KR20110110893A - Identification screen by turning motion Concealment type safety cap - Google Patents

Abstract

The present invention is mainly in an expensive liquor container, by turning the identification screen indicating that the cap before opening when turning for opening the cap to easily determine whether the first opening of the cap can be easily The identification screen by operation relates to a concealed anti-counterfeit safety cap.
The configuration includes an inner cap coupled with a stopper fastened to the container inlet; A screen having an adhesive portion and a non-adhesive portion, wherein the adhesive portion is fixed to the inner wall of the inner cap; A slider comprising a receiving body for the inner cap, and a slit connected thereto, the non-adhering portion of the screen covering the outer peripheral surface of the receiving body after passing through the slit; And a see-through outer cap for said screen, wherein said hider is not exposed. Consisting of,
The non-adhesive portion of the screen is concealed between the inner cap and the hider by the turning action of the hider when turning for opening.
According to such a configuration, the screen, which is visible when the cap is unopened, is concealed by the hider during the turning operation for the opening, thereby making it possible to more clearly determine whether the cap is first opened.

Description

Identification Screen by Rotating Motion Safety Cap for Preventing Falsification

The present invention relates to an identification screen concealment type anti-counterfeit safety cap by turning operation, and more particularly, an anti-counterfeiting safety that makes it easy to determine whether the cap is initially opened by hiding the identification screen when turning for opening. It is about a cap.

Among the safety caps that block the inlet of the container to prevent the deterioration of the contents and to store for a long time, in particular, the technology related to the anti-counterfeit safety cap used in expensive alcoholic beverage containers,

Republic of Korea Patent No. 20-0417222 (registered on May 18, 2006, hereinafter referred to as 'prior art') `` Safe anti-counterfeit safety cap '' is presented,

The prior art is shown in Figure 1,

The first inner cap 110 including a first cylindrical body 111 having a hollow and a lower locking protrusion 113 and an upper cover 111a having a serrated protrusion jaw 112 disposed radially along a lower edge thereof. ; A second cylindrical body 121 having a through-hole for insertion of the first inner cap 110 and the first cylindrical body 111, and a sawtooth engaging jaw disposed along the circumference on the upper surface of the second cylindrical body 121. (122), the protruding rib 123 is formed horizontally in the circumferential direction in the lower end of the second cylindrical body 121, and the engaging projection of the first inner cap 110 on the upper surface of the protruding rib (123) ( A second inner cap including a rotation restricting protrusion 124 having an upward protrusion structure matched with 113); And an outer cap 200 covering the first and second inner caps.

It is a technology that prevents the recycling and forgery of the cap by blocking the movement of components by restricting the left and right rotation of the cap once used.

The prior art attaches the status display label 114 to the outer circumferential surface of the first cylindrical body 111 to determine whether the cap is initially opened, and the character of the status display label 114 on the second cylindrical body 121. Although the transparent display window 126 is formed so that the visual indication of the state of use by character display is possible,

There is a problem in that the status display label 114 and the transparent display window 126 are not easily distinguished due to their poor visibility and discrimination.

Identification screen concealment type anti-counterfeit safety cap by turning operation in accordance with the present invention to solve the above problems,

An inner cap coupled with a stopper fastened to the container inlet;

A screen having an adhesive portion and a non-adhesive portion, wherein the adhesive portion is fixed to the inner wall of the inner cap;

A slider comprising a receiving body for the inner cap, and a slit connected thereto, the non-adhering portion of the screen covering the outer peripheral surface of the receiving body after passing through the slit; And

A see-through outer cap for said screen, wherein said hider is concealed unexposed;

Consisting of,

The non-adhesive portion of the screen is concealed between the inner cap and the hider by the turning action of the hider when turning for opening.

The display unit may further include a display unit disposed on an outer circumferential surface of the hider, the display unit being displayed as the non-adhesive portion of the screen is hidden between the inner cap and the hider.

On the other hand, the inner cap includes an upper receiving portion,

The accommodating part

Fixed disk attached to the upper surface of the RFID tag consisting of RF antenna and RF chip, and

A cutting disk having a plurality of lower blades for cutting the RFID tag, is coupled to the heider is pivotably disposed on the fixed disk

Is equipped with,

In the case of turning for opening, the RF chip of the RFID tag is cut by the cutting disk turning along the heider.

In addition, the inner cap further comprises a lower stopper, and a slope on the outer peripheral surface,

The hyder includes a climber engaged with the slope of the inner cap on the inner circumferential surface,

The outer cap comprises a lower supporter having an upper locking portion,

When turning for opening, the outer cap and the hyder are turned by the operation of crossing the slope of the inner cap in which the climb is non-turning, and the stopper is caught by the stopper and stopped.

In this case, the non-adhesive portion of the screen may be completely hidden between the inner cap and the hyder.

Identification screen concealment type anti-counterfeit safety cap by the swing operation according to the present invention,

Since the screen, which is visible when the cap is not opened, is concealed by the hider during the turning operation for opening, it is possible to more clearly determine whether the cap is initially opened.

In addition, the display is provided as the screen is concealed (발현) is provided with an effect that can more easily identify whether the opening of the cap.

In addition, the RFID tag is embedded, the RF antenna and the RF chip of the RFID tag is separated from each other during the turning operation for opening, there is an effect that can determine whether the first opening of the cap through the RF reader.

1 is an exploded perspective view of a conventional safety cap.
Figure 2 is a perspective view showing a container coupled to the safety cap according to the present invention.
Figure 3 is an exploded perspective view of the safety cap according to the present invention.
4 is a bottom perspective view of FIG. 3.
5 is a cross-sectional view of the safety cap according to the present invention.
6 is a flow chart showing a process of hiding the screen of the present invention.

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

2 to 5, the identification screen concealment type anti-counterfeit safety cap (hereinafter referred to as "cap") by the turning motion according to the present invention is largely the inner cap 300, the screen 400, the heider 500 ) And an outer cap 600.

Looking at each configuration,

The inner cap 300 is coupled to the stopper 20 fastened to the inlet 11 of the container 10,

A lower opening 310 to which the stopper 20 is coupled;

Receiving portion 320 of the concave shape on the top,

Slopes 330 formed on the outer peripheral surface of the upper end portion, and

Lower stopper 340 protruding from the bottom

It is made, including.

In this case, the opening 310 can be coupled with the stopper 20 accommodated therein and can be pivoted together with the stopper 20 in the coupled state.

The stopper 20 has a plurality of vertical coupling portion 21 is formed along the outer circumferential surface,

The opening 310 has a corresponding vertical coupling portion 311 which is male and female coupled to the vertical coupling portion 21 along an inner circumferential surface thereof.

The slope 330 is inclined counterclockwise when viewed from a plane.

The screen 400 is for identifying whether the cap is first opened, and has an adhesive part 410 and a non-adhesive part 420, and the adhesive part 410 is fixed to an outer wall of the inner cap 300.

As shown, the screen 400 is composed of two strips of powder 400a and 400b and is fixed to an outer wall of the inner cap 300 so that each adhesive part 410 is opposed to each other. .

The screen 400 is preferably manufactured using a fluorescent sheet, a high luminance reflective sheet, a hologram sheet, etc. in order to further improve visibility, and the letter 430 indicating whether the brand and the cap are initially opened on the outer surface. It may contain more pictures.

The hider 500 is covered by the inner cap 300,

Upper fixing plate 510,

Internal receiving body 520 for the inner cap 300,

A slit 530 connected to the receiving body 520, and

Climb (540) for engaging the slope 330 of the inner cap 300 on the inner peripheral surface

Consisting of,

When the non-adhesive portion 420 of the screen 400 passes through the slit 530 when the inner cap 300 is coupled to the inner cap 300, the outer circumferential surface of the receiving body 520 is wrapped.

As a result, the screen 400 is the non-adhesive portion 420 is hidden between the inner cap 300 and the heider 500 during the turning operation for opening the cap by the heider 500. .

Here, the fixing plate 510 has an octagonal shape when viewed from a plane so that the rotational force of the outer cap 600 to be described later can be easily transmitted,

The climb 540 is inclined in a direction opposite to the slope 330 of the inner cap 300 is engaged with the slope 330 to form a ratchet gear.

On the other hand, the hider 500 is further provided with a display unit 900,

The display unit 900 is formed in a band shape and is attached to the outer circumferential surface of the rider 500 to be covered by the non-adhesive portion 420 of the screen 400 when the cap is not opened. The non-adhesive portion 420 of the screen 400 is revealed as it is hidden between the inner cap 300 and the heider 500.

As a result, the screen 400 indicates that the cap is before the first opening, and the display unit 900 indicates that the cap is after the initial opening. In addition, the display unit 900 is manufactured using a fluorescent sheet, a high luminance reflection sheet, a hologram sheet, etc., like the screen 400, but is contrasted with each other so as to be clearly distinguished from the screen 400. It is desirable to have color and shape.

The outer cap 600 is to be covered on the heider 500,

An inner receptacle 610 for the hyder 500, and

The supporter 620 having an upper locking portion 621 and coupled to the lower portion of the receiving portion 610.

It is made, including.

The outer cap 600 is preferably manufactured to be transparent or translucent for the perspective of the screen 400 and the display unit 900. If the outer cap 600 is opaque, the screen 400 and the A separate viewing window (not shown) for the display unit 900 should be formed.

Here, the accommodating part 610 has an octagonal shape whose cross section corresponds to the fixing plate 510 of the heider 500, and a fixing groove 611 for coupling the supporter 620 is formed at the bottom thereof. .

The supporter 620 has an annular shape, and an outer circumferential surface thereof has an octagonal shape corresponding to the receiving portion 610, and a fixing protrusion 622 is formed at the center thereof to be caught by the fixing groove 611. In addition, the engaging portion 621 has a groove shape so that the stopper 340 of the inner cap 300 is internal, the groove is approximately 180 degrees in the outer cap 600 counterclockwise It is formed over a section that can be stopped by the stopper 340 after turning about.

As a result, the outer cap 600 and the hyder 500 are approximately 180 degrees by the operation of crossing the slope 330 of the inner cap 300 that the climb 540 is not turning. While turning, the stopper 340 of the inner cap 300 is caught and stopped by the locking portion 621 of the supporter 620, and at this time, the ratio of the two powders 400a and 400b on the screen 400 The adhesive part 420 is completely hidden between the inner cap 300 and the heider 500.

Thus, the process of hiding the screen 400 is shown in FIG. As shown in FIG. 6 (a), the screen 400 surrounds the outer circumferential surface of the rider 500 and is disposed in a visually identifiable state. 6 (b) shows a state in which the outer cap 600 and the hider 500 are rotated by about 90 degrees. In this case, the screen 400 is hidden and the display unit 900 is exposed. Can be. 6 (c) shows a state in which the outer cap 600 and the hider 500 are rotated about 180 degrees. As a result, the screen 400 is completely hidden so that the display unit 900 is completely completed. It can be seen that it is exposed.

Then, after turning the outer cap 600 with a stronger force, the rotational force of the outer cap 600 is transmitted to the inner cap 300 through the stopper 340, the stopper 20 is The vertical coupling portion 21 and the corresponding vertical coupling portion 311 is to be separated from the inlet 11 of the container 10 while turning with the inner cap (300).

On the other hand, in the receiving portion 320 of the inner cap 300

A fixed disk 700 having an RFID tag 710 composed of an RF antenna 711 and an RF chip 712 attached to an upper surface thereof, and

Cutting disk 800 having a plurality of lower blades 810 for cutting the RFID tag 710, the cutting disk 800 is pivotally disposed on the fixed disk 700

Is provided.

Here, the fixed disk 700 has a plurality of first coupling parts 720 radially arranged on the lower surface of the fixed disk 700, and the fixed disk 700 in the receiving portion 320 of the inner cap 300. The first corresponding coupling portion 321 is formed spaced apart between two adjacent first coupling portion 720 of the),

As a result, a limited turning movement of the fixed disk 700 is possible within an angle formed by the two adjacent first coupling parts 720.

In addition, the cutting disk 800 has a plurality of second coupling parts 820 arranged radially with respect to the center of the upper surface, the lower surface of the fixing plate 510 of the hider 500, the cutting disk ( The second corresponding coupling portion 511 is spaced apart between two adjacent second coupling portions 820 of 800,

As a result, a limited turning movement of the cutting disc 800 is possible within an angle formed by the two adjacent second coupling parts 820.

That is, after the second coupling portion 820 of the turning disk is stopped in contact with the second corresponding coupling portion 511 to stop the forced turning with the heider 500 Cutting off the RF chip 712 of the RFID tag 710 located between the blades 810 to block the connection of the RF chip 712 from the RF antenna 711.

Therefore, even if the RF reader is located in close proximity, since the information stored in the RF chip 712 cannot be read, it is possible to determine whether the cap is initially opened, thereby making it easy to check the authenticity of the contents of the container 10.

In the above description of the present invention with reference to the accompanying drawings, a description has been made mainly on the "identification screen concealment type anti-counterfeit safety cap by turning operation" having a specific shape and structure, the present invention can be variously modified and changed by those skilled in the art And, such variations and modifications should be construed as falling within the protection scope of the present invention.

10; Vessel
11; Entrance
20; stopper
21; Vertical coupling
300; Inner cap
310; Opening
311; Vertically coupled part
320; Receptacle
321; 1st counterpart
330; Slope 340; stopper
400; screen
410; Bonding portion 420; Non-adhesive portion 430; text
500; Heider
510; Fixed plate
511; 2nd counterpart
520; Receiving body 530; Slit 540; Climb
600; Outer cap
610; Receptacle
611; Fixing groove
620; supporter
621; Locking portion 622; Fixing protrusion
700; Fixed disk
710; RFID tag
711; RF antenna 712; RF chip
720; First coupling part
800; Cutting disc
810; Blade 820; Second coupling part

Claims (4)

An inner cap 300 coupled to the stopper 20 fastened to the inlet 11 of the container 10;
A screen 400 having an adhesive part 410 and a non-adhesive part 420, wherein the adhesive part 410 is fixed to an outer wall of the inner cap 300;
And a receiving body 520 for the inner cap 300, and a slit 530 connected thereto, and after the non-adhesive portion 420 of the screen 400 passes through the slit 530. A receiver 500 which wraps around the outer circumferential surface of the receiving body 520; And
A see-through outer cap 600 for the screen 400, wherein the hider 500 is not exposed;
Consisting of,
When turning for opening, the non-adhesive part 420 of the screen 400 is hidden between the inner cap 300 and the heider 500 by the turning operation of the heider 500. Identification screen by turning action Concealment type anti-counterfeit safety cap.
The method of claim 1,
The display unit 900 is disposed on the outer circumferential surface of the slider 500, and is displayed as the non-adhesive portion 420 of the screen 400 is hidden between the inner cap 300 and the slider 500. Identification screen concealed type anti-counterfeit safety cap by the swing operation, characterized in that it further comprises.
The method according to claim 1 or 2,
The inner cap 300 includes an upper receiving portion 320,
In the receiving portion 320
A fixed disk 700 having an RFID tag 710 composed of an RF antenna 711 and an RF chip 712 attached to an upper surface thereof, and
Cutting disks 800 having a plurality of lower blades 810 for cutting the RFID tag 710, which are coupled to the rider 500 and pivotally disposed on the fixed disk 700.
Is equipped with,
Identification screen concealment-type forgery by turning operation characterized in that the RF chip 712 of the RFID tag 710 is cut by the cutting disk 800 turning along the heider 500 when turning for opening. Prevention safety cap.
The method of claim 3,
The inner cap 300 further includes a lower stopper 340, and a slope 330 on the outer peripheral surface,
The hier 500 includes a climb 540 engaged with the slope 330 of the inner cap 300 on the inner peripheral surface,
The outer cap 600 comprises a lower supporter 620 having an upper locking portion 621,
When turning for opening, the outer cap 600 and the hider 500 are turned by the operation of crossing the slope 330 of the inner cap 300 in which the climb 540 is non-turning. The stopping part 621 is caught by the stopper 340 and stopped.
In this case, the non-adhesive portion 420 of the screen 400 is completely hidden between the inner cap 300 and the heider 500, identification screen concealed type anti-counterfeiting safety cap by the swing operation, characterized in that.

Images