ES2297384T3 - CLOSURE WITH OPENER BY PUSHING. - Google Patents

Abstract

A closure with a push type opener and a device for automatically keeping slit sealing member inside the cloture. The closure includes a at an inlet of a container, a cutting region provided at the closure body and sealing the inlet of the container or the closure body as a hemispherical region descends by a pressing method, and a device having a function of keeping the slit sealing member therein. The sealing member can be easily by touching it by hand, and thus, a content of a container can be hygienically taken. In addition, content separately stored in the container and in the closure can be simply mixed for use.

Description

Closing with push opener.

Technical field

The present invention relates to a plug of container to open and close an opening of the container and, more specifically, to a container cap capable of facilitating its use releasing a sealed sealing member in an opening of the container together with the cap at the time of opening the cap, and able to prevent the sealing member from being removed externally storing the sealing member in the cap.

Prior art

Figure 1 is a section of a plug of container according to conventional technique.

The conventional container cap 100 is mounted in an opening 102 of the container to thereby protect the content stored in a container 104. A sealant member 106 to waterproof the contents stored in the container 104 it is mounted in the opening 102 of the container.

The container cap 100 is shaped cylindrical whose upper part is sealed. A highlight 110 of retention held by a retention flange 108 formed in a outer circumferential surface of the opening 102 of the container to prevent in this way that it is detached is formed on an inner circumferential surface of the cap 100 of the container. A handle 112 that is held by a user for facilitate the detachment of the plug 100 from the opening 102 of the container is provided in the cap 100 of the container.

The cap 100 of the container is detached from the opening 102 of the container by the user grasping the handle 112 and thus pulling the handle 112. Next, the member 106 is removed sealant of the opening 102 of the container, and the contents stored in the container 104 is discharged out through the opening 102 of the container.

However, in the container cap 100 conventional, after the cap 100 detaches from the container 104, the sealing member 106 sealed in the opening 102 from the container has to be removed by hand or with a tool additional, such as a knife, etc., which represents a inconvenience of its use.

Also, since the sealant member 106 which has been removed from the opening 102 of the container is detached externally when using the container outdoors, it It can cause environmental pollution.

In addition, a skirt part 114 is necessary rolled on an outer circumferential surface of the opening 102 of the container in a circumferential direction with a certain length to facilitate detachment of sealant member 106 sealed in the opening 102 of the container by means of a adhesion procedure etc., thereby increasing the number of uses of sealant member 106 and increasing from this Way a manufacturing cost.

EP 0 039 374 A1 discloses a stopper of container that has a body comprising an entree that is provided with a female screw thread to engage a thread male screw provided on a neck of the surrounding vessel an opening of the container that is waterproofed by a member sealant At the bottom of the entree, a cutting unit that cuts the sealing member when the plug of the container is rotated in a closing direction. Next, the sealant member cut by the cutting means is held so remove it from the neck of the container together with the cap of the container.

EP 1 008 337 A1 discloses a closure of container comprising a cap inserted with its skirt inside a neck part of a container to waterproofly close a opening of the container To safely hold the plug in your waterproofing position is provided with a cylindrical collar which has an access opening that exposes a target area of the plug that can be drilled by a cylindrical shaft with a tip which has a channel so that the inside of the container is connected with the outside when the tip shaft has pierced the area aim of the plug. The tip is provided with an outer cover mounted on the cylindrical collar. This structure is covered. finally with a cylindrical protection cover.

After detaching the outer cover you can remove the cylindrical protection cap so that a connector luer is exposed to be used in the connection of a tube or similar with the container when removing the cap from the container.

The tip is provided with an entree for hold it tightly and tightly inside the cap after that the outer cover has been detached.

Document GB 2 305655 A1 reveals a closure, specifically a cover, provided with an internal screw thread attachable with an external screw thread provided in a container or jar The lid is provided with a flange that extends up and four cutters that extend from the side top of the lid without exceeding the flange. The cutters are provided with hook-shaped cutters that form a recess with the top of the lid.

In this way, after removing the cover of the container can be flipped from top to bottom and used to cut a sealing sheet and hold it by means of secondary cutters Hook-shaped when the edge of the sealant sheet cut It is housed inside the entree.

Document FR 2 505 784 A discloses another stopper of container that has an entree provided with a screw thread internal to engage an external screw thread provided in a container or container neck. At the bottom of the entree a cutting unit is provided that cuts a sealing element of the container when the container cap is rotated in one direction Closing the container cap. After cutting, the element sealant is held by the cutting unit and, consequently, stored like this in the body.

Disclosure of the invention

Therefore, an objective of the present invention is to provide a container cap that can be provided its use without installing an additional detachment unit sealing member installing a member separation unit sealant in a cap so that it can be separated automatically a sealing member at the time of opening the cap turning it.

A second objective of the present invention is provide a container cap capable of preventing environmental pollution due to the detachment of a member sealant to the outside, storing the sealant member that has been detached from the opening of the container in the cap.

A third objective of the present invention is provide a container cap capable of mixing the contents stored in a cap with contents stored in a container when the cap detaches from the container storing contents different from the contents stored in the container, in the plug and entering the contents stored in the plug inside container.

A fourth objective of the present invention is provide a container cap capable of reducing a cost of manufacturing minimizing an amount of use of a sealing member without installing an additional skirt to remove the sealing member, since the sealing member is automatically removed by means of a separation unit of the sealing member.

These objectives are achieved through a plug container according to independent claims 1 and 25.

Brief description of the drawings

Figure 1 is a sectional view of a plug container according to conventional technique;

Figures 2 and 3 are perspective views of a container cap according to one embodiment of the present invention;

Figure 4 is a sectional view showing a state in which the container cap is mounted on a opening of the container according to an embodiment of the present invention;

Figure 5 is a bottom view of the cap of container according to an embodiment of the present invention;

Figure 6 is a sectional view taken at along line VI-VI of Figure 4;

Figure 7 is a perspective view of a cutting unit according to an embodiment of the present invention;

Figures 8 and 9 are state views Operational of the container cap according to one embodiment  of the present invention;

Figure 10 is a sectional view of a plug of container according to a second embodiment of the present invention;

Figure 11 is a sectional view of a plug of container according to a third embodiment of the present invention;

Figure 12 is a sectional view of a plug of container according to a fourth embodiment of the present invention;

Figure 13 is a view of a state Operational of the container cap according to the fourth embodiment of the present invention;

Figure 14 is a surface view top of a container cap according to a fifth embodiment of the present invention;

Figure 15 is a sectional view taken at along line VII-VII of Figure 14;

Figure 16 is an enlarged view of "B" of Figure 15;

Figure 17 is a view of a state Operational of the container cap according to the fifth embodiment of the present invention;

Figure 18 is a sectional view of a plug of container according to a sixth embodiment of the present invention;

Figure 19 is a view of a state Operational of the container cap illustrated in Figure 18;

Figure 20 is a sectional view of a plug of container according to a sixth embodiment of the present invention;

Figure 21 is a view of a state Operational of the container cap according to the sixth embodiment of the present invention; Y

Figure 22 is a sectional view of a plug of container according to a seventh embodiment of the present invention.

Ways to carry out preferred embodiments

Hereinafter, the preferred embodiments of a container cap according to the present invention, it They will explain by referring to the attached drawings.

Even if they can exist in the present invention a plurality of preferred embodiments of the container cap,  in that case the most preferred embodiment will be explained.

Figures 2 and 3 are perspective views of a container cap according to an embodiment of the present invention, Figure 4 is a sectional view showing a state in which the container cap is mounted on a opening of the container according to an embodiment of the present invention, and Figure 5 is a bottom view of the container cap according to an embodiment of the present invention.

The container cap 2 according to the The present invention comprises: a body 16 mounted in an opening 12 of the container through which externally discharged contents stored in a container 10 and that has a space inside; a mounting unit 22 formed in one part lower body 16, for mounting body 16 on the opening 12 of the container, and a separation unit 18 of the sealant member formed in body 16, to remove a member 20 sealant sealed in the opening 12 of the container when the stopper 2 is separated from the opening 12 of the container.

The container 10 stores an element of storage of a fluid state inside, and the member 20 storage element protection sealant contained in the container 10 waterproofing the opening 12 of the container is attached to the opening 12 of the container through which Download the storage item. The sealing member 20 is preferably formed of a material such as paper or thin sheet of aluminum capable of being easily removed with a knife, etc.

Since the sealing member 20 is separated by the separation unit 18 of the sealing member is not necessary a skirt part for removing the sealing member 20 with one hand. That is, in the conventional technique, a certain roll is wound amount of skirt part on a circumferential surface outside the opening of the container to remove the member one-hand sealant after removing the cap from the container. Without However, in the present invention, since the sealing member 20 is separated by the sealing unit 18 from the sealing member, the sealant member 20 is only mounted in the opening of the container minimizing in this way the amount of use of member 20 sealant

The body 16 has a cylindrical shape whose upper and lower sides are respectively open and is composed of: a first body 24 where the unit 18 of separation of the sealing member; and a second body 26 that has an inner diameter greater than that of the first body 24 and is provided with mounting unit 22 for mounting body 16 in the opening 12 of the container. On the circumferential surface outside the body 16 a plurality of protrusions 28 are formed to easily rotate the cap 2 of the container by hand. In the part lower body 16 is formed a handle 36 to hold it and pull it when the body 16 separates from the opening 12 of the container.

A retention shoulder 30 is formed in the open upper body 16 in one direction circumferential of it. Also, a protection member 32 is mounted on the retaining shoulder 30 to close of this way the open upper part of the body 16 and, in this way, protect the separation unit 18 from the sealant member mounted on the body 16.

The protection member 32 is formed in disk shape, and is preferably provided with a handle 34 for easily detach the body protection member 32 by hand 16 located on one side of it.

A support flange 38 protrudes in a inner circumferential surface of a connecting part between the first body 24 and the second body 26 in one direction circumferential to adhere to an upper surface of the opening 12 of the container where the sealing member 20 is mounted. That is, the sealing member 20 adheres to the upper surface of the opening 12 of the container by means of the support flange 38 thereby keeping it in state sealant

Preferably, the mounting unit 22 is built as a retention shoulder formed on a surface inner circumferential of the second body 26 and is stopped by a retaining flange 40 formed at an upper end of the opening 12 of the container to maintain a state in which the container cap 2 is mounted in the opening 12 of the container.

The sealing member separation unit 18 includes: a connection part 42 connected to a surface inner circumferential of body 16; a compression plate 44 connected to the connecting part 42 and pressed by a user; Y a plurality of cutting units 46 formed on a surface inside the compression plate 44 in one direction circumferential with a certain interval, to punch the member 20 sealant when moved down when the plate is pressed 44 compression to cut the sealing member 20 when rotated the body 16.

The connection part 42 is formed as a thin dome-shaped sheet connected between a surface inner circumferential of the first body 24 of the body 16 and a outer circumferential surface of compression plate 44. The connecting part 42 deforms elastically when the plate 44 compression is pressed by a force greater than a certain intensity, which causes compression plate 44 to shift down.

Since the connection part 42 is connected between the inner circumferential surface of the body 16 and the outer circumferential surface of the compression plate 44, the connection part 42 waterproofs the second body 26 and supports elastically the current position of the compression plate 44. Is that is, when the compression plate 44 protrudes upward without be pressed, the connection part 42 maintains the current position of the compression plate 44 while maintaining a form of convex dome Also, when the compression plate 44 is pressed by a force greater than a certain intensity, part 42 connection deform elastically in a concave way to thus support the state in which the compression plate is pressed

Figure 6 is a sectional view taken along line VI-VI of Figure 4 that shows the compression plate of the container cap according with the present invention.

The compression plate 44 is provided with a compression part 50 highlighted to be pressed by a user in the center of an upper surface thereof and is provided with a reinforcing flange 52 that uniformly disperses a force applied when the compression part 50 is pressed towards the pressure plate 44 fully on the upper surface of the same. The reinforcement flange 52) is formed radially in the upper surface of compression plate 44 and the number of reinforcement flanges 52 is the same as the number of units 46 of cut.

As shown in Figure 7, unit 46 of cut includes: a plurality of support portions 56 formed in a lower side of the compression plate 44 in one direction circumferential with a certain interval; a punching part 58 extends down from the extreme part of part 56 of support and scrolls down at the time of pressing the compression plate 44 for punching the sealing member 20; a cutter 60 formed on both side surfaces of part 56 of support that rotates together with body 16 at the time of turning the body 16, for cutting the sealing member 20 in a circular shape; Y an accommodation part 62 to accommodate the sealant member 20 that has been removed by the cutter 60 in the opening 12 of the container.

The support part 56 is formed as a flat plate that has a certain radius of curvature and is arranged at the edge of the bottom surface of the compression plate 44 with a certain interval and is provided with cutter 60 to cut the sealing member 20 on both side surfaces of the same. The support part 56 is provided with a cutter 64 for punch the sealing member 20 as the punching part 58 in both lateral surfaces of the lower end thereof.

The punching part 58 is formed in the lower end of the support part 56 with a width smaller than a width of the support part 56 and has an end portion formed to easily punch the sealing member 20.

The accommodation part 62 extends from the end part of punching part 58 to an inner side of body 16 with a certain angle of inclination and is mounted on the outer circumferential surface of the sealing member 20 which has been removed from the opening 12 of the container.

Now we will explain the operation of the cap container according to the present invention, as follows.

Figures 8 and 9 are views of a state Operational of the container cap according to one embodiment of the present invention.

First, in order to download the contents stored in the container 10 out, the member 32 of cover mounted on the upper body 16 is discovered. Is say, when the user pulls the coverage member by grabbing the handle 34, cover member 32 separates from the surface upper body 16. Next, as shown in the figure 8, when the compression plate 44 is pressed with a force greater than a certain intensity, the connection part 42 deforms elastically and at the same time the compression plate 44 is shifted down. According to this, part 58 of punching of the cutting unit 46 formed in the lower part of compression plate 44 punches the edge of member 20 sealant

Next, when the body 16 is rotated, the cutting unit 46 is rotated with body 15 and therefore, the cutter 60 formed on the side surfaces of part 56 of support cuts the sealing member 20 in a circular shape. In this moment, the sealant member 20 that has been cut by the cutter 60 is embedded in the accommodation part 62. Then as shown in figure 9, when body 16 is pulled up grabbing the handle 36 formed in the body 16, the bulge 22 of stop formed on the inner circumferential surface of the body 16 is removed from the stop flange 40 formed in the upper surface of the opening 12 of the stopper for, of this way, remove the plug 2 from the opening 12 of the container.

According to this, the sealant member 20 which has been removed from the opening 12 of the container is embedded in the accommodation part 62 formed in body 16 for, in this way, be stored in container cap 2.

In the container cap according to a embodiment of the present invention, the user presses the plate 44 of compression and then rotates the body 16 for, of in this way, cut the sealing member 20 by the unit 46 of cut. Then, when the container cap 2 is separated of the opening 12 of the container, the sealing member 20 which has been removed from the opening 12 of the container is rotated in the body 16 so as to facilitate its use and prevent a environmental pollution due to waste of member 20 sealant

Figure 10 is a sectional view of a plug of container according to the second embodiment of the present invention.

The container cap according to the second embodiment is the same as the container cap according to the first embodiment except for a mounting unit mounted on the container opening

That is, in the container cap before mentioned in the first embodiment, a procedure of one touch to remove the cap from the opening 12 of the container when the user pulls the cap of the container by grabbing it with the handle. On the contrary, in the container cap according to the second embodiment, a coupling procedure is applied spiral in which the container cap separates from the opening 12 of the container when the user rotates the cap of the container.

The assembly unit of the container cap according to the second embodiment of the present invention It consists of a separate 72 threaded male formed on the surface outer circumferential of the opening 12 of the container; and of a female threaded part 70 formed on the circumferential surface inside of body 16 to be spirally coupled to part 72 male thread Also, at the lower end of the body 16 is formed a skirt part 76 to maintain a state in which the container cap is mounted in the opening 12 of the container.

The operation of the container cap according with the second embodiment of the present invention it will be explained as follows.

When the compression plate 44 is pressed with a force greater than a certain intensity, part 42 of connection deforms elastically and, at the same time, the plate 44 of Compression shifts down. According to this, the part 58 punching of cutting unit 46 formed in one part Bottom of compression plate 44 punches the edge of the limb 20 sealant.

Then, when the body (16) is turned on an opening direction, the female threaded part 70 is separated from the male threaded portion 72 formed in the opening 12 of the container. When the body 16 is rotated, the cutter 60 of the unit 46 of cut is rotated along with body 16 and, at the same time, cuts the sealant member 20 in a circumferential direction. Also, the sealant member 20 that has been separated from opening 12 of the container is accommodated in the accommodation part 62 formed in the inner circumferential surface of the body 16.

The container cap according to the second embodiment of the present invention can be applied to any container in which a container cap is attached spirally to an opening of the container to be separated from this way of opening the container once the container cap.

Figure 11 is a sectional view of a plug of container according to a third embodiment of the present invention.

In the container cap according to the third embodiment of the present invention, is the same as the plug 2 of the aforementioned container in the first embodiment or of the second embodiment, except that in the container cap 2 is mounted a spoon with which the stored contents are taken in the container 10.

That is, the container cap 2 according with the third embodiment it is provided with a part 80 of support on an inner circumferential surface of a upper body 16, and the spoon 78 is mounted on the 80 part of support.

The container cap 2 according to the third embodiment is used when the contents taken with the spoon 78 are stored in container 10. First, the member 12 cover mounted on upper body 16 se detaches from the body and then the spoon 78 mounted on the body 16 is removed. Next, the operation is performed before mentioned in the first embodiment with which the container cap of the opening 12 of the container and, at the same time, the sealing member 20 is removed. Then the user eats the content stored in the container 10 using the spoon 78.

Figure 12 in a sectional view of a plug of container according to a fourth embodiment of the present, and Figure 13 is a view of an operational state of the plug of container according to the fourth embodiment of the present invention.

The container cap according to the fourth realization is to store contents 60 different from those contents 62 stored in container 10, of body 16, and then to mix the contents 62 stored in the container 10 with the contents 60 stored in the cap of container before downloading the contents 62 stored in the container 10. The container cap according to the fourth embodiment is mainly used in a container to mix two types of drugs before use, and can be applied to any container to mix two materials before use.

In the container cap according to the fourth embodiment, the sealing member separation unit 18 to remove the sealing member 20 attached to the opening 12 of the container is mounted on body 16 and contents 84 different contents 86 stored in the container 10 are stored in the body 16.

The sealing member separation unit 18 includes: a connection part 42 connected integrally to the inner circumferential surface of body 16; a plate 44 of compression formed integrally with the connecting part 42 and protruding up to be pressed by a user; a cutting unit 46 formed in a lower part of the plate 44 of compression in a circumferential direction, to punch the sealant member 20 moving it down when plate 44 of compression is pressed and to cut the sealing member 20 turning it when body 16 is rotated; and a punch 88 that extends from the center of the bottom of the plate 44 of compression, to punch the center of the sealing member 20 so that  contents 84 stored in body 16 can be entered in the container 10.

The connecting part 42, the plate 44 of compression and the cutting unit are the same as the first realization, so their explanations are omitted.

The punch 88 protrudes pointed as a shape tapered at the end of a rod part 90 that extends down from the center of the bottom of the plate 44 of compression to punch in this way the center of the member 20 sealant and thereby form a hole 92. Through hole 92 contents 84 stored in container 10 are introduced into container 10 the body 16.

Since an outside diameter of the punch 88 is greater than that of rod part 90, a space can be obtained sufficient for the passage of the contents 84 stored in the body 16, even when rod part 90 passes through the hole 92 formed by punch 88.

Now we will explain the operation of the cap container according to the fourth embodiment as follows.

When the compression plate 44 is pressed with some force after protection member 32 has been detached from the body 16 the cutting unit 46 is displaced below and thus punctures the edge of the sealing member 20. The same time, the punch 88 moves down and thus punches the center of the sealing member 20 with which the hole 92 is formed. accordingly, the contents 84 stored in the body 16 are enter the container 10 through the hole 92 and mix with contents 86 stored in container 10.

When the contents 84 stored in the body 16 are fully inserted in the container 10, the user rotates the body 16 so that the cutter 60 of the unit 18 cutting cut the sealing member 20 circularly. If he container cap is detached from opening 12 of the container, the sealing member 20 that has been removed from the opening 12 of the container is stored in the accommodation part 62 inside the body 16.

Figure 14 is a surface view top of a container cap according to a fifth embodiment of the present invention; Figure 15 is a view of section taken along line VII-VII of the Figure 14; Figure 16 is an enlarged view of "B" of the figure 15; and Figure 17 is a view of an operational state of the container cap according to the fifth embodiment of the present invention

The container cap according to the fifth embodiment is applied to a container having an opening 16 of the relatively large bowl In the container cap, it is formed a plurality of member separation units 63 sealants in a circumferential direction of the body 16.

That is, in the container cap 2 according with the fifth embodiment, a partition wall 94 is formed disk-shaped on the inner circumferential surface of the body 16 and at least two mounting holes 96 are formed in the circumferential direction of partition wall 94. Unit 63 separating the sealing member is formed in each mounting hole 96.

The sealing unit 63 of the sealing member includes: a connection part 65 formed flexibly and connected to an inner circumferential surface of the hole 96 mounting a surface mounted compression plate 67 inner circumferential of the connecting part 65 and pressed by an user; and a cutting unit 69 formed on a surface bottom of compression plate 67 to cut a member 20 sealant

A width T1 of the connecting part 65 located at the edge of partition wall 94 is greater than a width T2 located inside partition wall 94, so that the plate 67 compression is pressed in an inclined state.

The compression plate 67 is formed as a triangular flat plate to be easily pressed into a been inclined

The cutting unit of the fifth embodiment of the present invention has the same form as that of the embodiment mentioned above except that only one unit 69 of cut on the underside of the compression plate 67.

Now we will explain the operation of the cap container according to the fifth embodiment. When the user press down on each compression plate 67 mounted on the circumferential direction of partition wall 94, part 65 of connection is deformed elastically and with it the plates 67 of Compression scroll down. According to this, the unit 60 cutting formed on the bottom surface of the plate 67 of compression punches the sealing member 20.

In this state, when the container cap is rotates, the cutting unit 69 cuts the sealing member 20 and the member 20 cut sealant is stored in the cap of the container.

According to the container cap of the first to fourth embodiments, since a unit of sealant member separation when the opening 12 of the container it is large, the size of the compression plate 67 becomes larger and great force is required to press the plate 67 of compression. Also, since the compression plate 67 is not Keeps horizontal easily when pressing the plate 67 compression, the cutting units do not punch the member sealant that exists between the plurality of cutting units formed on the underside of the compression plate 67.

Therefore, to solve this problem, in at least two sealant member separation units 63 are installed in a circumferential direction of the wall 94 of partition with the same interval in the fifth embodiment. From according to this, the user can press each plate 67 of compression with less force so they have convenient use and all cutting units 69 punch the sealing member 20.

Figure 18 is a sectional view of a plug of container according to an alternative embodiment outside the invention and Figure 19 is a view of an operational state of the container cap shown in figure 18.

The container cap includes: a body 5 mounted in the opening 12 of the container and a cutting unit 7 formed on an internal lateral surface of the body 5, for punch the sealing member 20 attached to the opening 12 of the container when body 5 is rotated in a closing direction of the container and for cutting the sealing member 20 so that stores the sealing member 20 in the body 5 when it is turned in an opening direction of the container 10.

The body 5 has a cylindrical shape whose Top is closed. A female screw part 70 spirally coupled to a portion 72 of male screw formed in the outer circumferential surface of the opening 12 of the vessel is formed on the inner circumferential surface of the lower body 5. Also, the lower end of the body 5 is formed an edge part 9 to maintain a state wherein the container cap is fixed to the opening 12 of the container.

The skirt part 9 has a certain interval H from the upper surface of the container 10, so that the body 5 can be rotated as much as the interval H in one direction container closure.

The cutting unit 7 includes: a plurality of support portions 56 formed on an inner side surface of body 5 in a circumferential direction with a certain interval; a punching part 58 extends downward from the end part of the support part 56 and moves down at the time the compression plate 44 is pressed to punch the sealing member 20; a cutter 60 formed in both lateral surfaces of the support part 56 and rotated together with body 16 at the time it is rotated to cut the circular sealing member 20; and an accommodation part 62 to accommodate the sealing member 20 that has been separated by the cutter 60 of the opening 12 of the container.

Now we will explain the operation of the cap container according to the sixth embodiment as follows. First, if the body 5 is rotated in a closed direction of the container 10, body 5 moves down. At this time, the body 5 can move down as much as the interval H since the skirt part 9 mounted on the lower part of the body 5 has the interval H from the upper surface of the container 10.

According to this, the cutting unit 7 formed on the lower surface of the body 5 punches the member 20 sealant. In that state, if body 5 is turned in one direction opening of the container 10, the cutting unit 7 rotates together with the body 5 and at the same time cuts the sealing member 20 into shape circular. Also, the sealing member 20 that has been separated from the opening 12 of the container is located in the accommodation part 62 formed in the body 5 thus being stored in the cap of the container.

Figure 20 is a sectional view of a plug of the container according to a sixth embodiment of the present invention, and Figure 21 is a view of an operational state of the container cap according to the seventh embodiment of the present invention

A sealant member separation unit 150 in accordance with the sixth embodiment of the present invention includes: an elastic connected connection part 152 and deformably to an inner circumferential surface of the body 16; a compression plate 154) connected to a surface outer circumferential of the connecting and pressing part 152 by a user; and a cutting unit 156 formed on a surface bottom of compression plate 154 in one direction circumferential, to cut a circumferential surface outside of the sealing member 20 moving it down when press the compression plate 154 and then store it in the body.

The connection part 152 is formed as a thin dome-shaped film connected between the surface inner circumferential of body 16 and surface outer circumferential of compression plate 154. When the compression plate 154 is pressed by a force greater than a to a certain degree, the connection part 152 elastically deforms and compression plate 154 moves down.

The compression plate 154 is formed as a circular plate and is provided with the cutting unit 156 in the lower surface of it.

The cutting unit 156 is composed of: a part of support formed in the lower part of the plate 154 of compression as a cylindrical shape; a cutter 162 formed in the end of the support part 160 in the form of a cylindrical blade, to cut the sealing member 20 circularly at the time of pressing the compression plate 154; and a part 164 of accommodation extended inward on an inner circumferential surface of the support part 160 with a certain width, to accommodate the sealant member 20 that has been cut by cutter 162.

On the lower surface of the plate 154 of compression is formed at least a retention portion 170 that serves as a retainer to punch the sealing member 20 when the compression plate 154 is pressed thereby accommodating the sealing member 20 on the inner circumferential surface of the body 16.

The retention part 170 is composed of: a support bar 172 formed perpendicularly on the surface bottom of compression plate 154; and a gag 174 of grain-shaped retention at the end of the bar 172 of support and retaining the sealing member 20.

Now the unit operation will be explained of separation of the sealing member according to the seventh realization, as follows.

When the user presses plate 154 of compression after removing the mounted protection member 32 at the upper end of the body 16, the connecting part 152 is elastically deforms and compression plate 154 moves down. Accordingly, the cutting unit 156 formed in the underside of the compression plate 154 moves moves down so it cuts the edge of the sealing member 20 mounted in the opening of the container and then accommodated the edge on the inner circumferential surface of the body 16.

More specifically, when plate 154 of compression shifts down the cylindrical cutter 162 it shifts down by cutting the sealing member in shape circular. The sealing member 20 that has been removed from the opening 12 of the container is stopped by the retaining part 170 so it fits into the body 16.

At this time, retention jaw 174 formed on the underside of compression plate 154 it also moves down, thus punching member 20 sealant and stops it, so that the sealant member 20 accommodates more stably in the body 16.

Then, when the user pulls the opening of the container upwards, grasping the handle 36, the container opening is separated from container 10 whereby the sealant member 20 that has been separated from the opening of the vessel fits in the body.

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Figure 22 is a sectional view of a plug of container having a member separation unit sealant according to a seventh embodiment of the present invention.

The sealing member separation unit 180 according to the seventh embodiment it has the same as unity 150 sealant member separation of the sixth embodiment except the structure of a cutting unit 188.

That is, the cutting unit 188 includes: a support part 182 formed on the edge of a lower side of the compression plate 154 in cylindrical shape; an 184 cutter formed at the end of the edge-shaped support part 182 of saw, to cut the sealing member 20 in a circular shape; and one accommodation part 186 protruding on a side surface internal of support part 182, to accommodate member 20 sealant that has been separated by cutter 184.

The cutter 184, built as an edge of Triangular saw is formed repeatedly, moves down at the time of pressing the compression plate 154 and cut the circular sealing member 20.

In the container cap according to the present invention, the separation unit of the sealing member is installed in the cap and compression plate of the unit separation of the sealing member is pressed before opening of the cap. Then, if the user opens the cap by turning it, the sealant member is automatically removed from the opening of the container so it has convenient use.

Also, since the sealing member that has been separated from the opening of the container is stored in the part of accommodation inside the cap, pollution can be prevented resulting from the disposal of the sealing member in the Exterior.

In addition, the different contents of the contents stored in the container are stored in the cap, to insert them in this way into the container when the cap It comes off the container. According to this, the contents stored in the cap can be mixed with the contents stored in the container.

In addition, the part is not required for remove the sealing member since it is separated by the unit sealant member separation, thereby reducing a quantity of use of the sealing member and thus reducing a cost of manufacturing.

It will be apparent to those skilled in the art. that various modifications and variations can be made in the present invention without leaving the spirit and scope of the invention. In this way, it is intended that the present invention cover modifications and variations of this invention provided they are within the scope of the appended claims.

Claims (27)

1. A container cap (2) comprising: - a body (16) coupled to an opening (12) of the container through which the contents stored in a container (10), and - a member separation unit (18) sealant formed in the body to separate a sealant member mounted in the opening of the container. characterized in that the separation unit (18) of the sealing member includes:

-

a connection part (42) connected elastically and deformably to a inner circumferential surface of the body (16);

-

a compression plate (44) connected to a circumferential surface inside the connecting part (42) and to be pressed by a user; Y

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a cutting unit (46) formed on a lower surface of the plate (44) compression to cut the sealing member (20) and, then store it in the body (16).

2. The container cap of claim 1, in which a protection member (32) to protect the unit (18) separating the sealing member is mounted at one end upper body (16). 3. The container cap of claim 1, in which the body (16) has a cylindrical shape, whose upper and lower parts are respectively open, and it It consists of: a first body (24) where the unit (18) is formed separating the sealing member; and a second body (26) that it has an inner diameter greater than that of the first body (24) and it is provided with a mounting unit (22, 70) to mount the body (16) in the opening of the container. 4. The container cap of claim 3, in which the first body (24) and the second body (26) are provided with a support flange (32) in a connection part between them, the support flange (32) protrudes in a circumferential direction to adhere in this way to a upper surface of the opening (12) of the container where it is mounted the sealant member (20). 5. The container cap of claim 1, in which the body (16) is provided with a plurality of Highlights (28) on an outer circumferential surface thereof, and is provided with a handle (36) to hold it and pull it when the body detaches from the opening (12) of the container in a lower end thereof. 6. The container cap of claim 1, comprising a mounting unit (22) constructed as a retention shoulder protruding on a circumferential surface inside the body (16) in a circumferential direction to be retained in this manner by a retaining flange (40) formed in an upper surface of the opening (12) of the container. 7. The container cap of claim 1, comprising a mounting unit (70) formed with a part female screw formed on a circumferential surface inside the body (16) to be spirally coupled to a part (72) male screw formed on a circumferential surface outside the opening (12) of the container. 8. The container cap of claim 1, in which the connecting part (42) is formed as a thin film of a dome shape connected between a surface inner circumferential of the body (16) and a surface outer circumferential of the compression plate (44) to be elastically deformed in this way when pressed the compression plate (44). 9. The container cap of claim 1, in which the compression plate (44) is formed in the form of disc and is provided with a compression part (50) that protrudes when pressed by a user in the center of a surface top thereof, and a reinforcement flange (52) to reinforce the compression plate (44) is formed radially on a surface upper compression plate (44). 10. The container cap of any one of the preceding claims, wherein the cutting unit (46) it is formed on a lower surface of the plate (44) of compression in a circumferential direction with the same interval, to punch the sealing member (20) when the plate (44) of compression is pressed and to cut the sealing member (20) and, In this way, store it in the body (16) when the body (16) It is turned. 11. The container cap of claim 10, in which the cutting unit includes:

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A plurality of support portions (56) formed at the edge of a bottom of the compression plate (44) in one direction circumferential with the same interval;

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A punching part (58) extended downward from the end portion of the support part (56), to punch the member (20) sealant

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a cutter (60) formed on both side surfaces of the part (56) support and rotated together with the body (16) at the time of rotate the body (16) to cut the sealant member (20) into shape circular; Y

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a accommodation part (62) to accommodate the sealant member (20) that has been removed by the cutter (60) from the opening (12) of the container.

12. The container cap of claim 11, in which the support part (56) is formed as a plate flat that has a certain radius of curvature and is arranged in the edge of the bottom surface of the compression plate (44) with a certain interval, and is provided with the cutter (60) in both lateral surfaces thereof and on both lateral surfaces of the lower end of it. 13. The container cap of claim 11, in which the punching part (58) is formed at the end bottom of the support part (56) with a width smaller than one width of the support part (58), and has an extreme part sharply formed to facilitate the punching of the member (20) sealant 14. The container cap of claim 11, in which the accommodation part (62) is constructed as a support part extended from the end part of part (58) of punching up an inner part of the body (16) with a certain Inclination angle. 15. The container cap of claim 1, in which the body (16) that has a space inside it is provided with a spoon (78) with which the contents stored in the container. 16. The container cap of claim 1, comprising:

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a punch (88) extended from the bottom of the plate compression, to punch the sealing member (20) when lowered at the time the plate (44) is pressed compression.

17. The container cap of claim 16, in which the body (16) is provided with a spoon (78) in its interior. 18. The container cap of claim 16, in which the punch (88) is formed with a conical shape in the end of a rod part (90) extended downwardly from the center of the compression plate (44). 19. The container cap of the claim 16, in which the punch (88) has an outside diameter greater than that of the rod part (90). 20. The container cap of any one of claims 1 to 9, wherein the cutting unit (156) is formed on the edge of the lower surface of the plate (154) of cylindrical compression. 21. The container cap of claim 20, in which the cutting unit (156) is composed of:

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a support part (160) formed in a lower part of the plate cylindrical compression;

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a cutter (162) formed at the end of the support part (160) shaped cylindrical blade, to cut the member (20) circular sealant at the time the plate is pressed (154) compression; Y

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a accommodation part (164) extended inward on a surface inner circumferential of the support part (160) with a certain width, to accommodate the sealant member (20) that has been cut by the cutter (162).

22. The container cap of claim 20, in which the cutting unit (188) is composed of:

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a support part (182) formed in a lower part of the plate (154) of cylindrical compression;

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a cutter (184) formed at the end of the support part (182) shaped cylindrical blade, to cut the member (20) circular sealant at the time the plate is pressed (154) compression; Y

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a accommodation part (186) extended inward on a surface circumferential of the support part (182) with a certain width, to accommodate the sealant member (20) that has been cut by the cutter.

23. The container cap of claim 20, wherein the separation unit (150) of the sealing member also includes a retention part (170) formed in a Bottom surface of compression plate (154), for punching the sealing member (20) when the compression plate (154) is pressed and thus accommodate the sealant member (20) in an inner circumferential surface of the body (16). 24. The container cap of the claim 23, wherein the retention part (170) is composed of:

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a support bar (172) formed perpendicularly on the surface bottom of compression plate (154); Y

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a retention claw (174) formed in the form of grain at the end of the support bar (172) and retaining the member (20) sealant

25. A container cap (2) that understands:

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a body (16) mounted in an opening (12) of the container through which the contents stored in the container (10) are unloaded out, and that has a wall part (94) of partition inside; Y

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to the minus two separation units (63) of formed seal members at the edge of the partition wall (94) in one direction circumferential with the same interval, to remove a member (20) sealant sealed in the opening (12) of the container and for storing in this way the sealant member (20) in the body (16) when the body (16) is separated from the opening (12) of the container.

wherein the extraction unit (63) of the sealant member includes:

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a connection part (65) connected to a circumferential surface inside the mounting hole (96) flexibly;

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a compression plate (67) connected to a circumferential surface inside the connecting part (65) and to be pressed by a user; Y

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a cutting unit (69) formed on a lower surface of the plate (67) compression and to remove the sealing member (20).

26. The container cap of claim 25, in which the partition wall (94) is provided with at least two mounting holes (96) located in one direction circumferential thereof, and the extraction unit (63) of the Sealant member is formed in each mounting hole. 27. The container cap of claim 25, wherein a width of the connecting part (65) located at an edge of the partition wall (94) is greater than a width located within the partition wall (94).