JP5419106B2 - Chemical solution set - Google Patents

Description

  The present invention relates to a drug solution set and a drug solution administration method.

  Some toxic dangerous drugs such as anticancer drugs have pharmacological effects and have serious side effects. In recent years, exposure of such anticancer drugs to medical workers has become a problem. In medical institutions that handle dangerous drugs such as anticancer drugs, great care is taken to prevent exposure to health care workers. Among them, the injection (infusion) of an anticancer agent is exemplified as follows because the health care worker and the dangerous drug are in direct contact with each other, such as a priming operation for filling the injection line with a chemical solution, and insertion / removal of a connecting part such as a bottle needle. As such, it is considered the work that is paid the most attention.

  For example, when two kinds of anticancer drugs are administered, as shown in FIG. 7 (a), first, a circuit having three three-way stopcocks 105a, 105b, and 105c and a physiological saline 101 as a main route is installed. assemble. Next, the main route is primed with the physiological saline 101, and the line of the premedication 104 such as the anticancer agent A102 and the antiemetic agent is bag primed as it is. Thereafter, the bottle needle is punctured into the bag of the pre-medication 104 and the bag of the anticancer agent A102. Next, the administration of the anticancer agent A102 is started by turning off the first three-way stopcock 105a connected to the pre-medication 104 and operating the second three-way stopcock 105b connected to the anticancer agent A102. . The third three-way cock 105c is open. As soon as administration of the anticancer drug A102 is completed, the first three-way cock 105a and the second three-way cock 105b are operated to turn off the line from the anticancer drug A102 and start administration of the premedication 104. After the administration of the pre-medication 104 is completed, as shown in FIG. 7 (b), the bottle needle is replaced from the bag of the pre-medication 104 to the bag of the anti-cancer agent B103, and the administration of the anti-cancer agent B103 is started. . As soon as administration of the anticancer agent B103 is completed, the first three-way cock 105a is operated, the line from the anticancer agent B103 is turned off, and the anticancer agent remaining in the circuit is washed away with the physiological saline 101 ( For example, refer nonpatent literature 1). After administration, the patient-side connection is removed, and the entire circuit is sealed and discarded. Here, the line connected to the bag of the anticancer agent A102 and the second three-way cock 105b and the line connected to the bag of the anticancer agent B103 and the first three-way cock 105a are not removed. Discarded.

  Although such a complicated operation prevents the dangerous drug from being exposed, since the operation is complicated, the dangerous drug may leak from the bottle needle or the like due to an erroneous operation. In particular, the operation becomes more complicated as the number of types of chemicals to be administered increases, which places a heavy burden on the operator.

  On the other hand, a chemical tube set is disclosed in which a chemical liquid line (chemical liquid route) can be added in order to secure a plurality of chemical liquid routes (see, for example, Patent Document 1). A chemical solution tube set 513 illustrated in FIG. 8 includes a chemical solution administration unit 515 that administers a chemical solution to a patient, and a plurality of chemical solution tubes 517 and 519. The chemical liquid tubes 517 and 519 are respectively provided with a tube 521 serving as a flow path for the chemical liquid, a connector 523 provided at one end of the tube 521, and the other end of the tube 521 to store the chemical liquid. And a bottle needle 535 connected to the chemical solution bag 525. The connector 523 includes two female connectors 527 and 529, a male connector 531, and an operation lever 533. With the operation lever 533, the lumens of the female connectors 527 and 529 and the lumen of the male connector 531. The communication pattern can be selected.

  The female connector 529 of the connector 523 has a shape that can be liquid-tightly connected to another male connector 531 having the same shape as the male connector 531. Thereby, the male connector 531 of the connector 523 of the other chemical solution tube 519 can be liquid-tightly connected to the female connector 529 of the connector 523 of the chemical solution tube 517, and a chemical solution line can be added easily and quickly.

Japanese Patent Laid-Open No. 2009-160452

“Monthly Nursing”, Vol. 30, no. 6, Gakken Medical Shujunsha, 2011.5, p. 137-140

  As mentioned above, in the method that includes the process of changing the bottle needle of the chemical solution line for each chemical solution bag, the chemical solution formulation inside may leak at the time of replacement of the chemical solution bag, and even if it can be avoided, complicated operation is required Necessary. In the case of an anticancer drug or the like whose chemical solution is a dangerous drug, when a medical worker contacts the leaked anticancer drug, the body may be adversely affected. Many of the anticancer drugs used in chemotherapy are cytotoxic anticancer drugs, and have various toxicities such as genotoxicity such as mutagenicity and chromosomal abnormality, carcinogenicity, and fetal malformation. . For this reason, there is a strong demand for protecting medical personnel from exposure to dangerous products, and a chemical solution set that can easily and quickly change the chemical solution line is desired. In addition, when liquid medicine such as an anticancer drug is started or when administration is completed, there is a risk that air may flow into the patient if the liquid disappears from the line.

  The present invention has been made in view of the above circumstances, and the purpose thereof is a chemical solution set that can easily and quickly change the chemical solution line, can be administered without air flowing into the chemical solution line, and does not cause exposure of the chemical solution formulation. And it is providing the chemical | medical solution administration method.

The object according to the present invention is achieved by the following configurations (1) to ( 6 ).
(1) A plurality of chemical liquid supply units comprising: a connection part that is punctured into the chemical liquid discharge part of a chemical liquid bag having a chemical liquid discharge part; and a liquid supply tube that has one end connected to the connection part; A chemical solution integrating part connected to all of the other ends of the liquid tube and having a drainage port, and a drainage tube having one end connected to the drainage port and the other end connected to the indwelling device. In the chemical solution set, the chemical solution supply unit is provided in the middle of the liquid supply tube, and is engaged with a flow channel opening / closing unit that opens and closes the flow of the chemical solution stored in the chemical solution bag, and the chemical solution discharge unit. And a plurality of liquid supply ports to which the other ends of the respective liquid supply tubes of the plurality of chemical liquid supply units are connected. And a single drainage port, an air vent filter and a chemical fluid flow Chemical set filter units with Luther, together with the chemical integration unit, or characterized in that provided in the middle of the drainage tube.
( 2 ) The fixture includes a fixed base attached to the connection portion, a connection band portion fixed at one end to the fixed base portion, and a main body portion connected to the other end of the connection band portion. The chemical solution set according to ( 1 ), wherein the main body portion is fixed to the chemical solution discharge portion, whereby the fixture is locked to the chemical solution discharge portion.
( 3 ) The chemical solution set according to ( 2 ), wherein the main body has a long band shape.
( 4 ) The chemical solution set according to ( 2 ), wherein the main body is a clip.
( 5 ) The drug solution set according to any one of (1) to ( 4 ), wherein the drug solution is a drug that is contraindicated for contact with skin.
( 6 ) The drug solution set according to any one of (1) to ( 5 ), wherein the drug solution is an anticancer agent.

According to the chemical solution set of (1), a plurality of chemical solution supply units can be simultaneously connected to the merge space of the chemical solution integration unit. By controlling the flow (supply) of the chemical liquid by the flow path opening / closing section provided in each liquid supply tube, the desired chemical liquid flows to the indwelling device via the chemical liquid integration section, so that the chemical liquid supply section (chemical liquid line) A plurality of drug solutions can be selectively administered to a patient without changing the connection. In addition, the filter unit can automatically prevent air from flowing into the patient. Further, since the connecting portion is fixed to the chemical solution discharge portion of the chemical solution bag by the fixing tool , the connection portion does not come out of the chemical solution bag even after use, and higher closing property is secured.
According to the chemical solution set of ( 2 ) above, the main body portion of the fixture is fixed to the chemical solution discharge portion, so that it is possible to reliably prevent the connection portion from dropping from the chemical solution discharge portion.
According to the chemical solution set of ( 3 ), the main body portion is wound and fixed to the chemical solution discharge portion, so that it can be more securely connected and fixed, and the chemical solution discharge portion and the connection portion can be easily and reliably in an emergency. Is prevented and closeability is secured.
According to the chemical solution set of ( 4 ), the chemical solution discharge portion and the connection portion can be more easily connected and fixed by holding the clip between the chemical solution discharge portions.
According to the chemical solution set described in ( 5 ) above, since the drug that is contraindicated for contact with the skin is used, the operator can be protected from the risk of toxicity of the drug.
According to the chemical solution set of ( 6 ) above, in particular, when the chemical solution uses an anticancer drug, it has various toxicity such as cytotoxicity, mutagenicity, genotoxicity such as chromosomal abnormality, carcinogenicity, fetal malformation, etc. Can avoid the dangers .

  According to the chemical solution set according to the present invention, the chemical solution supply unit (chemical solution line) can be easily and quickly switched, and administration can be performed without air flowing into the chemical solution line. And since high closure property is realizable, the exposure by a chemical | medical solution formulation does not arise.

1 is an overall view of a chemical solution set according to the present invention. It is a principal part enlarged view explaining the operation | work procedure which fixes a fixing tool to the chemical solution discharge part of a chemical solution bag, (a) is a figure before fixing a fixing tool to the chemical solution discharge part of a chemical solution bag, (b) is a chemical solution. The figure explaining the state in the middle of fixing a fixing tool to the chemical | medical solution discharge part of a bag, (c) is the figure which fixed the fixing tool to the chemical | medical solution discharge part of a chemical | medical solution bag. It is the schematic which shows the principal part of another embodiment of the chemical | medical solution set which concerns on this invention in which the filter unit was provided separately from the chemical | medical solution integrated part. It is sectional drawing of the filter unit of FIG. (A) is a top view of a clip, (b) is a side view of the fixture which concerns on the modification which clamped the clip to the chemical | medical solution discharge part of a chemical | medical solution bag, and fixed the bottle needle. It is explanatory drawing of the chemical | medical solution administration method using the chemical | medical solution set which concerns on this invention, (a)-(d) is a figure explaining each step. (A) And (b) is a figure explaining the operation method of the conventional chemical | medical solution tube set which can change connection of a different chemical | medical solution line. It is a figure which concerns on the conventional infusion set.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the present invention, a portion close to the patient or the like in the chemical solution set is referred to as “tip”, and a portion far from the patient or the like in the chemical solution set is referred to as “base end”.

FIG. 1 is an overall view of a chemical solution set according to the present invention.
The drug solution set 11 is a device (set) for injecting (administering) the drug solution 13 into a living body (patient). The medicinal solution 13 can be used without particular limitation as long as it is a connectable infusion solution. For example, electrolyte solution such as physiological saline, nutritional infusion preparation, anticancer agent, antiemetic, sedative, intravenous anesthetic , Anesthetic analgesic, local anesthetic, non-depolarizing muscle relaxant, pressor, antihypertensive, coronary vasodilator, diuretic, antiarrhythmic, bronchodilator, hemostatic, vitamin, antibiotic, fat An emulsion etc. are mentioned.

  In the present embodiment, physiological saline 17, antiemetic 21, and anticancer agents 19 and 23 are used as the drug solution 13. In the case of using the anticancer drug 19 as the drug solution 13 in the drug solution set 11, there is a risk from various toxicities such as cytotoxicity, mutagenicity, chromosomal abnormality, genotoxicity such as cytotoxicity, carcinogenicity, fetal malformation, etc. Can be avoided.

  The chemical solution set 11 is provided with a connecting portion 41 that can be connected to the chemical solution bag 25 that stores the chemical solution 13, a chemical solution supply portion 67 that includes a liquid supply tube 27, and a flow path opening / closing portion 35, and a filter unit 61. The chemical solution integration unit 33 and the drainage tube 31 are roughly divided into two parts. In the present embodiment, a plurality of chemical liquid supply units 67 (four in the illustrated example) are provided.

  A chemical solution discharge portion 37 is provided at the tip of the chemical solution bag 25, and the chemical solution in the chemical solution bag 25 is discharged through the chemical solution discharge portion 37. Further, the chemical liquid discharge part 37 is provided with a rubber plug 39, and the chemical liquid is discharged by puncturing the connection part 41 into the rubber plug 39. For the rubber plug 39, rubber, thermoplastic elastomer or the like is used.

  The connection part 41 is a hollow cylindrical member having a sharp needle part on the proximal end side, and has a flange part 41a on a side surface part thereof (see FIG. 2). Therefore, when the connection portion 41 is punctured into the rubber plug 39 of the chemical solution discharge portion 37, the entry of the connection portion 41 is restricted by the flange portion 41a.

  In the present invention, a fixture 29 is attached to the connection portion 41. As shown in FIG. 2A, the fixture 29 is connected to an annular fixed base 47 a, a connection band 47 having one end fixed to the fixed base 47 a, and the other end of the connection band 47. A long band-shaped main body 43 and a retaining portion 45 provided at one end of the main body 43. The fixing tool 29 is attached to the connecting portion 41 by fitting the fixing base 47 a to the distal end side of the connecting portion 41.

  The liquid supply tube 27 is connected to the distal end side of the connection portion 41, and a flow path opening / closing portion 35 is provided in the middle of the liquid supply tube 27. The flow path opening / closing part 35 controls the flow (supply) of the chemical liquid 13 accommodated in the chemical liquid bag 25. When the chemical liquid 13 is fed, the flow path opening / closing part 35 is unlocked and opened. When stopping the liquid feeding, the flow path opening / closing part 35 is locked and closed.

  In the present invention, a plurality of chemical solution supply units 67 configured as described above are provided, and all of the respective liquid supply tubes 27 are connected to the chemical solution integration unit 33. The shape of the chemical solution integration unit 33 may be any shape as long as a plurality of chemical solution supply units 67 can be combined into a single flow path. For example, the chemical solution integration unit 33 is formed in a substantially disk shape having the merge space 53 inside. Also good. A plurality of liquid supply ports 55 are provided in the semicircular outer peripheral portion on the base end side (four in the illustrated example), and one drainage port 57 is provided in the semicircular outer peripheral portion on the distal end side. The liquid supply port 55 is connected to the tip of the liquid supply tube 27, and the liquid discharge port 57 is connected to the liquid discharge tube 31. The plurality of liquid supply ports 55 and the liquid discharge port 57 communicate with each other in the merge space 53 inside the chemical liquid integration unit 33, and the chemical liquid 13 flowing into any liquid supply port 55 can be led out from the liquid discharge tube 31. It has become.

  In the present embodiment, the chemical solution integration unit 33 is integrally provided with a filter unit 61 including an air vent filter 63 and a chemical solution filter 65. The air vent filter 63 uses a hydrophobic filter and excludes air in the chemical solution supply unit 67. By removing air (air) in the chemical solution supply unit 67 from the air vent filter 63, Priming operation (air venting operation) becomes unnecessary, and contamination from dangerous drugs such as anticancer drugs can be prevented. Even when the supply of the chemical solution from the chemical solution supply unit 67 is stopped, the chemical solution below the filter surface does not decrease, and the air does not enter the tip portion more. Therefore, it is not necessary to monitor the disappearance of the chemical solution 13 from the bag. On the other hand, the chemical solution filter 65 can prevent the supersaturated drug from being deposited.

  The drainage tube 31 includes an indwelling device 59 at the tip, and examples of the indwelling device 59 include an indwelling needle 60 or a catheter (indwelling needle in the present embodiment) placed in a patient's blood vessel. Further, in the middle of the drainage tube 31, a flow rate adjusting device that adjusts the flow rate of the chemical solution 13, a drip tube, a mixed injection port, and the like may be provided. As this flow control device, a roller clamp 69 (roller clamp) can be provided. The roller clamp 69 has a roller (operation unit) installed so as to be movable. The drainage tube 31 is sandwiched between the roller and the inclined bottom surface of the clamp body, and by moving the roller, the degree of sandwiching the drainage tube 31 is changed so that the flow rate of the chemical solution 13 can be adjusted.

  Thus, by connecting each liquid supply tube 27 of the plurality of chemical liquid supply units 67 to the liquid supply port 55 of the chemical liquid integration unit 33 and connecting the drainage tube 31 to the liquid discharge port 57 of the chemical liquid integration unit 33. The chemical solution set 11 of the present invention is obtained.

In the present invention, when the connection portion 41 provided in the liquid supply tube 27 is connected to the chemical solution bag 25 containing the chemical solution 13, the chemical solution bag 25 and the connection portion 41 are fixed by the fixture 29 provided in the connection portion 41. To do.
When the connecting portion 41 is punctured into the chemical solution discharge portion 37 of the chemical solution bag 25, the fixing base 29a of the connecting band portion 47 is attached to the connecting portion 41 as shown in FIG. The belt part 47 and the main body part 43 are in a suspended state. From this state, as shown in FIG. 2B, the connecting band portion 47 is bent along the chemical solution discharge portion 37 of the chemical solution bag 25 (arrow A), and the main body portion 43 is applied to the outer periphery of the chemical solution discharge portion 37. . Then, as shown in FIG. 2 (c), the main body portion 43 is wound around the outer periphery of the chemical solution discharge portion 37, and the tip of the main body portion 43 is inserted into the retaining portion 45 and fixed. As a result, the main body 43 is fastened to the chemical solution discharge portion 37, and the connection portion 41 is fixed to the chemical solution discharge portion 37 by the fixture 29, and is not detached from the chemical solution discharge portion 37.

In the embodiment described above, the chemical solution integration unit 33 and the filter unit 61 are integrally provided, but may be separate members.
As shown in FIG. 3, the filter unit 61 is provided in the middle of the drainage tube 31 on the downstream side of the chemical solution integration unit 33. The filter unit 61 includes an air vent filter 63 and a chemical solution filter 65. As shown in FIG. 4, the chemical solution 13 that has passed through the chemical solution integration unit 33 passes through the chemical solution filter 65 and flows to the drainage tube 31. The air (air) remaining in the unit 67 and the chemical solution integration unit 33 passes through the air vent filter 63 and is discharged out of the filter unit 61. The air vent filter 63 preferably has a filter aperture diameter of 0.45 μm or less, and more preferably 0.22 μm or less. The chemical filter 65 preferably has a filter opening pore size of 0.45 μm or less, and more preferably 0.22 μm or less.

  In the present invention, the filter unit 61 is provided in the drug solution set 11 to prevent air remaining on the line from flowing into the patient at the start of the drug solution administration or after the administration is completed.

In the present invention, the main body 49 of the fixture 51 may be a clip. FIG. 5A is a plan view of the clip, and FIG. 5B is a side view of a fixture according to a modification in which the connection portion is fixed by holding the clip between the chemical solution discharge portions of the chemical solution bag.
As shown in FIG. 5A, the clip 49 is a substantially cylindrical elastic member having a side portion at one end opened, and is provided integrally with the distal end of the connection band portion 47 of the fixture 51. As shown in FIG. 5 (b), the connecting portion 41 and the chemical solution discharge portion 37 can be quickly and easily fixed by being directly held by the chemical solution discharge portion 37. Therefore, the chemical solution discharge portion 37 and the connection portion 41 are prevented from coming off easily and reliably, and the closing property is ensured. The shape of the clip 49 is not particularly limited as long as it can hold the chemical solution discharge portion 37.

  And since the chemical | medical solution set 11 is provided with the flow path opening / closing part 35 in each liquid supply tube 27, the chemical | medical solution 13 from each chemical | medical solution bag 25 can be made to selectively flow into the chemical | medical solution integration part 33. Note that “selective” also includes the meaning that one or more are selected.

Next, the operation of the chemical solution set 11 having the above configuration will be described.
In the chemical solution set 11, when the plurality of liquid supply tubes 27 are connected to the respective chemical solution bags 25 via the connection portions 41, the plurality of chemical solution bags 25 can be connected to the merge space 53 of the chemical solution integration unit 33. An indwelling instrument 59 is connected to the merge space 53 via the drainage tube 31. When the flow path opening / closing section 35 provided in each liquid supply tube 27 is unlocked (open state), the chemical solution 13 accommodated in the desired chemical liquid bag 25 is placed in the indwelling device 59 via the chemical liquid integration section 33. To flow. That is, the plurality of drug solutions 13 are selectively administered to the patient without changing the connection of the drug solution supply unit 67. In addition, since the connecting portion 41 connected to the chemical solution discharge portion 37 of the chemical solution bag 25 is fixed to the chemical solution discharge portion 37 by the fixing tool 29 and cannot be detached, the connection portion 41 is disconnected from the chemical solution bag 25 even after use. Therefore, higher closing performance will continue to be secured.

Next, a chemical solution administration method using the chemical solution set 11 will be described.
FIG. 6 is an explanatory view of a chemical solution administration method using the chemical solution set according to the present invention, and (a) to (d) are diagrams for explaining each step.
First, the connection portions 41 of the plurality of liquid supply tubes 27 whose flow paths are closed by the flow path opening / closing section 35 are connected to the chemical liquid bags 25 containing different chemical liquids 13, respectively. The chemical solution bag 25 contains, for example, a predetermined chemical solution 13 (saline solution 17, antiemetic agent 21, anticancer agents 19 and 23), and the connection portion 41 is connected to the chemical solution discharge portion 37 of the chemical solution bag 25. When the rubber plug 39 provided is punctured, the chemical liquid bag 25 and the liquid supply tube 27 are connected via the connection portion 41, and the chemical liquid 13 can be supplied from the chemical liquid bag 25 to the liquid supply tube 27.

  This is performed on the chemical solution bag 25 in which the chemical solutions 13 of the physiological saline 17, the antiemetic agent 21, the anticancer agent 19, and the anticancer agent 23 are accommodated. And the connection part 41 and the chemical | medical solution discharge part 37 of the chemical | medical solution bag 25 are fixed with the fixing tool 29, and it is made not to detach | leave from each other.

  Subsequently, the flow path to the indwelling instrument 59 connected via the drainage tube 31 to the merge space 53 and the merge space 53 of the chemical | medical solution integration part 33 with which the liquid supply tube 27 of the physiological saline 17 leads is primed. The priming is performed by selectively unlocking the flow path opening / closing part 35 provided in the liquid supply tube 27 of the physiological saline 17 (see FIG. 6A).

  When the priming with the physiological saline 17 and the connection to the patient are completed, the flow path opening / closing portion 35 of the liquid supply tube 27 connected to the drug solution bag 25 containing the physiological saline 17 is locked. Thereafter, as shown in FIG. 6B, the channel opening / closing part 35 of the liquid supply tube 27 connected to the chemical solution bag 25 containing the antiemetic 21 is unlocked, and the antiemetic 21 is administered. Hereinafter, similarly, as shown in FIG. 6C and FIG. 6D, the anticancer agent 19 and the anticancer agent 23 are administered. Finally, the physiological saline 17 shown in FIG.

  In this chemical solution administration method, when the connection portions 41 provided in the respective liquid supply tubes 27 are connected to the chemical solution bags 25 containing a plurality of different chemical solutions 13, the plurality of chemical solution bags 25 are connected to the chemical solution integration portion 33. It becomes possible to connect to the merge space 53. Each chemical solution bag 25 and the merging space 53 can be easily made only by unlocking the flow path opening / closing part 35. As a result, it is possible to quickly and easily administer the desired drug solution 13 only by releasing the flow path opening / closing unit 35 without connecting the connection unit 41 to each drug solution bag 25 as in the prior art. Moreover, since supply of these chemical | medical solutions 13 is performed in a closed space and is completed, neither chemical | medical solution 13 is exposed. In addition, by preliminarily labeling the drug solution bag 25 and the flow path opening / closing portion 35 with the same reference numerals, it becomes clear that the medicine to be administered is discriminated, and an error due to erroneous connection is less likely to occur in an emergency.

  Therefore, according to the chemical solution set 11 according to the present invention, the chemical solution supply unit 67 can be easily and quickly changed, and a high closing property can be realized, so that the chemical solution 13 is not exposed.

  In addition, according to the chemical solution administration method according to the present invention, since the plurality of chemical solution bags 25 can be selectively administered without changing the connection, the exposure of the chemical solution 13 that occurs when the connection is changed can be prevented.

  Further, the air flowing from each line at the start and end of administration of each drug solution 13 is blocked (discharged to the outside) by the filter unit 61, so that the air can be prevented from entering the patient.

  And at the time of disposal, by exposing all the parts from the chemical solution bag 25 to the indwelling needle 60, it is possible to more reliably prevent exposure due to leakage of the chemical preparation.

   In addition, after assembly and packaging, sterilization is performed by treatment with ethylene oxide gas, electron beam, or the like in the same manner as a normal infusion set.

  The present invention is not limited to the above-described embodiments, and modifications, improvements, and the like can be made as appropriate. In addition, the material, shape, dimensions, number, arrangement location, and the like of each component in the above-described embodiment are arbitrary and are not limited as long as the present invention can be achieved.

  Since the chemical solution set and the chemical solution administration method of the present invention can surely prevent leakage of the chemical solution formulation from the chemical solution bag, it can be effectively used particularly in the medical field dealing with dangerous drugs such as anticancer agents. .

DESCRIPTION OF SYMBOLS 11 Chemical solution set 13 Chemical solution 17 Physiological saline 19, 23 Anticancer agent 21 Antiemetic agent 25 Chemical solution bag 27 Liquid supply tube 29 Fixing tool 31 Drainage tube 33 Chemical solution integration part 35 Flow path opening / closing part 37 Chemical liquid discharge part 39 Rubber stopper 41 Connection part 41a ridge part 43 main body part 45 retaining part 47 connecting band part 47a fixing base 49 clip (main body part)
51 Fixing Tool 53 Merge Space 55 Supply Port 57 Drainage Port 59 Indwelling Device 60 Indwelling Needle 61 Filter Unit 63 Air Vent Filter 65 Chemical Solution Filter 67 Chemical Solution Supply Unit 69 Roller Clamp

Claims (6)

A plurality of chemical liquid supply units comprising: a connection part that is punctured to the chemical liquid discharge part of a chemical liquid bag having a chemical liquid discharge part; and a liquid supply tube having one end connected to the connection part;
A chemical solution integrated part connected to all of the other ends of the liquid supply tube and having a drainage port;
A drainage tube having one end connected to the drainage port and the other end connected to the indwelling instrument;
A chemical solution set comprising:
The chemical solution supply unit is provided in the middle of the liquid supply tube and opens and closes a flow channel opening / closing unit that opens and closes the flow of the chemical solution stored in the chemical solution bag, and the chemical solution discharge unit by engaging with the chemical solution discharge unit. A fixture for preventing the connection portion from being detached ,
The chemical solution integration unit includes a plurality of liquid supply ports to which the other ends of the respective liquid supply tubes of the plurality of chemical solution supply units are connected, and one drainage port,
A chemical solution set, wherein a filter unit including an air vent filter and a chemical solution filter is provided integrally with the chemical solution integration part or in the middle of the drainage tube. The fixture is composed of a fixed base attached to the connection part, a connecting band part having one end fixed to the fixed base part, and a main body part connected to the other end of the connecting band part,
By body portion is fixed to the drug solution discharge unit, chemical set of claim 1, wherein the fastener is characterized by locking the drug solution discharge unit. The chemical solution set according to claim 2 , wherein the main body has a long band shape. The chemical solution set according to claim 2 , wherein the main body is a clip. The said chemical | medical solution is a chemical | medical agent made into contact contraindication with respect to skin, The chemical | medical solution set of any one of Claims 1-4 characterized by the above-mentioned. The said chemical | medical solution is an anticancer agent, The chemical | medical solution set of any one of Claims 1-5 characterized by the above-mentioned.

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