KR101019106B1 - A medicine container - Google Patents

Abstract

The present invention provides a pharmaceutical container. The medicine container is provided with a fluid storage space for storing a predetermined amount of fluid therein, a container body having an opening at an upper end, a container cap provided at the opening, and a lower end of the container body, and stored in the fluid storage space. And a spike having an outlet for outflowing the sap outwardly and extending from the spike in a predetermined length, and having an open tab for sealing the outlet. Accordingly, the present invention allows the same or different containers having independent sap storage spaces to be connected in multiple stages, so that the same sap increase and different sap can be easily mixed.

Description

Pharmaceutical container {A MEDICINE CONTAINER}

The present invention relates to a medicament container, and more particularly to a multi-stage connection that allows the same or different containers having independent fluid storage spaces to be connected in multiple stages so that the same amount of fluid and different fluids can be easily mixed. It relates to a possible pharmaceutical container.

In general, a capping member and a syringe are required to inject or withdraw the contents of the injection bottle.

Components for this include a capping member and a container equipped with a sealing member for sealing the pharmaceutical container, and a syringe for infusing the sap of the injection bottle with the sap.

Conventional techniques for preparing injectable infusions using this method simply use a syringe to extract the infusion of a pharmaceutical container, inject it into an injectable bottle, mix, and then take it out again to prepare an injectable infusion solution for pharmaceutical use.

In this process, a disposable syringe is usually used to prevent contamination of pathogens, but the sap is taken out of the pharmaceutical container through the capping member, and the fluid is injected into the injection bottle, and then taken out again and injected into the pharmaceutical container to prepare the injection solution. In the repeated process, there is a problem that can cause a fatal risk to the patient due to the contamination of bacteria from the syringe or the surrounding environment, or misuse by trial and error.

In addition, in the case of the sap is often used mixed with other types of solutions. Therefore, when mixing in a hospital should be equipped with a clean room, this mixing process is complicated, and recently, a different type of sap is provided with a container that is divided into partitions, so that when the mixture is bursting, the partition can be mixed.

However, the container having a partition as described above has a problem that the one-to-one personalized infusion of the patient is impossible because the capacity and size of the product is predetermined and the type of infusion is limited.

In the case of a conventional flexible plastic container having a plurality of chambers and bulkheads when dilution or mixing with a powdered drug, a solution such as saline, glucose, or a diluent is required, antibiotics that become unstable over time due to gas and water infiltration Powders were stored in glass containers and mixed or dissolved with physiological saline, glucose, or diluents when administered to patients because they cannot be used with such drugs (powders or solid medicines). There is an implicit problem.

The present invention has been made to solve the above problems, an object of the present invention is to allow the same or different containers connected in multiple stages having an independent fluid storage space and filled with the same or different fluids in such containers The present invention provides a drug container capable of multi-stage connection that can be mixed to suit the patient's required fluid and dose.

The present invention provides a pharmaceutical container to achieve the above object.

In one aspect, the pharmaceutical container is provided with a container body having an opening at the top and the sap storage space for storing a certain amount of the fluid therein, a container cap provided in the opening, the lower end of the container body, the sap Spikes having an outlet for outflowing the sap stored in the storage space to the outside and extending from the spike to a predetermined length, and comprises an open tab for sealing the outlet.

Here, the bottom center portion of the container body is provided with a recessed space portion to the depth of the pie toward the sap storage space to provide a space in which the opening can be fitted, one end of the spike through the recessed space portion the sap storage space It is preferable that the other end of the spike in communication with the outlet is formed inside the recessed space.

And, the other end of the spike is preferably disposed spaced apart from the bottom surface of the container body by a predetermined distance.

In addition, the inclined surface connecting the outer periphery of the recessed space portion is formed from the outer periphery of the bottom of the container body, the inclined surface is inclined upward toward the outer periphery of the recessed space portion from the bottom outer periphery of the container body.

In addition, the container cap is fitted to the rim of the opening and formed into a cylindrical body, a rubber field is installed on the inner top of the cap body and a circular hole is formed in the center, and the temper is installed on the top of the container cap It is desirable to have a seal.

In addition, one side outer circumference of the container body is provided with a ring-shaped handle, both ends of the handle is preferably hinged to one side outer circumference of the container body.

In addition, it is preferable that a screw protrusion is formed on an outer circumference of the container cap, and a screw groove into which the screw protrusion is inserted and screwed is further formed on an inner wall of the recessed space portion.

In another aspect, the drug container has a fluid storage space in which a certain amount of fluid is stored, has an opening in which the container cap is installed at the top, and at a predetermined depth to provide a space in which the opening can be fitted And a recessed space portion screwed to the vessel cap, and disposed in a plurality of vessel bodies fastened in multiple stages to each other and a recessed space portion of each of the vessel bodies, the fluid storage space of each of the vessel bodies communicating with each other. And a spike having an outlet.

Here, the recessed space portion is formed so as to pit a predetermined depth toward the sap storage space from the bottom center portion of the container body, one end of the spike is in communication with the fluid storage space through the recessed space portion, the outlet is formed The other end of the spike is disposed inside the recessed space portion, the other end of the spike is disposed spaced apart from the bottom surface of the container body by a predetermined distance, a screw protrusion is formed on the outer circumference of the container cap, the inner wall of the recessed space portion Preferably, the screw protrusion is further formed with a screw groove to be screwed.

And, the inclined surface connecting the outer periphery of the recessed space portion is formed from the outer periphery of the lower end of the container body, the inclined surface is preferably inclined upward toward the outer periphery of the recessed space portion.

In addition, the container cap is fitted to the rim of the opening and formed into a cylindrical body, a rubber field is installed on the inner top of the cap body and a circular hole is formed in the center, and the temper is installed on the top of the container cap Is provided with a seal, one side outer circumference of the container body is provided with a ring-shaped handle, both ends of the handle is preferably hinged to one side outer circumference of the container body.

In addition, the container body is made of a barrier material such as aluminum to block the gas and moisture when the barrier properties such as antibiotics or powdered medicine, the barrier material such as aluminum is deposited on the container body as a barrier material or It is preferred to be coated.

The present invention has the effect of allowing the same or different containers having independent sap storage spaces to be connected in multiple stages so that the same amount of fluid and different fluids can easily be mixed.

In addition, the present invention is because the opening of the container body is provided with a rubber field and the end of the spike located in the recessed space is provided with an open cap for exposing the outlet when twisted by hand, by using the container alone or by connecting a plurality of Has the effect of being available.

In addition, since the spike is located in the recessed space of the bottom of the container, even if the spike is provided has an effect that can be placed upright in a certain position.

Hereinafter, with reference to the accompanying drawings, it will be described the drug container of the present invention.

1 is a view showing a drug container of the present invention. 2 is an exploded cross-sectional view showing a pharmaceutical container of the present invention. 3 is a view showing that the spike for patient injection is installed in the medicament container of the present invention. 4 is a view showing that the drug containers of the present invention are connected in multiple stages.

1 to 3, the pharmaceutical container 100 of the present invention is a container body 110 having a sap storage space 111 and an opening 120 at the upper end, a certain amount of the sap is stored therein, and the opening Spikes 140 having a container cap 200 provided in the 120, and the outlet 141 is provided at the lower end of the container body 110, outflow 141 for outflowing the sap stored in the sap storage space 111 to the outside. And a predetermined length extending from the spike 140, and has an open tab 150 for sealing the outlet 141.

The container body 110 may be formed in a rectangular box shape, it may be formed in a cylindrical shape.

Since the open tab 150 has a predetermined length, is formed in a plate shape, and is made of a flexible material, the outlet 141 of the spike 140 is exposed to the outside when the open tab 150 is removed.

The lower center portion of the container body 110 is formed with a recessed space portion 130 to the pie depth toward the sap storage space 111 to provide a space enough to fit the opening 120.

The inner space of the recessed space portion 130 is formed to correspond to the shape of the opening 120.

Here, one end of the spike 140 is in communication with the fluid storage space 111 through the recessed space 130, the other end of the spike 140, the outlet 141 is formed is the recessed space ( 130 is disposed inside. In addition, the other end of the spike 140 is disposed spaced apart from the bottom surface of the container body 110 by a predetermined distance.

Accordingly, the spike 140 is disposed as it is received in the recessed space 130 without protruding from the bottom of the container body 110 to the outside of the container body 110.

In addition, the inclined surface (S) connecting the outer periphery of the recessed space portion 130 is formed from the outer periphery of the lower end of the container body 110, the inclined surface (S) is the recessed space portion from the lower outer periphery of the container body (110) It is inclined upward toward the outer circumference of the 130.

Accordingly, the container body 110 can be safely placed in the same position as the flat plate (not shown). That is, the lower outer circumference of the container body 110 is supported on the upper surface of the plate, the container body 110 can be placed in a stable standing state on the plate.

In addition, the container cap 200 is fitted to the rim of the opening 120 and is formed in a cylindrical cap body, and the inner upper end of the cap body 210 and a circular hole in the center (not shown) ) Is formed of a rubber field 220, and a temper seal 230 is installed on the upper end of the container cap (200). At this time, the rubber field 220 may be performed even without a circular hole.

The cap body 210 is provided with a cylindrical outer cap body 211 and a cylindrical inner cap body 212 that is installed inside the outer cap body 211, the rubber field 220 is the It is located inside the outer cap body 211 and the bottom of the rubber field 220 is fixed in close contact with the upper end of the inner cap body 212. In addition, the temper seal 230 is installed on the top surface of the outer cap body 211.

As described above, the cap body 210 and the rubber pan 220 are separated, but when the injection molding, the cap body 210 and the rubber pan 220 may be integrally formed.

In addition, one side outer circumference of the container body 110 is provided with a ring-shaped handle 170, both ends of the handle 170 is hinged to one side outer circumference of the container body (110).

In addition, a screw protrusion 240 is formed on an outer circumference of the outer cap body 211 described above of the container cap 200, and the screw protrusion 240 is formed on an inner wall of the recessed space 130. A screw groove 131 is formed to be inserted and screwed.

The above has demonstrated the structure of one chemical | medical agent container 100. As shown in FIG.

Next, the structure and method for providing a plurality of drug containers 100 configured as described above, connected to form a multi-stage to each other will be described.

2 to 4, the medicine containers 100, 100 ', 100 ", 100' '' of the present invention may be formed in plurality. The medicine containers 100, 100 ', 100", 100' ''. Have the same configuration as each other.

 In other words, when the same or different fluids are mixed and injected into the patient, the medicine containers 100, 100 ′, 100 ″, 100 ′ ″ may be connected in multiple stages.

For convenience of explanation, the drug containers 100 and 100 'are numbered here. Since the coupling configuration between the remaining drug containers 100 ", 100 '" is the same, only the coupling method between the drug containers 100,100' will be described.

In other words, the first pharmaceutical container 100 and the second pharmaceutical container 100 ′ will be described to be connected to each other. The first sap is stored in the sap storage space 111 of the first pharmaceutical container 100, and the second sap is stored in the sap storage space 111 ′ of the second pharmaceutical container 100 ′.

The container cap 200 of the first pharmaceutical container 100 is provided with a patient injection spike 300. That is, the patient injection spike 300 is pushed so as to penetrate the container cap 200, and the patient injection spike 300 passing through the patient injection spike 300 penetrates through the hole (not shown) of the rubber field 220 while opening 120. It is possible to achieve a state that can be discharged to the outside of the first sap is located inside the sap storage space 111. At this time, the spike 300 may be easily inserted due to the hole of the rubber field 220, and leakage may be prevented because the hole has a diameter smaller than the outer diameter of the spike.

In this state, the second pharmaceutical container 100 ′ may be connected to each other through the recessed space 130 of the first pharmaceutical container 100.

First, the open tab 150 provided at the end of the spike 140 located in the recessed space portion 130 of the first pharmaceutical container 100 is removed. Since the open tab 150 may be made of a plastic of plate-like flexible material, when it is twisted and removed, it may be removed from the end of the spike 140. Thus, the outlet 141 of the spike 140 may be open.

Subsequently, the container cap 200 of the second pharmaceutical container 100 ′ is positioned inside the recessed space portion 130 of the first pharmaceutical container 100.

In this case, the screw protrusion 240 formed on the outer cap body 210 of the container cap 200 of the second pharmaceutical container 100 ′ is formed on the inner wall of the recessed space 130 of the first pharmaceutical container 100. It may be screwed into the screw groove 130 to be screwed.

As such, the container cap 200 of the second pharmaceutical container 100 'and the recessed space portion 130 of the first pharmaceutical container 100 are screwed together and the container cap 200 of the second pharmaceutical container 100' is screwed together. Is fitted while being rotated to the inside of the recessed space portion 130 of the first pharmaceutical container 100 is coupled.

Accordingly, the binding force of the first and second drug containers 100 and 100 'coupled to each other may be increased.

At the same time, an end portion of the spike 140 of the first drug container 100 penetrates the rubber field 220 of the second drug container 100 'while inside the opening 120 of the second drug container 100'. It can be located at.

At this time, the temper seal 230 which is attached to the upper surface of the outer cap body 211 is to maintain the sterile state of the inner portion and at the same time to prevent tampering, which is used to remove before the spike is inserted .

Accordingly, the second sap 100 ′ stored in the sap storage space 111 of the second pharmaceutical container 100 ′ is connected to the first pharmaceutical container 100 through the spike 140 of the first pharmaceutical container 100. It can be easily mixed with the first sap because it can flow into the sap storage space 111 of the.

Subsequently, the first and second sap mixed in the sap storage space 111 of the first pharmaceutical container 100 may be easily mixed with the patient through the patient injection spike 300.

In addition, since the handle 170 which is hinged at both ends is provided on the outer circumference of the container body 110 of each of the first and second pharmaceutical containers 100 and 100 ', a ringer hook (not shown) is used. It can be easily put on the same position as.

In addition, the handle 170 may be made of a sticker label hanger.

On the other hand, in the case of further connecting to the second pharmaceutical container (100 '), the second pharmaceutical container (100') is further connected to the second pharmaceutical container (100 ') is a pharmaceutical container for storing another sap, for example, the third pharmaceutical container (100 ") is stored ) And the method of connecting the third pharmaceutical container 100 ″ are the same as the method of connecting the first pharmaceutical container 100 and the second pharmaceutical container 100 ′ mentioned above. Will be omitted. In addition, the fourth pharmaceutical container 100 ′ ″ in which the fourth sap is stored is connected to the third pharmaceutical container 100 ″ in the same manner.

In the case of a conventional flexible plastic container having a plurality of chambers and bulkheads when dilution or mixing with a powdered drug, a solution such as saline, glucose, or a diluent is required, antibiotics that become unstable over time due to gas and water infiltration Powders were stored in glass containers and mixed or dissolved with physiological saline, glucose, or dilutions when administered to patients because they cannot be used with such drugs (powders or solid medicines), but this is cumbersome and risks of contamination during handling. There is a problem inherent, and in order to solve the problem, the container body 110 may be deposited or coated with a barrier material such as aluminum, which is a gas and water barrier property when barrier properties such as antibiotics or powdered drugs are required. When using materials (deposition or coating of barrier materials such as aluminum) Of possible at the same time separate the antibiotic and another diluent fluid and produce no risk of contamination to be made simple and the overall production process.

1 is a view showing a drug container of the present invention.

2 is an exploded cross-sectional view showing a pharmaceutical container of the present invention.

3 is a view showing that the spike for patient injection is installed in the medicament container of the present invention.

4 is a view showing that the drug containers of the present invention are connected in multiple stages.

* Description of Signs of Main Parts of Drawings *

100: chemical container 110: container body

120: opening 130: recessed space

131: screw groove 140: spike

150: open tab 170: handle

200: container cap 210: cap body

230: temper seal 240: screw projection

300: patient injection spike

Claims (12)

A sap storage space in which a predetermined amount of sap is stored, a container body having an opening at an upper end, a container cap provided at the opening, and a sap provided at a lower end of the container body and stored in the sap storage space to the outside. Spikes having an outlet for outflow, and a predetermined length extending from the spike, including an open tab for sealing the outlet, The lower center portion of the container body is provided with a recessed space portion of the pie toward the sap storage space to provide a space in which the opening can be fitted, one end of the spike is in communication with the fluid storage space through the recessed space portion And the other end of the spike at which the outlet is formed is disposed inside the recessed space. delete The method of claim 1, The other end of the spike is a drug container, characterized in that spaced apart a predetermined distance from the bottom surface of the container body. The method of claim 1, An inclined surface connecting the outer circumference of the recessed space portion is formed from the outer circumference of the bottom of the container body, The inclined surface is inclined upward toward the outer circumference of the recessed space portion from the outer circumference of the bottom of the container body. The method of claim 1, The container cap is fitted to the rim of the opening and formed into a cylindrical body, a rubber field is installed on the inner top of the cap body and a circular hole is formed in the center, and a temper seal installed on the top of the container cap A pharmaceutical container comprising: The method of claim 1, One outer circumference of the container body is provided with a ring-shaped handle, The handle is hinged to one outer circumference of the container body or a pharmaceutical container, characterized in that consisting of a sticker label hanger. The method of claim 1, Screw protrusions are formed on the outer circumference of the container cap, The inner wall of the recessed space portion is a drug container, characterized in that the screw groove is further formed is screw grooves are screwed. It has a fluid storage space in which a certain amount of fluid is stored, has an opening in which a container cap is installed at the top, and is screwed with the container cap to a predetermined depth so as to provide a space in which the opening can be fitted. A plurality of container bodies having recessed spaces and fastened in multiple stages to each other; And And a spike disposed in the recessed space of each of the container bodies, the spike having an outlet for communicating fluid storage space of each of the container bodies to each other. The method of claim 8, The recessed space portion is formed so as to pit a predetermined depth toward the fluid storage space from the bottom center portion of the container body, One end of the spike is in communication with the fluid storage space through the recessed space portion, the other end of the spike is formed the outlet is disposed inside the recessed space, The other end of the spike is disposed spaced a predetermined distance from the bottom surface of the container body, Screw protrusions are formed on the outer circumference of the container cap, The inner wall of the recessed space portion is a drug container, characterized in that the screw groove is further formed is screw grooves are screwed. The method of claim 9, An inclined surface connecting the outer circumference of the recessed space portion is formed from the outer circumference of the bottom of the container body, The inclined surface is inclined upward toward the outer circumference of the recessed space portion from the outer circumference of the bottom of the container body. The method of claim 8, The container cap is fitted to the rim of the opening and formed into a cylindrical body, a rubber field is installed on the inner top of the cap body and a circular hole is formed in the center, and a temper seal installed on the top of the container cap Equipped, One outer circumference of the container body is provided with a ring-shaped handle, Both ends of the handle is a drug container, characterized in that the hinge is connected to the outer periphery of the container body. delete

Images