KR200295504Y1 - Counterfeit prevention can stopple, that could easily cut off the counterfeit prevention rim - Google Patents

Abstract

The present invention relates to an anti-counterfeiting can stopper that allows the user to quickly insert and pull a finger into the safety hook pull ring to enable rapid separation and cutting of the anti-counterfeiting frame.

The present invention is a safety stopper 300 is provided with an inner stopper 100 that is sealingly coupled to the inlet 2 of the can 1, an outer stopper 200 provided with a handle 230 and an anti-counterfeiting frame 310. In the known can stopper consisting of, the upper surface 210 of the outer stopper 200 to form a finger insertion groove 220 of a predetermined depth between the pull ring 320 of the safety stopper 300 It is configured to have a constant locking interval (H) that can be inserted deep into the finger.

Description

Counterfeit prevention can stopple, that could easily cut off the counterfeit prevention rim}

The present invention relates to an anti-counterfeiting can stopper for sealing the inlet of the can, and more particularly, to prevent the forgery use of the contents of the anti-counterfeit rim made to cut the operation of the anti-counterfeit rim formed of a safety stopper It relates to an easy anti-counterfeiting can cap.

In general, the inlet of the can can be stored in a variety of liquid contents, such as cooking oil, paint, oil, lubricating oil, etc., the cap is sealed to the inlet so that it can be used along the contents, the stopper is usually to prevent forgery The configuration is adopted.

Referring to the structure of the can stopper employing the conventional anti-counterfeiting structure with reference to Figure 1, the conventional can stopper, the inner stopper 10 is sealingly coupled to the inlet (2) of the can 1, the inner stopper 10 It consists of a safety stopper 30 to protect the outer stopper 20 and the outer stopper 20 is screwed to the upper outer peripheral surface of the.

And the inner stopper 10 is cut out to the upper surface of the spout 14 including the flexing portion 12 and the sealing film 16 integrally formed so that the edge can be cut to the upper inner peripheral surface of the spout 14 Ring 18 is provided, the outer surface of the upper end 22 of the outer stopper 20 is formed by splitting so that the handle 24 provided with the upper re-seal piece 23 is lifted to the top, safety stopper The anti-counterfeiting frame 32 is connected to a plurality of connecting pieces 31 and 33 so that the anti-counterfeit 32 can be cut by the pull ring 34.

Therefore, the conventional can stopper is assembled as shown in Figure 2a, the inlet 2 of the can 1 is first sealingly coupled by the inner stopper 10, the sealing film of the spout 14 of the inner stopper 10 16 is concealed by screwing the outer stopper 20, the outer stopper 20 is again securely engaged with the inlet (2) of the can (1) and the safety stopper provided with the anti-counterfeit (32) ( 30) the forgery use of the contents that are finally combined and accommodated inside the can 1 is impossible.

Meanwhile, in order to discharge the contents to the outside through the conventional can stopper, as shown in FIG. 2B, the operator inserts a finger of the pull ring 34 of the safety stopper 30 and then pulls the forged connected integrally with a plurality of connecting pieces 31. The cutting edge (32) is forcibly cut off first, and the handle (24) formed by dividing the upper surface (32) outer periphery of the outer plug (20) exposed through the separate cutting of the anti-counterfeit (32) re-cutting piece ( Use 23) to stand up and pull upwards. At this time, the spout 14 of the inner stopper 10 is lifted upward from the inlet 2 of the can 1 by the extension of the flexion part 12, and in this state, the handle 24 is one side. By turning the outer stopper 20 from the inner stopper 10. Then, by pulling the cutting ring 18 of the spout 14 exposed through the separation of the outer plug 20 to remove the sealing film 16 from the spout 14 is possible to discharge the contents outside Will be done.

However, in the structure of the conventional can stopper, in order to remove the anti-counterfeit rim 32 of the safety cap 30, as shown in Figure 3 enlarged pull ring 34 connected to the connection piece 33 to the anti-counterfeit rim 32 ), The finger should be pulled in and pulled in, but the bottom surface of the pull ring 34 and the upper surface 22 of the outer stopper 20 are almost in contact with each other without a gap (H). Due to the thinness of the cross section, even if the finger is inserted into the pull ring 34, the end of the finger directly touches the upper surface 22 of the outer plug 20. 34) The force of the finger pulling the natural force is weak, and the finger is easily slipped away from the pull ring 34 during the pulling operation. In particular, this phenomenon is caused by the plastic of the material with the safety stopper 30 being relatively slippery. Who will deepen in the end is the pull rapid separation of the cut separation due to the frequent operation of the anti-fake action due to the hassle and repeated attempts on the cutout rim (32) is difficult because the injection in ticks.

In addition, the weakening force of the pull ring 34 is because the worker usually wears gloves to remove the anti-counterfeit rim 32, so that the distance from the upper surface 22 of the outer stopper 20 almost ends. Since it is difficult to insert the finger in the situation that the thickness of the glove is added to pull the pull ring 34 in a state that the weakening force weakening phenomenon will have more severe structural problems.

Accordingly, an object of the present invention is to provide an anti-counterfeiting can stopper that allows the user to quickly insert and pull a finger into the safety hook pull ring to enable rapid separation and cutting of the anti-counterfeiting rim.

1 is an exploded perspective view of the anti-counterfeiting can plug according to the prior art;

Figure 2a and Figure 2b is a side cross-sectional view showing the assembly and take-out operation state of the anti-counterfeiting can stopper according to the conventional design;

Figure 3 is an excerpt sectional view showing a state of cutting the anti-counterfeiting frame in Figure 2a;

Figure 4 is an exploded perspective view of the anti-counterfeiting can stopper according to the present invention;

Figure 5 is an assembled side cross-sectional view of the anti-counterfeiting can stopper according to the present invention;

FIG. 6 is a cross-sectional view illustrating a state in which the anti-counterfeiting frame is cut in FIG. 4; FIG.

Figure 7 is an assembled side cross-sectional view of the can stopper showing another embodiment of the finger insertion groove according to the present invention.

※ Code explanation about main part of drawing ※

1: can 2: inlet

100: internal stopper 200: external stopper

210: upper surface 220: finger insertion groove

300: safety cap 310: anti-counterfeit frame

320: pull ring

Technical features of the anti-counterfeiting can stopper for achieving the above object, to the known can stopper consisting of an inner stopper sealingly coupled to the inlet of the can, an outer stopper with a handle and a safety stopper with a counterfeit prevention frame. In the upper surface of the outer stopper to form a finger insertion groove of a predetermined depth to have a predetermined locking interval to insert the finger deeply between the pull ring and the safety stopper to configure a sufficient locking force to be exerted There is a point.

According to the present invention, the finger insertion groove is preferably configured to be extended by a certain distance (L) than the inner diameter of the pull ring to be able to bend the finger node.

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

Figure 4 is an exploded perspective view showing the structure of the anti-counterfeit can stopper according to the present invention, Figure 5 is an assembly side cross-sectional view thereof, Figure 6 is a finger inserted into the pull ring using the finger insertion groove in Figure 5 to fully grasp and hold Excerpt drawing showing the pulling state.

In Figs. 4 to 6, the same reference numerals as in Figs. 1 to 3 denote the same configurations, and redundant description thereof will be omitted.

First, referring to FIGS. 4 and 5, the inner stopper 100 sealingly coupled to the inlet 2 of the can 1 includes an extension part 110, an outlet 120, and an upper inner peripheral surface of the outlet 120. The sealing film 130 is formed to be cut off the edge and the cutting ring 140 for cutting the sealing film 130 is formed, the upper end of the upper end to protect the sealing film 130 of the inner plug 100 The upper surface 210 of the outer stopper 200 which is screwed on is formed integrally with the finger insertion groove 220 of a predetermined depth, and the upper reentrant piece (the upper periphery of the upper surface 210) 232 is divided into a handle 230 to enable the re-upper to the upper part, in order to protect the outer stopper 200 in the state that the inner peripheral surface of the edge is engaged with the inlet 2 of the can 1 The safety cap 300 to be covered is formed so that the anti-counterfeiting frame 310 is connected to a plurality of connecting pieces 312, the inner Roneun a configuration that is installed pull ring 320 is attached again to the other connecting piece 322. The

Therefore, in the present invention, by forming the finger insertion groove 220 integrally with the upper surface 210 of the external stopper 200, even if the can stopper is assembled to the inlet 2 of the can 1, the external stopper 200 Between the pull ring 320 formed of the safety plug 300 by the finger insertion groove 220 formed by the upper surface 210 of the) is to have a minimum catching gap (H) to the anti-counterfeit frame 310 The insertion of the finger for cutting can be made sufficiently.

The present invention configured as described above first cuts the anti-counterfeit frame 310 of the safety cap 300 in the process of drawing out the can cap from the inlet 2 of the can 1 to use along the contents as shown in FIG. 6. In this case, if the worker puts the finger into the pull ring 320, the finger is put to some depth by the finger insertion groove 220 formed by the upper surface 210 of the outer cap 200 At the same time, the finger joint deeply inserted into the finger insertion groove 220 will naturally have a strong locking force against the inner circumferential surface of the pull ring 320.

When the operator pulls the pull ring 320 in such a state, the finger is pulled strongly by the pull ring 320 without slipping or deviating from the pull ring 320 by the strong locking force, and preventing forgery by the pull operation. A part of the pull ring 320 connected to the plurality of connection pieces 322 with respect to the frame 310 is cut off and at the same time, the anti-counterfeiting frame 310 connected to the plurality of connection pieces 312 with respect to the safety stopper 300 is cut off. In this case, the separation of the anti-counterfeiting frame 310 can be performed quickly and reliably at a time compared to the canter of a can stopper having a weak conventional grip.

In addition, even by inserting a finger into the pull ring 320 in order to separate the anti-counterfeiting frame 310 in a state in which the worker wears gloves by the finger insertion groove 220 formed by the outer stopper 200, sufficient insertion is possible. Therefore, whether or not wearing gloves is always possible to remove a certain separation.

After the separation of the anti-counterfeiting frame 310, the outer stopper 200 or the inner stopper 100 is stretched and the sealing film 160 is cut off to operate the opening 140 and then use the contents along the contents. It is the same as the structure of the can stopper described.

On the other hand, Figure 7 is a view showing another embodiment of the finger insertion groove 220 according to the present invention, the safety plug 300 around the finger insertion groove 220 formed of the upper surface 210 of the outer plug 200 By forming a little larger than the inner diameter of the pull ring 320 is formed to enable a more powerful display force and the other structure is the same as shown in Figures 4 to 6.

For example, the periphery of the finger insertion groove 220 is formed to extend by a predetermined distance (L) relative to the inner diameter of the pull ring 320 and the corresponding finger inserted into the finger insertion groove 220 through the pull ring 320. Even if the end is slightly bent to the inner side to enable the hooking function with respect to the pulling ring 320 so as not to be disturbed at all so that the finger's holding force against the pulling ring 320 is more strongly actuated to separate and cut off the anti-counterfeit frame 310 It is to make the pulling operation according to the more certain.

As described above, according to the present invention, since the cut-out of the anti-counterfeit frame is made in the state where the finger is inserted through the finger insertion groove, it is always quickly and easily without fear of slipping or detachment due to the strong grip of the finger against the pull ring. It has the advantage that the anti-counterfeiting rim can be removed.

Although the present invention has been described with reference to the accompanying drawings, many modifications and changes may be made without departing from the scope of the following claims.

Claims (2)

Announcement consisting of an inner stopper 100 sealingly coupled to the inlet 2 of the can 1, an outer stopper 200 provided with a handle 230, and a safety stopper 300 provided with an anti-counterfeiting frame 310. In the can stopper of The upper surface 210 of the outer stopper 200 forms a finger insertion groove 220 of a predetermined depth so that a constant hook can be inserted deeply between the pull ring 320 of the safety stopper 300. Anti-counterfeiting can stopper for easy cutting of the anti-counterfeiting rim, characterized in that configured to have a gap (H). According to claim 1, wherein the finger insertion groove 220 is formed by extending a certain distance (L) more than the inner diameter of the pull ring 320 is configured to enable the bending of the finger joints Anti-counterfeiting can stopper for easy cutting.