CN202161568U - Novel multi-storage type ampoule bottle - Google Patents

Abstract

The utility model provides a novel multi-storage ampoule bottle, which includes a bottle body, and is characterized in that: a barrier part is arranged in the bottle body, and the edge of the barrier part closely fits the inner wall of the bottle body, and the barrier part will The space in the bottle body is divided into multiple cavities, the cavities are not connected closely, the top cover is also provided above the bottle body, the top cover and the bottle body are connected through the bottleneck, and the bottleneck is provided with an opening place. Different medicines are stored in different cavities, and multiple medicines can be extracted at one time after the needle of the syringe punctures the blocking part. The utility model can reduce the steps of opening ampoules for many times, can improve clinical work efficiency, and is beneficial to improving the success rate of rescue.

Description

A new type of multi-storage ampoule

technical field

The utility model relates to a medical ampoule bottle, in particular to a novel multi-storage type ampoule bottle.

Background technique

At present, common medical ampoules can only store one type of medicine, but in daily clinical work, it is often necessary to use multiple liquid medicines at the same time. The traditional method of opening the ampoule is to cut the neck of the ampoule with a grinding wheel, and wrap it with sterile gauze to break it. Because the gauze is thin and the ampoule bottle is made of glass and the bottle wall is relatively thin, it is easy to cut fingers and even cause the rupture of the entire bottle body, and the cost of gauze is relatively high, resulting in waste of resources. Therefore, it will be time-consuming and laborious to simultaneously open a plurality of medicines stored in ampoules. Especially in the process of emergency rescue, such as the rescue process for patients with cardiorespiratory arrest, etc., multiple drugs need to be used repeatedly. Opening a large amount of ampoules at the same time will take a long time and prolong the time for taking medicine. If the glass bottle scratches the hand during the opening process again, it will greatly affect the rescue, and it will also have a certain impact on the success rate of the rescue.

Chen Yujie published the article "Application of Murphy's Dropping Pot and Scalp Needle in Breaking Ampoules" in Volume 23, No. 21 of "Nursing Research", in which one end of the scalp needle was inserted through the small hole of the Murphy's dripping pot After that, tie a knot at the top to prevent it from slipping off, pass the other end of the scalp needle tube through the small hole in the middle of the grinding wheel, and tie a knot in the ring to make it firmly fixed. After sawing the neck with a grinding wheel, use a The open part of the Murphy's dripping pot fits over the neck of the ampoule so that it snaps off. Although this method will use medical waste for new utilization, the Murphy's drip pot, grinding wheel and scalp needle need to be soaked and disinfected during use, and it also takes up a certain amount of space, so it is not suitable for emergency situations. In addition, the ampoules must be opened several times.

For present rescue, there is an urgent need to have an ampoule bottle that can store multiple medicines, and multiple liquid medicines are stored in the ampoule bottle so as to quickly complete the step of getting liquid medicine in a short time.

Utility model content

The purpose of the utility model is to provide a new multi-storage ampoule bottle, which can also store multiple liquid medicines at the same time, and can be applied to the storage of combined rescue medicines for clinical emergencies, as well as the storage of common different kinds of medicines used in combination.

In order to achieve the above purpose, the technology adopted in the utility model is a new multi-storage ampoule bottle, including a bottle body, which is characterized in that: a barrier part is arranged in the bottle body, and the edge of the barrier part closely fits the bottle The inner wall of the body, the partition part divides the space in the bottle into a plurality of cavities, and the cavities are not communicated with each other. A top cover can also be provided above the bottle body, and the top cover and the bottle body are connected through the bottleneck. An opening is also provided at the neck of the bottle, and the opening is cut with a grinding wheel when the ampoule is opened.

In the multi-storage ampoule bottle of the present invention, the barrier component is arranged horizontally in the bottle body, and the barrier component may be a plastic diaphragm and/or a rubber sealing ring. The plastic septum and rubber sealing ring can easily separate the inside of the ampoule bottle, and the septum can be easily installed in the ampoule bottle, and the septum can be easily pierced by a syringe needle. In this way, the plastic partition can not only completely block different medicines, but also can easily extract the medicines in the ampoule bottle.

In the above-mentioned multi-storage ampoule bottle, a capsule containing medicine may also be provided in the inner cavity of the bottle. During the process of taking the medicine, the needle of the syringe punctures the capsule, and the medicine in the capsule is sucked out by the syringe together.

In the above-mentioned multi-reservoir ampoule, one or more barrier components are arranged inside the bottle. The ampoule is divided into multiple chambers by using the blocking part, and different drugs are stored in each chamber. Preferably, 2 to 3 barrier parts are arranged in the bottle body. The cross section of the barrier member can be circular, oval, or square according to the cross section of the ampoule.

In the multi-storage ampoule mentioned above, the bottle body is made of low borosilicate glass and/or neutral borosilicate glass.

Compared with the prior art, the multi-storage ampoule bottle provided by the utility model overcomes the deficiency that the existing ampoule bottle can only store one kind of medicine and brings about clinical work, and can extract a variety of medicines stored in the ampoule bottle at one time, Reducing the steps of opening ampoules separately can improve clinical work efficiency and help improve the success rate of rescue. the

Description of drawings

Fig. 1 is a schematic structural view of Embodiment 1 of a multi-storage ampoule bottle provided by the present invention.

Fig. 2 is a schematic structural view of Embodiment 2 of a multi-storage ampoule bottle provided by the present invention.

Fig. 3 is a schematic structural view of Embodiment 3 of a multi-storage ampoule bottle provided by the present invention.

Detailed ways

The multi-storage ampoule bottle provided by the utility model divides the ampoule bottle into a plurality of cavities by arranging a barrier part in the ampoule bottle, and stores different medicines in the cavity.

A multi-storage ampoule of the present invention will be described in detail below through specific examples, so as to better understand the present invention, but the following examples do not limit the scope of the present invention.

Example 1

As shown in Fig. 1, in the glass bottle body 2 of the ampoule bottle, two circular barrier parts 4 are arranged, and the barrier parts 4 are made of plastic diaphragms. The edge of the plastic diaphragm is closely attached to the inner wall of the glass bottle body, and the plastic diaphragm is parallel to the bottle bottom 1 of the ampoule bottle. The plastic diaphragm divides the space in the glass bottle body into three cavities, and the cavities are tightly disconnected. A glass top cover 6 is arranged above the glass bottle body 2, and the glass top cover 6 and the glass bottle body 2 are connected through a glass bottle neck 7, and an opening 3 is arranged at the glass bottle neck.

In the process of manufacturing bottled medicine, a medicine is poured into the glass bottle body 2 earlier, and then a plastic diaphragm is inserted in the glass bottle body 2, and the plastic diaphragm seals the medicine in the glass bottle body 2. Fill the second medicine into the ampoule bottle, then insert the second plastic septum in the glass bottle, and then pour the third medicine into the ampoule bottle. After the medicine is filled, the glass on the top of the glass bottle body 2 is sealed by high-temperature melting to form a pointed glass top cover 6, which forms an ampoule bottle that can store three kinds of medicines at the same time, and each medicine will be different.

When in use, first use the gear to draw a horizontal line at the opening 3 of the bottle neck, hold the body of the ampoule bottle with the thumb and forefinger of the left hand so that the opening faces the operator, press the right thumb on the opening 3 on the glass bottle neck 5, and press the forefinger With assistance, open the ampoule by applying force in the opposite direction of the opening. After opening the ampoule bottle, use the prepared disposable syringe to extract the uppermost layer of medicine, then puncture the uppermost septum and continue to extract the middle layer of medicine, and puncture the lower septum to continue to extract the lower layer of medicine. Similarly, the needle of the syringe can be pierced to the bottom, and after the cavities are connected, the medicines are mixed with each other, and all the medicines in the ampoule can be extracted at one time.

Example 2

As shown in Figure 2, in the glass bottle body 2 of the ampoule, there are three elliptical barrier parts 4, and the barrier parts 4 are rubber sealing rings. The edge of the plastic diaphragm is closely attached to the inner wall of the glass bottle body, and the rubber sealing ring is parallel to the bottle bottom 1 of the ampoule bottle. The rubber sealing ring divides the space in the glass bottle body into four cavities, and the cavities are tightly disconnected. The top of the glass bottle body 2 extends to connect with the glass top cover 6 , and the glass top cover 6 is provided with an opening 3 .

In the process of manufacturing bottled medicine, a medicine is first poured into the glass bottle body 2, and then a rubber sealing ring is inserted in the glass bottle body 2, and the rubber sealing ring seals the medicine at the bottom 1 of the bottle. Fill the second medicine into the glass bottle body 2 again, and insert the second rubber sealing ring in the glass bottle body 2 again. Fill the third medicine into the glass bottle body 2 afterwards, and insert the third rubber sealing ring in the glass bottle body 2 again. After the medicine filling is completed, the glass on the top of the glass bottle body 2 is sealed with high-temperature fusion and forms a pointed glass top cover 6 . Promptly formed the ampoule bottle that can store four medicines simultaneously. After the drug is filled, the glass on top of the ampoule is sealed by high temperature melting.

When in use, first use the gear to draw a horizontal line at the opening 3, hold the body of the ampoule with the thumb and index finger of the left hand so that the opening faces the operator, and press the right thumb on the opening 3 on the glass bottle neck 5, with the assistance of the index finger Press down and apply force against the opening to open the ampoule. After opening the ampoule bottle, use the prepared disposable syringe to extract the uppermost layer of medicine, then pierce the uppermost rubber sealing ring and continue to extract the next upper layer of medicine, and puncture the second lower rubber sealing ring to continue to extract the second lower layer of medicine. Finally, the bottom rubber sealing ring is pierced to extract the bottom medicine. Similarly, the needle of the syringe can be pierced to the bottom, and after the cavities are connected, the medicines are mixed with each other, and all the medicines in the ampoule can be extracted at one time.

Example 3

As shown in Fig. 3, in the glass bottle body 2 of the ampoule bottle, a square barrier part 4 is arranged, and the barrier part 4 is made of a plastic diaphragm. The edge of the plastic diaphragm is closely attached to the inner wall of the glass bottle, and the plastic diaphragm is parallel to the bottom 1 of the ampoule bottle. The plastic diaphragm divides the space in the glass bottle into two cavities, which are tightly disconnected. A glass top cover 6 is arranged above the glass bottle body 2, and the glass top cover 6 and the glass bottle body 2 are connected through a glass bottle neck 7, and an opening 3 is arranged at the glass bottle neck.

In the process of making bottles, a drug and capsules containing the drug are poured into the glass bottle body 2, and the second drug is pre-filled in the capsule 5. A plastic diaphragm is inserted into the glass bottle body 2, and the medicine and the capsule containing the medicine are sealed at the bottom of the glass bottle body 2 by the plastic diaphragm, and then the third medicine is poured into the glass bottle body 2. After the medicine filling is completed, the glass on the top of the glass bottle body 2 is sealed with high-temperature fusion and forms a pointed glass top cover 6 . Promptly formed the ampoule bottle that can store three medicines simultaneously.

When in use, first use the gear to draw a horizontal line at the opening 3 of the bottle neck, hold the body of the ampoule bottle with the thumb and forefinger of the left hand so that the opening faces the operator, press the right thumb on the opening 3 on the glass bottle neck 5, and press the forefinger With assistance, open the ampoule by applying force in the opposite direction of the opening. After opening the ampoule bottle, use the prepared disposable syringe to extract the upper layer of drug, and then puncture the septum layer and continue to extract the lower layer of drug. The needle punctures the capsule 5 in the lower drug, so that the drug in the capsule 5 communicates with the lower drug and is sucked into the syringe. Similarly, the needle of the syringe can pierce the diaphragm and the membrane of the capsule 5 at the same time. After the cavities are connected, the medicines are mixed with each other, and all the medicines in the ampoule can be extracted at one time.

The utility model is equipped with a barrier part in the ampoule bottle, divides the ampoule bottle into multiple cavities, and stores various medicines in the cavity, which can reduce the steps of opening the ampoule bottle separately and shorten the time for taking medicine by about 15 minutes. -20 seconds, improve clinical work efficiency, win time for rescue, increase the success rate of rescue, and have great clinical use value and social value.

The specific embodiments of the present invention have been described in detail above, but they are only examples, and the present invention is not limited to the specific embodiments described above. For those skilled in the art, any equivalent modifications and substitutions to the utility are also within the scope of the utility model. Therefore, all equivalent transformations and modifications made without departing from the spirit and scope of the present invention shall fall within the scope of the present invention.

Claims (9)

1. A novel multi-storage ampoule bottle, comprising a bottle body, is characterized in that: a barrier part is arranged in the bottle body; the edge of the barrier part closely fits the inner wall of the bottle body, and the space in the bottle body is divided into a plurality of cavities; the cavities are not communicated with each other. 2. The multi-storage ampoule bottle according to claim 1, characterized in that: a top cover is provided above the bottle body, and the top cover and the bottle body are connected through a bottleneck. 3. The multi-storage ampoule bottle according to claim 1, characterized in that: said bottle neck is provided with an opening. 4. The multi-storage ampoule bottle according to claim 1, characterized in that: the barrier member is arranged horizontally in the bottle body. 5. The multi-storage ampoule bottle according to claim 1, characterized in that: a capsule containing medicine is also provided in the inner cavity of the bottle. 6. The multi-storage ampoule bottle according to claim 1, characterized in that: the barrier member is a plastic diaphragm and/or a rubber sealing ring. 7. The multi-storage ampoule bottle according to claim 1, characterized in that: a plurality of barrier parts are arranged inside the bottle. 8. The multi-storage ampoule according to claim 1, characterized in that: the cross-section of the barrier member is circular, or oval, or square. 9. The multi-storage ampoule bottle according to claim 1, characterized in that: the bottle body is made of low borosilicate glass or neutral borosilicate glass.

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