KR101257229B1 - A vibration puff unit having vibrating function - Google Patents

Abstract

PURPOSE: A vibrational puff device for vibration is provided to minimize the generation of hand shakiness in the case of using a vibrational puff and to forestall the malfunction of electric switching in the case of using the device. CONSTITUTION: A vibrational puff device for vibration includes a manipulating handle(100) which includes and rotates a first power transmitting member; an electric contact switch part(200) which horizontally rotates in response to the horizontal rotation of the manipulating handle; an power supply relay part(300) through which power is supplied when power supply is switched by the electric contact switch part; a grip housing(400) which is coupled with the lower protrusion for coupling of the electric contact switch part; a vibrational motor(500) which autonomously vibrates with the power from a battery; a vibration transmitting rubber(600) which has a space part covering the exterior of the vibrational motor and has a cylindrical structure of which one side is closed; a vibrational rubber insertion housing(700) which is fixed to a battery support; a puff bracket(800) of which the upper protrusive ring is integrated with a disc type supporting body; a vibrational puff(900) which adheres to the lower side of the supporting body; and a protective cap(1000) which is coupled to the outside of the housing.

Description

Vibration Puff Unit Having Vibration Function {A Vibration Puff Unit Having Vibrating Function}

The present invention relates to a vibration puff device having a vibration function, and in particular, by installing the vibration puff spaced from the housing by a certain distance to prevent the vibration of the puff member to be transmitted directly to the gripping portion to reduce the hand shake generated while using the vibration puff The present invention relates to a vibration puff device having a vibration function, which minimizes and provides the simplicity of operation and the beauty of the design by rotating the operation handle to switch power.

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.

In this case, the puff that was able to make-up by tapping the puff automatically had vibrated puffs according to Utility Model Registration No. 348032 and Utility Model Registration No. 365249.

The vibration puff of the pre-registered invention has a puff head installed on an operation shaft protruding toward one side of a bag-shaped case, and the operation shaft is seesawed around the hinge by the rotational force of the electric motor. It will reciprocate in the forward and backward directions.

 However, as the vibration puff is provided with an excessive configuration and apparatus to provide a vibration means, the shape and usage are so different from ordinary puffs, that is, circular round puffs. Had.

Therefore, a new vibration puff has been proposed to solve this problem, but Patent No. 10-1106787 is to allow the coupling or separation of various puff members to the lower side of the fastening body having a grip, the vibrator inside the fastening body The elastic flow opening is inserted into the coupling, and the vibrator is interrupted by a battery and a switch, and the battery can be easily replaced from the lower side of the open fastening body, thereby making it easy to use as well as user's taste. A separable vibration puff incorporating a resilient flow opening having a feature that can be selected and applied to a suitable puff member and that can be exchanged with a battery to greatly extend its service life has been proposed.

The main technical gist of the Patent No. 10-1106787 is as shown in Fig. 1, a fastening body 10 having a holding portion 11 on the upper side and an open inner space 12 on the lower side; Each of the puff members 20 detachably detached from the lower side of the fastening body 10, the gripping portion 11 is coupled to form a switch 13 to be exposed to the outside, and the fastening body 10 The fixing plate 30 is coupled and formed in the inner space 12, and the battery terminals 31 and 31 ′ connected to the switch 13 are fixedly formed on the upper surface of the fixing plate 30, and the fixing plate 30 is formed. It has a through hole 32 is formed so that the battery 40 can be inserted between the battery terminals 31 and 31 ', and the elastic portion of the flexible plate 30 is inserted into the center portion of the fixing plate 30 By forming the flow port 60 is coupled, the lower portion of the elastic flow port 60 abuts the puff member 20 coupled to the lower side of the fastening body 10, the vibration force of the elastic flow port 60 by the vibrator 50 The puff member 20 is characterized in that it is configured to be delivered.

However, the above-mentioned conventional patent gun is a state in which the fixing body 22 of the puff member 20 is fixed to the fastening bolt 10 and the vibration of the vibrator 50 is not only the puff member 20 but also the fixing body ( 22) and the fastening bolt 10 is also transmitted, so the vibration of the vibrator 50 is absorbed by the hand through the fastening bolt 10, the vibration force transmitted to the puff member 20 is remarkably dropped, and the vibration of the vibrator is intact As it is delivered to the holding portion, the user has a problem that the hand shaking phenomenon occurs severely when using the vibration puff.

That is, when the puff member is vibrated, the grip part is vibrated at the same time, so that a hand shaking phenomenon is generated at the same time, but the vibration of the puff member is weakened, and the discomfort during makeup is felt.

In addition, Patent Registration No. 10-1106788 is coupled to form a separate puff connector in the lower portion of the vibration body in which the battery and the vibration means are built, and to form a separate puff member having an improved structure to the puff connector, The puff member forms a settled groove portion into which an elastic flow hole having a vibrator embedded therein is formed, and a cut line formed by a cutting blade is formed on the side of such a puff member, while using the cut line, the puff member is simple. By making the coupling in a stable state, the elastic flow opening is naturally inserted into the inside of the puff member, so that the puff member can be quickly and easily replaced and exchanged, so that the color of the color cosmetics can be changed quickly. Replace the member to make the makeup of the desired color, puff By changing the shape of the member in various ways, the user can replace it with the best puff member according to the desired part and makeup method, so that the characteristics of the vibration puff device are further improved. The vibration puff device which has is proposed.

And, the main technical features, as shown in Figure 2, coupled to form a flexible resilient flow port 20, the vibrator 21 is inserted below the vibration body 10 having a battery 11 and the switch 12 In addition, in the vibration puff device formed by coupling the separate puff member 30 to the lower side of the vibration body 10, the separate puff connector 40 is detachably coupled to the lower side of the vibration body 10 and The puff member 30 is coupled to the lower side of the puff connector 40, and the puff member 30 forms a fitting portion 32 by the incision line 31 at the side and the puff member 30. The upper surface of the resilient flow opening 20 is formed into the settle groove portion 33 is inserted, the puff connector 40 is formed by the fitting groove portion 42 having a locking jaw portion 41 on the lower side puff member 30 ) While the fitting portion 32 of the puff connector 40 is inserted into the fitting groove 42 of the puff connector 40, the locking jaw portion 41 of the puff connector 40 is formed in the puff member. Inserted into the incision 31 of (30) is characterized in that it is configured to be combined with each other.

However, the patent case is also a state in which the puff connector 40 is coupled to the vibration main body 10 and fixed, so that the vibration of the vibrator 21 is not only the puff member 30 but also the puff connector 40 and the vibration main body 10. Since the vibration of the vibrator 21 is absorbed by the hand through the vibration main body 10, the vibration force transmitted to the puff member 30 is remarkably dropped, and the vibration of the vibrator is transmitted to the gripping part as it is, thereby causing the user to vibrate. When using a puff, there is a problem of severe shaking.

In addition, as shown in FIGS. 3 and 4, the conventional patent case is that the switch button exists as a push button outside the holding part constituting the housing, so that the switch button may be pressed during use, a malfunction may occur, and protection Even if the cover is removed, it is inconvenient to remove the protective cover and then press the switch button again, and there is a limit in constructing a beautiful design because the switch button protrudes from the exterior of the grip part.

The present invention is to solve the above problems, to form a free end so that one end of the puff connector is not coupled to the main body so that the vibration force of the vibrator does not fall, and also that the vibration of the puff member is transmitted directly to the gripping portion The purpose is to minimize the shaking caused by using the vibration puff by blocking.

In addition, the switching switch for power relay is made by sliding rotation structure without separately configuring the operation switch on the exterior of the housing, thereby preventing the malfunction of the electric switching during use in advance and at the same time beautifully appearance.

As a means for achieving the above object,

The present invention is formed in a cap shape, a space portion is formed therein, the inner rim surface to form a first power transmission member 120 for power transmission, and rotates in a horizontal direction while holding the outer housing first An operation handle 100 for rotating the power transmission member 120; One side is coupled to the operation handle to rotate horizontally corresponding to the horizontal rotation of the operation handle, the disc-shaped panel 210, the upper cylinder 220 is located on the top of the disc-shaped panel, the bottom of the disc-shaped panel Is provided with a coupling lower protrusion 230 located in, the upper cylinder 220 forms a second power transmission member 222 on the outer circumference to rotate in engagement with the first power transmission member 120 of the operation handle. The coupling lower protrusion 230 includes a switch contact panel 240 for relaying electrical switching, but includes a first switch contact portion of the switch contact panel 240 in which a switching operation is performed by a horizontal rotation of the operation handle. An electrical contact switch unit 200 formed by coupling the 241 and simultaneously forming a second switch contact unit 242 of the switch contact panel 240 extending in the center for electrical relay; Power is switched by the electrical contact switch unit 200 is a means for supplying power, consisting of a battery support 310, the battery 320, the electrical conduction panel 330, the power relay panel 340. However, the battery support 310 is formed in the form of a disk-shaped panel and the various circuit boards for the operation of the vibration motor is mounted on the lower surface, the battery 320 is made of one or more batteries and the battery support 310 And a power relay panel 340 is connected to an upper portion thereof. The panel for electrical conduction 330 is installed perpendicular to the battery support part 310, and one end thereof is the first of the switch contact panel 240. Located near the switch contact portion 241, when the switch contact panel 240 of the electrical contact switch unit 200 rotates to electrically connect the electrical conducting panel 330 and the power relay panel 340. And only the vibration motor power relay unit 300 to be supplied with power on; A handle housing 400 which is formed in a hopper shape and forms a space therein to be coupled to a lower protrusion for coupling of the electrical contact switch unit 200; A vibration motor 500 installed at a lower portion of the battery support part 310 constituting the power relay unit 300 and electrically connected to the battery to generate its own vibration using power of the battery; Vibration transmission rubber 600 is coupled to the battery support 310 constituting the power relay unit 300 by a connecting pin 710, the one side is formed in a closed cylindrical structure forming a space surrounding the appearance of the vibration motor. Wow; A housing for accommodating the vibration transmitting rubber 600 and having a hopper shape and connected to and fixed to the battery support through a connection pin 710; A puff bracket 800 fixed to an outer side of the vibration transmitting rubber 600 by an upper protruding ring 810, the upper protruding ring 810 integrally coupled to a disc-shaped support 820; A vibrating puff 900 joined to the lower portion of the disk-shaped support 820 of the puff bracket 800 using an adhesive means and covered with a puff cover 910; The puff bracket 800 and the vibrating puff 900 are accommodated therein, and the protective cap 1000 is coupled to the outside of the vibration rubber inserting housing 700.

In addition, the first power transmission member 120 is characterized in that the concave-convex gear shape is formed in the ring shape on the inner peripheral edge surface of the operation handle (100).

In addition, the second power transmission member 222 is formed on the upper cylinder 220 of the electrical contact switch unit 200, characterized in that the shape of the concave-convex gears are formed on the outer circumferential surface of both sides.

In addition, the vibration rubber insertion housing 700 is characterized in that coupled to the battery support in a state spaced apart from the puff bracket and the vibration puff.

In addition, a first coupling rib 110 is formed on an inner edge surface of the manipulation handle 100, and a second coupling rib 221 is formed on an outer edge surface of the electrical contact switch unit 200. The operation handle and the electric contact switch are coupled by one touch.

In addition, the operation handle 100 is characterized in that it further comprises an emergency battery storage box for storing the emergency battery in the internal storage space.

In addition, the outer side of the vibration puff 900 is characterized in that it further comprises a puff cover 910.

As described above, the present invention has an effect of minimizing hand shake generated by using the vibration puff by blocking the vibration of the puff member from being directly transmitted to the gripping portion.

In addition, the present invention forms one end of the vibration transmission rubber as a puff connector to the free end so as not to be connected to the main body to be transmitted to the vibration puff without reducing the vibration force of the vibration motor to maximize the performance of the vibration puff device There is one effect.

In addition, the present invention has a sliding effect of the switching contact for the power relay in a sliding rotary structure without separately configured in the housing exterior to prevent the malfunction of the electrical switching during use in advance and has an elegant effect.

1 is a cross-sectional view of a first embodiment of the prior art.
2 is a sectional view of a second embodiment of the prior art;
Figure 3 is a perspective view of a first embodiment of the prior art showing the configuration of the switching unit.
Figure 4 is a perspective view of a second embodiment of the prior art showing the configuration of the switching unit.
5 is a configuration diagram of a puff device of the present invention.
Figure 6 is an exploded perspective view of the puff device of the present invention.
7 is a vertical cross-sectional view of the puff apparatus of the present invention.
8 is a state diagram before switching operation in the puff device of the present invention.
Figure 9 is a state diagram after the switching operation in the puff device of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

Terms to be described later are set in consideration of functions in the present invention, which may vary depending on the intention or custom of the producer, and the definitions should be made based on the contents throughout the present specification.

5 is a configuration diagram of a puff device of the present invention.

Figure 6 is an exploded perspective view of the puff device of the present invention.

7 is a vertical cross-sectional view of the puff apparatus of the present invention,

The components of the present invention are largely the operation handle 100, the electrical contact switch 200, the power relay 300, the handle housing 400, the vibration motor 500, the vibration transmission rubber 600, a vibration rubber inserting housing 700, a puff bracket 800, a vibration puff 900, a protective cap 1000, and an emergency battery storage box 1100.

The operation handle 100 has a cap shape, a space portion is formed therein, and a first coupling rib 110 and a first power transmission member 120 are formed on an inner edge thereof. The emergency battery holder 1100 is for accommodating an emergency battery, and a storage space is formed therein and is stored in a space portion of the operation handle 100. The first power transmission member is preferably an uneven gear structure formed on the inner peripheral edge of the operation handle. That is, the operation handle 100 is configured to rotate horizontally in the state coupled with the electrical contact switch unit 200, and when the operation handle is rotated, the first power transmission member 120 rotates to make electrical contact with the rotating power. It is to be delivered to the switch unit 200.

The electrical contact switch unit 200 is one side is coupled to the operation handle to perform a horizontal rotation movement corresponding to the horizontal rotation of the operation handle, the disk-shaped panel 210 and the upper cylinder located above the disk-shaped panel And a coupling lower protrusion 230 positioned below the disc-shaped panel. On the outer circumference of the upper cylinder 220 is formed a second coupling rib 221 so that the first coupling rib 110 falls down after contact with the falling down, and the second power transmission member on both side edges of the outer circumference. 222 is formed to rotate in correspondence with the rotation of the first power transmission member 120. The second power transmission member 222 preferably has an uneven gear structure similar to the first power transmission member 120. That is, the electrical contact switch unit 200 is rotated in accordance with the rotation of the operation handle 100, which is the first power transmission member 120 of the uneven gear structure rotated while rotating the operation handle electrical contact switch unit The second power transmission member 222 of 200 is to be rotated while meshing with each other in the concave-convex gear structure.

In more detail, the upper cylinder 220 is formed on the outer circumference of the second power transmission member 222 that rotates in engagement with the first power transmission member 120 of the operation handle, the coupling lower projection 230 is A switch contact panel 240 for relaying electrical switching is provided, but the first switch contact portion 241 of the switch contact panel 240 in which the switching operation is performed by the horizontal rotation of the operation handle is coupled, and at the same time, the electrical relay is relayed. In order to form the second switch contact portion 242 of the switch contact panel 240 extending to the center portion. That is, as the second power transmission member 222 rotates, the first switch contact portion 241 of the switch contact panel installed in the coupling lower protrusion 230 rotates to switch the power of the battery.

The power relay unit 300 is a means for supplying power by switching the power by the electrical contact switch unit 200, the battery support 310, the battery 320, the electrical conduction panel 330, the power relay It is made of a panel 340, and when the power is switched by the electrical contact switch unit 200 serves to relay the power of the battery 320 to the vibration motor to operate the vibration motor. That is, while the battery of the power relay 300 is switched by the switching operation of the electrical contact switch 200, the electricity is supplied.

In more detail, the battery support 310 is formed in the form of a disc panel, and various circuit boards for operating the vibration motor are mounted on a lower surface thereof, and the battery 320 is formed of one or more batteries. Mounted on the support 310 and the power relay panel 340 is connected to the upper portion, the electrical conducting panel 330 is installed perpendicular to the battery support 310, one end of the switch contact panel 240 Located near the first switch contact portion 241 of the switch, the switch contact panel 240 of the electrical contact switch unit 200 rotates to electrically connect the electric conduction panel 330 and the power relay panel 340. Ensure that power is supplied to the vibration motor only when connected. That is, when the electrical contact switch unit 200 rotates, the switch contact panel 240 simultaneously rotates, and at this time, the first switch contact unit 241 of the switch contact panel 240 is connected to the panel for electrical conduction 330. Electrically closed circuit is configured from the battery 320 connected to the second switch contact portion 242 of the switch contact panel 240 while being in electrical contact, so that power is supplied to the vibration motor 500.

The handle housing 400 is to be coupled to the lower projection 230 for the coupling of the electrical contact switch 200 is made of a hopper shape and is formed by forming a space therein. That is, the handle housing 400 is to form a housing for holding by hand, the battery support portion 310 and the battery 320 to form a space therein to form a power relay 300 in the space portion; The electrical conducting panel 330 and the power relay panel 340 are disposed.

The vibration motor 500 is installed under the battery support 310, but is electrically connected to the vibration motor 500 so as to generate its own vibration using the power of the battery 320. In other words, when the power relay is switched by the switching operation of the electrical contact switch 200, the vibration motor 500 is electrically closed, so that power is supplied to the vibration motor 500 to generate vibration.

One end of the vibration transmission rubber 600 is coupled to the battery support 310 by the connecting pin 710, the other end is free end so as not to be connected to the housing for the handle 400 or the housing 700 for inserting the vibration rubber. It is configured to be in a state, one side formed a space portion surrounding the appearance of the vibration motor 500 is made of a closed cylindrical structure. That is, the vibration transmission rubber 600 generates a vibration corresponding to the vibration of the vibration motor 500, so that the vibration generated here is not absorbed by the handle housing 400 or the vibration rubber insertion housing 700. While transmitting to the vibration puff 900 as it is.

The vibrating rubber insert housing 700 is formed in a hopper shape, forms a space therein to accommodate the vibration transmission rubber, and is connected and fixed to the battery support part 310 through the connection pin 710. In particular, the vibration rubber inserting housing 700 is coupled to the battery support 310 in a state spaced apart from the puff bracket 800 and the vibration puff 900 by a predetermined distance, and the vibration of the vibration puff 900 is made. When the vibration is not transmitted to the housing for inserting the vibration rubber 700, the vibration of the vibration puff 900 is not reduced and the hand shaking can be prevented.

That is, in the prior art configuration, since the vibration puff is connected to the gripping portion constituting the housing, the vibration of the vibration puff is immediately transmitted to the gripping portion, and a vibration phenomenon occurs in the hand holding the gripping portion, and the vibration force is also reduced. When used, the housing for the vibration rubber insertion is installed at a certain distance from the puff bracket and the vibration puff, thereby preventing vibration of the vibration puff from being directly transmitted to the housing, thereby minimizing hand shaking and maximizing vibration force.

The puff bracket 800 is composed of an upper protrusion ring 810 and a disk-shaped support 820, the upper protrusion ring is connected to the outside of the vibration transmission rubber is fixed. Since the puff bracket 800 is fitted to the upper protrusion ring 810, it can be used as a replacement.

The vibration puff 900 is bonded to the lower portion of the disk-shaped support 820 of the puff bracket 800 by using an adhesive means. That is, since the vibration puff 900 is coupled to the puff bracket 800 by an adhesive means, the vibration puff 900 can more stably transmit vibration when vibrated by the puff bracket 800. That is, in the past, only the vibration puff was manufactured as a replacement type, but in this case, the vibration puff absorbed the vibration of the vibrator (vibration motor), but it was difficult to vibrate properly, but the present invention includes a hard puff bracket 800. The vibration of the vibrator is transmitted through the puff bracket 800, and the vibration puff 900 is attached to the puff bracket 800 with an adhesive to correspond to the vibration of the vibrator without absorbing the vibration. One vibration is to be generated. Accordingly, the user can use the more powerful vibration to proceed with the face makeup.

The puff cover 910 may be covered by an outer side of the vibration puff 900, and may be easily replaced when the puff cover 910 is dirty or damaged.

The protective cap 1000 is a container shape in which one side is opened and a space portion is formed therein, and a vibration puff 900 is inserted into the space portion, and is coupled to the outer side of the housing for the vibration rubber insertion 700 by undercut coupling or screw coupling. do.

Hereinafter, the assembly method of the present invention will be described.

First, the power relay 300 is installed in the housing 400 for the handle, and the battery 320 is inserted into the center of the power relay 300, and the battery support 310 and the vibration motor 500 are lowered. ), And the electrical contact switch unit 200 is installed on the upper part of the housing for the handle in a state in which the vibration transmission rubber 600 is mounted, and the operation handle is coupled to the upper part of the electrical contact switch unit 200 by one-touch coupling. Let's do it. Then, the vibration rubber insertion housing 700 is coupled to the lower portion of the housing 400 for the handle.

When the power relay 300, the operation handle 100, and the vibration rubber insertion housing 700 is mounted on the handle housing 400 as described above, the appearance configuration is completed, the vibration transmission rubber 600 Insert the puff bracket 800 coupled to the vibration puff 900 to complete the coupling of the vibration puff 900. In addition, the emergency battery storage box 1100 is inserted into the operation handle 100 as necessary, and the emergency battery storage box 1100 stores an emergency battery (not shown). In addition, when the battery 320 inserted into the power relay 300 is replaced, the operation handle 100 and the electrical contact switch unit 200 are separated from the housing for the handle, and the process of reassembly is as described above. same. For reference, the protective cap 1000 is opened when the product is used, and closed to prevent contamination of the vibration puff 900 when the product is not used, and the configuration of the protective cap 1000 is the same as a general container closing structure.

Looking at the process of operating the vibration puff device assembled as described above are as follows.

8 is a state diagram before switching operation in the puff device of the present invention.

9 shows a state diagram after switching operation in the puff device of the present invention, in order to operate the vibration motor 500 of the present invention, first, the operation handle 100 is rotated clockwise or counterclockwise. Then, the electrical contact switch unit 200 coupled with the manipulation handle 100 rotates.

That is, when the first power transmission member 120 formed on the inner circumferential edge of the operation handle 100 is rotated, the second power transmission member 222 of the upper cylinder 220 constituting the electrical contact switch unit 200. Rotates while being engaged, and thus, the electrical contact switch unit 200 rotates to operate the switch contact panel 240 to switch the power of the battery.

In other words, when the electrical contact switch unit 200 rotates, the switch contact panel 240 simultaneously rotates, and at this time, the first switch contact unit 241 of the switch contact panel 240 is the electric conduction panel 330. Electrically closed circuit is configured from the battery 320 connected to the second switch contact portion 242 of the switch contact panel 240 while being in electrical contact with the power supply to the vibration motor 500.

When the power is supplied as described above, while the vibration motor 500 vibrates, the vibration is transmitted to the vibration puff 900 through the puff bracket 800, and a vibration phenomenon occurs in the vibration puff 900. You can wear makeup.

Then, when the end of the use, the operation handle 100 is rotated in the opposite direction, while the first power transmission member 120 is rotated in the opposite direction, the second power transmission member 222 of the electrical contact switch unit 200 is rotated in the opposite direction to the first. While the switch contact portion 241 is separated from the panel 330 for electric conduction, power to the vibration motor 500 is cut off. Accordingly, the vibration phenomenon of the vibration puff 900 is automatically blocked.

100: operation handle
110: first coupling rib
120: first power transmission member
200: electrical contact switch
210: disc panel
220: upper cylinder
221: second engagement rib
222: second power transmission member
230: lower protrusion for coupling
240: panel for switch contacts
241: first switch contact
242: second switch contact
300: power relay
310: battery support
320: battery
330: electric conduction panel
340: power relay panel
400: handle housing
500: vibration motor
600: vibration transmission rubber
700: housing for vibration rubber insertion
800: Puff Bracket
900: Vibration Puff
910: puff cover
1000: protective cap
1100: emergency battery holder

Claims (7)

It is made of a cap shape, a space portion is formed inside, the inner edge surface to form a first power transmission member 120 for power transmission, the first power transmission member by rotating in the horizontal direction while holding the outer housing An operation handle 100 for rotating 120;
One side is coupled to the operation handle to rotate horizontally corresponding to the horizontal rotation of the operation handle, the disc-shaped panel 210, the upper cylinder 220 is located on the top of the disc-shaped panel, the bottom of the disc-shaped panel Is provided with a coupling lower protrusion 230 located in, the upper cylinder 220 forms a second power transmission member 222 on the outer circumference to rotate in engagement with the first power transmission member 120 of the operation handle. The coupling lower protrusion 230 includes a switch contact panel 240 for relaying electrical switching, but includes a first switch contact portion of the switch contact panel 240 in which a switching operation is performed by a horizontal rotation of the operation handle. An electrical contact switch unit 200 formed by coupling the 241 and simultaneously forming a second switch contact unit 242 of the switch contact panel 240 extending in the center for electrical relay;
Power is switched by the electrical contact switch unit 200 is a means for supplying power, consisting of a battery support 310, the battery 320, the electrical conduction panel 330, the power relay panel 340. Wherein, the battery support 310 is formed in the form of a disk panel, the lower surface is composed of various circuit boards for the operation of the vibration motor, the battery 320 is made of one or more cells and the battery support 310 Mounted and the power relay panel 340 is connected to the upper portion, the electrically conductive panel 330 is installed in the battery support 310 and one end of the first switch contact portion of the switch contact panel 240 ( 241, the switch contact panel 240 of the electrical contact switch unit 200 rotates to supply power to the vibration motor only when the electrical conducting panel 330 and the power relay panel 340 are electrically connected. Power relay unit 300, so that the class can be made as;
A handle housing 400 which is formed in a hopper shape and forms a space therein to be coupled to a lower protrusion for coupling of the electrical contact switch unit 200;
A vibration motor 500 installed at a lower portion of the battery support part 310 constituting the power relay unit 300 and electrically connected to the battery to generate its own vibration using power of the battery;
A vibration transmission rubber 600 coupled to the battery support part 310 constituting the power relay part 300 and having a closed cylindrical structure on one side which forms a space part surrounding the exterior of the vibration motor;
A housing for accommodating the vibration transmission rubber 600 and having a hopper shape and fixed to a battery support unit for inserting a vibration rubber 700;
A puff bracket 800 fixed to an outer side of the vibration transmitting rubber 600 by an upper protruding ring 810, the upper protruding ring 810 integrally coupled to a disc-shaped support 820;
A vibration puff (900) bonded to a lower portion of the disk-shaped support (820) of the puff bracket (800);
The puff bracket 800 and the vibration puff 900 is accommodated therein, but the vibration puff having a vibration function, characterized in that it comprises a protective cap 1000 is coupled to the outside of the housing for the vibration rubber insertion 700 Device. The method of claim 1,
The first power transmission member 120,
Vibration puff device having a vibration function, characterized in that the concave-convex gear shape is formed in a ring shape on the inner peripheral edge surface of the operation handle (100). The method of claim 1,
The second power transmission member 222,
Vibration puff device having a vibration function, characterized in that formed in the upper cylinder 220 of the electrical contact switch unit 200 is formed in the concave-convex gear formed on the outer peripheral surface of both sides. The method of claim 1,
The vibration rubber inserting housing 700 is a vibration puff device having a vibration function, characterized in that coupled to the battery support in a state spaced apart from the puff bracket and vibration puff a predetermined distance. The method of claim 1,
A first coupling rib 110 is formed on an inner edge surface of the manipulation handle 100, and a second coupling rib is formed on an outer edge surface of the electrical contact switch part 200, thereby operating the handle by one touch. Vibration puff device having a vibration function, characterized in that and the electrical contact switch is coupled. The method of claim 1,
The operation handle 100,
Vibration puff device having a vibration function characterized in that it further comprises an emergency battery holder for storing the emergency battery in the inner storage space. The method of claim 1,
Vibration puff device having a vibration function, characterized in that it further comprises a puff cover (910) on the outside of the vibration puff (900).

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