JP4526435B2 - Drug bagging machine and medicine bag - Google Patents

Description

The present invention relates to a medicine bag for storing a medicine contained in a container such as an ampoule, a bottle or a box, a medicine packaged with wrapping paper or PTP, and other medicines, and issuance of such a medicine bag to a medicine bag. The present invention relates to a drug bagging machine that performs stuffing.
The present invention also relates to a light-shielding cover that covers an infusion container when the infusion container such as an infusion bottle or an infusion bag is suspended and the infusion is dropped and discharged.

  In order to facilitate dispensing audits, transparent sheet materials are preferred for drug bags that store various required drugs according to prescriptions and derived dispensing instructions, and information on the input drugs is printed. (See, for example, Patent Documents 1 and 2). Also, a medicine bagging machine that issues such a medicine bag and stores a required medicine therein is a medicine bag supply mechanism that unwinds and sends out a medicine bag band member made of a transparent sheet material in a roll shape, and the medicine bag supply mechanism A first cutter mechanism for separating the medicine bag by cutting the belt member for the medicine bag, a printer for printing medicine information relating to the medicine bag, and a seal for sealing at least the bottom edge of the cutting opening of the medicine bag A mechanism and a medicine injection mechanism for introducing a medicine into the medicine bag from the opening are provided (for example, see Patent Documents 1 and 2).

  In the case of a drug applied by infusion, etc., the main component drug and a solubilizing agent or infusion are usually dispensed in pairs. At that time, the infusion is used as an infusion container and put into a medicine bag. It may be attached to a medicine bag without any. At the time of application, the medicine is taken out from the medicine bag and mixedly injected into the infusion container, and the infusion container is used for infusion or the like. The medicine bag from which the medicine has been taken out becomes unnecessary and is discarded.

  In addition, when infusion of an infusion solution in which a light-unstable drug such as vitamin B12 injection is mixed and mixed, a light-shielding cover is immediately put on the infusion container after the mixture and mixing. Examples of such a light-shielding cover include a cover for an infusion container provided with a visual recognition window (for example, see Patent Document 3), an infusion bag for an infusion bag (for example, see Patent Document 4), and prevention of contamination of an infusion packaging container. Although what also serves as a bag (for example, refer to patent documents 5) etc. is known, neither is a medicine bag.

JP 2001-212208 A JP 2004-148034 A JP 2003-275280 A JP 2001-252334 A Japanese Patent Application Laid-Open No. 09-117489

In such a conventional application procedure, a light-shielding cover separate from the medicine bag is used to shield the infusion container, but drug information based on prescriptions and dispensing instructions is generally not printed on such a light-shielding cover. In order to make it possible to confirm the content of a drug to be administered by infusion or the like, it is necessary to affix an infusion label on which drug information is printed on a light shielding cover.
However, the infusion label can be attached by, for example, removing the infusion label attached to the infusion container and replacing it, or attaching an extra pre-printed label when printing drug information on a dispensing instruction sheet or medicine bag. Since it is done by attaching a handwritten label, etc., it is cumbersome and careful attention must be paid so as not to make a mistake.
Therefore, it is a technical problem to make it possible for the medicine bag on which the medicine information is printed to also serve as the light shielding cover so that labeling on the light shielding cover is unnecessary.

The drug bagging machine of the present invention (Solution 1) has been invented in order to solve such a problem. The drug bag supply mechanism that sequentially feeds the band member for the drug bag and the band member for the drug bag are cut. A first cutter mechanism that separates the medicine bag, a printer that prints information on medicine stored in the medicine bag , a seal mechanism that seals the bottom of the opening of the medicine bag, and a medicine in the medicine bag in drug bagging machine and a medicine input mechanism to inject, closed state of the disconnected a separable first separating region comprising a hole capable protrude the lifting part of the infusion container the bag A second cutter mechanism is provided that is defined at the bottom , which is the edge of the.
Further, the medicine bagging machine of the present invention is (the solution means 2), the medicine bagging machine of the solution means 1, wherein the second cutter mechanism is selectively operated in accordance with the charged medicine in the medicine bag. Is provided.

Furthermore, the medicine bag of the present invention (solution 3) is made of a transparent or translucent sheet material, and in the medicine bag printed with information on the medicine to be stored , the sheet material is UV-shielding. The bottom of the closed edge is separable , and when separated, a first separable region that defines a hole through which the suspension portion of the infusion container can be projected is defined. .
The medicine bag of the present invention (solution means 4) is the medicine bag of the solution means 3 and is characterized in that an occlusive curve is attached to the edge in the open state.
Further, the medicine bag of the present invention (solutions 5), the above solution there in sachets of 4, also was given the song habit of edges, infusion emissions are the infusion container separated by a separable A second separable region that is a hole through which a portion or an infusion discharging device extending therefrom can be protruded is defined .

In such a drug bag filling machine of the present invention (Solution 1), the drug information is printed efficiently from the band member for the drug bag by the drug bag supply mechanism, the first cutter mechanism, the printer, and the seal mechanism as in the conventional case. A medicine bag can be issued, and further, a medicine can be packed into the medicine bag by a medicine injection mechanism. Moreover, a second cutter mechanism that has not been heretofore provided is provided, and a separable region is defined in the closed state of the edge of the medicine bag. When the separable region is separated from the medicine bag, an infusion container is provided there. Since the hole capable of projecting the holding portion is developed, the medicine bag becomes a medicine information printed medicine bag that can also serve as a light shielding cover, as will be described later.
Therefore, according to the present invention, it is possible to realize a medicine bagging machine that issues a medicine information printed medicine bag that can also be used as a light-shielding cover and packs medicine.

In the medicine bagging machine of the present invention (solution means 2), the second cutter mechanism is provided as a light shielding cover by providing a control means for selectively operating the second cutter mechanism in accordance with the charged medicine in the medicine bag. It is possible to define the separable area only for the scheduled medicine bag and to omit the separable area for the medicine bag that is not planned to be used as a light shielding cover.
As a result, the medicine bag also used as a light-shielding cover can achieve both moderate strength and moderate ease of separation, while the medicine bag that does not require the use of a light-shielding cover can be used even when unexpected excessive external force is applied. It will be tough and hard to tear.
Therefore, according to the present invention, it is possible to realize a medicine bag filling machine that can issue a medicine bag printed with medicine information that can also be used as a light-shielding cover and can issue a medicine bag that is not so strong and that also packs medicine. .

Furthermore, in the medicine bag of the present invention (Solution means 3), since the medicine information from the prescription and the dispensing instruction sheet is printed on the transparent or translucent sheet material as before, the dispensing inspection can be easily performed. , a conventional ultraviolet light shielding property was not Sonawa' well as applied to the sheet material, Enashi the first separating region was not conventionally at the closed state of the edge of the bag, this separating region When it is separated from the medicine bag, a hole capable of projecting the suspension portion of the infusion container is developed therein, so that the light shielding cover of the infusion container can be used.

That is, the medicine bag containing the light-unstable medicine is not discarded after the mixed injection / mixing of the medicine into the infusion container, but the first separable region is cut and transformed into a light-shielding cover. And the suspension part of an infusion container is withdrawn from the hole after covering the infusion container and cut | disconnecting a 1st separable area | region , and the infusion container in a suspended state is light-shielded.
Therefore, according to the present invention, it is possible to realize a medicine bag printed with medicine information that can also be used as a light shielding cover. In addition to the advantage of eliminating the need for labeling on the light shielding cover, such a medicine bag has the advantage that the light shielding cover can be disposable and the improvement in hygiene can be expected. There is a further advantage that no waste occurs.

Further, in the medicine bag of the present invention (solution 4), an opening portion of the medicine bag is provided in order to enhance the light shielding function by providing an occlusive curve in the open portion of the edge. Ancillary work such as closing can be omitted or reduced.
In the medicine bag of the present invention (solution 5), when the second separable area that was not conventionally formed is also defined in the opening with the bend, the separable area is separated from the medicine bag. Since the hole for infusion discharge is developed there, the burden is reduced also in the operation of attaching the infusion discharge device to the infusion container covered with the light shielding cover.

About the chemical | medical agent bagging machine and chemical | medical bag of this invention, the specific form for implementing this is demonstrated by the following Examples 1-4.
The embodiment 1 shown in FIGS. 1 to 4 embodies the above-described solving means 1 to 3 (claims 1 and 2 as originally filed), and the embodiment 2 shown in FIGS. The solutions 4 to 5 are embodied, and the third embodiment in FIG. 7 and the fourth embodiment in FIG. 8 are modifications and application examples.
In these drawings, for the sake of simplification and the like, a casing, a fastener such as a base, a frame, and a bolt, a coupling tool such as a hinge, a drive source such as an electric motor, a transmission member such as a timing belt, and a motor driver The electrical circuits and the like are not shown in the drawings, and are schematically shown mainly in the description necessary for the explanation of the invention and related ones.

  A specific configuration of the medicine bagging machine and the medicine bag according to the first embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows the structure of the main part of the mechanism system of a medicine bagging machine, where (a) is a schematic diagram of the entire inside of the bagging unit, (b) is a partial view near the medicine packing position, and (c) is a moving block. An end view of the contact surface, (d) is an end view of the contact surface of the fixed block. FIG. 2 is a block diagram showing the structure of the main part of the control system of the medicine bagging machine.

  In this medicine bagging machine 10 (see FIG. 1), as in the prior art (see, for example, Patent Document 1), in order to create a medicine bag as needed, a medicine bag supply mechanism 21 that sequentially sends out the medicine bag belt-shaped member 60, and a prescription And a printer 22 for printing information on the medicine to be stored in the medicine bag based on the derived dispensing instruction, for example, a patient name, a medicine name, etc., a roller 23 for further feeding the printed medicine bag strip member 60, and medicine packing A first cutter mechanism 32 is provided to cut the medicine bag belt-like member 60 near the position and separate and form the medicine bag.

  The medicine bagging machine 10 is provided with a pair of moving blocks 30 and a fixed block 40 facing the medicine filling position as opening means for opening the mouth of the created medicine bag. The moving block 30 is supported below the charging hopper 13 so as to be horizontally movable. The moving block 30 moves forward, contacts the fixed block 40, and moves backward to leave. The first cutter mechanism 32 described above is embedded in the contact surface of the moving block 30 so that the tip can protrude, and the suction head 31 connected to an appropriate suction pump or the like is also embedded with the suction surface exposed. ing.

  A similar suction head 42 is provided on the contact surface of the fixed block 40, and heat seal mechanisms 41 and 43 are also provided at both lower and higher positions than the contact position of the first cutter mechanism 32. ing. In the case of this example, the upper heat seal mechanism 43 seals the lower part of the cut part of the medicine bag separated by cutting, and makes the cut part an edge in a closed state. The contact heat transfer part is longer than the width of the medicine bag. On the other hand, the lower heat seal mechanism 41 fuses the upper portion of the cut portion of the medicine bag separated by cutting, which serves as the medicine inlet. The contact heat transfer part is shorter than the lateral width of the medicine bag so that the inlet is at the edge of the open state so that it can be easily opened when it becomes the outlet.

  Further, in this medicine bagging machine 10, in order to guide the medicine delivered from the bucket 11 to the mouth of the medicine bag and put it into the medicine bag, a conveyor 12 for horizontal conveyance, a charging hopper 13 for charging the medicine for packing, An advance / retreat guide 14 is also provided. The advance / retreat guide 14 is provided so as to be able to reciprocate along the closing hopper 13, that is, move up and down. It is designed to advance and retreat from the opening of the medicine bag.

In addition, the mechanism system of the medicine bagging machine 10 is provided with a second cutter mechanism 33 that has not existed conventionally. The second cutter mechanism 33 may be a semicircular one as shown, or may be a letter “U”, “V”, “U”, or “F” (not shown). A half of the suspension side hole that can project the suspension portion of the suspension is defined. The blades of the second cutter mechanism 33 are discontinuous, and the cut marks are perforated or broken lines suitable for separating the separable region . The second cutter mechanism 33 is configured so as to define a separable region and a suspension side hole by cutting both sides of the medicine bag that is the edge of the closed state together with the front and back surfaces. In FIG. 2, the central portion is disposed above the first cutter mechanism 32 while facing the heat seal mechanism 43 of the fixed block 40.

  The operations of the second cutter mechanism 33, the first cutter mechanism 32, and the printer 22 are controlled by the controller 15 including a microprocessor and a sequencer. The controller 15 refers to the medicine master 16 that is referred to when the medicine information is printed. (See FIG. 2), data of a light shielding level is added in advance for each medicine. The light shielding level may be a simple flag indicating whether or not light shielding is necessary, and may be a number of ranks or numerical values indicating the degree of necessity of light shielding.In this example, at least infusion, the infusion container is covered with a light shielding cover. What is necessary is just to be able to discriminate whether it is necessary to cover or not. The controller 15 prints a light shielding instruction on the medicine bag and activates the second cutter mechanism 33 when a cover is necessary, but neither prints the light shielding instruction nor activates the second cutter mechanism 33 when the cover is unnecessary. ing.

  The operation of the medicine bagging machine 10 of the first embodiment and the manufacturing method of the medicine bag using the same will be described with reference to the drawings. 3A and 3B show the manufacturing method and structure of the medicine bag, where FIG. 3A is an external view of the belt member 60 for the medical bag, FIG. 3B is an external view of the roll, and FIG. 3C is an external view of the medicine bag filled with the medicine.

  Prior to use of the medicine bagging machine 10, a roll-shaped medicine bag belt-like member 60 is set in the medicine bag supply mechanism 21. As the band member 60 for a medicine bag, a long cylindrical member made of a transparent or translucent thin sheet material (see FIG. 3A), a flat belt member wound around a tubular core 61, or the like is used. (See FIG. 3B). Further, in order to give the medicine bag 70 the necessary light shielding property as a light shielding cover, the medicine bag belt member 60 is made of a light shielding material including at least ultraviolet light shielding material such as an orange vinyl sheet (Patent Documents 3 to 5). See also).

When the prescription or dispensing instruction data is input to the medicine bagging machine 10 or an upstream medicine dispensing device (not shown), the processing target of the medicine bagging machine 10 out of the designated medicines is inputted. The medicines 81 and 82 are put out from the medicine dispensing device into the bucket 11 and delivered to the medicine bagging machine 10. In the medicine bagging machine 10, the medicines 81 and 82 are carried together by the conveyor 12 and are put into the charging hopper 13.
Further, the medicine bag belt-shaped member 60 is fed out from the medicine bag supply mechanism 21 by a length necessary for forming the medicine bag 70 and fed into the printer 22.

Further, (see FIG. 2), the controller 15 of the medicine bagging machine 10 that has input the dispensing instruction data searches the medicine master 16 and obtains medicine information 74 such as medicine names related to the medicines 81 and 82. The print instruction is sent to the printer 22. At that time, the light shielding level related to the medicines 81 and 82 is also checked, and if any one of them is necessary to cover the infusion container with a light shielding cover at the time of infusion, the printing instruction of the light shielding instruction 71 for prompting the light shielding at the time of infusion is also given to the printer 22 Is sent out.
Then (see FIG. 1), the medicine information 74 and the light shielding instruction 71 are selectively printed by the printer 22 on the medicine bag belt-shaped member 60 fed out from the medicine bag supply mechanism 21.

The printed medicine bag belt-shaped member 60 is further fed by the roller 23, guided downward by an appropriate guide or the like, and hangs down in the gap between the moving block 30 and the fixed block 40. When the first cutter mechanism 32 and the upper heat seal mechanism 43 operate in this state when the moving block 30 moves forward and comes into contact with the fixed block 40, the tip portion of the band member 60 for the medicine bag is cut and the medicine bag is obtained. 70 are separated, the bottom of the candidate portion of the next medicine bag 70 is heat-sealed, and the sealing portion 72 is formed over the entire width. At this time, the second cutter mechanism 33 operates only when it is necessary to cover the infusion container with a light-shielding cover at the time of infusion according to the control of the controller 15 with reference to the light-shielding level, so that the first separable region is defined . The perforation 73 is selectively formed according to the presence or absence of light shielding.

  Then, when the suction head 31 and the suction head 42 are operated and the corresponding part of the medicine bag 70 is sucked there, and the moving block 30 moves backward in this state, the mouth of the medicine bag 70 is opened. When it is fully opened, the advance / retreat guide 14 descends and advances into the medicine bag 70, and the medicines 81 and 82 are put into the medicine bag 70 from the charging hopper 13. Then, the moving block 30 moves forward again and comes into contact with the fixed block 40. This time, the lower heat seal mechanism 41 is activated, and the portion of the temporary fixing portion 75 in the charging port 76 of the medicine bag 70 is heat-sealed. . When the suction by the suction heads 31 and 42 stops and the moving block 30 moves backward, the medicine bag 70 moves to the conveyor 24 and is carried to an appropriate medicine bag storage stocker or dispensing inspection table downstream.

The medicine bag 70 containing the medicines 81 and 82 thus issued (see FIG. 3C) is made of at least an ultraviolet light-shielding transparent or translucent sheet material on which information on the medicines 81 and 82 is printed. further first separating region to be hung side hole capable protrude the lifting portion of the the infusion container separated by a detachable is at the closed state of the edge is defined by perforations 73 It has become a thing. In the illustrated case, the medicine 81 is an example of an ampoule agent that does not require light shielding, and the medicine 82 is an example of a medicine that needs to be shielded from light contained in a light shielding package 83.

  About the medicine bag 70 of this Example 1, the usage aspect etc. are demonstrated referring drawings. 4A and 4B show a usage mode in which the medicine bag 70 is used as a light-shielding cover. FIG. 4A is an external view in which the medicine bag 70 and the infusion container 90 are arranged, FIG. 4B is an external view at the time of mixed injection, and FIG. FIG.

  When the medicines 81 and 82 are to be mixedly injected into the infusion, the medicine bag 70 containing the medicines 81 and 82 is set with the infusion container 90 to which the infusion label 92 corresponding to the medicine information 74 is affixed. Provided (see FIG. 4A). The infusion container 90 shown in the figure is an infusion bottle containing physiological saline, but the head is provided with a stopper 91 that serves as both a co-injection part and an infusion discharge part, and the bottom surface is standing / tilting. Possible suspensions 93 are provided.

At the time of mixed injection (see FIG. 4 (b)), the temporary stopper 75 of the medicine bag 70 is peeled off to open the inlet 76, the medicines 81 and 82 are taken out therefrom, and the stopper 91 is placed in the infusion container 90 with a syringe 94 or the like. Inject from.
Further, when the light-blocking instruction 71 the bag 70 is printed, in order to be used as a light-shielding cover bag 70, to disconnect the first separating region where the perforations 73, hanging side hole therein 77 is expressed.

At the time of infusion (see FIG. 4C), the infusion container 90 is covered with the medicine bag 70, the suspension part 93 is pulled out from the suspension side hole 77, and the suspension part 93 is hooked to suspend the infusion container 90 Multiply to 95.
Thus, the medicine bag 70 is also used as a light shielding cover. Moreover, since the medicine information 74 is printed on the medicine bag 70, it is not necessary to perform an incidental operation such as peeling off the infusion label 92 from the infusion container 90 and attaching it to the light shielding cover.

  A specific configuration of the medicine bagging machine 10 and the medicine bag 70 according to the second embodiment of the present invention will be described with reference to the drawings. 5A and 5B show the main structure of the mechanism system of the drug bagging machine 10, where FIG. 5A is a partial view near the drug packing position, and FIG. 5B is an end view of the contact surface of the moving block 30. 6 shows the structure and usage of the medicine bag 70. (a) is an external view of the medicine bag 70 filled with the medicines 81 and 82, and (b) is an infusion container 90 covered with the medicine bag 70 for light shielding during infusion. FIG.

This drug bagging machine 10 is different from that of the first embodiment described above in that the third cutter mechanism 35 and the moving cutter 30 are located below the second cutter mechanism 33 and further below the first cutter mechanism 32. The bending projection 34 is provided. Accordingly, a bending recess 44 is formed in the contact portion of the fixing block 40 at the bending protrusion 34.
The folding convex portion 34 has a heating element, and the folding convex portion 34 is raised to a temperature that is lower than the fusion temperature of the medicine bag belt-shaped member 60 but sufficient to bend. It has become.

Similarly to the second cutter mechanism 33, the third cutter mechanism 35 may be a semicircular one as shown in the figure, and may be, for example, a letter “U”, “V”, “co”, “f” not shown. Is intended to define the second separable region that becomes the discharge side hole 79a through which the stopper 91 (infusion discharge portion) of the infusion container 90 or the infusion discharge device 96 extending therefrom can be protruded. It has a discontinuous blade with a perforated shape or a broken line-shaped cut mark, and is provided at the above-mentioned location.

Such a medicine bagging machine 10 also issues a medicine bag 70 and stores the medicines 81 and 82 in the same manner as in the first embodiment described above. In this case, the medicine bagging machine 10 has a folding projection. Since the portion 34 and the third cutter mechanism 35 are added, the medicine bag 70 is further formed with a bend mark 78 and a perforation 79 in addition to the above-described one in the first embodiment. That is, (see FIG. 6 (a)), the medicine bag 70 is formed by the forced bending under heating when the folding convex portion 34 and the folding concave portion 44 come into contact with each other. On the edge, a bend mark 78 which is an occlusive curve is attached. In addition, a perforation 79 is also formed at the edge by the third cutter mechanism 35, so that it can be separated and can be ejected when the infusion discharge portion 91 or the infusion discharge device 96 of the infusion container 90 is ejected. A second separable region that becomes the hole 79a is defined .

  Such a medicine bag 70 (see FIG. 6B) is also used as a light shielding cover by projecting the suspension portion 93 from the suspension side hole 77 from which the perforation 73 is cut off, as in the first embodiment. In that case, when the perforation 79 is further separated to reveal the discharge side hole 79a, and the infusion solution discharge device 96 and the like are protruded from the discharge side hole 79a, the infusion solution is naturally formed by the bending of the bend mark 78. The inlet 76, which is also the discharge unit, closes. Therefore, the light shielding property is improved without performing the work of closing the inlet 76 with a rubber band or an adhesive tape.

  A specific configuration of the medicine bagging machine 10 and the medicine bag 70 according to the third embodiment of the present invention will be described with reference to the drawings. FIG. 7 is an external view of a medicine bag filled with medicines, where (a) is the front and (b) is the back.

The medicine bagging machine 10 and the medicine bag 70 are different from those of the second embodiment described above in that the medicine information 74 and the light shielding instruction 71 are printed on both the front and back sides of the medicine bag 70. is there.
In this case, since the printing is performed upside down on the front and back, any printing information can be read in a natural direction even if the medicine bag 70 is turned upside down at the time of infusion.

  A specific configuration of the medicine bagging machine 10 and the medicine bag 70 according to the third embodiment of the present invention will be described with reference to the drawings. FIG. 8A is a plan layout view of a dispensing system in which the medicine bagging machine 10 is incorporated, and FIG. 8B is a dedicated light shielding cover that is separate from the medicine bag 70 that also serves as a light shielding cover and is used in combination therewith. FIG.

This dispensing system (see FIG. 8 (a)) incorporates the drug bagging machine 10 of each of the above-described embodiments. The drug dispensing device 101, the drug bagging machine 10, An infusion bottle dispensing device 103 and a cover feeder 104 are installed.
The dispensing device 101 for injection or the like puts only a medicine that does not need light shielding into a tray on the tray conveyance path 100, but when it dispenses including a medicine that requires light shielding, it is a medicine bag. It is designed to be delivered to the filling machine 10.

The medicine bagging machine 10 stores the medicine that needs to be shielded from light in the medicine bag 70 as described above, and then puts it into the tray on the tray conveyance path 100.
The infusion container dispensing device 103 has an infusion container containing a required amount of physiological saline and the like, and an infusion label for application printed with drug information based on a prescription or a dispensing instruction in a tray on the tray conveyance path 100. It is supposed to be thrown in.

  The cover charging machine 104 is obtained by removing the drug charging mechanism from the drug bag filling machine 10 and issues a light shielding cover 105 in substantially the same manner as the drug bag 70 is issued (see FIG. 8B). The tray is placed on the tray on the tray conveyance path 100. However, the light shielding cover 105 may be opaque or may be black as long as it has excellent light shielding properties, and portions corresponding to the suspension side holes 77 and the discharge side holes 79a are automatically cut off, and the medicine information 74 is printed in white or the like. Has been.

  In this case, the shading cover 105 is issued only when a medicine set with a very high rank or numerical value is set for the shading level in the medicine master 16, and the medicine bag 70 filled with the medicine or the infusion container 90 paired therewith. The light shielding cover 105 is loaded from the cover throwing machine 104 into the tray containing the.

  Therefore, even when the infusion container is simply covered with the medicine bag 70, the light shielding is insufficient. By using the light shielding cover 105 instead of the medicine bag 70 or overlapping the medicine bag 70, the infusion label is peeled off from the infusion container 90 and the light shielding cover 105 is used. Even if the work such as re-attaching is not performed, infusion or the like can be appropriately performed based on the medicine information 74.

[Others]
Although not described in each of the above embodiments, the size of the medicine bag 70 may be changed by adjusting the feed amount of the medicine bag belt-like member 60 until it is cut by the control of the controller 15 (for example, patents). It is also possible to issue the medicine bag 70 and issue the medicine into the medicine bag 70 at a distance (see, for example, Patent Document 2).

About Example 1 of this invention, the principal part structure of the mechanism system of a chemical | medical agent bagging machine is shown, (a) is the whole schematic diagram inside a bagging unit, (b) is a partial figure of the chemical | medical agent packing position vicinity, (c). Is an end view of the contact surface of the moving block, and (d) is an end view of the contact surface of the fixed block. It is a block diagram which shows the structure of the principal part of the control system of a chemical | medical agent bagging machine. The manufacturing method and structure of a medicine bag are shown, (a) is an external view of a band member for a medical bag, (b) is an external view of its roll, and (c) is an external view of a medicine bag filled with a medicine. The usage mode which uses a medicine bag as a light-shielding cover is shown, (a) is an external view where the medicine bag and the infusion container are arranged, (b) is an external view at the time of mixed injection, and (c) is an external view at the time of infusion. The Example 2 of this invention shows the principal part structure of the mechanism system of a chemical | medical agent bagging machine, (a) is a fragmentary figure of the chemical | medical agent packing position vicinity, (b) is an end elevation of the contact surface of a movement block. The structure and use mode of a medicine bag are shown, (a) is an external view of a medicine bag filled with a medicine, and (b) is an external view of an infusion container covered with a medicine bag for light shielding during infusion. About Example 3 of this invention, it is an external view of the medicine bag filled with the chemical | medical agent, (a) is a table | surface and (b) is the back. About Example 4 of this invention, (a) is a plane | planar arrangement | positioning figure and (b) is an external view of a light-shielding cover about the dispensing system incorporating the medicine bagging machine.

10 ... Drug bagging machine,
11 ... Bucket, 12 ... Conveyor, 13 ... Loading hopper, 14 ... Advance / Retreat guide,
15 ... Controller (control means), 16 ... Chemicals master,
21 ... Medicine bag supply mechanism, 22 ... Printer, 23 ... Roller, 24 ... Conveyor,
30 ... Moving block, 31 ... Suction head, 32 ... First cutter mechanism,
33 ... 2nd cutter mechanism, 34 ... Bending convex part, 35 ... 3rd cutter mechanism,
40 ... fixed block, 41 ... heat seal mechanism, 42 ... suction head,
43 ... Heat seal mechanism, 44 ... Bending recess,
60 ... Band-shaped member for medicine bag, 61 ... Tubular core,
70 ...
71 ... Light-shielding instruction, 72 ... Sealing part (edge in closed state),
73 ... Perforation (first separable region ), 74 ... Drug information, 75 ... Temporary fixing part,
76 ... loading port (edge in the open state), 77 ... suspension side hole, 78 ... bending mark (occlusion curve),
79 ... perforation (second separable region ), 79a ... discharge side hole,
81, 82 ... drugs, 83 ... light shielding package,
90 ... Infusion container, 91 ... Mouth plug (mixed injection part, infusion discharge part), 92 ... Infusion label,
93 ... Suspension part, 94 ... Syringe, 95 ... Hook, 96 ... Infusion discharge tool,
100 ... tray conveyance path,
101 ... Dispensing device (injection etc.), 103 ... Dispensing device (infusion container),
104 ... Cover loading machine, 105 ... Shading cover

Claims (2)

A medicine bag supply mechanism that sequentially feeds the belt member for the medicine bag, a first cutter mechanism that cuts the belt member for the medicine bag and separates the medicine bag, a printer that prints information on the medicine stored in the medicine bag, a sealing mechanism for sealing the place to become the bottom of the opening, the in drug bagging machine and a medicine input mechanism to inject drug bag, hung section of the the infusion container separated by a separable A medicine bagging machine comprising a second cutter mechanism for defining a separable region that becomes a hole through which the medicine can be protruded at a bottom of the medicine bag, which is a closed edge. In a medicine bag made of a transparent or translucent sheet material and printed with information on the medicine to be stored, the sheet material is UV-shielding and is cut off at the bottom which is the edge of the closed state. sachets Once disconnected a possible becomes well capable protrude the lifting part of the infusion container separating region is characterized by being defined.

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