmitted through the elastic flow opening 40 when pressing against the puff member 50. And a puff member vibrating puff having a touch-operating structure, which is configured to operate the switch 60 so that power of the battery 70 is applied to the vibrator 30.
The method according to any one of claims 1 to 4,
The resilient flow opening 40 is formed by forming the vibrator insertion hole 42 formed in the vertical direction from the inside in which the vibrator 30 is inserted, and the wire drawing groove 43 formed in the transverse direction from the upper portion of the resilient flow opening 40. Vibrating puff having a puff member touch type operation structure, characterized in that.
The method according to any one of claims 1 to 4,
The operation body 20 is configured such that the switch 60 coupled to the switch fixing portion 61 forms the battery inserting portion 71 and the switch fixing portion 61 on the upper surface of the resilient flow opening 40. Vibrating puff having a puff member touch type operating structure, characterized in that.
The method according to any one of claims 1 to 4,
The puff body 10 forms a switch fixing portion 61 to allow the switch 60 to be coupled toward the resilient flow opening 40 therein, and the operation body 20 has a battery insertion portion 71 formed on the upper surface thereof. Vibrating puff having a puff member touch type operating structure, characterized in that configured to be.
The method according to any one of claims 1 to 4,
The puff main body 10 has a battery insert 71 formed therein, and an upper surface of the operation main body 20 forms a switch fixing portion 61 which allows the switch 60 to be coupled toward the elastic flow opening 40. Vibrating puff having a puff member touch type operating structure, characterized in that configuration.
The method according to any one of claims 1 to 4,
The puff body 10 is formed such that the battery insertion portion 71 and the switch fixing portion 61 formed therein so that the switch 60 coupled to the switch fixing portion 61 faces the front end of the elastic flow opening 40. Vibrating puff having a puff member touch type operation structure, characterized in that.
The method according to any one of claims 1 to 4,
A battery insertion unit 71 is formed on an upper portion of the operating body 20, and the battery insertion unit 71 forms a battery insertion hole 72 vertically penetrated from a bottom surface of the operating body 20, thereby inserting the battery. Vibrating puff having a puff member touch type operating structure, characterized in that the battery 70 is fitted to be fixed to the inside of the battery insertion portion 71 from the bottom of the operating body 20 through the ball 72.
The method according to any one of claims 1 to 4,
Vibration puff having a puff member touch type operating structure, characterized in that the upper portion of the puff member 50 is formed by fixing a connector 52 having an assembly hole 51 of the inner diameter corresponding to the lower end of the resilient flow opening 40. .
The method according to any one of claims 1 to 4,
Resilient flow opening 40 is formed to project the expansion flange 44 at the lower end, the puff member 50 is formed by combining a separate skin material 53 surrounding the outside of the puff member 50, the expansion flange portion Vibrating puff having a puff member touch type operation structure, characterized in that 44 is sandwiched between the puff member 50 and the skin material 53 and fixed to each other.
The method according to any one of claims 1 to 4,
The puff body 10 forms an inner jaw 13 into which the operating main body 20 is inserted at the lower end of the inner surface, and protrudes the engaging protrusion 14 on the inner surface of the inner jaw 13, and the operating main body 20. ) Forms an assembling groove 24 through which the engaging protrusion 14 is inserted into the outer surface, and the puff body 10 and the operating body 20 are rotated by the engaging protrusion 14 and the assembling groove 24. Vibrating puff having a puff member touch type operating structure, characterized in that configured to be made.
The method according to any one of claims 1 to 4,
The puff body 10 forms the lower jaw 13 at the lower end of the inner surface to allow the operation body 20 to be inserted into the lower jaw 13, and the puff main body 10 is downwardly coupled to the boss 15. Protruding to form a screw insertion portion 25 toward the coupling boss 15 to the upper portion of the operating body 20, a separate fastening screw 80 is inserted into the screw insertion portion 25 is Vibrating puff having a puff member touch type operating structure, characterized in that the puff body 10 and the operating body 20 is coupled to each other by being screwed to the coupling boss (15).
The method according to any one of claims 1 to 4,
The puff body 10 forms the lower jaw 13 at the lower end of the inner surface to allow the operation main body 20 to be inserted into the lower jaw 13, and the puff main body 10 is downwardly caught at the inner end 16. Protruding to form a through-hole, the engaging body 26 through which the engaging hole 16 is inserted into the working body 20, the locking hole 26 of the operating body 20 of the puff body 10 Vibration puff having a puff member touch type operating structure characterized in that the locking mechanism 16 is penetrated through the puff body 10 and the operating body 20 is fixed to each other.

Images