WO2018101788A2

WO2018101788A2 - Infusion solution set having vial function and containing injection bottle

Info

Publication number: WO2018101788A2
Application number: PCT/KR2017/013999
Authority: WO
Inventors: 이영재; 이호재
Original assignee: 주식회사 제이씨텍
Priority date: 2016-12-01
Filing date: 2017-12-01
Publication date: 2018-06-07
Also published as: KR101927194B1; KR20180062735A; WO2018101788A3; CN108126256B; CN108126256A

Abstract

The present invention relates to an infusion solution set having a vial function and containing an injection bottle, the infusion solution set comprising: a discharge opening (20) installed at the exit (12) of a pouch container (10); and an injection opening (30) formed at the entrance (14) of the pouch container (10), wherein the injection opening (30) comprises: an injection needle portion (40) having an injection needle (44) installed vertically above an injection needle holder (42) thermally bonded to the entrance (14) of the pouch container (10); an inner cap (50) coupled to the injection needle holder (42) of the injection needle portion (40), the injection needle (44) being contained in the inner cap (50), and the inner cap (50) having a sealing film (52) through which the injection needle passes when descending; an outer cap (60) configured to be able to move upward/downward coaxially with the inner cap (50), the outer cap (60) containing an injection bottle (70) upside down; and a packing holder (90) coupled to the upper portion of the sealing film (52) of the inner cap (50) to be able to move vertically, the lower portion of the packing holder (90) sealing/coupling an entrance cap (72) of the injection bottle (70) and the sealing film (52), and the packing holder (90) containing a packing (80) that has a vertical through-hole (82) at the center thereof.

Description

Vial vial vial set

The present invention relates to a vial visceral vial set.

Korean Patent No. 10-0569223, such a structure is provided with a connecting member in communication with the drug container, a plastic container having a discharge member for discharging the chemical at the other end; And a communication needle connected to the connection member and inserted into the connection member through the medicine container of the protective cap for receiving the medicine container and the stopper to communicate the medicine container with the sap; The protective cap part is a fixed cap and a moving cap are combined, it is difficult to assemble, the component is complicated and has a problem in sealing.

In another technique, the dissolution liquid cap is coupled to the inlet of the dissolution liquid container known as Korean Patent Registration No. 10-1640159, a communication member is placed inside the dissolution liquid cap, and a communication member is placed on the communication member and the upper portion of the dissolution liquid cap. The penetrating needle penetrates the medicine in the medicine container through the needle insertion part through the communication member, and is supplied to the solution container. The bidirectional injection needle has the advantage of allowing the solution container and the medicine container to pass through, but has a large number of parts and a sealing. Securing the castle is not easy.

Korea Utility Model Registration No. 20-0455090 is known as a pouch stopper used in the pouch bag, and the structure of combining the vial to the sap set is disclosed in Korea Patent Publication No. 10-2006-0123372, Korea Utility Model Registration No. 20-0478043 , And Korea Patent Registration No. 10-0569223, but the vial is a structure that is coupled to the outside of the sap container is not good storage, difficult packaging, and difficult to use, such as unintended mixing of the vial medicine during impact There is this.

The present invention is to solve this, an object of the present invention in the pouch infusion container is installed in the inlet of the inlet, the outlet portion of the pouch container, the injection port fixed to the needle protruding vertically in the lower portion of the infusion container The inner cap with the sealing part in the center is coupled to the needle holder which fixes the needle, and the packing holder which moves vertically on the upper part of the sealing film of the inner cap, and the packing that seals the inlet cap of the injection bottle and the sealing in the packing holder, The packing holder and the injection bottle containing the packing are accommodated in the outer cap which is screwed together with the inner cap, and after separating the C-type crevice that provides the vertical space to lower the outer cap from the fixed position, and lowering the outer cap, the packing holder and the vial together with the outer cap When the sealing film is lowered while the device is vertically lowered, the needle penetrates the sealing film, and the injection liquid is automatically filled with the contents of the fluid container. It is intended to provide a vial vial vial set that provides a vial function by providing a blending function to provide hygiene, ease of use and safety.

Another object of the present invention is a pouch infusion container, the inlet of the inlet, the outlet portion of the pouch container is installed in the inlet, the injection port fixed to the needle protruding vertically in the lower portion and the needle to communicate with the fluid container, the needle fixed Combine the inner cap with the sealing part in the center of the needle holder, the packing holder which moves vertically on the sealing film of the inner cap, the packing holder with the inlet cap of the vial and the sealing seal, and the packing holder to accommodate the packing and the injection The vial is housed in an outer cap that is screwed into the inner cap, and after separating the C-type crevice that provides the vertical space to lower the outer cap from the fixed position, the screw is lowered by screwing the outer cap into the exposed vertical space and the packing holder with the outer cap. When the vial is lowered vertically and the sealing membrane is lowered, the lower needle penetrates the sealing membrane and the injection liquid Since functions to be mixed with the contents of the container and automatically, even when you insert the needle in the injection vial novice users do not need to manipulate the needles to specific intended to provide an injection vial vials set of built-in receiver that features ever available.

Another object of the present invention is a needle fixed to the inlet of the pouch container, coupled to the inner cap fusion fusion to the needle holder for supporting the needle, the inner cap has a sealing film surrounding the needle to isolate the outside and the needle to penetrate the external bacteria Is withheld,

Sealing the injection bottle with the injection bottle and the inner packing using the peking holder on the top of the sealing film to completely seal the injection bottle.Since the C-type creep keeps the outer cap at a certain height, it prevents the sealing film from being damaged from the needle. To provide a vial vial vial set of infusion solution.

In order to achieve the above problems, the present invention,

An outlet installed at the outlet of the pouch container; And

An inlet installed at the inlet of the pouch container;

The injection hole is a needle that is installed in the needle vertically on the needle holder fused to the inlet of the pouch container;

An inner cap coupled to the needle holder of the needle and having a sealing film therein to receive the needle therein and to pass the needle when lowered;

An outer cap to cope with the inner cap so as to be movable and to hold the injection bottle inside; And

It is coupled to the upper portion of the sealing film of the inner cap is vertically coupled, the lower portion provides a vial function injection vial set containing a vial holder that seals the injection bottle inlet stopper and the sealing membrane and contains a packing having a vertical through the center do.

As described above, the present invention, in the pouch infusion container provided with an inlet at the inlet of the pouch container, an outlet at the outlet portion, the injection needle is fixed to the needle protruding perpendicularly to the lower portion and the needle is in communication with the fluid container, the needle is fixed Combine the inner cap with the sealing part in the center of the needle holder, the packing holder which moves vertically on the sealing film of the inner cap, the packing holder with the inlet cap of the vial and the sealing seal, and the packing holder to accommodate the packing and the injection The vial is accommodated in the outer cap which is screwed into the inner cap, and after separating the C-type crevice which provides a vertical space to lower the outer cap at the fixed position, and lowering the outer cap, the packing holder and the injection bottle are lowered together with the outer cap and the sealing film is lowered. The needle penetrates the sealing membrane so that the injection liquid is automatically mixed with the contents of the fluid container. It provides the convenience and safety of use.

In the present invention, the inlet of the pouch container, the inlet port, the outlet portion of the pouch infusion container is installed in the outlet, the injection port is fixed to the needle protruding vertically protruding in the lower portion and the needle to communicate with the fluid container, the needle holder for fixing the needle The inner cap is combined with the inner cap, and the upper part of the inner cap sealing film has a packing holder that moves vertically, and the packing holder has an inlet cap of the injection bottle and a seal that seals the packing. It is housed in the outer cap, which is screwed together with the outer cap, and separates the C-type crevice that provides the vertical space to lower the outer cap from the fixed position, and then lowers it by screwing the outer cap into the exposed vertical space, and the packing holder and the injection bottle together with the outer cap When the sealing film is lowered while being vertically lowered, the needle located at the bottom penetrates the sealing film, and the injection liquid is in the fluid container. Since functions to be mixed with water and automatically, even when you insert the needle in the injection vial novice users do not need to manipulate the needles to specific and ever available.

In the present invention, the needle is fixed at the inlet of the pouch container, and the inner cap coupled to the rim is fused to the needle holder supporting the needle, and the inner cap has a sealing film surrounding the needle to isolate the outside and the needle so that the infiltration of external bacteria is prevented. In the upper part of the sealing film, using a peking holder, seal the injection bottle with the injection bottle and the inner packing to seal the injection bottle completely, and before use, the C-type creep keeps the outer cap at a certain height to prevent the sealing film from being damaged from the needle. Has durability.

1 is an exploded perspective view of the present invention.

2 is a cross-sectional view of the assembled state of the present invention.

Figure 3 is an enlarged cross-sectional view of the inlet of the present invention.

4 is a cross-sectional view of the state of use of FIG.

Injection vial vial set of vial function according to the present invention,

An outlet installed at the outlet of the pouch container; And an inlet installed at the inlet of the pouch container;

The injection hole is a needle that is installed in the needle vertically on the needle holder fused to the inlet of the pouch container; An inner cap coupled to the needle holder of the needle and having a sealing film therein to receive the needle therein and to pass the needle when lowered; An outer cap to cope with the inner cap so as to be movable and to hold the injection bottle inside; And a vial function coupled to the upper portion of the sealing membrane of the inner cap, and a lower portion of the vial function, including a packing holder for sealingly coupling the injection bottle inlet stopper and the sealing membrane and accommodating a packing having a vertical hole in the center thereof. to provide.

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

An outlet 20 installed at the outlet 12 of the pouch container 10; And

An inlet 30 installed in the pouch container 10 inlet 14;

The injection hole 30 includes a needle part 40 having a needle 44 vertically mounted on a needle holder 42 fused to the inlet 14 of the pouch container 10;

An inner cap 50 coupled to the needle holder 42 of the needle 40 and accommodating the needle 44 therein and having a sealing film 52 through which the needle passes when being lowered;

An outer cap 60 to coax with the inner cap 50 and to accommodate the injectable bottle 70 upside down; And

It is coupled to the vertical movement to the upper portion of the sealing film 52 of the inner cap 50, the lower portion of the infusion cap 70 and the sealing cap 52 and the sealing membrane 52 has a vertical through-hole 82 in the center It comprises a packing holder 90 for receiving the packing (80).

The sealing film 52 formed to block the inner diameter inside the inner cap 50 is convex upward and convex portion 53 concave downward when the packing holder 90 is pressed,

A ring plate portion 54 provided in an upper surface of the convex portion 53 in a ring shape, and

The ring plate 54 includes a domed protrusion 55 protruding from the inner diameter of the ring plate 54 to fit into the vertical through hole 82 of the packing 80.

The packing holder 90 accommodates the shoulder of the injection bottle 70 and a vertical guide 92 of a groove or protrusion shape is added to the outer surface of the packing holder 90 to move vertically with the inner cap 50. A taper portion 96 for guiding the injection into the inner cap 50,

The bottom plate 98 is supported by the ring plate portion 54 at the lower end of the tapered portion 96 and has a protrusion insertion hole 97.

The inner cap 50 corresponding to the vertical guide 92 having a groove or protrusion perpendicular to the outer surface of the tubular portion 94 of the packing holder 90 forms a protrusion or groove and near the edge of the sealing film 52. It forms a moving guide 56 leading to.

The needle holder 42 of the needle part 40 is a tubular holder tube 45 fused to the inlet 14 of the pouch container 10, and is coupled to an upper end of the holder tube 45 to the needle tube 43. It comprises a support plate 47 for supporting the needle head portion 46 having a penetrating needle hole 48, and a coupling dam 49 protruding to engage the inner cap 50 on the upper edge of the support plate 47. .

The lower end of the inner cap 50 fixed to the outer diameter of the coupling dam 49 and the outer cap 60 has an inner vial of the vial function, characterized in that the horizontal ring 57 is formed integrally with the seed-type creep 100. Built-in Infusion Set.

The seam creep 100 is configured to cover the outer diameter of the inner cap 50 between the lower end of the outer cap 60 and the upper portion of the horizontal ring 57 and to be separated from the inlet horizontally when pulled outward. Preferably, it is preferable to add a handle ring protruding to the opposite side of the open portion to the middle portion of the C-type creep 100 to facilitate the separation, but may be in another form to perform a pulling function such as a ring or a protrusion.

The bottom between the coupling dam 49 and the needle 44 forms an inclined surface 49a which is inclined downward to face the needle 44 at the coupling dam 49, and the inclined surface 49a and the needle 44. It is good to form the inclined through-hole 49b in the circumference.

The holder tube 45 and the needle holder 42 of the needle part 40 in the present invention are fused to be sealed with the inlet 14 of the pouch container 10. Since the welding technique itself is a known technique, only the welding technique will be described.

The support plate 47 of the needle holder 42 of the present invention and the horizontal ring 57 of the inner cap 50 are also fused. Of course, it is also possible to use hooking or screwing means, but in the case of medicines it is preferable to weld to provide sealing and sealing properties.

In the pouch container 10 of the present invention, the sap is added in advance, and the outlet and the inlet are added to the pouch container 10 to seal the inlet 14 outside the outlet 12.

In use, holding the handle of the seed-type creep 100 and pulling horizontally to the opposite side of the opening, the seed-type creep 100 is separated to expose the lower end of the inner cap 50 and the horizontal ring 57. Since the space is created by the height of the seed-type creep 100, when the outer cap 60 is turned like a screw, the outer cap 60 is screwed with the inner screw of the outer cap 60 along the outer thread 58 of the inner cap 50. Descend.

When the outer cap 60 is lowered, the injection bottle 70 accommodated in the outer cap 60 at the same time descends, the injection bottle 70 functions as a sealing function with the inlet cap 72 and the center has a vertical through hole 82 The packing 80 is pushed and the packing 80 is rotated while pushing the packing holder 90, but the outer surface of the packing holder 90 has a vertical guide 92, and the vertical guide 92 has an inner diameter of the inner cap 50. Since the movement guide 56 is coupled to the concave-convex coupling, the vertical guide 92 is lowered vertically. In this case, as the protrusion insertion hole 97 of the vertical through hole 82 and the bottom plate 98, as shown in FIG. 3, the domed protrusion 55 is inserted into the protrusion. Therefore, as the packing holder 90 is vertically lowered, the bottom plate 98 of the packing holder 90 pushes the ring plate portion 54 downward to start the convex portion 52 to be concave. At the same time, the tip of the needle 44 is drilled in the domed protrusion 55 in a fixed state, and then the needle 44 drills the inlet plug 72 of the injection bottle 70 to form a state of FIG. 4. Then, the medicine of the injection vial is naturally supplied through the injection hole 43 of the needle 44 and mixed with the sap via the injection hole 48.

Of course, the discharge through the outlet 20 of the outlet 12 to the blood vessels of the body through a separate sap soaked description of the discharge is omitted.

According to the present invention, when the transfusion container is lying down without standing, the transfusion of the transfusion container moves to the space between the sealing membrane 52 and the support plate 47 through the injection needle 43 of the needle 44. In addition, the bottom of the support plate 47 forms an inclined surface 49a, and the bottom of the inclined surface 49a forms an inclined through-hole 49b communicating with the interior of the infusion container, and then returns to the inside of the infusion container. It acts as a way to eliminate the impression that flowed down.

The vial function vial vial set of the present invention as described above provides hygiene, convenience and safety of use, enables a user to use even without a user's needle, and the sealing film is broken from the needle. As it prevents and has durability, industrial applicability is high.

Claims

An outlet 20 installed at the outlet 12 of the pouch container 10; And

An inlet 30 installed in the pouch container 10 inlet 14;

The injection hole 30 includes a needle part 40 having a needle 44 vertically mounted on a needle holder 42 fused to the inlet 14 of the pouch container 10;

An inner cap 50 coupled to the needle holder 42 of the needle 40 and accommodating the needle 44 therein and having a sealing film 52 through which the needle passes when being lowered;

An outer cap 60 to coax with the inner cap 50 and to accommodate the injectable bottle 70 upside down; And

It is coupled to the vertical movement to the upper portion of the sealing film 52 of the inner cap 50, the lower portion of the infusion cap 70 and the sealing cap 52 and the sealing membrane 52 has a vertical through-hole 82 in the center Packing holder 90 for receiving packing 80

Vial function injection vial vial set comprising a.
The convex portion 53 of claim 1, wherein the sealing film 52 formed to block the inner diameter of the inner cap 50 is convex upward and concave downward when the packing holder 90 is pressed.

A ring plate portion 54 provided in an upper surface of the convex portion 53 in a ring shape, and

Vial function injection vial set containing a dome-shaped protrusion (55) protruding to fit in the vertical through hole 82 of the packing 80 in the inner diameter portion of the ring plate (54).
According to claim 2, The packing holder (90) accommodates the shoulder portion of the injection bottle (70) and a vertical guide 92 of the groove or protruding shape is added to the outer surface perpendicular to the tubular portion vertically moved with the inner cap (50) 94) the tapered portion 96 for guiding the injection into the inner cap 50 at the bottom,

A vial function injection vial set including a bottom plate 98 supported by the ring plate portion 54 at a lower end of the tapered portion 96 and having a protrusion insertion hole 97.
According to claim 3, wherein the inner portion of the cap 50 corresponding to the vertical guide 92 in the groove or protrusion shape perpendicular to the outer surface of the tubular portion 94 of the packing holder 90 to form a protrusion or groove sealing film ( 52) Vial function vial vial set, characterized in that the movement guide 56 is formed leading to the edge.
The needle holder 42 of the needle portion 40 is coupled to the upper end of the holder tube 45 and the tubular holder tube 45 fused to the inlet 14 of the pouch container 10, the injection needle The support plate 47 supporting the needle head portion 46 having the penetrating hole 48 penetrating 43 and the coupling dam 49 protruding to engage the inner cap 50 on the upper edge of the support plate 47 is provided. Vial function injection vial vial set, characterized in that it comprises a.
The lower end of the inner cap (50) fixed to the outer diameter of the coupling dam (49) and positioned at the inner diameter of the outer cap (60) is integrally formed with a horizontal ring (57) that supports the seed-shaped creep (100). Injectable vial vial set of functions.
According to claim 6, C-type creep 100 wraps the outer diameter of the inner cap 50 between the lower end of the outer cap 60 and the top of the horizontal ring (57) and configured to be opened to be separated horizontally when pulled outwards. Vial function vial vial set.
6. The bottom of the coupling dam (49) and the needle (44) forms an inclined surface (49a) inclined downward toward the periphery of the needle (44) in the coupling dam (49), and the inclined surface (49a). Vial function injection vial interior fluid set, characterized in that the inclined through hole (49b) around the needle 44.