CN203354905U - Closed suction-free medicine bottle with solvent - Google Patents

Abstract

The utility model discloses a closed suction-free medicine bottle with menstruum, which relates to the field of medical supplies and provides a closed suction-free medicine bottle with menstruum which is simple and convenient in medicine preparation and has no leakage of medicine. The closed type suction-free self-carried solvent medicine bottle comprises a piston, a spacing layer and a bottle body, wherein an opening is formed in one axial end of the bottle body, the piston closes the opening of the bottle body and can move along the axis of the bottle body, the spacing layer is arranged inside the bottle body and perpendicular to the axis of the bottle body, a medicine cavity is formed inside the bottle body on one side of the spacing layer, a solvent cavity is formed on the other side of the spacing layer between the bottle body and the piston, and the solvent cavity and the medicine cavity are mutually isolated and can be communicated when the. The utility model discloses can be used to splendid attire medicine and menstruum simultaneously and replace original medicine bottle and menstruum bottle.

Description

Closed suction-free self-contained solvent medicine bottle

technical field

The utility model relates to the field of medical supplies, in particular to a closed suction-free medicine bottle with a self-contained solvent.

Background technique

The current chemotherapeutic drug preparation method is as follows:

Aspirate the solution with a syringe --> inject into the medicine bottle --> draw up the medicine solution in the medicine bottle with a syringe --> inject the medicine solution into the infusion bottle/bag.

During the operation, there are risks such as leakage, splashing, and dripping of chemotherapy drugs, polluting the air, operating table, etc. In the short term, the drugs may burn and corrode the skin of medical staff, or directly contact the skin and enter the body. In the long run, after the drug enters the air and the surface of various objects, it will enter the body of the medical staff through the air, skin, etc., causing great harm to the health of the medical staff.

Utility model content

The technical problem to be solved by the utility model is: to provide a closed suction-free self-contained solvent drug bottle which makes the drug preparation easy and the drug does not leak.

The technical solution adopted to solve the above problems is: a closed suction-free self-contained solvent medicine bottle includes a piston, a spacer layer and a bottle body with an opening at one end in the axial direction, the piston closes the opening of the bottle body and can move along the axis of the bottle body, and the spacer The layer is arranged inside the bottle body and is perpendicular to the axis of the bottle body. A drug cavity is formed inside the bottle body on one side of the spacer layer, and a solvent cavity is formed between the bottle body and the piston on the other side of the spacer layer. The solvent cavity and the drug cavity are isolated from each other and Communication is possible when the piston compresses the media chamber.

Further, the spacer layer is easily destructively connected with the bottle body.

Further, the spacer layer is provided with a breakable structure or a one-way valve, the bottle body is provided with a vent, and the upper part of the medicine chamber is connected with the vent hole.

Further, the bottle body is provided with a piston limiting structure at one end of the piston.

Further, medicines are arranged in the medicine cavity.

Further, a solvent is arranged in the solvent chamber.

Further, it includes an injection needle, the injection needle communicates with the drug cavity, and a valve is arranged between the injection needle and the drug cavity.

Further, the needle end of the injection needle is provided with a protective sleeve.

Further, the bottle body is provided with a volume mark indicating the volume of the medicine cavity.

The beneficial effects of the utility model are as follows: medicine is set in the medicine cavity, solvent is set in the solvent cavity, when dispensing, the piston is pushed hard, the solvent cavity is connected with the medicine cavity, the solvent enters the medicine cavity, and the solvent of the whole device is oscillated to quickly dissolve the medicine and dispense the medicine Finish. The whole process is easy to operate, and the solvent and medicine are always in the closed bottle without the possibility of leakage.

Description of drawings:

Figure 1 Structural diagram of the closed non-suction self-contained solvent medicine bottle;

The marks in the figure are: piston 1, vent hole 2, bottle body 3, solvent chamber 4, solvent 5, medicine chamber 6, medicine 7, injection needle 8, protective sleeve 9, valve 10, spacer layer 11, piston limiting structure 12 .

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment the utility model is further described.

In order to make the drug preparation easy and the drug is leak-free, a closed non-suction self-contained solvent medicine bottle, the closed non-suction self-contained solvent medicine bottle includes a piston 1, a spacer layer 11 and a bottle body 3 with an opening at one axial end, the piston 1. Close the opening of the bottle body 3 and move along the axis of the bottle body 3. The spacer layer 11 is arranged inside the bottle body 3 and is perpendicular to the axis of the bottle body 3. The medicine chamber 6 is formed inside the bottle body 3 on one side of the spacer layer 11. On the other side of the layer 11, a solvent chamber 4 is formed between the bottle body 3 and the piston 1. The solvent chamber 4 and the drug chamber 6 are isolated from each other and can be communicated when the piston 1 compresses the solvent chamber 4. Set the medicine 7 in the medicine chamber, and the solvent 5 in the solvent chamber. When dispensing the medicine, push the piston 1 hard, the solvent chamber 4 communicates with the medicine chamber 6, and the solvent 5 enters the medicine chamber 6, and oscillates the solvent 5 of the whole device to quickly dissolve the medicine 7. Dispensing is complete. The whole process is easy to operate, and the solvent 5 and medicine 7 are always located in the closed bottle body 3 without the possibility of leakage.

The spacer layer 11 can be arranged in a variety of ways, and the structure of the whole device and the operation mode during dispensing will be different in different ways. The spacer layer 11 can be easily broken and connected with the bottle body 3, but it is best not to be easily broken, and there should be a small number of difficult to break the connection, so that the piston 1 is easily broken and connected, and the spacer layer 11 is inclined so that the spacer layer 11 is connected to the bottle body 3. There is a gap between them, the gap is large, the solvent 5 enters the drug chamber 6 due to its own gravity, and dissolves the drug 7 (due to the existence of air pressure, the piston 1 is difficult to push, so the solvent 5 can only enter the drug chamber 6 by its own gravity). After the dispensing is completed, the medicine needs to be output by pushing the piston 1, and the piston 1 can only be pushed to the spacer layer 11, so the total volume of the air in the solvent chamber 4 and the medicine chamber 6 should be greater than the volume of the solvent chamber 4 in this way , so that the prepared medicine can be fully exported.

The spacer layer 11 may also be provided with a destructible structure or a one-way valve. Push the piston 1 to destroy the destructible structure or open the one-way valve to form a channel connecting the solvent chamber 4 and the drug chamber 6. This channel is relatively small, and the solvent 4 relies on its own gravity Entering medicine cavity 6 can be very slow. Therefore, the bottle body 3 needs to be provided with an air release hole 2, and the upper part of the drug chamber 6 is connected with the air release hole 2. Because the air in the drug chamber 6 can be discharged from the air release hole 2, the piston 1 can continue to push the solvent 5 into the drug chamber 6 . The position where the medicine cavity 6 communicates with the vent hole 2 should make the volume of the medicine cavity 6 below the position greater than the volume of the finished medicine, so as to prevent the solvent 5 from entering the air discharge channel. As mentioned above, after the dispensing is completed, the medicine needs to be output by pushing the piston 1, and the piston 1 can only be pushed to the spacer layer 11, so the total volume of the air in the solvent chamber 4 and the medicine chamber 6 should be Greater than the sum of the volumes of the solvent chamber 4 and the solvent 5, the medicine prepared can be completely output like this. Use your fingers to block the vent hole 2 when outputting the medicine. Vent hole 2 should be closed before dispensing, so as to avoid that medicine 7 falls out or is polluted, film can be pasted on bottle body 3 to cover vent hole 2, and throw off film when dispensing and get final product.

The bottle body 3 can be provided with a piston limiting structure 12 at one end of the piston 1, so as to prevent the piston 1 from being accidentally pulled out.

The medicine 7 and the solvent 5 can be added to the medicine bottle afterward, or the medicine bottle can be made so that it can be added to become a part of the medicine bottle. After the medicine 7 and the solvent 5 are added to the medicine bottle, the piston 1 is required to pull out the bottle body 3, so that the piston limiting structure 12 should be detachably connected with the bottle body 3, so that the solvent 5 can be added; the bottle body 3 surrounds the medicine cavity 6 The part should be detachable, for example divided into two parts screwed together, so that the drug 7 can be added. Make this medicine bottle and add medicine 7 and solvent 5 then the structure of the present utility model can be relatively simple, but must do the sign of internal medicine well on bottle body 3, and different medicine bottles are used for treating different diseases.

As previously mentioned, the prepared medicine also needs to be discharged from the bottle body 3 and input into the infusion bottle or infusion bag. The output device is usually the injection needle 8, which can be installed separately when the injection needle 8 can output the medicine, and can also be included in the utility model. , the injection needle 8 communicates with the drug cavity 6 . In order to avoid drug leakage, a valve 10 is provided between the injection needle 8 and the drug cavity 6 .

In order to prevent the injection needle from hurting people and further prevent drug leakage, the needle end of the injection needle 8 is provided with a protective sleeve 9 .

In order to facilitate the control of the output volume of the medicine, the bottle body 3 is provided with a volume mark indicating the volume of the medicine chamber 6 .

Claims (9)

1. Closed non-suction self-contained solvent medicine bottle, characterized in that it includes a piston (1), a spacer layer (11) and a bottle body (3) with an opening at one end in the axial direction, and the piston (1) closes the bottle body (3 ) and can move along the axis of the bottle body (3), the spacer layer (11) is arranged inside the bottle body (3) and is perpendicular to the axis of the bottle body (3), the bottle body (3) on the side of the spacer layer (11) ) forms a drug cavity (6), and the other side of the spacer layer (11) forms a solvent cavity (4) between the bottle body (3) and the piston (1), and the solvent cavity (4) is isolated from the drug cavity (6) And it can communicate when the piston (1) compresses the solvent chamber (4). 2. The closed non-suction self-contained solvent medicine bottle according to claim 1, characterized in that: the spacer layer (11) is easily broken with the bottle body (3). 3. The closed suction-free self-contained solvent medicine bottle according to claim 1, characterized in that: the spacer layer (11) is provided with a breakable structure or a one-way valve, and the bottle body (3) is provided with an air release hole (2), the upper part of the drug cavity (6) communicates with the vent hole (2). 4. The closed non-suction self-contained solvent medicine bottle according to any one of claims 2 or 3, characterized in that: the bottle body (3) is provided with a piston limiting structure (12) at one end of the piston (1) . 5. The closed non-suction self-contained solvent medicine bottle according to claim 4, characterized in that medicine (7) is arranged in the medicine cavity (6). 6. The closed suction-free self-contained solvent medicine bottle according to claim 5, characterized in that: the solvent chamber (4) is provided with a solvent (5). 7. The closed non-suction self-contained solvent medicine bottle according to claim 6, characterized in that it includes an injection needle (8), the injection needle (8) communicates with the drug chamber (6), and the injection needle (8) is connected to the drug cavity (6). Valves (10) are arranged between the medicine chambers (6). 8. The closed suction-free self-contained solvent medicine bottle according to claim 7, characterized in that: the needle end of the injection needle (8) is provided with a protective sleeve (9). 9. The closed non-suction self-contained solvent medicine bottle according to claim 8, characterized in that: the bottle body (3) is provided with a volume mark indicating the volume of the medicine cavity (6).

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