KR20110028062A

KR20110028062A - Bottle cap assembly to prevent conterfeiting it

Info

Publication number: KR20110028062A
Application number: KR1020090085973A
Authority: KR
Inventors: 박정웅
Original assignee: 박정웅
Priority date: 2009-09-11
Filing date: 2009-09-11
Publication date: 2011-03-17

Abstract

PURPOSE: A reusing and counterfeiting preventive bottle cap assembly is provided to prevent the reuse of the bottle cap assembly by interposing destructive notifying unit between a first cap and a second cap. CONSTITUTION: A bottle cap assembly includes a first cap, a second cap, and a switching unit(51'). The first cap contains and fixes a sealing cap(S). The second cap is rotatably installed with respect to the first cap. The second cap opens the sealing cap according to the locking operation of a locking unit(52-2). The switching unit is interposed between the first cap and the second cap. The switching unit is a destructive notifying unit notifying whether corresponding alcohol beverage is genuine product.

Description

Bottle cap assembly to prevent conterfeiting it}

The present invention relates to a bottle cap assembly for reuse and anti-counterfeiting, and more particularly, to a bottle cap configured to prevent reuse, or to prevent refilling of counterfeit liquids and alcoholic beverages. The bottle cap assembly is configured.

Various kinds of co-currents are used, and the closure of these co-currents may be a device specially designed for a specific purpose. Among them, the bottle of liquor often has a bottle cap for reuse and anti-counterfeiting in the case of expensive liquor.

In particular, in expensive liquor, it is frequently reused in the process of distribution or bottled with fake alcoholic beverages, and then plugged and forged with various types of proof stickers. It was great.

The reason why such counterfeiting is possible is that in the case of conventional liquor and the like, it has a structure of sealing with simple vinyl sealing and attaching a tax certificate, so that counterfeiters have a large number of counterfeits by providing a simple sealing machine and forging fake certificates. Both liquors are produced and distributed, resulting in a huge amount of national tax revenues and the underground economy.

Therefore, countermeasures against counterfeiting, particularly liquor, which can be prevented even in order to increase national tax revenues and guarantee proper profits of manufacturers, are urgently needed.

In view of such a problem, a bottle cap of a configuration for preventing a plurality of reuse or forgery has been conventionally conceived and adopted.

For example, the bottle cap for verifying the opening history of Korean Patent Publication No. 10-2005-0040202, the bottle cap for preventing counterfeiting of Korean Patent No. 10-0597838, and the bottle for preventing forgery of contents of Korean Patent No. 10-0572969 Lid opening display device ',' Yangju bottle stopper structure with anti-counterfeiting function 'in Korean Patent Publication No. 10-2004-0077859, and' Yangju bottle stopper structure with anti-counterfeiting function 'in Korea Utility Model Registration No. 20-0270770 Various configurations and actions are conceived.

Most of the above-described source configuration suggests a configuration for displaying anti-counterfeiting or forgery due to mechanical mechanism configuration, such as mechanical force coupling, irreversible mechanism configuration or marking after release, and configuration of drop weights.

However, this configuration is not fundamentally impossible to forge due to intentional damage, operation change, simple replacement of components, etc., and various falling objects exist, making it difficult to apply to expensive liquor due to hygiene problems. Had a real distribution problem.

In addition, in order to inform consumers about the liquor to which anti-counterfeiting and its operation are realized without additional purposes such as managing the history of liquor in circulation, additional costs such as additional promotion are required.

Accordingly, the present invention has been made to solve the above problems, to provide a configuration that is possible to prevent forgery is fundamentally impossible to reuse by providing an electrical configuration to escape the conventional mechanical, mechanical configuration.

In the configuration of the present invention for achieving the above object,

Provide bottle cap assembly for reuse and anti-counterfeiting,

The bottle cap assembly includes a first cap for accommodating and fixing the cap sealing cap of the bottle;

A second cap interposed between the first cap and the second cap to open the sealing cap S in accordance with the locking operation of the locking means according to the degree of rotation while storing the first cap rotatably. And switching in accordance with the rotation has a switching means for indicating the authenticity,

The switching means has a basic concept of storing a battery that is exhausted after the initial genuine notification, the circuit board for accommodating the operation element that is notified by the notification means to be exhausted after a specified time to make it impossible to reuse. .

In addition, the second cap of the bottle cap assembly is an outer cap of the polygonal inner cross-section that gives a decorative appearance to the exterior;

Constrained geometrically in the fitted state while receiving the first cap as the inner cap of the inner cross-sectional polygon to be fitted as a spaced body spaced apart in the inner cap of the outer cap,

The press-in ring which is an outer protruding ring of the inner cap is fitted into the press-in channel of the outer cap to prevent the inner cap from being separated from the outer cap.

The first cap is a switching cap accommodated between the space of the spaced apart diameter body formed by the outer cap and the inner cap while receiving the sealing cap in the inside,

The switching cap is rotatable freely while being prevented from being separated by the end ring retainer of the inner cap, and integrally has an element accommodating part formed in the lower receiving tube.

The element accommodating part is a frame member formed as a frame part formed as a groove part of a receiving part which is a recessed groove part for accommodating a switching substrate and a battery, and a trigger receiving hole for accommodating a rotating trigger for starting the opening of a sealing cap, which will be described later. .

The bottle cap assembly for reuse and anti-counterfeiting of the present invention as described above has the utility of enabling the eradication of counterfeit liquor which is illegally distributed by making it impossible to reuse by providing a destructive notification means.

Hereinafter, with reference to the accompanying drawings will be described a preferred configuration and operation of the present invention for achieving the above object.

1 is a perspective view illustrating an example of a bottle cap assembly to which the bottle cap assembly for reuse and anti-counterfeiting of the present invention is applied, FIG. 2 is an explanatory view showing the use of a bottle cap assembly as a sealing cap, and FIG. 3 is an exploded state of the bottle cap assembly. 4A, B and C are top and side cross-sectional views of the main member of the bottle cap assembly, and FIGS. 5A and 5 are plan and side views of pre- and post-assembly showing assembly of the switching cap and the switching substrate. 6 is a plan view and a cross-sectional view of a switching substrate which is a circuit board employed in the bottle cap assembly of the present invention. FIGS. 7A and 7B are cross-sectional views showing a pre-operation state and an operating state of the bottle cap assembly, and FIG. 8 is a modified embodiment. 9 is a cross-sectional view of the cap closure assembly in another modified embodiment, FIG. 10 is a schematic cross-sectional view of a switching substrate configuration in another modified embodiment, and FIG. 1 is an exemplary explanatory diagram of the use of an RFID tag employable in the cap closure assembly of the present invention, and FIG. 12 is an exemplary use flow diagram of the configuration of FIG. 11 for the use of an RFID tag employable in the cap closure assembly of the present invention.

Reusable and anti-counterfeit bottle cap assembly 100 to which the technique of the present invention is applied provides a bottle cap assembly A configured by using an electric actuating element.

The cap closure assembly (A) is intended to provide a destructive configuration that allows a specific operation to be performed only once in the initial opening and prevents manipulation and counterfeiting for reoperation.

In general, the bottle of the counterfeit prevention is a lot of expensive bottled liquor, and can be applied to other bottled bottles containing other expensive liquids, in the present invention will be described in detail with an example of liquor.

The bottle cap (CP) of an exemplary liquor bottle (B) as in FIG. 1 is employed as a kind of decoration in various shapes for decoration and high quality.

Such a bottle cap (CP) is injection molded into a transparent plastic molded in a crystal shape, for example, and is generally manufactured separately from the sealing cap (S) for sealing the actual mainstream of the inner room to the sealing cap (S) Most often, they are press-fit or fusion-fixed.

Reuse and anti-counterfeit bottle cap assembly (A) of the present invention is also mounted to such a sealing cap (S) provides a configuration that can prevent anti-counterfeiting and reuse.

As in the cross-sectional view and the assembled view of the disassembled state in Figure 2 or below,

The bottle cap assembly (A) of the present invention,

It has a configuration of the first cap for receiving the sealing cap (S) of the cocurrent flow (B), and the second cap to perform the operation in cooperation with the first cap, the second cap is the outer cap 10 inner cap As an assembly of 30.

Outer cap 10 of various shapes to give decorative appearance to the above-described appearance,

Inner cap 30 having a diameter spaced in the inner side of the outer cap 10 and spaced between the inner cap 30 and the outer cap 10 and the inner cap 30 to form a closed body. It consists of the switching cap 20 which is a cap-shaped cap body accommodated and confined by the space part by the made diameter.

As the inner cap 30 is particularly shown in Figure 3,

Actually, the inner cap 10 is used as a fixing means for inserting and accommodating the switching cap 20 to be connected to the sealing cap S to perform a switching operation and to close the end. A ring-shaped ring retainer 32 protruding inwardly is formed at the inner end to prevent the switch cap 20 from being separated.

The inner side of the outer cap 10 and the inner side of the inner cap 30 are as shown in Figure 4a, c,

Polygons, such as an octagon, are formed as a dimension to which mutual insertion is possible.

That is, the part forming the insertion space O on the inner side of the outer cap 10 is given that the inner end face is polygonal, and the outside of the inner cap 30 fitted in the insertion space O is also the corresponding polygon. Preferably, the inner cap 30 fitted inside the outer cap 10 in such a shape is a member that rotates together due to geometric constraints in the mutually fitted state.

Such a configuration may be fixed by heat bonding or adhesive fixing after assembly as described below, even if it is a circular tubular shape instead of a polygon.

Therefore, when the initial cap 30 is inserted into the outer cap 10 while accommodating the switching cap 20 inside the inner cap 30, the press-fit ring 31 of the inner cap 30 press-fits the outer cap 10. The inner cap 30 and the outer cap 10 are rotated together by the polygonal binding configuration while being inserted into the channel 11 to prevent the inner cap 30 from being separated from the outer cap 10.

For operation, the bottom surface 10 'of the outer cap 10 may be accommodated in the disk-shaped switching plate 50, as can be seen in the configuration described below,

The switching plate 50 may be an unnecessary member by integrally injection molding the lower surface 10 'of the outer cap 10 or by adopting another modified configuration, but for convenience, the switching plate 50 may be used as a separate member. Explain.

In fact, the switching cap 20 that accommodates the sealing cap (S) in the inner portion of the inner cap 30 is received inside the inner cap 30 while being prevented from being separated by the ring retainer 32 at the free end of the inner cap 30. While having a freely rotatable gap between members.

In the above configuration, the inner cap 30-the outer cap 10 rotates together,

Switching cap 20 accommodated in the inner cap 30 is implemented in a configuration capable of free rotation with respect to the assembly of the inner cap 30-the outer cap 10.

In this configuration, the means for performing anti-counterfeiting in cooperation with the switching cap 20, which will be described later in practice, is configured as the switching plate 50, as a separate member, or integrally with the inner bottom surface 10 'of the outer cap 10. The switching plate 50 is molded.

Hereinafter, the operation of cooperating with the configuration of the switching cap 20 and the switching plate 50 will be described.

As shown in the configuration diagram before assembling and after assembly of the switching cap 20 of Figure 5a, b,

Switching cap 20 is the receiving tube 21 extends downward and the element receiving portion 22 which is a small part of the operating element is formed integrally above the receiving tube 21.

As shown, the element accommodating portion 22

Trigger storage for accommodating the rotating part 130 which starts opening of the sealing part S which is the recessed part 22-1 which is the recessed part which accommodates the switching board 120 and the battery 121 in the center part, and the sealing cap S mentioned later. The groove part in which the ball 22-2 is embedded is also a frame body molded integrally.

As shown in FIG. 6 as a plan view, the switching substrate 120 which is an essential part of the reuse and anti-counterfeiting bottle cap assembly A of the present invention,

A battery 121 such as a conventional button type, a light emitting body 122 which is an exemplary light emitting diode (LED) as a display unit, and a button switch 126 having an operating button 126 ′ of a thin plate body among various switches as a switch. ) Is implemented.

In addition, the RFID tag 124 and the custom IC 125 for controlling these devices may be housed as a piezoelectric speaker 123 and an optional device for generating additional effects described later, although not necessarily required.

As shown in FIG. 5B, the switching substrate 120 is a member that is designed and accommodated in the shape of a housing 22-1, which is an accommodation portion of the switching cap 20.

In the trigger receiving hole 22-2 of the switching cap 20, a pin-shaped rotary trigger 130 shot upwardly by the coil spring 131 is housed to be movable while being shot upward and downward as an operation member. Therefore, the trigger receiving hole 22-2 may be an operating hole having a predetermined depth.

Rotating trigger 130 is fixed to the inner cap 30 is accommodated by the inner cap 30 by rotating the outer cap 10 after the initial rotation with respect to the assembly of the inner cap 30-switching cap 20 (S) ) To actually open the bottle cap assembly (A) to open the bottle (B).

In order to implement the object of the present invention, the bottle cap assembly (A) is initially rotated with respect to the sealing cap (S) at a predetermined rotation angle, and then the bottle cap assembly (A) is caught on the sealing cap (S) when the sealing cap ( It should rotate as S) and the button switch 126 of the switching substrate 120 of the switching cap 20 in between.

In order to implement such driving, the member cooperating with the switching cap 20 is configured in a separate disk shape and fixed to the bottom of the outer cap 10, or integrally formed on the bottom surface 10 ′ of the outer cap 10. The switching plate 50 is configured.

As shown in Fig. 4B, the switching plate 50

The switching trace 51 for turning on the power of the switching substrate 120 in cooperation with the button switch 126 of the switching substrate 120, and the trigger trace 52 for operating the rotary trigger 130 to cause the locking rotation. ) Is a plate-shaped member of polygonal shape (octagonal shape) to be molded as a trajectory hull and inserted into the inner cap 30 to prevent rotation.

The switching plate 50 cooperates with the switching cap 20 without causing an up-and-down displacement due to elasticity of the coil spring 113 to be described later (operation failure due to being lifted upward by the coil spring). The fitting ring jaw 50 'fitted into the fitting channel 30' inside the end of the end 30 is provided laterally with a protruding ring body.

The switching trace 51 formed on the switching plate 50 is a trajectory line of a predetermined rotation angle (a), and the switching trace 51, which is the trajectory line, moves from the operation start portion (s) to the operation termination portion (e). Switching is performed by integrally molding the protrusion 51 'of the gently rising inclined body.

With the above configuration, the operation button 126 'of the button switch 126 on the switching substrate 120, which is matched and fixed to the switching trace 51 above the switching cap 20, is initially held up and down. When the outer cap 10 is not operated and rotates about the rotation angle a, the power is turned on by being pressed by the protrusion 51 '.

Therefore, in this operation, power is applied to the light emitter 122 on the switching substrate 120 to emit light of a set color.

The light emitting state of the light emitter 122 is maintained only lit for the life of the battery 121, or performs the light emitting operation by the control of the custom IC 125 to be described later.

In addition to the above-described configuration and operation, the upper side of the rotary trigger 130 by the ball spring of the coil spring 113 in the trigger receiving hole (22-2) on the switching cap 20 to move up and down in a pin shape In order to rotate the outer cap 10 after the initial rotation with respect to the assembly of the inner cap 30 -switching cap 20 assembled in the stored state,

The trigger trace 52 is provided with a plurality of sound balls 52-1 as yaw-shaped grooves which are recessed at equal intervals, and the trigger is embedded in the end of the rotation angle a of the trace of the trigger trace 52. The ball 52-2 is formed as a depression hole.

Accordingly, the trajectory of the trigger trigger 52 of the rotary trigger 130 and the switching plate 50 on the switching cap 20 so that the head 131 ′ of the rotary trigger 130 is connected along the trigger trace 51. Of course, the mutual position between the two must be synchronized.

In this configuration, the assembly of the operation member is performed as follows.

First, when the inner cap 30 inserts the switching cap 20 into the inner side, the switching plate 50 is accommodated by the ring retainer 32 on the lower end surface of the inner cap 30.

In this state, fitting the switching plate 50 to the inner cap 30 fits the fitting ring jaw 50 'of the switching plate 50 to the fitting channel 30' inside the end of the inner cap 30. In this state, the inner cap 30 is not detached with respect to the switching plate 50, but the linear plate having a rotation angle between the fitting channel 30 ′ and the fitting ring jaw 50 ′ is used to form the shoe plate 50. Will allow free rotation.

When the outer cap 10 is inserted outside the inner cap 30 with respect to the assembly of the inner cap 30-the switching cap 20-the switching plate 50,

The outer cap 10, the inner cap 30, and the switching plate 50 are mechanically constrained due to the polygonal inner end face of the outer cap 10, its inner end face and the polygonal shape of the switching plate 50. It rotates with respect to the switching plate 50.

When the sealing cap S is press-fitted into the switching plate 50 in such an assembled state, the switching plate 50 and the sealing cap S are fixed together and rotated, and finally, the sealing is performed with a protective vinyl or the like. .

The operation of the user in the above assembly configuration is as follows.

Initially, the consumer removes the protective vinyl (not shown) of the bottle (B) of the liquor bottle,

Rotating the outer cap 10, the inner cap 30 fixed together rotates relative to the angular displacement with respect to the switching cap 20 fixed to the sealing cap (S).

Also, the head 131 ′ of the rotary trigger 130 which is carbohydrately received in the switching cap 20 rotating together with the inner cap 30 is the trigger hole 52 at the end of the trigger trace 51 of the switching plate 50. When the head 131 ′ is reached, the head 131 ′ enters the trigger hole 52-2 by the impact of the coil spring 131, and the assembly of the outer cap 10 and the inner cap 30 and the switching cap 20. ) Are interlocked,

From this time, the rotation of the outer cap 10 is rotated together with the switching cap 20, and consequently, the sealing cap S is rotated to be accommodated in the switching cap 20 to open the cocurrent flow B. As a result, the rotation is fundamentally prevented due to the coupling between the trigger hole 52-2 at the end of the trigger trace 51 and the head 131 ′ of the rotation trigger 130.

In the above, the role of the sound ball 52-1 is not necessary,

The head 131 ′ of the rotary trigger 130 moves along the sound ball 52-1 when the bottle cap assembly A of the consumer rotates to be released to give a sense of vibration to the hand of the consumer. It serves to dispel doubts about the unresponsiveness of the initial cap closure assembly (A).

As the configuration and operation described above, the lighting of the light emitting body 122 of the switching cap 20 and the final opening of the sealing cap S are made by the rotation of the outer cap 10, and the outer cap is transparent to the consumer. Since it is projected through the whole of (10), it is recognized that the opened liquor is genuine.

In this operation, the lighting of the light-emitting body 122 is extinguished after the life of the battery 121, but it is important to make sure that the light is genuine as the light emission at the initial opening, so there is no problem in the case of reopening and the like after that.

Therefore, in order to further ensure the effect of the present invention, after storing the switching substrate 120 on the switching cap 20, a resin such as epoxy, in particular a thermosetting resin that is difficult to remelt after the initial melting, It is impossible to reuse by enclosing or inserting the circuit board and battery 12 constituting the switching substrate and injecting the switching substrate integrally as shown in FIG.

As another embodiment for further increasing the above-mentioned effect,

The piezoelectric speaker 123 is disposed on the switching substrate 120, and the custom IC 125 is mounted to open the event music or genuine announcement of the liquor together with the light emission display by the light emitting body 122 at the time of opening. And

Such a configuration can be realized without minimizing the production cost of the bottle cap assembly A of the present invention due to the miniaturization of the device and the decrease in the production cost of the custom IC 125.

In addition, as shown in FIG. 8, the index DX is printed by translucent smoke printing on the upper inner bottom surface of the outer cap 10, which is usually formed in a transparent crystal shape, and the index DX is printed from the outside under ordinary roughness. I don't recognize it,

Genuine recognition index (DX) body recognized by the naked eye by passing through the translucent smoke print unit by the light irradiation from the rear by light emission of the light emitting body 122, genuine, GENUINE character body, various designs or the company It can be formed by the logo of the more real recognition.

There may be embodiments of various modifications to simplify the construction,

As shown in FIG. 9 except for the configuration of the trigger receiving hole 22-2, the coil spring 1131, the rotary trigger 130, and the trigger trace 52 of the switching cap 20,

The non-contact switching configuration is set as the magnet M embedded or attached to the hole IC 200 and the outer cap 10 on the switching substrate 120, and the initial hall IC H-magnet M to the custom IC 125. It can be implemented by simple programming so that it is not triggered again after the trigger signal due to contact or disconnection.

The use of the custom IC 125 is applicable to the configuration that the light emitting body 122 is always lit, but various programming time intervals and flashing methods can be achieved by various programming of the custom IC 125. In addition, by using the light emitting diode of the light emitting body 122 as a multi-color light emitting body, including the voltage control logic, it is possible to change the color of the light emission according to the driving voltage difference, it is possible to give more enjoyment of the consumer with genuine verification.

In addition, although not shown in place of the configuration of the trigger receiving hole 22-2, the coil spring 1131, the rotary trigger 130 of the switching cap 20,

Formed integrally with the switching cap 20, the configuration is simplified while also the same operation as the ball catching piece projecting upward. Alternatively, a coil spring and a rotation trigger may be provided on the lateral circumferential surface of the switching cap 20, and a trigger trace described above may be provided on an inner surface of the inner cap 30.

Furthermore, the RFD tag 124 having the history information of the co-current as active or passive type, which is recognized as useful in the past but attached to the outside of the co-current or stored inside the vinyl sealing body, has not been widely spread due to the fear of forgery attachment. 120, and also encapsulated as resin and mounted in the inner side of the bottle cap assembly (A),

By managing the history of the liquor in the large liquor store, or by having an RFID reader in each store, it is possible to judge whether the imported liquor is forged, and display it on the display such as a large TV in a bar which is a common liquor place. It can make consumers believe that they are genuine.

If this is briefly described with a block diagram of Figs. 11 and 12,

When the bottle cap assembly (A) of the co-current (B) of the RDIF leader is started (300) as a leader (R) provided at a store or a reception desk,

RFID reading is activated (310), download the authenticity database (DB) 320 from the liquor manufacturer, or compare the validation data of the already-downloaded RFID code and the corresponding liquor manufacturer of the authenticity database (330) (330) )So,

When the authenticity determination 340 is a display of the genuine notification display 350 on the display (D), such as a large TV provided in the reception area to notify the authenticity,

Delete or deactivate the corresponding RFID code in the genuine database (360), and if the bottle is forged with a forged bottle cap assembly (A), the data can be fed back to the manufacturer to identify the counterfeit distribution status, quantity, distribution channel, etc. To be.

1 is a perspective view illustratively showing the bottle flow to which the bottle cap assembly for reuse and anti-counterfeiting of the present invention is applied.

Figure 2 is an explanatory view showing the use of the cap cap assembly of the present invention as a sealing cap.

Figure 3 is a cross-sectional view of the member and the assembly cross-sectional view of the cap closure assembly of the present invention.

4 a, b, c are a plan view and a side cross-sectional view of the main member of the cap closure assembly of the present invention;

5A and 5B are a plan view and a cross-sectional side view of a pre- and post-assembly state showing assembly of a switching cap and a switching substrate of the cap closure assembly of the present invention.

Figure 6 is a plan view and a cross-sectional view of a switching substrate which is a circuit board employed in the bottle cap assembly of the present invention.

Figure 7a, b is a cross-sectional view showing a pre-operational state and the operating state of the cap closure assembly of the present invention.

8 is an exterior side plan view of the outer cap in the modified embodiment of the cap closure assembly of the present invention.

Figure 9 is a cross-sectional view of the bottle cap assembly in another modified embodiment of the bottle cap assembly of the present invention.

10 is a schematic cross-sectional view of a switching substrate configuration in another modified embodiment of the cap closure assembly of the present invention.

11 is an exemplary illustration of the use of an RFID tag employable in the cap closure assembly of the present invention.

FIG. 12 is an exemplary use flow diagram of the configuration of FIG. 11 for use of an RFID tag employable in the cap closure assembly of the present invention.

* Description of the symbols used in the main parts of the drawings *

A: Bottle Cap Assembly

10: outer cap

20: stitching cap

30: inner cap

Claims

Provide bottle cap assembly for reuse and anti-counterfeiting,

The bottle cap assembly may be configured to perform opening of the sealing cap according to the locking operation of the locking means according to the degree of rotation while receiving the first cap for accommodating and fixing the capping sealing cap of co-current and rotatably with respect to the first cap. Has a second cap and a switching means interposed between the first cap and the second cap and switched according to the rotation to indicate the authenticity,

The switching means for storing the battery that is exhausted after the initial genuine notification, and notified by the notification means is exhausted after a specified time and the circuit board for storing the operating element that is used to make it impossible to reuse reuse and switching; Anti-counterfeit bottle cap assembly.

The method of claim 1,

The second cap of the bottle cap assembly (A) is the outer cap 10 of the polygonal inner cross-sectional surface which gives decorative appearance to the exterior,

Constrained geometrically in the mutually fitted state while receiving the first cap as an inner cap 30 of polygonal polygonal cross section so as to fit as a diameter spaced apart in the inner side of the outer cap 10,

The press-in ring 31, which is an outer protrusion ring of the inner cap 30, is fitted to the press-in channel 11 of the outer cap 10 to prevent the inner cap 30 from being separated from the outer cap 10. Reusable and anti-counterfeit bottle cap assembly, characterized in that.

The method of claim 1,

The first cap is a switching cap 20 accommodated between the space of the spaced apart diameter body formed by the outer cap 10 and the inner cap 30 while receiving the sealing cap (S) in the inside,

The switching cap 20 is freely rotatable while being prevented from being separated by the end ring retainer 32 of the inner cap 30 and integrally has an element accommodating part 22 formed in the lower receiving tube 21.

The device accommodating part 22 includes a rotating trigger 130 which starts opening of the accommodating part 22-1, which is a recessed groove part accommodating the switching substrate 120 and the battery 121, and a sealing cap S, which will be described later. Reusable and anti-counterfeit bottle cap assembly, characterized in that it is a frame body formed as a groove portion of the trigger receiving hole (22-2) for storing.

The method of claim 1,

The locking means interposed between the first cap and the second cap and switched in accordance with the rotation to be genuine

A pin-shaped rotary trigger 130 of the upper shot of the trigger receiving hole 22-2 of the switching cap 20;

The perforated body on the trigger trace 52, which is a rotational track line of the switching plate 50, which is geometrically constrained as a polygonal plate body inside the inner cap 30 of the second cap, and rotates after a predetermined rotation of the initial second cap. Reuse and anti-counterfeit bottle cap assembly, characterized in that the locking configuration of the trigger hole 52-2 and the trigger 130 is caught.

The method of claim 1,

The switching means,

An operation button 126 'of the button switch 126 on the switching substrate 120 accommodated in the switching cap 20;

It is formed on the switching plate 50 and provided with a protrusion 51 'of the inclined surface that gently rises from the operation start portion (s) to the operation termination portion (e),

Reuse and anti-counterfeit bottle cap assembly, characterized in that carried out by pressing the operation button (126 ') of the protrusion (51') during the rotation.

The method of claim 1,

The circuit board for accommodating the operation element is housed in the switching cap 20 is molded as a thermosetting resin, reuse and anti-counterfeit bottle cap assembly, characterized in that it is impossible to reuse by destruction.

The method of claim 1,

Re-use and anti-counterfeit bottle cap assembly characterized in that the display method of the notification means is diversified by further implementing a custom IC (125) programmable by the manufacturer.

The method of claim 1,

It is possible to give an index (DX) that is transparent to the upper inner bottom surface of the outer cap 10 so that the index can be recognized at the first opening by the light emission of the light emitting body which is one of the notification means on the circuit board. Reusable and anti-counterfeit bottle cap assembly.

The method of claim 1,

Reuse and anti-counterfeit bottle cap assembly, characterized in that it further has an active and passive RFID tag (124) for storing information that can manage the history of the co-current on the circuit board and can be read by a reader.

The method according to claim 1 or 5,

The switching means is a magnet (M) that is buried or attached to the hole IC 200 and the outer cap 10 on the switching substrate 120 to set a non-contact switching configuration,

Reuse and anti-counterfeit bottle cap assembly characterized in that the custom IC 125 may be configured to be programmed so as not to be triggered again after the trigger signal due to contact or detachment of the initial hall IC (H) -magnet (M). .