KR101666554B1 - Pouch set of infusion solution with a vial replacement bottle and an outlet filter - Google Patents

Abstract

The present invention may be applied to a medicine container portion 500 fused to the rim of the fluid-storage container 510 so that the medicine contained in the medicine container of the vial container function is added to the receiver fluid container 510;
A fluid container 510 for receiving the fluid to which the drug contained in the medicine container portion 500 is added; And
A discharge port 580 which is connected to the tubular outer diameter portion 584 by a filter means that is fused to the outlet side of the fluid container 510 to discharge the fluid into a separate discharge needle and to block the discharge of debris generated when the medicine is supplied from the medicine container, And a vial-containing liquid container with a vial function.

Description

{Pouch set of infusion solution with a vial replacement bottle and an outlet filter}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a vial-

A technique for allowing an additive to be added to the contents in the container when the additive is received in the container plug of the container and when the container plug is opened is known as US Pat. No. 3,924,741. 1, a stopper 2 having a skirt 6 screwed to the outer threaded portion of the inlet 3 of the container 1 and a cylindrical sleeve 7 inside the stopper 2 are vertically moved And a receiving cap 21 for receiving and discharging the additive 28.

The stopper 2 includes a lateral wall 8 with a closed bottom end of a cylindrical sleeve 7 extending downward from the top of the skirt 6 and inside the bottle inlet, (9). The outer surface of the protruding portion 19 protruding above the horizontal surface to form the upper end of the skirt 6 at the upper end of the cylindrical sleeve 7 and the outer surface of the enlarged portion 15 of the cylindrical wall 11 of the corresponding accommodating cap 21 are restricted And shoulders 14 and 16, respectively. Of course, the upper surface of the protruding portion 19 protruding above the horizontal surface to form the upper end of the skirt 6 at the upper end of the cylindrical sleeve 7 is engaged with the supporting surface of the disc portion 22 of the corresponding accommodating cap 21, So as to guide the movement of the receiving cap 21 when the side opening 9 is opened. (27) is the beverage contained in the container (1).

The receiving cap 21 includes a cylindrical wall 11 to which the lower end of the receiving wall 21 is coupled to the transverse wall 8 so as to be hermetically sealed at the time of the initial coupling and a disc portion 22 functioning as a stopper at the top of the cylindrical wall 11, And a dome 25 protruding from the center of the upper end of the disc portion 22 to the separation groove 26 so as to communicate with the cylindrical wall 11 when separated from the cylindrical wall 11. 17 is a flange 23 supporting the disc portion 22 so that the inner diameter thereof is smaller than the cylindrical wall 11 so as to seal the transverse wall 8 and to open the hole 9 when it ascends. 24 are disk side surfaces of the disk portion 22. [

However, in such a structure, when the receiving cap 21 rises, several side holes 9 are opened in the lower end portion of the cylindrical sleeve 7 constituting the stopper 2 so that the additive 28 is discharged into the container, The sealing member 28 is designed to maintain the sealed state by the rim 13 and the transverse wall 8 which are the lower ends of the small bottom 12 of the lower portion of the cylindrical wall 11. However, There is a problem in that a molding error occurs and moisture penetrates due to the characteristics of the material of the synthetic resin, and the separation groove 26 of the dome 25 is thin, thereby causing a problem of moisture penetration, and the additive powder is hardened or deformed.

According to another technique, the protruding screw portion is provided outside the protruding portion of the stopper so that the disc portion of the accommodating cap is screwed with the protruding screw portion so that the function of the up-down moving means for opening the additive discharging window The technology that the cap is raised to have been developed was developed as a domestic patent registration No. 10-1133406 (inventor Lee Seong Jae et al.). However, this also has a problem in that there is a problem in sealing property and a possibility of moisture permeation because the shape deformation and sealing according to the elapse of time and temperature change are made only on one side.

In order to solve the problem of the sealing property, another technical structure is used to form an elastic desorption valve only at a portion where sealing is extremely required. In this case, additives are temporarily blocked to improve assemblability, The inventors of the present invention have developed a new technology for separating the moving member, which is the upper cap, from the PCT open pamphlet (inventor: Cho, Young-Kook) .

In order to solve this problem, the shape of the desorption valve is modified, a bridge is attached to the lower end of the slider of the lower cap so that the desorption valve can not be separated, and the adhesion force is maintained and the sealing property is maximized when the desorption valve is engaged. -2011-0086488 (Inventor: Cho Yeong-guk), but there is still a problem with the sealability due to the deformation of the desorption valve and slider

And there is a problem that it is difficult to maintain the initial sealing property because of a decrease in tension force at the time of deformation for a long time.

As a pouch for a pouch bag, a domestic utility model registration No. 20-0455090 is known, and a structure in which a vial is coupled to a sap set is disclosed in Korean Patent Laid-Open No. 10-2006-0123372, Korean Utility Model Registration No. 20-0478043, Korean Patent Registration No. 10-0569223 discloses that although the vial is bonded to the outside of the liquid container, the container is not good in storage, is difficult to pack, and the vial is unintentionally mixed when it is impacted, making it difficult to use.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a vial container having a vial container and a discharge port coupled to a rim of a pouch type liquid container, A built-in medicine container with a built-in vial function for allowing the built-in medicine to be supplied to the inside of the liquid container while opening the slider of the function of the built-in medicine container and supplying the built-in medicine to the liquid container To provide a set of fluids.

Another object of the present invention is to provide a pouch-type liquid container which comprises a container body and an outlet port coupled to a rim of a pouch-type liquid container, and a medicament container unit having an opening of the slider functioning as a medicament container built in the container, And a filter means for preventing foreign matter from penetrating into blood vessels through a needle tube is provided in the discharge port so as to provide stability.

Another object of the present invention is to provide a pouch-type liquid container which comprises a container body and an outlet port coupled to a rim of a pouch-type liquid container, and a medicament container unit having an opening of a slider functioning as a medicament container built in the container, And a filtering means for blocking the penetration of the foreign substance into the blood vessel through the injection needle tube is included in the filter and the filter body and the filtering net for blocking the needle passage, The present invention is to provide a vial-containing liquid container set with a vial function that allows the liquid to be supplied without damaging the filter paper due to the needles by preventing the needles from passing through the filter or the filter body.

Another object of the present invention is to provide a pouch-type liquid container which comprises a container body and an outlet port coupled to a rim of a pouch-type liquid container, and a medicament container unit having an opening of the slider functioning as a medicament container built in the container, The medicament container portion and the discharge port provided at the inlet and outlet sides of the fluid container are formed such that the extension line toward the fluid container is formed at an acute angle and the hook portion is provided at the edge of the fluid container opposite to the acute- So that the liquid can be easily hooked on the hook without forming a separate hook hole in the medicine container part and the outlet port.

To this end, the present invention provides a medical device comprising: a drug container part fused to a rim of a liquid container to add a drug contained in the drug container having a vial container function to the liquid container;

A liquid container for containing the liquid to which the drug contained in the medicine container portion is added; And

And a filter means fused to the outlet of the fluid container to discharge the fluid into a separate discharge needle and filter means for blocking the discharge of debris generated in the medicine container is connected to the tubular outer diameter portion, .

As described above, according to the present invention, when the drug container portion and the discharge port serving as a vial container are coupled to the rim of the pouch-shaped liquid container and the drug container portion is rotated with the opening member exposed to the outside of the liquid container, So that the built-in medicine is supplied into the liquid container, and the built-in medicine is supplied to the liquid container without acting as a separate needle for opening the liquid container.

The present invention is characterized in that a medicine container portion and an outlet port are coupled to the rim of a pouch type liquid container, and when the drug container portion is rotated with an opening member exposed to the outside of the liquid container, The medicine is supplied to the inside of the liquid container, and the discharge port is provided with a filter means for blocking the penetration of the foreign substance into the blood vessel through the needle tube, thereby providing stability.

The present invention is characterized in that a medicine container portion and an outlet port are coupled to the rim of a pouch type liquid container, and when the drug container portion is rotated with an opening member exposed to the outside of the liquid container, A filter means for blocking the penetration of the foreign substance into the blood vessel through the needle tube, and a filter net for blocking the passage of the needle, so that the needle passes through the filter, So that the fluid can be supplied without damaging the filter paper due to the needle, so that it can be used irrespective of the size of the needle.

The present invention is characterized in that a medicine container portion and an outlet port are coupled to the rim of a pouch type liquid container, and when the drug container portion is rotated with an opening member exposed to the outside of the liquid container, The medicament container portion and the discharge port provided on the inlet and outlet sides of the liquid receiver container are formed such that the extension line toward the liquid receiver container is formed at an acute angle and the hook hole is formed at the edge of the liquid container opposite to the discharge port This allows the liquid to be easily hooked on the hook without forming a separate hook hole in the drug container and outlet.

FIG. 1 is a cross-sectional view showing a conventional container stopper for adding an additive into a container,
2 is a front view of the present invention,
3 is a front view showing another example of the present invention.
4 is a cross-sectional view of an example of a vial container according to the present invention,
5 is an enlarged view of the main part of Fig. 4,
6 is a cross-sectional view of an outlet of the present invention.

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

One embodiment of the present invention includes a tubular type slider 536 constituting a medicine container having a vial container for accommodating a vial pill, and a lower end inlet of the slider 536 to be opened and closed and a seal is formed between the lower end entrance of the slider 536 And the rim has a bottom surface inner plug 560 having an outlet port 526a and a wing attachment base 575 which supports the bottom surface inner plug 560 and is coupled to the liquid receiver 510 And the coupling between the slider 536 and the bottom inner stopper 560 is separated from the coupling member 520 by an extension pipe 527 extending in the shape of a tube on the coupling member 520 to be connected to the outlet 526a A drug container part 500 including an opening member 530 which functions to discharge the built-in medicine and to be added to the liquid in the liquid container 510;

A pouch-shaped liquid container 510 fusing and supporting the wing-type attachment table 575 of the medicine container unit 500 at the entrance side and fusing the rim to receive the liquid therein; And

A filter (not shown) which is an example of a filter means that functions as a filter means for accommodating a fitting stopper 582, which is fused to the outlet side of the liquid receiver 510 and fitted with a separate discharge needle, into the outer diameter portion 584, And a discharge port 580 having a wing-type attachment base 585 in the middle of the length of the outer diameter portion 584 by coupling the cap 590.

Another example of the present invention includes a tubular inner cap (not shown) extending from the main cap 524 to which the wing-type attachment base 575 is attached so as to fuse with the inlet of the liquid receiver 510, A coupling member 520 having a discharge port 526a on the lower end side of the inner cap 526 and a slider 536 and a slider 536 which are housed in the inner diameter position of the inner cap 526 and are vertically guided, An opening member 530 which extends from the inner cap 526 to engage with an extension pipe 527 exposed to the outside of the pouch container and a lower end and an inner surface of the slider 536, A bottom gasket 550 which is separated from the slider 536 when the opening member 530 is separated and a bottom gasket 550 which is integrally provided at a lower end of the outlet port 526a and which is formed integrally with the bottom, (560) including a bottom inner stopper (560) for tight sealing sealing at the same time 0);

A fluid container 510 fusing and sealing the winged attachment base 575 of the medicine container unit 500 at its inlet side and having a rim seal for receiving fluid therein; And

A filter (not shown) which is an example of a filter means that functions as a filter means for accommodating a fitting stopper 582, which is fused to the outlet side of the liquid receiver 510 and fitted with a separate discharge needle, into the outer diameter portion 584, And a discharge port 580 having a wing-type attachment stand 585 in the middle of the length of the outer diameter portion 584 by coupling the cap 590. [

A shoulder portion 522 is formed on the upper surface of the main cap 524 at the lower end of the upper cap 534 of the opening member 530 screwed with the extension pipe 527 to hold the lower end of the skirt for preventing re- do. A sealing dam 532 for sealing with the inner wall of the extension pipe 527 is attached to the upper edge of the upper cap 534 and an upper plate 536c which blocks the upper end of the slider 536 is provided inside the sealing dam 532, And a protruding hook 536d protruding from the protruding hook 536d.

5, a sealing wheel 536a, which is smaller than the width of the slider lower end 536b, is vertically protruded from the slider lower end 536b of the slider 536 and a bottom gasket 550 supported by the bottom inner stopper 560, The sealing wheel 536a is press-fit-engaged with the sealing groove 552 formed inside the sealing ring 551 and the upper surface of the sealing ring 551 is in surface contact with the slider lower end 536b For example.

5, the bottom surface inner stopper 560 includes an inner surface vertical support portion 564 for supporting the inner surface of the bottom gasket 550, a horizontal support portion 562 for supporting the outer surface of the bottom surface of the inner surface vertical support portion 564 in the form of a bridge, And a side support portion 561 for supporting the sealing ring 551 of the bottom gasket 550 at the outer end of the horizontal support portion 562;

A space 526c through which the hook 553 formed outside the lower end of the extension pipe 557 extending to the bottom surface of the sealing ring 551 of the bottom gasket 550 penetrates is formed between the horizontal support portions 562. The hook 553 is configured to engage with a latching protrusion 526b protruding from the inner wall of the space 526c. The hook 553 and the engagement protrusion 526b may be configured to engage at the outer wall of the vertical vertical support portion 564. (563) is a sealing ring base provided on the side support portion (561) to support the bottom surface of the sealing ring (551). The upper surface support portion 565 is an inner surface upper support portion that horizontally supports the insertion portion 556 of the protruding upper edge of the bottom surface inner stopper 560. The screw 524a of the upper cap 534 is released so as to prevent the screw 534a of the upper cap 534 from separating from the extension pipe 527 and the screw 534a of the upper cap 534 rotates, Ring.

The outlet 580 has a filter cap 590 as filter means at an inner end of an inner diameter portion 586 extending from the outer diameter portion 584 to receive the fitting stopper 582 as shown in FIG. One example of the filter cap 590 may be a filter paper 592 for preventing the foreign matter in the liquid receiver 510 or a filter element such as a filter plate or a filter pellet bag, And a filter net 594 functioning to block the discharge needle injected through the fitting plug 582 from passing through the filter paper 592. [

The filter paper 592 and the filter net 594 are horizontally disposed with a vertical separation distance by a separate filter retaining ring 596 and the filter retaining ring 596 is disposed on the inner diameter side of the inner diameter portion 586 Or an outer diameter thereof. The compression fit fitting means can be realized by using various known techniques such as a hook fitting, a screw fitting, a high frequency welding, and the like. Further, the filter paper 592 may be replaced with various known structures such as at least one or more layers of sheets, granules, granules, porous filtration members, or combinations thereof, which perform a filter function.

The filter paper 592 may be configured to be press-fitted to the inside diameter of the filter fixing ring 596 in a pulled state by a filtering 593 on the rim.

The medicine container unit 500 and the discharge port 580 which are spaced apart from the inlet and the outlet of the fluid container 510 are disposed at an acute angle with respect to the fluid container 510, And a hooking hole 600 is formed on the edge of the protrusion 510 as shown in FIG. 2 and FIG. 3.

As shown in FIG. 5, when assembling the present invention constructed as described above, a medicine (not shown) is received in a slider 536 constituting a medicine container having a vial container function, and a bottom inner cap 560 is inserted through a bottom gasket 550 And the lower end of the slider 536 is coupled to maintain the sealability as shown in FIG.

Meanwhile, the discharge port 580 also has a fitting cap 582 of silicone or rubber material attached to the outer outer diameter portion 584, and a filter cap 590 is fitted to the inner diameter portion 586.

The medicine container unit 500 and the discharge port 580 which are combined in advance are inserted into the inlet and outlet sides of the container 510, and the fluid is filled in the container 500 and fused by ultrasonic waves. Since the molding technique itself is a known technique, a description of molding will be omitted.

For example, in the case of molding in the form as shown in FIG. 2, the opening member 530 of the medicine container unit 500 is opened (turned counterclockwise) and fused with the liquid receiver 510 by the wing- So that the inner cap 526 is fixed and the upper cap 534 of the opening member 530 is raised and at the same time the fixing jaw 533 and the protruding hook 535d maintain the engagement, The slider 536 rises. This means that the inlet of the slider 536 is opened in the bottom gasket 550 and at the same time the medicament (not shown) accommodated therein is mixed into the liquid receiver 510 through the outlet 526a. This is advantageous in the addition of a medicament that mixes with liquid and provides immediate effect without deterioration, and it is advantageous to rotate the opening member 530 so that the built-in medicine (powder, granule, liquid phase) It is convenient to add.

After the bi-pharmacological agent is added to the sap, the discharge port 580 is positioned downwardly on the hanging hole 600 in the general hand hanging hole (not shown), so that the sap can be supplied to the human body by gravity do.

In order to supply the liquid to the human body, the liquid can be injected into the blood vessels of the human body through the cap 582, which is not illustrated, through the cap 582, and the liquid can be injected into the blood vessel of the human body through the conduit.

3, the medicine container unit 500 may be installed on one side of the upper edge of the liquid receiver 510, and the outlet 580 may be formed in the middle of the lower edge of the liquid receiver 510, The screw 534a of the upper cap 534 is hooked by the rotation ring 527a so that the upper cap 534 rotates in the direction of rotation And the built-in medicine is added to the inside of the liquid container 510 through the discharge port 526a exposed by the slider 536 raised together with the upper cap 534 therebetween.

In this case, since the discharge port 580 is provided on the outlet side so as to form an acute angle with the medicine container unit 500, it is hooked by the hook hole 600 formed at the rim of the liquid container 510 opposite to the discharge port 580, do. Of course, the process of injecting a needle into a blood vessel of a human body by using a needle is similar to that of FIG. Of course, the pharmaceutical container part 500 can be embodied in a known alternative configuration that accommodates the built-in medicine and is added to the liquid of the liquid container when using the liquid.

A cylindrical wall 12 and a cylindrical lower wall 13 are formed on a lower wall of the cylindrical wall 12. The cylindrical wall 12 is provided with a cylindrical wall 12, The disk portion 23 and the disk portion 25 are formed on the disk side 25 of the disk 26. The dome 26 separates the vial 50 from the vial 51, A lower end of the slider 536b and a lower end of the slider 536d are connected to each other by a sealing ring 552 formed on the upper surface of the lower plate 536, The upper supporting portion 566, the ribs 575, the wing attachment portion 580, and the upper attachment portion 580. The hook portion 556 is formed with a hook portion 557, a hook portion 556, an insertion portion 557, an extension pipe 560, a bottom surface inner plug 561, a side support portion 562, a horizontal support portion 563, A filter cap 592, a filter paper 593, a filter 594, a filter net 595, a needlelike block 596, a filter fixing ring 592,

Claims (7)

delete delete A tubular type slider 536 functioning as a medicine container for containing a medicine and a bottom gasket 550 for supporting the lower end opening of the slider 536 to open and close the lower end entrance of the slider 536 The rim has a bottom inner stopper 560 having an outlet 526a and a coupling member 520 having a wing attachment base 575 for supporting the bottom inner stopper 560 and coupled to the liquid receiver 510, The coupling between the slider 536 and the bottom inner stopper 560 is released when the upper cap 534 threadedly engaged with the extension pipe 527 extending in the tubular shape above the member 520 is disengaged to be housed in the discharge port 526a A drug container part 500 including an opening member 530 which is discharged and functions to add to the liquid in the liquid container 510;
A pouch-shaped liquid container 510 fusing and supporting the wing-type attachment table 575 of the medicine container unit 500 at the entrance side and fusing the rim to receive the liquid therein; And
The outer diameter portion 584 is fitted with a fitting cap 582 which is fused to the outlet side of the liquid receiver 510 and is fitted to the outer needle portion 582. The filter means is coupled to the outer diameter portion 584, And a discharge port (580) having a wing-type attachment base (585) in the middle of the length, so that the medicine container is supplied without supplying the medicine with the needle.
A tubular inner cap 526 extending from the main cap 524 to which the wing attachment base 575 is attached so as to fuse with the inlet of the liquid container 510 to the inside of the inlet of the liquid receiver 510, A slider 536 and a slider 536 which are housed in an inner diameter position of the inner cap 526 and vertically guided in the vertical direction and serve as an additive agent receptacle, An opening member 530 that extends from the pouch body 526 through an extension pipe 527 exposed to the outside of the pouch container through the upper cap 534 and the lower end and the inner surface of the slider 536, A bottom gasket 550 which is coupled to the slider 533 at the time of release by releasing the upper cap 534 of the opening member 530 and discharges the internal medicine of the slider to the discharge port 526a, 526a, and the outer, bottom, and inner surfaces of the bottom gasket 550 are integrally formed at the same time Drug storage portion 500 including an inner cap (560) coupled to the bottom surface of mounting seals;
A fluid container 510 fusing and sealing the winged attachment base 575 of the medicine container unit 500 at its inlet side and having a rim seal for receiving fluid therein; And
The outer diameter portion 584 is fitted with a fitting cap 582 which is fused to the outlet side of the liquid receiver 510 and is fitted to the outer needle portion 582. The filter means is coupled to the outer diameter portion 584, And a discharge port (580) having a wing-type attachment base (585) in the middle of the length thereof.
The filter means coupled to the inner end of the inner diameter portion (586) extending into the interior of the receiver vessel (510) at the outer diameter portion (584) receiving the fitting stopper (582) ), And the filter cap (590) comprises a filter paper (592) for preventing the foreign matter in the liquid receiver (510) from being discharged and a filter body.
The vial according to claim 5, characterized in that a filter net (594) functioning to block the injection needle from being passed through the filter paper (592) or the filter body is further added near the filter paper (592) or the filter body Functional drug container with built-in liquid set. delete

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