MXPA05008608A

MXPA05008608A - Closure with push type opener.

Info

Publication number: MXPA05008608A
Application number: MXPA05008608A
Authority: MX
Inventors: Heen Kwon Rho
Original assignee: Heen Kwon Rho
Priority date: 2003-02-14
Filing date: 2004-02-14
Publication date: 2005-11-04
Also published as: US20170001772A1; UA82868C2; AU2004223991A1; ATE375932T1; BRPI0407453A; CA2516057A1; NZ542349A; JP2007528324A; EP1606185A1; US20060151421A1; TWI249498B; ES2297384T3; DE602004009550D1; AU2004223991B2; EA007400B1; ZA200507172B; EP1606185B1; DE602004009550T2; EA200501297A1; IL170232A

Abstract

A closure with a push type opener and a device for automatically keeping slit sealing member inside the cloture. The closure includes a closure body detachably coupled 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 using the cutting region without 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

CONTAINER SHUTTER TECHNICAL FIELD The present invention relates to a shutter of! a container for opening and closing a container opening, and more particularly, to a container stopper that facilitates its use when releasing a sealing piece that seals an opening of a container together with the shutter at the time of opening the shutter, and capable of preventing the sealing piece from being discarded by storing the sealing piece separately in the shutter.

I i ! BACKGROUND TO THE TECHNICAL FILE FIG. 1 is a sectional view of a container obturator according to the conventional technique. The conventional container shutter (100) is placed in a container opening (102) to protect the contents stored in a container (104). A sealing part (106) is placed to seal the contents stored in the container (104) in the opening (102) of the container. ! The container obturator (100) has a cylindrical shape whose upper side is sealed. A retaining shoulder (110) stopped by a retaining shoulder (108) formed on an outer circumferential surface of the container opening (102), to prevent it from being discarded, is made on an inner circumferential surface of the! shutter (100) of the container. A handle (112) is provided in the shutter (100) of the container which is held by a user to easily detach the shutter (100) from the container of the opening (102) of the container. The user grasping and pulling the handle (112) releases the shutter (100) from the container of the opening (10 ^) of the container. -Then, the sealing part (106) is separated from the opening of the container (102) and those with contents stored in the container (104) are discharged through the opening (102). However, in the conventional container shutter (100), after the shutter (100) is released from the container (104), the sealing part (106) (114) wound on an outer circumferential surface of the opening (102) of the container in a circumferential direction with a certain length that facilitates removing the sealing piece (106) in the opening (102) of the container by means of a method of adhesion, etc., with what is Increases a used amount of the sealing part (106) and thus increases the manufacturing cost.

DESCRIPTION OF THE INVENTION It is therefore an object of the present invention to provide a container shutter that can be used without installing an additional sealing unit, by installing a sealing part separation unit in a shutter, in such a way that a sealing piece can be automatically removed at the moment of opening the shutter and turning it. It is a second object of the present invention to provide a container shutter capable of preventing environmental contamination when disposing of the sealing part by storing the sealing part that is removed from a container opening in the seal. A third objective of the present invention is to provide a container shutter capable of mixing the contents stored in a shutter with contents stored in a container when the shutter is it comes out of the container storing different contents to contents stored in the container, in the obturator and introducing the contents stored in the container in the container. A fourth objective of the present invention is to provide a container shutter capable of reducing manufacturing costs by minimizing a used amount of a sealing part without installing an additional edge portion to remove the sealing part, since the sealing part It is automatically removed by means of a sealing part separation unit. ! To achieve these objectives, a container obturator is provided, comprising: a body placed in an opening of the container through which the contents stored in a container are discharged, and what has a space therein.; a support unit formed on a lower side of the body, for supporting the body in the container opening and a sealing piece separation unit formed in the body, for removing a sealing part that seals the container opening and therefore which stores the sealing part in the body when it is released from the opening of the container. j A protective part is placed on the upper end of the body to protect the separation unit of sealing part. The support unit is constructed as a retaining projection protruding into an inner circumferential surface of the body in a circumferential direction, to be retained by means of a rim of! retention formed on an upper surface of the container opening. I The support unit is a female part of the screw formed on the inner circumferential surface of the! body to be spirally coupled with a portion i of the screw formed in an outer circumferential surface of the container opening. The sealing part separation unit includes: a connection part connected elastically and defrostably to an internal circumferential surface of the body; a pressure plate connected to an inner circumferential surface of the connection part and pressed by a user and a cutting unit formed on the edge of a lower surface of the pressure plate i in a circumferential direction with a certain interval, I to throw off the sealing piece when the pressure plate is pressed, to cut the sealing piece so that it is stored in the body when it is turned. i The connection part is formed as a thin dome-shaped film connected between a surface internal circumferential of the body and an outer circumferential surface of the pressure plate, in this way, elastically deforms at the moment of pressing the; pressure plate. The pressure plate is made in the form of a disc and is provided with a pressure part that protrudes to be pressed by a user in the center of an upper surface thereof. A reinforcement flange that strengthens the pressure plate is formed radially on an upper surface of the pressure plate. The cutting unit includes: various support parts formed on the edge of a lower side of the pressure plate in a circumferential direction with the same interval; a bouncing part extending downward from the end part of the support part, to discard the sealing part; a cutter formed on both side surfaces of the support part that rotates with the body at the moment when it rotates to cut the sealing part into a circular shape and an accommodating part to accommodate the sealing part that separates the cutter of the opening of the container. According to the present invention the container shutter comprises: a body placed in an opening of the container through which the stored contents are discharged in a container for storing contents different from the contents stored in the container; a connection part connected to a ! internal circumferential surface of the body; a pressure plate connected to an internal circumferential surface of the connection part and pressed by a user; a cutting unit extending to a lower side of I the; pressure plate, to throw off the sealing piece by moving it downwards when the pressure plate is pressed and to cut the sealing piece when the body rotates; and a puncher that extends from the lower side of the pressure plate, to eject the sealing piece by moving it downwards upon pressing the pressure plate, thereby introducing the contents stored in the body into the container. In accordance with the present invention the container shutter comprises: a body placed in an opening of the container through which the contents stored in a container are discharged, and having a partition wall therein; and at least two sealing piece separation units formed at the edge of the dividing wall in a circumferential direction with the same interval for removing a sealing piece sealing the opening of the container with which it is stored in the container.; body when it emerges from the opening of the container.

The dividing wall has at least two circular channels in a circumferential direction thereof and a sealing part separation unit is formed in each circular channel. In accordance with the present invention the shutter of! Container comprises: a spirally coupled body i with; a container opening; a support unit which forms an internal circumferential surface of the body which engages with the opening of the container; and a sealing part separation unit that is formed in an internal, lateral surface of the body, to eject a sealing piece attached to the opening of the container when it is opened. the body rotates in a direction to close the container and to cut the sealing part, whereby the sealing part is stored in the body when it is rotated in a direction to open the container.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a sectional view of a container obturator according to the conventional technique; Figures 2 and 3 are perspective views of a container shutter according to an embodiment of the present invention; ! Figure 4 is a sectional view showing a; where the container shutter is placed in an opening of the container according to an embodiment of the present invention; Figure 5 is a bottom view of the container shutter according to an embodiment of the present invention; Figure 6 is a sectional view taken 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; i; Figures 8 and 9 are views in operational state of the container shutter according to an embodiment of the present invention; Figure 10 is a sectional view of a container shutter according to a second embodiment of the present invention; Figure 11 is a sectional view of a container shutter according to a third Mode of the present invention; Figure 12 is a sectional view of a I container shutter according to a fourth embodiment of the present invention; Figure 13 is a view in operational state of the container shutter according to the fourth 52/318 i embodiment of the present invention; Figure 14 is a view of the upper surface of a container obturator according to a fifth embodiment of the present invention; Figure 15 is a sectional view taken along line VII-VII of Figure 14; Figure 16 is an enlarged view of ?? ' of the Figure 15; Figure 17 is a view in operational state of the container shutter according to the fifth embodiment of the present invention; Figure 18 is a sectional view of a container shutter according to a sixth embodiment of the present invention; Figure 19 is a view in operational state of the container shutter according to the sixth embodiment of the present invention;; Figure 20 is a sectional view of a container shutter according to the seventh embodiment of the present invention; Figure 21 is a view in operational state of the container shutter according to the seventh embodiment of the present invention; and Figure 22 is a sectional view of a container shutter according to an octave 52/318 embodiment of the present invention. j WAYS TO CARRY OUT THE PREFERRED MODALITIES; Hereinafter, the preferred embodiments of a container obturator according to the present invention will be explained with reference to the accompanying drawings. Although there may be several preferred embodiments of the container shutter in the present invention, the most preferred embodiment will be explained. ! Figures 2 and 3 are perspective views of a container shutter according to an embodiment of the present invention., Figure 4 is a sectional view showing a state in which the container shutter is placed in an opening of the container according to an embodiment of the present invention, and Figure 5 is a bottom view of the container shutter. according to one embodiment of the present invention. According to the present invention, the shutter (2) of the container comprises: a body (16) placed in an opening (12) of the container through which the contents are discharged in a container (10) and having a space in the same; a support unit (22) formed on a lower side of the body (16), for supporting the body (16) in the opening (12) of the container and a unit 52/318 I of separation (18) of the sealing part formed in the body (16), to remove a sealing part (20) that Seals the opening (12) of the container when the plug (2) is separated from the opening (12) of the container. The container (10) stores an article in the fluid state, and the sealing piece (20) that protects the article contained in the container (10) sealing the opening (12) of the; container, which is attached to the opening (12) of the container through which it is discharged to the stored article. The sealing part (20) is preferably made of a material such as paper or a thin aluminum plate that can be easily removed with a knife, etc. I Since the sealing part (20) is removed by the separation unit (18) of the sealing part, an edge portion is not necessary to remove the sealing part (20) with one hand. That is, in the conventional art, a certain amount of the edge portion in an outer circumferential surface of the container opening is wound to remove the sealing part i with! one hand after removing the shutter from the container. However, in the present invention, since the sealing piece (20) is removed by the separation unit (18) of the sealing piece, the sealing piece (20) is only placed in the opening of the container minimizing the 52/3 quantity, used for the sealing part (20). 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 separation unit (18) of the sealing part is formed; and a second body (26) having a larger internal diameter than that of the first body (24) and provided with the support unit (22) to support the body (16) in the opening (12) of the container. Various projections (28) are formed to easily rotate the obturator (2) of the container with | a hand on an outer circumferential surface of the body (16). At the lower end of the body (16) a handle (36) is formed to hold it and pull it when the body (16) of the container opening (12) is detached. j A retaining shoulder (30) is formed in the open upper part of the body (16) in a circumferential direction thereof. Also, a protection piece (32) is placed on the retaining shoulder (30) of this mod, the open upper part of the body (16) is closed with! what is protected by the separation unit (18) of the sealing piece placed on the body (16). The protection piece (32) is made in the form of a disc and is preferably provided with a handle (34) for easily detaching the protection piece (32) from the 52/318 body (16) with one hand on one side of it. A support flange (38) protrudes into an internal circumferential surface of a connection part between the first body (24) and the second body (26) in a circumferential direction, thereby adhering to an upper surface of the opening (12) of the container where the sealing part (20) is placed. This is, the sealing piece I (20) is adhered to the upper surface of the opening (12) of the container by means of the support flange (38) thereby maintaining a sealing state. Preferably, the support unit (22) is constructed as a retaining shoulder formed on an inner circumferential surface of the second body (26) and is stopped by a retaining shoulder (40) formed in a! upper end of the opening (12) of the container to maintain a state in which the container shutter (2) is placed in the opening (12) of the container. The separation unit (18) of the sealing part includes: a connection part (42) connected to an internal circumferential surface of the body (16); a pressure plate (44) connected to the connection part (42) which is pressed by a user; and various cutting units (46) formed on an inner surface of the pressure plate (44) in a circumferential direction with a certain interval, to eject the sealing part (20) at 52 / 3l8 move it downwards when the pressure plate (44) is pressed to cut the sealing piece (20) when the body (16) is turned. : The connecting part (42) is formed as a thin dome-shaped film connected between an inner circumferential surface of the first body (24) of the body (16) and an outer circumferential surface of the; pressure plate (44). The connection part (42) is elastically deformed when the pressure plate (44) is pressed by a force greater than a certain intensity, which causes the pressure plate (44) to move towards the surface. Since the connecting part (42) connects e're the internal circumferential surface of the body (16) and the outer circumferential surface of the pressure plate (44), the connection part (42) seals the second body ( 26) and elastically supports the current position of the pressure plate (44). That is, when the pressure plate (44) projects upwardly without being pressed, the connection part (42) maintains the current position of the pressure plate (44) while maintaining a convex dome shape. Also, when the pressure plate (44) is pressed by a force greater than a certain intensity, the connection part (42) deforms elastically in a concave shape, thereby, supporting the state in which the 52/318 Pressure plate is pressed. Figure 6 is a sectional view taken along the line VI-VI of Figure 4 showing the pressure plate of the container shutter according to the present invention. ! The pressure plate (44) is provided with a pressure portion (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 pressure part (50) is pressed towards the complete pressure plate (44) on the upper surface thereof. The reinforcing flange (52) is formed radially on the upper surface of the pressure plate (44) and the number of the reinforcing flange (52) is the same as the number of the cutting unit (46). As shown in Figure 7, the cutting unit (46) includes: various support parts (56) formed on a lower side of the pressure plate (44) in one; circumferential direction with a certain interval; a bouncing part (58) extending downwardly from the end portion of the support part (56) and moving downward at the time of pressing the pressure plate (44) to eject the sealing part (20). ); a cutter (60) formed on both lateral surfaces of the part of support (56) that rotates together with the body (16) at the moment of rotating the body (16), to cut the sealing part (20) in a circular shape and an accommodating part (62) to accommodate the sealing part (20) that has been removed by; the cutter (60) in the opening of the container (12).

The support part (56) is formed as a platen plate having a certain radius of curvature and is formed at the edge of the lower surface of the pressure plate (44) with a certain interval and is provided with the cutter ( 60) to cut the sealing part (20) on both side surfaces thereof. The support part (56 |) is provided with a cutter (64) to eject the sealing part (20) similar to the bouncing part (58) on both side surfaces of the lower end thereof.; The bouncing part (58) is formed at the lower end of the support part (56) with a width less than 1 the width of the support part (56) and has a pointed end portion for easily disposing of the work piece. 'sealed (20). The accommodation part (62) extends from the extreme part of the bouncing part (58) to an internal side of the body (16); with a certain angle of inclination i and is mounted on the outer circumferential surface of the sealing part (20) that has been removed from the opening (12;) of the container. i 52/3 Now the operation of the container shutter according to the present invention will be explained as follows. Figures 8 and 9 are views in the operative state of the container shutter according to an embodiment of the present invention. I! First, to download the contents stored in the container (10), the protection piece (32) placed on the upper side of the body (16) is discovered. That is, the user pushes the protection piece by grasping the handle (34), the protection piece (32) is detached from the upper surface of the body (16). Entionces, as shown in Figure 8, when the pressure plate (44) is pressed with a force greater than a certain intensity, the connection part (42) elastically deforms and at the same time the pressure plate (44) It moves down. Accordingly, the ejection part (58 :) of the cutting unit (46) formed on the underside of the pressure plate (44) bounces off the edge of the sealing part (20). Then, when the body (16) is rotated, the cutting unit (46) rotates together with the body (16) whereby: the cutter (60) formed on both side surfaces of the support part (56) cuts the sealing piece (20) in a circular shape. At that time, the sealing piece 52/3 I (20) which has been cut by the cutter (60) is placed in the accommodation part (62). Then, as shown in Figure 9, when the body (16) is pushed upward by grasping the handle (36) formed in the body (16), the retaining projection (22) formed on the inner circumferential surface of the body (16) comes off the retaining flange I (40) formed on the upper surface of the opening (12) of the container with which the obturator (2) emerges from the opening (12) of the container. Accordingly, the sealing part (20) that has been removed from the opening (12) of the container is placed in the accommodating part (62) formed in the body (16) whereby it is stored in the shutter (2) of the container. ! In the container shutter according to one embodiment of the present invention, the user presses the pressure plate (44) to rotate the body (16) whereby the cutting unit (46) cuts off the sealing part (20) .

Then, when the obturator (2) of the container is released from the opening (12) of the container, the sealing part (20) that has been removed from the opening (12) of the container is stored in the body (16), which facilitates its use and prevents environmental contamination due to the disposal of, the sealing part (20). Figure 10 is a section view of a 52/318 container shutter according to a second embodiment of the present invention. The container shutter according to the second embodiment is the same as the container shutter according to the first embodiment except that a support unit is placed in the container opening. That is, in the above-mentioned container shutter in the first embodiment, a 1-touch method is applied in such a way that the container shutter is released from the container opening (12) when the user pulls the container shutter by grasping the handle. On the other hand, in the shutter of the container according to the second embodiment, a method of spiral coupling is applied, in such a way that the shutter of the container is detached from the opening (12) of the container when the user rotates the shutter of the container. container. The container obturator support unit according to the second embodiment of the present invention is comprised of: a male part of the screw (72) formed in the outer circumferential surface of the container opening (12); and a female part of the screw (70) formed in the inner circumferential surface of the body (16). so that it is spirally coupled with the male screw bolt (72). Also, it is formed in the 52/318 s 21 lower end of the body (16) an edge portion (76) to maintain a state in which the container shutter is placed in the opening (12) of the container. Now the operation of the container shutter according to the second embodiment of the present invention will be explained., as follows. When the pressure plate (44) is pressed with a force greater than a certain intensity, the connection part (42) deforms elastically and at the same time the pressure plate (44) moves downwards. According to summer, the bouncing part (58) of the cutting unit (46) I formed on the lower part of the pressure plate (44) bores the edge of the sealing part (20). Then, when the body (16) is rotated in the direction to open, the female part of the screw (70) is detached from the male part of the screw (72) formed in the opening (12) of the container. When the body (16) is rotated, the cutter (60) of the cutting unit (46) rotates Together with the body (16) and at the same time cut the seal piece (20) in a circumferential direction. Also, the; sealing piece (20) that has been removed from the opening (12) of the container is accommodated in the accommodating part (62) formed in the inner circumferential surface of the body (16) The shutter of the container according to the The second embodiment of the present invention can be applied to any container in which a container seal spirally engages an opening in the container, thereby disengaging from the container opening once the container shutter rotates. Figure 11 is a sectional view of a container shutter according to a third embodiment of the present invention. ! The container shutter according to the third embodiment of the present invention is the same as the container shutter (2) mentioned above in the first embodiment or in the second embodiment except that in the container shutter (2) it is place a teaspoon (78), with which the contents stored in the I vessel (10). That is, the container shutter (2) according to the third embodiment is provided with a support part (80) on an inner circumferential surface of an upper side of the body (16) and the teaspoon (78) is placed on the part of the support (80). The obturator (2) of the container according to the third embodiment is used when the contents that are taken with the spoon (78) 'are stored in the container (10). First, the protection piece (32) placed on the upper side of the body (16) is detached from the body and then HE; remove the spoon (78) placed on the body (16).

Then, the aforementioned operation is carried out in the This is the first mode whereby the obturator (2) emerges from the container of the opening (12) of the container and at the same time the sealing part (20) is removed. Then, the user can eat the contents stored in the I container (10) using the spoon (78). Figure 12 in a sectional view of a container shutter according to a fourth embodiment of the present invention, and Figure 13 is a view in operational state of the closure of the container of the container with the fourth embodiment of the present invention. The container shutter according to the fourth embodiment is for storing contents (60) different from the contents (62) stored in the container (10), in the body (16), then mixed The contents (62) stored in the container (10) with the contents (60) stored in the container shutter before discharging the contents (62) stored in the container (10). The container shutter according to the fourth embodiment is used primarily in a container for mixing two types of drugs before use, and can be applied to any container for mixing two materials before use. \ In the container shutter according to the fourth embodiment, the separation unit (18) of the seal piece for removing the sealing piece (20) attached to the opening (12) of the container is placed in the body (16) and contents (84) different from the contents (86) stored in the container (10) are stored in the body (16). The separation unit (18) of the paring piece includes: a connection part (42) integrally connected to the inner circumferential surface of the body (16); a pressure plate (44) integrally formed with the connection part (42) and projecting upwards to be pressed by a user; a cutting unit (46) formed on a lower side of the pressure plate (44) in a circumferential direction, for ejecting the sealing part (20) by moving it downwards when the pressing silver (44) is pressed and for cutting the sealing part (20) by turning it when the body (16) is rotated; and a puncher (88) extending from the center of the bottom side of the pressure plate (44), to eject the center of the sealing piece (20) so that the contents (84) stored in the body (16) can be introduced into the container (10). i The content part (42), the pressure plate (44) 'and the cutting unit are equal to those of the first mode, so their explanations are omitted. The button (8.8) protrudes in tip as a way Í i 52/318 At the end of a rod part (90) extending downwardly from the center of the bottom side of the pressure plate (44) in this manner, it ejects the center of the sealing plate (20) with what forms a hole (92). Through the hole (92) the contents (84) stored in the body (16) are introduced into the container (10).; Since an external diameter of the plunger (88) is larger than that of the rod part (90), sufficient space can be obtained for the contents (84) stored in the body (16) to pass through, even if the part of rod (90) passes through hole (92) formed by the plunger (88).; The operation of the container shutter will now be explained according to the fourth embodiment, as follows. When the pressure plate (44) is pressed with a certain force after the protection piece (32;) is detached from the body (16), the cutting unit (46) moves downwards and thus the edge of the sealing piece (20). At the same time, the pusher (88) moves down and thus the center of the sealing piece is thrown away (20) with which the hole (92) is formed. According to i stp, the contents (84) stored in the body (16) are introduced into the container (10) through the hole (92) and mixed with the contents (86) stored in the container (10). 52/318 When the contents (84) stored in the body (16) are completely inserted into the container (10), the user rotates the body (16) so that the cutter (6Q) of the cutting unit (18) cuts the piece sealing (20) in circular form. If the container shutter is detached from the opening (12) of the container, the sealing part (20) that has been removed from the opening (12) of the container is stored in the accommodating part (62) within the body (16). ). Figure 14 is a view of the upper surface of a container shutter according to a fifth embodiment of the present invention; Figure 15 is a sectional view taken along line VII-VII of Figure 14; Figure 16 is an enlarged view of ?? ' of j figure 15; and Figure 17 is a view in operational state of the container shutter according to the fifth embodiment of the present invention. ! The container obturator according to the fifth embodiment is applied to a container having a relatively large container opening (12). In the container obturator, various separation units (63) of sealing part are formed in a circumferential direction of the body (16). That is, in the shutter of the container (2) according to the fifth embodiment, a division of 52 / 31.8 disc-shaped wall (94) on the inner circumferential surface of the body (16) and at least two support holes (96) are formed in the circumferential direction of the dividing wall (94). The separating unit (63) of the sealing part is formed in each support hole (96). The separation unit (63) of the sealing part includes: a connecting part (65) which is made in I flexible form and connected to an inner circumferential surface of the support hole (96); a pressure plate (671) positioned on an inner circumferential surface of the connection part (65) and pressed by a user and a cutting unit (69) formed on a lower surface of the pressure plate (67) for cutting a sealing piece (20). A width Ti of the connecting part (65) placed on the edge of the dividing wall (94) is greater than a width T2 placed inside the dividing wall (94), in such a way that the pressure plate ( 67) is pressed in an inclined state. The pressure plate (67) is formed as a triangular flat plate so that it is easy to press it in an inclined state. The unit of '. cut of the fifth embodiment of the present invention has the same form as the embodiment52 / 3lá aforementioned except that only one cutting unit (69) is formed in the lower surface of the pressure plate (67). I Now we will explain the operation of the container shutter according to the fifth mode. When the user presses down each pressure plate (67) placed in the circumferential direction of the resignation wall (94), the connection part (65) deforms elastically so that the connection plates (67) move towards down. Accordingly, the cutting unit (60) formed on the lower surface of the pressure plate (67) pulls off the sealing part (20). , Under this state, when the container shutter is rotated, the cutting unit (69) cuts the 1-piece seal (20) and stores it in the container shutter.; According to the container shutter of the first to fourth embodiments, since a sealing part separation unit is used when the opening (12) of the container is large, the size of the pressure plate (67) becomes more large and it is required to apply a large force to press the pressure plate (67). Also, since the pressure plate (67) does not remain easily horizontal at the time of pressing the pressure plate (67), the cutting units do not discard the sealing part. 52/318 between the various cutting units formed on the lower surface of the pressure plate (67). Therefore, to solve the problem, at least two separation units (63) of the sealing part in a circumferential direction of the dividing wall (94) with the same interval in the fifth embodiment are inserted. According to this, the user can press each pressure plate (67) with less force so that it has a convenient use and all the cutting units (69) eject the sealing part (20). Figure 18 is a sectional view of a container obturator according to a sixth embodiment of the present invention and Figure 19 is a view in operational state of the container obturator according to the sixth embodiment of the present invention. . The shutter of the container according to the sixth embodiment includes: a body (5) placed in an opening of the container (12) and a cutting unit (7) formed in an internal side surface of the body (5), to discard the piece sealing (20) attached to the opening of the container (12) when the body (5) is rotated in a direction to close the container and to cut the sealing part (20) whereby the sealing part (20) is stored (20). ) on the body (5) when it is turned in one direction to open the container (10). 52/3? ! The body (5) has a cylindrical shape whose upper side is closed. A female part of the screw i (70) is spirally coupled to a male part of the screw (72¡) formed on the outer circumferential surface of the opening (12) of the container is formed on the inner circumferential surface of the lower side of the body ( 5) . Also, at the lower end of the body (5) an edge portion (9) is formed to maintain a state in which the container shutter is fixed in the opening (12) of the container. : The edge part (9) has a certain interval H of the upper surface of the container (10), in such a way that; the body (5) can be rotated as much as the interval H in a closing direction of the container. The cutting unit (7) includes: various support parts (56) formed on an internal side surface of the body (5) in a circumferential direction with a certain range; a dropping part (58) extending downwardly from the end part of the support part (56) and moving downwards at the moment when the pressure plate (44) is pressed, to throw away the sealed (20); a cutter (60) formed on both lateral surfaces of the support part (56) and rotates together with the body (16) as it rotates to cut the sealing part (20) into a circular shape; and a part of i fitting (62) to accommodate the sealing part (20) that has been separated by the cutter (60) in the opening (12) of the container. Now the operation of the redipient shutter according to the sixth embodiment will be explained, as follows. First, if the body (5) is rotated in a direction to close the container (10), the body (5) moves downwards. At this time, the body (5) can move towards abá or as much as the interval H as the edge part (9); placed on the lower side of the body (5) has the interval H of the upper surface of the container (10). i: According to this, the cutting unit (7) ! formed on the lower surface of the body (5) boots the sealing piece (20). Under that condition, if the body (5) is rotated in a direction to open the container (10), the cutting unit (7) rotates together with the body (5) and at the same time cuts the sealing piece (20) In circular form. Also, the sealing part (20) that has been separated from the opening (12) of the container is placed in the accommodating part (62) formed in the body (5) so it is stored in the container holder. Figure 20 is a sectional view of a container obturator according to a seventh embodiment of the present invention, and Figure 21 is a view in operative state of the container closure of i according to the seventh embodiment of the present invention. A sealing piece separation unit (150) according to the seventh embodiment of the present invention includes: a connecting portion (152) elastically and deformably connected to an internal circumferential surface of the body (16); a pressure plate (154) connected to an outer circumferential surface of the connection part (152) and pressed by a user; and a cutting unit (156) formed on a lower surface of the pressure plate (154) in a circumferential direction, for cutting an outer circumferential surface of the sealing part (20), moving downward when the plate is pressed. pressure (154) and then it is stored in the body.; The connection part (152) is formed as a thin dome-shaped film connected between the inner circumferential surface of the body (16) and the outer circumferential surface of the pressure plate (154) · When the pressure plate (154) it is pressed with one; force greater to a certain degree, the connection part (152) elastically deforms and the pressure plate (154) moves downward.; The pressure plate (154) is formed as a circular plate and is provided with the cutting unit (156) on the lower surface thereof. 52/318 The cutting unit (156) is composed of: a support part formed on the underside of the pressure plate (154) as a cylindrical shape; a cutter (162) formed at the end of the support part (160) in the form of a cylindrical blade, for cutting the sealing part (20) in a circular manner at the moment of pressing the pressure plate i (154) and an accommodating part (164) extending inwardly on an internal circumferential surface of the support part (160) with a certain space, to accommodate the sealing part (20) that has been cut by the cutter (162). I; On the lower surface of the pressure plate (154) at least one retaining part (170) is formed which serves as a shutter to eject the sealing part (20) I when the pressure plate (154) is pressed and the sealing piece (20) is fitted to the inner circumferential surface of the body (16). The retaining portion (170) is composed of: a support bar (172) formed perpendicularly on the lower surface of the pressure plate (154) and a retaining jaw (174) made in the shape of a grain at the end of the support bar (172) and retaining the sealing piece (20). Now we will explain the operation of the separation unit of the sealing part according to the seventh 52/318 modality, as follows. I I When the user presses the pressure plate (15,4) After removing the protection piece (32) placed on the upper end of the body (16), the connection part i of the connection (152) elastically deforms and the pressure plate (154) moves downwards . Accordingly, the cutting unit (156) formed in the lower surface of: the pressure plate (154) moves downward so that it cuts the edge of the sealing part (20) placed in the opening. of the container and then the edge is accommodated in the internal circumferential surface of the body (16). More specifically, when the pressure plate (15,4) moves downwards the cylindrical cutter (162) is moved downward so that it cuts the sealing piece in a circular fashion. The sealing part (20) that has been removed from the opening (12) of the container is stopped by the retaining part (170) so that it fits into the body (16). At that time, the retaining jaw (174) formed on the lower surface of the pressure plate (154) it also moves downward so that the sealed i-piece (20) is released and stopped, whereby the sealing piece (20) is stably accommodated in the body (16). Then, when the user pulls the opening of the container upwards by grasping the handle (36), the opening 52/318 of the container is accommodated in the body. Figure 22 is a sectional view of a container shutter having a separation unit of (sealing part according to an eighth embodiment of the present invention.) The separation unit (180) of the sealing part of according to the eighth embodiment has the same as: the separation unit (150) of the sealing piece of the seventh 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 pressure plate (154) in a cylindrical shape, a icortator (184) formed at the end of the support part (182) in the form of an edge saw, for cutting the sealing part (20) in a circular manner, and an accommodating part (186) projecting on an internal side surface of the support part (182), to accommodate the sealing part (20) that has been separated by the cutter (184) .The cutter (184), constructed as a saw edge to triangular is formed repeatedly, moves down at the time of pressing the pressure plate (154) 52/318 and cuts the sealing piece (20) in a circular manner. In the shutter of the container according to the present invention, the separation unit of the sealing part is installed in the shutter and the pressure plate of the separation unit of the sealing part is pressed before opening the shutter . Then, if the user opens the j shutter by rotating it, the sealing part is automatically removed from the opening of the container so it has a convenient use. Also, since the sealing piece that has been separated from the container opening is stored in the accommodating part within the seal, the resulting environmental contamination can be prevented by discarding the sealing part. Additionally, the different contents of the stored contents in the container are stored in the obturator, to be introduced into the container when the obturator is released from the container. According to this, the contents stored in the shutter can be mixed with the contents stored in the container.

Nor is the edge part required to separate the sealing part since it is separated by the separation unit from the sealing part, thus reducing a used amount of the sealing part thereby reducing the manufacturing cost. 52/318 It will be apparent to those skilled in the art that various modifications and variations may be made in the present invention without departing from the spirit and scope of the invention. Thus, it is intended that the present invention cover modifications and variations of this invention, taking into account that they are within the scope of the appended claims and their equivalents. 52/3

Claims

CLAIMS: 1. A container shutter comprising: i a body placed in an opening in the container through which the stored contents are discharged into a container, and which has a space therein; '; a support unit formed on the lower side of the body, for supporting the body in the opening of the I recipient; and i a separation unit of the sealing piece formed in the body, for separating a sealing piece that I seals the opening of the container and thereby stores the sealing foot on the body when it is released from the opening of the container. ! The container shutter according to claim 1, wherein a protection piece for protecting the separation unit from the sealing part is colourated at an upper end of the body. 3. The container shutter according to claim 1, wherein the body has a cylindrical shape, whose upper and lower sides are respectively open, and is composed of: a first body where the part separation unit is formed. of sealing and a second body having an inner diameter larger than that of the first body and provided with the support unit. 52/318 i j. The container shutter according to claim 3, wherein the first body and the second body are provided with a support flange in a connection stop between them, the support flange protrudes in a circumferential direction, thereby adhering to a top surface of the container opening where the sealing piece is placed. The container shutter according to claim 1, wherein the body is provided with various projections on an outer circumferential surface thereof, and is provided with a handle to be held and pulled when the body is detached from the opening of the body. container at a lower end thereof. ij The container shutter according to claim 1, wherein the support unit is constructed as a retaining projection protruding on an internal circumferential surface of the body in a circumferential direction, thereby being retained by a retaining shoulder formed on a top surface of the container opening. I 7. The container shutter according to claim 1, wherein the support unit is a female part of the screw formed in an internal circumferential surface of the body for spirally coupling with a male part of the screw formed in a 52/318 outer circumferential surface of the container opening.; The container shutter according to claim 1, wherein the sealing part separation unit includes: a connecting part elastically and deformably connected to an internal circumferential surface of the body;; a pressure plate connected to an internal circumferential surface of the connection part and pressed by a user; Y ! a cutting unit formed at the edge of a lower surface of the pressure plate in a circumferential direction with the same interval, for ejecting the piece i from; sealed when pressing the pressure plate and to cut the sealing part and with that store it in the body when it is turned. 9. The container shutter according to claim 8, wherein the connection part is formed as a thin dome-shaped film connected between one; inner circumferential surface of the body and an outer circumferential surface of the pressure plate, of; this mode deforms elastically when pressing the pressure plate. 10. The container shutter according to 52/3 ! Claim 8, wherein the pressure plate is made in the form of a disc and is provided with a pressure part that protrudes to be pressed by a user in the center of an upper surface thereof, and a reinforcing flange for strengthening the pressure plate that forms radially on an upper surface of the pressure plate. 11. The container shutter according to claim 8, wherein the cutting unit includes: a plurality of support parts formed on the edge of a lower side of the pressure plate in a circumferential direction with the same interval; a bumper portion extending downwardly from the end portion of the support part, for ejecting the sealing part; : a cutter formed on both lateral surfaces of the support part and which rotates together with the body at the moment when it rotates to cut the sealing piece in a circular form; and an accommodating portion for accommodating the sealing part that has been separated by the cutter in the opening of the container. i 12. The container shutter according to claim 11, wherein the support part is formed as a flat plate having a certain radius of curvature i and accommodates at the edge of the lower surface of the pressure plate with a certain interval, and is provided with the cutter on both side surfaces thereof and on both side surfaces of the lower end thereof. The container shutter according to claim 11, wherein the throwing part is formed in the! The lower end of the support part is wider than the support part and has a pointed end portion for easily disposing of the sealing part. ! The container obturator according to claim 11, wherein the accommodation part is constructed as a support part extending from the; extreme part of the part of bounce to an internal side of the body with a certain angle of inclination.; 15. The container shutter according to claim 1, wherein the body is provided with a spoon with which the stored contents are taken. In the container. 16. A container shutter comprising:? a body placed in a container opening through which the contents stored in | u container, for, storing contents different from the contents stored in the container; a connection part connected to a surface 52/318 internal circumferential body; I a pressure plate connected to an internal circumferential surface of the connection part and pressed by a user; 1 a cutting unit extending to a lower side of the pressure plate, for ejecting the seeding part by moving it downwards when the pressure plate is pressed and for cutting the sealing part when the body is rotated; and a puncher that extends from the underside of the pressure plate to eject the sealing piece by moving it downwards at the moment of pressing the pressure plate, thereby introducing the contents stored in the body into the container . 17. The container shutter according to claim 16, wherein the body is provided with a spoon. 18. The container shutter according to claim 16, wherein the cutting unit includes: i various support parts formed on the edge of a lower side of the pressure plate in a circumferential direction with the same interval; i a part of bounce that extends down I from the extreme part of the support part, to throw Í the sealing piece; 52/318 a cutter formed on both lateral surfaces of the support part and which rotates together with the body at the moment of turning the body, to cut the sealing piece in a circular form; and a part of accommodation for accommodating the sealing piece which has been separated by the cutter in the opening • I gave a container.; The container obturator according to claim 16, wherein the puncher is made in a conical shape at the end of a rod portion extending downwardly from the center of the pressure plate. 20. The container shutter according to the rei indication 19, wherein the puncher has an outer diameter larger than that of the rod part. 21. A container obturator comprising: a body placed in a container opening through which contents stored in a container are discharged, and having a partition wall therein; and i at least two sealing part separation units formed on the edge of the dividing wall in a circumferential direction with the same interval, for separating a sealing part that seals the opening of the container and thereby stores the sealing part at 52/318 body when it emerges from the opening of the container. The container shutter according to claim 21, wherein the dividing wall is provided with at least two support holes in a circumferential direction thereof, and the separation unit of the sealing part is formed in each hole of the container. jsoporte. 23. The container closure according to claim 22, wherein the sealing part separation unit includes: a connecting part connected to an inner circumferential surface of the supporting hole in a flexible form; a pressure plate connected to an internal circumferential surface of the connection part and pressed by a user; y ': a unit of. cut formed in a lower surface of the pressure plate and to separate a sealing piece. ! 24. The container shutter according to claim 23, in; where the width of the connecting part placed on one edge of the dividing wall is greater than the internal width of the dividing wall. \ 25. A container shutter comprising: i 52/318 a body spirally coupled to an opening of the container; ! a support unit formed on an internal circumferential surface of the body, thereby engaging with the opening of the container; and a unit for separating the sealing part formed on an internal side surface of the body, for throwing a sealing piece attached to the opening of the container when the body is rotated in a direction to close the container, and for cutting the piece of sealing and thereby storing the sealing part in the body when it is rotated in a direction to open the container.; 26. A container obturator comprising: a body coupled to an opening of the container; and a unit for separating the sealing part formed on an internal side surface of the body and for separating a sealing part positioned in the opening of the container, wherein the separation of the sealing part includes:; a connecting part elastically and deformably connected to one. inner circumferential surface of; body; a pressure plate connected to an internal circumferential surface of the connection part and i 52/31? i Pressed by a user; and a cutting unit formed in an edge of a lower surface of the pressure plate in a cylindrical shape, for cutting the sealing part and then storing it in the body. ! The container shutter according to claim 26, wherein the cutting unit is comprised of: a support part formed on a lower side of: the pressure plate in a cylindrical shape; a cutter formed at the end of the bearing part in a cylindrical blade shape, for cutting the sealing part in a circular shape at the moment of pressing the pressure plate; and an accommodating portion extending inwardly in an internal circumferential surface of the support part with a certain width, to accommodate the sealing part that has been cut by the cutter. 28. The container shutter according to claim 26, in. wherein the cutting unit is composed of: a support part formed on a lower side i of the pressure plate in a cylindrical shape; a cutter formed at the end of the support part is repeatedly formed as a blade 52/3 triangular, to cut the sealing piece in a circular way when pressing the pressure plate; Y An accommodating part extending inwardly in an internal circumferential surface of the support part with a certain width, to accommodate the sealing part that has been cut by the cutter. 29. The container shutter according to claim 26, wherein the separation unit of the sealing part further includes a retaining portion formed on a lower surface of the plate. I of pressure, to throw off the sealing part when the pressure plate is pressed and to accommodate the sealing part in the circumferential surface of the body. 30. The container shutter according to claim 29, wherein the retaining part is composed of: a support bar formed perpendicularly on the lower surface of the pressure plate, and! a retaining jaw made in the form of a grain at the end of the support bar and which stops the sealing part. 52/318