JP2002085525A - Drug dispensing system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To realize a drug dispensing system which can be flexibly rearranged. SOLUTION: This drug dispensing system is formed by superposing leg sections 40, 45, 46, 50 and 59, boards 30 and 39 for drug dispensing work and a shelf 10 for housing drug containers from below to above. The leg sections 40, 45, 46, 50 and 59, the boards 30 and 39 and the shelf 10 are separably and reconnectably connected. As a result, the rearrangement with constitution units is made possible and therefore the flexible recombination is made possible.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dispensing system having shelves capable of accommodating a plurality of medicine containers containing medicines to be dispensed, and more particularly, to combining the shelves with a medicine packing machine and the like. A dispensing system comprising:

[0002]

2. Description of the Related Art Conventionally, shelves capable of accommodating a plurality of medicine containers containing powdered medicines and the like in a state where they can be manually taken out are fixed on a leg portion or a dispensing work plate, and provided as a dispensing table. Was. In addition, a medicine packaging machine such as a powder packaging machine has been provided separately from a dispensing table. When performing a dispensing operation using a dispensing system in which such a dispensing table and a drug dispensing machine are installed side by side, operations such as taking out and weighing the medicine and, if necessary, mixing and mixing are performed on the dispensing table. And then the drug is taken to the drug packaging machine,
Then, automatic packaging with a drug packaging machine was performed.

[0003]

For this reason, the operator is forced to move between the devices from the start of taking out the medicine to the end of the packaging. Also, as in the case of a pharmacy in a large hospital, multiple dispensing tables are arranged side by side, taking out and weighing medicines in parallel and treating them one after another with a medicine packaging machine. Although the overall work efficiency, that is, the throughput is good even if there is a waste of moving, when the operation rate of the device is low like a small pharmacy, not only the device cost but also the installation area can not be overwhelmed. .

Therefore, it is a fundamental problem to be able to provide a dispensing table and a medicine packaging machine in a compact manner. However, providing such a new device separately in addition to providing the dispensing table and the drug packaging machine separately leads to expansion of production facilities and increase in stocks, etc. The burden is heavy. In addition, the user also has the disadvantage that when expanding the scale, the old device must be discarded and the entire system must be newly purchased.

[0005] Therefore, in order to appropriately respond to any needs for the dispensing system, it is a technical problem to be able to easily and easily integrate and disperse each device included in the dispensing system without waste. . The present invention has been made to solve such a problem, and an object of the present invention is to realize a dispensing system that can be flexibly rearranged.

[0006]

According to a first aspect of the present invention, there is provided a dispensing system for solving the above-mentioned problems. And a shelf for storing a medicine container, wherein the legs, the plate, and the shelf are separably and reconnectably connected.

Here, the "pharmaceutical work board" is defined in relation to the "drug container storage shelf", and in a state where both are connected, the drug container is taken out of the shelf in the direction of taking out the drug container, that is, the plate is provided on the front side. Is out of the shelf, and on the plate and in front of the shelf, the medicine is taken out and dispensing operations such as weighing and mixing can be performed.

In such a dispensing system, the legs, plates and shelves, which are constituent units of the dispensing system, can be separated and reconnected even after they have been assembled once. Since the provider only needs to arrange the production system such as production and sales for each unit, the provider can quickly respond to the needs of the user and can reduce the equipment and inventory. In addition, users can not only select a free system configuration when introducing a new dispensing system, but if there is an existing dispensing system, separate it into constituent units and reuse it. The dispensing system can be expanded without waste and without difficulty by adding and reassembling the structural units that only compensate for the above. Further, the scale can be easily reduced by re-assembling some of the constituent units.

Therefore, according to the present invention, it is possible to realize a dispensing system that can be flexibly rearranged. It should be noted that the medicine dispensing machine with shelves and the medicine dispensing machine can be easily integrated into one place by including the medicine dispensing machine in the legs. In such a case, the dispensing system becomes compact and most of the dispensing operation can be completed without moving.

[0010]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A specific embodiment for implementing such a dispensing system will be described with reference to an embodiment illustrated in FIGS. The matters described in claims 2 to 12 at the time of filing the application will be clarified in the description. In the drawings, frames, casters, hinges, power supplies, communication cables, and the like are omitted for simplicity and the like, and those necessary and related to the description of the invention are mainly shown.

First, a specific configuration of each object (unit) which is a constituent unit of the system will be described with reference to the drawings. FIG. 1 shows each constituent unit which is also a supply unit, that is, a medicine shelf 10 (shelf for storing medicine containers), an electronic balance 20 (measuring means), an information processing device 21, and a work plate 30 (a first plate for dispensing work). ), Work plate 39 (second plate for dispensing work), medicine packaging machine 40 (first leg), stick leg 45 (common to first and second legs), and plate leg 46 (first plate). FIG. 9 is a perspective view of a box leg 50 (common to the first and second legs), a cabinet 55 (second leg), a box leg 50 (common to the first and second legs).

A medicine dispensing machine 40 includes a medicine dispensing section provided with medicine input ports 43 and 44 for dispensing powdered medicine to be packaged into a housing section 41 having a sachet discharge hole 42 formed therein. ,
And a packaging device for packaging the medicine divided by one packet while dividing the medicine by a bandage / packing paper. In the medicine dispensing section, in addition to the powdered feeder with a medicine inlet,
In the R disk type, a rotary disk having an annular groove, a cutting device, and the like are provided. In the R mass type, a rotary disk having a large number of partitioned chambers partitioned in a square shape and arranged in an annular shape, and the partitioned chambers. Opening / closing means and the like are provided. In the V-mass method, a large number of cells arranged in a straight line and reciprocating means thereof are provided.

In either case, the medicine inlet 43,
What is necessary is just to be able to divide the medicine put into 44 and send it out from the sachet discharge hole 42. The point here is that the upper parts of the medicine inlets 43 and 44 are open, For example, the heights of the upper end portion and the upper surface portion of the housing portion 41 are made uniform so that the work plates 30 and 39 can be placed on the body portion 41. In the illustrated embodiment, two medicine inlets 43 and 44 are provided so that mixing and mixing of medicines can be performed simultaneously with the distribution of medicines. However, the number of medicine inlets and medicine feeders may be one, and three or more may be provided. It may be provided. As for the turntable and the like, a single plate or plural plates may be used.
Further, although illustration is omitted, appropriate casters (movable parts) are provided on the bottom surface and the lower surface of the housing part 41 so that the same medicine packaging machine 40 can be used for both fixed assembling and detachable assembling. Wheels) and bolts with lock nuts that can advance and retreat toward the floor below are also appropriately provided. An extractable tablet distributing device may be provided so that the tablet can be packaged together with the powder.

Each of the working plate 30 and the working plate 39 is formed by processing a flat plate, and has a connection hole 31 formed at a portion where the medicine packaging machine 40, the rod leg 45 and the like are connected. Since a plurality of connection holes 31 are also formed at a connection portion with the medicine shelf 10, a plurality of connection holes 31 are provided. These connection holes 31 can be used for connection and separation.
For example, bolts are inserted therethrough to fasten the work plates 30 and 39 to the medicine packaging machine 40, the stick legs 45 and the like,
0, 39 and the medicine shelf 10 can be fastened, and when the bolts are removed, they are separated from each other, and when the bolts are tightened, they are connected again.

Such a connection is not limited to fastening with bolts or the like, but may be hooking or locking with a hook or the like, or other gripping means or the like. The connection hole 31 is not limited to the insertion hole, and may be threaded. Furthermore, as long as it fulfills or carries out the connecting function, it may be formed in a groove or a projection shape without being limited to the hole. The work board 30 and the work board 39 are connected to the medicine packaging machine 40, the electronic balance 20, and the information processing device 21 via a signal cable or the like of the Ethernet (registered trademark) standard so as to be able to send and receive signals or to communicate. Even in such a case, a through hole 32 for signal cable insertion, which enables wiring inside the device, is formed so that the presence of a cable or the like does not impair the workability of the dispensing operation.

Further, a medicine packing machine 40 is provided on the work plate 30.
Openings 33, 34 are formed in a manner corresponding to the drug inlets 43, 44, that is, the openings 33, 34 are formed at the positions coming over the drug inlets 43, 44 with the work plate 30 connected to the drug packaging machine 40. 34 is formed so that the medicine can be introduced even when the work plate 30 is placed on the medicine packing machine 40 and connected. An opening 35 is formed through a portion corresponding to the operation panel of the medicine packaging machine 40 so that the medicine packaging machine 40 can be operated in this state. The working plate 39 is not provided with such openings 33 to 35.

On the medicine shelf 10, shelves 12 are provided in multiple stages (four stages in the figure) in order to store a large number of medicine containers, and these shelves 12 are supported by the back portion 11 of the shelf and the columns on both sides. Supported. The front side of each shelf plate 12 is open or can be opened and closed so that the stored medicine container can be taken out by hand. A dust collector 13 is incorporated in the rear portion 11 of the shelf, and absorbs powdered medicine and the like soaring on the shelf plate 12 and the space in front of the shelf plate 12 during dispensing. In addition to the illumination 15, a speaker 14 is mounted on the upper front surface of the medicine shelf 10. The connection between the medicine shelf 10 and the work plates 30 and 39 is not limited to the case where the medicine shelf 10 is placed on any of the work plates 30 and 39 except that the medicine shelf 10 is on the top. Similar to the connection with the plates 30 and 39, the connection holes 31 can be used to enable separation and reconnection. In such a connected state, the medicine shelf 10 rests on the second half of the work plates 30, 39, and the first half of the work plates 30, 39 protrudes in front of the medicine shelf 10, on which weighing and A space for performing a dispensing operation such as drug introduction is secured.

A bar leg 45, a plate leg 46, a box leg 50, a closet 5
9 is also connected to the lower surfaces of the work plates 30 and 39 using the connection holes 31 similarly to the medicine packaging machine 40, and the work plate 3
0 and 39 and the medicine shelf 10 thereon are supported from below, and the stick leg 45 is attached to one or both of the left and right ends of the work plates 30 and 39 so as to exhibit only the support function. Has become. The plate legs 46 are mounted on the rear end portions of the work plates 30 and 39 so as to share most of the weight of the medicine shelf 10. Since the box leg 50 is equipped with the printer 51 and the sachet receiving device 52, the medicine sachet 40
Packaging machine 4 for receiving sachets discharged from
0 and may be provided on the side of the sachet discharge hole 42, or may be provided separately from the medicine packing machine 40.

Further, the cabinet 59 for connecting the work cabinets 30 and 39 to the work cabinet 30, 39 is formed of the cabinet 41 of the medicine packaging machine 40.
It is formed in the same size as the above and can be replaced with the medicine packaging machine 40. However, the inside thereof is not equipped with a packaging device or the like. An article can be stored. The electronic balance 20 is responsible for weighing the powder to be dispensed in accordance with a prescription, dispensing instruction data, and the like, and is used by being placed on the work plates 30 and 39. Further, the measurement result is sent to the information processing device 21 via a signal cable or the like (not shown).

The information processing apparatus 21 includes a general-purpose personal computer, a computer for incorporating a device in which input means such as a touch panel is superimposed on a display screen, a liquid crystal screen with low power consumption, and sheet keys which are resistant to dirt and are resistant to dust. A separately provided microprocessor or the like is employed. In addition to the electronic balance 20 described above, the local controller of the medicine packaging machine 40, the printer 51, and the speaker 14 are also general-purpose cables conforming to the Ethernet standard, the RS232C standard, and the like. And connected via a dedicated cable or the like so that signals can be transmitted and received.

The information processing apparatus 21 stores and holds prescription data downloaded from a host computer (not shown) or input by key operation or the like in a hard disk or a non-volatile memory by the program processing. ing. The prescription data includes information described in a prescription and a dispensing instruction, for example, a drug code and a compounding amount thereof. Then, the information processing device 21
Based on the prescription data, the work guide is displayed on the screen, or the work guide is issued by voice from the speaker 14. When a result of weighing is notified from the electronic balance 20 when the weighing is performed by the electronic balance 20, the weighed value is compared with the corresponding value of the prescription data, and whether or not the measured value matches the upper or lower limit is determined. It is determined whether or not the weighing is performed, and the appropriateness of the weighing is determined accordingly. At this time, when it is necessary to input the medicine code to be weighed, the speaker 14 and the like are read so as to read the code attached to the medicine container or the mortar using a barcode reader (not shown) or the above-mentioned input means. You will also be guided through.

Further, the information processing device 21 outputs the discrimination result via the speaker 14 by voice whenever the discrimination result is negative, and selectively outputs the discrimination result via the speaker 14 when the discrimination result is positive. It is supposed to.
In addition, work guidance based on the state of the medicine packaging machine 40 is also output as voice via the speaker 14. For example, when the medicine packaging machine 40 is in the waiting state, a guide for prompting the introduction of the weighed medicine is issued, and when the medicine packaging machine 40 is performing the dispensing or packaging operation, the guidance for waiting for the introduction of the weighed medicine is issued. I have. In addition, maintenance information such as the necessity of refilling the bandage and a failure state is provided by voice in addition to the screen display.

The information processing apparatus 21 may be provided with a so-called DO function in order to reduce the operation of inputting prescription data. With changes or the like, the same or similar preparations can be easily repeated. further,
It works not only stand alone, but also
The dispensing result may be notified online, and in that case, if a host computer, a data logger, or the like is connected, the counting and auditing can be performed in real time.

Next, a description will be given of an example of the configuration of a dispensing system combining these methods with a providing method thereof. FIGS. 2A and 2B are perspective views of a dispensing system in which the medicine shelf 10 is combined with a leg portion including the medicine packaging machine 40. FIG. 2A is a configuration example in which the medicine packaging machine 40 is fixedly included, and FIG. Wrapping machine 4
0 is a configuration example including detachably. FIG. 3 is a perspective view of a dispensing system in which a medicine shelf 10 is combined with a leg that does not include the medicine packaging machine 40. FIG.
9 and a box leg 50, (b) a bar leg 45 and a box leg 50, and (c) a bar leg 45 and a plate leg 46. This is a configuration example.

The medicine shelf 10, the electronic balance 20, the information processing device 21, the work plate 30, the work plate 39, the medicine packaging machine 40, the bar legs 45, the plate legs 46, the box legs 50, and the cabinets 59 are manufactured and manufactured, respectively. It is treated as a unit item for inventory, sales, shipment, delivery, inspection, exchange, maintenance, etc. By providing such a unit, the convenience of the user and the like is achieved, and the user obtains a necessary number of those units in a necessary number to construct a desired dispensing system without waste. be able to. In addition, the provider can respond to the needs of a variety of systems without incurring excess inventory by managing each unit. Furthermore, on the premise that such a supply is surely performed, the provider sets up a dispensing system desired by the user in advance and further enhances the convenience without increasing the burden on the provider, and then uses it. It is also provided to others.

For example, when a dispensing system in which a medicine packaging machine is fixedly incorporated in a dispensing table is desired (see FIG. 2A), the medicine shelf 10, the electronic balance 20, the information processing device 21, the work board 30, The medicine packaging machine 40 and the box leg 50 are aligned. Then, the medicine packaging machine 40 and the box legs 50 are arranged side by side, and the work plate 30 is placed thereon, and they are connected using the connection holes 31 and the like. At this time, it is preferable that the height of the medicine packaging machine 40 and the height of the box leg 50 be equalized in advance by extending the bolt on the lower surface of the housing portion 41 beyond the casters. Then, the medicine shelf 10 is placed on the work plate 30, and this is also connected to the work plate 30 using the connection holes 31 and the like. At this time, necessary signal cables are drawn out using the through holes 32 and the like. In addition, electronic balance 2
0 on the work board 30, and the information processing device 2
1 is mounted on the medicine shelf 10 or placed on the work board 30, and connection with a signal cable extending over them and the medicine packaging machine 40 is also performed. Thus, a compact dispensing system is completed.

If it is not desired to fix the medicine packaging machine to the dispensing table (see FIG. 2B), the medicine shelf 10, the electronic balance 20, the information processing device 21, the work board 30, and the medicine packaging machine 40
In addition to and the box leg 50, a stick leg 45 is also prepared. And
The work plate 30 is placed with the rod leg 45 and the box leg 50 arranged side by side, and they are connected using the connection holes 31 and the like. Then, the medicine shelf 10 is placed on the work plate 30, and this is also connected to the work plate 30 using the connection holes 31 and the like. further,
The electronic balance 20 is placed on the work board 30, and the information processing device 21 is mounted on the medicine shelf 10 or placed on the work board 30, and connection with a signal cable is also performed. On the other hand, with regard to the medicine packaging machine 40, the bolts on the lower surface of the housing 41 are contracted so that they can be easily moved by the casters. Then, if the medicine packaging machine 40 is moved and stored between the stick leg 45 and the box leg 50 and a signal cable is connected, a compact dispensing system including the medicine packaging machine detachably mounted on the dispensing table is completed.

Further, in any of the above-described dispensing systems, the assembly can be completed when the work plate 30 is mounted on the medicine packaging machine 40 and the box leg 50 and connected to each other.
In such a case, although omitted from the illustration, a medicine packaging machine that can be used independently of the dispensing table is completed. In addition, such a single medicine packaging machine removes the medicine packaging machine 40 from the dispensing table including the medicine packaging machine 40 in a detachable manner, obtains another work plate 30, and inserts it into the medicine packaging machine. It can be easily completed by connecting it on 40. Although not mentioned in the above system example, the plate leg 46 is appropriately incorporated when reinforcement of the leg is required.

When a dispensing system that does not include a medicine packaging machine in the dispensing table is desired (see FIG. 3A), a cabinet 59 is incorporated in place of the medicine packaging machine 40, and
A work plate 39 is incorporated in place of the work plate 30. The cupboard 59 can store medicine bags, external preparations, and the like in addition to the dispensing tools, and the work plate 39 has no openings 33 to 35, so that the work area is widened. The medicine shelf 10, the electronic balance 20, and the like are incorporated in the same manner as the above-described dispensing system. In this way, another powder dispensing system is made using most of the units in common. When storage by the closet 59 is unnecessary (FIG. 3B)
By incorporating the bar legs 45 in place of the cabinet 59,
An inexpensive dispensing system is completed. This can be easily achieved by removing the medicine packaging machine 40 from the dispensing table including the medicine packaging machine 40 detachably. Further, the printer 51
When printing or the like is not required (see FIG. 3C), by incorporating the bar legs 45 instead of the box legs 50, a more inexpensive dispensing system can be completed.

Finally, the manner of use and operation of these dispensing systems will be described. When the medicine shelf 10 is incorporated, a large number of medicine containers 1 containing various powdered medicines are placed on the shelf plate 12 and arranged. Then, before starting dispensing, the work area is illuminated by lighting 15 and the dust collector 13 is also operated in order to prevent stagnation of soared powdered medicine and the like. Then, the user operates the information processing device 21 to check the prescription data. If the prescription data is prepared by the host computer, etc., it is downloaded and displayed, or if previously used and stored data is available, it is displayed. And input while viewing dispensing instructions and the like. Then, the user sees the display, corrects any change if necessary, and, when the confirmation is completed, inputs that fact.

Then, the screen display of the information processing device 21 is changed to the guide display, and the dispensing operation procedure and the like are displayed.
4 via voice. For example, the name of the powder to be dispensed or its code and its amount are notified. If there is other accompanying information, it is also notified. Accordingly, the dispensing operator moves the corresponding medicine container 1 from the medicine shelf 10.
And then take the specified amount of powder from it. At that time, the electronic balance 20 is weighed to accurately process the designated amount.

The result of the measurement by the electronic balance 20 is displayed not only on the display unit of the electronic balance 20 but also by the information processing device 2.
1 and is used for matching with prescription data by the information processing device 21. If the weighing value and the designated value are abnormally separated from each other, it is determined that the weighing value is inappropriate, and the speaker 14 immediately notifies the user by voice. In this way, the dispensing operator can easily and precisely prepare the powdered medicines to be dispensed by repeating the weighing according to the guidance.

Then, the weighed medicine is supplied to the opening 3
3 and 34, the medicine input ports 43 and 4 of the medicine packaging machine 40.
Put into 4. At this time, the state of the medicine packaging machine 40 is monitored by the information processing device 21, and the timing at which the medicine packaging machine 40 can be introduced is guided by the sound of the speaker 14, etc. it can. In addition, at that time, the medicine packaging machine 40 and the medicine shelf 10
In the dispensing system (see FIG. 2), the working plate 30 on which the electronic balance 20 used for weighing is provided with the openings 33 and 34, so that the worker does not need to move, so that the operator can quickly move. Can be put in.

Thereafter, the packaging of the input medicine is performed by the medicine packaging machine 4.
0, the dispensing worker starts weighing work based on the next prescription data. When the packaging process is completed by the medicine packaging machine 40, the packaging bag is placed in the packaging bag receiver 52, and the dispensing result obtained by the information processing device 21 is printed out from the printer 51. Then, voice guidance is issued again to input the weighed medicine for performing the packaging based on the next prescription data. In this way, a series of dispensing operations from weighing to packaging are performed as needed with little movement.

Further, when a business such as a pharmacy equipped with such a dispensing system (see FIG. 2) develops and the dispensing business becomes busy, a similar dispensing system may be provided in parallel. It is also possible to add only the dispensing table without increasing the number of the packaging machines 40. In this case, since the medicine packaging machine 40 needs to be shared, it is separated from the existing dispensing system.
At that time, the work plate 30 is also removed from the existing system together with the medicine packaging machine 40 as an upper lid. Then, instead of the medicine packaging machine 40 and the work plate 30, the stick legs 45 and / or the cabinets 59 and the work plate 39 are introduced. Also, in order to add a dispensing table (see FIG. 3) that does not include the medicine packaging machine 40,
Stick legs 45 and / or cupboards 59, work plates 39 and chemical shelves 10
And the electronic balance 20 and the information processing device 21 are added.

In this way, a compact dispensing system in which a medicine dispensing machine and a dispensing table are integrated without wasting existing devices grows into a dispensing system in which the medicine dispensing machine and a plurality of dispensing tables are juxtaposed. In addition to the above-described system configuration, a dispensing system having another configuration can be freely expanded and reduced without waste by performing separation and reconnection. Therefore, in the dispensing system of the present invention, the system can be expanded flexibly.

[0037]

[Others] The configuration of the dispensing system is not limited to the one shown in the above embodiment, and any combination of constituent units may be used as long as connection is possible. Further, the dust collector is not limited to the dust collector 13 fixed to the medicine shelf 10, but it is also possible to additionally install a dust collector that can be held and moved like a hose of a vacuum cleaner. Further, the information processing device 21
May be a single processor or a multiprocessor, and may perform a charge calculation or the like in addition to the above-described dispensing inspection processing and work guidance processing.

[0038]

As is clear from the above description, in the dispensing system of the present invention, the dispensing system can be flexibly recombined by being able to reassemble in constituent units. This has the advantageous effect of:

[Brief description of the drawings]

FIG. 1 shows an embodiment of a dispensing system according to the present invention.
It is a perspective view of each thing made into a provision unit.

FIG. 2 is a perspective view of a dispensing system in which a medicine shelf is combined with a leg including a medicine packaging machine, wherein (a) is a configuration example in which the medicine packaging machine is fixedly mounted, and (b) is a detachable medicine packaging machine. This is an example of a configuration that can be included.

FIG. 3 is a perspective view of a dispensing system in which a medicine shelf is combined with a leg that does not include a medicine packaging machine, where (a) is a configuration example in which a cabinet and a box leg are adopted in the leg, and (b) is a leg. (C) is a configuration example in which a rod leg and a plate leg are used in a leg portion.

[Explanation of symbols]

REFERENCE SIGNS LIST 1 medicine container (glass bottle, box) 10 medicine shelf (shelf for accommodating medicine container) 11 back of shelf 12 shelf 13 dust collector 14 speaker 15 lighting 20 electronic balance (weighing means) 21 information processing device 30 working plate (drug introduction) Board with opening for dispensing, first plate for dispensing work) 31 Connecting hole (connecting member insertion hole, connecting tool mounting site, connecting portion) 32 Through hole (signal cable insertion site) 33 Opening (one drug injection) (A through-opening formed corresponding to the mouth) 34 an opening (a through-opening formed corresponding to the other medicine input port) 35 an opening (a through-opening formed corresponding to the operation unit or the display unit) 39 a work plate (Plate without medicine input opening, second plate for dispensing work) 40 Drug packaging machine (powder packaging machine, first leg) 41 Housing section 42 Dispensing bag discharge hole 43 Drug loading port 44 Drug loading Mouth 45 stick leg (single leg, first Leg, second leg) 46 Plate leg (back plate, first leg, second leg) 50 Box leg (single leg, first leg, second leg) 51 Printer 52 Packing bag receiver 59 Closet (cabinet, chest, second leg)

 ────────────────────────────────────────────────── ─── Continued on the front page (72) Inventor Toshiyuki Kojima 3-13-7 Higashi-Kojiya, Ota-ku, Tokyo Inside Tosha Co., Ltd. (72) Inventor Toshiko Higuchi 3-13-7 Higashi-Kojiya, Ota-ku Tokyo (72) Inventor Yasuhiro Ishii 3-13-7 Higashi-Kojiya, Ota-ku, Tokyo Inside Tosho Co., Ltd.

Claims (12)

[Claims] In a dispensing system in which a leg, a plate for dispensing work, and a shelf for accommodating a medicine container are stacked from bottom to top, the leg, the plate, and the shelf are separable and reconnectable. A dispensing system characterized by being connected. 2. The dispensing system according to claim 1, wherein a dust collector is attached to the shelf. 3. The medicine packaging machine is included in the leg, and an opening is formed in the plate corresponding to a medicine input port of the medicine packaging machine. The dispensing system described in 1. 4. A weighing means, such as an electronic balance, and an information processing apparatus for judging whether or not the weighing result is appropriate by referring to the prescription data is provided.
A dispensing system according to any one of the above. 5. The dispensing system according to claim 4, wherein a speaker is attached to the shelf, and the information processing apparatus outputs a sound of the determination result via the speaker. 6. The information processing apparatus according to claim 3, wherein a speaker is attached to the shelf, and an information processing device that outputs a work guide based on a state of the medicine packaging machine through the speaker is provided. Dispensing system. 7. A dispensing machine section in which a plate for dispensing work is placed on a leg section including a medicine dispensing machine, and a leg section, a plate for dispensing work, and a shelf for storing a medicine container are stacked from bottom to top. A dispensing system comprising: a dispensing table portion, wherein the leg portion and the plate are separably and reconnectably connected in the packaging machine portion, and the leg portion and the plate in the dispensing table portion. And the shelf are separably and reconnectably connected, and the plate of the packaging machine unit is reconnectable to the legs of the dispensing stand and the shelf. A dispensing system, wherein the plate of the part is reconnectable to the leg of the packaging machine part. 8. The dispensing system according to claim 7, wherein a dust collector is attached to the shelf. 9. The dispensing system according to claim 7, wherein an opening is formed in the plate of the packaging machine section so as to correspond to a medicine input port of the pharmaceutical packaging machine. . 10. A weighing means such as an electronic balance and an information processing device for judging whether or not the weighing result is appropriate by referring to the prescription data is provided. The dispensing system described in 1. 11. The dispensing system according to claim 10, wherein a speaker is attached to said shelf, and said information processing apparatus outputs a voice of the determination result via said speaker. 12. The dispensing system according to claim 11, wherein said information processing device outputs a work guide based on a state of said medicine packaging machine via said speaker.