KR20110075546A

KR20110075546A - Liquid container closure assembly having a drop-weight

Info

Publication number: KR20110075546A
Application number: KR1020090132026A
Authority: KR
Inventors: 김은유
Original assignee: 김은유
Priority date: 2009-12-28
Filing date: 2009-12-28
Publication date: 2011-07-06

Abstract

According to the present invention, once the user opens the lid, the slider and the weight built into the container fall to indicate that the lid is opened, and once the stopper is attached to the neck of the container, it is impossible to remove the stopper from the container by the washer. And a drop-proof anti-counterfeiting stopper assembly.

According to the present invention, once the user opens the lid from the stopper, the connecting means consisting of hooks and seals or the connecting means consisting of upper and lower magnetic means drop the slider and weight from the raised state into the interior of the container so that the user opens the lid. To make it easier to recognize. Thus, once the lid is opened and used, the stopper is easily marked outwardly and cannot be reused.

In addition, according to the present invention, once the stopper is attached to the container neck, the stopper is not separated from the container neck in the reverse direction until the container neck is damaged by the washer caught in the container neck. It is prevented by (rent) and has an excellent effect of preventing the forgery of the contents contained in the container in advance.

Description

Liquid Container Closure Assembly Having A Drop-Weight}

The present invention relates to a closure assembly mounted to the inlet of the liquid reservoir, more specifically, once the user opens the lid, the slider and the weight embedded in the inside of the container is dropped to indicate that the lid is opened, once opened Afterwards, even if the lid is closed again, the slider and weight remain in the drop state, indicating that the lid is open once, and after the cap is attached to the neck of the container, it is impossible to remove the stopper from the container by the washer. The anti-counterfeiting stopper assembly is adapted to prevent refilling of a liquid different from the one originally filled in the inside.

In general, liquor such as liquor is an expensive drink. Such expensive beverages are sold in a liquid storage container such as a liquor bottle. In such a case, low-priced liquor sold in the first liquor bottle from the liquor manufacturer is sold in a liquor bottle to deceive consumers. Cases are often reported.

Therefore, a stopper assembly has been developed that can prevent alcohol from being different from the original expensive liquor inside the liquor bottle once shipped from the liquor manufacturer.

An example thereof is the same as the "liquid storage container stopper assembly" of Unexamined-Japanese-Patent No. 10-2005-0085984.

This prior art discloses a closure assembly suitable for use at the inlet of, for example, a liquid reservoir, such as a bottleneck. Such closure assemblies provide an indication of tamper-verification, eg opening, and also provide refill prevention means.

For example, when the user removes the lid from the bottle, a portion of the closure member located inside the bottle falls into the bottle and remains separated from the lid.

Therefore, once the user removes the lid, the bottle is separated with the cap in a flowable state. Therefore, even if the lid is refilled with liquid such as liquor, and the lid is sealed, the cap assembly is once used through the part of the separated cap. This can be used to prevent misleading consumers.

Such a conventional technique can only be known through the dropping cap member that the lid is separated once, it can be said that it is very effective in this respect. However, such conventional techniques are structurally complicated and cumbersome to manufacture.

In addition, such a conventional technique is that if the stopper itself fixed to the container neck is pulled out from the container neck to separate it, contain contents different from the original expensive liquor, and then attach the stopper to the container neck again. The parts or components in the building could be reused and had no countermeasures to confirm that they were forged.

Therefore, in the art, since the bottle cap is opened in a simple structure, the user can easily know that the bottle cap is opened, so that the user can use it with confidence, and the cap member is broken when the cap member is separated so that it cannot be reused. There is an urgent need to develop a technology that can prevent the forgery of the contents at the source by preventing it from being pulled out or detached from the container neck.

The present invention is to solve the conventional problems as described above, the object is that once the user opens the lid from the stopper, the user through the slider and the weight dropped in the interior of the container easily recognizes that the lid is already open The dropped slider is designed to be damaged at the time the lid is opened, i.e. the connected medium is to be broken, so that the slider cannot be reused, thereby preventing the contents of the container from being recharged in the original. An anti-counterfeiting stopper assembly is provided.

And another object of the present invention is that once the stopper is attached to the neck of the container, it is impossible to remove the stopper from the neck of the container without damaging the neck of the container by the washer, even if the force is removed by artificial force to remove the injection wrap around the bottle or washer By providing a drop anti-counterfeiting stopper assembly to effectively prevent the forgery of the contents.

In order to achieve the above object, the present invention, the stopper is fixed to prevent the fall of the reverse by hanging the neck portion of the container containing the contents; A guide tube inserted into the container neck and fixed to the inside of the stopper; A lid screwed to the outer surface of the stopper; A dropping means having a slider and a weight which are movable up and down inside the guide tube and are connected as threads to each other; And a hook fitted in the center of the inner side of the lid to connect the slider and the weight of the drop means to the inner side of the lid to maintain the upper side of the guide tube in the engaged state of the lid to the stopper, and the lower side of the hook. And a connecting means made of a thread connecting the upper surface of the slider with the connecting means to form a break in which the cross-sectional diameter of the thread is reduced on the lower surface of the hook so that the lid is opened from the cap and a tensile force is applied to the thread. The thread is broken at the break located on the lower surface of the hook to provide a drop anti-counterfeit stopper assembly configured to allow a user to know that the lid and the weight are dropped from the upper side of the guide tube to the bottom to open the lid.

In addition, the present invention in order to achieve the above object, the stopper is fixed so as to prevent the fall of the reverse by hanging the neck portion of the container containing the contents; A guide tube inserted into the container neck and fixed to the inside of the stopper; A lid screwed to the outer surface of the stopper; A dropping means having a slider and a weight which are movable up and down inside the guide tube and are connected as threads to each other; And upper magnetic means fixed to the inner side of the lid to connect the slider and the weight of the drop means to the inner side of the lid in the engaged state of the lid to the stopper to maintain the upper side of the guide tube; And a connecting means comprising a lower magnetic means connected to magnetic force by magnetic force. The connecting means includes a magnetic force connecting the upper magnetic force means and the lower magnetic force means when the lid is opened from a stopper. From the slider and weight down to provide a drop anti-counterfeiting stopper assembly configured to allow a user to know that the lid is open.

And the present invention preferably the container neck portion is formed to protrude stepped diameter is formed on the outer surface, integrally fixed to the inner circumferential surface of the stopper fitted to the container neck and a plurality of divided fixing pieces on the inner edge Protrudingly formed, including the washer is fixed to the container neck by inserting the pressure around the step of the container, the stopper is mounted to the container neck, and then the fixing piece of the washer is coupled to the lower edge of the step by the container neck A drop anti-counterfeiting stopper assembly configured to prevent the stopper from falling out in the reverse direction.

In addition, the present invention preferably the step is formed in the inclined surface in the upper corner, the right angle in the lower corner, the washer is the inclined surface bent toward the inner end of the respective fixing pieces from the fixed portion of the stopper to its inner end When the fixing piece is twisted with respect to the center axis of each of the fixing piece, the one side edge of the inclined surface is high and the other edge is formed low, so that when the stopper is attached to the neck of the container, the inclined surface of the washer is on the inclined surface of the step. Correspondingly, there is provided a drop-proof anti-counterfeiting stopper assembly configured so that after it has been engaged, each fastening piece is caught on a right angled surface of the step so that the stopper does not fall out of the container neck in the reverse direction.

And the present invention preferably the container neck portion is further formed on the outer side of the lower side of the step of the step of the locking step is further expanded, the lower surface of the stopper is supported on the upper surface of the locking step, the container neck A sealing plate made of rubber or urethane of a flexible material is inserted between the upper surface of the cap and the inner lower surface of the cap, and the aluminum clamp is wound around the locking jaw and the lower edge of the cap to fix the sealing plate. A drop anti-counterfeiting stopper assembly sealed between the container neck and the stopper is provided.

In addition, the present invention is preferably the guide tube is arranged up and down at the center of the inner surface of the stopper, the inside of which is formed of a transparent material that can be seen from the outside, the guide tube is the upper guide portion to which the slider of the drop means moves; The lower guide portion to which the weight moves, the outer circumferential surface extending in the radial direction, connected to the inner circumferential surface of the stopper through a plurality of legs formed in the circumferential direction a plurality of intervals through which the contents contained in the container is discharged out of the container It provides a drop anti-counterfeiting stopper assembly is formed between the inner surface of the stopper and the outer peripheral surface of the guide tube.

And the present invention preferably the drop means has a slider having a flat body, the front surface of the body is formed with a first projection of a rectangular cross section, the rear surface is formed with a second projection of a hemispherical cross section, The guide groove of the same cross section structure of the slider is formed inside the upper guide portion to which the slider moves, so that the slider can be moved up and down, and the weight is engraved with the logo on the front surface of the cylindrical body and connected to the upper side The seal is connected to the slider side through the plate, and the lower guide portion to which the weight is fitted provides a drop-proof anti-counterfeiting stopper assembly having a cylindrical structure.

In addition, the present invention preferably the height between the partition wall inside the lower guide portion from the point connected to the upper guide portion is formed higher than the height of the slider to form a height difference to fall to the upper portion of the partition wall of the lower guide portion The provided slider flows inside the lower guide portion, and provides a drop anti-counterfeit stopper assembly configured to not coincide in opposite direction to the guide groove of the upper guide portion due to its unique polygonal cross-section structure and height difference.

And the present invention preferably provides an anti-counterfeiting stopper assembly of the upper magnetic means of the connecting means is a permanent magnet, the lower magnetic means is made of a permanent magnet or magnetic body of the opposite polarity to the permanent magnet of the upper magnetic means.

According to the drop-proof anti-counterfeiting stopper assembly according to the present invention, when the user opens the lid once from the stopper, the connecting means consisting of hooks and seals or the connecting means consisting of upper and lower magnetic means lifts the slider and the weight of the dropping means. From the inside of the container so that the user can easily recognize that the lid is open. Thus, once the lid is opened, the used stopper cannot be reused, thereby effectively preventing the refilling and reusing of contents different from those originally filled in the inside of the container.

And according to the drop-proof anti-counterfeit stopper assembly according to the present invention, once the stopper is attached to the container neck, the stopper is not separated from the container neck in the reverse direction until the container neck is damaged by the washer that is caught in the container neck. Therefore, according to the present invention, the separation of the stopper from the neck of the container is prevented at the source, thereby effectively preventing the forgery of the contents contained in the container.

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

Dropping anti-counterfeiting stopper assembly 100 according to the first embodiment of the present invention, as shown in Figures 1 and 2, the neck portion 105a of the container 105, such as a bottle of liquor containing expensive liquor It is provided with a stopper 110 is fixed so as to prevent the fall out of the reverse direction, and is provided with a guide tube 120 is inserted into the interior of the container neck (105a) fixed inside the stopper (110). And it is a structure that opens and closes the container 105, including a lid 130 screwed to the outer surface of the stopper 110.

In such a structure, the inner side of the guide tube 120 has a slider 150 and a dropping means 140 having a weight 160 that can move up and down, and the slider 150 of the dropping means 140 as described above. And the weight 160 are connected to each other as a thin thread 142 having a diameter of approximately 0.3 to 0.5 mm, and the connecting means 170 described later is disposed on the upper portion of the slider 150 and the lid 130. The slider 150 and the weight 160 are connected to the center of the inner side of the backplane.

Therefore, as shown in Figure 1, the drop-type anti-counterfeiting stopper assembly 100 according to the first embodiment of the present invention is in the coupling state of the cap 130 to the stopper 110 of the drop means 140 The slider 150 and the weight 160 are connected to the inner surface of the lid 130 by the connecting means 170, and when the lid 130 is opened to the stopper 110, it is shown in FIG. As described above, the lid 130 is opened by separating the drop means 140 from the inner surface of the lid 130 so that the slider 150 and the weight 160 fall downward. It is designed to be recognized by the user.

In such a structure, the connecting means 170 has a hook 172 fixed to the inner surface central space 132 of the lid 130, a lower surface of the hook 172, and an upper surface of the slider 150. It consists of a thread 142 connecting the. Such hook 172 is formed by a plurality of fitting protrusions 174 on the upper side is inserted into the seating jaw 134 formed on the inner surface of the lid 130 is elastically coupled. Thus, when the fitting protrusion 174 is inserted into the seating jaw 134, the hook 172 is integral with the lid 130.

In addition, the lower surface of the hook 172, the thread 142 is connected, the cross section of the thread 142 connected to the lower portion of the hook 172 in this way is reduced in diameter to form a fracture (172a), When the lid 130 is opened from the stopper 110 and a tensile force is applied to the seal 142, the seal 142 is broken at the lower surface of the hook 172 through the break 172a.

Through such a structure, as shown in FIG. 1, the connection means 170 extends upward from the slider 150 of the drop means 140 in the coupled state of the lid 130 to the stopper 110. The seal 142 is connected to the lower surface of the hook 172 so that the slider 150 and the weight 160 are in an elevated state, and when the lid 130 is opened to the stopper 110, as shown in FIG. 2. As described above, the thread 142 is broken from the lower surface of the hook 172 so that the slider 150 and the weight 160 of the drop means 140 fall downward.

As such, the slider 150 and the weight 160 of the falling means 140 moving up and down move up and down inside the guide tube 120, and the guide tube 120 passes through a plurality of legs 122. It is disposed up and down at the center of the inner surface of the stopper 110, and includes the upper guide portion 124 to move the slider 150 and the lower guide portion 126 to move the weight 160.

That is, the guide tube 120 is formed of a transparent material which can be seen from the outside, and extends in the radial direction on the upper side thereof, and stops through a plurality of leg portions 122 having a plurality of gaps formed in the circumferential direction. By connecting to the inner circumferential surface of the 110, a passage P through which the contents, such as liquor contained in the container 105, is discharged out of the container 105, between the inner surface of the stopper 110 and the outer circumferential surface of the guide tube 120. (See cross section in FIG. 2).

In addition, the guide tube 120 has a partition wall 128 having a seal tube through-hole 128a formed in the center of the lower guide unit 126, and the slider 150 and the thread through-hole 128a are located therein. The seal 142 connecting the weights 160 passes through.

Meanwhile, as shown in detail in FIG. 3A, the slider 150 of the drop means 140 includes a flat body 152, and the front surface of the body 152 has a first protrusion having a rectangular cross section ( 154 is formed, and has a structure in which a second protrusion 156 having a hemispherical cross section is formed at a rear surface thereof. The guide groove 124a having the same cross-sectional structure as that of the slider 150 is formed inside the upper guide part 124 through which the slider 150 moves so that the slider 150 can be moved up and down.

In addition, the weight 160 has a cylindrical body 162, as shown in detail in Figure 3b, the front of the body 162 is engraved with a logo (164), such as "YOU CHECKER" The seal 142 is connected to the slider 150 through the connecting plate 166. In this way, the lower guide part 126 into which the weight 160 is fitted has a cylindrical structure as shown in cross section in FIG. 2.

The height h1 between the partition walls 128 inside the lower guide part 126 is greater than the height h2 of the slider 150 from the point where the upper guide part 124 is connected to the lower guide part 126. It is formed high to form a height difference Δh, the slider 150 dropped from the upper guide portion 124 to the lower guide portion 126 through this structure is the upper guide portion 124 side in the reverse direction again It is difficult to move toward.

That is, the slider 150 dropped as shown in FIG. 2 above the partition 128 of the lower guide part 126 flows inside the lower guide part 126, and has a unique polygonal cross-section structure. Due to the height difference Δh, it is almost impossible to coincide in the reverse direction with the guide groove 124a of the upper guide portion 124.

The present invention through such a structure, once opening the lid 130 from the stopper 110, the slider 150 and the weight 160 located inside the container 105 is separated from the lid 130 to the container ( 105) from the upper guide portion 124 on the inner side to the lower guide portion 126 and keeps its state.

And in the present invention, when the container 105 is tilted to follow the contents such as liquor from the container 105, the contents are formed by a plurality of legs 122 connecting the inner circumferential surface of the stopper 110 and the guide tube 120 It discharges from the container 105 via the interpass P.

In this manner, the container 105 is inclined to consume all the contents, and then the slider (of the drop means 140) is contained in the container 105 to contain a liquid different from the first, for example, inexpensive liquor. 150 and weight 160 may be attempted to move to an initial position, ie, the upper side of the guide tube 120.

However, at this time, the slider 150 flows inside the lower guide part 126, and the slider 150 is reversed as well as the unique polygonal cross-section structure and the height difference Δh between the lower guide part 126. Even if the water is introduced into the guide part 124, it is almost impossible to flow in the reverse direction into the guide groove 124a of the upper guide part 124 due to a phenomenon such as bending or shaking of the thread connecting the slider 150. And, even if it is introduced, it is not possible to connect the seals 142 to each other on the lower surface of the hook 172 of the connecting means 170.

Therefore, once the user opens the lid 130 from the stopper 110, it is not possible to restore it to its original state, so that the contents of the container 105 are different from those originally filled, and the drop of the present invention is reduced. The anti-counterfeiting stopper assembly 100 may not be reused.

And the drop type anti-counterfeiting stopper assembly 100 according to the first embodiment of the present invention, after the stopper 110 is mounted on the container neck portion 105a, separation of the stopper 110 from the container neck portion 105a is fundamentally performed. It is possible to effectively prevent the forgery of the contents contained in the container 105.

Such a structure is shown in FIG. That is, the drop type anti-counterfeiting stopper assembly 100 according to the first embodiment of the present invention has an enlarged diameter on the outer surface of the container neck 105a to form a protruding step 210.

The step 210 is formed as the diameter of the upper side of the container neck portion 105a is enlarged, and forms an inclined surface 212 at its upper edge, and forms a right angled surface 214 at the lower edge thereof, and the container neck 105a. ) Is a structure formed to surround the circumference.

And having a stopper 110 is fixed to the container neck 105a, such a stopper 110 is fixed to the inner peripheral surface of the washer 240 is fixed.

Such a washer 240 has a plurality of divided fixing pieces 242 protrudingly formed at the inner edge thereof, as shown in FIGS. 5A and 5B, and the fixing pieces 242 of the container neck 105a are formed. It is a structure that is fixed by being fitted around the stepped 210 by a press-fit method.

As shown in FIG. 5A, the washer 240 may be formed of a structure 240a which is integrally injection-molded on the inner surface of the stopper 110, and as shown on the left side of FIG. 5B, the stopper 110 is shown. And is made of a separate member 240b may be fixed by inserting the inner peripheral surface of the stopper 110 by a press-fit method.

The washer 240 has an inclined surface bent toward the inner end from the point where the fixing pieces 242 formed at the inner edge thereof are fixed to the stopper 110, as shown in the right sectional view of FIG. 246 is formed, and each of the fixing pieces 242 is twisted with respect to the central axis thereof, so that one side edge 248a of the inclined surface 246 is high and the other edge 248b is formed low.

The washer 240 is coupled to the stepped portion 210 of the container neck 105a, so that when the stopper 110 is mounted on the container neck portion 105a, the inclined surface 246 of the washer 240 becomes the stepped portion 210. Coupling is made corresponding to the inclined surface 212 of, and once coupled, each fixing piece 242 is caught on the right angled surface 214 of the stepped 210 to stop the plug 110 in the reverse direction from the container neck 105a Does not fall out.

Therefore, once the stopper 110 is attached to the container neck 105a, the stopper 110 does not fall out of the container neck 105a in the reverse direction until the container neck 105a is damaged. In this way, the separation of the stopper 110 from the container neck 105a is prevented at the source, thereby effectively preventing the forgery of the contents contained in the container 105.

In addition, the drop-type anti-counterfeiting stopper assembly 100 according to the present invention further forms a locking step 250 of which the diameter is expanded to the lower side of the step 210 on the outer surface of the container neck 105a.

In addition, the locking jaw 250 is formed at the lower portion of the step 210 so as to surround the container neck 105a. The lower surface of the stopper 110 is supported on the upper surface of the container jaw 105a. The sealing plate 256 is inserted between the upper surface of the c) and the inner lower surface of the stopper 110.

The sealing plate 256 is made of flexible rubber or urethane, and in the form of a disc ring, the upper surface of the upper container neck 105a of the step 210 and the inner lower portion of the stopper 110 are formed. It is arranged to surround the container neck 105a between the faces.

In addition, according to the present invention, the aluminum clamp 260 is wound and fixed to surround the lower edges of the locking jaw 250 and the stopper 110. Through such a structure, the sealing plate 256 is attached to the container neck 105a. When the stopper 110 is coupled, it is primarily compressed by the fixing piece 242 of the washer 240 between the upper surface of the container neck 105a and the inner lower surface of the stopper 110, to the aluminum clamp 260 The second compression is performed to seal between the container neck portion 105a and the stopper 110.

As described above, the drop type anti-counterfeiting stopper assembly 100 according to the first embodiment of the present invention, as shown in FIGS. 1 and 2, once the stopper 110 is mounted to the container neck 105a, As the fixing piece 242 of the washer 240 is engaged to the lower edge of the stepped 210, the stopper 110 is not separated from the container neck 105a in the reverse direction, and is disposed between the container neck 105a and the stopper 110. The sealing plate 256 is mounted, and is wound and fixed by the aluminum clamp 260 is a complete seal between the container neck 105a and the stopper 110.

Second Embodiment

Hereinafter, the anti-counterfeiting stopper assembly 100 according to the second embodiment of the present invention will be described in more detail with reference to FIGS. 6 and 7.

The drop type anti-counterfeiting stopper assembly 100 according to the second embodiment of the present invention has a so-called magnetic connection structure, and most of the structures are the same as those of the first embodiment described above, and only the hook of the first embodiment ( The connecting means 170 consisting of the 172 and the seal 142 is different in that it is implemented by the connecting means 300 using the magnetic force of the upper and lower magnetic means (310, 320).

Hereinafter, for the sake of simplicity of description of the second embodiment of the present invention, the same reference numerals are given to the same components as those of the first embodiment, and detailed descriptions thereof will be omitted. It has the same function and effect.

As shown in FIGS. 6 and 7, the drop type anti-counterfeit stopper assembly 100 according to the second embodiment of the present invention has a neck portion 105a of a container 105 such as a bottle of liquor containing expensive liquor. It is provided with a stopper 110 is fixed so as to prevent the fall out of the reverse direction, and is provided with a guide tube 120 is inserted into the interior of the container neck (105a) fixed inside the stopper (110). And it is a structure that opens and closes the container 105, including a lid 130 screwed to the outer surface of the stopper 110.

In addition, the inside of the guide pipe 120 includes a slider 150 and a drop means 140 having a weight 160 that can be moved up and down, such as the slider 150 and the weight of the drop means 140 ( 160 are connected to each other as thin threads 142 having a diameter of about 0.3 to 0,5 mm, and the connecting means 300 described later is disposed on the upper portion of the slider 150 to form an inner surface of the lid 130. The slider 150 and the weight 160 are connected to the center.

In addition, the slider 150 of the drop means 140 and the weight 160 are connected to the inner surface of the lid 130 in the coupled state of the lid 130 to the stopper 110 of the guide tube 120. It is provided with a connecting means 300 for maintaining on the upper side, such connecting means 300 is the upper magnetic means 310 is fixed to the center of the inner surface of the lid 130, the upper magnetic means 310 The lower magnetic force means 320 is connected to the magnetic force.

In this structure, the upper magnetic force means 310 is a permanent magnet fixed to the center of the inner surface of the lid 130, the lower magnetic force means 320 is composed of the slider 150 of the drop means 140, the upper It is a permanent magnet or magnetic body of the opposite polarity to the permanent magnet of the magnetic means (310).

That is, the drop-type anti-counterfeiting stopper assembly 100 according to the second embodiment of the present invention includes a permanent magnet fixed to the center of the inner surface of the lid 130 implementing the upper magnetic force means 310 and the drop water stage 140. Slider 150 constituting a part of the to act as the lower magnetic means 320, the slider 150 is made of a permanent magnet of the opposite polarity to the permanent magnet of the upper magnetic force means 310 or simply It consists of a magnetic body made of steel material.

Therefore, as shown in Figure 6, the drop-proof anti-counterfeiting stopper assembly 100 according to the second embodiment of the present invention is the lower magnetic means 320 in the coupled state of the lid 130 to the stopper 110 The slider 150 is magnetically connected to the permanent magnet, which is the upper magnetic force means 310, so that the slider 150 and the weight 160 are connected to the inner surface of the lid 130.

And when opening the lid 130 to the stopper 110, as shown in Figure 7, the lower magnetic force means 320, the slider 150 is magnetically from the permanent magnet of the upper magnetic means 310 It is separated so that the user can recognize that the lid 130 is opened by allowing the slider 150 and the weight 160 to fall from the inner surface of the lid 130 by the weight thereof.

As such, the slider 150 and the weight 160 falling from the lower portion of the lid 130 by the connecting means 170 formed of the upper magnetic means 310 and the lower magnetic means 320 are inside the guide tube 120. In the vertical movement of the guide tube 120 is arranged up and down at the center of the inner surface of the stopper 110 through a plurality of legs 122, the slider 150 is moved to the upper guide portion 124 ) And the lower guide part 126 to which the weight 160 moves.

That is, the guide tube 120 is formed of a transparent material which can be seen from the outside thereof, and extends in the radial direction on the upper side thereof, and stops through a plurality of legs 122 formed in the circumferential direction with a plurality of gaps. By connecting to the inner circumferential surface of the 110, a passage P through which the contents, such as liquor contained in the container 105, is discharged out of the container 105, between the inner surface of the stopper 110 and the outer circumferential surface of the guide tube 120. (See cross section in FIG. 6).

In addition, the guide tube 120 has a partition wall 128 formed with a thread through hole 128a in the center of the lower guide part 126, and the slider 150 and the thread through hole 128a are located therein. The seal 142 connecting the weights 160 passes through.

Meanwhile, in the second embodiment of the present invention, the slider 150 which is responsible for the function of the lower magnetic force means 320 of the connecting means 300 and the function of the drop means 140 falling by its own weight. As shown in detail in FIG. 3A, a plate-shaped body 152 is provided, and a front surface of the body 152 has a first projection 154 having a rectangular cross section, and a hemispherical cross section at a rear surface thereof. The second protrusion 156 of the structure is formed.

The guide groove 124a having the same cross-sectional structure as that of the slider 150 is formed inside the upper guide part 124 through which the slider 150 moves so that the slider 150 can be moved up and down.

In addition, the weight 160 also has a cylindrical body 162, as shown in detail in Figure 3b, the front of the body 162 is engraved logo 164, such as "YOU CHECKER", the upper portion The seal 142 is connected to the slider 150 side through the connecting plate 166. In this way, the lower guide portion 126 into which the weight 160 is fitted has a cylindrical structure.

The height h1 between the partition walls 128 inside the lower guide part 126 is greater than the height h2 of the slider 150 from the point where the upper guide part 124 is connected to the lower guide part 126. It is formed high to form a height difference Δh, and even if the slider 150 is introduced into the guide portion 124 in the opposite direction, the thread connecting the slider 150 may cause a phenomenon such as bending or shaking. The slider 150 dropped from the upper guide portion 124 to the lower guide portion 126 is difficult to move toward the upper guide portion 124 in the reverse direction again.

That is, the slider 150 dropped as shown in FIG. 7 above the partition 128 of the lower guide part 126 flows inside the lower guide part 126, and the structure and height difference of the unique polygonal cross section Δ h), even when the thread connecting the slider 150 is introduced into the guide part 126, the thread bends or shakes, so that it coincides with the guide groove 124a of the upper guide part 124 in the opposite direction. It is almost impossible.

However, at this time, the slider 150 flows inside the lower guide part 126, and due to its unique polygonal cross-section and height difference Δh between the lower guide part 126, It is impossible to flow in the reverse direction into the guide groove 124a.

And the drop type anti-counterfeiting stopper assembly 100 according to the second embodiment of the present invention, after the stopper 110 is mounted on the container neck 105a, the separation of the stopper 110 from the container neck 105a is a washer ( It is possible to effectively prevent the forgery of the contents contained in the container 105 by being prevented by the source (240), which will be omitted because the description described in relation to the first embodiment is the same. .

As described above, the drop anti-counterfeiting stopper assembly 100 according to the present invention has a hook 172 and a thread 142 provided in the first embodiment when the user opens the lid 130 from the stopper 110. The connecting means (170) made up, or the connecting means (300) consisting of the upper and lower magnetic means (310, 320) provided in the second embodiment is connected to the slider 150 and the weight (160) of the drop means (140). Falling from the raised state into the interior of the container 105 allows the user to easily recognize that the lid 130 is open.

Therefore, once the lid 130 is opened and used, the stopper 110 is not reusable, thereby effectively preventing the refilling and reusing of contents different from those originally filled in the container 105 in advance. Will be.

And the drop type anti-counterfeiting stopper assembly 100 according to the present invention, once the stopper 110 is mounted on the container neck 105a, the container neck 105a due to the washer 240 caught in the container neck 105a. The stopper 110 is not separated from the container neck 105a in the reverse direction until it is damaged.

Therefore, according to the present invention, the separation of the stopper 110 from the container neck 105a is prevented at the source, thereby effectively preventing the forgery of the contents contained in the container 105.

Although the present invention has been described in detail with reference to the accompanying drawings, the present invention is not limited to such a specific structure. Those skilled in the art will be able to variously modify or change the embodiments of the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. Nevertheless, it will be apparent that all such modifications or design modifications to such simple embodiments will clearly fall within the scope of the present invention.

1 is a cross-sectional view showing a lid closed on the stopper in the drop anti-counterfeiting stopper assembly according to the first embodiment of the present invention.

2 is a cross-sectional view showing a state in which the drop means is lowered by opening the lid to the stopper in the drop-type anti-counterfeiting stopper assembly according to the first embodiment of the present invention.

3A is a cross-sectional view illustrating a slider and an upper guide part of the present invention, and FIG. 3B is an exploded perspective view of the weight provided in the present invention.

Figure 4 is an exploded assembly view showing the coupling structure of the stepped portion of the neck of the container provided in the present invention, the cap washer, the sealing plate and the clamp.

Figure 5a is a plan sectional view showing a washer of the injection-molded structure provided in the present invention.

Fig. 5B is a sectional view showing the washer of the inner tooth member provided in the present invention.

6 is a cross-sectional view showing a state in which the lid is closed on the stopper in the drop anti-counterfeiting stopper assembly according to a second embodiment of the present invention.

FIG. 7 is a cross-sectional view illustrating a state in which the drop means is dropped downward by opening a lid with respect to the stopper in the drop type anti-counterfeiting stopper assembly according to the second embodiment of the present invention.

Description of the Related Art

100 ..... Drop anti-counterfeiting stopper assembly

105 ..... Courage 105a ...... Neck

110 ..... plug 120 ..... guide tube

122 ..... leg 124 ..... upper guide

124a .... Guide groove 126 ..... Lower guide

128 ..... bulkhead 128a ..... thread through hole

130 ..... Lid 134 ......

140 ..... Dropping means 142 ..... Thread

150 ..... Slider 152 ..... Body

154 ..... the first projection 156 ..... the second projection

160 ..... weight 162 ..... bodybuilder

164 ...... Logo 166 ....

170 ..... Connecting means 172 ...... Hook

172a .... breaking 174 ..... fitting projection

210 ..... step 212 ...... slope

214 ..... right angle 240 ..... washers

240a .... Injection molded structure 240b ...... Internal member

242 ...... Flex 246 ..... Slope

248a ..... one side corner 248b .... the other corner

250 ..... Jaw 256 ..... Sealing Plate

260 ..... Aluminum clamp 300 ..... Connecting means

310 ..... upper magnetic means 320 ..... lower magnetic means

h1 ..... Height between bulkheads h2 ..... Height of slider

△ h .... the height difference P ...... passage

Claims

A stopper 110 fixed to the neck portion 105a of the container 105 containing the contents to be prevented from falling out of the reverse direction;

A guide tube 120 inserted into and fixed to the inside of the container neck 105a from the inside of the stopper 110;

A lid 130 screwed to the outer surface of the stopper 110;

A dropping means (140) having a slider (150) and a weight (160) which are movable up and down inside the guide tube (120) and connected as threads (142) to each other; And

The upper side of the guide tube 120 by connecting the slider 150 and the weight 160 of the drop means 140 to the inner surface of the lid 130 in a state in which the lid 130 to the stopper 110 is coupled; Connecting means 170 consisting of a hook 172 fitted in the center of the inner surface of the lid 130 and a seal 142 connecting the lower surface of the hook 172 and the upper surface of the slider 150 to maintain the Including;

The connecting means 170 forms a fracture portion 172a in which the cross-sectional diameter of the thread 142 is reduced in the lower surface of the hook 172 so that the lid 130 is opened from the stopper 110 so that the thread 142 is closed. When the tensile force is applied, the thread 142 is broken at the break 172a located at the lower surface of the hook 172, so that the slider 150 and the weight 160 are removed from the upper side of the guide tube 120. Dropping anti-counterfeiting stopper assembly 100, characterized in that configured to let the user know that the lid 130 is opened by falling down.

A lid 130 screwed to the outer surface of the stopper 110;

The upper side of the guide tube 120 by connecting the slider 150 and the weight 160 of the drop means 140 to the inner surface of the lid 130 in a state in which the lid 130 to the stopper 110 is coupled; Connection means 300 consisting of an upper magnetic force means 310 is fixed to the center of the inner surface of the lid 130 and a lower magnetic force means 320 magnetically connected to the upper magnetic force means 310 to maintain the; Including,

When the cap 130 is opened from the stopper 110, the connecting means 300, the magnetic force connecting the upper magnetic means 310 and the lower magnetic means 320 is separated from the upper side of the guide tube 120 Falling anti-counterfeiting stopper assembly 100, characterized in that the slider 150 and the weight 160 is configured to allow the user to know that the lid 130 is opened by falling down.

According to claim 1 or 2, wherein the container neck portion 105a is formed on the outer surface of the diameter enlarged to form a protruding stepped jaw 210, the stopper 110 is fitted to the container neck portion 105a It is fixed integrally to the inner circumferential surface of the inner edge of the plurality of divided fixing piece 242 is formed to protrude, the fixing piece 242 is fixed by fitting the circumference around the step 210 of the container neck 105a After the stopper 110 is mounted on the container neck 105a, including the washer 240, the fixing piece 242 of the washer 240 is engaged to the lower edge of the step 210 so that the container neck ( Falling anti-counterfeiting stopper assembly (100), characterized in that the stopper 110 is configured to not fall out of the reverse direction (105a).

The method of claim 3, wherein the stepped jaw 210 forms an inclined surface 212 at the upper edge, a right angled surface 214 is formed at the lower corner, the washer 240 is each fastening piece 242 is plugged The inclined surface 246 is bent from the fixed portion of the 110 to the inner end thereof, and the fixing pieces 242 are each twisted with respect to the central axis thereof and are viewed in cross section, so that one side edge of the inclined surface 246 is formed. 248a is high and the other edge 248b is formed low, so that when the stopper 110 is attached to the container neck 105a, the inclined surface 246 of the washer 240 is inclined on the inclined surface 212 of the step 210. Correspondingly made, and after being combined, each fixing piece 242 is fastened to the right angle surface 214 of the step (210) is characterized in that the stopper 110 is configured to not fall out from the container neck 105a in the reverse direction Drop anti-counterfeiting stopper assembly (100).

According to claim 4, The container neck (105a) is formed on the outer side of the lower side of the stepped jaw (210) is further formed a locking step 250, the upper surface of the locking step (250) The lower surface of the stopper 110 is supported, and between the upper surface of the container neck 105a and the inner lower surface of the stopper 110, a sealing plate 256 made of flexible rubber or urethane is provided. It is inserted, and the aluminum clamp 260 is wound around the locking jaw 250 and the lower edge of the stopper 110 is fixed to the sealing plate 256 is pressed between the container neck 105a and the stopper 110 Drop anti-counterfeiting stopper assembly (100), characterized in that the seal in the process.

According to claim 1 or 2, The guide tube 120 is disposed up and down at the center of the inner surface of the stopper 110, the inside of the guide tube 120 is formed of a transparent material that can be seen from the outside, The upper guide portion 124 to which the slider 150 of the falling means 140 is moved and the lower guide portion 126 to which the weight 160 is moved. The outer circumferential surface extends in the radial direction, and the circumferential direction. The plug 110 is connected to the inner circumferential surface of the stopper 110 through a plurality of leg portions 122 having a plurality of gaps, thereby allowing the contents P contained in the container 105 to be discharged out of the container 105. Falling anti-counterfeiting stopper assembly (100), characterized in that formed between the inner surface of the guide tube and the outer peripheral surface of the 120.

The method of claim 6, wherein the drop means 140 has a slider 150 is provided with a flat body 152, the front surface of the body 152 is formed with a first projection 154 of the rectangular cross-section A second protrusion 156 having a hemispherical cross section is formed at the rear side, and the guide groove 124a having the same cross-sectional structure as that of the slider 150 is formed inside the upper guide portion 124 where the slider 150 moves. Is formed so that the slider 150 is movable up and down, the weight 160 is the logo 164 is engraved on the front of the cylindrical body 162, the seal 142 through the connecting plate 166 to the upper side ) Is connected to the slider (150) side, the lower guide portion 126 to which the weight 160 is fitted is a drop-type anti-counterfeiting stopper assembly (100), characterized in that consisting of a cylindrical structure.

The lower guide part 126 has a height h1 between the partition wall 128 inside the lower guide part 126 from a point connected to the upper guide part 124. The slider 150, which is formed higher than the height h2 and forms a height difference Δh, drops to an upper portion of the partition 128 of the lower guide part 126 and flows inside the lower guide part 126. Dropping anti-counterfeiting stopper assembly, characterized in that it is configured so as not to coincide in the opposite direction to the guide groove 124a of the upper guide part 124 due to its unique polygonal cross-section structure and height difference Δh. 100).

According to claim 2, wherein the upper magnetic force means 310 of the connecting means 300 is a permanent magnet, the lower magnetic means 320 is a permanent magnet or magnetic body of the opposite polarity to the permanent magnet of the upper magnetic means (310) Dropping anti-counterfeiting stopper assembly (100) characterized in.